diff --git a/.github/ISSUE_TEMPLATE/config.yml b/.github/ISSUE_TEMPLATE/config.yml deleted file mode 100644 index 3ba13e0ce..000000000 --- a/.github/ISSUE_TEMPLATE/config.yml +++ /dev/null @@ -1 +0,0 @@ -blank_issues_enabled: false diff --git a/.github/ISSUE_TEMPLATE/issue-form---must-fill-in-this-form-with-every-new-issue-submitted.md b/.github/ISSUE_TEMPLATE/issue-form---must-fill-in-this-form-with-every-new-issue-submitted.md deleted file mode 100644 index a1fed6f02..000000000 --- a/.github/ISSUE_TEMPLATE/issue-form---must-fill-in-this-form-with-every-new-issue-submitted.md +++ /dev/null @@ -1,101 +0,0 @@ ---- -name: Issue Form - **Must fill in this form** PSG4 is no longer supported. You MUST supply your Priority Support Code to log an issue. -about: This form contains the information needed to help you solve your problem -title: "[ Enhancement/Bug/Question] NOTE You must supply your Priority Support Code in order to receive support- " -labels: '' -assignees: '' - ---- - -### Type of Issue (Enhancement, Error, Bug, Question) - - ----------------------------------------- - -#### Operating System - - - -#### PySimpleGUI Port (tkinter, Qt, Wx, Web) - - - ----------------------------------------- - -## Versions (NOTE - PSG4 is no longer supported) - -Version information can be obtained by calling `sg.main_get_debug_data()` -Or you can print each version shown in () - - -#### Python version (`sg.sys.version`) - - - -#### PySimpleGUI Version (`sg.__version__`) - - -#### GUI Version (tkinter (`sg.tclversion_detailed`), PySide2, WxPython, Remi) - - -#### GUI Version (tkinter (`sg.tclversion_detailed`), PySide2, WxPython, Remi) - - -### Priority Support Code - Only Commercially Licensed Users Receive Support as of Feb 2025 -Replace this text with your Priority Support Code - ---------------------- - -#### Your Experience In Months or Years (optional) - -Years Python programming experience - -Years Programming experience overall - -Have used another Python GUI Framework? (tkinter, Qt, etc) (yes/no is fine) - -Anything else you think would be helpful? - - ---------------------- - -#### Troubleshooting - -These items may solve your problem. Please check those you've done by changing - [ ] to - [X] - -- [ ] Searched main docs for your problem [PySimpleGUI Documenation](https://docs.PySimpleGUI.com) -- [ ] Looked for Demo Programs that are similar to your goal. It is recommend you use the Demo Browser! [Demo Programs](Demos.PySimpleGUI.com) -- [ ] None of your GUI code was generated by an AI algorithm like GPT -- [ ] If not tkinter - looked for Demo Programs for specific port -- [ ] For non tkinter - Looked at readme for your specific port if not PySimpleGUI (Qt, WX, Remi) -- [ ] Run your program outside of your debugger (from a command line) -- [ ] Searched through Issues (open and closed) to see if already reported Issues.PySimpleGUI.com -- [ ] Have upgraded to the latest release of PySimpleGUI on PyPI (lastest official version) -- [ ] Tried running the Development Build. Your problem may have already been fixed but not released. Check Home Window for release notes and upgrading capability -- [ ] For licensing questions please email license@PySimpleGUI.com - -#### Detailed Description - - - - -#### Code To Duplicate - -A **short** program that isolates and demonstrates the problem (Do not paste your massive program, but instead 10-20 lines that clearly show the problem) - -This pre-formatted code block is all set for you to paste in your bit of code: - -```python - -# Paste your code here - - -``` - -#### Screenshot, Sketch, or Drawing - ---------------------- - -### Watcha Makin? - -If you care to share something about your project, it would be awesome to hear what you're building. diff --git a/.github/PULL_REQUEST_TEMPLATE/pull_request_template.md b/.github/PULL_REQUEST_TEMPLATE/pull_request_template.md deleted file mode 100644 index d7deb2407..000000000 --- a/.github/PULL_REQUEST_TEMPLATE/pull_request_template.md +++ /dev/null @@ -1,3 +0,0 @@ -## Pull Request Instructions - -**Pull requests are not currently accepted for the project including the core PySimpleGUI code, the Demo Programs and documentation ** diff --git a/.github/workflows/close_prs.yml b/.github/workflows/close_prs.yml deleted file mode 100644 index 73f50c1f4..000000000 --- a/.github/workflows/close_prs.yml +++ /dev/null @@ -1,31 +0,0 @@ -name: Auto Close Pull Requests - -on: - pull_request: - types: - - opened - - reopened - -jobs: - close-pr: - runs-on: ubuntu-latest - - steps: - - name: Check Out Repository - uses: actions/checkout@v2 - - - name: Close Pull Request - run: | - gh pr close ${{ github.event.pull_request.number }} --comment "Hi there! - Thank you for your interest in contributing to PySimpleGUI. However, we do not accept pull requests at this time. - (Refer to CONTRIBUTING.md) - - Please open an issue instead and we'll be happy to discuss it with you. :D" - env: - GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }} - - # - name: Error out - # run: - # exit 1 - # with this commented, when a pr is closed it has a checkmark. if you'd prefer it to have an X, uncomment the code above ^^^ - diff --git a/images/ButtonGraphics/Exit.png b/ButtonGraphics/Exit.png similarity index 100% rename from images/ButtonGraphics/Exit.png rename to ButtonGraphics/Exit.png diff --git a/images/ButtonGraphics/Loop.png b/ButtonGraphics/Loop.png similarity index 100% rename from images/ButtonGraphics/Loop.png rename to ButtonGraphics/Loop.png diff --git a/images/ButtonGraphics/Next.png b/ButtonGraphics/Next.png similarity index 100% rename from images/ButtonGraphics/Next.png rename to ButtonGraphics/Next.png diff --git a/images/ButtonGraphics/Pause.png b/ButtonGraphics/Pause.png similarity index 100% rename from images/ButtonGraphics/Pause.png rename to ButtonGraphics/Pause.png diff --git a/images/ButtonGraphics/Restart.png b/ButtonGraphics/Restart.png similarity index 100% rename from images/ButtonGraphics/Restart.png rename to ButtonGraphics/Restart.png diff --git a/images/ButtonGraphics/Rewind.png b/ButtonGraphics/Rewind.png similarity index 100% rename from images/ButtonGraphics/Rewind.png rename to ButtonGraphics/Rewind.png diff --git a/images/ButtonGraphics/RobotBack.png b/ButtonGraphics/RobotBack.png similarity index 100% rename from images/ButtonGraphics/RobotBack.png rename to ButtonGraphics/RobotBack.png diff --git a/images/ButtonGraphics/RobotForward.png b/ButtonGraphics/RobotForward.png similarity index 100% rename from images/ButtonGraphics/RobotForward.png rename to ButtonGraphics/RobotForward.png diff --git a/images/ButtonGraphics/RobotLeft.png b/ButtonGraphics/RobotLeft.png similarity index 100% rename from images/ButtonGraphics/RobotLeft.png rename to ButtonGraphics/RobotLeft.png diff --git a/images/ButtonGraphics/RobotRight.png b/ButtonGraphics/RobotRight.png similarity index 100% rename from images/ButtonGraphics/RobotRight.png rename to ButtonGraphics/RobotRight.png diff --git a/images/ButtonGraphics/Stop.png b/ButtonGraphics/Stop.png similarity index 100% rename from images/ButtonGraphics/Stop.png rename to ButtonGraphics/Stop.png diff --git a/CONTRIBUTING.md b/CONTRIBUTING.md deleted file mode 100644 index cc30e198a..000000000 --- a/CONTRIBUTING.md +++ /dev/null @@ -1,7 +0,0 @@ -## Contributing to PySimpleGUI - -We are happy to receive issues describing bug reports and feature requests! If your bug report relates to a security vulnerability, please do not file a public issue, and please instead reach out to us at issues@PySimpleGUI.com. - -We do not accept (and do not wish to receive) contributions of user-created or third-party code, including patches, pull requests, or code snippets incorporated into submitted issues. Please do not send us any such code! Bug reports and feature requests should not include any source code. - -If you nonetheless submit any user-created or third-party code to us, (1) you assign to us all rights and title in or relating to the code; and (2) to the extent any such assignment is not fully effective, you hereby grant to us a royalty-free, perpetual, irrevocable, worldwide, unlimited, sublicensable, transferrable license under all intellectual property rights embodied therein or relating thereto, to exploit the code in any manner we choose, including to incorporate the code into PySimpleGUI and to redistribute it under any terms at our discretion. diff --git a/Color-Guide.png b/Color-Guide.png new file mode 100644 index 000000000..bd9edbe4a Binary files /dev/null and b/Color-Guide.png differ diff --git a/Color-names.png b/Color-names.png new file mode 100644 index 000000000..f81654f70 Binary files /dev/null and b/Color-names.png differ diff --git a/Colours.gif b/Colours.gif new file mode 100644 index 000000000..e730fd303 Binary files /dev/null and b/Colours.gif differ diff --git a/DemoPrograms/Browser_START_HERE_Demo_Programs_Browser.py b/DemoPrograms/Browser_START_HERE_Demo_Programs_Browser.py deleted file mode 100644 index 00b41d515..000000000 --- a/DemoPrograms/Browser_START_HERE_Demo_Programs_Browser.py +++ /dev/null @@ -1,1129 +0,0 @@ -''' -Copyright 2022-2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject -to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant -to the PySimpleGUI License Agreement. -''' - -import os -import sys -import mmap, re -import warnings -import PySimpleGUI as sg - -version = '5.3.0' -__version__ = version.split()[0] - - -packages_with_weird_names = {'cv2':'opencv-python', - 'PIL':'pillow', - 'vlc':'python-vlc', - } - - -""" - PySimpleGUI Demo Program Browser - - Originaly written for PySimpleGUI Demo Programs, but expanded to - be a general purpose tool. Enable Advanced Mode in settings for more fun - - Use to filter and search your source code tree. - Then run or edit your files - - Filter the list of : - * Search using filename - * Searching within the programs' source code (like grep) - - The basic file operations are - * Edit a file in your editor - * Run a file - * Filter file list - * Search in files - * Run a regular expression search on all files - * Display the matching line in a file - - Additional operations - * Edit this file in editor - - Keeps a "history" of the previously chosen folders to easy switching between projects - - Versions: - 5.0.0 11-Feb-2024 The NEW Demo Browser for use with PySimpleGUI 5! - 5.1.0 08-Apr-2024 Several new Demo Programs, updated Matplotlib ping demo, license ver 1.1 - 5.2.0 14-Aug-2024 Fixed erronous import error (when import line started with "from") - Added a new "Path" input so that an arbitrary file can be executed easily (or edited) - 5.3.0 15-Aug-2024 One last change for the new path input... clear other fields if chars are entered - Copyright 2021, 2022, 2023, 2024 PySimpleSoft Inc. -""" - -''' -MM""""""""`M oo dP -MM mmmmmmmM 88 -M' MMMM dP 88 .d8888b. -MM MMMMMMMM 88 88 88ooood8 -MM MMMMMMMM 88 88 88. ... -MM MMMMMMMM dP dP `88888P' -MMMMMMMMMMMM - -MM""""""""`M -MM mmmmmmmM -M' MMMM dP dP 88d888b. .d8888b. .d8888b. -MM MMMMMMMM 88 88 88' `88 88' `"" Y8ooooo. -MM MMMMMMMM 88. .88 88 88 88. ... 88 -MM MMMMMMMM `88888P' dP dP `88888P' `88888P' -MMMMMMMMMMMM -''' - -def get_file_list_dict(): - """ - Returns dictionary of files - Key is short filename - Value is the full filename and path - - :return: Dictionary of demo files - :rtype: Dict[str:str] - """ - python_only = not sg.user_settings_get_entry('-show all files-', False) - demo_path = get_demo_path() - demo_files_dict = {} - for dirname, dirnames, filenames in os.walk(demo_path): - for filename in filenames: - if python_only is not True or filename.endswith('.py') or filename.endswith('.pyw'): - fname_full = os.path.join(dirname, filename) - if filename not in demo_files_dict.keys(): - demo_files_dict[filename] = fname_full - else: - # Allow up to 100 dupicated names. After that, give up - for i in range(1, 100): - new_filename = f'{filename}_{i}' - if new_filename not in demo_files_dict: - demo_files_dict[new_filename] = fname_full - break - - return demo_files_dict - - -def get_file_list(): - """ - Returns list of filenames of files to display - No path is shown, only the short filename - - :return: List of filenames - :rtype: List[str] - """ - return sorted(list(get_file_list_dict().keys())) - - -def get_file_list_full_filename(): - """ - Returns list of filenames of files to display - No path is shown, only the short filename - - :return: List of filenames - :rtype: List[str] - """ - return sorted(list(get_file_list_dict().values())) - - - -def get_demo_path(): - """ - Get the top-level folder path - :return: Path to list of files using the user settings for this file. Returns folder of this file if not found - :rtype: str - """ - demo_path = sg.user_settings_get_entry('-demos folder-', os.path.dirname(__file__)) - - return demo_path - - -def get_global_editor(): - """ - Get the path to the editor based on user settings or on PySimpleGUI's global settings - - :return: Path to the editor - :rtype: str - """ - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_editor = sg.pysimplegui_user_settings.get('-editor program-') - except: - global_editor = '' - return global_editor - - -def get_editor(): - """ - Get the path to the editor based on user settings or on PySimpleGUI's global settings - - :return: Path to the editor - :rtype: str - """ - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_editor = sg.pysimplegui_user_settings.get('-editor program-') - except: - global_editor = '' - user_editor = sg.user_settings_get_entry('-editor program-', '') - if user_editor == '': - user_editor = global_editor - - return user_editor - -def using_local_editor(): - user_editor = sg.user_settings_get_entry('-editor program-', None) - return get_editor() == user_editor - - -def get_explorer(): - """ - Get the path to the file explorer program - - :return: Path to the file explorer EXE - :rtype: str - """ - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_explorer = sg.pysimplegui_user_settings.get('-explorer program-', '') - except: - global_explorer = '' - explorer = sg.user_settings_get_entry('-explorer program-', '') - if explorer == '': - explorer = global_explorer - return explorer - - -def advanced_mode(): - """ - Returns True is advanced GUI should be shown - - :return: True if user indicated wants the advanced GUI to be shown (set in the settings window) - :rtype: bool - """ - return sg.user_settings_get_entry('-advanced mode-', True) - - - -def get_theme(): - """ - Get the theme to use for the program - Value is in this program's user settings. If none set, then use PySimpleGUI's global default theme - :return: The theme - :rtype: str - """ - # First get the current global theme for PySimpleGUI to use if none has been set for this program - try: - global_theme = sg.theme_global() - except: - global_theme = sg.theme() - # Get theme from user settings for this program. Use global theme if no entry found - user_theme = sg.user_settings_get_entry('-theme-', '') - if user_theme == '': - user_theme = global_theme - return user_theme - -# We handle our code properly. But in case the user types in a flag, the flags are now in the middle of a regex. Ignore this warning. - -warnings.filterwarnings("ignore", category=DeprecationWarning) - -# New function -def get_line_number(file_path, string, dupe_lines): - lmn = 0 - with open(file_path, encoding="utf-8") as f: - for num, line in enumerate(f, 1): - if string.strip() == line.strip() and num not in dupe_lines: - lmn = num - return lmn - -def kill_ascii(s): - return "".join([x if ord(x) < 128 else '?' for x in s]) - -''' -MM'""""'YMM dP dP -M' .mmm. `M 88 88 -M MMMMMooM 88d888b. .d8888b. .d8888b. 88 .dP -M MMMMMMMM 88' `88 88ooood8 88' `"" 88888" -M. `MMM' .M 88 88 88. ... 88. ... 88 `8b. -MM. .dM dP dP `88888P' `88888P' dP `YP -MMMMMMMMMMM - -M""M dP -M M 88 -M M 88d8b.d8b. 88d888b. .d8888b. 88d888b. d8888P .d8888b. -M M 88'`88'`88 88' `88 88' `88 88' `88 88 Y8ooooo. -M M 88 88 88 88. .88 88. .88 88 88 88 -M M dP dP dP 88Y888P' `88888P' dP dP `88888P' -MMMM 88 - dP -''' - - -def offer_install(module): - if sg.popup_yes_no(f'The program failed to import a package. You need to install {module}.', 'Would you like PySimpleGUI to install this package for you?', - title=f'Package {module} not found') != 'Yes': - return False - if module in packages_with_weird_names.keys(): - module = packages_with_weird_names[module] - try: - sg.execute_pip_install_package(module) - sg.cprint(f'Module {module} successfully installed.', colors='white on green') - sg.popup('Restarting your application to reload the modules...', auto_close_duration=2, auto_close=True) - sg.execute_command_subprocess(sys.executable, __file__, pipe_output=False, wait=False) - exit() - return True - except Exception as e: - sg.popup('Error performing the pip install. You may need a newer version of PySimpleGUI.', e) - # pip_install_latest(package) - # sg.popup('Restarting your application...', auto_close_duration=2, auto_close=True) - # sg.execute_command_subprocess(sys.executable, __file__, pipe_output=False, wait=False) - return False - -def check_module(module): - try: - __import__(module) - # print(f'{module} passed') - return True - except ImportError: - sg.cprint(f'Module {module} not found.', colors='white on red') - if offer_install(module): - return True - return False - - -def check_modules_on_import_line(line:str): - modules = line.split(' ', 1)[1].split(',') - # print(f'modules = {modules}') - for module in modules: - if ' as ' in module: - module = module.split('as')[0].strip() - if '.' in module: - module = module.split('.')[0].strip() - # print(f'checking "{module}"') - if not check_module(module): - return False - - return True - - - - -def check_imports_in_file(filename): - # Check if the file exists - if not os.path.exists(filename): - print("File does not exist") - return False - all_passed = True - # Open the file - file = open(filename, 'r', encoding='utf-8') - lines = file.readlines() - # Read the file line by line - for line in lines: - # print(line) - # Check if the line is an import statement - sline = line.strip() # strip the line in case it's indented - if sline.startswith('import'): - # Check if the module exists - if not check_modules_on_import_line(sline): - all_passed = False - elif sline.startswith('from') and 'import' in sline: - module = re.search(r'from (\w+)', sline).group(1) - if not check_module(module): - all_passed = False - # Close the file - file.close() - return all_passed - -''' -MM""""""""`M oo dP -MM mmmmmmmM 88 -M' MMMM dP 88 .d8888b. -MM MMMMMMMM 88 88 88ooood8 -MM MMMMMMMM 88 88 88. ... -MM MMMMMMMM dP dP `88888P' -MMMMMMMMMMMM - -MP""""""`MM dP -M mmmmm..M 88 -M. `YM .d8888b. .d8888b. 88d888b. .d8888b. 88d888b. -MMMMMMM. M 88ooood8 88' `88 88' `88 88' `"" 88' `88 -M. .MMM' M 88. ... 88. .88 88 88. ... 88 88 -Mb. .dM `88888P' `88888P8 dP `88888P' dP dP -MMMMMMMMMMM -''' - - - -# def search_files(file_list, search_string): -# found_list = [] -# for file in file_list: -# with open(file, 'r') as f: -# # Memory-map the file -# try: -# mmapped_file = mmap.mmap(f.fileno(), 0, access=mmap.ACCESS_READ) -# except: -# continue -# # Search for the string in the file -# if mmapped_file.find(bytes(search_string, 'utf-8')) != -1: -# # print(f"String found in file: {file}") -# found_list.append(os.path.basename(file)) -# # else: -# # print(f"String not found in file: {file}") -# return found_list - -def find_in_file(string, demo_files_dict, regex=False, verbose=False, window=None, ignore_case=True, show_first_match=True): - """ - Search through the demo files for a string. - The case of the string and the file contents are ignored - - :param string: String to search for - :param verbose: if True print the FIRST match - :type verbose: bool - :param find_all_matches: if True, then return all matches in the dictionary - :type find_all_matches: bool - :return: List of files containing the string - :rtype: List[str] - """ - - - # So you face a predicament here. You wish to read files, both small and large; however the bigger the file/bigger the list, the longer to read the file. - # This probably isn't what you want, right? - # Well, we can't use a direct command line to run grep and parse. But it is an option. The user may not have it. - # We could check if grep exists and if not use our method; but it isn't the best way. - # So using background knowldge, we know that grep is *very* fast. - # - # Why? - # Grep reads a *ton* of files into memory then searches through the memory to find the string or regex/pattern corresponding to the file. - # (This is useful if you ever accidently delete a file, grep may be able to get you the contents of it again!) - # How can we load a file into memory on python as fast as grep whilst keeping it universal? - # memory mapping (mmap). - # We can't load a lot of files into memory as we may face issues with watchdog on other operating systems. So we load one file at a time and search though there. - # This will allow the fastest searching and loading of a file without sacrificing read times. - # 2.8 seconds on the highend for both small and large files in memory. - # We also don't have to iterate over lines this way. - file_list = [] - num_files = 0 - matched_dict = {} - for file in demo_files_dict: - try: - full_filename = demo_files_dict[file] - if not demo_files_dict == get_file_list_dict(): - full_filename = full_filename[0] - matches = None - - with open(full_filename, 'rb', 0) as f, mmap.mmap(f.fileno(), 0, access=mmap.ACCESS_READ) as s: - if regex: - window['-FIND NUMBER-'].update(f'{num_files} files') - window.refresh() - matches = re.finditer(bytes("^.*(" + string + ").*$", 'utf-8'), s, re.MULTILINE) - if matches: - for match in matches: - if match is not None: - if file not in file_list: - file_list.append(file) - num_files += 1 - if verbose: - sg.cprint(f"{file}:", c = 'white on green') - sg.cprint(f"{match.group(0).decode('utf-8')}\n") - else: - window['-FIND NUMBER-'].update(f'{num_files} files') - window.refresh() - matches = None - if ignore_case: - if show_first_match: - matches = re.search(br'(?i)^' + bytes(".*("+re.escape(string.lower()) + ").*$", 'utf-8'), s, re.MULTILINE) - else: - matches = re.finditer(br'(?i)^' + bytes(".*("+re.escape(string.lower()) + ").*$", 'utf-8'), s, re.MULTILINE) - else: - if show_first_match: - matches = re.search(br'^' + bytes(".*("+re.escape(string) + ").*$", 'utf-8'), s, re.MULTILINE) - else: - matches = re.finditer(br'^' + bytes(".*("+re.escape(string) + ").*$", 'utf-8'), s, re.MULTILINE) - if matches: - if show_first_match: - #file_list.append(file) - #num_files += 1 - match_array = [] - - matched_str = matches.group(0).decode('utf-8') - if not all(x in matched_str for x in ("b'", '=')) and len(matched_str) < 500: - # safe to assume this is not a base64 string as it does not contain the proper ending - match_array.append(matches.group(0).decode('utf-8')) - matched_dict[full_filename] = match_array - file_list.append(file) - num_files += 1 - else: - # We need to do this because strings are "falsy" in Python, but empty matches still return True... - append_file = False - match_array = [] - for match_ in matches: - matched_str = match_.group(0).decode('utf-8') - if matched_str: - if not all(x in matched_str for x in ("b'", '=')) and len(matched_str) < 500: - # if len(match_str) < 500 and "=" not in match_str and "b'" not in match_str: - match_array.append(matched_str) - append_file = True - if append_file: - file_list.append(file) - num_files += 1 - matched_dict[full_filename] = match_array - - # del matches - except ValueError: - del matches - except Exception as e: - exc_type, exc_obj, exc_tb = sys.exc_info() - fname = os.path.split(exc_tb.tb_frame.f_code.co_filename)[1] - print(exc_type, fname, exc_tb.tb_lineno) - print(f'{file}', e, file=sys.stderr) - - # Format of the matches dictionary - # Filename, [num1, num2, num3] - file_lines_dict = {} - list_of_matches = [] - if not regex: - for key in matched_dict: - head, tail = os.path.split(key) - # Tails. Don't wanna put Washington in places he doesn't want to be. - file_array_old = [key] - - file_array_new = [] - - file_match_list = [] - - if verbose: - sg.cprint(f"{tail}:", c='white on green') - try: - dupe_lines = [] - for _match in matched_dict[key]: - line_num_match = get_line_number(key, _match, dupe_lines) - dupe_lines.append(line_num_match) - file_array_new.append(line_num_match) - file_match_list.append(_match) # I *really* overthinked this. - if verbose: - sg.cprint(f"Line: {line_num_match} ", c='white on purple', end='') - sg.cprint(f"{_match.strip()}\n") - # Make a list of the matches found in this file to add to the dictionry - list_of_matches.append(_match.strip()) - file_array_old.append(file_array_new) - file_array_old.append(file_match_list) - - if tail in file_lines_dict: - for i in range(1, 100): - new_tail = f'{tail}_{i}' - if new_tail not in file_lines_dict: - file_lines_dict[new_tail] = file_array_old - break - else: - file_lines_dict[tail] = file_array_old - except Exception as e: - pass - find_in_file.file_list_dict = file_lines_dict - - file_list = list(set(file_list)) - return file_list - - -def window_choose_line_to_edit(filename, full_filename, line_num_list, match_list): - # sg.popup('matches previously found for this file:', filename, line_num_list) - i = 0 - if len(line_num_list) == 1: - return full_filename, line_num_list[0] - layout = [[sg.T(f'Choose line from {filename}', font='_ 14')]] - for line in sorted(set(line_num_list)): - match_text = match_list[i] - layout += [[sg.Text(f'Line {line} : {match_text}', key=('-T-', line), enable_events=True, size=(min(len(match_text), 90), None))]] - i += 1 - layout += [[sg.B('Cancel')]] - - window = sg.Window('Open Editor', layout) - - line_chosen = line_num_list[0] - while True: - event, values = window.read() - if event in ('Cancel', sg.WIN_CLOSED): - line_chosen = None - break - # At this point we know a line was chosen - line_chosen = event[1] - break - - window.close() - return full_filename, line_chosen - -''' -MP""""""`MM dP dP oo -M mmmmm..M 88 88 -M. `YM .d8888b. d8888P d8888P dP 88d888b. .d8888b. .d8888b. -MMMMMMM. M 88ooood8 88 88 88 88' `88 88' `88 Y8ooooo. -M. .MMM' M 88. ... 88 88 88 88 88 88. .88 88 -Mb. .dM `88888P' dP dP dP dP dP `8888P88 `88888P' -MMMMMMMMMMM .88 - d8888P -M""MMM""MMM""M oo dP -M MMM MMM M 88 -M MMP MMP M dP 88d888b. .d888b88 .d8888b. dP dP dP -M MM' MM' .M 88 88' `88 88' `88 88' `88 88 88 88 -M `' . '' .MM 88 88 88 88. .88 88. .88 88.88b.88' -M .d .dMMM dP dP dP `88888P8 `88888P' 8888P Y8P -MMMMMMMMMMMMMM - -''' - - -def settings_window(): - """ - Show the settings window. - This is where the folder paths and program paths are set. - Returns True if settings were changed - - :return: True if settings were changed - :rtype: (bool) - """ - - try: - global_editor = sg.pysimplegui_user_settings.get('-editor program-') - except: - global_editor = '' - try: - global_explorer = sg.pysimplegui_user_settings.get('-explorer program-') - except: - global_explorer = '' - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_theme = sg.theme_global() - except: - global_theme = '' - - layout = [[sg.T('Program Settings', font='DEFAULT 25')], - [sg.T('Path to Tree', font='_ 16')], - [sg.Combo(sorted(sg.user_settings_get_entry('-folder names-', [])), default_value=sg.user_settings_get_entry('-demos folder-', get_demo_path()), size=(50, 1), key='-FOLDERNAME-'), - sg.FolderBrowse('Folder Browse', target='-FOLDERNAME-'), sg.B('Clear History')], - [sg.T('Editor Program', font='_ 16')], - [sg.T('Leave blank to use global default'), sg.T(global_editor)], - [ sg.In(sg.user_settings_get_entry('-editor program-', ''),k='-EDITOR PROGRAM-'), sg.FileBrowse()], - [sg.T('File Explorer Program', font='_ 16')], - [sg.T('Leave blank to use global default'), sg.T(global_explorer)], - [ sg.In(sg.user_settings_get_entry('-explorer program-'), k='-EXPLORER PROGRAM-'), sg.FileBrowse()], - [sg.T('Theme', font='_ 16')], - [sg.T('Leave blank to use global default'), sg.T(global_theme)], - [sg.Combo(['']+sg.theme_list(),sg.user_settings_get_entry('-theme-', ''), readonly=True, k='-THEME-')], - [sg.T('Double-click a File Will:'), sg.R('Run', 2, sg.user_settings_get_entry('-dclick runs-', False), k='-DCLICK RUNS-'), sg.R('Edit', 2, sg.user_settings_get_entry('-dclick edits-', False), k='-DCLICK EDITS-'), sg.R('Nothing', 2, sg.user_settings_get_entry('-dclick none-', False), k='-DCLICK NONE-')], - [sg.CB('Check That Imported Modules Are Installed', sg.user_settings_get_entry('-check imports-', False), k='-CHECK IMPORTS-')], - [sg.CB('Use Advanced Interface', default=advanced_mode() ,k='-ADVANCED MODE-')], - [sg.B('Ok', bind_return_key=True), sg.B('Cancel')], - ] - - window = sg.Window('Settings', layout) - - settings_changed = False - - while True: - event, values = window.read() - if event in ('Cancel', sg.WIN_CLOSED): - break - if event == 'Ok': - sg.user_settings_set_entry('-demos folder-', values['-FOLDERNAME-']) - sg.user_settings_set_entry('-editor program-', values['-EDITOR PROGRAM-']) - sg.user_settings_set_entry('-theme-', values['-THEME-']) - sg.user_settings_set_entry('-folder names-', list(set(sg.user_settings_get_entry('-folder names-', []) + [values['-FOLDERNAME-'], ]))) - sg.user_settings_set_entry('-explorer program-', values['-EXPLORER PROGRAM-']) - sg.user_settings_set_entry('-advanced mode-', values['-ADVANCED MODE-']) - sg.user_settings_set_entry('-dclick runs-', values['-DCLICK RUNS-']) - sg.user_settings_set_entry('-dclick edits-', values['-DCLICK EDITS-']) - sg.user_settings_set_entry('-dclick nothing-', values['-DCLICK NONE-']) - sg.user_settings_set_entry('-check imports-', values['-CHECK IMPORTS-']) - settings_changed = True - break - elif event == 'Clear History': - sg.user_settings_set_entry('-folder names-', []) - sg.user_settings_set_entry('-last filename-', '') - window['-FOLDERNAME-'].update(values=[], value='') - - window.close() - return settings_changed - - - -''' -M"""""`'"""`YM oo -M mm. mm. M -M MMM MMM M .d8888b. dP 88d888b. -M MMM MMM M 88' `88 88 88' `88 -M MMM MMM M 88. .88 88 88 88 -M MMM MMM M `88888P8 dP dP dP -MMMMMMMMMMMMMM - -M""MMM""MMM""M oo dP -M MMM MMM M 88 -M MMP MMP M dP 88d888b. .d888b88 .d8888b. dP dP dP -M MM' MM' .M 88 88' `88 88' `88 88' `88 88 88 88 -M `' . '' .MM 88 88 88 88. .88 88. .88 88.88b.88' -M .d .dMMM dP dP dP `88888P8 `88888P' 8888P Y8P -MMMMMMMMMMMMMM -''' - -ML_KEY = '-ML-' # Multline's key - -# --------------------------------- Create the window --------------------------------- -def make_window(): - """ - Creates the main window - :return: The main window object - :rtype: (sg.Window) - """ - theme = get_theme() - if not theme: - theme = sg.OFFICIAL_PYSIMPLEGUI_THEME - sg.theme(theme) - # First the window layout...2 columns - - find_tooltip = "Find in file\nEnter a string in box to search for string inside of the files.\nFile list will update with list of files string found inside." - filter_tooltip = "Filter files\nEnter a string in box to narrow down the list of files.\nFile list will update with list of files with string in filename." - find_re_tooltip = "Find in file using Regular Expression\nEnter a string in box to search for string inside of the files.\nSearch is performed after clicking the FindRE button." - run_tooltip = "Run any python file\nEnter full absolute path and then click RUN button." - - - left_col = sg.Column([ - [sg.Listbox(values=get_file_list(), select_mode=sg.SELECT_MODE_EXTENDED, size=(50,20), bind_return_key=True, key='-DEMO LIST-', expand_x=True, expand_y=True)], - [sg.Text('Filter (F1):', tooltip=filter_tooltip, s=8), sg.Input(size=(25, 1), focus=True, enable_events=True, key='-FILTER-', tooltip=filter_tooltip), - sg.T(size=(15,1), k='-FILTER NUMBER-')], - [sg.Button('Run'), sg.B('Edit'), sg.B('Clear'), sg.B('Open Folder'), sg.B('Copy Path')], - [sg.Text('Find (F2):', tooltip=find_tooltip, s=8), sg.Input(size=(25, 1), enable_events=True, key='-FIND-', tooltip=find_tooltip), - sg.T(size=(15,1), k='-FIND NUMBER-')], - [sg.Text('Path (F3):', tooltip=run_tooltip, s=8), sg.Input(size=(25, 1), enable_events=True, key='-RUN PATH-', tooltip=run_tooltip)], - ], element_justification='l', expand_x=True, expand_y=True) - - lef_col_find_re = sg.pin(sg.Col([ - [sg.Text('Find (F4):', tooltip=find_re_tooltip, s=8), sg.Input(size=(25, 1),key='-FIND RE-', tooltip=find_re_tooltip),sg.B('Find RE')]], k='-RE COL-')) - - right_col = [ - [sg.Multiline(size=(70, 21), write_only=True, expand_x=True, expand_y=True, key=ML_KEY, reroute_stdout=True, echo_stdout_stderr=True, reroute_cprint=True)], - [sg.B('Settings'), sg.Button('Exit')], - [sg.T('Demo Browser Ver ' + version)], - [sg.T('PySimpleGUI ver ' + sg.version.split(' ')[0] + ' tkinter ver ' + sg.tclversion_detailed, font='Default 8', pad=(0,0))], - [sg.T('Python ver ' + sys.version, font='Default 8', pad=(0,0))], - [sg.T('Interpreter ' + sg.execute_py_get_interpreter(), font='Default 8', pad=(0,0))], - ] - - options_at_bottom = sg.pin(sg.Column([[sg.CB('Verbose', enable_events=True, k='-VERBOSE-', tooltip='Enable to see the matches in the right hand column'), - sg.CB('Show only first match in file', default=True, enable_events=True, k='-FIRST MATCH ONLY-', tooltip='Disable to see ALL matches found in files'), - sg.CB('Find ignore case', default=True, enable_events=True, k='-IGNORE CASE-'), - sg.CB('Wait for Runs to Complete', default=False, enable_events=True, k='-WAIT-'), - sg.CB('Show ALL file types', default=sg.user_settings_get_entry('-show all files-', False), enable_events=True, k='-SHOW ALL FILES-'), - ]], - pad=(0,0), k='-OPTIONS BOTTOM-', expand_x=True, expand_y=False), expand_x=True, expand_y=False) - - choose_folder_at_top = sg.pin(sg.Column([[sg.T('Click settings to set top of your tree or choose a previously chosen folder'), - sg.Combo(sorted(sg.user_settings_get_entry('-folder names-', [])), default_value=sg.user_settings_get_entry('-demos folder-', ''), size=(50, 30), key='-FOLDERNAME-', enable_events=True, readonly=True)]], pad=(0,0), k='-FOLDER CHOOSE-')) - # ----- Full layout ----- - - layout = [[sg.Text('PySimpleGUI Demo Program & Project Browser', font='Any 20')], - [choose_folder_at_top], - # [sg.Column([[left_col],[ lef_col_find_re]], element_justification='l', expand_x=True, expand_y=True), sg.Column(right_col, element_justification='c', expand_x=True, expand_y=True)], - [sg.Pane([sg.Column([[left_col],[ lef_col_find_re]], element_justification='l', expand_x=True, expand_y=True), sg.Column(right_col, element_justification='c', expand_x=True, expand_y=True) ], orientation='h', relief=sg.RELIEF_SUNKEN, expand_x=True, expand_y=True, k='-PANE-')], - [options_at_bottom, sg.Sizegrip()]] - - # --------------------------------- Create Window --------------------------------- - window = sg.Window('PSG Demo & Project Browser', layout, finalize=True, resizable=True, use_default_focus=False, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, auto_save_location=True) - window.set_min_size(window.size) - - - # window.bind("", 'Exit') # matches the underscore shown on the Exit button (For now disabled this feature until buttons with underscore released to PyPI) - - window.bind('', '-FOCUS FILTER-') - window.bind('', '-FOCUS FIND-') - window.bind('', '-FOCUS RUN PATH-') - window.bind('', '-FOCUS RE FIND-') - if not advanced_mode(): - window['-FOLDER CHOOSE-'].update(visible=False) - window['-RE COL-'].update(visible=False) - window['-OPTIONS BOTTOM-'].update(visible=False) - - window.bring_to_front() - return window - - -''' -M""M dP dP dP -M M 88 88 88 -M M 88d888b. .d8888b. d8888P .d8888b. 88 88 .d8888b. 88d888b. -M M 88' `88 Y8ooooo. 88 88' `88 88 88 88ooood8 88' `88 -M M 88 88 88 88 88. .88 88 88 88. ... 88 -M M dP dP `88888P' dP `88888P8 dP dP `88888P' dP -MMMM -''' - - -def pip_install_thread(window, sp): - window.write_event_value('-THREAD-', (sp, 'Install thread started')) - for line in sp.stdout: - oline = line.decode().rstrip() - window.write_event_value('-THREAD-', (sp, oline)) - - - -def pip_install_latest(): - - pip_command = '-m pip install --upgrade --no-cache-dir PySimpleGUI>=5' - - python_command = sys.executable # always use the currently running interpreter to perform the pip! - if 'pythonw' in python_command: - python_command = python_command.replace('pythonw', 'python') - - layout = [[sg.Text('Installing PySimpleGUI', font='_ 14')], - [sg.Multiline(s=(90, 15), k='-MLINE-', reroute_cprint=True, reroute_stdout=True, echo_stdout_stderr=True, write_only=True, expand_x=True, expand_y=True)], - [sg.Push(), sg.Button('Downloading...', k='-EXIT-'), sg.Sizegrip()]] - - window = sg.Window('Pip Install PySimpleGUI Utilities', layout, finalize=True, keep_on_top=True, modal=True, disable_close=True, resizable=True) - - window.disable_debugger() - - sg.cprint('Installing with the Python interpreter =', python_command, c='white on purple') - - sp = sg.execute_command_subprocess(python_command, pip_command, pipe_output=True, wait=False) - - window.start_thread(lambda: pip_install_thread(window, sp), end_key='-THREAD DONE-') - - while True: - event, values = window.read() - if event == sg.WIN_CLOSED or (event == '-EXIT-' and window['-EXIT-'].ButtonText == 'Done'): - break - elif event == '-THREAD DONE-': - sg.cprint('\n') - show_package_version('PySimpleGUI') - sg.cprint('Done Installing PySimpleGUI. Click Done and the program will restart.', c='white on red', font='default 12 italic') - window['-EXIT-'].update(text='Done', button_color='white on red') - elif event == '-THREAD-': - sg.cprint(values['-THREAD-'][1]) - - window.close() - -def suggest_upgrade_gui(): - layout = [[sg.Image(sg.EMOJI_BASE64_HAPPY_GASP), sg.Text(f'PySimpleGUI 5+ Required', font='_ 15 bold')], - [sg.Text(f'PySimpleGUI 5+ required for this program to function correctly.')], - [sg.Text(f'You are running PySimpleGUI {sg.version}')], - [sg.Text('Would you like to upgrade to the latest version of PySimpleGUI now?')], - [sg.Push(), sg.Button('Upgrade', size=8, k='-UPGRADE-'), sg.Button('Cancel', size=8)]] - - window = sg.Window(title=f'Newer version of PySimpleGUI required', layout=layout, font='_ 12') - - while True: - event, values = window.read() - - if event in (sg.WIN_CLOSED, 'Cancel'): - window.close() - break - elif event == '-UPGRADE-': - window.close() - pip_install_latest() - sg.execute_command_subprocess(sys.executable, __file__, pipe_output=True, wait=False) - break - - -def make_str_pre_38(package): - return f""" -import warnings -warnings.filterwarnings("ignore", category=DeprecationWarning) -import pkg_resources -try: - ver=pkg_resources.get_distribution("{package}").version.rstrip() -except: - ver=' ' -print(ver, end='') -""" - -def make_str(package): - return f""" -import importlib.metadata - -try: - ver = importlib.metadata.version("{package}") -except importlib.metadata.PackageNotFoundError: - ver = ' ' -print(ver, end='') -""" - - -def show_package_version(package): - """ - Function that shows all versions of a package - """ - interpreter = sg.execute_py_get_interpreter() - sg.cprint(f'{package} upgraded to ', end='', c='red') - # print(f'{interpreter}') - if sys.version_info.major == 3 and sys.version_info.minor in (6, 7): # if running Python version 3.6 or 3.7 - pstr = make_str_pre_38(package) - else: - pstr = make_str(package) - temp_file = os.path.join(os.path.dirname(__file__), 'temp_py.py') - with open(temp_file, 'w') as file: - file.write(pstr) - sg.execute_py_file(temp_file, interpreter_command=interpreter, pipe_output=True, wait=True) - os.remove(temp_file) - - - -def upgrade_check(): - if not sg.version.startswith('5'): - suggest_upgrade_gui() - exit() - - - -''' -M"""""`'"""`YM oo -M mm. mm. M -M MMM MMM M .d8888b. dP 88d888b. -M MMM MMM M 88' `88 88 88' `88 -M MMM MMM M 88. .88 88 88 88 -M MMM MMM M `88888P8 dP dP dP -MMMMMMMMMMMMMM -''' -# --------------------------------- Main Program Layout --------------------------------- - -def main(): - """ - The main program that contains the event loop. - It will call the make_window function to create the window. - """ - - sg.user_settings_filename(filename='psgdemos.json') - upgrade_check() - - sg.user_settings_filename('psgdemos.json') - sg.set_options(icon=sg.EMOJI_BASE64_HAPPY_IDEA) - find_in_file.file_list_dict = None - - old_typed_value = None - - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window = make_window() - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window.force_focus() - window['-FILTER-'].set_focus() - counter = 0 - while True: - event, values = window.read() - # print(event, values) - - counter += 1 - if event in (sg.WINDOW_CLOSED, 'Exit'): - break - if event == '-DEMO LIST-': # if double clicked (used the bind return key parm) - if sg.user_settings_get_entry('-dclick runs-'): - event = 'Run' - elif sg.user_settings_get_entry('-dclick edits-'): - event = 'Edit' - if event == 'Edit': - editor_program = get_editor() - for file in values['-DEMO LIST-']: - if find_in_file.file_list_dict is not None: - full_filename, line = window_choose_line_to_edit(file, find_in_file.file_list_dict[file][0], find_in_file.file_list_dict[file][1], find_in_file.file_list_dict[file][2]) - else: - full_filename, line = get_file_list_dict()[file], 1 - if line is not None: - sg.cprint(f'Editing using {editor_program}', c='white on red', end='') - sg.cprint('') - sg.cprint(f'{full_filename}', c='white on purple') - if not get_editor(): - sg.popup_error_with_traceback('No editor has been configured', 'You need to configure an editor in order to use this feature', 'You can configure the editor in the Demo Brower Settings or the PySimpleGUI Global Settings') - else: - if using_local_editor(): - sg.execute_command_subprocess(editor_program, f'"{full_filename}"') - else: - try: - sg.execute_editor(full_filename, line_number=int(line)) - except: - sg.execute_command_subprocess(editor_program, f'"{full_filename}"') - else: - sg.cprint('Editing canceled') - elif event == 'Run': - sg.cprint('Running....', c='white on green', end='') - sg.cprint('') - if values['-RUN PATH-']: # if a manual file was entered: - files_to_run = (values['-RUN PATH-'],) - else: - files_to_run = values['-DEMO LIST-'] - # for file in values['-DEMO LIST-']: - for file in files_to_run: - try: - file_to_run = str(file_list_dict[file]) - except: - file_to_run = file - # sg.cprint('Checking Imports....', c='white on green') - if sg.user_settings_get_entry('-check imports-', False) and not check_imports_in_file(file_to_run): - sg.cprint(f'The demo program {os.path.basename(file_to_run)} depends on modules that are not installed.') - else: - sg.cprint(file_to_run,text_color='white', background_color='purple') - try: - sp = sg.execute_py_file(file_to_run, pipe_output=values['-WAIT-']) - except Exception as e: - sg.cprint(f'Error trying to run python file. Error info:', e, c='white on red') - try: - if values['-WAIT-']: - sg.cprint(f'Waiting on results..', text_color='white', background_color='red', end='') - while True: - results = sg.execute_get_results(sp) - sg.cprint(f'STDOUT:', text_color='white', background_color='green') - sg.cprint(results[0]) - sg.cprint(f'STDERR:', text_color='white', background_color='green') - sg.cprint(results[1]) - if not sg.execute_subprocess_still_running(sp): - break - except AttributeError: - sg.cprint('Your version of PySimpleGUI needs to be upgraded to fully use the "WAIT" feature.', c='white on red') - elif event.startswith('Edit Me'): - editor_program = get_editor() - sg.cprint(f'opening using {editor_program}:') - sg.cprint(f'{__file__}', text_color='white', background_color='red', end='') - sg.execute_command_subprocess(f'{editor_program}', f'"{__file__}"') - elif event == '-FILTER-': - new_list = [i for i in file_list if values['-FILTER-'].lower() in i.lower()] - window['-DEMO LIST-'].update(new_list) - window['-FILTER NUMBER-'].update(f'{len(new_list)} files') - window['-FIND NUMBER-'].update('') - window['-FIND-'].update('') - window['-RUN PATH-'].update('') - window['-FIND RE-'].update('') - elif event == '-RUN PATH-': - file_list = get_file_list() - window['-FILTER-'].update('') - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window['-FIND-'].update('') - window['-DEMO LIST-'].update(file_list) - window['-FIND NUMBER-'].update('') - window['-FIND RE-'].update('') - window['-ML-'].update('') - elif event == '-FOCUS FIND-': - window['-FIND-'].set_focus() - elif event == '-FOCUS FILTER-': - window['-FILTER-'].set_focus() - elif event == '-FOCUS RE FIND-': - window['-FIND RE-'].set_focus() - elif event == '-FOCUS RUN PATH-': - window['-RUN PATH-'].set_focus() - elif event == '-FIND-' or event == '-FIRST MATCH ONLY-' or event == '-VERBOSE-' or event == '-FIND RE-': - # file_list = (search_files(get_file_list_full_filename(), values['-FIND-'])) - # window['-DEMO LIST-'].update(file_list) - # continue - - is_ignore_case = values['-IGNORE CASE-'] - old_ignore_case = False - current_typed_value = str(values['-FIND-']) - if len(values['-FIND-']) == 1: - window[ML_KEY].update('') - window['-VERBOSE-'].update(False) - values['-VERBOSE-'] = False - if values['-VERBOSE-']: - window[ML_KEY].update('') - if values['-FIND-']: - if find_in_file.file_list_dict is None or old_typed_value is None or old_ignore_case is not is_ignore_case: - # New search. - old_typed_value = current_typed_value - file_list = find_in_file(values['-FIND-'], get_file_list_dict(), verbose=values['-VERBOSE-'], window=window, ignore_case=is_ignore_case, show_first_match=values['-FIRST MATCH ONLY-']) - elif current_typed_value.startswith(old_typed_value) and old_ignore_case is is_ignore_case: - old_typed_value = current_typed_value - file_list = find_in_file(values['-FIND-'], find_in_file.file_list_dict, verbose=values['-VERBOSE-'], window=window, ignore_case=is_ignore_case, show_first_match=values['-FIRST MATCH ONLY-']) - else: - old_typed_value = current_typed_value - file_list = find_in_file(values['-FIND-'], get_file_list_dict(), verbose=values['-VERBOSE-'], window=window, ignore_case=is_ignore_case, show_first_match=values['-FIRST MATCH ONLY-']) - window['-DEMO LIST-'].update(sorted(file_list)) - window['-FIND NUMBER-'].update(f'{len(file_list)} files') - window['-FILTER NUMBER-'].update('') - window['-FIND RE-'].update('') - window['-FILTER-'].update('') - window['-RUN PATH-'].update('') - elif values['-FIND RE-']: - window['-ML-'].update('') - file_list = find_in_file(values['-FIND RE-'], get_file_list_dict(), regex=True, verbose=values['-VERBOSE-'],window=window) - window['-DEMO LIST-'].update(sorted(file_list)) - window['-FIND NUMBER-'].update(f'{len(file_list)} files') - window['-FILTER NUMBER-'].update('') - window['-FIND-'].update('') - window['-FILTER-'].update('') - window['-RUN PATH-'].update('') - elif event == 'Find RE': - window['-ML-'].update('') - file_list = find_in_file(values['-FIND RE-'], get_file_list_dict(), regex=True, verbose=values['-VERBOSE-'],window=window) - window['-DEMO LIST-'].update(sorted(file_list)) - window['-FIND NUMBER-'].update(f'{len(file_list)} files') - window['-FILTER NUMBER-'].update('') - window['-FIND-'].update('') - window['-FILTER-'].update('') - window['-RUN PATH-'].update('') - sg.cprint('Regular expression find completed') - elif event == 'Settings': - if settings_window() is True: - window.close() - window = make_window() - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - elif event == 'Clear': - file_list = get_file_list() - window['-FILTER-'].update('') - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window['-FIND-'].update('') - window['-DEMO LIST-'].update(file_list) - window['-FIND NUMBER-'].update('') - window['-FIND RE-'].update('') - window['-RUN PATH-'].update('') - window['-ML-'].update('') - elif event == '-FOLDERNAME-': - sg.user_settings_set_entry('-demos folder-', values['-FOLDERNAME-']) - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window['-DEMO LIST-'].update(values=file_list) - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window['-ML-'].update('') - window['-FIND NUMBER-'].update('') - window['-FIND-'].update('') - window['-FIND RE-'].update('') - window['-FILTER-'].update('') - window['-RUN PATH-'].update('') - elif event == 'Open Folder': - explorer_program = get_explorer() - if explorer_program: - sg.cprint(f'Opening Folder using {explorer_program}...', c='white on green', end='') - sg.cprint('') - for file in values['-DEMO LIST-']: - file_selected = str(file_list_dict[file]) - file_path = os.path.dirname(file_selected) - if sg.running_windows(): - file_path = file_path.replace('/', '\\') - sg.cprint(file_path, text_color='white', background_color='purple') - sg.execute_command_subprocess(explorer_program, file_path) - elif event == 'Copy Path': - for file in values['-DEMO LIST-']: - sg.cprint('Copying the last highlighted filename in your list') - if find_in_file.file_list_dict is not None: - full_filename, line = window_choose_line_to_edit(file, find_in_file.file_list_dict[file][0], find_in_file.file_list_dict[file][1], find_in_file.file_list_dict[file][2]) - else: - full_filename, line = get_file_list_dict()[file], 1 - if line is not None: - sg.cprint(f'Added to Clipboard Full Path {full_filename}', c='white on purple') - sg.clipboard_set(full_filename) - elif event == 'Version': - sg.popup_scrolled(sg.get_versions(), f'This Program: {__file__}' ,keep_on_top=True, non_blocking=True) - elif event == '-SHOW ALL FILES-': - sg.user_settings_set_entry('-show all files-', values[event]) - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window['-DEMO LIST-'].update(values=file_list) - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window['-ML-'].update('') - window['-FIND NUMBER-'].update('') - window['-FIND-'].update('') - window['-FIND RE-'].update('') - window['-FILTER-'].update('') - window['-RUN PATH-'].update('') - window.close() - - - - - - -if __name__ == '__main__': - - main() diff --git a/DemoPrograms/CONTRIBUTING.md b/DemoPrograms/CONTRIBUTING.md deleted file mode 100644 index cc30e198a..000000000 --- a/DemoPrograms/CONTRIBUTING.md +++ /dev/null @@ -1,7 +0,0 @@ -## Contributing to PySimpleGUI - -We are happy to receive issues describing bug reports and feature requests! If your bug report relates to a security vulnerability, please do not file a public issue, and please instead reach out to us at issues@PySimpleGUI.com. - -We do not accept (and do not wish to receive) contributions of user-created or third-party code, including patches, pull requests, or code snippets incorporated into submitted issues. Please do not send us any such code! Bug reports and feature requests should not include any source code. - -If you nonetheless submit any user-created or third-party code to us, (1) you assign to us all rights and title in or relating to the code; and (2) to the extent any such assignment is not fully effective, you hereby grant to us a royalty-free, perpetual, irrevocable, worldwide, unlimited, sublicensable, transferrable license under all intellectual property rights embodied therein or relating thereto, to exploit the code in any manner we choose, including to incorporate the code into PySimpleGUI and to redistribute it under any terms at our discretion. diff --git a/DemoPrograms/Demo_All_Elements.py b/DemoPrograms/Demo_All_Elements.py deleted file mode 100644 index 45532beeb..000000000 --- a/DemoPrograms/Demo_All_Elements.py +++ /dev/null @@ -1,167 +0,0 @@ -#!/usr/bin/env python -""" - Example of (almost) all Elements, that you can use in PySimpleGUI. - Shows you the basics including: - Naming convention for keys - Menubar format - Right click menu format - Table format - Running an async event loop - Theming your application (requires a window restart) - Displays the values dictionary entry for each element - And more! - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg - -def make_window(theme): - sg.theme(theme) - menu_def = [['&Application', ['E&xit']], - ['&Help', ['&About']] ] - right_click_menu_def = [[], ['Edit Me', 'Versions', 'Nothing','More Nothing','Exit']] - graph_right_click_menu_def = [[], ['Erase','Draw Line', 'Draw',['Circle', 'Rectangle', 'Image'], 'Exit']] - - # Table Data - data = [["John", 10], ["Jen", 5]] - headings = ["Name", "Score"] - - input_layout = [ - - # [sg.Menu(menu_def, key='-MENU-')], - [sg.Text('Anything that requires user-input is in this tab!')], - [sg.Input(key='-INPUT-')], - [sg.Slider(orientation='h', key='-SKIDER-'), - sg.Image(data=sg.DEFAULT_BASE64_LOADING_GIF, enable_events=True, key='-GIF-IMAGE-'),], - [sg.Checkbox('Checkbox', default=True, k='-CB-')], - [sg.Radio('Radio1', "RadioDemo", default=True, size=(10,1), k='-R1-'), sg.Radio('Radio2', "RadioDemo", default=True, size=(10,1), k='-R2-')], - [sg.Combo(values=('Combo 1', 'Combo 2', 'Combo 3'), default_value='Combo 1', readonly=False, k='-COMBO-'), - sg.OptionMenu(values=('Option 1', 'Option 2', 'Option 3'), k='-OPTION MENU-'),], - [sg.Spin([i for i in range(1,11)], initial_value=10, k='-SPIN-'), sg.Text('Spin')], - [sg.Multiline('Demo of a Multi-Line Text Element!\nLine 2\nLine 3\nLine 4\nLine 5\nLine 6\nLine 7\nYou get the point.', size=(45,5), expand_x=True, expand_y=True, k='-MLINE-')], - [sg.Button('Button'), sg.Button('Popup'), sg.Button(image_data=sg.DEFAULT_BASE64_ICON, key='-LOGO-')]] - - asthetic_layout = [[sg.T('Anything that you would use for asthetics is in this tab!')], - [sg.Image(data=sg.DEFAULT_BASE64_ICON, k='-IMAGE-')], - [sg.ProgressBar(100, orientation='h', size=(20, 20), key='-PROGRESS BAR-'), sg.Button('Test Progress bar')]] - - logging_layout = [[sg.Text("Anything printed will display here!")], - [sg.Multiline(size=(60,15), font='Courier 8', expand_x=True, expand_y=True, write_only=True, - reroute_stdout=True, reroute_stderr=True, echo_stdout_stderr=True, autoscroll=True, auto_refresh=True)] - # [sg.Output(size=(60,15), font='Courier 8', expand_x=True, expand_y=True)] - ] - - graphing_layout = [[sg.Text("Anything you would use to graph will display here!")], - [sg.Graph((200,200), (0,0),(200,200),background_color="black", key='-GRAPH-', enable_events=True, - right_click_menu=graph_right_click_menu_def)], - [sg.T('Click anywhere on graph to draw a circle')], - [sg.Table(values=data, headings=headings, max_col_width=25, - background_color='black', - auto_size_columns=True, - display_row_numbers=True, - justification='right', - num_rows=2, - alternating_row_color='black', - key='-TABLE-', - row_height=25)]] - - popup_layout = [[sg.Text("Popup Testing")], - [sg.Button("Open Folder")], - [sg.Button("Open File")]] - - theme_layout = [[sg.Text("See how elements look under different themes by choosing a different theme here!")], - [sg.Listbox(values = sg.theme_list(), - size =(20, 12), - key ='-THEME LISTBOX-', - enable_events = True)], - [sg.Button("Set Theme")]] - - layout = [ [sg.MenubarCustom(menu_def, key='-MENU-', font='Courier 15', tearoff=True)], - [sg.Text('Demo Of (Almost) All Elements', size=(38, 1), justification='center', font=("Helvetica", 16), relief=sg.RELIEF_RIDGE, k='-TEXT HEADING-', enable_events=True)]] - layout +=[[sg.TabGroup([[ sg.Tab('Input Elements', input_layout), - sg.Tab('Asthetic Elements', asthetic_layout), - sg.Tab('Graphing', graphing_layout), - sg.Tab('Popups', popup_layout), - sg.Tab('Theming', theme_layout), - sg.Tab('Output', logging_layout)]], key='-TAB GROUP-', expand_x=True, expand_y=True), - - ]] - layout[-1].append(sg.Sizegrip()) - window = sg.Window('All Elements Demo', layout, right_click_menu=right_click_menu_def, right_click_menu_tearoff=True, grab_anywhere=True, resizable=True, margins=(0,0), use_custom_titlebar=True, finalize=True, keep_on_top=True) - window.set_min_size(window.size) - return window - -def main(): - window = make_window(sg.theme()) - - # This is an Event Loop - while True: - event, values = window.read(timeout=100) - # keep an animation running so show things are happening - if event not in (sg.TIMEOUT_EVENT, sg.WIN_CLOSED): - print('============ Event = ', event, ' ==============') - print('-------- Values Dictionary (key=value) --------') - for key in values: - print(key, ' = ',values[key]) - if event in (None, 'Exit'): - print("[LOG] Clicked Exit!") - break - - window['-GIF-IMAGE-'].update_animation(sg.DEFAULT_BASE64_LOADING_GIF, time_between_frames=100) - if event == 'About': - print("[LOG] Clicked About!") - sg.popup('PySimpleGUI Demo All Elements', - 'Right click anywhere to see right click menu', - 'Visit each of the tabs to see available elements', - 'Output of event and values can be see in Output tab', - 'The event and values dictionary is printed after every event', keep_on_top=True) - elif event == 'Popup': - print("[LOG] Clicked Popup Button!") - sg.popup("You pressed a button!", keep_on_top=True) - print("[LOG] Dismissing Popup!") - elif event == 'Test Progress bar': - print("[LOG] Clicked Test Progress Bar!") - progress_bar = window['-PROGRESS BAR-'] - for i in range(100): - print("[LOG] Updating progress bar by 1 step ("+str(i)+")") - progress_bar.update(current_count=i + 1) - print("[LOG] Progress bar complete!") - elif event == "-GRAPH-": - graph = window['-GRAPH-'] # type: sg.Graph - graph.draw_circle(values['-GRAPH-'], fill_color='yellow', radius=20) - print("[LOG] Circle drawn at: " + str(values['-GRAPH-'])) - elif event == "Open Folder": - print("[LOG] Clicked Open Folder!") - folder_or_file = sg.popup_get_folder('Choose your folder', keep_on_top=True) - sg.popup("You chose: " + str(folder_or_file), keep_on_top=True) - print("[LOG] User chose folder: " + str(folder_or_file)) - elif event == "Open File": - print("[LOG] Clicked Open File!") - folder_or_file = sg.popup_get_file('Choose your file', keep_on_top=True) - sg.popup("You chose: " + str(folder_or_file), keep_on_top=True) - print("[LOG] User chose file: " + str(folder_or_file)) - elif event == "Set Theme": - print("[LOG] Clicked Set Theme!") - theme_chosen = values['-THEME LISTBOX-'][0] - print("[LOG] User Chose Theme: " + str(theme_chosen)) - window.close() - window = make_window(theme_chosen) - elif event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Versions': - sg.popup_scrolled(__file__, sg.get_versions(), keep_on_top=True, non_blocking=True) - - window.close() - exit(0) - -if __name__ == '__main__': - sg.theme('black') - sg.theme('dark red') - sg.theme('dark green 7') - # sg.theme('DefaultNoMoreNagging') - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_All_Elements_Simple.py b/DemoPrograms/Demo_All_Elements_Simple.py deleted file mode 100644 index 4fa78e86a..000000000 --- a/DemoPrograms/Demo_All_Elements_Simple.py +++ /dev/null @@ -1,111 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Element List - - All elements shown in 1 window as simply as possible. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -use_custom_titlebar = True if sg.running_trinket() else False - -def make_window(theme=None): - - NAME_SIZE = 23 - - - def name(name): - dots = NAME_SIZE-len(name)-2 - return sg.Text(name + ' ' + '•'*dots, size=(NAME_SIZE,1), justification='r',pad=(0,0), font='Courier 10') - - sg.theme(theme) - - # NOTE that we're using our own LOCAL Menu element - if use_custom_titlebar: - Menu = sg.MenubarCustom - else: - Menu = sg.Menu - - treedata = sg.TreeData() - - treedata.Insert("", '_A_', 'Tree Item 1', [1234], ) - treedata.Insert("", '_B_', 'B', []) - treedata.Insert("_A_", '_A1_', 'Sub Item 1', ['can', 'be', 'anything'], ) - - layout_l = [ - [name('Text'), sg.Text('Text')], - [name('Input'), sg.Input(s=15)], - [name('Multiline'), sg.Multiline(s=(15,2))], - [name('Output'), sg.Output(s=(15,2))], - [name('Combo'), sg.Combo(sg.theme_list(), default_value=sg.theme(), s=(15,22), enable_events=True, readonly=True, k='-COMBO-')], - [name('OptionMenu'), sg.OptionMenu(['OptionMenu',],s=(15,2))], - [name('Checkbox'), sg.Checkbox('Checkbox')], - [name('Radio'), sg.Radio('Radio', 1)], - [name('Spin'), sg.Spin(['Spin',], s=(15,2))], - [name('Button'), sg.Button('Button')], - [name('ButtonMenu'), sg.ButtonMenu('ButtonMenu', sg.MENU_RIGHT_CLICK_EDITME_EXIT)], - [name('Slider'), sg.Slider((0,10), orientation='h', s=(10,15))], - [name('Listbox'), sg.Listbox(['Listbox', 'Listbox 2'], no_scrollbar=True, s=(15,2))], - [name('Image'), sg.Image(sg.EMOJI_BASE64_HAPPY_THUMBS_UP)], - [name('Graph'), sg.Graph((125, 50), (0,0), (125,50), k='-GRAPH-')] ] - - layout_r = [[name('Canvas'), sg.Canvas(background_color=sg.theme_button_color()[1], size=(125,40))], - [name('ProgressBar'), sg.ProgressBar(100, orientation='h', s=(10,20), k='-PBAR-')], - [name('Table'), sg.Table([[1,2,3], [4,5,6]], ['Col 1','Col 2','Col 3'], num_rows=2)], - [name('Tree'), sg.Tree(treedata, ['Heading',], num_rows=3)], - [name('Horizontal Separator'), sg.HSep()], - [name('Vertical Separator'), sg.VSep()], - [name('Frame'), sg.Frame('Frame', [[sg.T(s=15)]])], - [name('Column'), sg.Column([[sg.T(s=15)]])], - [name('Tab, TabGroup'), sg.TabGroup([[sg.Tab('Tab1',[[sg.T(s=(15,2))]]), sg.Tab('Tab2', [[]])]])], - [name('Pane'), sg.Pane([sg.Col([[sg.T('Pane 1')]]), sg.Col([[sg.T('Pane 2')]])])], - [name('Push'), sg.Push(), sg.T('Pushed over')], - [name('VPush'), sg.VPush()], - [name('Sizer'), sg.Sizer(1,1)], - [name('StatusBar'), sg.StatusBar('StatusBar')], - [name('Sizegrip'), sg.Sizegrip()] ] - - # Note - LOCAL Menu element is used (see about for how that's defined) - layout = [[Menu([['File', ['Exit']], ['Edit', ['Edit Me', ]]], k='-CUST MENUBAR-',p=0)], - [sg.T('PySimpleGUI Elements - Use Combo to Change Themes', font='_ 14', justification='c', expand_x=True)], - [sg.Checkbox('Use Custom Titlebar & Menubar', use_custom_titlebar, enable_events=True, k='-USE CUSTOM TITLEBAR-', p=0)], - [sg.Col(layout_l, p=0), sg.Col(layout_r, p=0)]] - - window = sg.Window('The PySimpleGUI Element List', layout, finalize=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, keep_on_top=True, use_custom_titlebar=use_custom_titlebar) - - window['-PBAR-'].update(30) # Show 30% complete on ProgressBar - window['-GRAPH-'].draw_image(data=sg.EMOJI_BASE64_HAPPY_JOY, location=(0,50)) # Draw something in the Graph Element - - return window - - -window = make_window() - -while True: - event, values = window.read() - # sg.Print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - - if values['-COMBO-'] != sg.theme(): - sg.theme(values['-COMBO-']) - window.close() - window = make_window() - if event == '-USE CUSTOM TITLEBAR-': - use_custom_titlebar = values['-USE CUSTOM TITLEBAR-'] - sg.set_options(use_custom_titlebar=use_custom_titlebar) - window.close() - window = make_window() - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), keep_on_top=True, non_blocking=True) -window.close() - - diff --git a/DemoPrograms/Demo_Animated_GIFs.py b/DemoPrograms/Demo_Animated_GIFs.py deleted file mode 100644 index 5f0baaaee..000000000 --- a/DemoPrograms/Demo_Animated_GIFs.py +++ /dev/null @@ -1,69 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo_Animated_GIFs.py - - Shows how to: - * Use popup_animated - * Use animated GIF in a custom window layout - * Store your GIFs in base64 format inside this source file (copy and paste into your source file) - - The first image that uses popup_animated will stop after a few seconds on its own. - The remaining images are shown 1 at a time. To move on to the next image, click the current image. - If you want to exit before reaching the final image, right click the image and choose 'exit' - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# ---------------------------- Base 64 GIFs ---------------------------- - -line_boxes = 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' 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' 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' 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- -# list of all of the base64 GIFs -gifs = [ring_blue, red_dots_ring, ring_black_dots, ring_gray_segments, ring_lines, blue_dots, red_dots_ring, bar_striped, line_boxes, line_bubbles] - -# first show how to use popup_animated using built-in GIF image -for i in range(1000): - if not sg.popup_animated(sg.DEFAULT_BASE64_LOADING_GIF, message='Right Click To Exit GIF Windows That Follow\nLeft click to move to next one', no_titlebar=False, time_between_frames=100, text_color='black', background_color='white'): - break -sg.popup_animated(None) # close all Animated Popups - -# Next demo is to show how to create custom windows with animations -layout = [[sg.Image(data=gifs[0], enable_events=True, background_color='white', key='-IMAGE-', right_click_menu=['UNUSED', ['Exit']], pad=0)],] - -window = sg.Window('My new window', layout, - no_titlebar=True, - grab_anywhere=True, - keep_on_top=True, - background_color='white', - # transparent_color='white' if sg.running_windows() else None, - alpha_channel=.8, - margins=(0,0)) - - -offset = 0 -gif = gifs[0] -while True: # Event Loop - event, values = window.read(timeout=10) # loop every 10 ms to show that the 100 ms value below is used for animation - if event in (sg.WIN_CLOSED, 'Exit', 'Cancel'): - break - - elif event == '-IMAGE-': # if clicked on the image - if offset == len(gifs)-1: - break - offset += (offset < len(gifs)-1) # add 1 until the last one - gif = gifs[offset] # get a new gif image - # update the animation in the window - window['-IMAGE-'].update_animation(gif, time_between_frames=100) \ No newline at end of file diff --git a/DemoPrograms/Demo_Animated_GIFs_Using_PIL.py b/DemoPrograms/Demo_Animated_GIFs_Using_PIL.py deleted file mode 100644 index fc8bce5fb..000000000 --- a/DemoPrograms/Demo_Animated_GIFs_Using_PIL.py +++ /dev/null @@ -1,37 +0,0 @@ -from PIL import Image, ImageTk, ImageSequence -import PySimpleGUI as sg - -""" - Demo_Animated_GIFs_Using_PIL.py - - You'll find other animated GIF playback demos for PySimpleGUI that use the tkinter built-in GIF parser. - That is how the built-in PySimpleGUI Image.update_animation is used. - - If you want to do the GIF file parsing yourself using PIL and update your Image element yourself, then - this is one possible technique. - - This particular demo will loop playing the GIF file over and over. To not loop, remove the while True statement. - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -gif_filename = r'ExampleGIF.gif' - -layout = [[sg.Text('Happy Thursday!', background_color='#A37A3B', text_color='#FFF000', justification='c', key='-T-', font=("Bodoni MT", 40))], - [sg.Image(key='-IMAGE-')]] - -window = sg.Window('Window Title', layout, element_justification='c', margins=(0,0), element_padding=(0,0), finalize=True) - -window['-T-'].expand(True, True, True) # Make the Text element expand to take up all available space - -interframe_duration = Image.open(gif_filename).info['duration'] # get how long to delay between frames - -while True: - for frame in ImageSequence.Iterator(Image.open(gif_filename)): - event, values = window.read(timeout=interframe_duration) - if event == sg.WIN_CLOSED: - exit(0) - window['-IMAGE-'].update(data=ImageTk.PhotoImage(frame) ) \ No newline at end of file diff --git a/DemoPrograms/Demo_Auto_Save_Window_Position.py b/DemoPrograms/Demo_Auto_Save_Window_Position.py deleted file mode 100644 index 19684ebe7..000000000 --- a/DemoPrograms/Demo_Auto_Save_Window_Position.py +++ /dev/null @@ -1,33 +0,0 @@ -import PySimpleGUI as sg - -""" - Simple template window that saves position. - - Rather than starting in the middle of the screen, this code will save the position the window was in when it last exited. - - To pull this off it's going to be.... super.....?hard? - No... of course it's going to be... SIMPLE - - There is one added line of code. When the user attempts to close the window, that's when the position is saved. - When the program starts, it reads the previously saved position as part of the window creation. User Settings APIs rock! - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [[sg.Text('Window that Auto-saves position', font='_ 25')], - [sg.Button('Ok'), sg.Button('Exit')]] - -window = sg.Window('Auto-saves Location', layout, enable_close_attempted_event=True, location=sg.user_settings_get_entry('-location-', (None, None))) - -while True: - event, values = window.read() - print(event, values) - if event in ('Exit', sg.WINDOW_CLOSE_ATTEMPTED_EVENT): - sg.user_settings_set_entry('-location-', window.current_location()) # The line of code to save the position before exiting - break - -window.close() diff --git a/DemoPrograms/Demo_Bar_Chart.py b/DemoPrograms/Demo_Bar_Chart.py deleted file mode 100644 index 797cd00d6..000000000 --- a/DemoPrograms/Demo_Bar_Chart.py +++ /dev/null @@ -1,59 +0,0 @@ -import PySimpleGUI as sg -import random - -""" - Demo - Using a Graph Element to make Bar Charts - - The Graph Element is very versatile. Because you can define your own - coordinate system, it makes producing graphs of many lines (bar, line, etc) very - straightforward. - - In this Demo a "bar" is nothing more than a rectangle drawn in a Graph Element (draw_rectangle). - - To make things a little more interesting, this is a barchart with that data values - placed as labels atop each bar, another Graph element method (draw_text) - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - - -BAR_WIDTH = 50 # width of each bar -BAR_SPACING = 75 # space between each bar -EDGE_OFFSET = 3 # offset from the left edge for first bar -GRAPH_SIZE= DATA_SIZE = (500,500) # size in pixels - -sg.theme('Light brown 1') - -layout = [[sg.Text('Labelled Bar graphs using PySimpleGUI')], - [sg.Graph(GRAPH_SIZE, (0,0), DATA_SIZE, k='-GRAPH-')], - [sg.Button('OK'), sg.T('Click to display more data'), sg.Exit()]] - -window = sg.Window('Bar Graph', layout, finalize=True) - -graph = window['-GRAPH-'] # type: sg.Graph - -while True: - - graph.erase() - for i in range(7): - graph_value = random.randint(0, GRAPH_SIZE[1]-25) # choose an int just short of the max value to give room for the label - graph.draw_rectangle(top_left=(i * BAR_SPACING + EDGE_OFFSET, graph_value), - bottom_right=(i * BAR_SPACING + EDGE_OFFSET + BAR_WIDTH, 0), - fill_color='green') - # fill_color=sg.theme_button_color()[1]) - - graph.draw_text(text=graph_value, location=(i*BAR_SPACING+EDGE_OFFSET+25, graph_value+10), font='_ 14') - - # Normally at the top of the loop, but because we're drawing the graph first, making it at the bottom - event, values = window.read() - - if event in (sg.WIN_CLOSED, 'Exit'): - break - - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Base64_Image_Encoder.py b/DemoPrograms/Demo_Base64_Image_Encoder.py deleted file mode 100644 index 41c5a8709..000000000 --- a/DemoPrograms/Demo_Base64_Image_Encoder.py +++ /dev/null @@ -1,45 +0,0 @@ -# Base64 Encoder - encodes a folder of PNG files and creates a .py file with definitions -import PySimpleGUI as sg -import os -import base64 - -''' - Make base64 images - input: folder with .png .ico .gif 's - output: output.py file with variables - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -def main(): - OUTPUT_FILENAME = 'output.py' - - folder = sg.popup_get_folder('Source folder for images\nImages will be encoded and results saved to %s'%OUTPUT_FILENAME, - title='Base64 Encoder') - - if not folder: - sg.popup_cancel('Cancelled - No valid folder entered') - return - try: - namesonly = [f for f in os.listdir(folder) if f.endswith('.png') or f.endswith('.ico') or f.endswith('.gif')] - except: - sg.popup_cancel('Cancelled - No valid folder entered') - return - - outfile = open(os.path.join(folder, OUTPUT_FILENAME), 'w') - - for i, file in enumerate(namesonly): - contents = open(os.path.join(folder, file), 'rb').read() - encoded = base64.b64encode(contents) - outfile.write('\n{} = {}'.format(file[:file.index(".")], encoded)) - sg.OneLineProgressMeter('Base64 Encoding', i+1, len(namesonly), key='-METER-') - - outfile.close() - sg.popup('Completed!', 'Encoded %s files'%(i+1)) - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Base64_Single_Image_Encoder.py b/DemoPrograms/Demo_Base64_Single_Image_Encoder.py deleted file mode 100644 index 830514e19..000000000 --- a/DemoPrograms/Demo_Base64_Single_Image_Encoder.py +++ /dev/null @@ -1,47 +0,0 @@ -import PySimpleGUI as sg -import base64 - -""" - Make base64 image from a file - This is usually done in order to create a Base64 image for use as an Ucon or a Button image - To use, either copy and paste the full path to the file or use the browse button to locate the file. - Once chosen, the conversion will happen automatically with the result placed on the clipboard. - When complete, a popup window is shown that tells you to paste the image before closing the window. This is because of a - tkinter problem on Linux. On Windows you can close the Window, but on Linux, you'll need to keep it open until the paste completes - - NOTE - if you're replacing your ICO file for your window with a base64 image, you will first need to convert your icon from - an ICO file into a PNG file. Encode the PNG file and then you'll be able to pass that value in your call to Window: - - window = sg.Window('Window Title', layout, icon=icon) - - Where icon is a variable you created using the contents of the clipboard folowing running this program. - - Input: a single image file - Output: clipboard will contain the Base64 Byte String of the source image - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def convert_file_to_base64(filename): - try: - contents = open(filename, 'rb').read() - encoded = base64.b64encode(contents) - sg.clipboard_set(encoded) - # pyperclip.copy(str(encoded)) - sg.popup('Copied to your clipboard!', 'Keep window open until you have pasted the base64 bytestring') - except Exception as error: - sg.popup_error('Cancelled - An error occurred', error) - - -if __name__ == '__main__': - filename = sg.popup_get_file('Source Image will be encoded and results placed on clipboard', title='Base64 Encoder') - - if filename: - convert_file_to_base64(filename) - else: - sg.popup_cancel('Cancelled - No valid file entered') diff --git a/DemoPrograms/Demo_Borderless_Window.py b/DemoPrograms/Demo_Borderless_Window.py deleted file mode 100644 index cac809845..000000000 --- a/DemoPrograms/Demo_Borderless_Window.py +++ /dev/null @@ -1,42 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Turn off padding in order to get a really tight looking layout. - -sg.theme('Dark') -sg.set_options(element_padding=(0, 0)) - -layout = [[sg.Text('User:', pad=((3, 0), 0)), sg.OptionMenu(values=('User 1', 'User 2'), size=(20, 1)), - sg.Text('0', size=(8, 1))], - [sg.Text('Customer:', pad=((3, 0), 0)), sg.OptionMenu(values=('Customer 1', 'Customer 2'), size=(20, 1)), - sg.Text('1', size=(8, 1))], - [sg.Text('Notes:', pad=((3, 0), 0)), - sg.Input(size=(44, 1), background_color='white', text_color='black')], - [sg.Button('Start', button_color=('white', 'black')), - sg.Button('Stop', button_color=('gray50', 'black')), - sg.Button('Reset', button_color=('white', '#9B0023')), - sg.Button('Submit', button_color=('gray60', 'springgreen4')), - sg.Button('Exit', button_color=('white', '#00406B'))]] - -window = sg.Window("Borderless Window", - layout, - default_element_size=(12, 1), - text_justification='r', - auto_size_text=False, - auto_size_buttons=False, - no_titlebar=True, - grab_anywhere=True, - default_button_element_size=(12, 1)) - -while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break diff --git a/DemoPrograms/Demo_Button_Can_Button_Images.py b/DemoPrograms/Demo_Button_Can_Button_Images.py deleted file mode 100644 index 0e133ab0c..000000000 --- a/DemoPrograms/Demo_Button_Can_Button_Images.py +++ /dev/null @@ -1,53 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Can Buttons - - How to use an Image element to make Can Buttons. - - The metadata for the Image Element holds the current button state. In this case the state is an offset into a list of button images. - - The technique is much like the toggle buttons except you can have more than 2 states. - - A Custom Titlebar was used to make the overall appearance cleaner while still providing the ability to easily exit. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - boost_images = (can_boost_off, can_boost_blue, can_boost_green) - seat_images = (can_seat_off, can_seat_red) - sg.theme('black') - sg.theme_background_color('#222222') - sg.theme_text_color('#888888') - sg.set_options(titlebar_background_color=sg.theme_background_color(), titlebar_text_color=sg.theme_text_color(), use_custom_titlebar=True, titlebar_icon=sg.BLANK_BASE64) - - layout = [[sg.Im(boost_images[0], k='-BOOST-', enable_events=True, metadata=0), sg.Im(seat_images[0], enable_events=True, k='-SEAT-', metadata=0)]] - - window = sg.Window('', layout) - while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == '-SEAT-': - window[event].metadata = (window[event].metadata + 1) % len(seat_images) - window[event].update(seat_images[window[event].metadata]) - if event == '-BOOST-': - window[event].metadata = (window[event].metadata + 1) % len(boost_images) - window[event].update(boost_images[window[event].metadata]) - window.close() - - -if __name__ == '__main__': - - can_boost_off = b'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' - can_boost_blue = 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' - can_boost_green = b'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' - can_seat_off = 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' - can_seat_red = b'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' - main() diff --git a/DemoPrograms/Demo_Button_Click.py b/DemoPrograms/Demo_Button_Click.py deleted file mode 100644 index cb0419126..000000000 --- a/DemoPrograms/Demo_Button_Click.py +++ /dev/null @@ -1,35 +0,0 @@ -#!/usr/bin/env python -import sys -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -if not sys.platform.startswith('win'): - sg.popup_error('Sorry, you gotta be on Windows') - sys.exit() -import winsound - -layout = [ - [sg.Button('Start', button_color=('white', 'black'), key='start'), - sg.Button('Stop', button_color=('white', 'black'), key='stop'), - sg.Button('Reset', button_color=('white', 'firebrick3'), key='reset'), - sg.Button('Submit', button_color=('white', 'springgreen4'), key='submit')] - ] - -window = sg.Window("Button Click", layout, auto_size_buttons=False, default_button_element_size=(12,1), use_default_focus=False, finalize=True) - -window['submit'].update(disabled=True) - -recording = have_data = False -while True: - event, values = window.read(timeout=100) - if event == sg.WINDOW_CLOSED: - break - winsound.PlaySound("ButtonClick.wav", 1) if event != sg.TIMEOUT_KEY else None -window.close() diff --git a/DemoPrograms/Demo_Button_Events_From_Browse.py b/DemoPrograms/Demo_Button_Events_From_Browse.py deleted file mode 100644 index 8d4600ed0..000000000 --- a/DemoPrograms/Demo_Button_Events_From_Browse.py +++ /dev/null @@ -1,36 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Fill a listbox with list of files FilesBrowse button - - This technique can be used to generate events from "Chooser Buttons" like FileBrowse, FilesBrowse - FolderBrowser, ColorChooserButton, Calendar Button - - Any button that uses a "Target" can be used with an invisible Input Element to generate an - event when the user has made a choice. Enable events for the invisible element and an event will - be generated when the Chooser Button fills in the element - - This particular demo users a list of chosen files to populate a listbox - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -layout = [ [sg.LBox([], size=(20,10), key='-FILESLB-')], - [sg.Input(visible=False, enable_events=True, key='-IN-'), sg.FilesBrowse()], - [sg.Button('Go'), sg.Button('Exit')] ] - -window = sg.Window('Window Title', layout) - -while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - # When choice has been made, then fill in the listbox with the choices - if event == '-IN-': - window['-FILESLB-'].Update(values['-IN-'].split(';')) -window.close() diff --git a/DemoPrograms/Demo_Button_Func_Calls.py b/DemoPrograms/Demo_Button_Func_Calls.py deleted file mode 100644 index 1498f0c8c..000000000 --- a/DemoPrograms/Demo_Button_Func_Calls.py +++ /dev/null @@ -1,48 +0,0 @@ -#!/usr/bin/env python -import sys -import PySimpleGUI as sg - -""" -Demo Button Function Calls -Typically GUI packages in Python (tkinter, Qt, WxPython, etc) will call a user's function -when a button is clicked. This "Callback" model versus "Message Passing" model is a fundamental -difference between PySimpleGUI and all other GUI. - -There are NO BUTTON CALLBACKS in the PySimpleGUI Architecture - -It is quite easy to simulate these callbacks however. The way to do this is to add the calls -to your Event Loop - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def callback_function1(): - sg.popup('In Callback Function 1') - print('In the callback function 1') - - -def callback_function2(): - sg.popup('In Callback Function 2') - print('In the callback function 2') - - -layout = [[sg.Text('Demo of Button Callbacks')], - [sg.Button('Button 1'), sg.Button('Button 2')]] - -window = sg.Window('Button Callback Simulation', layout) - -while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED: - break - elif event == 'Button 1': - callback_function1() # call the "Callback" function - elif event == 'Button 2': - callback_function2() # call the "Callback" function - -window.close() diff --git a/DemoPrograms/Demo_Button_Simulated_With_Highlighting_Using_Bind.py b/DemoPrograms/Demo_Button_Simulated_With_Highlighting_Using_Bind.py deleted file mode 100644 index 07b3a06b4..000000000 --- a/DemoPrograms/Demo_Button_Simulated_With_Highlighting_Using_Bind.py +++ /dev/null @@ -1,83 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Program - Simulated Buttons with Mouseover Highlights - - The purpose of this demo is to teach you 5 unique PySimpleGUI constructs that when combined - create a "Button" that highlights on mouseover regarless of the Operating System. - Because of how tktiner works, mouseover highlighting is inconsistent across operating systems for Buttons. - This is one (dare I say "clever") way to get this effect in your program - - 1. Binding the Enter and Leave tkinter events - 2. Using Tuples as keys - 3. Using List Comprehensions to build a layout - 4. Using Text Elements to Simulate Buttons - 5. Using a "User Defined Element" to make what appears to be a new type of Button in the layout - - The KEY to making this work simply is these "Buttons" have a tuple as a key. - The format of the key is ('-B-', button_text) - - An element's bind method will make a tuple if the original key is a tuple. - (('-B-', button_text), 'ENTER') will be the event when the mouse is moved over the "Button" - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# sg.theme('dark red') - -def TextButton(text): - """ - A User Defined Element. It looks like a Button, but is a Text element - :param text: The text that will be put on the "Button" - :return: A Text element with a tuple as the key - """ - return sg.Text(text, key=('-B-', text), relief='raised', enable_events=True, font='_ 15',text_color=sg.theme_button_color_text(), background_color=sg.theme_button_color_background()) - -def do_binds(window, button_text): - """ - This is magic code that enables the mouseover highlighting to work. - """ - for btext in button_text: - window[('-B-', btext)].bind('', 'ENTER') - window[('-B-', btext)].bind('', 'EXIT') - -def main(): - # Defines the text on the 3 buttons we're making - button_text = ('Button 1', 'Button 2', 'Button 3') - - # The window's layout - layout = [[TextButton(text) for text in button_text], - [sg.Text(font='_ 14', k='-STATUS-')], - [sg.Ok(), sg.Exit()]] - - window = sg.Window('Custom Mouseover Highlighting Buttons', layout, finalize=True) - - # After the window is finalized, then can perform the bindings - do_binds(window, button_text) - - # The Event Looop - while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - # if the event is a tuple, it's one of our TextButtons - if isinstance(event, tuple): - # if second item is one of the bound strings, then do the mouseeover code - if event[1] in ('ENTER', 'EXIT'): - button_key = event[0] - if event[1] == 'ENTER': - window[button_key].update(text_color=sg.theme_button_color_background(), background_color=sg.theme_button_color_text()) - if event[1] == 'EXIT': - window[button_key].update(text_color=sg.theme_button_color_text(), background_color=sg.theme_button_color_background()) - else: # a "normal" button click (Text clicked) so print the text which we put into the tuple - window['-STATUS-'].update(f'Button pressed = {event[1]}') - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Button_States.py b/DemoPrograms/Demo_Button_States.py deleted file mode 100644 index 416168476..000000000 --- a/DemoPrograms/Demo_Button_States.py +++ /dev/null @@ -1,66 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" -Demonstrates using a "tight" layout with a Dark theme. -Shows how button states can be controlled by a user application. The program manages the disabled/enabled -states for buttons and changes the text color to show greyed-out (disabled) buttons - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.theme('Dark') -sg.set_options(element_padding=(0, 0)) - -layout = [[sg.Text('User:', pad=((3, 0), 0)), sg.OptionMenu(values=('User 1', 'User 2'), size=(20, 1)), sg.Text('0', size=(8, 1))], - [sg.Text('Customer:', pad=((3, 0), 0)), sg.OptionMenu( - values=('Customer 1', 'Customer 2'), size=(20, 1)), sg.Text('1', size=(8, 1))], - [sg.Text('Notes:', pad=((3, 0), 0)), sg.Input(size=(44, 1), - background_color='white', text_color='black')], - [sg.Button('Start', button_color=('white', 'black'), key='-Start-'), - sg.Button('Stop', button_color=('white', 'black'), key='-Stop-'), - sg.Button('Reset', button_color=('white', 'firebrick3'), key='-Reset-'), - sg.Button('Submit', button_color=('white', 'springgreen4'), key='-Submit-')]] - -window = sg.Window("Time Tracker", layout, - default_element_size=(12, 1), - text_justification='r', - auto_size_text=False, - auto_size_buttons=False, - default_button_element_size=(12, 1), - finalize=True) - - -for key, state in {'-Start-': False, '-Stop-': True, '-Reset-': True, '-Submit-': True}.items(): - window[key].update(disabled=state) - -recording = have_data = False -while True: - event, values = window.read() - print(event) - if event == sg.WIN_CLOSED: - break - if event == '-Start-': - for key, state in {'-Start-': True, '-Stop-': False, '-Reset-': False, '-Submit-': True}.items(): - window[key].update(disabled=state) - recording = True - elif event == '-Stop-' and recording: - [window[key].update(disabled=value) for key, value in { - '-Start-': False, '-Stop-': True, '-Reset-': False, '-Submit-': False}.items()] - recording = False - have_data = True - elif event == '-Reset-': - [window[key].update(disabled=value) for key, value in { - '-Start-': False, '-Stop-': True, '-Reset-': True, '-Submit-': True}.items()] - recording = False - have_data = False - elif event == '-Submit-' and have_data: - [window[key].update(disabled=value) for key, value in { - '-Start-': False, '-Stop-': True, '-Reset-': True, '-Submit-': False}.items()] - recording = False - -window.close() diff --git a/DemoPrograms/Demo_Button_Toggle.py b/DemoPrograms/Demo_Button_Toggle.py deleted file mode 100644 index 0e6eb7ae1..000000000 --- a/DemoPrograms/Demo_Button_Toggle.py +++ /dev/null @@ -1,43 +0,0 @@ -import PySimpleGUI as sg - -""" - Toggle Button Demo - The background color of the button toggles between on and off - Two versions are present... a simple button that changes text and a graphical one - A HUGE thank you to the PySimpleGUI community memeber that donated his time and skill in creating the buttons! - The text of the button toggles between Off and On - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - layout = [[sg.Text('A toggle button example')], - [sg.Text('A graphical version'), - sg.Button('', image_data=toggle_btn_off, key='-TOGGLE-GRAPHIC-', button_color=(sg.theme_background_color(), sg.theme_background_color()), border_width=0)], - [sg.Button('On', size=(3, 1), button_color='white on green', key='-B-'), sg.Button('Exit')]] - - window = sg.Window('Toggle Button Example', layout) - - down = graphic_off = True - while True: # Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == '-B-': # if the normal button that changes color and text - down = not down - window['-B-'].update(text='On' if down else 'Off', button_color='white on green' if down else 'white on red') - elif event == '-TOGGLE-GRAPHIC-': # if the graphical button that changes images - graphic_off = not graphic_off - window['-TOGGLE-GRAPHIC-'].update(image_data=toggle_btn_off if graphic_off else toggle_btn_on) - - window.close() - -if __name__ == '__main__': - toggle_btn_off = b'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- toggle_btn_on = b'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- main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Button_Toggle2.py b/DemoPrograms/Demo_Button_Toggle2.py deleted file mode 100644 index 8fc936455..000000000 --- a/DemoPrograms/Demo_Button_Toggle2.py +++ /dev/null @@ -1,117 +0,0 @@ -""" - Demo - Button Toggle #2 - - - Uses the IGNORE BUTTON setting. - When creating or updating buttons in 4.35.0+, you can use the parameter: - disabled=BUTTON_DISABLED_MEANS_IGNORE - - This will cause the buytton to ignore your clicks but it won't change the button - with the GUI, which would change the color and gray it out. The button will not - change appearance at all. It will no longer respond to button clicks. - - Another toggle button using Base64 strings - Of course files could be used instead of Base64 strings - - The differences between this toggle button demo and the other one are: - 1. Different button graphics - 2. The button state is stored in the metadata for the button - 3. The metadata for the button is a class instead of a single variable name - - For buttons with graphics, it's generally best to set the button's: - * border width=0 - * color = (background_color, background_color) - - Buttons don't normally have explicit keys. However, since this button has - no text, there is no default key. It's better to be explicit with buttons that - change text or have graphics. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg -import random - -# Class holding the button graphic info. At this time only the state is kept -class BtnInfo: - def __init__(self, state=True): - self.state = state # Can have 3 states - True, False, None (disabled) - -# Main function that creates the layout, window and has event loop -def main(): - layout = [[sg.Text('Toggle Button')], - [sg.T('Disabled with PySimpleGUI Ignore:', text_color='yellow')], - [sg.Button(image_data=on_image, k='-TOGGLE1-', border_width=0, - button_color=(sg.theme_background_color(), sg.theme_background_color()), - disabled_button_color=(sg.theme_background_color(), sg.theme_background_color()), - metadata=BtnInfo()), - sg.T('Disable:'), - sg.Button(image_data=off_image, k='-DISABLE1-', border_width=0, - button_color=(sg.theme_background_color(), sg.theme_background_color()), - disabled_button_color=(sg.theme_background_color(), sg.theme_background_color()), - metadata=BtnInfo(False)), sg.T('Disabled button color is\nbetter than other disabled button below') - ], - [sg.Button(image_data=on_image, k='-TOGGLE2-', border_width=0, - button_color=(sg.theme_background_color(), sg.theme_background_color()), - disabled_button_color=(sg.theme_background_color(), sg.theme_background_color()), - metadata=BtnInfo()), - sg.Image(data=sg.EMOJI_BASE64_HAPPY_THUMBS_UP,enable_events=True, k='-I-') - ], - [ sg.T('Disabled with GUI:', text_color='yellow')], - [sg.Button(image_data=on_image, k='-TOGGLE3-', border_width=0, - button_color=(sg.theme_background_color(), sg.theme_background_color()), - disabled_button_color=(sg.theme_background_color(), sg.theme_background_color()), - disabled=True, metadata=BtnInfo()), sg.T('Note color has crosshatching')], - [ sg.T('Disabled with PySimpleGUI (ignored):', text_color='yellow')], - [sg.Button(image_data=on_image, k='-TOGGLE4-', border_width=0, - button_color=(sg.theme_background_color(), sg.theme_background_color()), - disabled_button_color=(sg.theme_background_color(), sg.theme_background_color()), - disabled=sg.BUTTON_DISABLED_MEANS_IGNORE, - metadata=BtnInfo())], - [sg.T(size=(40,1), k='-STATUS-')], - [sg.Button('Exit')]] - - window = sg.Window('Window Title', layout, font='_ 14', finalize=True) - - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - # Where all the magic happens. 2 things happen when button is clicked - # 1. The state toggles - # 2. The buton graphic changes - if 'TOGGLE' in event: - window[event].metadata.state = not window[event].metadata.state - window[event].update(image_data=on_image if window[event].metadata.state else off_image) - elif event == '-DISABLE1-': - window[event].metadata.state = not window[event].metadata.state - window[event].update(image_data=on_image if window[event].metadata.state else off_image) - window['-I-'].update(data=sg.EMOJI_BASE64_HAPPY_GASP if window[event].metadata.state else random.choice(sg.EMOJI_BASE64_HAPPY_LIST)) - # if disabling the button - if window[event].metadata.state: - if window['-TOGGLE1-'].metadata.state is True: - window['-TOGGLE1-'].update(disabled=sg.BUTTON_DISABLED_MEANS_IGNORE, image_data=on_image_disabled) - elif window['-TOGGLE1-'].metadata.state is False: - window['-TOGGLE1-'].update(disabled=sg.BUTTON_DISABLED_MEANS_IGNORE, image_data=off_image_disabled) - else: - if window['-TOGGLE1-'].metadata.state is True: - window['-TOGGLE1-'].update(disabled=False, image_data=on_image) - elif window['-TOGGLE1-'].metadata.state is False: - window['-TOGGLE1-'].update(disabled=False, image_data=off_image) - window['-STATUS-'].update(f'event {event} button state = {window[event].metadata.state if window[event].metadata is not None else "Not applicable"}') - window.close() - -# Define the button graphic base 64 strings and then call the main function -if __name__ == '__main__': - on_image = b'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' - - off_image = b'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' - - off_image_disabled = b'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' - on_image_disabled = b'iVBORw0KGgoAAAANSUhEUgAAAFoAAAAnCAYAAACPFF8dAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsIAAA7CARUoSoAAAAVLSURBVGhD7Zu7TytHFMbHyxvsJeb9kjCiCihRpJAobaqblFGUJmXqKMofkyZpaKhS5HaJIgUpRZQmoqAhSgEUSBZgsAE/uJhX5ht80LmH8e56fdde7PuTPu0yj/XMt7Nnd2aXxPr6uuKMjIx84LruR47jJGtJbeeVplQqOaOjo+8MDAwk7u7uyrWsWIF2FYvFf3Rbt/HnQ+oDj0Ynk8kPl5eXf9Amf6L7pW5vb9X9/b3Jaye5XE719fWpubk51dPTY/bjijba+KbN3t7d3f324uLir1rWg9HpdPrFysrKy0KhMJTNZtX19XUtu/0sLi6qyclJlUqlcLWpRCJRy4knNzc3ShusKpXKq52dnS/z+fyvSE9sbGxMrq2t/Xd8fJw+PDw0hf1oRWdxNY2Pj6tMJqMmJiZUf3//Y3ocrjQJPOG+nJ2dYWSXt7a23tMRYt+Zn5//rlqteppMB5EHi5rZ2VmEtEeTAUzGJRo3yZOv7ydo94j293v8ndjW6JDxvh7RpoBEGtsKo9FofdNTq6urampqSvX29tZynhcIIUdHR//qUb3iDA4OZnDzs0Gm0khulQCMBs/VZIC2Dw8Pv6v71OvoO7lri3nUYb5tlToRp7Z9Deos37ZanYbVaA7vON/qCU1k6kQC94oMhxFk+FuCU9doPnptkPFRqBN5YjTvKO1LE3iZtwSjMwNiDGnYaD6aEa/1czieFdXQ0JB1wQfPw5C8Cii9Wwg9omHw2NiYmSLDaCz4YNoJ8ScHpGNBCGU4SIe6hVBGY+0BBmOiUy6XzQIKpptY9cOohrESjHg+y+u2ON+w0TAXpgGYfHl5aZYGq9WqMRsLLDDbNnXGyelWQsVoisUwl4OTQGvZPF5TOsxHyOlGQsdogNEroTQZGkqlktkiLnfq7M+LpnpsM4zS5EIVXvFUKhVzAmC2zH+OoA/1JGnYaByEwoN8PONhBXFbgngOw1GvnaNamhJWjdBwb2EmDAP0/EwvTV3XNQbiRNDJ4KBxuIGGQXayGXlhKx9WnFDDCjdBGEZhIJ1Om+dnmI2RXCwWayWfgrpXV1e1v4IhG10P2dEwCoKtnpQkVOgAGNX5fN7c5LCP+IvHOzxT85sk0uUoxt+oh7ygyI7Y5IetTlSSNBUoYSheg8E4mCYf9wDy5asyqlfvFZrE1pFGhd+0pYdRPbzKPTGaF6B9WVEeJGro95uRH7Y6jcqLuiOaKvIDyP2oFBRb3bDywlbeT5LAocPvQFEif5sUBFu9RuVHkDq+RvOK/ECIeW8y7nHZsJULIj9sdRpVEKxGU2W+lftRywtb+bDywlY+qCTGaLkuAagw39pGcBSjWoJJkFe+hJdtRn7Y6kBAznwdZPCVNg5V4gegfS4KI29KgB4VMWVHo7nZtjpcvG1hZTuulK0eID/RdpQDjn7+PcfMrh5UGciDRiVA69w03UfjMdVHw9EB5EUp/IaXbHXQdrwUQTsB2q5nwZc6/T6xubn5WyaT+Wxvb08VCgVTwAtbmIkCNHpmZkYtLCyY76P5iwQ6GXGE/MHMFzPlg4ODP/f39z91Tk9Pfzw/P1dLS0tqenra10h0shUC+JQYbTs5OXltfQRtjKvQdhhMyuVyP5k244t/PXJ+0aPmCywM4dLEohAuD1S0QUa0ApiMD9LxMTrCB1SvXe0GnuHegi1M1m3/I5vNvtBZd8Zo3fCkNvvnZDL5OV41Ic7EqTM48RjReOdo+3QhLmAAwmis4ejQ8bu+Ir/SaWYpk/9XViKVSn3tuu43ujMf67t8975JDYk29UrfAP/WA2NdawNJDzlK/Q9RjPZ1HEiBtwAAAABJRU5ErkJggg==' - - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Button_Toggle_Simple_Graphic.py b/DemoPrograms/Demo_Button_Toggle_Simple_Graphic.py deleted file mode 100644 index b69a55d1d..000000000 --- a/DemoPrograms/Demo_Button_Toggle_Simple_Graphic.py +++ /dev/null @@ -1,41 +0,0 @@ -import PySimpleGUI as sg - -""" - Toggle Button Demo - Simple Version - - A simple graphic that toggles. - The "State" of on/off is stored in the button's Metadata - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - layout = [[sg.Text('A toggle button example')], - [sg.Text('Off'), - sg.Button(image_data=toggle_btn_off, key='-TOGGLE-GRAPHIC-', button_color=(sg.theme_background_color(), sg.theme_background_color()), border_width=0, metadata=False), - sg.Text('On')]] - - window = sg.Window('Toggle Button Simple Graphic', layout) - - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == '-TOGGLE-GRAPHIC-': # if the graphical button that changes images - window['-TOGGLE-GRAPHIC-'].metadata = not window['-TOGGLE-GRAPHIC-'].metadata - window['-TOGGLE-GRAPHIC-'].update(image_data=toggle_btn_on if window['-TOGGLE-GRAPHIC-'].metadata else toggle_btn_off) - - window.close() - - -if __name__ == '__main__': - # The base64 strings for the button images - toggle_btn_off = b'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' - toggle_btn_on = b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAoCAYAAACM/rhtAAAABmJLR0QA/wD/AP+gvaeTAAAD+UlEQVRYCe1XzW8bVRCffbvrtbP+2NhOD7GzLm1VoZaPhvwDnKBUKlVyqAQ3/gAkDlWgPeVQEUCtEOIP4AaHSI0CqBWCQyXOdQuRaEFOk3g3IMWO46+tvZ+PeZs6apq4ipON1MNafrvreTPzfvub92bGAOEnZCBkIGQgZOClZoDrh25y5pdjruleEiX+A+rCaQo05bpuvJ/+IHJCSJtwpAHA/e269g8W5RbuzF6o7OVjF8D3Pr4tSSkyjcqfptPDMDKSleW4DKIggIAD5Yf+Oo4DNg6jbUBlvWLUNutAwZu1GnDjzrcXzGcX2AHw/emFUV6Sfk0pqcKpEydkKSo9q3tkz91uF5aWlo1Gs/mYc+i7tz4//19vsW2AU9O381TiioVCQcnlRsWeQhD3bJyH1/MiFLICyBHiuzQsD1arDvypW7DR9nzZmq47q2W95prm+I9fXfqXCX2AF2d+GhI98Y8xVX0lnxvl2UQQg0csb78ag3NjEeD8lXZ7pRTgftmCu4864OGzrq+5ZU0rCa3m+NzXlzvoAoB3+M+SyWQuaHBTEzKMq/3BMbgM+FuFCDBd9kK5XI5PJBKqLSev+POTV29lKB8rT0yMD0WjUSYLZLxzNgZvIHODOHuATP72Vwc6nQ4Uiw8MUeBU4nHS5HA6TYMEl02wPRcZBJuv+ya+UCZOIBaLwfCwQi1Mc4QXhA+PjWRkXyOgC1uIhW5Qd8yG2TK7kSweLcRGKKVnMNExWWBDTQsH9qVmtmzjiThQDs4Qz/OUSGTwcLwIQTLW58i+yOjpXDLqn1tgmDzXzRCk9eDenjo9yhvBmlizrB3V5dDrNTuY0A7opdndStqmaQLPC1WCGfShYRgHdLe32UrV3ntiH9LliuNrsToNlD4kruN8v75eafnSgC6Luo2+B3fGKskilj5muV6pNhk2Qqg5v7lZ51nBZhNBjGrbxfI1+La5t2JCzfD8RF1HTBGJXyDzs1MblONulEqPDVYXgwDIfNx91IUVbAbY837GMur+/k/XZ75UWmJ77ou5mfM1/0x7vP1ls9XQdF2z9uNsPzosXPNFA5m0/EX72TBSiqsWzN8z/GZB08pWq9VeEZ+0bjKb7RTD2i1P4u6r+bwypo5tZUumEcDAmuC3W8ezIqSGfE6g/sTd1W5p5bKjaWubrmWd29Fu9TD0GlYlmTx+8tTJoZeqYe2BZC1/JEU+wQR5TVEUPptJy3Fs+Vkzgf8lemqHumP1AnYoMZSwsVEz6o26i/G9Lgitb+ZmLu/YZtshfn5FZDPBCcJFQRQ+8ih9DctOFvdLIKHH6uUQnq9yhFu0bec7znZ+xpAGmuqef5/wd8hAyEDIQMjAETHwP7nQl2WnYk4yAAAAAElFTkSuQmCC' - - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Buttons_Base64_Shaded.py b/DemoPrograms/Demo_Buttons_Base64_Shaded.py deleted file mode 100644 index dfa26cd86..000000000 --- a/DemoPrograms/Demo_Buttons_Base64_Shaded.py +++ /dev/null @@ -1,137 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo of Base64 Buttons (that have gradients) - - These button images are all located at the bottom of the souce file. - - It's very easy to convert any PNG image into a BASE64 button but running one of these PySimpleGUI Demos: - Demo_Base64_Image_Encoder.py - Converts an entire folder and writes results to output.py - Demo_Base64_Single_Image_Encoder.py - Converts a single image and puts result onto the clipboard so you can - paste into your code - - These images are not going to win any awards but they get the point across. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - # sg.theme('Light Green 6') - # sg.theme('Dark Red') - sg.theme('Dark Green 7') - layout = [ [sg.Text('Some Base64 Buttons', font='Default 16')], - [sg.Text('The size is modified using the image_subsample parameter')], - [sg.Text("All of these buttons are contained in this program's source code")], - [sg.Text('These are not super-attractive buttons... better are coming... perhaps with your help.')], - [sg.Text('The point is that it is not difficult for you to add button graphics to your GUI')], - - [ - sg.Button('Rect', image_data=r1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Rect', image_data=g1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Rect', image_data=grey1, button_color=('white', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Rect', image_data=g2, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Rect', image_data=o1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Rect', image_data=y1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Rect', image_data=p1, image_subsample=3, button_color=('black', sg.theme_background_color()), border_width=0), - ], - [sg.Text('These oval buttons are 1/2 of their original size. (image_subsample=2)')], - [ - sg.Button('Oval', image_data=bo1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Oval', image_data=ro1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Oval', image_data=go1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Oval', image_data=go2, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Oval', image_data=oo1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Oval', image_data=yo1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Oval', image_data=po1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Oval', image_data=greyo1, image_subsample=2, button_color=('white', sg.theme_background_color()), border_width=0, font='Any 15'),], - [sg.Text('These square buttons are their original size. (image_subsample=1)')], - [ - sg.Button('Sq', image_data=bs1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=rs1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=gs1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=gs2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=os1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=ys1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=grays1, button_color=('white', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=ps1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), ], - [ - sg.Button('Sq', image_data=bs1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=rs1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=gs1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=gs2, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=os1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=ys1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=grays1, image_subsample=2, button_color=('white', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=ps1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), ], - [ - sg.Button('Sq', image_data=bs1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Sq', image_data=bs1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 12'), - sg.Button('Sq', image_data=bs1, image_subsample=3, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 10'), - ], - [ - sg.Button('Circle', image_data=bc1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Circle', image_data=rc1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Circle', image_data=gc1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Circle', image_data=gc2, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Circle', image_data=oc1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Circle', image_data=yc1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Circle', image_data=pc1, button_color=('black', sg.theme_background_color()), border_width=0, font='Any 15'), - sg.Button('Circle', image_data=grayc1, button_color=('white', sg.theme_background_color()), border_width=0, font='Any 15'), - - ], - [sg.Button(f'Standard Button'), - sg.Button('Exit', image_data=r1, image_subsample=2, button_color=('black', sg.theme_background_color()), border_width=0),], - - ] - - window = sg.Window('Base64 Buttons', layout) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - window.close() - - -if __name__ == '__main__': - b1 = b'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' - bc1 = 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- bo1 = 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' - g1 = b'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' - g2 = b'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' - gc1 = 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' - gc2 = 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' - go1 = 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' - go2 = 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' - o1 = b'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' - oc1 = 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' - p1 = b'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' - pc1 = 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' - r1 = b'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' - rc1 = 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' - y1 = 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' - yc1 = 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- gs1 = b'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' - gs2 = b'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' - os1 = b'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' - ps1 = b'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' - rs1 = b'iVBORw0KGgoAAAANSUhEUgAAADgAAAA2CAYAAACSjFpuAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAA74SURBVGhDpZpLjhzHEYazekRasKCFoAMYEMC1V7qGdr6HtJBOoNv4EgYMA9LKS0Nb660hh8MhOdOPeuj//ojIqukZW7CV5N8R+YqMPyMyq6vJYVmW9s8vv5yOp9OuPVJoBBdncjcMvQ8MG2noY1j4iHqVJT+WYbFu6GOWBNRnfc6aZamGKfuQgDG/Vd5977325y++GIavPv98OV1ftz998kmbjsdwBu+y2OkiI2nH/af6oh/Jytal+oO6/0DGrV0rJ6lDEAMzikAVQI6apdoh7CHZ5zXPCwPUcfn1121886YN//jss+XDZ8/a+x991KbDwQ5S+Cxnd/owOf5IjzY+1zHRHv2hWfRSKs5ZWtFH/A1Eo/QkxR+kEOSiviWebkShUw3LPLfD5WV7/tVXDkKbFTkKYzXEslLwQjJIqK4Ot0uhDbnTILcNO8sh25BGtgEMVD3mJjy/7KjfayW263bAIyT+VlnURqFvPp1M2ARdYC8wxE6UlNKN1mJI9YfMPgAxyZhEXTN0aDs5wxMTMc5jaw2apFjH9raPP9K9QSyTKJK6UMzBmaBxEGacFbOnwYZQQ49dTF/cR7vAIupAbh0v3fUw5HatLgmiCbhNGIDctFzmtlPuBXTVFCbkJDm2YdRVM466cdAlFS3uD6I2q05GApZgaeWoJkwCshuVsa30Aiyei2T7MmuBjsn1aMMWUqliSJ9S1/wuwYguWFKXc6dj28nh4Qh0hIDaFqHr6puPB0lw9B0y7/edIFzYU1ViYJNkMoNDD3gBFjO0OI6wwKhLSfpix5OAnRfJSXMeJcR4zfXYhDcg7RTZJG6ikgA/wpf0x34mUchJN9DVDzeyzo3DgYHaCW5ST4RwwKSQ1JmoHWaXlyJnx9RmXWOS3ILTRdZ6IMiCbGdswm22jZQtCOPfOeRn+KdxkgQFYpMi6EjSrrNogkSGzjVySAFi6vMCSAgVMRY2NA6Jc+U8WJDqkz4sEdV7oJ92k4KcxibJThQp+wNrZNQsIcRGp5+LghNSBBPw6QQdFU+syep01BImp75ORsZYnN1PQj0yW4jAYD0IDS3aTM5ESzKuxso2sojmZkJyJ598LvHHvibUDjkIGxBEQnBHpm4m1KEuxM6BWIiFubkGFkeXY+HQfYflnSKnORBqmm9SGr+g0x91y9LTDrbXSAoiVxkDOR8ZQ23ld+oQ7Cmqwk0fUTnsNSCjxwRP0o4xkMjl2XD0Zo0h/cqBctQSQkj1dx1C6Mgg3ts0JyInQt6cXIt2k5JuSPeZS//Y9GP4HMT2AlGEXKSpU5QHtUO8uTGJIhGzkdy5OCNAde3y0iOWqEik4z53IlSyEyzCyKw7ykKls4lqHUcx2/pmyhdH0SRDD4Ih4UAU+yXjZzAPS3fGAHYMckyKtFQ7crN4EFNdpEzCTuvZ10mFLuPaQmFHW4I2Iul6jrMN2TRR6bVx3kxJ+6E+E5Q/SY67A1RbPRO5hEyQS8ZEOKQ1WLeSz6KM+dZksDYhzoEMdYLSTbKcS+C0SOD4YB0SIiQJTKin7jovUlS6sGZIrOdnJ77YBz0XIZFB8V3BY84XjSDdl4xWEUEumXVgPOtUT7L93DmKgbrSV5JAuiMXznNjDpAEil7XhVWPOXEmNR4JubLpdYRc12vrjrBf8hWSJueoreTqRs0UVQyJDoQ8WIsUMYPdUxs7x05ql9cUQuKgZKaa0xGSRMpQHQlJ0nRX7ZGiPU1lw5mQNss+kVxv040v+EZmdZ8zZVWHy8xYWY4U9cA1cjEpDbgtDNZCIdMJ77r0jAIklx4hSCXJJFbRs6xU9tyS2ANFTOtvSPWbNf30hYivRI2bs3zn4a+y8yuGGtyZOUzYHVF9VfJXJutpWAuyMGnUbzg5RXrFZSPpqETEwO5CRC6kAxF1JE1U8z1H7cyzvZRaZ2AtIpF+zIJTNIPh40RaGupLHnzhJmgEzxm6hjpy2uQMGQebc2DCXlwGaoc7UYiJDOQcJelEDoK7OaXGQLI2AWieLxjmy1bPFJGDpF+NvMGCsyn9ko9BVH5BMgNUaWqCvJL5FvWgkCZbJL1rLCYJKS0GsRkHcATHcud5ZGhwRAcCkISgsLvQq4tIVsrKSBAyYl59RbM9JGtAqjZ4Q8rSPq+63weRhsaaoD7svL/JCOSuBhTJulXrC6/HCq5rYUc3CZJa9bCGoKNImio12zuKEpI2yJOSFbGcbyJFCvu5Vt/svEH9EE+/TNKRk44kRdU308ctKk9iF3h2cMWiG+S3ZBpmR/pl44iik0Khx7lUmzD4mhchPcx9M3K5QHSRzXkvjm9l+7XWvBFetba/ae1O9T3td1pHZ4h1iGI+f1nThBL2y/5mWiY5E9zTHik6/OvTT5fbv/+t/fGDD9oTMX56sWtP3tm13dOLtnuiIX/QHljXcX0qqG5pXERd46y/KyCpP5Hxd0Rsc7ksJzl7EPajnJDTB7XtA/Nh0SbqnEo6Y0e9BoD5QpsSYP8WjYl5/DQxtdM4t+M8tcM4teMkXUC/vb1t73/8sd7oRcr5Wjsh5hV2fxtw5CQzPUDtYKSR+nlksON3b9ry+nlbXv3QlutvJb9X/Ze2vL0W1Le/SzsaL0f4SYHf/viZb+EnDp552NZxWW4V3ZurNl/+1OYfv2vTD/9u8y8/tvn6SusQZY2Vbz5vZF/Jvb5oi4dTVDF0ivrb993eL4mFHnJNWLh2TVa6JU5o3O3bNuPEi5/adClCL74TqUs5JzIH0kqOH7WB+1lv2rMkO6827fCinV9GkYPotCitBclF1cWk+X0TF7MOgVev2vzzz236/ts2/fRDm15dt/nuVv7Kd36LOdzpLUJv9H6rl4+au9NUsdVOiPE9ciaCk0RUUpMU99Ze32gh7eJLEXmp6KCLEDva5FSbtWdSTaDSqVKROqQNrQxMMgEhkfEvugmTo0N/TZef4xTx+a2IXV1pYy/bdPWyjapPjl5EcuLMaqiSnB2O3zEcWkDUbpVObxSJm5s2vVSUrl60+aVwo3SjHcL8fMfCbBUO4qwjo0adj8UIkg0QvUNCfe0Eal7MxY4fpRuCg5qR2zaI6rNN09RGpex486qdFOFJRyG4KGik6LwM7Xh93Y6Xz9vp+QvheRtfPFfaQeilCOksiKyj2NNqA+pycu6R0YUh5+ckUmmJDF0goiLOpcL4BjFDdrxGArJFPEkSzNIngiNAdKauLBrl6+n163binGoTdvwDEJ38YMpuTDoTE/UzY52M+ldiqzM4iLOOWEatk9kQm6mbvKRJyk7NsR25y7m0VJ/9EFg3ZbVDTiKl2tAd/KxLjzPoQWtHwY3sYskCi0OwSG7PVDqru/s+Scht9BrjVPZG5XxvlCQkijDo62vDJfMCtp8VSVnqev1Djn/4pTE6U2eQDHgRGouMdzadYXE54r4i5rOldsiQnpWmEBI52p2uFUGP11xLoTbLNtFjnfKhiFb0uq/GGiCG668L/wTgMz2JkcEANY7oGOtEamHpmYqz5QZJhMdCkZrvErRJ8oB2NIs4D/7tfIhKbyaaa0v32aRNm1z+2UfrSTbrjmDw83d8M67d8AQdvqhjUBPIfy+GVF0Swl64opcR8LcRHKwoWU/n3SYQTdLVczR/E0Fs+mZNYo6goyeJL5KziQQZfOzkJCuK+hsEUWQyBkOu70oacVrGgpE2UT8n1p1XfU3BIFXRpF7ncDvGt2nO9fxcp6dqkkTi2wn/5HgF5D40X3z4lyoT5Nms57I7mGSgY8SQURaoRTMt4zknU3Ze7emsiQj1eFju+O6pek/VHENq5viKMFGvDOhpy5pFXH6MiiJ+maQ23zJ9hzDBDmoipqIzqEY1eQBkOjkmpwEZ6mfAWKMXu48zKQuQ8nlT+2YDfAFRN6TT3m2temDNGo4JvuDTyMMd6fRc/UU6eqYWJW9RRVEfJxmJgTHYBG042khLX/8bR9QZugkgC1Hv6Zmo1DSZ0hmzqdueiWlDIOfIrb6dCAp+ZTR9Di21IcGrF7/wykzuRkyIyGF0rfMaMuob/9Sjlw7heBLu0bTT6NEft2X2MV76+rVN9mpsbVaHnJaMzY8AhF9J0tED6pN+Hj2K3yYoDDwq9BCxISHer/TOlfUDUt8/J3bVDqxEIlJ6R4OcSHBLznn+Fp899d1prM8i74PZlo8NjwNlS5gUwfKBd75jbjTytPELiP+D6FE6QX2ljVTVbjgNgHbFwLCNxgLIUWnjxwVETTKcK+CkHxV2GudrTI0TQfScXymrBdw2yvY5Ca8rPyJdVz+5PyB3Hj1KJ0ghxEEm0zSN9qimwdhV6URT4IEfz72VhCNp3G9fodV6O1IXhMiRHV4z1wl/7kuDvjxCHLEi9x9TtIpJJoEtDtrNLUibvdr3IngUwRPO+ecIkap0A5We2V599chATuqfNP8kO9jjJ4fz9TgerHlQ5oQuiOiWHOXBJZPy3iAm1U6VoS3pWjTObCH75eQoZ4mc3+JF2l/TjCA10acxo1LRv6lo3t42a42ytzxo69HLS2Vb4PCbEazCeYw0SAJnJA3vtJyQk7HzsbsB5o0ao3mknfqJUM2LuaPH1WYd+PHI9YpSjr8H2ZEv+HdeHmm6T/CcPZHkPJbx1ZnSJfUeWe3WTTSwhzBSfWxApfTaRn+0nadmbIDWlezRo55nrkpF7bHoUR5E8HxQXDykSiyIdDrhGPWSbkef2l06bJ320rUBpReh/SaK7oM0eiL6aBO5Rx7k2/JfI1idyHOStPEdryLZdxUnccDOhmNI+ip6nYTHRpvJSTcBjwuE/bIR65iYwKPgvOAnrQ971vLoGWTCYyFfowkZUOmDIzhWkr5t6iYZI+atY6v9YR1ifGM5v0wo5Vv5WSTPyXaC5xPOS7VhgAU5CxUFohXpFbgTOdK04DE8AgB9unT2nFek+npK11jZPT9rVcq/LSHwmM+UnX9nVKmB56iy1atERHlerxF1BIigEXo5Tj+6ZW4OY4gU8yG1vu48XrZ+bced61Xf+T+tKQ1qZ/5fYNCPFtny8zMB+ThbSUKD+F7pR5D6GF9vAeAx2/8rKi0JgP9T+l+fPZsOV1f+EZjC/xX9PSWsrKWsFYHq/32rPCy2Kw7Dbteefvhh+8s33wy/AmYWgeVRfnVeAAAAAElFTkSuQmCC' - ys1 = b'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' - main() diff --git a/DemoPrograms/Demo_Buttons_Base64_Simple.py b/DemoPrograms/Demo_Buttons_Base64_Simple.py deleted file mode 100644 index f4244a52a..000000000 --- a/DemoPrograms/Demo_Buttons_Base64_Simple.py +++ /dev/null @@ -1,36 +0,0 @@ -import PySimpleGUI as sg -""" - Demo - Base64 Buttons with Images - - This is perhaps the easiest, quickest, and safest way to use buttons with images in PySimpleGUI. - By putting the button into your code, then you only have to distribute a single file. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# First the button images - -play = b'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' -stop = b'iVBORw0KGgoAAAANSUhEUgAAADIAAAAyCAYAAAAeP4ixAAAABmJLR0QA/wD/AP+gvaeTAAAAaklEQVRoge3ZQQqAMAxFwSre/8p6AZFUiXzKzLqLPNJVOwYAvLcVzpztU9Q8zrr/NUW3Y+JsZXsdSjdimY0ISSMkjZA0QtIISSMkjZA0QtIISSMkjZA0QtIISSMkzcxrfMo/ya1lNgIAX1zq+ANHUjXZuAAAAABJRU5ErkJggg==' -eject = b'iVBORw0KGgoAAAANSUhEUgAAADIAAAAyCAYAAAAeP4ixAAAABmJLR0QA/wD/AP+gvaeTAAAByklEQVRoge3YO2gUURSA4S+JRnyACIGADyxERAsb0UKrWIidWIidlSA2YpFWSauNVtrYiIU2YpFCLGwEEWwsBAsLEbFQFARFfKBZizkyK5pkZvZmZ7PeH05z595z/sPszpxdMplMJpMZbDZFLGsm8CxiomWXxqzBQ3QiHmNdq0YNGMc9RQOvIjqxNt6iVy1GcF0h/h47sR1vY+0mRluzq8ElhfBn7O9a34tPce1KC161OK8Q/Y7D/7h+EF9jz7k+etXilELwJ44vsO8ofsTeM33wqsURpdzZCvtPK5s+toRetZjCF4XYTI1zM3HmGw4lt6rJbnxQCF1tcP5ynP2IPQm9arENb0LkDsYa5BjFrcjxDjuS2VVkI16EwH2s6iHXStxVvjy39GxXkfV4Iu3Y0T3OPMWGBDkXZDUeRMHnmEyY+/eA2cEjrE2Y+w/GcDsKvcbWJaixGS+jxixWpC4wgmvK+WlX6gJddM9lN6J2Mi4q56cDKRPPwz7lXHYhVdJp5W+KtmK61yZOYG4AGpnDyV6byWT+ZxZ7Rnf6YlGdeX2XxZ8AVag6AiR9uzZg0U/G0NyR3MigUfU7MmhPr78YmjuSyWQymUxmmPgFokSdfYSQKDwAAAAASUVORK5CYII=' - -sg.theme('Light Green 3') - -# Define the window's layout -layout = [[sg.Button(image_data=play, key='-PLAY-', button_color=sg.theme_background_color(), border_width=0), - sg.Button(image_data=stop, key='-STOP-', button_color=sg.theme_background_color(), border_width=0), - sg.Button(image_data=eject, key='-EXIT-', button_color=sg.theme_background_color(), border_width=0)] ] - -# Create the window -window = sg.Window('Simple Base64 Buttons', layout) - -while True: # Event Loop - event, values = window.read() # type: str, dict - print(event, values) - if event in (sg.WIN_CLOSED, '-EXIT-'): # If the user exits - break -window.close() # Exiting so clean up diff --git a/DemoPrograms/Demo_Buttons_Base64_User_Settings.py b/DemoPrograms/Demo_Buttons_Base64_User_Settings.py deleted file mode 100644 index ddb3be698..000000000 --- a/DemoPrograms/Demo_Buttons_Base64_User_Settings.py +++ /dev/null @@ -1,89 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Button Images & Theme stored in User Settings - - Short demo of some nice buttons obtained from the web. - These are a good example of higher-end buttons that can be found on the web. - Often the better buttons are in Photoshop format. These all orignally had text as part of the button. - Processing the buttons - The text was removed, the Photoshop image saved as PNG, PNG file converted to Base64 - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def make_window(theme): - """ - Sets theme to theme parameter and returns a window - Creates the layout and the window object - - :param theme: (str) the theme used to color the window - :return: (sg.Window) the Window you'll use in your event loop - """ - sg.theme(theme) - layout = [ - [sg.Text('More Buttons from the Web....', font='Default 20')], - [ - sg.Button('My Text', image_data=image_sunken, font='Helvetica 12 bold italic', button_color=('white', sg.theme_background_color()), - border_width=0, ), - sg.Button('More Text', image_data=image_large_rectangle, font='Helvetica 12 bold italic', button_color=('white', sg.theme_background_color()), - border_width=0, ), - sg.Button('1/2 size', image_data=image_large_rectangle, image_subsample=2, button_color=('white', sg.theme_background_color()), border_width=0, ), - ], - [ - sg.Button(image_data=image_sunken, button_color=('white', sg.theme_background_color()), border_width=0, ), - sg.Button(image_data=image_large_rectangle, button_color=('white', sg.theme_background_color()), border_width=0, ), - ], - [ - sg.Button(image_data=image_grey1, button_color=('black', sg.theme_background_color()), border_width=0), - sg.Button(image_data=image_grey2, button_color=('black', sg.theme_background_color()), border_width=0), - ], - [ - sg.Button('I Like', image_data=image_grey1, font='Helvetica 12 bold italic', button_color=('black', sg.theme_background_color()), border_width=0, ), - sg.Button('Nice too!', image_data=image_grey2, font='Helvetica 12', button_color=('black', sg.theme_background_color()), border_width=0, ), - ], - [sg.Combo(sg.theme_list(), default_value=theme, enable_events=True, key='-THEMES-')], - ] - - return sg.Window('Nice Buttons Buddy', layout, finalize=True, use_default_focus=False) - - -def main(): - """ - main propgram. It's a good practice to encapsulate your main program inside of a function - """ - - # Requires version 4.29.0.16+ - try: - saved_theme = sg.user_settings_get_entry('theme', 'Python') - except: - print("Your PySimpleGUI version doesn't have user settings API\n", - "You need PySimpleGUI version 4.29.0.16 and above") - saved_theme = 'Python' - - window = make_window(saved_theme) - - while True: # Event Loop - event, values = window.read() - if event == sg.WINDOW_CLOSED: - break - if values['-THEMES-']: - window.close() - window = make_window(values['-THEMES-']) - try: - sg.user_settings_set_entry('theme', values['-THEMES-']) - except: - pass # already warned about settings at start - window.close() - - -if __name__ == '__main__': - image_sunken = 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- main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Buttons_Mac.py b/DemoPrograms/Demo_Buttons_Mac.py deleted file mode 100644 index 34f5b8487..000000000 --- a/DemoPrograms/Demo_Buttons_Mac.py +++ /dev/null @@ -1,52 +0,0 @@ -#!/usr/bin/env python -import sys -import time -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def show_win(): - sg.set_options(border_width=0, margins=(0, 0), element_padding=(5, 3)) - - frame_layout = [ - [sg.Button(image_data=mac_red, - button_color=(sg.theme_background_color(),sg.theme_background_color()), key='-exit-'), - sg.Button('', image_data=mac_orange, - button_color=(sg.theme_background_color(),sg.theme_background_color())), - sg.Button('', image_data=mac_green, - button_color=(sg.theme_background_color(),sg.theme_background_color()), key='-minimize-'), - sg.Text(' '*40)], ] - - layout = [[sg.Frame('', frame_layout)], - [sg.Text('')], - [sg.Text('My Mac-alike window', size=(25, 2))], ] - - window = sg.Window('My new window', layout, - no_titlebar=True, grab_anywhere=True, - alpha_channel=0, finalize=True) - - for i in range(100): - window.set_alpha(i/100) - time.sleep(.01) - - while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED or event == '-exit-': - break - if event == '-minimize-': - # window.Minimize() # cannot minimize a window with no titlebar - pass - print(event, values) - - -mac_red = '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' -mac_green = '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' -mac_orange = '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' -show_win() diff --git a/DemoPrograms/Demo_Buttons_Nice_Graphics.py b/DemoPrograms/Demo_Buttons_Nice_Graphics.py deleted file mode 100644 index 5466022db..000000000 --- a/DemoPrograms/Demo_Buttons_Nice_Graphics.py +++ /dev/null @@ -1,96 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import io -from PIL import Image -import base64 - -""" -Shows some fancy button graphics with the help of PIL - -Usually when you create Base64 buttons to embed in your PySimpleGUI code, you make the exactly the correct size. Resizing isn't an option when - using the tkinter version of PySimpleGUI (except for crude "Scaling") - -The PIL code resizes the button images prior to creating the sg.B - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -DEF_BUTTON_COLOR = ('white', 'black') - - -def resize_base64_image(image64, size): - ''' - May not be the original purpose, but this code is being used to resize an image for use with PySimpleGUI (tkinter) button graphics - :param image64: (str) The Base64 image - :param size: Tuple[int, int] Size to make the image in pixels (width, height) - :return: (str) A new Base64 image - ''' - image_file = io.BytesIO(base64.b64decode(image64)) - img = Image.open(image_file) - img.thumbnail(size, Image.LANCZOS) - bio = io.BytesIO() - img.save(bio, format='PNG') - imgbytes = bio.getvalue() - return imgbytes - - -def GraphicButton(text, key, image_data, color=DEF_BUTTON_COLOR, size=(100, 50)): - ''' - A user defined element. Use this function inside of your layouts as if it were a Button element (it IS a Button Element) - Only 3 parameters are required. - - :param text: (str) Text you want to display on the button - :param key: (Any) The key for the button - :param image_data: (str) The Base64 image to use on the button - :param color: Tuple[str, str] Button color - :param size: Tuple[int, int] Size of the button to display in pixels (width, height) - :return: (PySimpleGUI.Button) A button with a resized Base64 image applied to it - ''' - return sg.Button(text, image_data=resize_base64_image(image_data, size), button_color=color, font='Any 15', pad=(0, 0), key=key, border_width=0) - - -def ShowMeTheButtons(): - - sg.theme('Black') - - frame_layout = [[sg.Text('Who says Windows have to be ugly when using tkinter?', size=(45, 3))], - [sg.Text( - 'All of these buttons are part of the code itself', size=(45, 2))], - [GraphicButton('Next', '-NEXT-', button64), - GraphicButton('Submit', '-SUBMIT-', red_pill64), - GraphicButton('OK', '-OK-', green_pill64), - GraphicButton('Exit', '-EXIT-', orange64)], ] - - layout = [[sg.Frame('Nice Buttons', frame_layout, font=( - 'any 18'), background_color='black')]] - - window = sg.Window('Demo of Nice Looking Buttons', layout, - grab_anywhere=True, - keep_on_top=True, - no_titlebar=True, - use_default_focus=False, - font='any 15', - background_color='black') - - # ---===--- The event loop --- # - while True: - event, values = window.read() - print(event) - if event in ('-EXIT-', None): # Exit button or X - break - - -if __name__ == '__main__': - - # To convert your images, use the PySimpleGUI program - Demo_Base64_Image_Encoder.py located on the GitHub (http://www.PySimpleGUI.com) - - orange64 = 'iVBORw0KGgoAAAANSUhEUgAAAiIAAADLCAMAAABkvgh7AAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAMAUExURQAAANtvJ99sId5tIt5uI91tJNxuJNxuJttvKN90NN91Ntt3PN52ONx3Otx3PNt4Pdp4Ptx4PepfD+pfEOtgD+piD+tkD+ttD+dnFOdoE+doFOVoFuNqG+JrHOFrHuFsHuRpGORpGuRqGORqGupgEOpiEOpkEOlmEOhnEupoEOpoEupqFettEetsF+tuFOxqFetrGOtsGetvHOxrGOxsGOxtGuxuG+xuHexxFutwH+xxGOxyGOxyGuxxHuBsIOJvJ+NvKORvKONwKeNwKuJxLONyLeJyLuRwKeRwKuRxLOtxIexyIexzJOx0JOx1Ju11KOx2KOx2Kux5Iux4Kux5Le1/LeFyMOFzMuB0NOB1Nux7MOx8MOx8Mu19NO1+NO1+Ntd7RdV8RtN+S9J/TdF/TtV9SNR9Stl5QNl6Qdh6Qth7RK+Tfa+Tfq6Ufr+JZb+JZr+KZ7uMbr6KaL6LaryMbLyNb7yOb7WPdLuNcLqOcLmOcrmPdLOQd7SQdrKReLKRerGSerCTfLCTfrmQde2AN+2AOO2BOu2COu6DPO6EPe6EPsWDV8OFXcOFXsOGXcOGXsaDWMSEWsqCVs+AUM2AUs6CU82CVMqDWMmEWtCAT9CAUMKHYMCIYsCIZMCKZu6FQO6GQe6GQu6HRO6IRe6JRu6KR+6KSO+LSu+MS++MTO+OTe+OTu+OUO+RUu+TVfCNTvCOTvCPUPCQUfCQUvCSU/CRVPCSVPCSVvCUV/CUWPCVWvGWWvGXXPGYXvCWYPGaYfGcYvGcZPKdZvKeZ/GdavKeaPKebfKebvKgavKhbPKibfGibvKjcPGkcfKmdPKiePOod/OpePSpePSqevSrfPSsfPSsfvSqg/SugfWwgvWwhPWyhfWyhvWxi/Wyj/W0ifW2jfa4j/a1kPW2kva2lfW2lvW4kPa6kfa7kva5lvW7lPa8lPW8lve+l/a4mva5nPa6nPa7nva+mPa+mva/nPa8oPa9ovbAm/bAnfXAnvbCofbEo/XGp/bGqPbIqQAAAC/NnaUAAAEAdFJOU////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////wBT9wclAAAACXBIWXMAAA7DAAAOwwHHb6hkAAAAGHRFWHRTb2Z0d2FyZQBwYWludC5uZXQgNC4xLjFjKpxLAAAJXElEQVR4Xu3de3zVdR3H8Xb9/sJh60LlOTtubdIZEyckSdedMzkdZyRGIePmZdqki8s0KllJmtGCTAXRlUAyrireUeZga2JRkooYRWR0JbXMLsIqZ5fT7/L5nRvj9/md0/fhw/Px/fyHP+D33fb4vPj+LvsxXpMA8IREgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgJF7Ih1Xf3bVsuu/AYXu+mUrL+u8iqbqIcdErvhme0V8SjQCIpwWe+0nli+k2R5NTolc0jYzqpQBcigV+UDltZ57SQ6JfLqyRRXRyiCIis7u7qAhj8B3Ip1tLdg/pFLR0Z+hOR/JbyIrWxGIZCp289E2Ep+J3HzEFqLKy0qhUJUfeUkZnf8lGnYWX4l0tDfTOg5VEqoJNNTXh6EgmaMLBKuaymmcJFLRSfPO5CuRtgitYisPBehDQUFrqC3O2EtUxRdo4Bn8JHJhlNawlNZh85Aj2JQeiRp9JY08nY9Euk+nFUwq1ECLgww1ZTRaS+R8mnk6PpEF8dTDkNIgLQxiHFdNw7U0d9PU07CJdLw+tRUVpy5Cxo19+bz9lYI+n5cNfdhcjWGZf2jsCTTJcDiUmnBR/HKaewqbSHfqQqSJrkLGvuuctZu3jOgBD1u99B7Fg6a+Vwrrk8kNfRX+0XE2+qg527adsc38M723d01yK3lbqhH1SZp7CpfIolnJw4udQk44ddPOn/3q6b+M6K8+/c2vF+jXVw29X/ALI7N+Z3jome+f/QZ7pOG6VCMtl9Dkk7hElifvd0uPs1cbs/SJ5/4+9OLw8ItQ2IaH//vvJ6Y7O0mIhmxuI/Np8klMIhdXuH0p50r1zVue+8fQ0GEQYeg/w32TrLHWF9OYDSO2gGbvYhJZfRodaFTZhYzpe4lWBxmGfzBnnDnYQPJRa+RjNHsXk8hF7iZSYl+IvPGefx0+BJIc/v2OudZoq2jQhhr1FRo+8U7kU6MoEVVjLROedujQn0GYfd99nznahlJn0oYxJetM453IpTE6rNgu5E0/fOlPIMzzf9zVY51q6mjURiTr8Zl3Ite5D0Vq7UQ+8jwtC5Ls7W00h9vgXo2oNpo+8U7kBjrPlDnfmdnwzz+APAf632NN93hn1oYaTdMn3om0USLVdiFje59+9hmQ5tmDg3YiQfe6c1bm287eiVTSUc555i0DB2lVkIQSSZ5pZl5B43d4J3KMk4hyvn3XOHjwtyDPwR3vtefrPj6LZ7595p3IaCeRMue7M+MHfvcbkOfXg04i7lP4WB6JlNgrhBsHzOVAGjMR68FI6rY3n0Sa7BXMRA7QqiDJgQEnkRp72Pkl4tzQhBv7f0mLgiS/oF0kSK8X5pPI8fYK4cbtPz8A8jxFu4h71/v/7CLb9j8F8uzXmEjffpBIYyIP7qM1QZT+99vz1ZFI7959IFC/vl1kKxIRabu+XQSJiPTTbdp2kfH3//gnIM/ePn2JbNmzF+R5sm+qPV8tiex+EuTZ06svkTt27wF5dm/VmMjju0GgB/Qlsvmxx0GgO7Xd9I6/7VFaE0S5T2Miux57FOTRmMitj/wI5Nl1j75ENu18BAS6W18iGx/eCQLdqi+RDTu+9zDIs2myPV8diawf3AECbdSXyDokItIGfYmsHXxoEORZry2RiT0DtCaIsk5jIv0DIFDPO+z5aklkez8ItGaiPV8diazpox//C6Is1beL3NJLP0IaRFmibRc5aemdd4E8W7t0JgISaUxkyZb7QaDF2hI58ev33gcC6UtkQtdmkOi8k+z56thFum4Dic450Z6vjkQWbwKJ5ulL5KvrN4JAGhM5d916EGiOxkR61vaAOGtnaEzkljUg0Aznf4HQkci8JUtBoOn6EpnbBRJ9WF8ic74GEk3Tl8iMxSDRh6z/+ExTIueBRFM17iLngkRT9e0iH50HEulMZC5INFlfItNngETOP6PRkUjDWbQkyOK8UaQlkWnTQSKdiZwFEiERYGhM5MxpIJHz6qqWRKaeCRIhEWA4bxRpSeSDIBISAYbGRN5NS4IsOhMBkTQmMhlEQiLAQCLAcF4605LIO08FifQlMm4iiKQxkQm0JMiicxeZAALpTOSUSSCRxkROPuVkEEhnIiCS8wI8EoGj0pdIuAFEQiLAoPHqSGQciETj1ZEIiIZEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgIFEgBG0h51fIk20BohWaw87v0RKaA0Qrcoedn6JlLs/xwYkq7aHnV8iKkiLgGQl9rANI55LIq9zEjGqaBEQLEDDNuJfpPE7vBP5OB1VTKuAYO7VatHMRTR+h3ci7ZSICtAyIFeTM2tDzbqYxu/wTmRFhA4L0TIgVvI8oypp+sQ7kVVROqwM9zTShWjUhrqApk+8E+mM02G4YJUuUE6TNiLX0PSJdyLuXa9hlONqRDb3oYhhxBbS8AmTyA3uxQi+TyNbrbsXGOpYmr2LSWRBjA40VB0tBgIFymjM5nlmOc3exSSSqEzVhUesYtW7D1atpyKZD874RFaeToealyNoRKgG95GIKft+hk8kcWxyGzHK0IhI9WmFFMUvp8EnsYmsbqGDTeW1tCgIEiim8Voi36a5p7CJJNqTNzXmLhSqp3VBiprUlao54FFfprGn8Iksmp061RhGKTYSUQLV6dM1Yt+hqafhE0lcFi+iBSyqCVckYrw1lHymamu+iWaezkciiWvSLkdMqqQqgPNN4QvUNmXsIOaFyEU08Qx+Ekl0t6TvIyZVWl1VEwwGA1CIgsGaulBJ5gZiirR10MAz+Eok8a1YVm8WBQUr66+8rbl9xEJ8JpJY1TpCIyCIOmMFzTqbz0QSnfObEYlgkdmradJH8JuIebJpjSASoVTswsz3VdP5TySxaEVrFJHIoyLxtktpxiPJIREzkmWV8ah5sUNrQ6ErUioypeLGrHeIsuSUiKnzuguOmRWPTYHCF4u3VrR1Lxj5PiYl10QsV1298HOfh4K3sPNKmqinfBKBVxUkAgwkAgwkAgwkAgwkAgwkAgwkAgwkAgwkAgwkAgwkAgwkAgwkAgwkAgwkAgwkAgwkAp4Sif8BKbOKvRIFiXEAAAAASUVORK5CYII=' - green_pill64 = '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' - red_pill64 = 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- ShowMeTheButtons() diff --git a/DemoPrograms/Demo_Buttons_Realtime.py b/DemoPrograms/Demo_Buttons_Realtime.py deleted file mode 100644 index 8c657fb13..000000000 --- a/DemoPrograms/Demo_Buttons_Realtime.py +++ /dev/null @@ -1,58 +0,0 @@ -#!/usr/bin/env python -""" - Demo - Realtime Buttons - - Realtime buttons provide a way for you to get a continuous stream of button - events for as long as a button is held down. - - This demo is using a timeout to determine that a button has been released. - If your application doesn't care when a button is released and only needs to know - that it's being held down, then you can remove the timeout on the window read call. - - Note that your reaction latency will be the same as your timeout value. In this demo - the timeout is 100, so there will be 100ms between releasing a button and your program detecting - this has happened. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg - -def main(): - # The Quit button is being placed in the bottom right corner and the colors are inverted, just for fun - layout = [[sg.Text('Robotics Remote Control')], - [sg.Text('Hold Down Button To Move')], - [sg.Text()], - [sg.Text(' '), - sg.RealtimeButton(sg.SYMBOL_UP, key='-FORWARD-')], - [sg.RealtimeButton(sg.SYMBOL_LEFT, key='-LEFT-'), - sg.Text(size=(10,1), key='-STATUS-', justification='c', pad=(0,0)), - sg.RealtimeButton(sg.SYMBOL_RIGHT, key='-RIGHT-')], - [sg.Text(' '), - sg.RealtimeButton(sg.SYMBOL_DOWN, key='-DOWN-')], - [sg.Text()], - [sg.Column([[sg.Quit(button_color=(sg.theme_button_color()[1], sg.theme_button_color()[0]), focus=True)]], justification='r')]] - - window = sg.Window('Robotics Remote Control', layout) - - while True: - # This is the code that reads and updates your window - event, values = window.read(timeout=100) - if event in (sg.WIN_CLOSED, 'Quit'): - break - if event != sg.TIMEOUT_EVENT: - # if not a timeout event, then it's a button that's being held down - window['-STATUS-'].update(event) - else: - # A timeout signals that all buttons have been released so clear the status display - window['-STATUS-'].update('') - - window.close() - -if __name__ == '__main__': - sg.theme('dark red') - main() diff --git a/DemoPrograms/Demo_CLI_or_GUI.py b/DemoPrograms/Demo_CLI_or_GUI.py deleted file mode 100644 index 92e3cd1ed..000000000 --- a/DemoPrograms/Demo_CLI_or_GUI.py +++ /dev/null @@ -1,30 +0,0 @@ -""" - Demo Command Line Application or GUI Application - - If your program is run with arguments, then a command line version is used. - If no arguments are given, then a GUI is shown that asks for a filename. - - http://www.PySimpleGUI.org - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg -import sys - -def main_cli(filename): - print(f'Your filename = {filename}') - - -def main_gui(): - filename = sg.popup_get_file('Please enter a filename:') - main_cli(filename) - -if __name__ == '__main__': - if len(sys.argv) < 2: - main_gui() - else: - main_cli(sys.argv[1]) diff --git a/DemoPrograms/Demo_Calendar.py b/DemoPrograms/Demo_Calendar.py deleted file mode 100644 index 020bb270a..000000000 --- a/DemoPrograms/Demo_Calendar.py +++ /dev/null @@ -1,30 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Simple test harness to demonstate how to use the CalendarButton and the get date popup - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" -# sg.theme('Dark Red') -layout = [[sg.Text('Date Chooser Test Harness', key='-TXT-')], - [sg.Input(key='-IN-', size=(20,1)), sg.CalendarButton('Cal US No Buttons Location (0,0)', close_when_date_chosen=True, target='-IN-', location=(0,0), no_titlebar=False, )], - [sg.Input(key='-IN3-', size=(20,1)), sg.CalendarButton('Cal Monday', title='Pick a date any date', no_titlebar=True, close_when_date_chosen=False, target='-IN3-', begin_at_sunday_plus=1, month_names=('студзень', 'люты', 'сакавік', 'красавік', 'май', 'чэрвень', 'ліпень', 'жнівень', 'верасень', 'кастрычнік', 'лістапад', 'снежань'), day_abbreviations=('Дш', 'Шш', 'Шр', 'Бш', 'Жм', 'Иш', 'Жш'))], - [sg.Input(key='-IN2-', size=(20,1)), sg.CalendarButton('Cal German Feb 2020', target='-IN2-', default_date_m_d_y=(2,None,2020), locale='de_DE', begin_at_sunday_plus=1 )], - [sg.Input(key='-IN4-', size=(20,1)), sg.CalendarButton('Cal Format %m-%d Jan 2020', target='-IN4-', format='%m-%d', default_date_m_d_y=(1,None,2020), )], - [sg.Button('Read'), sg.Button('Date Popup'), sg.Exit()]] - -window = sg.Window('window', layout) - -while True: - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Date Popup': - sg.popup('You chose:', sg.popup_get_date()) -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Canvas.py b/DemoPrograms/Demo_Canvas.py deleted file mode 100644 index 0d6cbb588..000000000 --- a/DemoPrograms/Demo_Canvas.py +++ /dev/null @@ -1,26 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [ - [sg.Canvas(size=(150, 150), background_color='red', key='canvas')], - [sg.Text('Change circle color to:'), sg.Button('Red'), sg.Button('Blue')] -] - -window = sg.Window('Canvas test', layout, finalize=True) - -cir = window['canvas'].TKCanvas.create_oval(50, 50, 100, 100) - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - if event in ('Blue', 'Red'): - window['canvas'].TKCanvas.itemconfig(cir, fill=event) diff --git a/DemoPrograms/Demo_Chat.py b/DemoPrograms/Demo_Chat.py deleted file mode 100644 index b4bdc6fd7..000000000 --- a/DemoPrograms/Demo_Chat.py +++ /dev/null @@ -1,35 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' -A simple send/response chat window. Add call to your send-routine and print the response -If async responses can come in, then will need to use a different design that uses PySimpleGUI async design pattern - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -''' - -sg.theme('GreenTan') # give our window a spiffy set of colors - -layout = [[sg.Text('Your output will go here', size=(40, 1))], - [sg.Output(size=(110, 20), font=('Helvetica 10'))], - [sg.Multiline(size=(70, 5), enter_submits=True, key='-QUERY-', do_not_clear=False), - sg.Button('SEND', button_color=(sg.YELLOWS[0], sg.BLUES[0]), bind_return_key=True), - sg.Button('EXIT', button_color=(sg.YELLOWS[0], sg.GREENS[0]))]] - -window = sg.Window('Chat window', layout, font=('Helvetica', ' 13'), default_button_element_size=(8,2), use_default_focus=False) - -while True: # The Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'EXIT'): # quit if exit button or X - break - if event == 'SEND': - query = values['-QUERY-'].rstrip() - # EXECUTE YOUR COMMAND HERE - print('The command you entered was {}'.format(query), flush=True) - -window.close() diff --git a/DemoPrograms/Demo_Chat_With_History.py b/DemoPrograms/Demo_Chat_With_History.py deleted file mode 100644 index 194d86a29..000000000 --- a/DemoPrograms/Demo_Chat_With_History.py +++ /dev/null @@ -1,76 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' -A chatbot with history -Scroll up and down through prior commands using the arrow keys -Special keyboard keys: - Up arrow - scroll up in commands - Down arrow - scroll down in commands - Escape - clear current command - Control C - exit form - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - - -def ChatBotWithHistory(): - # ------- Make a new Window ------- # - # give our form a spiffy set of colors - sg.theme('GreenTan') - - layout = [[sg.Text('Your output will go here', size=(40, 1))], - [sg.Output(size=(127, 30), font=('Helvetica 10'))], - [sg.Text('Command History'), - sg.Text('', size=(20, 3), key='history')], - [sg.ML(size=(85, 5), enter_submits=True, key='query', do_not_clear=False), - sg.Button('SEND', button_color=(sg.YELLOWS[0], sg.BLUES[0]), bind_return_key=True), - sg.Button('EXIT', button_color=(sg.YELLOWS[0], sg.GREENS[0]))]] - - window = sg.Window('Chat window with history', layout, - default_element_size=(30, 2), - font=('Helvetica', ' 13'), - default_button_element_size=(8, 2), - return_keyboard_events=True) - - # ---===--- Loop taking in user input and using it --- # - command_history = [] - history_offset = 0 - - while True: - event, value = window.read() - - if event == 'SEND': - query = value['query'].rstrip() - # EXECUTE YOUR COMMAND HERE - print('The command you entered was {}'.format(query)) - command_history.append(query) - history_offset = len(command_history)-1 - # manually clear input because keyboard events blocks clear - window['query'].update('') - window['history'].update('\n'.join(command_history[-3:])) - - elif event in (sg.WIN_CLOSED, 'EXIT'): # quit if exit event or X - break - - elif 'Up' in event and len(command_history): - command = command_history[history_offset] - # decrement is not zero - history_offset -= 1 * (history_offset > 0) - window['query'].update(command) - - elif 'Down' in event and len(command_history): - # increment up to end of list - history_offset += 1 * (history_offset < len(command_history)-1) - command = command_history[history_offset] - window['query'].update(command) - - elif 'Escape' in event: - window['query'].update('') - - -ChatBotWithHistory() diff --git a/DemoPrograms/Demo_Chatterbot.py b/DemoPrograms/Demo_Chatterbot.py deleted file mode 100644 index 4f27f20d7..000000000 --- a/DemoPrograms/Demo_Chatterbot.py +++ /dev/null @@ -1,105 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import chatterbot.utils - - -''' -Demo_Chatterbot.py - -Note - this code was written using version 0.8.7 of Chatterbot... to install: - -python -m pip install chatterbot==0.8.7 - -It still runs fine with the old version. - -A GUI wrapped around the Chatterbot package. -The GUI is used to show progress bars during the training process and -to collect user input that is sent to the chatbot. The reply is displayed in the GUI window - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -# Create the 'Trainer GUI' -# The Trainer GUI consists of a lot of progress bars stacked on top of each other -sg.theme('GreenTan') -# sg.DebugWin() -MAX_PROG_BARS = 20 # number of training sessions -bars = [] -texts = [] -training_layout = [[sg.Text('TRAINING PROGRESS', size=(20, 1), font=('Helvetica', 17))]] -for i in range(MAX_PROG_BARS): - bars.append(sg.ProgressBar(100, size=(30, 4))) - texts.append(sg.Text(' ' * 20, size=(20, 1), justification='right')) - training_layout += [[texts[i], bars[i]], ] # add a single row - -training_window = sg.Window('Training', training_layout) -current_bar = 0 - -# callback function for training runs - - -def print_progress_bar(description, iteration_counter, total_items, progress_bar_length=20): - global current_bar - global bars - global texts - global training_window - # update the window and the bars - button, values = training_window.read(timeout=0) - if button is None: # if user closed the window on us, exit - return - if bars[current_bar].UpdateBar(iteration_counter, max=total_items) is False: - return - # show the training dataset name - texts[current_bar].update(description) - if iteration_counter == total_items: - current_bar += 1 - - -# redefine the chatbot text based progress bar with a graphical one -chatterbot.utils.print_progress_bar = print_progress_bar - - -from chatterbot import ChatBot -from chatterbot.trainers import ChatterBotCorpusTrainer - -chatbot = ChatBot('Ron Obvious') - -# Create a new trainer for the chatbot -trainer = ChatterBotCorpusTrainer(chatbot) - -# Train based on the english corpus -trainer.train("chatterbot.corpus.english") - -# Train based on english greetings corpus -trainer.train("chatterbot.corpus.english.greetings") - -# Train based on the english conversations corpus -trainer.train("chatterbot.corpus.english.conversations") -chatbot = ChatBot('Ron Obvious', trainer='chatterbot.trainers.ChatterBotCorpusTrainer') - -# Train based on the english corpus -# chatbot.train("chatterbot.corpus.english") - -################# GUI ################# - -layout = [[sg.Multiline(size=(80, 20), reroute_stdout=True, echo_stdout_stderr=True)], - [sg.MLine(size=(70, 5), key='-MLINE IN-', enter_submits=True, do_not_clear=False), - sg.Button('SEND', bind_return_key=True), sg.Button('EXIT')]] - -window = sg.Window('Chat Window', layout, - default_element_size=(30, 2)) - -# ---===--- Loop taking in user input and using it to query HowDoI web oracle --- # -while True: - event, values = window.read() - if event != 'SEND': - break - string = values['-MLINE IN-'].rstrip() - print(' ' + string) - # send the user input to chatbot to get a response - response = chatbot.get_response(values['-MLINE IN-'].rstrip()) - print(response) diff --git a/DemoPrograms/Demo_Chatterbot_With_TTS.py b/DemoPrograms/Demo_Chatterbot_With_TTS.py deleted file mode 100644 index fda23d8a1..000000000 --- a/DemoPrograms/Demo_Chatterbot_With_TTS.py +++ /dev/null @@ -1,107 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from chatterbot import ChatBot -import chatterbot.utils -from gtts import gTTS -from pygame import mixer -import time -import os - -''' -Demo_Chatterbot.py - - -Note - this code was written using version 0.8.7 of Chatterbot... to install: - -python -m pip install chatterbot==0.8.7 - -It still runs fine with the old version. - -A GUI wrapped around the Chatterbot package. -The GUI is used to show progress bars during the training process and -to collect user input that is sent to the chatbot. The reply is displayed in the GUI window - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -# Create the 'Trainer GUI' -# The Trainer GUI consists of a lot of progress bars stacked on top of each other -sg.theme('NeutralBlue') -# sg.DebugWin() -MAX_PROG_BARS = 20 # number of training sessions -bars = [] -texts = [] -training_layout = [[sg.Text('TRAINING PROGRESS', size=(20, 1), font=('Helvetica', 17))], ] -for i in range(MAX_PROG_BARS): - bars.append(sg.ProgressBar(100, size=(30, 4))) - texts.append(sg.Text(' ' * 20, size=(20, 1), justification='right')) - training_layout += [[texts[i], bars[i]],] # add a single row - -training_window = sg.Window('Training', training_layout) -current_bar = 0 - -# callback function for training runs -def print_progress_bar(description, iteration_counter, total_items, progress_bar_length=20): - global current_bar - global bars - global texts - global training_window - # update the window and the bars - button, values = training_window.read(timeout=0) - if button is None: # if user closed the window on us, exit - return - if bars[current_bar].update_bar(iteration_counter, max=total_items) is False: - return - texts[current_bar].update(description) # show the training dataset name - if iteration_counter == total_items: - current_bar += 1 - -def speak(text): - global i - tts = gTTS(text=text, lang='en',slow=False) - tts.save('speech{}.mp3'.format(i%2)) - # playback the speech - mixer.music.load('speech{}.mp3'.format(i%2)) - mixer.music.play() - # wait for playback to end - while mixer.music.get_busy(): - time.sleep(.1) - mixer.stop() - i += 1 - -i = 0 -mixer.init() - -# redefine the chatbot text based progress bar with a graphical one -chatterbot.utils.print_progress_bar = print_progress_bar - -chatbot = ChatBot('Ron Obvious', trainer='chatterbot.trainers.ChatterBotCorpusTrainer') - -# Train based on the english corpus -chatbot.train("chatterbot.corpus.english") - -################# GUI ################# - -layout = [[sg.Multiline(size=(80, 20), reroute_stdout=True, echo_stdout_stderr=True)], - [sg.MLine(size=(70, 5), key='-MLINE IN-', enter_submits=True, do_not_clear=False), - sg.Button('SEND', bind_return_key=True), sg.Button('EXIT')]] - -window = sg.Window('Chat Window', layout, - default_element_size=(30, 2)) - -# ---===--- Loop taking in user input and using it to query HowDoI web oracle --- # -while True: - event, values = window.read() - if event != 'SEND': - break - string = values['-MLINE IN-'].rstrip() - print(' ' + string) - # send the user input to chatbot to get a response - response = chatbot.get_response(values['-MLINE IN-'].rstrip()) - print(response) - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Checkboxes_Custom.py b/DemoPrograms/Demo_Checkboxes_Custom.py deleted file mode 100644 index 74d1ea602..000000000 --- a/DemoPrograms/Demo_Checkboxes_Custom.py +++ /dev/null @@ -1,49 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Custom Checkboxes done simply - - The Base64 Image encoding feature of PySimpleGUI makes it possible to create beautiful GUIs very simply - - These 2 checkboxes required 3 extra lines of code than a normal checkbox. - 1. Keep track of the current value using the Image Element's Metadata - 2. Changle / Update the image when clicked - 3. The Base64 image definition - - Enable the event on the Image with the checkbox so that you can take action (flip the value) - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - layout = [[sg.Text('Fancy Checkboxes... Simply')], - [sg.Image(checked, key=('-IMAGE-', 1), metadata=True, enable_events=True), sg.Text(True, enable_events=True, k=('-TEXT-', 1))], - [sg.Image(unchecked, key=('-IMAGE-', 2), metadata=False, enable_events=True), sg.Text(False, enable_events=True, k=('-TEXT-', 2))], - [sg.Button('Go'), sg.Button('Exit')]] - - window = sg.Window('Custom Checkboxes', layout, font="_ 14") - while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - # if a checkbox is clicked, flip the vale and the image - if event[0] in ('-IMAGE-', '-TEXT-'): - cbox_key = ('-IMAGE-', event[1]) - text_key = ('-TEXT-', event[1]) - window[cbox_key].metadata = not window[cbox_key].metadata - window[cbox_key].update(checked if window[cbox_key].metadata else unchecked) - # Update the string next to the checkbox - window[text_key].update(window[cbox_key].metadata) - - window.close() - - -if __name__ == '__main__': - checked = b'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' - unchecked = b'iVBORw0KGgoAAAANSUhEUgAAAB4AAAAeCAYAAAA7MK6iAAAKMGlDQ1BJQ0MgUHJvZmlsZQAAeJydlndUVNcWh8+9d3qhzTAUKUPvvQ0gvTep0kRhmBlgKAMOMzSxIaICEUVEBBVBgiIGjIYisSKKhYBgwR6QIKDEYBRRUXkzslZ05eW9l5ffH2d9a5+99z1n733WugCQvP25vHRYCoA0noAf4uVKj4yKpmP7AQzwAAPMAGCyMjMCQj3DgEg+Hm70TJET+CIIgDd3xCsAN428g+h08P9JmpXBF4jSBInYgs3JZIm4UMSp2YIMsX1GxNT4FDHDKDHzRQcUsbyYExfZ8LPPIjuLmZ3GY4tYfOYMdhpbzD0i3pol5IgY8RdxURaXky3iWyLWTBWmcUX8VhybxmFmAoAiie0CDitJxKYiJvHDQtxEvBQAHCnxK47/igWcHIH4Um7pGbl8bmKSgK7L0qOb2doy6N6c7FSOQGAUxGSlMPlsult6WgaTlwvA4p0/S0ZcW7qoyNZmttbWRubGZl8V6r9u/k2Je7tIr4I/9wyi9X2x/ZVfej0AjFlRbXZ8scXvBaBjMwDy97/YNA8CICnqW/vAV/ehieclSSDIsDMxyc7ONuZyWMbigv6h/+nwN/TV94zF6f4oD92dk8AUpgro4rqx0lPThXx6ZgaTxaEb/XmI/3HgX5/DMISTwOFzeKKIcNGUcXmJonbz2FwBN51H5/L+UxP/YdiftDjXIlEaPgFqrDGQGqAC5Nc+gKIQARJzQLQD/dE3f3w4EL+8CNWJxbn/LOjfs8Jl4iWTm/g5zi0kjM4S8rMW98TPEqABAUgCKlAAKkAD6AIjYA5sgD1wBh7AFwSCMBAFVgEWSAJpgA+yQT7YCIpACdgBdoNqUAsaQBNoASdABzgNLoDL4Dq4AW6DB2AEjIPnYAa8AfMQBGEhMkSBFCBVSAsygMwhBuQIeUD+UAgUBcVBiRAPEkL50CaoBCqHqqE6qAn6HjoFXYCuQoPQPWgUmoJ+h97DCEyCqbAyrA2bwAzYBfaDw+CVcCK8Gs6DC+HtcBVcDx+D2+EL8HX4NjwCP4dnEYAQERqihhghDMQNCUSikQSEj6xDipFKpB5pQbqQXuQmMoJMI+9QGBQFRUcZoexR3qjlKBZqNWodqhRVjTqCakf1oG6iRlEzqE9oMloJbYC2Q/ugI9GJ6Gx0EboS3YhuQ19C30aPo99gMBgaRgdjg/HGRGGSMWswpZj9mFbMecwgZgwzi8ViFbAGWAdsIJaJFWCLsHuxx7DnsEPYcexbHBGnijPHeeKicTxcAa4SdxR3FjeEm8DN46XwWng7fCCejc/Fl+Eb8F34Afw4fp4gTdAhOBDCCMmEjYQqQgvhEuEh4RWRSFQn2hKDiVziBmIV8TjxCnGU+I4kQ9InuZFiSELSdtJh0nnSPdIrMpmsTXYmR5MF5O3kJvJF8mPyWwmKhLGEjwRbYr1EjUS7xJDEC0m8pJaki+QqyTzJSsmTkgOS01J4KW0pNymm1DqpGqlTUsNSs9IUaTPpQOk06VLpo9JXpSdlsDLaMh4ybJlCmUMyF2XGKAhFg+JGYVE2URoolyjjVAxVh+pDTaaWUL+j9lNnZGVkLWXDZXNka2TPyI7QEJo2zYeWSiujnaDdob2XU5ZzkePIbZNrkRuSm5NfIu8sz5Evlm+Vvy3/XoGu4KGQorBToUPhkSJKUV8xWDFb8YDiJcXpJdQl9ktYS4qXnFhyXwlW0lcKUVqjdEipT2lWWUXZSzlDea/yReVpFZqKs0qySoXKWZUpVYqqoypXtUL1nOozuizdhZ5Kr6L30GfUlNS81YRqdWr9avPqOurL1QvUW9UfaRA0GBoJGhUa3RozmqqaAZr5ms2a97XwWgytJK09Wr1ac9o62hHaW7Q7tCd15HV8dPJ0mnUe6pJ1nXRX69br3tLD6DH0UvT2693Qh/Wt9JP0a/QHDGADawOuwX6DQUO0oa0hz7DecNiIZORilGXUbDRqTDP2Ny4w7jB+YaJpEm2y06TX5JOplWmqaYPpAzMZM1+zArMus9/N9c1Z5jXmtyzIFp4W6y06LV5aGlhyLA9Y3rWiWAVYbbHqtvpobWPNt26xnrLRtImz2WczzKAyghiljCu2aFtX2/W2p23f2VnbCexO2P1mb2SfYn/UfnKpzlLO0oalYw7qDkyHOocRR7pjnONBxxEnNSemU73TE2cNZ7Zzo/OEi55Lsssxlxeupq581zbXOTc7t7Vu590Rdy/3Yvd+DxmP5R7VHo891T0TPZs9Z7ysvNZ4nfdGe/t57/Qe9lH2Yfk0+cz42viu9e3xI/mF+lX7PfHX9+f7dwXAAb4BuwIeLtNaxlvWEQgCfQJ3BT4K0glaHfRjMCY4KLgm+GmIWUh+SG8oJTQ29GjomzDXsLKwB8t1lwuXd4dLhseEN4XPRbhHlEeMRJpEro28HqUYxY3qjMZGh0c3Rs+u8Fixe8V4jFVMUcydlTorc1ZeXaW4KnXVmVjJWGbsyTh0XETc0bgPzEBmPXM23id+X/wMy421h/Wc7cyuYE9xHDjlnIkEh4TyhMlEh8RdiVNJTkmVSdNcN24192Wyd3Jt8lxKYMrhlIXUiNTWNFxaXNopngwvhdeTrpKekz6YYZBRlDGy2m717tUzfD9+YyaUuTKzU0AV/Uz1CXWFm4WjWY5ZNVlvs8OzT+ZI5/By+nL1c7flTuR55n27BrWGtaY7Xy1/Y/7oWpe1deugdfHrutdrrC9cP77Ba8ORjYSNKRt/KjAtKC94vSliU1ehcuGGwrHNXpubiySK+EXDW+y31G5FbeVu7d9msW3vtk/F7OJrJaYllSUfSlml174x+6bqm4XtCdv7y6zLDuzA7ODtuLPTaeeRcunyvPKxXQG72ivoFcUVr3fH7r5aaVlZu4ewR7hnpMq/qnOv5t4dez9UJ1XfrnGtad2ntG/bvrn97P1DB5wPtNQq15bUvj/IPXi3zquuvV67vvIQ5lDWoacN4Q293zK+bWpUbCxp/HiYd3jkSMiRniabpqajSkfLmuFmYfPUsZhjN75z/66zxailrpXWWnIcHBcef/Z93Pd3Tvid6D7JONnyg9YP+9oobcXtUHtu+0xHUsdIZ1Tn4CnfU91d9l1tPxr/ePi02umaM7Jnys4SzhaeXTiXd272fMb56QuJF8a6Y7sfXIy8eKsnuKf/kt+lK5c9L1/sdek9d8XhyumrdldPXWNc67hufb29z6qv7Sern9r6rfvbB2wGOm/Y3ugaXDp4dshp6MJN95uXb/ncun572e3BO8vv3B2OGR65y747eS/13sv7WffnH2x4iH5Y/EjqUeVjpcf1P+v93DpiPXJm1H2070nokwdjrLHnv2T+8mG88Cn5aeWE6kTTpPnk6SnPqRvPVjwbf57xfH666FfpX/e90H3xw2/Ov/XNRM6Mv+S/XPi99JXCq8OvLV93zwbNPn6T9mZ+rvitwtsj7xjvet9HvJ+Yz/6A/VD1Ue9j1ye/Tw8X0hYW/gUDmPP8uaxzGQAAAPFJREFUeJzt101KA0EQBeD3XjpBCIoSPYC3cPQaCno9IQu9h+YauYA/KFk4k37lYhAUFBR6Iko/at1fU4uqbp5dLg+Z8pxW0z7em5IQgaIhEc6e7M5kxo2ULxK1njNtNc5dpIN9lRU/RLZBpZPofJWIUePcBQAiG+BAbC8gwsHOjdqHO0PquaHQ92eT7FZPFqUh2/v5HX4DfUuFK1zhClf4H8IstDp/DJd6Ff2dVle4wt+Gw/am0Qhbk72ZEBu0IzCe7igF8i0xOQ46wFJz6Uu1r4RFYhvnZnfNNh+tV8+GKBT+s4EAHE7TbcVYi9FLPn0F1D1glFsARrAAAAAASUVORK5CYII=' - main() diff --git a/DemoPrograms/Demo_Class_Wrapper.py b/DemoPrograms/Demo_Class_Wrapper.py deleted file mode 100644 index 10947e6ce..000000000 --- a/DemoPrograms/Demo_Class_Wrapper.py +++ /dev/null @@ -1,111 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Class wrapper - - Using a class to encapsulate PySimpleGUI Window creation & event loop - - This is NOT a recommended design pattern. It mimics the object oriented design that many OO-based - GUI frameworks use, but there is no advantage to structuring you code in his manner. It adds - confusion, not clarity. - - The class version is 18 lines of code. The plain version is 13 lines of code. - - Two things about the class wrapper jump out as adding confusion: - 1. Unneccessary fragmentation of the event loop - the button click code is pulled out of the loop entirely - 2. "self" clutters the code without adding value - - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -''' - MM'""""'YMM dP - M' .mmm. `M 88 - M MMMMMooM 88 .d8888b. .d8888b. .d8888b. - M MMMMMMMM 88 88' `88 Y8ooooo. Y8ooooo. - M. `MMM' .M 88 88. .88 88 88 - MM. .dM dP `88888P8 `88888P' `88888P' - MMMMMMMMMMM - - M""MMMMM""M oo - M MMMMM M - M MMMMP M .d8888b. 88d888b. .d8888b. dP .d8888b. 88d888b. - M MMMM' .M 88ooood8 88' `88 Y8ooooo. 88 88' `88 88' `88 - M MMP' .MM 88. ... 88 88 88 88. .88 88 88 - M .dMMM `88888P' dP `88888P' dP `88888P' dP dP - MMMMMMMMMMM -''' - - -class SampleGUI(): - - def __init__(self): - self.layout = [[sg.Text('My layout')], - [sg.Input(key='-IN-')], - [sg.Button('Go'), sg.Button('Exit')]] - - self.window = sg.Window('My new window', self.layout) - - def run(self): - while True: # Event Loop - self.event, self.values = self.window.read() - if self.event in (sg.WIN_CLOSED, 'Exit'): - break - - if self.event == 'Go': - self.button_go() - - self.window.close() - - def button_go(self): - sg.popup('Go button clicked', 'Input value:', self.values['-IN-']) - - -# Create the class -my_gui = SampleGUI() -# run the event loop -my_gui.run() - -''' - M"""""""`YM dP - M mmmm. M 88 - M MMMMM M .d8888b. 88d888b. 88d8b.d8b. .d8888b. 88 - M MMMMM M 88' `88 88' `88 88'`88'`88 88' `88 88 - M MMMMM M 88. .88 88 88 88 88 88. .88 88 - M MMMMM M `88888P' dP dP dP dP `88888P8 dP - MMMMMMMMMMM - - M""MMMMM""M oo - M MMMMM M - M MMMMP M .d8888b. 88d888b. .d8888b. dP .d8888b. 88d888b. - M MMMM' .M 88ooood8 88' `88 Y8ooooo. 88 88' `88 88' `88 - M MMP' .MM 88. ... 88 88 88 88. .88 88 88 - M .dMMM `88888P' dP `88888P' dP `88888P' dP dP - MMMMMMMMMMM -''' - - -def gui_function(): - layout = [[sg.Text('My layout')], - [sg.Input(key='-IN-')], - [sg.Button('Go'), sg.Button('Exit')]] - - window = sg.Window('My new window', layout) - - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - - if event == 'Go': - sg.popup('Go button clicked', 'Input value:', values['-IN-']) - - window.close() - - -gui_function() diff --git a/DemoPrograms/Demo_Close_Attempted_Event.py b/DemoPrograms/Demo_Close_Attempted_Event.py deleted file mode 100644 index cccc819b1..000000000 --- a/DemoPrograms/Demo_Close_Attempted_Event.py +++ /dev/null @@ -1,28 +0,0 @@ -""" - Demo_Close_Attempted_Event - - Catches if a window close was tried by user (click "X") and confirms with a popup. - Requires PySimpleGUI 4.33.0 and later - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg - -layout = [[sg.Text('Close confirmation demo')], - [sg.Text('Try closing window with the "X"')], - [sg.Button('Go'), sg.Button('Exit')]] - -window = sg.Window('Window Title', layout, enable_close_attempted_event=True) - -while True: - event, values = window.read() - print(event, values) - if (event == sg.WINDOW_CLOSE_ATTEMPTED_EVENT or event == 'Exit') and sg.popup_yes_no('Do you really want to exit?') == 'Yes': - break - -window.close() diff --git a/DemoPrograms/Demo_Color_Chooser_Custom.py b/DemoPrograms/Demo_Color_Chooser_Custom.py deleted file mode 100644 index fb0fa9354..000000000 --- a/DemoPrograms/Demo_Color_Chooser_Custom.py +++ /dev/null @@ -1,726 +0,0 @@ -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def popup_color_chooser(look_and_feel=None): - """ - :return: Any(str, None) Returns hex string of color chosen or None if nothing was chosen - """ - color_map = { - 'alice blue': '#F0F8FF', - 'AliceBlue': '#F0F8FF', - 'antique white': '#FAEBD7', - 'AntiqueWhite': '#FAEBD7', - 'AntiqueWhite1': '#FFEFDB', - 'AntiqueWhite2': '#EEDFCC', - 'AntiqueWhite3': '#CDC0B0', - 'AntiqueWhite4': '#8B8378', - 'aquamarine': '#7FFFD4', - 'aquamarine1': '#7FFFD4', - 'aquamarine2': '#76EEC6', - 'aquamarine3': '#66CDAA', - 'aquamarine4': '#458B74', - 'azure': '#F0FFFF', - 'azure1': '#F0FFFF', - 'azure2': '#E0EEEE', - 'azure3': '#C1CDCD', - 'azure4': '#838B8B', - 'beige': '#F5F5DC', - 'bisque': '#FFE4C4', - 'bisque1': '#FFE4C4', - 'bisque2': '#EED5B7', - 'bisque3': '#CDB79E', - 'bisque4': '#8B7D6B', - 'black': '#000000', - 'blanched almond': '#FFEBCD', - 'BlanchedAlmond': '#FFEBCD', - 'blue': '#0000FF', - 'blue violet': '#8A2BE2', - 'blue1': '#0000FF', - 'blue2': '#0000EE', - 'blue3': '#0000CD', - 'blue4': '#00008B', - 'BlueViolet': '#8A2BE2', - 'brown': '#A52A2A', - 'brown1': '#FF4040', - 'brown2': '#EE3B3B', - 'brown3': '#CD3333', - 'brown4': '#8B2323', - 'burlywood': '#DEB887', - 'burlywood1': '#FFD39B', - 'burlywood2': '#EEC591', - 'burlywood3': '#CDAA7D', - 'burlywood4': '#8B7355', - 'cadet blue': '#5F9EA0', - 'CadetBlue': '#5F9EA0', - 'CadetBlue1': '#98F5FF', - 'CadetBlue2': '#8EE5EE', - 'CadetBlue3': '#7AC5CD', - 'CadetBlue4': '#53868B', - 'chartreuse': '#7FFF00', - 'chartreuse1': '#7FFF00', - 'chartreuse2': '#76EE00', - 'chartreuse3': '#66CD00', - 'chartreuse4': '#458B00', - 'chocolate': '#D2691E', - 'chocolate1': '#FF7F24', - 'chocolate2': '#EE7621', - 'chocolate3': '#CD661D', - 'chocolate4': '#8B4513', - 'coral': '#FF7F50', - 'coral1': '#FF7256', - 'coral2': '#EE6A50', - 'coral3': '#CD5B45', - 'coral4': '#8B3E2F', - 'cornflower blue': '#6495ED', - 'CornflowerBlue': '#6495ED', - 'cornsilk': '#FFF8DC', - 'cornsilk1': '#FFF8DC', - 'cornsilk2': '#EEE8CD', - 'cornsilk3': '#CDC8B1', - 'cornsilk4': '#8B8878', - 'cyan': '#00FFFF', - 'cyan1': '#00FFFF', - 'cyan2': '#00EEEE', - 'cyan3': '#00CDCD', - 'cyan4': '#008B8B', - 'dark blue': '#00008B', - 'dark cyan': '#008B8B', - 'dark goldenrod': '#B8860B', - 'dark gray': '#A9A9A9', - 'dark green': '#006400', - 'dark grey': '#A9A9A9', - 'dark khaki': '#BDB76B', - 'dark magenta': '#8B008B', - 'dark olive green': '#556B2F', - 'dark orange': '#FF8C00', - 'dark orchid': '#9932CC', - 'dark red': '#8B0000', - 'dark salmon': '#E9967A', - 'dark sea green': '#8FBC8F', - 'dark slate blue': '#483D8B', - 'dark slate gray': '#2F4F4F', - 'dark slate grey': '#2F4F4F', - 'dark turquoise': '#00CED1', - 'dark violet': '#9400D3', - 'DarkBlue': '#00008B', - 'DarkCyan': '#008B8B', - 'DarkGoldenrod': '#B8860B', - 'DarkGoldenrod1': '#FFB90F', - 'DarkGoldenrod2': '#EEAD0E', - 'DarkGoldenrod3': '#CD950C', - 'DarkGoldenrod4': '#8B6508', - 'DarkGray': '#A9A9A9', - 'DarkGreen': '#006400', - 'DarkGrey': '#A9A9A9', - 'DarkKhaki': '#BDB76B', - 'DarkMagenta': '#8B008B', - 'DarkOliveGreen': '#556B2F', - 'DarkOliveGreen1': '#CAFF70', - 'DarkOliveGreen2': '#BCEE68', - 'DarkOliveGreen3': '#A2CD5A', - 'DarkOliveGreen4': '#6E8B3D', - 'DarkOrange': '#FF8C00', - 'DarkOrange1': '#FF7F00', - 'DarkOrange2': '#EE7600', - 'DarkOrange3': '#CD6600', - 'DarkOrange4': '#8B4500', - 'DarkOrchid': '#9932CC', - 'DarkOrchid1': '#BF3EFF', - 'DarkOrchid2': '#B23AEE', - 'DarkOrchid3': '#9A32CD', - 'DarkOrchid4': '#68228B', - 'DarkRed': '#8B0000', - 'DarkSalmon': '#E9967A', - 'DarkSeaGreen': '#8FBC8F', - 'DarkSeaGreen1': '#C1FFC1', - 'DarkSeaGreen2': '#B4EEB4', - 'DarkSeaGreen3': '#9BCD9B', - 'DarkSeaGreen4': '#698B69', - 'DarkSlateBlue': '#483D8B', - 'DarkSlateGray': '#2F4F4F', - 'DarkSlateGray1': '#97FFFF', - 'DarkSlateGray2': '#8DEEEE', - 'DarkSlateGray3': '#79CDCD', - 'DarkSlateGray4': '#528B8B', - 'DarkSlateGrey': '#2F4F4F', - 'DarkTurquoise': '#00CED1', - 'DarkViolet': '#9400D3', - 'deep pink': '#FF1493', - 'deep sky blue': '#00BFFF', - 'DeepPink': '#FF1493', - 'DeepPink1': '#FF1493', - 'DeepPink2': '#EE1289', - 'DeepPink3': '#CD1076', - 'DeepPink4': '#8B0A50', - 'DeepSkyBlue': '#00BFFF', - 'DeepSkyBlue1': '#00BFFF', - 'DeepSkyBlue2': '#00B2EE', - 'DeepSkyBlue3': '#009ACD', - 'DeepSkyBlue4': '#00688B', - 'dim gray': '#696969', - 'dim grey': '#696969', - 'DimGray': '#696969', - 'DimGrey': '#696969', - 'dodger blue': '#1E90FF', - 'DodgerBlue': '#1E90FF', - 'DodgerBlue1': '#1E90FF', - 'DodgerBlue2': '#1C86EE', - 'DodgerBlue3': '#1874CD', - 'DodgerBlue4': '#104E8B', - 'firebrick': '#B22222', - 'firebrick1': '#FF3030', - 'firebrick2': '#EE2C2C', - 'firebrick3': '#CD2626', - 'firebrick4': '#8B1A1A', - 'floral white': '#FFFAF0', - 'FloralWhite': '#FFFAF0', - 'forest green': '#228B22', - 'ForestGreen': '#228B22', - 'gainsboro': '#DCDCDC', - 'ghost white': '#F8F8FF', - 'GhostWhite': '#F8F8FF', - 'gold': '#FFD700', - 'gold1': '#FFD700', - 'gold2': '#EEC900', - 'gold3': '#CDAD00', - 'gold4': '#8B7500', - 'goldenrod': '#DAA520', - 'goldenrod1': '#FFC125', - 'goldenrod2': '#EEB422', - 'goldenrod3': '#CD9B1D', - 'goldenrod4': '#8B6914', - 'green': '#00FF00', - 'green yellow': '#ADFF2F', - 'green1': '#00FF00', - 'green2': '#00EE00', - 'green3': '#00CD00', - 'green4': '#008B00', - 'GreenYellow': '#ADFF2F', - 'grey': '#BEBEBE', - 'grey0': '#000000', - 'grey1': '#030303', - 'grey2': '#050505', - 'grey3': '#080808', - 'grey4': '#0A0A0A', - 'grey5': '#0D0D0D', - 'grey6': '#0F0F0F', - 'grey7': '#121212', - 'grey8': '#141414', - 'grey9': '#171717', - 'grey10': '#1A1A1A', - 'grey11': '#1C1C1C', - 'grey12': '#1F1F1F', - 'grey13': '#212121', - 'grey14': '#242424', - 'grey15': '#262626', - 'grey16': '#292929', - 'grey17': '#2B2B2B', - 'grey18': '#2E2E2E', - 'grey19': '#303030', - 'grey20': '#333333', - 'grey21': '#363636', - 'grey22': '#383838', - 'grey23': '#3B3B3B', - 'grey24': '#3D3D3D', - 'grey25': '#404040', - 'grey26': '#424242', - 'grey27': '#454545', - 'grey28': '#474747', - 'grey29': '#4A4A4A', - 'grey30': '#4D4D4D', - 'grey31': '#4F4F4F', - 'grey32': '#525252', - 'grey33': '#545454', - 'grey34': '#575757', - 'grey35': '#595959', - 'grey36': '#5C5C5C', - 'grey37': '#5E5E5E', - 'grey38': '#616161', - 'grey39': '#636363', - 'grey40': '#666666', - 'grey41': '#696969', - 'grey42': '#6B6B6B', - 'grey43': '#6E6E6E', - 'grey44': '#707070', - 'grey45': '#737373', - 'grey46': '#757575', - 'grey47': '#787878', - 'grey48': '#7A7A7A', - 'grey49': '#7D7D7D', - 'grey50': '#7F7F7F', - 'grey51': '#828282', - 'grey52': '#858585', - 'grey53': '#878787', - 'grey54': '#8A8A8A', - 'grey55': '#8C8C8C', - 'grey56': '#8F8F8F', - 'grey57': '#919191', - 'grey58': '#949494', - 'grey59': '#969696', - 'grey60': '#999999', - 'grey61': '#9C9C9C', - 'grey62': '#9E9E9E', - 'grey63': '#A1A1A1', - 'grey64': '#A3A3A3', - 'grey65': '#A6A6A6', - 'grey66': '#A8A8A8', - 'grey67': '#ABABAB', - 'grey68': '#ADADAD', - 'grey69': '#B0B0B0', - 'grey70': '#B3B3B3', - 'grey71': '#B5B5B5', - 'grey72': '#B8B8B8', - 'grey73': '#BABABA', - 'grey74': '#BDBDBD', - 'grey75': '#BFBFBF', - 'grey76': '#C2C2C2', - 'grey77': '#C4C4C4', - 'grey78': '#C7C7C7', - 'grey79': '#C9C9C9', - 'grey80': '#CCCCCC', - 'grey81': '#CFCFCF', - 'grey82': '#D1D1D1', - 'grey83': '#D4D4D4', - 'grey84': '#D6D6D6', - 'grey85': '#D9D9D9', - 'grey86': '#DBDBDB', - 'grey87': '#DEDEDE', - 'grey88': '#E0E0E0', - 'grey89': '#E3E3E3', - 'grey90': '#E5E5E5', - 'grey91': '#E8E8E8', - 'grey92': '#EBEBEB', - 'grey93': '#EDEDED', - 'grey94': '#F0F0F0', - 'grey95': '#F2F2F2', - 'grey96': '#F5F5F5', - 'grey97': '#F7F7F7', - 'grey98': '#FAFAFA', - 'grey99': '#FCFCFC', - 'grey100': '#FFFFFF', - 'honeydew': '#F0FFF0', - 'honeydew1': '#F0FFF0', - 'honeydew2': '#E0EEE0', - 'honeydew3': '#C1CDC1', - 'honeydew4': '#838B83', - 'hot pink': '#FF69B4', - 'HotPink': '#FF69B4', - 'HotPink1': '#FF6EB4', - 'HotPink2': '#EE6AA7', - 'HotPink3': '#CD6090', - 'HotPink4': '#8B3A62', - 'indian red': '#CD5C5C', - 'IndianRed': '#CD5C5C', - 'IndianRed1': '#FF6A6A', - 'IndianRed2': '#EE6363', - 'IndianRed3': '#CD5555', - 'IndianRed4': '#8B3A3A', - 'ivory': '#FFFFF0', - 'ivory1': '#FFFFF0', - 'ivory2': '#EEEEE0', - 'ivory3': '#CDCDC1', - 'ivory4': '#8B8B83', - 'khaki': '#F0E68C', - 'khaki1': '#FFF68F', - 'khaki2': '#EEE685', - 'khaki3': '#CDC673', - 'khaki4': '#8B864E', - 'lavender': '#E6E6FA', - 'lavender blush': '#FFF0F5', - 'LavenderBlush': '#FFF0F5', - 'LavenderBlush1': '#FFF0F5', - 'LavenderBlush2': '#EEE0E5', - 'LavenderBlush3': '#CDC1C5', - 'LavenderBlush4': '#8B8386', - 'lawn green': '#7CFC00', - 'LawnGreen': '#7CFC00', - 'lemon chiffon': '#FFFACD', - 'LemonChiffon': '#FFFACD', - 'LemonChiffon1': '#FFFACD', - 'LemonChiffon2': '#EEE9BF', - 'LemonChiffon3': '#CDC9A5', - 'LemonChiffon4': '#8B8970', - 'light blue': '#ADD8E6', - 'light coral': '#F08080', - 'light cyan': '#E0FFFF', - 'light goldenrod': '#EEDD82', - 'light goldenrod yellow': '#FAFAD2', - 'light gray': '#D3D3D3', - 'light green': '#90EE90', - 'light grey': '#D3D3D3', - 'light pink': '#FFB6C1', - 'light salmon': '#FFA07A', - 'light sea green': '#20B2AA', - 'light sky blue': '#87CEFA', - 'light slate blue': '#8470FF', - 'light slate gray': '#778899', - 'light slate grey': '#778899', - 'light steel blue': '#B0C4DE', - 'light yellow': '#FFFFE0', - 'LightBlue': '#ADD8E6', - 'LightBlue1': '#BFEFFF', - 'LightBlue2': '#B2DFEE', - 'LightBlue3': '#9AC0CD', - 'LightBlue4': '#68838B', - 'LightCoral': '#F08080', - 'LightCyan': '#E0FFFF', - 'LightCyan1': '#E0FFFF', - 'LightCyan2': '#D1EEEE', - 'LightCyan3': '#B4CDCD', - 'LightCyan4': '#7A8B8B', - 'LightGoldenrod': '#EEDD82', - 'LightGoldenrod1': '#FFEC8B', - 'LightGoldenrod2': '#EEDC82', - 'LightGoldenrod3': '#CDBE70', - 'LightGoldenrod4': '#8B814C', - 'LightGoldenrodYellow': '#FAFAD2', - 'LightGray': '#D3D3D3', - 'LightGreen': '#90EE90', - 'LightGrey': '#D3D3D3', - 'LightPink': '#FFB6C1', - 'LightPink1': '#FFAEB9', - 'LightPink2': '#EEA2AD', - 'LightPink3': '#CD8C95', - 'LightPink4': '#8B5F65', - 'LightSalmon': '#FFA07A', - 'LightSalmon1': '#FFA07A', - 'LightSalmon2': '#EE9572', - 'LightSalmon3': '#CD8162', - 'LightSalmon4': '#8B5742', - 'LightSeaGreen': '#20B2AA', - 'LightSkyBlue': '#87CEFA', - 'LightSkyBlue1': '#B0E2FF', - 'LightSkyBlue2': '#A4D3EE', - 'LightSkyBlue3': '#8DB6CD', - 'LightSkyBlue4': '#607B8B', - 'LightSlateBlue': '#8470FF', - 'LightSlateGray': '#778899', - 'LightSlateGrey': '#778899', - 'LightSteelBlue': '#B0C4DE', - 'LightSteelBlue1': '#CAE1FF', - 'LightSteelBlue2': '#BCD2EE', - 'LightSteelBlue3': '#A2B5CD', - 'LightSteelBlue4': '#6E7B8B', - 'LightYellow': '#FFFFE0', - 'LightYellow1': '#FFFFE0', - 'LightYellow2': '#EEEED1', - 'LightYellow3': '#CDCDB4', - 'LightYellow4': '#8B8B7A', - 'lime green': '#32CD32', - 'LimeGreen': '#32CD32', - 'linen': '#FAF0E6', - 'magenta': '#FF00FF', - 'magenta1': '#FF00FF', - 'magenta2': '#EE00EE', - 'magenta3': '#CD00CD', - 'magenta4': '#8B008B', - 'maroon': '#B03060', - 'maroon1': '#FF34B3', - 'maroon2': '#EE30A7', - 'maroon3': '#CD2990', - 'maroon4': '#8B1C62', - 'medium aquamarine': '#66CDAA', - 'medium blue': '#0000CD', - 'medium orchid': '#BA55D3', - 'medium purple': '#9370DB', - 'medium sea green': '#3CB371', - 'medium slate blue': '#7B68EE', - 'medium spring green': '#00FA9A', - 'medium turquoise': '#48D1CC', - 'medium violet red': '#C71585', - 'MediumAquamarine': '#66CDAA', - 'MediumBlue': '#0000CD', - 'MediumOrchid': '#BA55D3', - 'MediumOrchid1': '#E066FF', - 'MediumOrchid2': '#D15FEE', - 'MediumOrchid3': '#B452CD', - 'MediumOrchid4': '#7A378B', - 'MediumPurple': '#9370DB', - 'MediumPurple1': '#AB82FF', - 'MediumPurple2': '#9F79EE', - 'MediumPurple3': '#8968CD', - 'MediumPurple4': '#5D478B', - 'MediumSeaGreen': '#3CB371', - 'MediumSlateBlue': '#7B68EE', - 'MediumSpringGreen': '#00FA9A', - 'MediumTurquoise': '#48D1CC', - 'MediumVioletRed': '#C71585', - 'midnight blue': '#191970', - 'MidnightBlue': '#191970', - 'mint cream': '#F5FFFA', - 'MintCream': '#F5FFFA', - 'misty rose': '#FFE4E1', - 'MistyRose': '#FFE4E1', - 'MistyRose1': '#FFE4E1', - 'MistyRose2': '#EED5D2', - 'MistyRose3': '#CDB7B5', - 'MistyRose4': '#8B7D7B', - 'moccasin': '#FFE4B5', - 'navajo white': '#FFDEAD', - 'NavajoWhite': '#FFDEAD', - 'NavajoWhite1': '#FFDEAD', - 'NavajoWhite2': '#EECFA1', - 'NavajoWhite3': '#CDB38B', - 'NavajoWhite4': '#8B795E', - 'navy': '#000080', - 'navy blue': '#000080', - 'NavyBlue': '#000080', - 'old lace': '#FDF5E6', - 'OldLace': '#FDF5E6', - 'olive drab': '#6B8E23', - 'OliveDrab': '#6B8E23', - 'OliveDrab1': '#C0FF3E', - 'OliveDrab2': '#B3EE3A', - 'OliveDrab3': '#9ACD32', - 'OliveDrab4': '#698B22', - 'orange': '#FFA500', - 'orange red': '#FF4500', - 'orange1': '#FFA500', - 'orange2': '#EE9A00', - 'orange3': '#CD8500', - 'orange4': '#8B5A00', - 'OrangeRed': '#FF4500', - 'OrangeRed1': '#FF4500', - 'OrangeRed2': '#EE4000', - 'OrangeRed3': '#CD3700', - 'OrangeRed4': '#8B2500', - 'orchid': '#DA70D6', - 'orchid1': '#FF83FA', - 'orchid2': '#EE7AE9', - 'orchid3': '#CD69C9', - 'orchid4': '#8B4789', - 'pale goldenrod': '#EEE8AA', - 'pale green': '#98FB98', - 'pale turquoise': '#AFEEEE', - 'pale violet red': '#DB7093', - 'PaleGoldenrod': '#EEE8AA', - 'PaleGreen': '#98FB98', - 'PaleGreen1': '#9AFF9A', - 'PaleGreen2': '#90EE90', - 'PaleGreen3': '#7CCD7C', - 'PaleGreen4': '#548B54', - 'PaleTurquoise': '#AFEEEE', - 'PaleTurquoise1': '#BBFFFF', - 'PaleTurquoise2': '#AEEEEE', - 'PaleTurquoise3': '#96CDCD', - 'PaleTurquoise4': '#668B8B', - 'PaleVioletRed': '#DB7093', - 'PaleVioletRed1': '#FF82AB', - 'PaleVioletRed2': '#EE799F', - 'PaleVioletRed3': '#CD687F', - 'PaleVioletRed4': '#8B475D', - 'papaya whip': '#FFEFD5', - 'PapayaWhip': '#FFEFD5', - 'peach puff': '#FFDAB9', - 'PeachPuff': '#FFDAB9', - 'PeachPuff1': '#FFDAB9', - 'PeachPuff2': '#EECBAD', - 'PeachPuff3': '#CDAF95', - 'PeachPuff4': '#8B7765', - 'peru': '#CD853F', - 'pink': '#FFC0CB', - 'pink1': '#FFB5C5', - 'pink2': '#EEA9B8', - 'pink3': '#CD919E', - 'pink4': '#8B636C', - 'plum': '#DDA0DD', - 'plum1': '#FFBBFF', - 'plum2': '#EEAEEE', - 'plum3': '#CD96CD', - 'plum4': '#8B668B', - 'powder blue': '#B0E0E6', - 'PowderBlue': '#B0E0E6', - 'purple': '#A020F0', - 'purple1': '#9B30FF', - 'purple2': '#912CEE', - 'purple3': '#7D26CD', - 'purple4': '#551A8B', - 'red': '#FF0000', - 'red1': '#FF0000', - 'red2': '#EE0000', - 'red3': '#CD0000', - 'red4': '#8B0000', - 'rosy brown': '#BC8F8F', - 'RosyBrown': '#BC8F8F', - 'RosyBrown1': '#FFC1C1', - 'RosyBrown2': '#EEB4B4', - 'RosyBrown3': '#CD9B9B', - 'RosyBrown4': '#8B6969', - 'royal blue': '#4169E1', - 'RoyalBlue': '#4169E1', - 'RoyalBlue1': '#4876FF', - 'RoyalBlue2': '#436EEE', - 'RoyalBlue3': '#3A5FCD', - 'RoyalBlue4': '#27408B', - 'saddle brown': '#8B4513', - 'SaddleBrown': '#8B4513', - 'salmon': '#FA8072', - 'salmon1': '#FF8C69', - 'salmon2': '#EE8262', - 'salmon3': '#CD7054', - 'salmon4': '#8B4C39', - 'sandy brown': '#F4A460', - 'SandyBrown': '#F4A460', - 'sea green': '#2E8B57', - 'SeaGreen': '#2E8B57', - 'SeaGreen1': '#54FF9F', - 'SeaGreen2': '#4EEE94', - 'SeaGreen3': '#43CD80', - 'SeaGreen4': '#2E8B57', - 'seashell': '#FFF5EE', - 'seashell1': '#FFF5EE', - 'seashell2': '#EEE5DE', - 'seashell3': '#CDC5BF', - 'seashell4': '#8B8682', - 'sienna': '#A0522D', - 'sienna1': '#FF8247', - 'sienna2': '#EE7942', - 'sienna3': '#CD6839', - 'sienna4': '#8B4726', - 'sky blue': '#87CEEB', - 'SkyBlue': '#87CEEB', - 'SkyBlue1': '#87CEFF', - 'SkyBlue2': '#7EC0EE', - 'SkyBlue3': '#6CA6CD', - 'SkyBlue4': '#4A708B', - 'slate blue': '#6A5ACD', - 'slate gray': '#708090', - 'slate grey': '#708090', - 'SlateBlue': '#6A5ACD', - 'SlateBlue1': '#836FFF', - 'SlateBlue2': '#7A67EE', - 'SlateBlue3': '#6959CD', - 'SlateBlue4': '#473C8B', - 'SlateGray': '#708090', - 'SlateGray1': '#C6E2FF', - 'SlateGray2': '#B9D3EE', - 'SlateGray3': '#9FB6CD', - 'SlateGray4': '#6C7B8B', - 'SlateGrey': '#708090', - 'snow': '#FFFAFA', - 'snow1': '#FFFAFA', - 'snow2': '#EEE9E9', - 'snow3': '#CDC9C9', - 'snow4': '#8B8989', - 'spring green': '#00FF7F', - 'SpringGreen': '#00FF7F', - 'SpringGreen1': '#00FF7F', - 'SpringGreen2': '#00EE76', - 'SpringGreen3': '#00CD66', - 'SpringGreen4': '#008B45', - 'steel blue': '#4682B4', - 'SteelBlue': '#4682B4', - 'SteelBlue1': '#63B8FF', - 'SteelBlue2': '#5CACEE', - 'SteelBlue3': '#4F94CD', - 'SteelBlue4': '#36648B', - 'tan': '#D2B48C', - 'tan1': '#FFA54F', - 'tan2': '#EE9A49', - 'tan3': '#CD853F', - 'tan4': '#8B5A2B', - 'thistle': '#D8BFD8', - 'thistle1': '#FFE1FF', - 'thistle2': '#EED2EE', - 'thistle3': '#CDB5CD', - 'thistle4': '#8B7B8B', - 'tomato': '#FF6347', - 'tomato1': '#FF6347', - 'tomato2': '#EE5C42', - 'tomato3': '#CD4F39', - 'tomato4': '#8B3626', - 'turquoise': '#40E0D0', - 'turquoise1': '#00F5FF', - 'turquoise2': '#00E5EE', - 'turquoise3': '#00C5CD', - 'turquoise4': '#00868B', - 'violet': '#EE82EE', - 'violet red': '#D02090', - 'VioletRed': '#D02090', - 'VioletRed1': '#FF3E96', - 'VioletRed2': '#EE3A8C', - 'VioletRed3': '#CD3278', - 'VioletRed4': '#8B2252', - 'wheat': '#F5DEB3', - 'wheat1': '#FFE7BA', - 'wheat2': '#EED8AE', - 'wheat3': '#CDBA96', - 'wheat4': '#8B7E66', - 'white': '#FFFFFF', - 'white smoke': '#F5F5F5', - 'WhiteSmoke': '#F5F5F5', - 'yellow': '#FFFF00', - 'yellow green': '#9ACD32', - 'yellow1': '#FFFF00', - 'yellow2': '#EEEE00', - 'yellow3': '#CDCD00', - 'yellow4': '#8B8B00', - 'YellowGreen': '#9ACD32', - } - - old_look_and_feel = None - if look_and_feel is not None: - old_look_and_feel = sg.CURRENT_LOOK_AND_FEEL - sg.theme(look_and_feel) - - button_size = (1, 1) - - # button_size = (None,None) # for very compact buttons - - def ColorButton(color): - """ - A User Defined Element - returns a Button that configured in a certain way. - :param color: Tuple[str, str] ( color name, hex string) - :return: sg.Button object - """ - return sg.B(button_color=('white', color[1]), pad=(0, 0), size=button_size, key=color, tooltip=f'{color[0]}:{color[1]}', border_width=0) - - num_colors = len(list(color_map.keys())) - row_len = 40 - - grid = [[ColorButton(list(color_map.items())[c + j * row_len]) for c in range(0, row_len)] for j in range(0, num_colors // row_len)] - grid += [[ColorButton(list(color_map.items())[c + num_colors - num_colors % row_len]) for c in range(0, num_colors % row_len)]] - - layout = [[sg.Text('Pick a color', font='Def 18')]] + grid + \ - [[sg.Button('OK'), sg.T(size=(30, 1), key='-OUT-')]] - - window = sg.Window('Window Title', layout, no_titlebar=True, grab_anywhere=True, keep_on_top=True, use_ttk_buttons=True) - color_chosen = None - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'OK'): - if event == sg.WIN_CLOSED: - color_chosen = None - break - window['-OUT-'](f'You chose {event[0]} : {event[1]}') - color_chosen = event[1] - window.close() - if old_look_and_feel is not None: - sg.theme(old_look_and_feel) - return color_chosen - - -if __name__ == '__main__': - sg.theme('Light Brown 4') - layout = [[sg.In(key='-CHOICE-'), sg.B('Color Picker')], - [sg.Ok(), sg.Cancel()]] - window = sg.Window('My application', layout) - while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Cancel'): - break - if event.startswith('Color'): - window.hide() - color_chosen = popup_color_chooser('Dark Blue 3') - window['-CHOICE-'].update(color_chosen) - window.un_hide() - else: - print(f'The current look and feel = {sg.CURRENT_LOOK_AND_FEEL}') diff --git a/DemoPrograms/Demo_Color_Names.py b/DemoPrograms/Demo_Color_Names.py deleted file mode 100644 index b63b18fb8..000000000 --- a/DemoPrograms/Demo_Color_Names.py +++ /dev/null @@ -1,711 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - - Shows a big chart of colors... give it a few seconds to create it - Once large window is shown, you can click on any color and another window will popup - showing both white and black text on that color - Uses TOOLTIPS to show the hex values for the colors. Hover over a color and a tooltip will show you the RGB - You will find the list of tkinter colors here: - http://www.tcl.tk/man/tcl8.5/TkCmd/colors.htm - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -color_map = { - 'alice blue': '#F0F8FF', - 'AliceBlue': '#F0F8FF', - 'antique white': '#FAEBD7', - 'AntiqueWhite': '#FAEBD7', - 'AntiqueWhite1': '#FFEFDB', - 'AntiqueWhite2': '#EEDFCC', - 'AntiqueWhite3': '#CDC0B0', - 'AntiqueWhite4': '#8B8378', - 'aquamarine': '#7FFFD4', - 'aquamarine1': '#7FFFD4', - 'aquamarine2': '#76EEC6', - 'aquamarine3': '#66CDAA', - 'aquamarine4': '#458B74', - 'azure': '#F0FFFF', - 'azure1': '#F0FFFF', - 'azure2': '#E0EEEE', - 'azure3': '#C1CDCD', - 'azure4': '#838B8B', - 'beige': '#F5F5DC', - 'bisque': '#FFE4C4', - 'bisque1': '#FFE4C4', - 'bisque2': '#EED5B7', - 'bisque3': '#CDB79E', - 'bisque4': '#8B7D6B', - 'black': '#000000', - 'blanched almond': '#FFEBCD', - 'BlanchedAlmond': '#FFEBCD', - 'blue': '#0000FF', - 'blue violet': '#8A2BE2', - 'blue1': '#0000FF', - 'blue2': '#0000EE', - 'blue3': '#0000CD', - 'blue4': '#00008B', - 'BlueViolet': '#8A2BE2', - 'brown': '#A52A2A', - 'brown1': '#FF4040', - 'brown2': '#EE3B3B', - 'brown3': '#CD3333', - 'brown4': '#8B2323', - 'burlywood': '#DEB887', - 'burlywood1': '#FFD39B', - 'burlywood2': '#EEC591', - 'burlywood3': '#CDAA7D', - 'burlywood4': '#8B7355', - 'cadet blue': '#5F9EA0', - 'CadetBlue': '#5F9EA0', - 'CadetBlue1': '#98F5FF', - 'CadetBlue2': '#8EE5EE', - 'CadetBlue3': '#7AC5CD', - 'CadetBlue4': '#53868B', - 'chartreuse': '#7FFF00', - 'chartreuse1': '#7FFF00', - 'chartreuse2': '#76EE00', - 'chartreuse3': '#66CD00', - 'chartreuse4': '#458B00', - 'chocolate': '#D2691E', - 'chocolate1': '#FF7F24', - 'chocolate2': '#EE7621', - 'chocolate3': '#CD661D', - 'chocolate4': '#8B4513', - 'coral': '#FF7F50', - 'coral1': '#FF7256', - 'coral2': '#EE6A50', - 'coral3': '#CD5B45', - 'coral4': '#8B3E2F', - 'cornflower blue': '#6495ED', - 'CornflowerBlue': '#6495ED', - 'cornsilk': '#FFF8DC', - 'cornsilk1': '#FFF8DC', - 'cornsilk2': '#EEE8CD', - 'cornsilk3': '#CDC8B1', - 'cornsilk4': '#8B8878', - 'cyan': '#00FFFF', - 'cyan1': '#00FFFF', - 'cyan2': '#00EEEE', - 'cyan3': '#00CDCD', - 'cyan4': '#008B8B', - 'dark blue': '#00008B', - 'dark cyan': '#008B8B', - 'dark goldenrod': '#B8860B', - 'dark gray': '#A9A9A9', - 'dark green': '#006400', - 'dark grey': '#A9A9A9', - 'dark khaki': '#BDB76B', - 'dark magenta': '#8B008B', - 'dark olive green': '#556B2F', - 'dark orange': '#FF8C00', - 'dark orchid': '#9932CC', - 'dark red': '#8B0000', - 'dark salmon': '#E9967A', - 'dark sea green': '#8FBC8F', - 'dark slate blue': '#483D8B', - 'dark slate gray': '#2F4F4F', - 'dark slate grey': '#2F4F4F', - 'dark turquoise': '#00CED1', - 'dark violet': '#9400D3', - 'DarkBlue': '#00008B', - 'DarkCyan': '#008B8B', - 'DarkGoldenrod': '#B8860B', - 'DarkGoldenrod1': '#FFB90F', - 'DarkGoldenrod2': '#EEAD0E', - 'DarkGoldenrod3': '#CD950C', - 'DarkGoldenrod4': '#8B6508', - 'DarkGray': '#A9A9A9', - 'DarkGreen': '#006400', - 'DarkGrey': '#A9A9A9', - 'DarkKhaki': '#BDB76B', - 'DarkMagenta': '#8B008B', - 'DarkOliveGreen': '#556B2F', - 'DarkOliveGreen1': '#CAFF70', - 'DarkOliveGreen2': '#BCEE68', - 'DarkOliveGreen3': '#A2CD5A', - 'DarkOliveGreen4': '#6E8B3D', - 'DarkOrange': '#FF8C00', - 'DarkOrange1': '#FF7F00', - 'DarkOrange2': '#EE7600', - 'DarkOrange3': '#CD6600', - 'DarkOrange4': '#8B4500', - 'DarkOrchid': '#9932CC', - 'DarkOrchid1': '#BF3EFF', - 'DarkOrchid2': '#B23AEE', - 'DarkOrchid3': '#9A32CD', - 'DarkOrchid4': '#68228B', - 'DarkRed': '#8B0000', - 'DarkSalmon': '#E9967A', - 'DarkSeaGreen': '#8FBC8F', - 'DarkSeaGreen1': '#C1FFC1', - 'DarkSeaGreen2': '#B4EEB4', - 'DarkSeaGreen3': '#9BCD9B', - 'DarkSeaGreen4': '#698B69', - 'DarkSlateBlue': '#483D8B', - 'DarkSlateGray': '#2F4F4F', - 'DarkSlateGray1': '#97FFFF', - 'DarkSlateGray2': '#8DEEEE', - 'DarkSlateGray3': '#79CDCD', - 'DarkSlateGray4': '#528B8B', - 'DarkSlateGrey': '#2F4F4F', - 'DarkTurquoise': '#00CED1', - 'DarkViolet': '#9400D3', - 'deep pink': '#FF1493', - 'deep sky blue': '#00BFFF', - 'DeepPink': '#FF1493', - 'DeepPink1': '#FF1493', - 'DeepPink2': '#EE1289', - 'DeepPink3': '#CD1076', - 'DeepPink4': '#8B0A50', - 'DeepSkyBlue': '#00BFFF', - 'DeepSkyBlue1': '#00BFFF', - 'DeepSkyBlue2': '#00B2EE', - 'DeepSkyBlue3': '#009ACD', - 'DeepSkyBlue4': '#00688B', - 'dim gray': '#696969', - 'dim grey': '#696969', - 'DimGray': '#696969', - 'DimGrey': '#696969', - 'dodger blue': '#1E90FF', - 'DodgerBlue': '#1E90FF', - 'DodgerBlue1': '#1E90FF', - 'DodgerBlue2': '#1C86EE', - 'DodgerBlue3': '#1874CD', - 'DodgerBlue4': '#104E8B', - 'firebrick': '#B22222', - 'firebrick1': '#FF3030', - 'firebrick2': '#EE2C2C', - 'firebrick3': '#CD2626', - 'firebrick4': '#8B1A1A', - 'floral white': '#FFFAF0', - 'FloralWhite': '#FFFAF0', - 'forest green': '#228B22', - 'ForestGreen': '#228B22', - 'gainsboro': '#DCDCDC', - 'ghost white': '#F8F8FF', - 'GhostWhite': '#F8F8FF', - 'gold': '#FFD700', - 'gold1': '#FFD700', - 'gold2': '#EEC900', - 'gold3': '#CDAD00', - 'gold4': '#8B7500', - 'goldenrod': '#DAA520', - 'goldenrod1': '#FFC125', - 'goldenrod2': '#EEB422', - 'goldenrod3': '#CD9B1D', - 'goldenrod4': '#8B6914', - 'green': '#00FF00', - 'green yellow': '#ADFF2F', - 'green1': '#00FF00', - 'green2': '#00EE00', - 'green3': '#00CD00', - 'green4': '#008B00', - 'GreenYellow': '#ADFF2F', - 'grey': '#BEBEBE', - 'grey0': '#000000', - 'grey1': '#030303', - 'grey2': '#050505', - 'grey3': '#080808', - 'grey4': '#0A0A0A', - 'grey5': '#0D0D0D', - 'grey6': '#0F0F0F', - 'grey7': '#121212', - 'grey8': '#141414', - 'grey9': '#171717', - 'grey10': '#1A1A1A', - 'grey11': '#1C1C1C', - 'grey12': '#1F1F1F', - 'grey13': '#212121', - 'grey14': '#242424', - 'grey15': '#262626', - 'grey16': '#292929', - 'grey17': '#2B2B2B', - 'grey18': '#2E2E2E', - 'grey19': '#303030', - 'grey20': '#333333', - 'grey21': '#363636', - 'grey22': '#383838', - 'grey23': '#3B3B3B', - 'grey24': '#3D3D3D', - 'grey25': '#404040', - 'grey26': '#424242', - 'grey27': '#454545', - 'grey28': '#474747', - 'grey29': '#4A4A4A', - 'grey30': '#4D4D4D', - 'grey31': '#4F4F4F', - 'grey32': '#525252', - 'grey33': '#545454', - 'grey34': '#575757', - 'grey35': '#595959', - 'grey36': '#5C5C5C', - 'grey37': '#5E5E5E', - 'grey38': '#616161', - 'grey39': '#636363', - 'grey40': '#666666', - 'grey41': '#696969', - 'grey42': '#6B6B6B', - 'grey43': '#6E6E6E', - 'grey44': '#707070', - 'grey45': '#737373', - 'grey46': '#757575', - 'grey47': '#787878', - 'grey48': '#7A7A7A', - 'grey49': '#7D7D7D', - 'grey50': '#7F7F7F', - 'grey51': '#828282', - 'grey52': '#858585', - 'grey53': '#878787', - 'grey54': '#8A8A8A', - 'grey55': '#8C8C8C', - 'grey56': '#8F8F8F', - 'grey57': '#919191', - 'grey58': '#949494', - 'grey59': '#969696', - 'grey60': '#999999', - 'grey61': '#9C9C9C', - 'grey62': '#9E9E9E', - 'grey63': '#A1A1A1', - 'grey64': '#A3A3A3', - 'grey65': '#A6A6A6', - 'grey66': '#A8A8A8', - 'grey67': '#ABABAB', - 'grey68': '#ADADAD', - 'grey69': '#B0B0B0', - 'grey70': '#B3B3B3', - 'grey71': '#B5B5B5', - 'grey72': '#B8B8B8', - 'grey73': '#BABABA', - 'grey74': '#BDBDBD', - 'grey75': '#BFBFBF', - 'grey76': '#C2C2C2', - 'grey77': '#C4C4C4', - 'grey78': '#C7C7C7', - 'grey79': '#C9C9C9', - 'grey80': '#CCCCCC', - 'grey81': '#CFCFCF', - 'grey82': '#D1D1D1', - 'grey83': '#D4D4D4', - 'grey84': '#D6D6D6', - 'grey85': '#D9D9D9', - 'grey86': '#DBDBDB', - 'grey87': '#DEDEDE', - 'grey88': '#E0E0E0', - 'grey89': '#E3E3E3', - 'grey90': '#E5E5E5', - 'grey91': '#E8E8E8', - 'grey92': '#EBEBEB', - 'grey93': '#EDEDED', - 'grey94': '#F0F0F0', - 'grey95': '#F2F2F2', - 'grey96': '#F5F5F5', - 'grey97': '#F7F7F7', - 'grey98': '#FAFAFA', - 'grey99': '#FCFCFC', - 'grey100': '#FFFFFF', - 'honeydew': '#F0FFF0', - 'honeydew1': '#F0FFF0', - 'honeydew2': '#E0EEE0', - 'honeydew3': '#C1CDC1', - 'honeydew4': '#838B83', - 'hot pink': '#FF69B4', - 'HotPink': '#FF69B4', - 'HotPink1': '#FF6EB4', - 'HotPink2': '#EE6AA7', - 'HotPink3': '#CD6090', - 'HotPink4': '#8B3A62', - 'indian red': '#CD5C5C', - 'IndianRed': '#CD5C5C', - 'IndianRed1': '#FF6A6A', - 'IndianRed2': '#EE6363', - 'IndianRed3': '#CD5555', - 'IndianRed4': '#8B3A3A', - 'ivory': '#FFFFF0', - 'ivory1': '#FFFFF0', - 'ivory2': '#EEEEE0', - 'ivory3': '#CDCDC1', - 'ivory4': '#8B8B83', - 'khaki': '#F0E68C', - 'khaki1': '#FFF68F', - 'khaki2': '#EEE685', - 'khaki3': '#CDC673', - 'khaki4': '#8B864E', - 'lavender': '#E6E6FA', - 'lavender blush': '#FFF0F5', - 'LavenderBlush': '#FFF0F5', - 'LavenderBlush1': '#FFF0F5', - 'LavenderBlush2': '#EEE0E5', - 'LavenderBlush3': '#CDC1C5', - 'LavenderBlush4': '#8B8386', - 'lawn green': '#7CFC00', - 'LawnGreen': '#7CFC00', - 'lemon chiffon': '#FFFACD', - 'LemonChiffon': '#FFFACD', - 'LemonChiffon1': '#FFFACD', - 'LemonChiffon2': '#EEE9BF', - 'LemonChiffon3': '#CDC9A5', - 'LemonChiffon4': '#8B8970', - 'light blue': '#ADD8E6', - 'light coral': '#F08080', - 'light cyan': '#E0FFFF', - 'light goldenrod': '#EEDD82', - 'light goldenrod yellow': '#FAFAD2', - 'light gray': '#D3D3D3', - 'light green': '#90EE90', - 'light grey': '#D3D3D3', - 'light pink': '#FFB6C1', - 'light salmon': '#FFA07A', - 'light sea green': '#20B2AA', - 'light sky blue': '#87CEFA', - 'light slate blue': '#8470FF', - 'light slate gray': '#778899', - 'light slate grey': '#778899', - 'light steel blue': '#B0C4DE', - 'light yellow': '#FFFFE0', - 'LightBlue': '#ADD8E6', - 'LightBlue1': '#BFEFFF', - 'LightBlue2': '#B2DFEE', - 'LightBlue3': '#9AC0CD', - 'LightBlue4': '#68838B', - 'LightCoral': '#F08080', - 'LightCyan': '#E0FFFF', - 'LightCyan1': '#E0FFFF', - 'LightCyan2': '#D1EEEE', - 'LightCyan3': '#B4CDCD', - 'LightCyan4': '#7A8B8B', - 'LightGoldenrod': '#EEDD82', - 'LightGoldenrod1': '#FFEC8B', - 'LightGoldenrod2': '#EEDC82', - 'LightGoldenrod3': '#CDBE70', - 'LightGoldenrod4': '#8B814C', - 'LightGoldenrodYellow': '#FAFAD2', - 'LightGray': '#D3D3D3', - 'LightGreen': '#90EE90', - 'LightGrey': '#D3D3D3', - 'LightPink': '#FFB6C1', - 'LightPink1': '#FFAEB9', - 'LightPink2': '#EEA2AD', - 'LightPink3': '#CD8C95', - 'LightPink4': '#8B5F65', - 'LightSalmon': '#FFA07A', - 'LightSalmon1': '#FFA07A', - 'LightSalmon2': '#EE9572', - 'LightSalmon3': '#CD8162', - 'LightSalmon4': '#8B5742', - 'LightSeaGreen': '#20B2AA', - 'LightSkyBlue': '#87CEFA', - 'LightSkyBlue1': '#B0E2FF', - 'LightSkyBlue2': '#A4D3EE', - 'LightSkyBlue3': '#8DB6CD', - 'LightSkyBlue4': '#607B8B', - 'LightSlateBlue': '#8470FF', - 'LightSlateGray': '#778899', - 'LightSlateGrey': '#778899', - 'LightSteelBlue': '#B0C4DE', - 'LightSteelBlue1': '#CAE1FF', - 'LightSteelBlue2': '#BCD2EE', - 'LightSteelBlue3': '#A2B5CD', - 'LightSteelBlue4': '#6E7B8B', - 'LightYellow': '#FFFFE0', - 'LightYellow1': '#FFFFE0', - 'LightYellow2': '#EEEED1', - 'LightYellow3': '#CDCDB4', - 'LightYellow4': '#8B8B7A', - 'lime green': '#32CD32', - 'LimeGreen': '#32CD32', - 'linen': '#FAF0E6', - 'magenta': '#FF00FF', - 'magenta1': '#FF00FF', - 'magenta2': '#EE00EE', - 'magenta3': '#CD00CD', - 'magenta4': '#8B008B', - 'maroon': '#B03060', - 'maroon1': '#FF34B3', - 'maroon2': '#EE30A7', - 'maroon3': '#CD2990', - 'maroon4': '#8B1C62', - 'medium aquamarine': '#66CDAA', - 'medium blue': '#0000CD', - 'medium orchid': '#BA55D3', - 'medium purple': '#9370DB', - 'medium sea green': '#3CB371', - 'medium slate blue': '#7B68EE', - 'medium spring green': '#00FA9A', - 'medium turquoise': '#48D1CC', - 'medium violet red': '#C71585', - 'MediumAquamarine': '#66CDAA', - 'MediumBlue': '#0000CD', - 'MediumOrchid': '#BA55D3', - 'MediumOrchid1': '#E066FF', - 'MediumOrchid2': '#D15FEE', - 'MediumOrchid3': '#B452CD', - 'MediumOrchid4': '#7A378B', - 'MediumPurple': '#9370DB', - 'MediumPurple1': '#AB82FF', - 'MediumPurple2': '#9F79EE', - 'MediumPurple3': '#8968CD', - 'MediumPurple4': '#5D478B', - 'MediumSeaGreen': '#3CB371', - 'MediumSlateBlue': '#7B68EE', - 'MediumSpringGreen': '#00FA9A', - 'MediumTurquoise': '#48D1CC', - 'MediumVioletRed': '#C71585', - 'midnight blue': '#191970', - 'MidnightBlue': '#191970', - 'mint cream': '#F5FFFA', - 'MintCream': '#F5FFFA', - 'misty rose': '#FFE4E1', - 'MistyRose': '#FFE4E1', - 'MistyRose1': '#FFE4E1', - 'MistyRose2': '#EED5D2', - 'MistyRose3': '#CDB7B5', - 'MistyRose4': '#8B7D7B', - 'moccasin': '#FFE4B5', - 'navajo white': '#FFDEAD', - 'NavajoWhite': '#FFDEAD', - 'NavajoWhite1': '#FFDEAD', - 'NavajoWhite2': '#EECFA1', - 'NavajoWhite3': '#CDB38B', - 'NavajoWhite4': '#8B795E', - 'navy': '#000080', - 'navy blue': '#000080', - 'NavyBlue': '#000080', - 'old lace': '#FDF5E6', - 'OldLace': '#FDF5E6', - 'olive drab': '#6B8E23', - 'OliveDrab': '#6B8E23', - 'OliveDrab1': '#C0FF3E', - 'OliveDrab2': '#B3EE3A', - 'OliveDrab3': '#9ACD32', - 'OliveDrab4': '#698B22', - 'orange': '#FFA500', - 'orange red': '#FF4500', - 'orange1': '#FFA500', - 'orange2': '#EE9A00', - 'orange3': '#CD8500', - 'orange4': '#8B5A00', - 'OrangeRed': '#FF4500', - 'OrangeRed1': '#FF4500', - 'OrangeRed2': '#EE4000', - 'OrangeRed3': '#CD3700', - 'OrangeRed4': '#8B2500', - 'orchid': '#DA70D6', - 'orchid1': '#FF83FA', - 'orchid2': '#EE7AE9', - 'orchid3': '#CD69C9', - 'orchid4': '#8B4789', - 'pale goldenrod': '#EEE8AA', - 'pale green': '#98FB98', - 'pale turquoise': '#AFEEEE', - 'pale violet red': '#DB7093', - 'PaleGoldenrod': '#EEE8AA', - 'PaleGreen': '#98FB98', - 'PaleGreen1': '#9AFF9A', - 'PaleGreen2': '#90EE90', - 'PaleGreen3': '#7CCD7C', - 'PaleGreen4': '#548B54', - 'PaleTurquoise': '#AFEEEE', - 'PaleTurquoise1': '#BBFFFF', - 'PaleTurquoise2': '#AEEEEE', - 'PaleTurquoise3': '#96CDCD', - 'PaleTurquoise4': '#668B8B', - 'PaleVioletRed': '#DB7093', - 'PaleVioletRed1': '#FF82AB', - 'PaleVioletRed2': '#EE799F', - 'PaleVioletRed3': '#CD687F', - 'PaleVioletRed4': '#8B475D', - 'papaya whip': '#FFEFD5', - 'PapayaWhip': '#FFEFD5', - 'peach puff': '#FFDAB9', - 'PeachPuff': '#FFDAB9', - 'PeachPuff1': '#FFDAB9', - 'PeachPuff2': '#EECBAD', - 'PeachPuff3': '#CDAF95', - 'PeachPuff4': '#8B7765', - 'peru': '#CD853F', - 'pink': '#FFC0CB', - 'pink1': '#FFB5C5', - 'pink2': '#EEA9B8', - 'pink3': '#CD919E', - 'pink4': '#8B636C', - 'plum': '#DDA0DD', - 'plum1': '#FFBBFF', - 'plum2': '#EEAEEE', - 'plum3': '#CD96CD', - 'plum4': '#8B668B', - 'powder blue': '#B0E0E6', - 'PowderBlue': '#B0E0E6', - 'purple': '#A020F0', - 'purple1': '#9B30FF', - 'purple2': '#912CEE', - 'purple3': '#7D26CD', - 'purple4': '#551A8B', - 'red': '#FF0000', - 'red1': '#FF0000', - 'red2': '#EE0000', - 'red3': '#CD0000', - 'red4': '#8B0000', - 'rosy brown': '#BC8F8F', - 'RosyBrown': '#BC8F8F', - 'RosyBrown1': '#FFC1C1', - 'RosyBrown2': '#EEB4B4', - 'RosyBrown3': '#CD9B9B', - 'RosyBrown4': '#8B6969', - 'royal blue': '#4169E1', - 'RoyalBlue': '#4169E1', - 'RoyalBlue1': '#4876FF', - 'RoyalBlue2': '#436EEE', - 'RoyalBlue3': '#3A5FCD', - 'RoyalBlue4': '#27408B', - 'saddle brown': '#8B4513', - 'SaddleBrown': '#8B4513', - 'salmon': '#FA8072', - 'salmon1': '#FF8C69', - 'salmon2': '#EE8262', - 'salmon3': '#CD7054', - 'salmon4': '#8B4C39', - 'sandy brown': '#F4A460', - 'SandyBrown': '#F4A460', - 'sea green': '#2E8B57', - 'SeaGreen': '#2E8B57', - 'SeaGreen1': '#54FF9F', - 'SeaGreen2': '#4EEE94', - 'SeaGreen3': '#43CD80', - 'SeaGreen4': '#2E8B57', - 'seashell': '#FFF5EE', - 'seashell1': '#FFF5EE', - 'seashell2': '#EEE5DE', - 'seashell3': '#CDC5BF', - 'seashell4': '#8B8682', - 'sienna': '#A0522D', - 'sienna1': '#FF8247', - 'sienna2': '#EE7942', - 'sienna3': '#CD6839', - 'sienna4': '#8B4726', - 'sky blue': '#87CEEB', - 'SkyBlue': '#87CEEB', - 'SkyBlue1': '#87CEFF', - 'SkyBlue2': '#7EC0EE', - 'SkyBlue3': '#6CA6CD', - 'SkyBlue4': '#4A708B', - 'slate blue': '#6A5ACD', - 'slate gray': '#708090', - 'slate grey': '#708090', - 'SlateBlue': '#6A5ACD', - 'SlateBlue1': '#836FFF', - 'SlateBlue2': '#7A67EE', - 'SlateBlue3': '#6959CD', - 'SlateBlue4': '#473C8B', - 'SlateGray': '#708090', - 'SlateGray1': '#C6E2FF', - 'SlateGray2': '#B9D3EE', - 'SlateGray3': '#9FB6CD', - 'SlateGray4': '#6C7B8B', - 'SlateGrey': '#708090', - 'snow': '#FFFAFA', - 'snow1': '#FFFAFA', - 'snow2': '#EEE9E9', - 'snow3': '#CDC9C9', - 'snow4': '#8B8989', - 'spring green': '#00FF7F', - 'SpringGreen': '#00FF7F', - 'SpringGreen1': '#00FF7F', - 'SpringGreen2': '#00EE76', - 'SpringGreen3': '#00CD66', - 'SpringGreen4': '#008B45', - 'steel blue': '#4682B4', - 'SteelBlue': '#4682B4', - 'SteelBlue1': '#63B8FF', - 'SteelBlue2': '#5CACEE', - 'SteelBlue3': '#4F94CD', - 'SteelBlue4': '#36648B', - 'tan': '#D2B48C', - 'tan1': '#FFA54F', - 'tan2': '#EE9A49', - 'tan3': '#CD853F', - 'tan4': '#8B5A2B', - 'thistle': '#D8BFD8', - 'thistle1': '#FFE1FF', - 'thistle2': '#EED2EE', - 'thistle3': '#CDB5CD', - 'thistle4': '#8B7B8B', - 'tomato': '#FF6347', - 'tomato1': '#FF6347', - 'tomato2': '#EE5C42', - 'tomato3': '#CD4F39', - 'tomato4': '#8B3626', - 'turquoise': '#40E0D0', - 'turquoise1': '#00F5FF', - 'turquoise2': '#00E5EE', - 'turquoise3': '#00C5CD', - 'turquoise4': '#00868B', - 'violet': '#EE82EE', - 'violet red': '#D02090', - 'VioletRed': '#D02090', - 'VioletRed1': '#FF3E96', - 'VioletRed2': '#EE3A8C', - 'VioletRed3': '#CD3278', - 'VioletRed4': '#8B2252', - 'wheat': '#F5DEB3', - 'wheat1': '#FFE7BA', - 'wheat2': '#EED8AE', - 'wheat3': '#CDBA96', - 'wheat4': '#8B7E66', - 'white': '#FFFFFF', - 'white smoke': '#F5F5F5', - 'WhiteSmoke': '#F5F5F5', - 'yellow': '#FFFF00', - 'yellow green': '#9ACD32', - 'yellow1': '#FFFF00', - 'yellow2': '#EEEE00', - 'yellow3': '#CDCD00', - 'yellow4': '#8B8B00', - 'YellowGreen': '#9ACD32', -} - -sg.popup_quick_message('Building your table... one moment please...', background_color='red', text_color='white', font='_ 20') - -sg.set_options(button_element_size=(11, 1), - element_padding=(0, 0), - auto_size_buttons=False, - border_width=0, tooltip_time=100) - -# start layout with the tittle -# layout = [[sg.Text('Hover mouse to see RGB value, click for popup with buttons', -# justification='center', font='Default 20')]] - -# -- Create primary color viewer window -- -color_list = list(color_map.keys()) -num_colors = len(color_list) -colors_per_row = 15 -total_rows = num_colors//colors_per_row -# for row_num in range(total_rows): -# row = [] -# for i in range(colors_per_row): -# color = color_list[row_num + i * total_rows] -# row.append(sg.Button(color, button_color=('black', color), key=color, tooltip=color_map[color], border_width=0)) -# layout.append(row) - - -# layout = [[sg.Text('Hover mouse to see RGB value, click for popup with buttons', -# justification='center', font='Default 20')]] + [[sg.Button(color_list[row_num + i * total_rows], button_color=('black', color_list[row_num + i * total_rows]), key=color_list[row_num + i * total_rows], tooltip=color_map[color_list[row_num + i * total_rows]], border_width=0) for i in range(colors_per_row)] for row_num in range(total_rows)] - -window = sg.Window('Color Viewer', - [[sg.Text('Hover mouse to see RGB value, click for popup with buttons', justification='center', font='Default 15')]] + - [[sg.Button(color_list[row_num + i * total_rows], button_color=('black', color_list[row_num + i * total_rows]), key=color_list[row_num + i * total_rows], tooltip=color_map[color_list[row_num + i * total_rows]], border_width=0) for i in range(colors_per_row)] for row_num in range(total_rows)], font='Default 7', element_justification='c', use_default_focus=False) - -# -- Event loop -- -while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - # -- Create a secondary window that shows white and black text on chosen color - layout2 = [[sg.DummyButton(event, button_color=('white', event), tooltip=color_map[event]), sg.DummyButton(event, button_color=('black', event), tooltip=color_map[event])]] - sg.Window('Buttons with white and black text', layout2, keep_on_top=True, use_default_focus=False).read(timeout=0) diff --git a/DemoPrograms/Demo_Color_Names_Smaller_List.py b/DemoPrograms/Demo_Color_Names_Smaller_List.py deleted file mode 100644 index 223f640a2..000000000 --- a/DemoPrograms/Demo_Color_Names_Smaller_List.py +++ /dev/null @@ -1,130 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Color names courtesy of Big Daddy's Wiki-Python - http://www.wikipython.com/tkinter-ttk-tix/summary-information/colors/ - - Shows a big chart of colors... give it a few seconds to create it - Once large window is shown, you can click on any color and another window will popup - showing both white and black text on that color - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -COLORS = ['snow', 'ghost white', 'white smoke', 'gainsboro', 'floral white', 'old lace', - 'linen', 'antique white', 'papaya whip', 'blanched almond', 'bisque', 'peach puff', - 'navajo white', 'lemon chiffon', 'mint cream', 'azure', 'alice blue', 'lavender', - 'lavender blush', 'misty rose', 'dark slate gray', 'dim gray', 'slate gray', - 'light slate gray', 'gray', 'light gray', 'midnight blue', 'navy', 'cornflower blue', 'dark slate blue', - 'slate blue', 'medium slate blue', 'light slate blue', 'medium blue', 'royal blue', 'blue', - 'dodger blue', 'deep sky blue', 'sky blue', 'light sky blue', 'steel blue', 'light steel blue', - 'light blue', 'powder blue', 'pale turquoise', 'dark turquoise', 'medium turquoise', 'turquoise', - 'cyan', 'light cyan', 'cadet blue', 'medium aquamarine', 'aquamarine', 'dark green', 'dark olive green', - 'dark sea green', 'sea green', 'medium sea green', 'light sea green', 'pale green', 'spring green', - 'lawn green', 'medium spring green', 'green yellow', 'lime green', 'yellow green', - 'forest green', 'olive drab', 'dark khaki', 'khaki', 'pale goldenrod', 'light goldenrod yellow', - 'light yellow', 'yellow', 'gold', 'light goldenrod', 'goldenrod', 'dark goldenrod', 'rosy brown', - 'indian red', 'saddle brown', 'sandy brown', - 'dark salmon', 'salmon', 'light salmon', 'orange', 'dark orange', - 'coral', 'light coral', 'tomato', 'orange red', 'red', 'hot pink', 'deep pink', 'pink', 'light pink', - 'pale violet red', 'maroon', 'medium violet red', 'violet red', - 'medium orchid', 'dark orchid', 'dark violet', 'blue violet', 'purple', 'medium purple', - 'thistle', 'snow2', 'snow3', - 'snow4', 'seashell2', 'seashell3', 'seashell4', 'AntiqueWhite1', 'AntiqueWhite2', - 'AntiqueWhite3', 'AntiqueWhite4', 'bisque2', 'bisque3', 'bisque4', 'PeachPuff2', - 'PeachPuff3', 'PeachPuff4', 'NavajoWhite2', 'NavajoWhite3', 'NavajoWhite4', - 'LemonChiffon2', 'LemonChiffon3', 'LemonChiffon4', 'cornsilk2', 'cornsilk3', - 'cornsilk4', 'ivory2', 'ivory3', 'ivory4', 'honeydew2', 'honeydew3', 'honeydew4', - 'LavenderBlush2', 'LavenderBlush3', 'LavenderBlush4', 'MistyRose2', 'MistyRose3', - 'MistyRose4', 'azure2', 'azure3', 'azure4', 'SlateBlue1', 'SlateBlue2', 'SlateBlue3', - 'SlateBlue4', 'RoyalBlue1', 'RoyalBlue2', 'RoyalBlue3', 'RoyalBlue4', 'blue2', 'blue4', - 'DodgerBlue2', 'DodgerBlue3', 'DodgerBlue4', 'SteelBlue1', 'SteelBlue2', - 'SteelBlue3', 'SteelBlue4', 'DeepSkyBlue2', 'DeepSkyBlue3', 'DeepSkyBlue4', - 'SkyBlue1', 'SkyBlue2', 'SkyBlue3', 'SkyBlue4', 'LightSkyBlue1', 'LightSkyBlue2', - 'LightSkyBlue3', 'LightSkyBlue4', 'Slategray1', 'Slategray2', 'Slategray3', - 'Slategray4', 'LightSteelBlue1', 'LightSteelBlue2', 'LightSteelBlue3', - 'LightSteelBlue4', 'LightBlue1', 'LightBlue2', 'LightBlue3', 'LightBlue4', - 'LightCyan2', 'LightCyan3', 'LightCyan4', 'PaleTurquoise1', 'PaleTurquoise2', - 'PaleTurquoise3', 'PaleTurquoise4', 'CadetBlue1', 'CadetBlue2', 'CadetBlue3', - 'CadetBlue4', 'turquoise1', 'turquoise2', 'turquoise3', 'turquoise4', 'cyan2', 'cyan3', - 'cyan4', 'DarkSlategray1', 'DarkSlategray2', 'DarkSlategray3', 'DarkSlategray4', - 'aquamarine2', 'aquamarine4', 'DarkSeaGreen1', 'DarkSeaGreen2', 'DarkSeaGreen3', - 'DarkSeaGreen4', 'SeaGreen1', 'SeaGreen2', 'SeaGreen3', 'PaleGreen1', 'PaleGreen2', - 'PaleGreen3', 'PaleGreen4', 'SpringGreen2', 'SpringGreen3', 'SpringGreen4', - 'green2', 'green3', 'green4', 'chartreuse2', 'chartreuse3', 'chartreuse4', - 'OliveDrab1', 'OliveDrab2', 'OliveDrab4', 'DarkOliveGreen1', 'DarkOliveGreen2', - 'DarkOliveGreen3', 'DarkOliveGreen4', 'khaki1', 'khaki2', 'khaki3', 'khaki4', - 'LightGoldenrod1', 'LightGoldenrod2', 'LightGoldenrod3', 'LightGoldenrod4', - 'LightYellow2', 'LightYellow3', 'LightYellow4', 'yellow2', 'yellow3', 'yellow4', - 'gold2', 'gold3', 'gold4', 'goldenrod1', 'goldenrod2', 'goldenrod3', 'goldenrod4', - 'DarkGoldenrod1', 'DarkGoldenrod2', 'DarkGoldenrod3', 'DarkGoldenrod4', - 'RosyBrown1', 'RosyBrown2', 'RosyBrown3', 'RosyBrown4', 'IndianRed1', 'IndianRed2', - 'IndianRed3', 'IndianRed4', 'sienna1', 'sienna2', 'sienna3', 'sienna4', 'burlywood1', - 'burlywood2', 'burlywood3', 'burlywood4', 'wheat1', 'wheat2', 'wheat3', 'wheat4', 'tan1', - 'tan2', 'tan4', 'chocolate1', 'chocolate2', 'chocolate3', 'firebrick1', 'firebrick2', - 'firebrick3', 'firebrick4', 'brown1', 'brown2', 'brown3', 'brown4', 'salmon1', 'salmon2', - 'salmon3', 'salmon4', 'LightSalmon2', 'LightSalmon3', 'LightSalmon4', 'orange2', - 'orange3', 'orange4', 'DarkOrange1', 'DarkOrange2', 'DarkOrange3', 'DarkOrange4', - 'coral1', 'coral2', 'coral3', 'coral4', 'tomato2', 'tomato3', 'tomato4', 'OrangeRed2', - 'OrangeRed3', 'OrangeRed4', 'red2', 'red3', 'red4', 'DeepPink2', 'DeepPink3', 'DeepPink4', - 'HotPink1', 'HotPink2', 'HotPink3', 'HotPink4', 'pink1', 'pink2', 'pink3', 'pink4', - 'LightPink1', 'LightPink2', 'LightPink3', 'LightPink4', 'PaleVioletRed1', - 'PaleVioletRed2', 'PaleVioletRed3', 'PaleVioletRed4', 'maroon1', 'maroon2', - 'maroon3', 'maroon4', 'VioletRed1', 'VioletRed2', 'VioletRed3', 'VioletRed4', - 'magenta2', 'magenta3', 'magenta4', 'orchid1', 'orchid2', 'orchid3', 'orchid4', 'plum1', - 'plum2', 'plum3', 'plum4', 'MediumOrchid1', 'MediumOrchid2', 'MediumOrchid3', - 'MediumOrchid4', 'DarkOrchid1', 'DarkOrchid2', 'DarkOrchid3', 'DarkOrchid4', - 'purple1', 'purple2', 'purple3', 'purple4', 'MediumPurple1', 'MediumPurple2', - 'MediumPurple3', 'MediumPurple4', 'thistle1', 'thistle2', 'thistle3', 'thistle4', - 'grey1', 'grey2', 'grey3', 'grey4', 'grey5', 'grey6', 'grey7', 'grey8', 'grey9', 'grey10', - 'grey11', 'grey12', 'grey13', 'grey14', 'grey15', 'grey16', 'grey17', 'grey18', 'grey19', - 'grey20', 'grey21', 'grey22', 'grey23', 'grey24', 'grey25', 'grey26', 'grey27', 'grey28', - 'grey29', 'grey30', 'grey31', 'grey32', 'grey33', 'grey34', 'grey35', 'grey36', 'grey37', - 'grey38', 'grey39', 'grey40', 'grey42', 'grey43', 'grey44', 'grey45', 'grey46', 'grey47', - 'grey48', 'grey49', 'grey50', 'grey51', 'grey52', 'grey53', 'grey54', 'grey55', 'grey56', - 'grey57', 'grey58', 'grey59', 'grey60', 'grey61', 'grey62', 'grey63', 'grey64', 'grey65', - 'grey66', 'grey67', 'grey68', 'grey69', 'grey70', 'grey71', 'grey72', 'grey73', 'grey74', - 'grey75', 'grey76', 'grey77', 'grey78', 'grey79', 'grey80', 'grey81', 'grey82', 'grey83', - 'grey84', 'grey85', 'grey86', 'grey87', 'grey88', 'grey89', 'grey90', 'grey91', 'grey92', - 'grey93', 'grey94', 'grey95', 'grey97', 'grey98', 'grey99'] - -sg.set_options(button_element_size=(12, 1), - element_padding=(0, 0), - auto_size_buttons=False, - border_width=0) - -layout = [[sg.Text('Click on a color square to see both white and black text on that color', - text_color='blue', font='Any 15')]] -row = [] -layout = [] - -# -- Create primary color viewer window -- -for rows in range(40): - row = [] - for i in range(12): - try: - color = COLORS[rows+40*i] - row.append(sg.Button(color, button_color=('black', color), key=color)) - except: - pass - layout.append(row) - -window = sg.Window('Color Viewer', layout, grab_anywhere=False, font=('any 9')) - -# -- Event loop -- -while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - # -- Create a secondary window that shows white and black text on chosen color - layout2 = [[sg.DummyButton(event, button_color=('white', event)), - sg.DummyButton(event, button_color=('black', event))]] - sg.Window('Buttons with white and black text', layout2, keep_on_top=True).read(timeout=0) - -window.close() diff --git a/DemoPrograms/Demo_Color_Swatches.py b/DemoPrograms/Demo_Color_Swatches.py deleted file mode 100644 index a9c397009..000000000 --- a/DemoPrograms/Demo_Color_Swatches.py +++ /dev/null @@ -1,742 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import sys - -""" - Big chart of tkinter colors shown as swatches. - - Hover over a swatch to get the color "name" - Click on a swatch to: - * preview the color as 2 buttons - * see the hex value - * get hex value copied onto clipboard - - You will find the list of tkinter colors here: - http://www.tcl.tk/man/tcl8.5/TkCmd/colors.htm - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -color_map = { - 'alice blue': '#F0F8FF', - 'AliceBlue': '#F0F8FF', - 'antique white': '#FAEBD7', - 'AntiqueWhite': '#FAEBD7', - 'AntiqueWhite1': '#FFEFDB', - 'AntiqueWhite2': '#EEDFCC', - 'AntiqueWhite3': '#CDC0B0', - 'AntiqueWhite4': '#8B8378', - 'aquamarine': '#7FFFD4', - 'aquamarine1': '#7FFFD4', - 'aquamarine2': '#76EEC6', - 'aquamarine3': '#66CDAA', - 'aquamarine4': '#458B74', - 'azure': '#F0FFFF', - 'azure1': '#F0FFFF', - 'azure2': '#E0EEEE', - 'azure3': '#C1CDCD', - 'azure4': '#838B8B', - 'beige': '#F5F5DC', - 'bisque': '#FFE4C4', - 'bisque1': '#FFE4C4', - 'bisque2': '#EED5B7', - 'bisque3': '#CDB79E', - 'bisque4': '#8B7D6B', - 'black': '#000000', - 'blanched almond': '#FFEBCD', - 'BlanchedAlmond': '#FFEBCD', - 'blue': '#0000FF', - 'blue violet': '#8A2BE2', - 'blue1': '#0000FF', - 'blue2': '#0000EE', - 'blue3': '#0000CD', - 'blue4': '#00008B', - 'BlueViolet': '#8A2BE2', - 'brown': '#A52A2A', - 'brown1': '#FF4040', - 'brown2': '#EE3B3B', - 'brown3': '#CD3333', - 'brown4': '#8B2323', - 'burlywood': '#DEB887', - 'burlywood1': '#FFD39B', - 'burlywood2': '#EEC591', - 'burlywood3': '#CDAA7D', - 'burlywood4': '#8B7355', - 'cadet blue': '#5F9EA0', - 'CadetBlue': '#5F9EA0', - 'CadetBlue1': '#98F5FF', - 'CadetBlue2': '#8EE5EE', - 'CadetBlue3': '#7AC5CD', - 'CadetBlue4': '#53868B', - 'chartreuse': '#7FFF00', - 'chartreuse1': '#7FFF00', - 'chartreuse2': '#76EE00', - 'chartreuse3': '#66CD00', - 'chartreuse4': '#458B00', - 'chocolate': '#D2691E', - 'chocolate1': '#FF7F24', - 'chocolate2': '#EE7621', - 'chocolate3': '#CD661D', - 'chocolate4': '#8B4513', - 'coral': '#FF7F50', - 'coral1': '#FF7256', - 'coral2': '#EE6A50', - 'coral3': '#CD5B45', - 'coral4': '#8B3E2F', - 'cornflower blue': '#6495ED', - 'CornflowerBlue': '#6495ED', - 'cornsilk': '#FFF8DC', - 'cornsilk1': '#FFF8DC', - 'cornsilk2': '#EEE8CD', - 'cornsilk3': '#CDC8B1', - 'cornsilk4': '#8B8878', - 'cyan': '#00FFFF', - 'cyan1': '#00FFFF', - 'cyan2': '#00EEEE', - 'cyan3': '#00CDCD', - 'cyan4': '#008B8B', - 'dark blue': '#00008B', - 'dark cyan': '#008B8B', - 'dark goldenrod': '#B8860B', - 'dark gray': '#A9A9A9', - 'dark green': '#006400', - 'dark grey': '#A9A9A9', - 'dark khaki': '#BDB76B', - 'dark magenta': '#8B008B', - 'dark olive green': '#556B2F', - 'dark orange': '#FF8C00', - 'dark orchid': '#9932CC', - 'dark red': '#8B0000', - 'dark salmon': '#E9967A', - 'dark sea green': '#8FBC8F', - 'dark slate blue': '#483D8B', - 'dark slate gray': '#2F4F4F', - 'dark slate grey': '#2F4F4F', - 'dark turquoise': '#00CED1', - 'dark violet': '#9400D3', - 'DarkBlue': '#00008B', - 'DarkCyan': '#008B8B', - 'DarkGoldenrod': '#B8860B', - 'DarkGoldenrod1': '#FFB90F', - 'DarkGoldenrod2': '#EEAD0E', - 'DarkGoldenrod3': '#CD950C', - 'DarkGoldenrod4': '#8B6508', - 'DarkGray': '#A9A9A9', - 'DarkGreen': '#006400', - 'DarkGrey': '#A9A9A9', - 'DarkKhaki': '#BDB76B', - 'DarkMagenta': '#8B008B', - 'DarkOliveGreen': '#556B2F', - 'DarkOliveGreen1': '#CAFF70', - 'DarkOliveGreen2': '#BCEE68', - 'DarkOliveGreen3': '#A2CD5A', - 'DarkOliveGreen4': '#6E8B3D', - 'DarkOrange': '#FF8C00', - 'DarkOrange1': '#FF7F00', - 'DarkOrange2': '#EE7600', - 'DarkOrange3': '#CD6600', - 'DarkOrange4': '#8B4500', - 'DarkOrchid': '#9932CC', - 'DarkOrchid1': '#BF3EFF', - 'DarkOrchid2': '#B23AEE', - 'DarkOrchid3': '#9A32CD', - 'DarkOrchid4': '#68228B', - 'DarkRed': '#8B0000', - 'DarkSalmon': '#E9967A', - 'DarkSeaGreen': '#8FBC8F', - 'DarkSeaGreen1': '#C1FFC1', - 'DarkSeaGreen2': '#B4EEB4', - 'DarkSeaGreen3': '#9BCD9B', - 'DarkSeaGreen4': '#698B69', - 'DarkSlateBlue': '#483D8B', - 'DarkSlateGray': '#2F4F4F', - 'DarkSlateGray1': '#97FFFF', - 'DarkSlateGray2': '#8DEEEE', - 'DarkSlateGray3': '#79CDCD', - 'DarkSlateGray4': '#528B8B', - 'DarkSlateGrey': '#2F4F4F', - 'DarkTurquoise': '#00CED1', - 'DarkViolet': '#9400D3', - 'deep pink': '#FF1493', - 'deep sky blue': '#00BFFF', - 'DeepPink': '#FF1493', - 'DeepPink1': '#FF1493', - 'DeepPink2': '#EE1289', - 'DeepPink3': '#CD1076', - 'DeepPink4': '#8B0A50', - 'DeepSkyBlue': '#00BFFF', - 'DeepSkyBlue1': '#00BFFF', - 'DeepSkyBlue2': '#00B2EE', - 'DeepSkyBlue3': '#009ACD', - 'DeepSkyBlue4': '#00688B', - 'dim gray': '#696969', - 'dim grey': '#696969', - 'DimGray': '#696969', - 'DimGrey': '#696969', - 'dodger blue': '#1E90FF', - 'DodgerBlue': '#1E90FF', - 'DodgerBlue1': '#1E90FF', - 'DodgerBlue2': '#1C86EE', - 'DodgerBlue3': '#1874CD', - 'DodgerBlue4': '#104E8B', - 'firebrick': '#B22222', - 'firebrick1': '#FF3030', - 'firebrick2': '#EE2C2C', - 'firebrick3': '#CD2626', - 'firebrick4': '#8B1A1A', - 'floral white': '#FFFAF0', - 'FloralWhite': '#FFFAF0', - 'forest green': '#228B22', - 'ForestGreen': '#228B22', - 'gainsboro': '#DCDCDC', - 'ghost white': '#F8F8FF', - 'GhostWhite': '#F8F8FF', - 'gold': '#FFD700', - 'gold1': '#FFD700', - 'gold2': '#EEC900', - 'gold3': '#CDAD00', - 'gold4': '#8B7500', - 'goldenrod': '#DAA520', - 'goldenrod1': '#FFC125', - 'goldenrod2': '#EEB422', - 'goldenrod3': '#CD9B1D', - 'goldenrod4': '#8B6914', - 'green': '#00FF00', - 'green yellow': '#ADFF2F', - 'green1': '#00FF00', - 'green2': '#00EE00', - 'green3': '#00CD00', - 'green4': '#008B00', - 'GreenYellow': '#ADFF2F', - 'grey': '#BEBEBE', - 'grey0': '#000000', - 'grey1': '#030303', - 'grey2': '#050505', - 'grey3': '#080808', - 'grey4': '#0A0A0A', - 'grey5': '#0D0D0D', - 'grey6': '#0F0F0F', - 'grey7': '#121212', - 'grey8': '#141414', - 'grey9': '#171717', - 'grey10': '#1A1A1A', - 'grey11': '#1C1C1C', - 'grey12': '#1F1F1F', - 'grey13': '#212121', - 'grey14': '#242424', - 'grey15': '#262626', - 'grey16': '#292929', - 'grey17': '#2B2B2B', - 'grey18': '#2E2E2E', - 'grey19': '#303030', - 'grey20': '#333333', - 'grey21': '#363636', - 'grey22': '#383838', - 'grey23': '#3B3B3B', - 'grey24': '#3D3D3D', - 'grey25': '#404040', - 'grey26': '#424242', - 'grey27': '#454545', - 'grey28': '#474747', - 'grey29': '#4A4A4A', - 'grey30': '#4D4D4D', - 'grey31': '#4F4F4F', - 'grey32': '#525252', - 'grey33': '#545454', - 'grey34': '#575757', - 'grey35': '#595959', - 'grey36': '#5C5C5C', - 'grey37': '#5E5E5E', - 'grey38': '#616161', - 'grey39': '#636363', - 'grey40': '#666666', - 'grey41': '#696969', - 'grey42': '#6B6B6B', - 'grey43': '#6E6E6E', - 'grey44': '#707070', - 'grey45': '#737373', - 'grey46': '#757575', - 'grey47': '#787878', - 'grey48': '#7A7A7A', - 'grey49': '#7D7D7D', - 'grey50': '#7F7F7F', - 'grey51': '#828282', - 'grey52': '#858585', - 'grey53': '#878787', - 'grey54': '#8A8A8A', - 'grey55': '#8C8C8C', - 'grey56': '#8F8F8F', - 'grey57': '#919191', - 'grey58': '#949494', - 'grey59': '#969696', - 'grey60': '#999999', - 'grey61': '#9C9C9C', - 'grey62': '#9E9E9E', - 'grey63': '#A1A1A1', - 'grey64': '#A3A3A3', - 'grey65': '#A6A6A6', - 'grey66': '#A8A8A8', - 'grey67': '#ABABAB', - 'grey68': '#ADADAD', - 'grey69': '#B0B0B0', - 'grey70': '#B3B3B3', - 'grey71': '#B5B5B5', - 'grey72': '#B8B8B8', - 'grey73': '#BABABA', - 'grey74': '#BDBDBD', - 'grey75': '#BFBFBF', - 'grey76': '#C2C2C2', - 'grey77': '#C4C4C4', - 'grey78': '#C7C7C7', - 'grey79': '#C9C9C9', - 'grey80': '#CCCCCC', - 'grey81': '#CFCFCF', - 'grey82': '#D1D1D1', - 'grey83': '#D4D4D4', - 'grey84': '#D6D6D6', - 'grey85': '#D9D9D9', - 'grey86': '#DBDBDB', - 'grey87': '#DEDEDE', - 'grey88': '#E0E0E0', - 'grey89': '#E3E3E3', - 'grey90': '#E5E5E5', - 'grey91': '#E8E8E8', - 'grey92': '#EBEBEB', - 'grey93': '#EDEDED', - 'grey94': '#F0F0F0', - 'grey95': '#F2F2F2', - 'grey96': '#F5F5F5', - 'grey97': '#F7F7F7', - 'grey98': '#FAFAFA', - 'grey99': '#FCFCFC', - 'grey100': '#FFFFFF', - 'honeydew': '#F0FFF0', - 'honeydew1': '#F0FFF0', - 'honeydew2': '#E0EEE0', - 'honeydew3': '#C1CDC1', - 'honeydew4': '#838B83', - 'hot pink': '#FF69B4', - 'HotPink': '#FF69B4', - 'HotPink1': '#FF6EB4', - 'HotPink2': '#EE6AA7', - 'HotPink3': '#CD6090', - 'HotPink4': '#8B3A62', - 'indian red': '#CD5C5C', - 'IndianRed': '#CD5C5C', - 'IndianRed1': '#FF6A6A', - 'IndianRed2': '#EE6363', - 'IndianRed3': '#CD5555', - 'IndianRed4': '#8B3A3A', - 'ivory': '#FFFFF0', - 'ivory1': '#FFFFF0', - 'ivory2': '#EEEEE0', - 'ivory3': '#CDCDC1', - 'ivory4': '#8B8B83', - 'khaki': '#F0E68C', - 'khaki1': '#FFF68F', - 'khaki2': '#EEE685', - 'khaki3': '#CDC673', - 'khaki4': '#8B864E', - 'lavender': '#E6E6FA', - 'lavender blush': '#FFF0F5', - 'LavenderBlush': '#FFF0F5', - 'LavenderBlush1': '#FFF0F5', - 'LavenderBlush2': '#EEE0E5', - 'LavenderBlush3': '#CDC1C5', - 'LavenderBlush4': '#8B8386', - 'lawn green': '#7CFC00', - 'LawnGreen': '#7CFC00', - 'lemon chiffon': '#FFFACD', - 'LemonChiffon': '#FFFACD', - 'LemonChiffon1': '#FFFACD', - 'LemonChiffon2': '#EEE9BF', - 'LemonChiffon3': '#CDC9A5', - 'LemonChiffon4': '#8B8970', - 'light blue': '#ADD8E6', - 'light coral': '#F08080', - 'light cyan': '#E0FFFF', - 'light goldenrod': '#EEDD82', - 'light goldenrod yellow': '#FAFAD2', - 'light gray': '#D3D3D3', - 'light green': '#90EE90', - 'light grey': '#D3D3D3', - 'light pink': '#FFB6C1', - 'light salmon': '#FFA07A', - 'light sea green': '#20B2AA', - 'light sky blue': '#87CEFA', - 'light slate blue': '#8470FF', - 'light slate gray': '#778899', - 'light slate grey': '#778899', - 'light steel blue': '#B0C4DE', - 'light yellow': '#FFFFE0', - 'LightBlue': '#ADD8E6', - 'LightBlue1': '#BFEFFF', - 'LightBlue2': '#B2DFEE', - 'LightBlue3': '#9AC0CD', - 'LightBlue4': '#68838B', - 'LightCoral': '#F08080', - 'LightCyan': '#E0FFFF', - 'LightCyan1': '#E0FFFF', - 'LightCyan2': '#D1EEEE', - 'LightCyan3': '#B4CDCD', - 'LightCyan4': '#7A8B8B', - 'LightGoldenrod': '#EEDD82', - 'LightGoldenrod1': '#FFEC8B', - 'LightGoldenrod2': '#EEDC82', - 'LightGoldenrod3': '#CDBE70', - 'LightGoldenrod4': '#8B814C', - 'LightGoldenrodYellow': '#FAFAD2', - 'LightGray': '#D3D3D3', - 'LightGreen': '#90EE90', - 'LightGrey': '#D3D3D3', - 'LightPink': '#FFB6C1', - 'LightPink1': '#FFAEB9', - 'LightPink2': '#EEA2AD', - 'LightPink3': '#CD8C95', - 'LightPink4': '#8B5F65', - 'LightSalmon': '#FFA07A', - 'LightSalmon1': '#FFA07A', - 'LightSalmon2': '#EE9572', - 'LightSalmon3': '#CD8162', - 'LightSalmon4': '#8B5742', - 'LightSeaGreen': '#20B2AA', - 'LightSkyBlue': '#87CEFA', - 'LightSkyBlue1': '#B0E2FF', - 'LightSkyBlue2': '#A4D3EE', - 'LightSkyBlue3': '#8DB6CD', - 'LightSkyBlue4': '#607B8B', - 'LightSlateBlue': '#8470FF', - 'LightSlateGray': '#778899', - 'LightSlateGrey': '#778899', - 'LightSteelBlue': '#B0C4DE', - 'LightSteelBlue1': '#CAE1FF', - 'LightSteelBlue2': '#BCD2EE', - 'LightSteelBlue3': '#A2B5CD', - 'LightSteelBlue4': '#6E7B8B', - 'LightYellow': '#FFFFE0', - 'LightYellow1': '#FFFFE0', - 'LightYellow2': '#EEEED1', - 'LightYellow3': '#CDCDB4', - 'LightYellow4': '#8B8B7A', - 'lime green': '#32CD32', - 'LimeGreen': '#32CD32', - 'linen': '#FAF0E6', - 'magenta': '#FF00FF', - 'magenta1': '#FF00FF', - 'magenta2': '#EE00EE', - 'magenta3': '#CD00CD', - 'magenta4': '#8B008B', - 'maroon': '#B03060', - 'maroon1': '#FF34B3', - 'maroon2': '#EE30A7', - 'maroon3': '#CD2990', - 'maroon4': '#8B1C62', - 'medium aquamarine': '#66CDAA', - 'medium blue': '#0000CD', - 'medium orchid': '#BA55D3', - 'medium purple': '#9370DB', - 'medium sea green': '#3CB371', - 'medium slate blue': '#7B68EE', - 'medium spring green': '#00FA9A', - 'medium turquoise': '#48D1CC', - 'medium violet red': '#C71585', - 'MediumAquamarine': '#66CDAA', - 'MediumBlue': '#0000CD', - 'MediumOrchid': '#BA55D3', - 'MediumOrchid1': '#E066FF', - 'MediumOrchid2': '#D15FEE', - 'MediumOrchid3': '#B452CD', - 'MediumOrchid4': '#7A378B', - 'MediumPurple': '#9370DB', - 'MediumPurple1': '#AB82FF', - 'MediumPurple2': '#9F79EE', - 'MediumPurple3': '#8968CD', - 'MediumPurple4': '#5D478B', - 'MediumSeaGreen': '#3CB371', - 'MediumSlateBlue': '#7B68EE', - 'MediumSpringGreen': '#00FA9A', - 'MediumTurquoise': '#48D1CC', - 'MediumVioletRed': '#C71585', - 'midnight blue': '#191970', - 'MidnightBlue': '#191970', - 'mint cream': '#F5FFFA', - 'MintCream': '#F5FFFA', - 'misty rose': '#FFE4E1', - 'MistyRose': '#FFE4E1', - 'MistyRose1': '#FFE4E1', - 'MistyRose2': '#EED5D2', - 'MistyRose3': '#CDB7B5', - 'MistyRose4': '#8B7D7B', - 'moccasin': '#FFE4B5', - 'navajo white': '#FFDEAD', - 'NavajoWhite': '#FFDEAD', - 'NavajoWhite1': '#FFDEAD', - 'NavajoWhite2': '#EECFA1', - 'NavajoWhite3': '#CDB38B', - 'NavajoWhite4': '#8B795E', - 'navy': '#000080', - 'navy blue': '#000080', - 'NavyBlue': '#000080', - 'old lace': '#FDF5E6', - 'OldLace': '#FDF5E6', - 'olive drab': '#6B8E23', - 'OliveDrab': '#6B8E23', - 'OliveDrab1': '#C0FF3E', - 'OliveDrab2': '#B3EE3A', - 'OliveDrab3': '#9ACD32', - 'OliveDrab4': '#698B22', - 'orange': '#FFA500', - 'orange red': '#FF4500', - 'orange1': '#FFA500', - 'orange2': '#EE9A00', - 'orange3': '#CD8500', - 'orange4': '#8B5A00', - 'OrangeRed': '#FF4500', - 'OrangeRed1': '#FF4500', - 'OrangeRed2': '#EE4000', - 'OrangeRed3': '#CD3700', - 'OrangeRed4': '#8B2500', - 'orchid': '#DA70D6', - 'orchid1': '#FF83FA', - 'orchid2': '#EE7AE9', - 'orchid3': '#CD69C9', - 'orchid4': '#8B4789', - 'pale goldenrod': '#EEE8AA', - 'pale green': '#98FB98', - 'pale turquoise': '#AFEEEE', - 'pale violet red': '#DB7093', - 'PaleGoldenrod': '#EEE8AA', - 'PaleGreen': '#98FB98', - 'PaleGreen1': '#9AFF9A', - 'PaleGreen2': '#90EE90', - 'PaleGreen3': '#7CCD7C', - 'PaleGreen4': '#548B54', - 'PaleTurquoise': '#AFEEEE', - 'PaleTurquoise1': '#BBFFFF', - 'PaleTurquoise2': '#AEEEEE', - 'PaleTurquoise3': '#96CDCD', - 'PaleTurquoise4': '#668B8B', - 'PaleVioletRed': '#DB7093', - 'PaleVioletRed1': '#FF82AB', - 'PaleVioletRed2': '#EE799F', - 'PaleVioletRed3': '#CD687F', - 'PaleVioletRed4': '#8B475D', - 'papaya whip': '#FFEFD5', - 'PapayaWhip': '#FFEFD5', - 'peach puff': '#FFDAB9', - 'PeachPuff': '#FFDAB9', - 'PeachPuff1': '#FFDAB9', - 'PeachPuff2': '#EECBAD', - 'PeachPuff3': '#CDAF95', - 'PeachPuff4': '#8B7765', - 'peru': '#CD853F', - 'pink': '#FFC0CB', - 'pink1': '#FFB5C5', - 'pink2': '#EEA9B8', - 'pink3': '#CD919E', - 'pink4': '#8B636C', - 'plum': '#DDA0DD', - 'plum1': '#FFBBFF', - 'plum2': '#EEAEEE', - 'plum3': '#CD96CD', - 'plum4': '#8B668B', - 'powder blue': '#B0E0E6', - 'PowderBlue': '#B0E0E6', - 'purple': '#A020F0', - 'purple1': '#9B30FF', - 'purple2': '#912CEE', - 'purple3': '#7D26CD', - 'purple4': '#551A8B', - 'red': '#FF0000', - 'red1': '#FF0000', - 'red2': '#EE0000', - 'red3': '#CD0000', - 'red4': '#8B0000', - 'rosy brown': '#BC8F8F', - 'RosyBrown': '#BC8F8F', - 'RosyBrown1': '#FFC1C1', - 'RosyBrown2': '#EEB4B4', - 'RosyBrown3': '#CD9B9B', - 'RosyBrown4': '#8B6969', - 'royal blue': '#4169E1', - 'RoyalBlue': '#4169E1', - 'RoyalBlue1': '#4876FF', - 'RoyalBlue2': '#436EEE', - 'RoyalBlue3': '#3A5FCD', - 'RoyalBlue4': '#27408B', - 'saddle brown': '#8B4513', - 'SaddleBrown': '#8B4513', - 'salmon': '#FA8072', - 'salmon1': '#FF8C69', - 'salmon2': '#EE8262', - 'salmon3': '#CD7054', - 'salmon4': '#8B4C39', - 'sandy brown': '#F4A460', - 'SandyBrown': '#F4A460', - 'sea green': '#2E8B57', - 'SeaGreen': '#2E8B57', - 'SeaGreen1': '#54FF9F', - 'SeaGreen2': '#4EEE94', - 'SeaGreen3': '#43CD80', - 'SeaGreen4': '#2E8B57', - 'seashell': '#FFF5EE', - 'seashell1': '#FFF5EE', - 'seashell2': '#EEE5DE', - 'seashell3': '#CDC5BF', - 'seashell4': '#8B8682', - 'sienna': '#A0522D', - 'sienna1': '#FF8247', - 'sienna2': '#EE7942', - 'sienna3': '#CD6839', - 'sienna4': '#8B4726', - 'sky blue': '#87CEEB', - 'SkyBlue': '#87CEEB', - 'SkyBlue1': '#87CEFF', - 'SkyBlue2': '#7EC0EE', - 'SkyBlue3': '#6CA6CD', - 'SkyBlue4': '#4A708B', - 'slate blue': '#6A5ACD', - 'slate gray': '#708090', - 'slate grey': '#708090', - 'SlateBlue': '#6A5ACD', - 'SlateBlue1': '#836FFF', - 'SlateBlue2': '#7A67EE', - 'SlateBlue3': '#6959CD', - 'SlateBlue4': '#473C8B', - 'SlateGray': '#708090', - 'SlateGray1': '#C6E2FF', - 'SlateGray2': '#B9D3EE', - 'SlateGray3': '#9FB6CD', - 'SlateGray4': '#6C7B8B', - 'SlateGrey': '#708090', - 'snow': '#FFFAFA', - 'snow1': '#FFFAFA', - 'snow2': '#EEE9E9', - 'snow3': '#CDC9C9', - 'snow4': '#8B8989', - 'spring green': '#00FF7F', - 'SpringGreen': '#00FF7F', - 'SpringGreen1': '#00FF7F', - 'SpringGreen2': '#00EE76', - 'SpringGreen3': '#00CD66', - 'SpringGreen4': '#008B45', - 'steel blue': '#4682B4', - 'SteelBlue': '#4682B4', - 'SteelBlue1': '#63B8FF', - 'SteelBlue2': '#5CACEE', - 'SteelBlue3': '#4F94CD', - 'SteelBlue4': '#36648B', - 'tan': '#D2B48C', - 'tan1': '#FFA54F', - 'tan2': '#EE9A49', - 'tan3': '#CD853F', - 'tan4': '#8B5A2B', - 'thistle': '#D8BFD8', - 'thistle1': '#FFE1FF', - 'thistle2': '#EED2EE', - 'thistle3': '#CDB5CD', - 'thistle4': '#8B7B8B', - 'tomato': '#FF6347', - 'tomato1': '#FF6347', - 'tomato2': '#EE5C42', - 'tomato3': '#CD4F39', - 'tomato4': '#8B3626', - 'turquoise': '#40E0D0', - 'turquoise1': '#00F5FF', - 'turquoise2': '#00E5EE', - 'turquoise3': '#00C5CD', - 'turquoise4': '#00868B', - 'violet': '#EE82EE', - 'violet red': '#D02090', - 'VioletRed': '#D02090', - 'VioletRed1': '#FF3E96', - 'VioletRed2': '#EE3A8C', - 'VioletRed3': '#CD3278', - 'VioletRed4': '#8B2252', - 'wheat': '#F5DEB3', - 'wheat1': '#FFE7BA', - 'wheat2': '#EED8AE', - 'wheat3': '#CDBA96', - 'wheat4': '#8B7E66', - 'white': '#FFFFFF', - 'white smoke': '#F5F5F5', - 'WhiteSmoke': '#F5F5F5', - 'yellow': '#FFFF00', - 'yellow green': '#9ACD32', - 'yellow1': '#FFFF00', - 'yellow2': '#EEEE00', - 'yellow3': '#CDCD00', - 'yellow4': '#8B8B00', - 'YellowGreen': '#9ACD32', -} - - -def make_window(): - layout = [[sg.Text(f'Swatches for {len(color_list)} Colors', font='Default 14'),], - [sg.Text(f'Hover - see color "name"\nRight click - see hex value\nClick - see buttons & hex value copied to clipboard', font='Default 12')], - [sg.Text(f'PySimpleGUI version: {sg.ver}', font='_ 12')], - [sg.Text(f'Python version: {sys.version}', font='_ 12')], - [sg.Text(f'tkinter version: {sg.tclversion_detailed}', font='_ 12')], - ] - - - for rows in range(len(color_list)//COLORS_PER_ROW+1): - row = [] - for i in range(COLORS_PER_ROW): - try: - color = color_list[rows*COLORS_PER_ROW+i] - row.append(sg.T(' ', s=1, background_color=color, text_color=color, font=('Default', font_size), right_click_menu=['_', color_map[color]], - tooltip=color, enable_events=True, key=(color, color_map[color]))) - except IndexError as e: - break - except Exception as e: - sg.popup_error(f'Error while creating color window. Something with the Text elements perhaps....', e, - f'rows = {rows} i = {i}') - break - layout.append(row) - - return sg.Window('Color Swatches Viewer', layout, font='Any 9', element_padding=(1,1), border_depth=0, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_EXIT, use_ttk_buttons=True) - -def main(): - sg.theme('black') - window = make_window() - # -- Event loop -- - while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - if event == 'Edit Me': - sg.execute_editor(__file__) - continue - elif isinstance(event, tuple): - color, color_hex = event[0], event[1] - else: - color, color_hex = hex_to_color[event], event - # -- Create a secondary window that shows white and black text on chosen color - layout2 = [[sg.Text(color_hex + ' on clipboard')], - [sg.DummyButton(color, button_color=('white',color), tooltip=color_hex), - sg.DummyButton(color, button_color=('black',color), tooltip=color_hex)]] - window2 = sg.Window('Buttons with white and black text', layout2, keep_on_top=True, finalize=True) - sg.clipboard_set(color_hex) - - window.close() - -if __name__ == '__main__': - sg.popup_quick_message('Building your color window... one moment please...', background_color='red', text_color='white', font='Any 14') - - sg.set_options(button_element_size=(12, 1), - element_padding=(0, 0), - auto_size_buttons=False, - border_width=1, tooltip_time=100) - - # -- Create primary color viewer window -- - hex_to_color = {v: k for k, v in color_map.items()} - color_list = list(color_map.keys()) - # [key for key in color_map] - COLORS_PER_ROW = 40 - font_size = 18 - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Column_And_Frames.py b/DemoPrograms/Demo_Column_And_Frames.py deleted file mode 100644 index 459ecf423..000000000 --- a/DemoPrograms/Demo_Column_And_Frames.py +++ /dev/null @@ -1,73 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo sg.Columns and sg.Frames - Demonstrates using mixture of sg.Column and sg.Frame elements to create a nice window layout. - A couple of the concepts shown here include: - * Using sg.Columns and sg.Frames with specific sizes on them - * Buttons that have the same text on them that arew differentiated using explicit keys - * One way to hard-code the size of a Frame is to hard-code the size of a Column inside the frame - - CAUTION: - Using explicit sizes on Column and Frame elements may not have the same effect on - all computers. Hard coding parts of layouts can sometimes not have the same result on all computers. - - There are 3 sg.Columns. Two are side by side at the top and the third is along the bottom - - When there are multiple Columns on a row, be aware that the default is for those Columns to be - aligned along their center. If you want them to be top-aligned, then you need to use the - vtop helper function to make that happen. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -col2 = sg.Column([[sg.Frame('Accounts:', [[sg.Column([[sg.Listbox(['Account '+str(i) for i in range(1,16)], - key='-ACCT-LIST-',size=(15,20)),]],size=(150,400))]])]],pad=(0,0)) - -col1 = sg.Column([ - # Categories sg.Frame - [sg.Frame('Categories:',[[ sg.Radio('Websites', 'radio1', default=True, key='-WEBSITES-', size=(10,1)), - sg.Radio('Software', 'radio1', key='-SOFTWARE-', size=(10,1))]],)], - # Information sg.Frame - [sg.Frame('Information:', [[sg.Text(), sg.Column([[sg.Text('Account:')], - [sg.Input(key='-ACCOUNT-IN-', size=(19,1))], - [sg.Text('User Id:')], - [sg.Input(key='-USERID-IN-', size=(19,1)), - sg.Button('Copy', key='-USERID-')], - [sg.Text('Password:')], - [sg.Input(key='-PW-IN-', size=(19,1)), - sg.Button('Copy', key='-PASS-')], - [sg.Text('Location:')], - [sg.Input(key='-LOC-IN-', size=(19,1)), - sg.Button('Copy', key='-LOC-')], - [sg.Text('Notes:')], - [sg.Multiline(key='-NOTES-', size=(25,5))], - ], size=(235,350), pad=(0,0))]])], ], pad=(0,0)) - -col3 = sg.Column([[sg.Frame('Actions:', - [[sg.Column([[sg.Button('Save'), sg.Button('Clear'), sg.Button('Delete'), ]], - size=(450,45), pad=(0,0))]])]], pad=(0,0)) - -# The final layout is a simple one -layout = [[col1, col2], - [col3]] - -# A perhaps better layout would have been to use the vtop layout helpful function. -# This would allow the col2 column to have a different height and still be top aligned -# layout = [sg.vtop([col1, col2]), -# [col3]] - - -window = sg.Window('Columns and Frames', layout) - -while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED: - break - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Column_Collapsible_Sections.py b/DemoPrograms/Demo_Column_Collapsible_Sections.py deleted file mode 100644 index 0273335eb..000000000 --- a/DemoPrograms/Demo_Column_Collapsible_Sections.py +++ /dev/null @@ -1,79 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - "Collapsible" sections of windows - - This demo shows one techinique for creating a collapsible section (Column) within your window. - - To open/close a section, click on the arrow or name of the section. - Section 2 can also be controlled using the checkbox at the top of the window just to - show that there are multiple way to trigger events such as these. - - Feel free to modify to use the fonts and sizes of your choosing. It's 1 line of code to make the section. - It could have been done directly in the layout. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def Collapsible(layout, key, title='', arrows=(sg.SYMBOL_DOWN, sg.SYMBOL_UP), collapsed=False): - """ - User Defined Element - A "collapsable section" element. Like a container element that can be collapsed and brought back - :param layout:Tuple[List[sg.Element]]: The layout for the section - :param key:Any: Key used to make this section visible / invisible - :param title:str: Title to show next to arrow - :param arrows:Tuple[str, str]: The strings to use to show the section is (Open, Closed). - :param collapsed:bool: If True, then the section begins in a collapsed state - :return:sg.Column: Column including the arrows, title and the layout that is pinned - """ - return sg.Column([[sg.T((arrows[1] if collapsed else arrows[0]), enable_events=True, k=key+'-BUTTON-'), - sg.T(title, enable_events=True, key=key+'-TITLE-')], - [sg.pin(sg.Column(layout, key=key, visible=not collapsed, metadata=arrows))]], pad=(0,0)) - - -SEC1_KEY = '-SECTION1-' -SEC2_KEY = '-SECTION2-' - -section1 = [[sg.Input('Input sec 1', key='-IN1-')], - [sg.Input(key='-IN11-')], - [sg.Button('Button section 1', button_color='yellow on green'), - sg.Button('Button2 section 1', button_color='yellow on green'), - sg.Button('Button3 section 1', button_color='yellow on green')]] - -section2 = [[sg.I('Input sec 2', k='-IN2-')], - [sg.I(k='-IN21-')], - [sg.B('Button section 2', button_color=('yellow', 'purple')), - sg.B('Button2 section 2', button_color=('yellow', 'purple')), - sg.B('Button3 section 2', button_color=('yellow', 'purple'))]] - -layout = [[sg.Text('Window with 2 collapsible sections')], - [sg.Checkbox('Blank checkbox'), sg.Checkbox('Hide Section 2', enable_events=True, key='-OPEN SEC2-CHECKBOX-')], - #### Section 1 part #### - [Collapsible(section1, SEC1_KEY, 'Section 1', collapsed=True)], - #### Section 2 part #### - [Collapsible(section2, SEC2_KEY, 'Section 2', arrows=( sg.SYMBOL_TITLEBAR_MINIMIZE, sg.SYMBOL_TITLEBAR_MAXIMIZE))], - [sg.Button('Button1'),sg.Button('Button2'), sg.Button('Exit')]] - -window = sg.Window('Visible / Invisible Element Demo', layout) - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - - if event.startswith(SEC1_KEY): - window[SEC1_KEY].update(visible=not window[SEC1_KEY].visible) - window[SEC1_KEY+'-BUTTON-'].update(window[SEC1_KEY].metadata[0] if window[SEC1_KEY].visible else window[SEC1_KEY].metadata[1]) - - if event.startswith(SEC2_KEY) or event == '-OPEN SEC2-CHECKBOX-': - window[SEC2_KEY].update(visible=not window[SEC2_KEY].visible) - window[SEC2_KEY+'-BUTTON-'].update(window[SEC2_KEY].metadata[0] if window[SEC2_KEY].visible else window[SEC2_KEY].metadata[1]) - window['-OPEN SEC2-CHECKBOX-'].update(not window[SEC2_KEY].visible) - -window.close() diff --git a/DemoPrograms/Demo_Column_Elem_Swap_Entire_Window.py b/DemoPrograms/Demo_Column_Elem_Swap_Entire_Window.py deleted file mode 100644 index 66e370bee..000000000 --- a/DemoPrograms/Demo_Column_Elem_Swap_Entire_Window.py +++ /dev/null @@ -1,52 +0,0 @@ -import PySimpleGUI as sg -# import PySimpleGUIQt as sg - -""" - Demo - Multiple layouts in a single window that are swapped in and out - - If you've ever wanted to replace the contents of a window with another layout then perhaps - this demo is for you. You cannot actually change the layout of a window dynamically, but what - you can do is make elements visible and invisible. - - To "swap out" a portion of a window, use a Column element for that portion. Add multiple Columns - on the same row and make only 1 of them active at a time - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# ----------- Create the 3 layouts this Window will display ----------- -layout1 = [[sg.Text('This is layout 1 - It is all Checkboxes')], - *[[sg.CB(f'Checkbox {i}')] for i in range(5)]] - -layout2 = [[sg.Text('This is layout 2')], - [sg.Input(key='-IN-')], - [sg.Input(key='-IN2-')]] - -layout3 = [[sg.Text('This is layout 3 - It is all Radio Buttons')], - *[[sg.Radio(f'Radio {i}', 1)] for i in range(8)]] - -# ----------- Create actual layout using Columns and a row of Buttons -layout = [[sg.Column(layout1, key='-COL1-'), sg.Column(layout2, visible=False, key='-COL2-'), sg.Column(layout3, visible=False, key='-COL3-')], - [sg.Button('Cycle Layout'), sg.Button('1'), sg.Button('2'), sg.Button('3'), sg.Button('Exit')]] - -window = sg.Window('Swapping the contents of a window', layout) - -layout = 1 # The currently visible layout -while True: - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event == 'Cycle Layout': - window[f'-COL{layout}-'].update(visible=False) - layout = layout + 1 if layout < 3 else 1 - window[f'-COL{layout}-'].update(visible=True) - elif event in '123': - window[f'-COL{layout}-'].update(visible=False) - layout = int(event) - window[f'-COL{layout}-'].update(visible=True) -window.close() diff --git a/DemoPrograms/Demo_Column_Fixed_Size_Justified_Elements.py b/DemoPrograms/Demo_Column_Fixed_Size_Justified_Elements.py deleted file mode 100644 index 932c11efa..000000000 --- a/DemoPrograms/Demo_Column_Fixed_Size_Justified_Elements.py +++ /dev/null @@ -1,81 +0,0 @@ -import PySimpleGUI as sg - -""" - Columns with a hard coded size that can have elements justified within it. - - The Column element can have the size set to a fixed size, but when doing so, PySimpleGUI has - a limitation that the contents can't be justified using the normal element_justification parameter. - - What to do? - - The Sizer Element to the rescue. - - PySimpleGUI likes to have layouts that size themselves rather than hard coded using a size parameter. The - Sizer Element enables you to create columns with fixed size by making the contents of your column a fixed size. - It is an invisible "padding" type of element. It has a width and a height parameter. - - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -''' -M#"""""""'M dP -## mmmm. `M 88 -#' .M 88d888b. .d8888b. 88 .dP .d8888b. 88d888b. -M# MMMb.'YM 88' `88 88' `88 88888" 88ooood8 88' `88 -M# MMMM' M 88 88. .88 88 `8b. 88. ... 88 88 -M# .;M dP `88888P' dP `YP `88888P' dP dP -M#########M -''' - - -# Let's say this is your layout and you want to center it in a 500 x 300 pixel Column Element. -col_interior = [[sg.Text('My Window')], - [sg.In()], - [sg.In()], - [sg.Button('Go'), sg.Button('Exit'), sg.Cancel(), sg.Ok()]] - -# Intuition would be to write it as this: -layout = [[sg.Text('This layout is broken. The size of the Column is correct, but the elements are not justified')], - [sg.Column(col_interior, element_justification='c', size=(500, 300), background_color='red')]] - -# But when you run it, you'll see that your interior is not centered. - -window = sg.Window('Window Title', layout) - -window.read(close=True) - - -''' -M""MMM""MMM""M dP -M MMM MMM M 88 -M MMP MMP M .d8888b. 88d888b. 88 .dP .d8888b. -M MM' MM' .M 88' `88 88' `88 88888" Y8ooooo. -M `' . '' .MM 88. .88 88 88 `8b. 88 -M .d .dMMM `88888P' dP dP `YP `88888P' -MMMMMMMMMMMMMM -''' - -def ColumnFixedSize(layout, size=(None, None), *args, **kwargs): - # An addition column is needed to wrap the column with the Sizers because the colors will not be set on the space the sizers take - return sg.Column([[sg.Column([[sg.Sizer(0,size[1]-1), sg.Column([[sg.Sizer(size[0]-2,0)]] + layout, *args, **kwargs, pad=(0,0))]], *args, **kwargs)]],pad=(0,0)) - -col_interior = [[sg.Text('My Window')], - [sg.In()], - [sg.In()], - [sg.Button('Go'), sg.Button('Exit'), sg.Cancel(), sg.Ok()]] - - -layout = [[sg.Text('Below is a column that is 500 x 300')], - [sg.Text('With the interior centered')], - [ColumnFixedSize(col_interior, size=(500, 300), background_color='red', element_justification='c', vertical_alignment='t')]] - -window = sg.Window('Window Title', layout) - -window.read(close=True) - diff --git a/DemoPrograms/Demo_Columns.py b/DemoPrograms/Demo_Columns.py deleted file mode 100644 index e53a14b8c..000000000 --- a/DemoPrograms/Demo_Columns.py +++ /dev/null @@ -1,35 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' - Usage of Column Element - - How to embed a layout in a layout - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -sg.theme('BlueMono') - -# Column layout -col = [[sg.Text('col Row 1', text_color='white', background_color='blue')], - [sg.Text('col Row 2', text_color='white', background_color='blue', pad=(0,(25,0))),sg.T('Another item'), sg.T('another'), sg.Input('col input 1')], - [sg.Text('col Row 3', text_color='white', background_color='blue'), sg.Input('col input 2')]] -# Window layout -layout = [[sg.Listbox(values=('Listbox Item 1', 'Listbox Item 2', 'Listbox Item 3'), - select_mode=sg.LISTBOX_SELECT_MODE_MULTIPLE, size=(20, 3)), - sg.Column(col, background_color='blue')], - [sg.Input('Last input')], - [sg.OK()]] - -# Display the window and get values -window = sg.Window('Column Element', layout, margins=(0,0), element_padding=(0,0)) -event, values = window.read() - -sg.popup(event, values, line_width=200) - -window.close() diff --git a/DemoPrograms/Demo_Combo_Filechooser_With_History_And_Clear.py b/DemoPrograms/Demo_Combo_Filechooser_With_History_And_Clear.py deleted file mode 100644 index 5c20efe3d..000000000 --- a/DemoPrograms/Demo_Combo_Filechooser_With_History_And_Clear.py +++ /dev/null @@ -1,48 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Combo File Chooser - with clearable history - - This is a design pattern that is very useful for programs that you run often that requires - a filename be entered. You've got 4 options to use to get your filename with this pattern: - 1. Copy and paste a filename into the combo element - 2. Use the last used item which will be visible when you create the window - 3. Choose an item from the list of previously used items - 4. Browse for a new name - - To clear the list of previous entries, click the "Clear History" button. - - The history is stored in a json file using the PySimpleGUI User Settings APIs - - The code is as sparse as possible to enable easy integration into your code. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - - -layout = [[sg.Combo(sorted(sg.user_settings_get_entry('-filenames-', [])), default_value=sg.user_settings_get_entry('-last filename-', ''), size=(50, 1), key='-FILENAME-'), sg.FileBrowse(), sg.B('Clear History')], - [sg.Button('Ok', bind_return_key=True), sg.Button('Cancel')]] - -window = sg.Window('Filename Chooser With History', layout) - -while True: - event, values = window.read() - - if event in (sg.WIN_CLOSED, 'Cancel'): - break - if event == 'Ok': - # If OK, then need to add the filename to the list of files and also set as the last used filename - sg.user_settings_set_entry('-filenames-', list(set(sg.user_settings_get_entry('-filenames-', []) + [values['-FILENAME-'], ]))) - sg.user_settings_set_entry('-last filename-', values['-FILENAME-']) - break - elif event == 'Clear History': - sg.user_settings_set_entry('-filenames-', []) - sg.user_settings_set_entry('-last filename-', '') - window['-FILENAME-'].update(values=[], value='') - -window.close() diff --git a/DemoPrograms/Demo_Compact_Layouts_Element_Renaming.py b/DemoPrograms/Demo_Compact_Layouts_Element_Renaming.py deleted file mode 100644 index 764508764..000000000 --- a/DemoPrograms/Demo_Compact_Layouts_Element_Renaming.py +++ /dev/null @@ -1,53 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Compact Layouts and Element Renaming - - Some layouts contain many many elements such that space becomes a premium. For experienced PySimpleGUI - programmers, there is little additional knowledge to be gained by writing - sg.Text('My text') - rather than using one of the shortcuts such as - sg.Text('My text') - However, even with shortcut usage, you continue to have the package prefix of - sg. - That's 3 characters per element that are added to your layout! - The very long import statement st the top can be copied into your code to give you the ability to write - T('My text') - - If you don't want to use that very-long import or perhaps want to use your own shortcut names, you can easily - create your shortcut by simple assignment: - T = sg.T - This enables you to use T just as if you imported the Class T from PySimpleGUI. You could develop your own - template that you copy and paste at the top of all of your PySimpleGUI programs. Or perhaps perform an import - of those assignments from a .py file you create. - - Note that you may lose docstrings in PyCharm using these shortcuts. You can still see the parameters when pressing - Control+P, but the Control+Q doesn't bring up the full list of parms and their descriptions. Looking for a fix - for this. - - PLEASE OH PLEASE OH PLEASE NEVER EVER EVER do this: - from PySimpleGUI import * - There is a bot scanning GitHub for this statement. If found in your code, a squad of assassins will be dispatched - from the PySimpleGUI headquarters and you will be hunted down and forced to change your code. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# A user created shortcut.... -# Suppose this user's layout contains many Multiline Elements. It could be advantageous to have a single letter -# shortcut version for Multiline -M = sg.MLine -B = sg.B - -# This layout uses the user defined "M" element as well as the PySimpleGUI Button shortcut, B. -layout = [[M(size=(30, 3))], - [B('OK')]] - -window = sg.Window('Shortcuts', layout) -event, values = window.read() -sg.popup_scrolled(event, values) -window.close() diff --git a/DemoPrograms/Demo_Compare_Files.py b/DemoPrograms/Demo_Compare_Files.py deleted file mode 100644 index 4239a32df..000000000 --- a/DemoPrograms/Demo_Compare_Files.py +++ /dev/null @@ -1,56 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' - Simple "diff" in PySimpleGUI - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -sg.theme('Dark Blue 3') - -def GetFilesToCompare(): - form_rows = [[sg.Text('Enter 2 files to comare')], - [sg.Text('File 1', size=(15, 1)), - sg.InputText(key='-file1-'), sg.FileBrowse()], - [sg.Text('File 2', size=(15, 1)), sg.InputText(key='-file2-'), - sg.FileBrowse(target='-file2-')], - [sg.Submit(), sg.Cancel()]] - - window = sg.Window('File Compare', form_rows) - event, values = window.read() - window.close() - return event, values - - -def main(): - - button, values = GetFilesToCompare() - f1, f2 = values['-file1-'], values['-file2-'] - - if any((button != 'Submit', f1 == '', f2 == '')): - sg.popup_error('Operation cancelled') - return - - # --- This portion of the code is not GUI related --- - with open(f1, 'rb') as file1: - with open(f2, 'rb') as file2: - a = file1.read() - b = file2.read() - - for i, x in enumerate(a): - if x != b[i]: - sg.popup('Compare results for files', f1, f2, - '**** Mismatch at offset {} ****'.format(i)) - break - else: - if len(a) == len(b): - sg.popup('**** The files are IDENTICAL ****') - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Control_Panel_Button_Grid.py b/DemoPrograms/Demo_Control_Panel_Button_Grid.py deleted file mode 100644 index fbee7abb7..000000000 --- a/DemoPrograms/Demo_Control_Panel_Button_Grid.py +++ /dev/null @@ -1,129 +0,0 @@ -import PySimpleGUI as sg - -""" - Creates a grid of buttons include of a column for scrolling - This window looks much like a control panel - - NOTE - The SCROLLING using the mousewheel is known to have a bug in the tkinter port. You will need to have your mouse over the scrollbar to scroll with the mousewheel - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def GraphicButton(text:str, key:str, image_data): - text = text.replace('_', ' ') - button = sg.Button('', image_data=image_data, button_color=('white', '#9FB8AD'), font='Any 15', key=key, border_width=0) - text = sg.Text(text, font='Any 10', size=(15,1), justification='center',) - return sg.Column([[button],[text]], element_justification='c') - -def main(): - sg.ChangeLookAndFeel('GreenTan') - - layout = [ [sg.Text('Control Panel. Click Abort to exit.')]] - layout += [[sg.Column([[GraphicButton(png_names[i+j*5], png_names[i+j*5] , png_images[i+j*5]) for i in range(2)] for j in range(7)], scrollable=True, size=(400,400))]] - - window = sg.Window('Control Panel', layout, font='any 15', finalize=True) - while True: # ---===--- The event loop --- # - event, values = window.read() - print(event) - if event in ('Exit','Abort', None): # Exit button or X - break - window.close() - - -Abort = 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-Add_event = 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-Alarm_clock = 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' -Alarm = 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-Atomic = 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b'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' -Date_and_time = 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-Day = 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-Event = b'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' -Events = b'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' -Execute = b'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' -Fast = 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-Modify_time = 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-Previous_event = 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-Reduce_time = 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LcVdOqqml13Sg+lAReS+QekHXukwvdJx2fMnDgwJ2s51/0uS+NQGODVlxJlqFQcHhClVz7Kp7xSgn8luP/nsD/ANqxQxFVZNtbAAAAAElFTkSuQmCC' -Remove_event = 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b'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' - -vars = dir() -png_images = [] -png_names = [] -for var in vars: - png_images.append(eval(var)) - png_names.append(var) - -main() diff --git a/DemoPrograms/Demo_Crossword_Puzzle.py b/DemoPrograms/Demo_Crossword_Puzzle.py deleted file mode 100644 index e25d15236..000000000 --- a/DemoPrograms/Demo_Crossword_Puzzle.py +++ /dev/null @@ -1,58 +0,0 @@ -import PySimpleGUI as sg -import random -import string - -""" - Demo application to show how to draw rectangles and letters on a Graph Element - This demo mocks up a crossword puzzle board - It will place a letter where you click on the puzzle - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -BOX_SIZE = 25 - -layout = [ - [sg.Text('Crossword Puzzle Using PySimpleGUI'), sg.Text('', key='-OUTPUT-')], - [sg.Graph((800, 800), (0, 450), (450, 0), key='-GRAPH-', - change_submits=True, drag_submits=False)], - [sg.Button('Show'), sg.Button('Exit')] -] - -window = sg.Window('Window Title', layout, finalize=True) - -g = window['-GRAPH-'] - -for row in range(16): - for col in range(16): - if random.randint(0, 100) > 10: - g.draw_rectangle((col * BOX_SIZE + 5, row * BOX_SIZE + 3), (col * BOX_SIZE + BOX_SIZE + 5, row * BOX_SIZE + BOX_SIZE + 3), line_color='black') - else: - g.draw_rectangle((col * BOX_SIZE + 5, row * BOX_SIZE + 3), (col * BOX_SIZE + BOX_SIZE + 5, row * BOX_SIZE + BOX_SIZE + 3), line_color='black', fill_color='black') - - g.draw_text('{}'.format(row * 6 + col + 1), - (col * BOX_SIZE + 10, row * BOX_SIZE + 8)) - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - mouse = values['-GRAPH-'] - - if event == '-GRAPH-': - if mouse == (None, None): - continue - box_x = mouse[0]//BOX_SIZE - box_y = mouse[1]//BOX_SIZE - letter_location = (box_x * BOX_SIZE + 18, box_y * BOX_SIZE + 17) - print(box_x, box_y) - g.draw_text('{}'.format(random.choice(string.ascii_uppercase)), - letter_location, font='Courier 25') - -window.close() diff --git a/DemoPrograms/Demo_Cursor_Previewer.py b/DemoPrograms/Demo_Cursor_Previewer.py deleted file mode 100644 index 6af733840..000000000 --- a/DemoPrograms/Demo_Cursor_Previewer.py +++ /dev/null @@ -1,52 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Preview tkinter cursors - - Shows the standard tkinter cursors using Buttons - - The name of the cursor is on the Button. Mouse over the Button and you'll see - what that cursor looks like. - This list of cursors is a constant defined in PySimpleGUI. The constant name is: - sg.TKINTER_CURSORS - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - -cursors = sg.TKINTER_CURSORS -# Make a layout that's 10 buttons across -NUM_BUTTONS_PER_ROW = 10 -layout = [[]] -row = [] -for i, c in enumerate(cursors): - # print(i, c) - row.append(sg.Button(c, size=(14,3), k=c)) - if ((i+1) % NUM_BUTTONS_PER_ROW) == 0: - layout.append(row) - row = [] - # print(row) -# Add on the last, partial row -start = len(cursors)//NUM_BUTTONS_PER_ROW * NUM_BUTTONS_PER_ROW -row = [] -for i in range(start, len(cursors)): - row.append(sg.Button(cursors[i], size=(14,3), k=cursors[i])) -layout.append(row) - -window = sg.Window('Cursor Previewer',layout, finalize=True) - -# set the cursor on each of the buttons that has the name of the cursor as the text -for c in cursors: - window[c].set_cursor(c) - -# The ubiquitous event loop... -while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Cursors.py b/DemoPrograms/Demo_Cursors.py deleted file mode 100644 index 39b2400fa..000000000 --- a/DemoPrograms/Demo_Cursors.py +++ /dev/null @@ -1,57 +0,0 @@ -import PySimpleGUI as sg -import webbrowser - -""" - Demo Cursors - - Demonstration of setting an Element's Cursor to use a different cursor than the standard arrow. - Can also change Cursor at the Window level. - - If you want no cursor, set the cursor to the string 'none'. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Here is a more complete list of cursors you can choose from -cursors = sg.TKINTER_CURSORS - -sg.theme('Light Blue 2') - -layout = [ [sg.Text('Here is a clickable link for you')], - [sg.Text('Notice how the cursor switches to a "hand" when hover over the link')], - [sg.Text('www.PySimpleGUI.org', font='default 12 underline', text_color='blue', enable_events=True, key='-LINK-')], - [sg.Text('Try out these additional cursors')], - [sg.Text('watch - This makes the spinning-donut-of-death cursor on Windows', key='-WATCH-')], - [sg.Text('fleur - The "Move" cursor', key='-FLEUR-')], - [sg.Text('trek - Beam me up Scotty!', key='-TREK-')], - [sg.Text('none - No cursor at all', key='-NONE-')], - [sg.Text('For touchscreen applications, you may want to turn off the cursor entirely for the windw')], - [sg.Text('Click the Hide Cursor button to turn off at the Window level.')], - [sg.Text('Elements that have specific cursors set will continue to show those cursors')], - [sg.Button('Hide Cursor'), sg.Button('Exit')] ] - -window = sg.Window('Cursor Demo', layout, finalize=True) - -# Make sure window is finalized first. Then set the cursor -window['-LINK-'].set_cursor(cursor='hand1') -window['-WATCH-'].set_cursor(cursor='watch') -window['-FLEUR-'].set_cursor(cursor='fleur') -window['-TREK-'].set_cursor(cursor='trek') -window['Exit'].set_cursor(cursor='no') -window['-NONE-'].set_cursor(cursor='none') - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Hide Cursor': - window.set_cursor('none') # special value that hides the cursor entirely - elif event == '-LINK-': - # if the text was clicked, open a browser using the text as the address - webbrowser.open(window['-LINK-'].DisplayText) # accessing DisplayText isn't something you'll see often -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Dashboard.py b/DemoPrograms/Demo_Dashboard.py deleted file mode 100644 index 49febe6da..000000000 --- a/DemoPrograms/Demo_Dashboard.py +++ /dev/null @@ -1,68 +0,0 @@ -import PySimpleGUI as sg - -""" - Dashboard using blocks of information. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -theme_dict = {'BACKGROUND': '#2B475D', - 'TEXT': '#FFFFFF', - 'INPUT': '#F2EFE8', - 'TEXT_INPUT': '#000000', - 'SCROLL': '#F2EFE8', - 'BUTTON': ('#000000', '#C2D4D8'), - 'PROGRESS': ('#FFFFFF', '#C7D5E0'), - 'BORDER': 1,'SLIDER_DEPTH': 0, 'PROGRESS_DEPTH': 0} - -# sg.theme_add_new('Dashboard', theme_dict) # if using 4.20.0.1+ -sg.LOOK_AND_FEEL_TABLE['Dashboard'] = theme_dict -sg.theme('Dashboard') - -BORDER_COLOR = '#C7D5E0' -DARK_HEADER_COLOR = '#1B2838' -BPAD_TOP = ((20,20), (20, 10)) -BPAD_LEFT = ((20,10), (0, 10)) -BPAD_LEFT_INSIDE = (0, 10) -BPAD_RIGHT = ((10,20), (10, 20)) - -top_banner = [[sg.Text('Dashboard'+ ' '*64, font='Any 20', background_color=DARK_HEADER_COLOR), - sg.Text('Tuesday 9 June 2020', font='Any 20', background_color=DARK_HEADER_COLOR)]] - -top = [[sg.Text('The Weather Will Go Here', size=(50,1), justification='c', pad=BPAD_TOP, font='Any 20')], - [sg.T(f'{i*25}-{i*34}') for i in range(7)],] - -block_3 = [[sg.Text('Block 3', font='Any 20')], - [sg.Input(), sg.Text('Some Text')], - [sg.Button('Go'), sg.Button('Exit')] ] - - -block_2 = [[sg.Text('Block 2', font='Any 20')], - [sg.T('This is some random text')], - [sg.Image(data=sg.DEFAULT_BASE64_ICON)] ] - -block_4 = [[sg.Text('Block 4', font='Any 20')], - [sg.T('This is some random text')], - [sg.T('This is some random text')], - [sg.T('This is some random text')], - [sg.T('This is some random text')]] - - -layout = [[sg.Column(top_banner, size=(960, 60), pad=(0,0), background_color=DARK_HEADER_COLOR)], - [sg.Column(top, size=(920, 90), pad=BPAD_TOP)], - [sg.Column([[sg.Column(block_2, size=(450,150), pad=BPAD_LEFT_INSIDE)], - [sg.Column(block_3, size=(450,150), pad=BPAD_LEFT_INSIDE)]], pad=BPAD_LEFT, background_color=BORDER_COLOR), - sg.Column(block_4, size=(450, 320), pad=BPAD_RIGHT)]] - -window = sg.Window('Dashboard PySimpleGUI-Style', layout, margins=(0,0), background_color=BORDER_COLOR, no_titlebar=True, grab_anywhere=True) - -while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break -window.close() diff --git a/DemoPrograms/Demo_Date_Chooser.py b/DemoPrograms/Demo_Date_Chooser.py deleted file mode 100644 index 3af731578..000000000 --- a/DemoPrograms/Demo_Date_Chooser.py +++ /dev/null @@ -1,168 +0,0 @@ -import PySimpleGUI as sg -import datetime -import calendar -import itertools - -""" - Demo_Date_Chooser - - This is the same code that is now used internally in PySimpleGUI as the 'date chooser' - It is shown here in a demo program form to demonstrate to you that PySimpleGUI is being used - to implement user features. The underlying GUI framework is no longer being used like it was previously - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def popup_get_date(start_mon=None, start_day=None, start_year=None, begin_at_sunday_plus=0, no_titlebar=True, title='Choose Date', keep_on_top=True, location=(None, None), close_when_chosen=False, icon=None, locale=None, month_names=None, day_abbreviations=None): - """ - Display a calendar window, get the user's choice, return as a tuple (mon, day, year) - - :param start_mon: The starting month - :type start_mon: int - :param start_day: The starting day - optional. Set to None or 0 if no date to be chosen at start - :type start_day: int or None - :param start_year: The starting year - :type start_year: int - :param begin_at_sunday_plus: Determines the left-most day in the display. 0=sunday, 1=monday, etc - :type begin_at_sunday_plus: int - :param icon: Same as Window icon parameter. Can be either a filename or Base64 value. For Windows if filename, it MUST be ICO format. For Linux, must NOT be ICO - :type icon: str - :param locale: locale used to get the day names - :type locale: str - :param month_names: optional list of month names to use (should be 12 items) - :type month_names: List[str] - :param day_abbreviations: optional list of abbreviations to display as the day of week - :type day_abbreviations: List[str] - :return: Tuple containing (month, day, year) of chosen date or None if was cancelled - :rtype: None or (int, int, int) - """ - - if month_names is not None and len(month_names) != 12: - sg.popup_error('Incorrect month names list specified. Must have 12 entries.', 'Your list:', month_names) - - if day_abbreviations is not None and len(day_abbreviations) != 7: - sg.popup_error('Incorrect day abbreviation list. Must have 7 entries.', 'Your list:', day_abbreviations) - - day_font = 'TkFixedFont 9' - mon_year_font = 'TkFixedFont 10' - arrow_font = 'TkFixedFont 7' - - now = datetime.datetime.now() - cur_month, cur_day, cur_year = now.month, now.day, now.year - cur_month = start_mon or cur_month - if start_mon is not None: - cur_day = start_day - else: - cur_day = cur_day - cur_year = start_year or cur_year - - - def update_days(window, month, year, begin_at_sunday_plus): - [window[(week, day)].update('') for day in range(7) for week in range(6)] - weeks = calendar.monthcalendar(year, month) - month_days = list(itertools.chain.from_iterable([[0 for _ in range(8 - begin_at_sunday_plus)]] + weeks)) - if month_days[6] == 0: - month_days = month_days[7:] - if month_days[6] == 0: - month_days = month_days[7:] - for i, day in enumerate(month_days): - offset = i - if offset >= 6 * 7: - break - window[(offset // 7, offset % 7)].update(str(day) if day else '') - - def make_days_layout(): - days_layout = [] - for week in range(6): - row = [] - for day in range(7): - row.append(sg.T('', size=(4, 1), justification='c', font=day_font, key=(week, day), enable_events=True, pad=(0, 0))) - days_layout.append(row) - return days_layout - - - # Create table of month names and week day abbreviations - - if day_abbreviations is None or len(day_abbreviations) != 7: - fwday = calendar.SUNDAY - try: - if locale is not None: - _cal = calendar.LocaleTextCalendar(fwday, locale) - else: - _cal = calendar.TextCalendar(fwday) - day_names = _cal.formatweekheader(3).split() - except Exception as e: - print('Exception building day names from locale', locale, e) - day_names = ('Sun', 'Mon', 'Tue', 'Wed', 'Th', 'Fri', 'Sat') - else: - day_names = day_abbreviations - - mon_names = month_names if month_names is not None and len(month_names) == 12 else [calendar.month_name[i] for i in range(1,13)] - days_layout = make_days_layout() - - layout = [[sg.B('◄◄', font=arrow_font, border_width=0, key='-YEAR-DOWN-', pad=((10,2),2)), - sg.B('◄', font=arrow_font, border_width=0, key='-MON-DOWN-', pad=(0,2)), - sg.Text('{} {}'.format(mon_names[cur_month - 1], cur_year), size=(16, 1), justification='c', font=mon_year_font, key='-MON-YEAR-', pad=(0,2)), - sg.B('►', font=arrow_font,border_width=0, key='-MON-UP-', pad=(0,2)), - sg.B('►►', font=arrow_font,border_width=0, key='-YEAR-UP-', pad=(2,2))]] - layout += [[sg.Col([[sg.T(day_names[i - (7 - begin_at_sunday_plus) % 7], size=(4,1), font=day_font, background_color=sg.theme_text_color(), text_color=sg.theme_background_color(), pad=(0,0)) for i in range(7)]], background_color=sg.theme_text_color(), pad=(0,0))]] - layout += days_layout - if not close_when_chosen: - layout += [[sg.Button('Ok', border_width=0,font='TkFixedFont 8'), sg.Button('Cancel',border_width=0, font='TkFixedFont 8')]] - - window = sg.Window(title, layout, no_titlebar=no_titlebar, grab_anywhere=True, keep_on_top=keep_on_top, font='TkFixedFont 12', use_default_focus=False, location=location, finalize=True, icon=icon) - - update_days(window, cur_month, cur_year, begin_at_sunday_plus) - - prev_choice = chosen_mon_day_year = None - - if cur_day: - chosen_mon_day_year = cur_month, cur_day, cur_year - for week in range(6): - for day in range(7): - if window[(week,day)].DisplayText == str(cur_day): - window[(week,day)].update(background_color=sg.theme_text_color(), text_color=sg.theme_background_color()) - prev_choice = (week,day) - break - - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Cancel'): - chosen_mon_day_year = None - break - if event == 'Ok': - break - if event in ('-MON-UP-', '-MON-DOWN-', '-YEAR-UP-','-YEAR-DOWN-'): - cur_month += (event == '-MON-UP-') - cur_month -= (event == '-MON-DOWN-') - cur_year += (event == '-YEAR-UP-') - cur_year -= (event == '-YEAR-DOWN-') - if cur_month > 12: - cur_month = 1 - cur_year += 1 - elif cur_month < 1: - cur_month = 12 - cur_year -= 1 - window['-MON-YEAR-'].update('{} {}'.format(mon_names[cur_month - 1], cur_year)) - update_days(window, cur_month, cur_year, begin_at_sunday_plus) - if prev_choice: - window[prev_choice].update(background_color=sg.theme_background_color(), text_color=sg.theme_text_color()) - elif type(event) is tuple: - if window[event].DisplayText != "": - chosen_mon_day_year = cur_month, int(window[event].DisplayText), cur_year - if prev_choice: - window[prev_choice].update(background_color=sg.theme_background_color(), text_color=sg.theme_text_color()) - window[event].update(background_color=sg.theme_text_color(), text_color=sg.theme_background_color()) - prev_choice = event - if close_when_chosen: - break - window.close() - return chosen_mon_day_year - - -print(popup_get_date()) \ No newline at end of file diff --git a/DemoPrograms/Demo_Debugger_Built_Into_PSG.py b/DemoPrograms/Demo_Debugger_Built_Into_PSG.py deleted file mode 100644 index 730bf15fd..000000000 --- a/DemoPrograms/Demo_Debugger_Built_Into_PSG.py +++ /dev/null @@ -1,62 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo program that shows you how to integrate the PySimpleGUI Debugger - into your program. - This particular program is a GUI based program simply to make it easier for you to interact and change - things. - - In this example, the debugger is not started initiallly. You click the "Debug" button to launch it - There are THREE steps, and they are copy and pastes. - 1. At the top of your app to debug add - import imwatchingyou - 2. When you want to show a debug window, call one of two functions: - imwatchingyou.show_debug_window() - imwatchingyou.show_popout_window() - 3. You must find a location in your code to "refresh" the debugger. Some loop that's executed often. - In this loop add this call: - imwatchingyou.refresh() - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [ - [sg.Text('A typical PSG application')], - [sg.Input(key='-IN-')], - [sg.Text(' ', key='-OUT-', size=(45, 1))], - [sg.CBox('Checkbox 1'), sg.CBox('Checkbox 2')], - [sg.Radio('a', 1, key='-R1-'), sg.Radio('b', 1, key='-R2-'), - sg.Radio('c', 1, key='-R3-')], - [sg.Combo(['c1', 'c2', 'c3'], size=(6, 3), key='-COMBO-')], - [sg.Output(size=(50, 6))], - [sg.Ok(), sg.Exit(), sg.Button('Enable'), sg.Button('Popout'), - sg.Button('Debugger'), sg.Debug(key='Debug')], -] - -window = sg.Window('This is your Application Window', - layout, debugger_enabled=False) - -counter = 0 -# Note that you can launch the debugger windows right away, without waiting for user input -sg.show_debugger_popout_window() - -while True: # Your Event Loop - event, values = window.read(timeout=100) - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Enable': - window.enable_debugger() - elif event == 'Popout': - # replaces old popout with a new one, possibly with new variables` - sg.show_debugger_popout_window() - elif event == 'Debugger': - sg.show_debugger_window() - counter += 1 - # to prove window is operating, show the input in another area in the window. - window['-OUT-'].update(values['-IN-']) - -window.close() diff --git a/DemoPrograms/Demo_Debugger_Button.py b/DemoPrograms/Demo_Debugger_Button.py deleted file mode 100644 index 42b8ca9b6..000000000 --- a/DemoPrograms/Demo_Debugger_Button.py +++ /dev/null @@ -1,54 +0,0 @@ -import PySimpleGUI as sg -# import imwatchingyou # STEP 1 - -""" - Demo program that shows you how to integrate the PySimpleGUI Debugger - into your program. - This particular program is a GUI based program simply to make it easier for you to interact and change - things. - - In this example, the debugger is not started initiallly. You click the "Debug" button to launch it - There are THREE steps, and they are copy and pastes. - 1. At the top of your app to debug add - import imwatchingyou - 2. When you want to show a debug window, call one of two functions: - imwatchingyou.show_debug_window() - imwatchingyou.show_popout_window() - 3. You must find a location in your code to "refresh" the debugger. Some loop that's executed often. - In this loop add this call: - imwatchingyou.refresh() - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [ - [sg.Text('A typical PSG application')], - [sg.Input(key='-IN-')], - [sg.Text(' ', key='-OUT-', size=(45, 1))], - [sg.CBox('Checkbox 1'), sg.CBox('Checkbox 2')], - [sg.Radio('a', 1, key='-R1-'), sg.Radio('b', 1, key='-R2-'), - sg.Radio('c', 1, key='-R3-')], - [sg.Combo(['c1', 'c2', 'c3'], size=(6, 3), key='-COMBO-')], - [sg.Output(size=(50, 6))], - [sg.Ok(), sg.Exit(), sg.Button('Enable'), sg.Debug(key='Debug')], -] - -window = sg.Window('This is your Application Window', - layout, debugger_enabled=False) -counter = 0 - -while True: # Your Event Loop - event, values = window.read(timeout=100) - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Enable': - window.enable_debugger() - counter += 1 - # to prove window is operating, show the input in another area in the window. - window['-OUT-'].update(values['-IN-']) - -window.close() diff --git a/DemoPrograms/Demo_Debugger_ImWatchingYou.py b/DemoPrograms/Demo_Debugger_ImWatchingYou.py deleted file mode 100644 index 72930ee69..000000000 --- a/DemoPrograms/Demo_Debugger_ImWatchingYou.py +++ /dev/null @@ -1,63 +0,0 @@ -import PySimpleGUI as sg -import imwatchingyou # STEP 1 - -""" - Demo program that shows you how to integrate the PySimpleGUI Debugger - into your program. - This particular program is a GUI based program simply to make it easier for you to interact and change - things. - - In this example, the debugger is not started initiallly. You click the "Debug" button to launch it - There are THREE steps, and they are copy and pastes. - 1. At the top of your app to debug add - import imwatchingyou - 2. When you want to show a debug window, call one of two functions: - imwatchingyou.show_debug_window() - imwatchingyou.show_popout_window() - 3. You must find a location in your code to "refresh" the debugger. Some loop that's executed often. - In this loop add this call: - imwatchingyou.refresh() - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [ - [sg.Text('A typical PSG application')], - [sg.Input(key='-IN-')], - [sg.Text(' ', key='-OUT-', size=(30, 1))], - [ - sg.Rad('a', 1, key='-R1-'), - sg.Rad('b', 1, key='-R2-'), - sg.Rad('c', 1, key='-R3-') - ], - [sg.Combo(['c1', 'c2', 'c3'], size=(6, 3), key='-COMBO-')], - [sg.Output(size=(50, 6))], - [sg.Ok(), sg.Exit(), sg.Button('Debug'), sg.Button('Popout')], -] - -window = sg.Window('This is your Application Window', layout) - -counter = 0 - -while True: # Your Event Loop - event, values = window.read(timeout=100) - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Ok': - print('You clicked Ok.... this is where print output goes') - elif event == 'Debug': - imwatchingyou.show_debugger_window() # STEP 2 - elif event == 'Popout': - imwatchingyou.show_debugger_popout_window() # STEP 2 - counter += 1 - # to prove window is operating, show the input in another area in the window. - window['-OUT-'].update(values['-IN-']) - - # don't worry about the "state" of things, just call this function "frequently" - imwatchingyou.refresh_debugger() # STEP 3 - refresh debugger - -window.close() diff --git a/DemoPrograms/Demo_Demo_Programs_Browser.py b/DemoPrograms/Demo_Demo_Programs_Browser.py deleted file mode 100644 index 3855afed6..000000000 --- a/DemoPrograms/Demo_Demo_Programs_Browser.py +++ /dev/null @@ -1,615 +0,0 @@ -import os.path -import subprocess -import sys -import mmap, re -import warnings -import PySimpleGUI as sg - -""" - PySimpleGUI Demo Program Browser - - Originaly written for PySimpleGUI Demo Programs, but expanded to - be a general purpose tool. Enable Advanced Mode in settings for more fun - - Use to filter and search your source code tree. - Then run or edit your files - - Filter the list of : - * Search using filename - * Searching within the programs' source code (like grep) - - The basic file operations are - * Edit a file in your editor - * Run a file - * Filter file list - * Search in files - * Run a regular expression search on all files - * Display the matching line in a file - - Additional operations - * Edit this file in editor - - Keeps a "history" of the previously chosen folders to easy switching between projects - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def running_linux(): - return sys.platform.startswith('linux') - -def running_windows(): - return sys.platform.startswith('win') - -def get_file_list_dict(): - """ - Returns dictionary of files - Key is short filename - Value is the full filename and path - - :return: Dictionary of demo files - :rtype: Dict[str:str] - """ - - demo_path = get_demo_path() - demo_files_dict = {} - for dirname, dirnames, filenames in os.walk(demo_path): - for filename in filenames: - if filename.endswith('.py') or filename.endswith('.pyw'): - fname_full = os.path.join(dirname, filename) - if filename not in demo_files_dict.keys(): - demo_files_dict[filename] = fname_full - else: - # Allow up to 100 dupicated names. After that, give up - for i in range(1, 100): - new_filename = f'{filename}_{i}' - if new_filename not in demo_files_dict: - demo_files_dict[new_filename] = fname_full - break - - return demo_files_dict - - -def get_file_list(): - """ - Returns list of filenames of files to display - No path is shown, only the short filename - - :return: List of filenames - :rtype: List[str] - """ - return sorted(list(get_file_list_dict().keys())) - - -def get_demo_path(): - """ - Get the top-level folder path - :return: Path to list of files using the user settings for this file. Returns folder of this file if not found - :rtype: str - """ - demo_path = sg.user_settings_get_entry('-demos folder-', os.path.dirname(__file__)) - - return demo_path - - -def get_global_editor(): - """ - Get the path to the editor based on user settings or on PySimpleGUI's global settings - - :return: Path to the editor - :rtype: str - """ - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_editor = sg.pysimplegui_user_settings.get('-editor program-') - except: - global_editor = '' - return global_editor - - -def get_editor(): - """ - Get the path to the editor based on user settings or on PySimpleGUI's global settings - - :return: Path to the editor - :rtype: str - """ - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_editor = sg.pysimplegui_user_settings.get('-editor program-') - except: - global_editor = '' - user_editor = sg.user_settings_get_entry('-editor program-', '') - if user_editor == '': - user_editor = global_editor - - return user_editor - - -def get_explorer(): - """ - Get the path to the file explorer program - - :return: Path to the file explorer EXE - :rtype: str - """ - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_explorer = sg.pysimplegui_user_settings.get('-explorer program-', '') - except: - global_explorer = '' - explorer = sg.user_settings_get_entry('-explorer program-', '') - if explorer == '': - explorer = global_explorer - return explorer - - -def advanced_mode(): - """ - Returns True is advanced GUI should be shown - - :return: True if user indicated wants the advanced GUI to be shown (set in the settings window) - :rtype: bool - """ - return sg.user_settings_get_entry('-advanced mode-', False) - - - -def get_theme(): - """ - Get the theme to use for the program - Value is in this program's user settings. If none set, then use PySimpleGUI's global default theme - :return: The theme - :rtype: str - """ - # First get the current global theme for PySimpleGUI to use if none has been set for this program - try: - global_theme = sg.theme_global() - except: - global_theme = sg.theme() - # Get theme from user settings for this program. Use global theme if no entry found - user_theme = sg.user_settings_get_entry('-theme-', '') - if user_theme == '': - user_theme = global_theme - return user_theme - -# We handle our code properly. But in case the user types in a flag, the flags are now in the middle of a regex. Ignore this warning. - -warnings.filterwarnings("ignore", category=DeprecationWarning) - -# New function -def get_line_number(file_path, string): - lmn = 0 - with open(file_path) as f: - for num, line in enumerate(f, 1): - if string.strip() == line.strip(): - lmn = num - return lmn - -def find_in_file(string, demo_files_dict, regex=False, verbose=False, window=None, ignore_case=True, show_first_match=True): - """ - Search through the demo files for a string. - The case of the string and the file contents are ignored - - :param string: String to search for - :param verbose: if True print the FIRST match - :type verbose: bool - :param find_all_matches: if True, then return all matches in the dictionary - :type find_all_matches: bool - :return: List of files containing the string - :rtype: List[str] - """ - - - # So you face a prediciment here. You wish to read files, both small and large; however the bigger the file/bigger the list, the longer to read the file. - # This probably isn't what you want, right? - # Well, we can't use a direct command line to run grep and parse. But it is an option. The user may not have it. - # We could check if grep exists and if not use our method; but it isn't the best way. - # So using background knowldge, we know that grep is *very* fast. - # - # Why? - # Grep reads a *ton* of files into memory then searches through the memory to find the string or regex/pattern corresponding to the file. - # How can we load a file into memory on python as fast as grep whilst keeping it universal? - # memory mapping (mmap). - # We can't load a lot of files into memory as we may face issues with watchdog on other operating systems. So we load one file at a time and search though there. - # This will allow the fastest searching and loading of a file without sacrificing read times. - # 2.8 seconds on the highend for both small and large files in memory. - # We also don't have to iterate over lines this way. - file_list = [] - num_files = 0 - - matched_dict = {} - for file in demo_files_dict: - try: - full_filename = demo_files_dict[file] - if not demo_files_dict == get_file_list_dict(): - full_filename = full_filename[0] - matches = None - - with open(full_filename, 'rb', 0) as f, mmap.mmap(f.fileno(), 0, access=mmap.ACCESS_READ) as s: - if (regex): - window['-FIND NUMBER-'].update(f'{num_files} files') - window.refresh() - matches = re.finditer(bytes("^.*(" + string + ").*$", 'utf-8'), s, re.MULTILINE) - if matches: - for match in matches: - if match is not None: - if file not in file_list: - file_list.append(file) - num_files += 1 - if verbose: - sg.cprint(f"{file}:", c = 'white on green') - sg.cprint(f"{match.group(0).decode('utf-8')}\n") - else: - window['-FIND NUMBER-'].update(f'{num_files} files') - window.refresh() - matches = None - if (ignore_case): - if (show_first_match): - matches = re.search(br'(?i)^' + bytes(".*("+re.escape(string.lower()) + ").*$", 'utf-8'), s, re.MULTILINE) - else: - matches = re.finditer(br'(?i)^' + bytes(".*("+re.escape(string.lower()) + ").*$", 'utf-8'), s, re.MULTILINE) - else: - if (show_first_match): - matches = re.search(br'^' + bytes(".*("+re.escape(string) + ").*$", 'utf-8'), s, re.MULTILINE) - else: - matches = re.finditer(br'^' + bytes(".*("+re.escape(string) + ").*$", 'utf-8'), s, re.MULTILINE) - if matches: - if show_first_match: - file_list.append(file) - num_files += 1 - match_array = [] - match_array.append(matches.group(0).decode('utf-8')) - matched_dict[full_filename] = match_array - else: - # We need to do this because strings are "falsy" in Python, but empty matches still return True... - append_file = False - match_array = [] - for match_ in matches: - match_str = match_.group(0).decode('utf-8') - if match_str: - match_array.append(match_str) - if append_file == False: - append_file = True - if append_file: - file_list.append(file) - num_files += 1 - matched_dict[full_filename] = match_array - - # del matches - except ValueError: - del matches - except Exception as e: - exc_type, exc_obj, exc_tb = sys.exc_info() - fname = os.path.split(exc_tb.tb_frame.f_code.co_filename)[1] - print(exc_type, fname, exc_tb.tb_lineno) - print(f'{file}', e, file=sys.stderr) - - - file_lines_dict = {} - if not regex: - for key in matched_dict: - head, tail = os.path.split(key) - # Tails. Don't wanna put Washington in places he doesn't want to be. - file_array_old = [key] - file_array_new = [] - - if (verbose): - sg.cprint(f"{tail}:", c = 'white on green') - try: - for _match in matched_dict[key]: - line_num_match = get_line_number(key, _match) - file_array_new.append(line_num_match) - if (verbose): - sg.cprint(f"Line: {line_num_match} | {_match.strip()}\n") - file_array_old.append(file_array_new) - file_lines_dict[tail] = file_array_old - except: - pass - - find_in_file.old_file_list = file_lines_dict - - file_list = list(set(file_list)) - return file_list - - - -def settings_window(): - """ - Show the settings window. - This is where the folder paths and program paths are set. - Returns True if settings were changed - - :return: True if settings were changed - :rtype: (bool) - """ - - try: - global_editor = sg.pysimplegui_user_settings.get('-editor program-') - except: - global_editor = '' - try: - global_explorer = sg.pysimplegui_user_settings.get('-explorer program-') - except: - global_explorer = '' - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_theme = sg.theme_global() - except: - global_theme = '' - - layout = [[sg.T('Program Settings', font='DEFAULT 25')], - [sg.T('Path to Tree', font='_ 16')], - [sg.Combo(sorted(sg.user_settings_get_entry('-folder names-', [])), default_value=sg.user_settings_get_entry('-demos folder-', get_demo_path()), size=(50, 1), key='-FOLDERNAME-'), - sg.FolderBrowse('Folder Browse', target='-FOLDERNAME-'), sg.B('Clear History')], - [sg.T('Editor Program', font='_ 16')], - [sg.T('Leave blank to use global default'), sg.T(global_editor)], - [ sg.In(sg.user_settings_get_entry('-editor program-', ''),k='-EDITOR PROGRAM-'), sg.FileBrowse()], - [sg.T('File Explorer Program', font='_ 16')], - [sg.T('Leave blank to use global default'), sg.T(global_explorer)], - [ sg.In(sg.user_settings_get_entry('-explorer program-'), k='-EXPLORER PROGRAM-'), sg.FileBrowse()], - [sg.T('Theme', font='_ 16')], - [sg.T('Leave blank to use global default'), sg.T(global_theme)], - [sg.Combo(['']+sg.theme_list(),sg.user_settings_get_entry('-theme-', ''), readonly=True, k='-THEME-')], - [sg.CB('Use Advanced Interface', default=advanced_mode() ,k='-ADVANCED MODE-')], - [sg.B('Ok', bind_return_key=True), sg.B('Cancel')], - ] - - window = sg.Window('Settings', layout) - - settings_changed = False - - while True: - event, values = window.read() - if event in ('Cancel', sg.WIN_CLOSED): - break - if event == 'Ok': - sg.user_settings_set_entry('-demos folder-', values['-FOLDERNAME-']) - sg.user_settings_set_entry('-editor program-', values['-EDITOR PROGRAM-']) - sg.user_settings_set_entry('-theme-', values['-THEME-']) - sg.user_settings_set_entry('-folder names-', list(set(sg.user_settings_get_entry('-folder names-', []) + [values['-FOLDERNAME-'], ]))) - sg.user_settings_set_entry('-explorer program-', values['-EXPLORER PROGRAM-']) - sg.user_settings_set_entry('-advanced mode-', values['-ADVANCED MODE-']) - settings_changed = True - break - elif event == 'Clear History': - sg.user_settings_set_entry('-folder names-', []) - sg.user_settings_set_entry('-last filename-', '') - window['-FOLDERNAME-'].update(values=[], value='') - - window.close() - return settings_changed - -ML_KEY = '-ML-' # Multline's key - -# --------------------------------- Create the window --------------------------------- -def make_window(): - """ - Creates the main window - :return: The main window object - :rtype: (Window) - """ - theme = get_theme() - if not theme: - theme = sg.OFFICIAL_PYSIMPLEGUI_THEME - sg.theme(theme) - # First the window layout...2 columns - - find_tooltip = "Find in file\nEnter a string in box to search for string inside of the files.\nFile list will update with list of files string found inside." - filter_tooltip = "Filter files\nEnter a string in box to narrow down the list of files.\nFile list will update with list of files with string in filename." - find_re_tooltip = "Find in file using Regular Expression\nEnter a string in box to search for string inside of the files.\nSearch is performed after clicking the FindRE button." - - - left_col = sg.Col([ - [sg.Listbox(values=get_file_list(), select_mode=sg.SELECT_MODE_EXTENDED, size=(50, 20), key='-DEMO LIST-')], - [sg.Text('Filter:', tooltip=filter_tooltip), sg.Input(size=(25, 1), enable_events=True, key='-FILTER-', tooltip=filter_tooltip), - sg.T(size=(15,1), k='-FILTER NUMBER-')], - [sg.Button('Run'), sg.B('Edit'), sg.B('Clear'), sg.B('Open Folder')], - [sg.Text('Find:', tooltip=find_tooltip), sg.Input(size=(25, 1), enable_events=True, key='-FIND-', tooltip=find_tooltip), - sg.T(size=(15,1), k='-FIND NUMBER-')], - ], element_justification='l') - - lef_col_find_re = sg.pin(sg.Col([ - [sg.Text('Find:', tooltip=find_re_tooltip), sg.Input(size=(25, 1),key='-FIND RE-', tooltip=find_re_tooltip),sg.B('Find RE')]], k='-RE COL-')) - - right_col = [ - [sg.Multiline(size=(70, 21), write_only=True, key=ML_KEY, reroute_stdout=True, echo_stdout_stderr=True)], - [sg.Button('Edit Me (this program)'), sg.B('Settings'), sg.Button('Exit')], - [sg.T('PySimpleGUI ver ' + sg.version.split(' ')[0] + ' tkinter ver ' + sg.tclversion_detailed, font='Default 8', pad=(0,0))], - ] - - options_at_bottom = sg.pin(sg.Column([[sg.CB('Verbose', enable_events=True, k='-VERBOSE-'), - sg.CB('Show only first match in file', default=True, enable_events=True, k='-FIRST MATCH ONLY-'), - sg.CB('Find ignore case', default=True, enable_events=True, k='-IGNORE CASE-'), - sg.T('<---- NOTE: Only the "Verbose" setting is implemented at this time')]], pad=(0,0), k='-OPTIONS BOTTOM-')) - - choose_folder_at_top = sg.pin(sg.Column([[sg.T('Click settings to set top of your tree or choose a previously chosen folder'), - sg.Combo(sorted(sg.user_settings_get_entry('-folder names-', [])), default_value=sg.user_settings_get_entry('-demos folder-', ''), size=(50, 1), key='-FOLDERNAME-', enable_events=True, readonly=True)]], pad=(0,0), k='-FOLDER CHOOSE-')) - # ----- Full layout ----- - - layout = [[sg.Text('PySimpleGUI Demo Program & Project Browser', font='Any 20')], - [choose_folder_at_top], - sg.vtop([sg.Column([[left_col],[ lef_col_find_re]], element_justification='l'), sg.Col(right_col, element_justification='c') ]), - [options_at_bottom] - ] - - # --------------------------------- Create Window --------------------------------- - window = sg.Window('PSG Demo & Project Browser', layout, finalize=True, icon=icon) - - if not advanced_mode(): - window['-FOLDER CHOOSE-'].update(visible=False) - window['-RE COL-'].update(visible=False) - window['-OPTIONS BOTTOM-'].update(visible=False) - - sg.cprint_set_output_destination(window, ML_KEY) - return window - - -# --------------------------------- Main Program Layout --------------------------------- - -def main(): - """ - The main program that contains the event loop. - It will call the make_window function to create the window. - """ - - find_in_file.old_file_list = None - - old_typed_value = None - - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window = make_window() - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - counter = 0 - while True: - event, values = window.read() - counter += 1 - if event in (sg.WINDOW_CLOSED, 'Exit'): - break - if event == 'Edit': - editor_program = get_editor() - for file in values['-DEMO LIST-']: - sg.cprint(f'Editing using {editor_program}', text_color='white', background_color='red', end='') - sg.cprint('') - sg.cprint(f'{file_list_dict[file]}', text_color='white', background_color='purple') - execute_command_subprocess(f'{editor_program}', f'"{file_list_dict[file]}"') - elif event == 'Run': - sg.cprint('Running....', c='white on green', end='') - sg.cprint('') - for file in values['-DEMO LIST-']: - file_to_run = str(file_list_dict[file]) - sg.cprint(file_to_run,text_color='white', background_color='purple') - execute_py_file(f'{file_to_run}') - elif event.startswith('Edit Me'): - editor_program = get_editor() - sg.cprint(f'opening using {editor_program}:') - sg.cprint(f'{__file__}', text_color='white', background_color='red', end='') - execute_command_subprocess(f'{editor_program}', f'"{__file__}"') - elif event == '-FILTER-': - new_list = [i for i in file_list if values['-FILTER-'].lower() in i.lower()] - window['-DEMO LIST-'].update(new_list) - window['-FILTER NUMBER-'].update(f'{len(new_list)} files') - window['-FIND NUMBER-'].update('') - window['-FIND-'].update('') - window['-FIND RE-'].update('') - elif event == '-FIND-' or event == '-FIRST MATCH ONLY-' or event == '-VERBOSE-' or event == '-FIND RE-': - is_ignore_case = values['-IGNORE CASE-'] - old_ignore_case = False - current_typed_value = str(values['-FIND-']) - if len(values['-FIND-']) == 1: - window[ML_KEY].update('') - window['-VERBOSE-'].update(False) - values['-VERBOSE-'] = False - if values['-VERBOSE-']: - window[ML_KEY].update('') - if values['-FIND-']: - if find_in_file.old_file_list is None or old_typed_value is None or old_ignore_case is not is_ignore_case: - # New search. - old_typed_value = current_typed_value - file_list = find_in_file(values['-FIND-'], get_file_list_dict(), verbose=values['-VERBOSE-'], window=window, ignore_case=is_ignore_case, show_first_match=values['-FIRST MATCH ONLY-']) - elif current_typed_value.startswith(old_typed_value) and old_ignore_case is is_ignore_case: - old_typed_value = current_typed_value - file_list = find_in_file(values['-FIND-'], find_in_file.old_file_list, verbose=values['-VERBOSE-'], window=window, ignore_case=is_ignore_case, show_first_match=values['-FIRST MATCH ONLY-']) - else: - old_typed_value = current_typed_value - file_list = find_in_file(values['-FIND-'], get_file_list_dict(), verbose=values['-VERBOSE-'], window=window, ignore_case=is_ignore_case, show_first_match=values['-FIRST MATCH ONLY-']) - window['-DEMO LIST-'].update(sorted(file_list)) - window['-FIND NUMBER-'].update(f'{len(file_list)} files') - window['-FILTER NUMBER-'].update('') - window['-FIND RE-'].update('') - window['-FILTER-'].update('') - elif values['-FIND RE-']: - window['-ML-'].update('') - file_list = find_in_file(values['-FIND RE-'], get_file_list_dict(), regex=True, verbose=values['-VERBOSE-'],window=window) - window['-DEMO LIST-'].update(sorted(file_list)) - window['-FIND NUMBER-'].update(f'{len(file_list)} files') - window['-FILTER NUMBER-'].update('') - window['-FIND-'].update('') - window['-FILTER-'].update('') - elif event == 'Find RE': - window['-ML-'].update('') - file_list = find_in_file(values['-FIND RE-'], get_file_list_dict(), regex=True, verbose=values['-VERBOSE-'],window=window) - window['-DEMO LIST-'].update(sorted(file_list)) - window['-FIND NUMBER-'].update(f'{len(file_list)} files') - window['-FILTER NUMBER-'].update('') - window['-FIND-'].update('') - window['-FILTER-'].update('') - sg.cprint('Regular expression find completed') - elif event == 'Settings': - if settings_window() is True: - window.close() - window = make_window() - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - elif event == 'Clear': - file_list = get_file_list() - window['-FILTER-'].update('') - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window['-FIND-'].update('') - window['-DEMO LIST-'].update(file_list) - window['-FIND NUMBER-'].update('') - window['-FIND RE-'].update('') - window['-ML-'].update('') - elif event == '-FOLDERNAME-': - sg.user_settings_set_entry('-demos folder-', values['-FOLDERNAME-']) - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window['-DEMO LIST-'].update(values=file_list) - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window['-ML-'].update('') - window['-FIND NUMBER-'].update('') - window['-FIND-'].update('') - window['-FIND RE-'].update('') - window['-FILTER-'].update('') - elif event == 'Open Folder': - explorer_program = get_explorer() - if explorer_program: - sg.cprint(f'Opening Folder using {explorer_program}...', c='white on green', end='') - sg.cprint('') - for file in values['-DEMO LIST-']: - file_selected = str(file_list_dict[file]) - file_path = os.path.dirname(file_selected) - if running_windows(): - file_path = file_path.replace('/', '\\') - sg.cprint(file_path, text_color='white', background_color='purple') - execute_command_subprocess(explorer_program, file_path) - - window.close() - -try: - execute_py_file = sg.execute_py_file -except: - def execute_py_file(pyfile, parms=None, cwd=None): - if parms is not None: - execute_command_subprocess('python' if running_windows() else 'python3', pyfile, parms, wait=False, cwd=cwd) - else: - execute_command_subprocess('python' if running_windows() else 'python3', pyfile, wait=False, cwd=cwd) - -try: - execute_command_subprocess = sg.execute_command_subprocess -except: - def execute_command_subprocess(command, *args, wait=False, cwd=None): - if running_linux(): - arg_string = '' - for arg in args: - arg_string += ' ' + str(arg) - sp = subprocess.Popen(str(command) + arg_string, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE, cwd=cwd) - else: - expanded_args = ' '.join(args) - sp = subprocess.Popen([command, *args], shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE, cwd=cwd) - if wait: - out, err = sp.communicate() - if out: - print(out.decode("utf-8")) - if err: - print(err.decode("utf-8")) - - -if __name__ == '__main__': - # https://www.vecteezy.com/free-vector/idea-bulb is where I got the icon - - icon = b'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- - - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows.py b/DemoPrograms/Demo_Design_Pattern_Multiple_Windows.py deleted file mode 100644 index ba4ef9d6d..000000000 --- a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows.py +++ /dev/null @@ -1,56 +0,0 @@ -import PySimpleGUI as sg -""" - Demo - 2 simultaneous windows using read_all_window - - Window 1 launches window 2 - BOTH remain active in parallel - - Both windows have buttons to launch popups. The popups are "modal" and thus no other windows will be active - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def make_win1(): - layout = [[sg.Text('This is the FIRST WINDOW'), sg.Text(' ', k='-OUTPUT-')], - [sg.Text('Click Popup anytime to see a modal popup')], - [sg.Button('Launch 2nd Window'), sg.Button('Popup'), sg.Button('Exit')]] - return sg.Window('Window Title', layout, location=(800,600), finalize=True) - - -def make_win2(): - layout = [[sg.Text('The second window')], - [sg.Input(key='-IN-', enable_events=True)], - [sg.Text(size=(25,1), k='-OUTPUT-')], - [sg.Button('Erase'), sg.Button('Popup'), sg.Button('Exit')]] - return sg.Window('Second Window', layout, finalize=True) - - - -def main(): - window1, window2 = make_win1(), None # start off with 1 window open - - while True: # Event Loop - window, event, values = sg.read_all_windows() - if event == sg.WIN_CLOSED or event == 'Exit': - window.close() - if window == window2: # if closing win 2, mark as closed - window2 = None - elif window == window1: # if closing win 1, exit program - break - elif event == 'Popup': - sg.popup('This is a BLOCKING popup','all windows remain inactive while popup active') - elif event == 'Launch 2nd Window' and not window2: - window2 = make_win2() - elif event == '-IN-': - window['-OUTPUT-'].update(f'You enetered {values["-IN-"]}') - elif event == 'Erase': - window['-OUTPUT-'].update('') - window['-IN-'].update('') - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows1.py b/DemoPrograms/Demo_Design_Pattern_Multiple_Windows1.py deleted file mode 100644 index e8d9c4ca2..000000000 --- a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows1.py +++ /dev/null @@ -1,61 +0,0 @@ -import PySimpleGUI as sg - -""" - Design pattern multiple windows - Using read_all_windows() - - Only 1 window at a time is visible/active on the screen. - - Window1 opens Window2 - When Window2 closes, Window1 reappears - Program exits when Window1 is closed - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def make_window1(): - layout = [[sg.Text('Window 1'), ], - [sg.Input(key='-IN-')], - [sg.Text(size=(20, 1), key='-OUTPUT-')], - [sg.Button('Launch 2'), sg.Button('Output')]] - - return sg.Window('Window 1', layout, finalize=True) - -def make_window2(): - layout = [[sg.Text('Window 2')], - [sg.Button('Exit')]] - - return sg.Window('Window 2', layout, finalize=True) - - -def main(): - # Design pattern 1 - First window does not remain active - window2 = None - window1 = make_window1() - - while True: - window, event, values = sg.read_all_windows() - if event == sg.WIN_CLOSED and window == window1: - break - - if window == window1: - window1['-OUTPUT-'].update(values['-IN-']) - - if event == 'Launch 2' and not window2: - window1.hide() - window2 = make_window2() - - if window == window2 and (event in (sg.WIN_CLOSED, 'Exit')): - window2.close() - window2 = None - window1.un_hide() - window1.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows2.py b/DemoPrograms/Demo_Design_Pattern_Multiple_Windows2.py deleted file mode 100644 index a92d9f87c..000000000 --- a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows2.py +++ /dev/null @@ -1,58 +0,0 @@ -import PySimpleGUI as sg - -""" - Multiple Window Design Pattern - - Two windows - both remain active and visible - Window 1 launches Window 2 - Window 1 remains visible and active while Window 2 is active - Closing Window 1 exits application - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def make_window1(): - layout = [[ sg.Text('Window 1'),], - [sg.Input(enable_events=True, k='-IN-')], - [sg.Text(size=(20,1), k='-OUTPUT-')], - [sg.Button('Launch 2'), sg.Button('Exit')]] - - return sg.Window('Window 1', layout, finalize=True) - - -def make_window2(): - layout = [[sg.Text('Window 2')], - [sg.Button('Exit')]] - - return sg.Window('Window 2', layout, finalize=True) - - -def main(): - window1, window2 = make_window1(), None - while True: - window, event, values = sg.read_all_windows() - if window == window1 and event in (sg.WIN_CLOSED, 'Exit'): - break - # Window 1 stuff - if event == '-IN-': - window['-OUTPUT-'].update(values['-IN-']) - elif event == 'Launch 2' and not window2: - window2 = make_window2() - - # Window 2 stuff - if window == window2 and event in(sg.WIN_CLOSED, 'Exit'): - window2.close() - window2 = None - - window1.close() - if window2 is not None: - window2.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows3.py b/DemoPrograms/Demo_Design_Pattern_Multiple_Windows3.py deleted file mode 100644 index 5576c988e..000000000 --- a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows3.py +++ /dev/null @@ -1,61 +0,0 @@ -import PySimpleGUI as sg - -''' - Example of wizard-like PySimpleGUI windows - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -def make_window1(): - layout = [[sg.Text('Window 1'), ], - [sg.Input(k='-IN-', enable_events=True)], - [sg.Text(size=(20,1), k='-OUTPUT-')], - [sg.Button('Next >'), sg.Button('Exit')]] - - return sg.Window('Window 1', layout, finalize=True) - - -def make_window2(): - layout = [[sg.Text('Window 2')], - [sg.Button('< Prev'), sg.Button('Next >')]] - - return sg.Window('Window 2', layout, finalize=True) - - -def make_window3(): - layout = [[sg.Text('Window 3')], - [sg.Button('< Prev'), sg.Button('Exit')]] - return sg.Window('Window 3', layout, finalize=True) - - - -window1, window2, window3 = make_window1(), None, None - -while True: - window, event, values = sg.read_all_windows() - if window == window1 and event in (sg.WIN_CLOSED, 'Exit'): - break - - if window == window1: - if event == 'Next >': - window1.hide() - window2 = make_window2() - window1['-OUTPUT-'].update(values['-IN-']) - - if window == window2: - if event == 'Next >': - window2.hide() - window3 = make_window3() - elif event in (sg.WIN_CLOSED, '< Prev'): - window2.close() - window1.un_hide() - - if window == window3: - window3.close() - window2.un_hide() - -window.close() diff --git a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows_Both_Visible.py b/DemoPrograms/Demo_Design_Pattern_Multiple_Windows_Both_Visible.py deleted file mode 100644 index 0aea3fcd0..000000000 --- a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows_Both_Visible.py +++ /dev/null @@ -1,67 +0,0 @@ -import PySimpleGUI as sg -""" - Demo - 2 simultaneous windows using read_all_window - - Both windows are immediately visible. Each window updates the other. - - There's an added capability to "re-open" window 2 should it be closed. This is done by simply calling the make_win2 function - again when the button is pressed in window 1. - - The program exits when both windows have been closed - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def make_win1(): - layout = [[sg.Text('Window 1')], - [sg.Text('Enter something to output to Window 2')], - [sg.Input(key='-IN-', enable_events=True)], - [sg.Text(size=(25,1), key='-OUTPUT-')], - [sg.Button('Reopen')], - [sg.Button('Exit')]] - return sg.Window('Window Title', layout, finalize=True) - - -def make_win2(): - layout = [[sg.Text('Window 2')], - [sg.Text('Enter something to output to Window 1')], - [sg.Input(key='-IN-', enable_events=True)], - [sg.Text(size=(25,1), key='-OUTPUT-')], - [sg.Button('Exit')]] - return sg.Window('Window Title', layout, finalize=True) - - -def main(): - window1, window2 = make_win1(), make_win2() - - window2.move(window1.current_location()[0], window1.current_location()[1]+220) - - while True: # Event Loop - window, event, values = sg.read_all_windows() - - if window == sg.WIN_CLOSED: # if all windows were closed - break - if event == sg.WIN_CLOSED or event == 'Exit': - window.close() - if window == window2: # if closing win 2, mark as closed - window2 = None - elif window == window1: # if closing win 1, mark as closed - window1 = None - elif event == 'Reopen': - if not window2: - window2 = make_win2() - window2.move(window1.current_location()[0], window1.current_location()[1] + 220) - elif event == '-IN-': - output_window = window2 if window == window1 else window1 - if output_window: # if a valid window, then output to it - output_window['-OUTPUT-'].update(values['-IN-']) - else: - window['-OUTPUT-'].update('Other window is closed') - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows_OLD METHOD.py b/DemoPrograms/Demo_Design_Pattern_Multiple_Windows_OLD METHOD.py deleted file mode 100644 index 050e83c98..000000000 --- a/DemoPrograms/Demo_Design_Pattern_Multiple_Windows_OLD METHOD.py +++ /dev/null @@ -1,61 +0,0 @@ -import PySimpleGUI as sg -""" - Demo - Running 2 windows with both being active at the same time - Three important things to note about this design patter: - 1. The layout for window 2 is inside of the while loop, just before the call to window2=sg.Window - 2. The read calls have timeout values of 100 and 0. You can change the 100 to whatever interval you wish - but must keep the second window's timeout at 0 - 3. There is a safeguard to stop from launching multiple copies of window2. Only 1 window2 is visible at a time - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.theme('Dark Blue 3') -# Window 1 layout -layout = [ - [sg.Text('This is the FIRST WINDOW'), sg.Text(' ', key='-OUTPUT-')], - [sg.Text()], - [sg.Button('Launch 2nd Window'), sg.Button('Popup'), sg.Button('Exit')] - ] - -window = sg.Window('Window Title', layout, location=(800,600)) - -win2_active = False -i=0 -while True: # Event Loop - event, values = window.read(timeout=100) - if event != sg.TIMEOUT_KEY: - print(i, event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Popup': - sg.popup('This is a BLOCKING popup','all windows remain inactive while popup active') - i+=1 - if event == 'Launch 2nd Window' and not win2_active: # only run if not already showing a window2 - win2_active = True - # window 2 layout - note - must be "new" every time a window is created - layout2 = [ - [sg.Text('The second window')], - [sg.Input(key='-IN-')], - [sg.Button('Show'), sg.Button('Exit')] - ] - window2 = sg.Window('Second Window', layout2) - # Read window 2's events. Must use timeout of 0 - if win2_active: - # print("reading 2") - event, values = window2.read(timeout=100) - # print("win2 ", event) - if event != sg.TIMEOUT_KEY: - print("win2 ", event) - if event == 'Exit' or event == sg.WIN_CLOSED: - # print("Closing window 2", event) - win2_active = False - window2.close() - if event == 'Show': - sg.popup('You entered ', values['-IN-']) - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Design_Pattern_Persistent_Window.py b/DemoPrograms/Demo_Design_Pattern_Persistent_Window.py deleted file mode 100644 index 0a6c1c4f7..000000000 --- a/DemoPrograms/Demo_Design_Pattern_Persistent_Window.py +++ /dev/null @@ -1,29 +0,0 @@ -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [ - [sg.Text('Your typed chars appear here:'), - sg.Text(size=(20, 1), key='-OUTPUT-')], - [sg.Input('', key='-IN-')], - [sg.Button('Show'), sg.Button('Exit')] -] - -window = sg.Window('Window Title', layout) - -while True: - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event == 'Show': - # change the "output" element to be the value of "input" element - window['-OUTPUT-'].update(values['-IN-']) - -window.close() diff --git a/DemoPrograms/Demo_Design_Pattern_Save_Theme.py b/DemoPrograms/Demo_Design_Pattern_Save_Theme.py deleted file mode 100644 index 74c62078e..000000000 --- a/DemoPrograms/Demo_Design_Pattern_Save_Theme.py +++ /dev/null @@ -1,50 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Basic window design pattern - * Creates window in a separate function for easy "restart" - * Saves theme as a user variable - * Puts main code into a main function so that multiprocessing works if you later convert to use - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -# ------------------- Create the window ------------------- -def make_window(): - # Set theme based on previously saved - sg.theme(sg.user_settings_get_entry('theme', None)) - - # ----- Layout & Window Create ----- - layout = [[sg.T('This is your layout')], - [sg.OK(), sg.Button('Theme', key='-THEME-'), sg.Button('Exit')]] - - return sg.Window('Pattern for theme saving', layout) - - -# ------------------- Main Program and Event Loop ------------------- - -def main(): - window = make_window() - - while True: - event, values = window.read() - if event == sg.WINDOW_CLOSED or event == 'Exit': - break - if event == '-THEME-': # Theme button clicked, so get new theme and restart window - ev, vals = sg.Window('Choose Theme', [[sg.Combo(sg.theme_list(), k='-THEME LIST-'), sg.OK(), sg.Cancel()]]).read(close=True) - if ev == 'OK': - window.close() - sg.user_settings_set_entry('theme', vals['-THEME LIST-']) - window = make_window() - - window.close() - - -if __name__ == '__main__': - main() - diff --git a/DemoPrograms/Demo_Design_Patterns.py b/DemoPrograms/Demo_Design_Patterns.py deleted file mode 100644 index 31f3f728e..000000000 --- a/DemoPrograms/Demo_Design_Patterns.py +++ /dev/null @@ -1,77 +0,0 @@ -""" -When creating a new PySimpleGUI program from scratch, start here. -These are the accepted design patterns that cover the two primary use cases - -1. A "One Shot" window -2. A "One Shot" window in 1 line of code -3. A persistent window that stays open after button clicks (uses an event loop) -4. A persistent window that need to perform update of an element before the window.read - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" -# -----------------------------------# -# DESIGN PATTERN 1 - One-shot Window # -# -----------------------------------# -import PySimpleGUI as sg - -layout = [[ sg.Text('My Oneshot') ], - [ sg.Input(key='-IN-') ], - [ sg.Button('OK') ]] - -window = sg.Window('Design Pattern 1', layout) -event, values = window.read() -window.close() - - -# ---------------------------------------------# -# DESIGN PATTERN 2 - One-shot Window in 1 line # -# ---------------------------------------------# -import PySimpleGUI as sg - -event, values = sg.Window('Design Pattern 2', [[sg.Text('My Oneshot')],[sg.Input(key='-IN-')], [ sg.Button('OK') ]]).read(close=True) - - - -# -------------------------------------# -# DESIGN PATTERN 3 - Persistent Window # -# -------------------------------------# -import PySimpleGUI as sg - -layout = [[sg.Text('My layout')], - [sg.Input(key='-INPUT-')], - [sg.Button('OK'), sg.Button('Cancel')] ] - -window = sg.Window('Design Pattern 3 - Persistent Window', layout) - -while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Cancel': - break -window.close() - -# ------------------------------------------------------------------# -# DESIGN PATTERN 4 - Persistent Window with "early update" required # -# ------------------------------------------------------------------# -import PySimpleGUI as sg - -layout = [[ sg.Text('My layout') ], - [sg.Input(key='-INPUT-')], - [sg.Text('Some text will be output here', key='-TEXT-KEY-')], - [ sg.Button('OK'), sg.Button('Cancel') ]] - -window = sg.Window('Design Pattern 4', layout, finalize=True) - -# Change the text field. Finalize allows us to do this -window['-TEXT-KEY-'].update('Modified before event loop') - -while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Cancel': - break - if event == 'OK': - window['-TEXT-KEY-'].update(values['-INPUT-']) -window.close() diff --git a/DemoPrograms/Demo_Desktop_Floating_Toolbar.py b/DemoPrograms/Demo_Desktop_Floating_Toolbar.py deleted file mode 100644 index df771fd23..000000000 --- a/DemoPrograms/Demo_Desktop_Floating_Toolbar.py +++ /dev/null @@ -1,102 +0,0 @@ -#!/usr/bin/env python -import sys -import PySimpleGUI as sg -import subprocess -import os - - -""" - Demo_Toolbar - A floating toolbar with quick launcher - - One cool PySimpleGUI demo. Shows borderless windows, grab_anywhere, tight button layout - You can setup a specific program to launch when a button is clicked, or use the - Combobox to select a .py file found in the root folder, and run that file. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - -ROOT_PATH = './' - - -def Launcher(): - - sg.theme('Dark') - - namesonly = [f for f in os.listdir(ROOT_PATH) if f.endswith('.py')] - - if len(namesonly) == 0: - namesonly = ['test 1', 'test 2', 'test 3'] - - sg.set_options(element_padding=(0, 0), - button_element_size=(12, 1), auto_size_buttons=False) - - layout = [[sg.Combo(values=namesonly, size=(35, 30), key='demofile'), - sg.Button('Run', button_color=('white', '#00168B')), - sg.Button('Program 1'), - sg.Button('Program 2'), - sg.Button('Program 3', button_color=('white', '#35008B')), - sg.Button('EXIT', button_color=('white', 'firebrick3'))], - [sg.Text('', text_color='white', size=(50, 1), key='output')]] - - window = sg.Window('Floating Toolbar', - layout, - no_titlebar=True, - grab_anywhere=True, - keep_on_top=True) - - # ---===--- Loop taking in user input and executing appropriate program --- # - while True: - event, values = window.read() - if event == 'EXIT' or event == sg.WIN_CLOSED: - break # exit button clicked - if event == 'Program 1': - print('Run your program 1 here!') - elif event == 'Program 2': - print('Run your program 2 here!') - elif event == 'Run': - file = values['demofile'] - print('Launching %s' % file) - ExecuteCommandSubprocess('python', os.path.join(ROOT_PATH, file)) - else: - print(event) - - window.close() - - -def ExecuteCommandSubprocess(command, *args, wait=False): - try: - if sys.platform == 'linux': - arg_string = '' - arg_string = ' '.join([str(arg) for arg in args]) - # for arg in args: - # arg_string += ' ' + str(arg) - print('python3 ' + arg_string) - sp = subprocess.Popen(['python3 ', arg_string], - shell=True, - stdout=subprocess.PIPE, - stderr=subprocess.PIPE) - else: - arg_string = ' '.join([str(arg) for arg in args]) - sp = subprocess.Popen([command, arg_string], - shell=True, - stdout=subprocess.PIPE, - stderr=subprocess.PIPE) - # sp = subprocess.Popen([command, list(args)], shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) - - if wait: - out, err = sp.communicate() - if out: - print(out.decode("utf-8")) - if err: - print(err.decode("utf-8")) - except: - pass - - -if __name__ == '__main__': - Launcher() diff --git a/DemoPrograms/Demo_Desktop_Widget_CPU_Dashboard.py b/DemoPrograms/Demo_Desktop_Widget_CPU_Dashboard.py deleted file mode 100644 index 9201c3ecb..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_CPU_Dashboard.py +++ /dev/null @@ -1,135 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import sys -import psutil - -""" - Desktop floating widget - CPU Cores - Uses psutil to display: - CPU usage of each individual core - CPU utilization is updated every 500 ms by default - Utiliziation is shown as a scrolling area graph - To achieve a "rainmeter-style" of window, these featurees were used: - An alpha-channel setting of 0.8 to give a little transparency - No titlebar - Grab anywhere, making window easy to move around - Note that the keys are tuples, with a tuple as the second item - ('-KEY-', (row, col)) - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -GRAPH_WIDTH = 120 # each individual graph size in pixels -GRAPH_HEIGHT = 40 -TRANSPARENCY = .8 # how transparent the window looks. 0 = invisible, 1 = normal window -NUM_COLS = 4 -POLL_FREQUENCY = 1500 # how often to update graphs in milliseconds - -colors = ('#23a0a0', '#56d856', '#be45be', '#5681d8', '#d34545', '#BE7C29') - -# DashGraph does the drawing of each graph -class DashGraph(object): - def __init__(self, graph_elem, text_elem, starting_count, color): - self.graph_current_item = 0 - self.graph_elem = graph_elem # type: sg.Graph - self.text_elem = text_elem - self.prev_value = starting_count - self.max_sent = 1 - self.color = color - self.line_list = [] # list of currently visible lines. Used to delete oild figures - - def graph_percentage_abs(self, value): - self.line_list.append(self.graph_elem.draw_line( # draw a line and add to list of lines - (self.graph_current_item, 0), - (self.graph_current_item, value), - color=self.color)) - if self.graph_current_item >= GRAPH_WIDTH: - self.graph_elem.move(-1,0) - self.graph_elem.delete_figure(self.line_list[0]) # delete the oldest line - self.line_list = self.line_list[1:] # remove line id from list of lines - else: - self.graph_current_item += 1 - - def text_display(self, text): - self.text_elem.update(text) - -def main(location): - # A couple of "User defined elements" that combine several elements and enable bulk edits - def Txt(text, **kwargs): - return(sg.Text(text, font=('Helvetica 8'), **kwargs)) - - def GraphColumn(name, key): - return sg.Column([[Txt(name, size=(10,1), key=('-TXT-', key))], - [sg.Graph((GRAPH_WIDTH, GRAPH_HEIGHT), (0, 0), (GRAPH_WIDTH, 100), background_color='black', key=('-GRAPH-', key))]], pad=(2, 2)) - - num_cores = len(psutil.cpu_percent(percpu=True)) # get the number of cores in the CPU - - sg.theme('Black') - - layout = [[sg.Text('CPU Core Usage', justification='c', expand_x=True)] ] - - # add on the graphs - for rows in range(num_cores//NUM_COLS+1): - # for cols in range(min(num_cores-rows*NUM_COLS, NUM_COLS)): - layout += [[GraphColumn('CPU '+str(rows*NUM_COLS+cols), (rows, cols)) for cols in range(min(num_cores-rows*NUM_COLS, NUM_COLS))]] - - # ---------------- Create Window ---------------- - window = sg.Window('CPU Cores Usage Widget', layout, - keep_on_top=True, - grab_anywhere=True, - no_titlebar=True, - return_keyboard_events=True, - alpha_channel=TRANSPARENCY, - use_default_focus=False, - finalize=True, - margins=(1,1), - element_padding=(0,0), - border_depth=0, - location=location, - enable_close_attempted_event=True, - right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT) - - - graphs = [] - for rows in range(num_cores//NUM_COLS+1): - for cols in range(min(num_cores-rows*NUM_COLS, NUM_COLS)): - graphs += [DashGraph(window[('-GRAPH-', (rows, cols))], - window[('-TXT-', (rows, cols))], - 0, colors[(rows*NUM_COLS+cols)%len(colors)])] - - - # ---------------- main loop ---------------- - while True : - # --------- Read and update window once every Polling Frequency -------- - event, values = window.read(timeout=POLL_FREQUENCY) - if event in (sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit'): # Be nice and give an exit - sg.user_settings_set_entry('-location-', window.current_location()) # save window location before exiting - break - elif event == sg.WIN_CLOSED: - break - elif event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), keep_on_top=True, location=window.current_location()) - # read CPU for each core - stats = psutil.cpu_percent(percpu=True) - - # update each graph - for i, util in enumerate(stats): - graphs[i].graph_percentage_abs(util) - graphs[i].text_display('{} CPU {:2.0f}'.format(i, util)) - - window.close() - -if __name__ == "__main__": - # when invoking this program, if a location is set on the command line, then the window will be created there. Use x,y with no ( ) - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - else: - location = sg.user_settings_get_entry('-location-', (None, None)) - - main(location) \ No newline at end of file diff --git a/DemoPrograms/Demo_Desktop_Widget_CPU_Gauge.py b/DemoPrograms/Demo_Desktop_Widget_CPU_Gauge.py deleted file mode 100644 index b64fbe7a6..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_CPU_Gauge.py +++ /dev/null @@ -1,317 +0,0 @@ -import PySimpleGUI as sg -import psutil -import sys -import math - -""" - Another simple Desktop Widget using PySimpleGUI - This time a CPU Usage indicator using a custom Gauge element - - The Gauge class was developed by the brilliant PySimpleGUI user and support-helper @jason990420 - It has been hacked on a bit, had classes and functions moved around. It could be cleaned up some - but it's "good enough" at this point to release as a demo. - - This is a good example of how you can use Graph Elements to create your own custom elements. - This Gauge element is created from a Graph element. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -class Gauge(): - def mapping(func, sequence, *argc): - """ - Map function with extra argument, not for tuple. - : Parameters - func - function to call. - sequence - list for iteration. - argc - more arguments for func. - : Return - list of func(element of sequence, *argc) - """ - if isinstance(sequence, list): - return list(map(lambda i: func(i, *argc), sequence)) - else: - return func(sequence, *argc) - - def add(number1, number2): - """ - Add two number - : Parameter - number1 - number to add. - numeer2 - number to add. - : Return - Addition result for number1 and number2. - """ - return number1 + number2 - - def limit(number): - """ - Limit angle in range 0 ~ 360 - : Parameter - number: angle degree. - : Return - angel degree in 0 ~ 360, return 0 if number < 0, 360 if number > 360. - """ - return max(min(360, number), 0) - class Clock(): - """ - Draw background circle or arc - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, radius=100, start_angle=0, - stop_angle=360, fill_color='white', line_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, radius, start_angle, - stop_angle, line_width], (int, float)) + Gauge.mapping(isinstance, - [fill_color, line_color], str) - if False in instance: - raise ValueError - start_angle, stop_angle = Gauge.limit(start_angle), Gauge.limit(stop_angle) - self.all = [center_x, center_y, radius, start_angle, stop_angle, - fill_color, line_color, line_width] - self.figure = [] - self.graph_elem = graph_elem - self.new() - - def new(self): - """ - Draw Arc or circle - """ - x, y, r, start, stop, fill, line, width = self.all - start, stop = (180 - start, 180 - stop) if stop < start else (180 - stop, 180 - start) - if start == stop % 360: - self.figure.append(self.graph_elem.DrawCircle((x, y), r, fill_color=fill, - line_color=line, line_width=width)) - else: - self.figure.append(self.graph_elem.DrawArc((x - r, y + r), (x + r, y - r), stop - start, - start, style='arc', arc_color=fill)) - - def move(self, delta_x, delta_y): - """ - Move circle or arc in clock by delta x, delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[0] += delta_x - self.all[1] += delta_y - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - class Pointer(): - """ - Draw pointer of clock - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, angle=0, inner_radius=20, - outer_radius=80, outer_color='white', pointer_color='blue', - origin_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, angle, inner_radius, - outer_radius, line_width], (int, float)) + Gauge.mapping(isinstance, - [outer_color, pointer_color, origin_color], str) - if False in instance: - raise ValueError - - self.all = [center_x, center_y, angle, inner_radius, outer_radius, - outer_color, pointer_color, origin_color, line_width] - self.figure = [] - self.stop_angle = angle - self.graph_elem = graph_elem - self.new(degree=angle) - - def new(self, degree=0): - """ - Draw new pointer by angle, erase old pointer if exist - degree defined as clockwise from negative x-axis. - """ - (center_x, center_y, angle, inner_radius, outer_radius, - outer_color, pointer_color, origin_color, line_width) = self.all - if self.figure != []: - for figure in self.figure: - self.graph_elem.DeleteFigure(figure) - self.figure = [] - d = degree - 90 - self.all[2] = degree - dx1 = int(2 * inner_radius * math.sin(d / 180 * math.pi)) - dy1 = int(2 * inner_radius * math.cos(d / 180 * math.pi)) - dx2 = int(outer_radius * math.sin(d / 180 * math.pi)) - dy2 = int(outer_radius * math.cos(d / 180 * math.pi)) - self.figure.append(self.graph_elem.DrawLine((center_x - dx1, center_y - dy1), - (center_x + dx2, center_y + dy2), - color=pointer_color, width=line_width)) - self.figure.append(self.graph_elem.DrawCircle((center_x, center_y), inner_radius, - fill_color=origin_color, line_color=outer_color, line_width=line_width)) - - def move(self, delta_x, delta_y): - """ - Move pointer with delta x and delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[:2] = [self.all[0] + delta_x, self.all[1] + delta_y] - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - class Tick(): - """ - Create tick on click for minor tick, also for major tick - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, start_radius=90, stop_radius=100, - start_angle=0, stop_angle=360, step=6, line_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, start_radius, - stop_radius, start_angle, stop_angle, step, line_width], - (int, float)) + [Gauge.mapping(isinstance, line_color, (list, str))] - if False in instance: - raise ValueError - start_angle, stop_angle = Gauge.limit(start_angle), Gauge.limit(stop_angle) - self.all = [center_x, center_y, start_radius, stop_radius, - start_angle, stop_angle, step, line_color, line_width] - self.figure = [] - self.graph_elem = graph_elem - - self.new() - - def new(self): - """ - Draw ticks on clock - """ - (x, y, start_radius, stop_radius, start_angle, stop_angle, step, - line_color, line_width) = self.all - start_angle, stop_angle = (180 - start_angle, 180 - stop_angle - ) if stop_angle < start_angle else (180 - stop_angle, 180 - start_angle) - for i in range(start_angle, stop_angle + 1, step): - start_x = x + start_radius * math.cos(i / 180 * math.pi) - start_y = y + start_radius * math.sin(i / 180 * math.pi) - stop_x = x + stop_radius * math.cos(i / 180 * math.pi) - stop_y = y + stop_radius * math.sin(i / 180 * math.pi) - self.figure.append(self.graph_elem.DrawLine((start_x, start_y), - (stop_x, stop_y), color=line_color, width=line_width)) - - def move(self, delta_x, delta_y): - """ - Move ticks by delta x and delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[0] += delta_x - self.all[1] += delta_y - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - """ - Create Gauge - All angles defined as count clockwise from negative x-axis. - Should create instance of clock, pointer, minor tick and major tick first. - """ - def __init__(self, center=(0, 0), start_angle=0, stop_angle=180, major_tick_width=5, minor_tick_width=2,major_tick_start_radius=90, major_tick_stop_radius=100, major_tick_step=30, clock_radius=100, pointer_line_width=5, pointer_inner_radius=10, pointer_outer_radius=75, pointer_color='white', pointer_origin_color='black', pointer_outer_color='white', pointer_angle=0, degree=0, clock_color='white', major_tick_color='black', minor_tick_color='black', minor_tick_start_radius=90, minor_tick_stop_radius=100, graph_elem=None): - - self.clock = Gauge.Clock(start_angle=start_angle, stop_angle=stop_angle, fill_color=clock_color, radius=clock_radius, graph_elem=graph_elem) - self.minor_tick = Gauge.Tick(start_angle=start_angle, stop_angle=stop_angle, line_width=minor_tick_width, line_color=minor_tick_color, start_radius=minor_tick_start_radius, stop_radius=minor_tick_stop_radius, graph_elem=graph_elem) - self.major_tick = Gauge.Tick(start_angle=start_angle, stop_angle=stop_angle, line_width=major_tick_width, start_radius=major_tick_start_radius, stop_radius=major_tick_stop_radius, step=major_tick_step, line_color=major_tick_color, graph_elem=graph_elem) - self.pointer = Gauge.Pointer(angle=pointer_angle, inner_radius=pointer_inner_radius, outer_radius=pointer_outer_radius, pointer_color=pointer_color, outer_color=pointer_outer_color, origin_color=pointer_origin_color, line_width=pointer_line_width, graph_elem=graph_elem) - - self.center_x, self.center_y = self.center = center - self.degree = degree - self.dx = self.dy = 1 - - def move(self, delta_x, delta_y): - """ - Move gauge to move all componenets in gauge. - """ - self.center_x, self.center_y =self.center = ( - self.center_x+delta_x, self.center_y+delta_y) - if self.clock: - self.clock.move(delta_x, delta_y) - if self.minor_tick: - self.minor_tick.move(delta_x, delta_y) - if self.major_tick: - self.major_tick.move(delta_x, delta_y) - if self.pointer: - self.pointer.move(delta_x, delta_y) - - def change(self, degree=None, step=1): - """ - Rotation of pointer - call it with degree and step to set initial options for rotation. - Without any option to start rotation. - """ - if self.pointer: - if degree != None: - self.pointer.stop_degree = degree - self.pointer.step = step if self.pointer.all[2] < degree else -step - return True - now = self.pointer.all[2] - step = self.pointer.step - new_degree = now + step - if ((step > 0 and new_degree < self.pointer.stop_degree) or - (step < 0 and new_degree > self.pointer.stop_degree)): - self.pointer.new(degree=new_degree) - return False - else: - self.pointer.new(degree=self.pointer.stop_degree) - return True - -ALPHA = 0.5 -THEME = 'Dark purple 6 ' -UPDATE_FREQUENCY_MILLISECONDS = 2 * 1000 - - -def human_size(bytes, units=(' bytes', 'KB', 'MB', 'GB', 'TB', 'PB', 'EB')): - """ Returns a human readable string reprentation of bytes""" - return str(bytes) + ' ' + units[0] if bytes < 1024 else human_size(bytes >> 10, units[1:]) - -def main(location): - sg.theme(THEME) - gsize = (100, 55) - layout = [ - [sg.T('CPU', font='Any 20', background_color='black')], - [sg.Graph(gsize, (-gsize[0] // 2, 0), (gsize[0] // 2, gsize[1]), key='-Graph-')], - [sg.T(size=(5, 1), font='Any 20', justification='c', background_color='black', k='-gauge VALUE-')]] - - - window = sg.Window('CPU Usage Widget Square', layout, location=location, no_titlebar=True, grab_anywhere=True, margins=(0, 0), element_padding=(0, 0), alpha_channel=ALPHA, background_color='black', element_justification='c', finalize=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, enable_close_attempted_event=True) - - gauge = Gauge(pointer_color=sg.theme_text_color(), clock_color=sg.theme_text_color(), major_tick_color=sg.theme_text_color(), - minor_tick_color=sg.theme_input_background_color(), pointer_outer_color=sg.theme_text_color(), major_tick_start_radius=45, - minor_tick_start_radius=45, minor_tick_stop_radius=50, major_tick_stop_radius=50, major_tick_step=30, clock_radius=50, pointer_line_width=3, pointer_inner_radius=10, pointer_outer_radius=50, graph_elem=window['-Graph-']) - - gauge.change(degree=0) - - while True: # Event Loop - cpu_percent = psutil.cpu_percent(interval=1) - - if gauge.change(): - new_angle = cpu_percent*180/100 - window['-gauge VALUE-'].update(f'{int(cpu_percent)}%') - gauge.change(degree=new_angle, step=180) - gauge.change() - # ----------- update the graphics and text in the window ------------ - # update the window, wait for a while, then check for exit - event, values = window.read(timeout=UPDATE_FREQUENCY_MILLISECONDS) - if event in (sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit'): - sg.user_settings_set_entry('-location-', window.current_location()) # The line of code to save the position before exiting - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), location=window.current_location(), keep_on_top=True, non_blocking=True) - window.close() - - -if __name__ == '__main__': - - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - else: - location = sg.user_settings_get_entry('-location-', (None, None)) - main(location) diff --git a/DemoPrograms/Demo_Desktop_Widget_CPU_Graph.py b/DemoPrograms/Demo_Desktop_Widget_CPU_Graph.py deleted file mode 100644 index acb5e4980..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_CPU_Graph.py +++ /dev/null @@ -1,96 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import random -import psutil -from threading import Thread - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -STEP_SIZE = 3 -SAMPLES = 300 -SAMPLE_MAX = 500 -CANVAS_SIZE = (300, 200) - - -g_interval = .25 -g_cpu_percent = 0 -g_procs = None -g_exit = False - - -def CPU_thread(args): - global g_interval, g_cpu_percent, g_procs, g_exit - - while not g_exit: - try: - g_cpu_percent = psutil.cpu_percent(interval=g_interval) - g_procs = psutil.process_iter() - except: - pass - - -def main(): - global g_exit, g_response_time - # start ping measurement thread - - sg.theme('Black') - sg.set_options(element_padding=(0, 0)) - - layout = [ - [sg.Quit(button_color=('white', 'black')), - sg.Text('', pad=((100, 0), 0), font='Any 15', key='output')], - [sg.Graph(CANVAS_SIZE, (0, 0), (SAMPLES, SAMPLE_MAX), - background_color='black', key='graph')] - ] - - window = sg.Window('CPU Graph', layout, - grab_anywhere=True, keep_on_top=True, - background_color='black', no_titlebar=True, - use_default_focus=False) - - graph = window['graph'] - output = window['output'] - # start cpu measurement thread - thread = Thread(target=CPU_thread, args=(None,)) - thread.start() - - last_cpu = i = 0 - prev_x, prev_y = 0, 0 - while True: # the Event Loop - event, values = window.read(timeout=500) - if event in ('Quit', None): # always give ths user a way out - break - # do CPU measurement and graph it - current_cpu = int(g_cpu_percent*10) - - if current_cpu == last_cpu: - continue - # show current cpu usage at top - output.update(current_cpu/10) - - if current_cpu > SAMPLE_MAX: - current_cpu = SAMPLE_MAX - new_x, new_y = i, current_cpu - - if i >= SAMPLES: - # shift graph over if full of data - graph.move(-STEP_SIZE, 0) - prev_x = prev_x - STEP_SIZE - graph.draw_line((prev_x, prev_y), (new_x, new_y), color='white') - prev_x, prev_y = new_x, new_y - i += STEP_SIZE if i < SAMPLES else 0 - last_cpu = current_cpu - - g_exit = True - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Desktop_Widget_CPU_Grid_Of_Gauges.py b/DemoPrograms/Demo_Desktop_Widget_CPU_Grid_Of_Gauges.py deleted file mode 100644 index 0b6f95a33..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_CPU_Grid_Of_Gauges.py +++ /dev/null @@ -1,386 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import sys -import psutil -import math - -""" - Desktop floating widget - CPU Cores as Gauges - Uses psutil to display: - CPU usage of each individual core - CPU utilization is updated every 2000 ms by default - Utiliziation is shown as a gauge - Pointer turns red when usage > 50% - To achieve a "rainmeter-style" of window, these featurees were used: - An alpha-channel setting of 0.8 to give a little transparency - No titlebar - Grab anywhere, making window easy to move around - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# gsize = (120, 75) -# gsize = (85, 40) -gsize = (55, 30) - -TRANSPARENCY = .8 # how transparent the window looks. 0 = invisible, 1 = normal window -NUM_COLS = 4 -POLL_FREQUENCY = 1500 # how often to update graphs in milliseconds - -colors = ('#23a0a0', '#56d856', '#be45be', '#5681d8', '#d34545', '#BE7C29') - - -class Gauge(): - def mapping(func, sequence, *argc): - """ - Map function with extra argument, not for tuple. - : Parameters - func - function to call. - sequence - list for iteration. - argc - more arguments for func. - : Return - list of func(element of sequence, *argc) - """ - if isinstance(sequence, list): - return list(map(lambda i: func(i, *argc), sequence)) - else: - return func(sequence, *argc) - - def add(number1, number2): - """ - Add two number - : Parameter - number1 - number to add. - numeer2 - number to add. - : Return - Addition result for number1 and number2. - """ - return number1 + number2 - - def limit(number): - """ - Limit angle in range 0 ~ 360 - : Parameter - number: angle degree. - : Return - angel degree in 0 ~ 360, return 0 if number < 0, 360 if number > 360. - """ - return max(min(360, number), 0) - class Clock(): - """ - Draw background circle or arc - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, radius=100, start_angle=0, - stop_angle=360, fill_color='white', line_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, radius, start_angle, - stop_angle, line_width], (int, float)) + Gauge.mapping(isinstance, - [fill_color, line_color], str) - if False in instance: - raise ValueError - start_angle, stop_angle = Gauge.limit(start_angle), Gauge.limit(stop_angle) - self.all = [center_x, center_y, radius, start_angle, stop_angle, - fill_color, line_color, line_width] - self.figure = [] - self.graph_elem = graph_elem - self.new() - - def new(self): - """ - Draw Arc or circle - """ - x, y, r, start, stop, fill, line, width = self.all - start, stop = (180 - start, 180 - stop) if stop < start else (180 - stop, 180 - start) - if start == stop % 360: - self.figure.append(self.graph_elem.DrawCircle((x, y), r, fill_color=fill, - line_color=line, line_width=width)) - else: - self.figure.append(self.graph_elem.DrawArc((x - r, y + r), (x + r, y - r), stop - start, - start, style='arc', arc_color=fill)) - - def move(self, delta_x, delta_y): - """ - Move circle or arc in clock by delta x, delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[0] += delta_x - self.all[1] += delta_y - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - class Pointer(): - """ - Draw pointer of clock - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, angle=0, inner_radius=20, - outer_radius=80, outer_color='white', pointer_color='blue', - origin_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, angle, inner_radius, - outer_radius, line_width], (int, float)) + Gauge.mapping(isinstance, - [outer_color, pointer_color, origin_color], str) - if False in instance: - raise ValueError - - self.all = [center_x, center_y, angle, inner_radius, outer_radius, - outer_color, pointer_color, origin_color, line_width] - self.figure = [] - self.stop_angle = angle - self.graph_elem = graph_elem - self.new(degree=angle, color=pointer_color) - - def new(self, degree=0, color=None): - """ - Draw new pointer by angle, erase old pointer if exist - degree defined as clockwise from negative x-axis. - """ - (center_x, center_y, angle, inner_radius, outer_radius, - outer_color, pointer_color, origin_color, line_width) = self.all - pointer_color = color or pointer_color - if self.figure != []: - for figure in self.figure: - self.graph_elem.DeleteFigure(figure) - self.figure = [] - d = degree - 90 - self.all[2] = degree - dx1 = int(2 * inner_radius * math.sin(d / 180 * math.pi)) - dy1 = int(2 * inner_radius * math.cos(d / 180 * math.pi)) - dx2 = int(outer_radius * math.sin(d / 180 * math.pi)) - dy2 = int(outer_radius * math.cos(d / 180 * math.pi)) - self.figure.append(self.graph_elem.DrawLine((center_x - dx1, center_y - dy1), - (center_x + dx2, center_y + dy2), - color=pointer_color, width=line_width)) - self.figure.append(self.graph_elem.DrawCircle((center_x, center_y), inner_radius, - fill_color=origin_color, line_color=outer_color, line_width=line_width)) - - def move(self, delta_x, delta_y): - """ - Move pointer with delta x and delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[:2] = [self.all[0] + delta_x, self.all[1] + delta_y] - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - class Tick(): - """ - Create tick on click for minor tick, also for major tick - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, start_radius=90, stop_radius=100, - start_angle=0, stop_angle=360, step=6, line_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, start_radius, - stop_radius, start_angle, stop_angle, step, line_width], - (int, float)) + [Gauge.mapping(isinstance, line_color, (list, str))] - if False in instance: - raise ValueError - start_angle, stop_angle = Gauge.limit(start_angle), Gauge.limit(stop_angle) - self.all = [center_x, center_y, start_radius, stop_radius, - start_angle, stop_angle, step, line_color, line_width] - self.figure = [] - self.graph_elem = graph_elem - - self.new() - - def new(self): - """ - Draw ticks on clock - """ - (x, y, start_radius, stop_radius, start_angle, stop_angle, step, - line_color, line_width) = self.all - start_angle, stop_angle = (180 - start_angle, 180 - stop_angle - ) if stop_angle < start_angle else (180 - stop_angle, 180 - start_angle) - for i in range(start_angle, stop_angle + 1, step): - start_x = x + start_radius * math.cos(i / 180 * math.pi) - start_y = y + start_radius * math.sin(i / 180 * math.pi) - stop_x = x + stop_radius * math.cos(i / 180 * math.pi) - stop_y = y + stop_radius * math.sin(i / 180 * math.pi) - self.figure.append(self.graph_elem.DrawLine((start_x, start_y), - (stop_x, stop_y), color=line_color, width=line_width)) - - def move(self, delta_x, delta_y): - """ - Move ticks by delta x and delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[0] += delta_x - self.all[1] += delta_y - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - """ - Create Gauge - All angles defined as count clockwise from negative x-axis. - Should create instance of clock, pointer, minor tick and major tick first. - """ - def __init__(self, center=(0, 0), start_angle=0, stop_angle=180, major_tick_width=5, minor_tick_width=2,major_tick_start_radius=90, major_tick_stop_radius=100, minor_tick_step=5, major_tick_step=30, clock_radius=100, pointer_line_width=5, pointer_inner_radius=10, pointer_outer_radius=75, pointer_color='white', pointer_origin_color='black', pointer_outer_color='white', pointer_angle=0, degree=0, clock_color='white', major_tick_color='black', minor_tick_color='black', minor_tick_start_radius=90, minor_tick_stop_radius=100, graph_elem=None): - - self.clock = Gauge.Clock(start_angle=start_angle, stop_angle=stop_angle, fill_color=clock_color, radius=clock_radius, graph_elem=graph_elem) - self.minor_tick = Gauge.Tick(start_angle=start_angle, stop_angle=stop_angle, line_width=minor_tick_width, line_color=minor_tick_color, start_radius=minor_tick_start_radius, stop_radius=minor_tick_stop_radius, graph_elem=graph_elem, step=minor_tick_step) - self.major_tick = Gauge.Tick(start_angle=start_angle, stop_angle=stop_angle, line_width=major_tick_width, start_radius=major_tick_start_radius, stop_radius=major_tick_stop_radius, step=major_tick_step, line_color=major_tick_color, graph_elem=graph_elem) - self.pointer = Gauge.Pointer(angle=pointer_angle, inner_radius=pointer_inner_radius, outer_radius=pointer_outer_radius, pointer_color=pointer_color, outer_color=pointer_outer_color, origin_color=pointer_origin_color, line_width=pointer_line_width, graph_elem=graph_elem) - - self.center_x, self.center_y = self.center = center - self.degree = degree - self.dx = self.dy = 1 - - def move(self, delta_x, delta_y): - """ - Move gauge to move all componenets in gauge. - """ - self.center_x, self.center_y =self.center = ( - self.center_x+delta_x, self.center_y+delta_y) - if self.clock: - self.clock.move(delta_x, delta_y) - if self.minor_tick: - self.minor_tick.move(delta_x, delta_y) - if self.major_tick: - self.major_tick.move(delta_x, delta_y) - if self.pointer: - self.pointer.move(delta_x, delta_y) - - def change(self, degree=None, step=1, pointer_color=None): - """ - Rotation of pointer - call it with degree and step to set initial options for rotation. - Without any option to start rotation. - """ - if self.pointer: - if degree != None: - self.pointer.stop_degree = degree - self.pointer.step = step if self.pointer.all[2] < degree else -step - return True - now = self.pointer.all[2] - step = self.pointer.step - new_degree = now + step - if ((step > 0 and new_degree < self.pointer.stop_degree) or - (step < 0 and new_degree > self.pointer.stop_degree)): - self.pointer.new(degree=new_degree, color=pointer_color) - return False - else: - self.pointer.new(degree=self.pointer.stop_degree, color=pointer_color) - return True - -# ------------------------------ BEGINNING OF CPU WIDGET GUI CODE ------------------------------ - -# DashGraph does the drawing of each graph -class DashGraph(object): - def __init__(self, gsize, graph_elem, text_elem, starting_count, color): - self.graph_current_item = 0 - self.graph_elem = graph_elem # type: sg.Graph - self.text_elem = text_elem - self.prev_value = starting_count - self.max_sent = 1 - self.color = color - self.line_list = [] # list of currently visible lines. Used to delete oild figures - - self.gauge = Gauge(pointer_color=color, - clock_color=color, - major_tick_color=color, - minor_tick_color=color, - pointer_outer_color=color, - major_tick_start_radius=gsize[1] - 10, - minor_tick_start_radius=gsize[1] - 10, - minor_tick_stop_radius=gsize[1] - 5, - major_tick_stop_radius=gsize[1] - 5, - clock_radius=gsize[1] - 5, - pointer_outer_radius=gsize[1] - 5, - major_tick_step=30, - minor_tick_step=15, - pointer_line_width=3, - pointer_inner_radius=10, - graph_elem=graph_elem) - - - self.gauge.change(degree=0) - - def graph_percentage_abs(self, value): - if self.gauge.change(pointer_color='red' if value > 50 else None): - new_angle = value*180/100 - self.gauge.change(degree=new_angle, step=100, pointer_color='red' if value > 50 else None) - self.gauge.change(pointer_color='red' if value > 50 else None) - - def text_display(self, text): - self.text_elem.update(text) - -def main(location): - # A couple of "User defined elements" that combine several elements and enable bulk edits - def Txt(text, **kwargs): - return(sg.Text(text, font=('Helvetica 8'), **kwargs)) - - def GraphColumn(name, key): - layout = [ - [sg.Graph(gsize, (-gsize[0] // 2, 0), (gsize[0] // 2, gsize[1]), key=key+'-GRAPH-')], - [sg.T(size=(5, 1), justification='c', font='Courier 10', k=key+'-GAUGE VALUE-')]] - return sg.Column(layout, pad=(2, 2), element_justification='c') - - num_cores = len(psutil.cpu_percent(percpu=True)) # get the number of cores in the CPU - - sg.theme('black') - sg.set_options(element_padding=(0,0), margins=(1,1), border_width=0) - - layout = [[ sg.Button(image_data=sg.red_x, button_color=('black', 'black'), key='Exit', tooltip='Closes window'), - sg.Text(' CPU Core Usage')] ] - - # add on the graphs - for rows in range(num_cores//NUM_COLS+1): - # for cols in range(min(num_cores-rows*NUM_COLS, NUM_COLS)): - layout += [[GraphColumn('CPU '+str(rows*NUM_COLS+cols), '-CPU-'+str(rows*NUM_COLS+cols)) for cols in range(min(num_cores-rows*NUM_COLS, NUM_COLS))]] - - # ---------------- Create Window ---------------- - window = sg.Window('CPU Cores Usage Widget', layout, - keep_on_top=True, - auto_size_buttons=False, - grab_anywhere=True, - no_titlebar=True, - default_button_element_size=(12, 1), - return_keyboard_events=True, - alpha_channel=TRANSPARENCY, - use_default_focus=False, - finalize=True, - location=location, - right_click_menu=[[''], 'Exit'], - # transparent_color='black', - ) - - # setup graphs & initial values - graphs = [DashGraph(gsize, window['-CPU-'+str(i)+'-GRAPH-'], - window['-CPU-'+str(i) + '-GAUGE VALUE-'], - 0, colors[i%6]) for i in range(num_cores) ] - - # ---------------- main loop ---------------- - while True : - # --------- Read and update window once every Polling Frequency -------- - event, values = window.read(timeout=POLL_FREQUENCY/2) - if event in (sg.WIN_CLOSED, 'Exit'): # Be nice and give an exit - break - # read CPU for each core - stats = psutil.cpu_percent(interval=POLL_FREQUENCY/2/1000, percpu=True) - - # update each graph - for i, util in enumerate(stats): - graphs[i].graph_percentage_abs(util) - graphs[i].text_display('{:2.0f}'.format(util)) - - window.close() - -if __name__ == "__main__": - # when invoking this program, if a location is set on the command line, then the window will be created there. Use x,y with no ( ) - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - else: - location = (None, None) - main(location) diff --git a/DemoPrograms/Demo_Desktop_Widget_CPU_Square.py b/DemoPrograms/Demo_Desktop_Widget_CPU_Square.py deleted file mode 100644 index 28f87bc39..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_CPU_Square.py +++ /dev/null @@ -1,69 +0,0 @@ -import PySimpleGUI as sg -import psutil -import sys - -""" - Another simple Desktop Widget using PySimpleGUI - This time a CPU Usage indicator. The Widget is square. - The bottom section will be shaded to - represent the total amount CPU currently in use. - Uses the theme's button color for colors. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.5 -THEME = 'Dark purple 6' -GSIZE = (160, 160) -UPDATE_FREQUENCY_MILLISECONDS = 2 * 1000 - - -def main(location): - graph = sg.Graph(GSIZE, (0, 0), GSIZE, key='-GRAPH-') - - layout = [[graph]] - - window = sg.Window('CPU Usage Widget Square', layout, location=location, no_titlebar=True, grab_anywhere=True, margins=(0, 0), element_padding=(0, 0), alpha_channel=ALPHA, finalize=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, enable_close_attempted_event=True) - - text_id2 = graph.draw_text(f'CPU', (GSIZE[0] // 2, GSIZE[1] // 4), font='Any 20', text_location=sg.TEXT_LOCATION_CENTER, color=sg.theme_button_color()[0]) - - - while True: # Event Loop - # ----------- update the graphics and text in the window ------------ - cpu_percent = psutil.cpu_percent(interval=1) - # Draw the filled rectangle - rect_height = int(GSIZE[1] * float(cpu_percent) / 100) - rect_id = graph.draw_rectangle((0, rect_height), (GSIZE[0], 0), fill_color=sg.theme_button_color()[1], line_width=0) - # Draw the % used text and the close "X" on bottom - text_id1 = graph.draw_text(f'{int(cpu_percent)}%', (GSIZE[0] // 2, GSIZE[1] // 2), font='Any 40', text_location=sg.TEXT_LOCATION_CENTER, color=sg.theme_button_color()[0]) - # put the bar behind everything else - graph.send_figure_to_back(rect_id) - - # update the window, wait for a while, then check for exit - event, values = window.read(timeout=UPDATE_FREQUENCY_MILLISECONDS) - if event in (sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit'): - sg.user_settings_set_entry('-location-', window.current_location()) # The line of code to save the position before exiting - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), location=window.current_location(), keep_on_top=True, non_blocking=True) - # erase figures so they can be redrawn - graph.delete_figure(rect_id) - graph.delete_figure(text_id1) - window.close() - - -if __name__ == '__main__': - sg.theme(THEME) - - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - else: - location = sg.user_settings_get_entry('-location-', (None, None)) - main(location) diff --git a/DemoPrograms/Demo_Desktop_Widget_CPU_Top_Processes.py b/DemoPrograms/Demo_Desktop_Widget_CPU_Top_Processes.py deleted file mode 100644 index 2e60db99b..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_CPU_Top_Processes.py +++ /dev/null @@ -1,95 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import psutil -import operator - -""" - PSUTIL "Top" CPU Processes - Desktop Widget - - Creates a floating CPU utilization window running something similar to a "top" command. - - Use the spinner to adjust the number of seconds between readings of the CPU utilizaiton - Rather than calling the threading module this program uses the PySimpleGUI perform_long_operation method. - The result is similar. The function is run as a thread... the call is simply wrapped. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# global used to communicate with thread. -g_interval = 1 # how often to poll for CPU usage - -def CPU_thread(window:sg.Window): - - while True: - cpu_percent = psutil.cpu_percent(interval=g_interval) - procs = psutil.process_iter() - window.write_event_value('-CPU UPDATE FROM THREAD-', (cpu_percent, procs)) - - -def main(): - global g_interval - - location = sg.user_settings_get_entry('-location-', (None, None)) - - # ---------------- Create Form ---------------- - sg.theme('Black') - - layout = [[sg.Text(font=('Helvetica', 20), text_color=sg.YELLOWS[0], key='-CPU PERCENT-')], - [sg.Text(size=(35, 12), font=('Courier New', 12), key='-PROCESSES-')], # size will determine how many processes shown - [sg.Text('Update every '), sg.Spin([x+1 for x in range(10)], 3, key='-SPIN-'), sg.T('seconds')]] - - window = sg.Window('Top CPU Processes', layout, no_titlebar=True, keep_on_top=True,location=location, use_default_focus=False, alpha_channel=.8, grab_anywhere=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, enable_close_attempted_event=True) - - # start cpu measurement thread - # using the PySimpleGUI call to start and manage the thread - window.start_thread(lambda: CPU_thread(window), '-THREAD FINISHED-') - g_interval = 1 - # Unusual construct of a Try around entire event loop... something is crashing, we need to find out what... - try: - # ---------------- main loop ---------------- - while True: - # --------- Read and update window -------- - event, values = window.read() - # print(event, values) - # --------- Do Button Operations -------- - if event in (sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit'): - sg.user_settings_set_entry('-location-', window.current_location()) # save window location before exiting - break - if event == 'Edit Me': - sp = sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), keep_on_top=True, location=window.current_location()) - elif event == '-CPU UPDATE FROM THREAD-': # indicates data from the thread has arrived - cpu_percent, procs = values[event] # the thread sends a tuple - if procs: - # --------- Create dictionary of top % CPU processes. Format is name:cpu_percent -------- - top = {} - for proc in procs: - try: - top[proc.name()] = proc.cpu_percent() - except Exception as e: - pass # it's OK to get an exception here because processes come and go... one may have gone... - # sg.Print('*** GOT Exception looping through procs ***', c='white on red', font='_ 18') - # sg.Print('Exception = ', e, 'procs=', procs, 'proc', proc) - - top_sorted = sorted(top.items(), key=operator.itemgetter(1), reverse=True) # reverse sort to get highest CPU usage on top - if top_sorted: - top_sorted.pop(0) # remove the idle process - display_string = '\n'.join([f'{cpu/10:2.2f} {proc:23}' for proc, cpu in top_sorted]) - # --------- Display timer and proceses in window -------- - window['-CPU PERCENT-'].update(f'CPU {cpu_percent}') - window['-PROCESSES-'].update(display_string) - # get the timeout from the spinner - g_interval = int(values['-SPIN-']) - except Exception as e: - sg.Print('*** GOT Exception in event loop ***', c='white on red', font='_ 18') - sg.Print('Exception = ', e, wait=True) # IMPORTANT to add a wait/blocking so that the print pauses execution. Otherwise program continue and exits - - window.close() - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Desktop_Widget_CPU_Utilization_Simple.py b/DemoPrograms/Demo_Desktop_Widget_CPU_Utilization_Simple.py deleted file mode 100644 index 275e25a70..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_CPU_Utilization_Simple.py +++ /dev/null @@ -1,49 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import psutil - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Yet another usage of CPU data - -# ---------------- Create Form ---------------- -sg.theme('Black') - -layout = [[sg.Text('CPU Utilization')], - [sg.Text('', size=(8, 2), font=('Helvetica', 20), - justification='center', key='-text-')], - [sg.Exit(button_color=('white', 'firebrick4'), pad=((15, 0), 0), size=(9, 1)), - sg.Spin([x + 1 for x in range(10)], 3, key='-spin-')]] - -# Layout the rows of the Window -window = sg.Window('CPU Meter', - layout, - no_titlebar=True, - keep_on_top=True, - grab_anywhere=True, finalize=True) - -# ---------------- main loop ---------------- -interval = 10 # For the first one, make it quick -while True: - # --------- Read and update window -------- - event, values = window.read(timeout=interval) - # --------- Do Button Operations -------- - if event in (sg.WIN_CLOSED, 'Exit'): - break - - interval = int(values['-spin-'])*1000 - - cpu_percent = psutil.cpu_percent(interval=1) - - # --------- Display timer in window -------- - - window['-text-'].update(f'CPU {cpu_percent:02.0f}%') - -# Broke out of main loop. Close the window. -window.close() diff --git a/DemoPrograms/Demo_Desktop_Widget_Count_To_A_Goal.py b/DemoPrograms/Demo_Desktop_Widget_Count_To_A_Goal.py deleted file mode 100644 index e447acb80..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Count_To_A_Goal.py +++ /dev/null @@ -1,434 +0,0 @@ -import PySimpleGUI as sg -import math -""" - Another simple Desktop Widget using PySimpleGUI - - A Counter Widget... X out of Y - - Maybe you're counting the number of classes left in a course you're - working your way through, or the number of pokemons left to capture. - - Whatever it is, sometimes knowing your progress helps. This widget shows - you the current count and the total along with your % complete via a gauge. - (Again, thank you to Jason for the gauge!) - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.9 # Initial alpha until user changes -THEME = 'Dark green 3' # Initial theme until user changes -refresh_font = sg.user_settings_get_entry('-refresh font-', 'Courier 8') -title_font = sg.user_settings_get_entry('-title font-', 'Courier 8') -main_number_font = sg.user_settings_get_entry('-main number font-', 'Courier 70') -main_info_size = (3,1) - - - - -class Gauge(): - def mapping(func, sequence, *argc): - """ - Map function with extra argument, not for tuple. - : Parameters - func - function to call. - sequence - list for iteration. - argc - more arguments for func. - : Return - list of func(element of sequence, *argc) - """ - if isinstance(sequence, list): - return list(map(lambda i: func(i, *argc), sequence)) - else: - return func(sequence, *argc) - - def add(number1, number2): - """ - Add two number - : Parameter - number1 - number to add. - numeer2 - number to add. - : Return - Addition result for number1 and number2. - """ - return number1 + number2 - - def limit(number): - """ - Limit angle in range 0 ~ 360 - : Parameter - number: angle degree. - : Return - angel degree in 0 ~ 360, return 0 if number < 0, 360 if number > 360. - """ - return max(min(360, number), 0) - class Clock(): - """ - Draw background circle or arc - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, radius=100, start_angle=0, - stop_angle=360, fill_color='white', line_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, radius, start_angle, - stop_angle, line_width], (int, float)) + Gauge.mapping(isinstance, - [fill_color, line_color], str) - if False in instance: - raise ValueError - start_angle, stop_angle = Gauge.limit(start_angle), Gauge.limit(stop_angle) - self.all = [center_x, center_y, radius, start_angle, stop_angle, - fill_color, line_color, line_width] - self.figure = [] - self.graph_elem = graph_elem - self.new() - - def new(self): - """ - Draw Arc or circle - """ - x, y, r, start, stop, fill, line, width = self.all - start, stop = (180 - start, 180 - stop) if stop < start else (180 - stop, 180 - start) - if start == stop % 360: - self.figure.append(self.graph_elem.DrawCircle((x, y), r, fill_color=fill, - line_color=line, line_width=width)) - else: - self.figure.append(self.graph_elem.DrawArc((x - r, y + r), (x + r, y - r), stop - start, - start, style='arc', arc_color=fill)) - - def move(self, delta_x, delta_y): - """ - Move circle or arc in clock by delta x, delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[0] += delta_x - self.all[1] += delta_y - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - class Pointer(): - """ - Draw pointer of clock - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, angle=0, inner_radius=20, - outer_radius=80, outer_color='white', pointer_color='blue', - origin_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, angle, inner_radius, - outer_radius, line_width], (int, float)) + Gauge.mapping(isinstance, - [outer_color, pointer_color, origin_color], str) - if False in instance: - raise ValueError - - self.all = [center_x, center_y, angle, inner_radius, outer_radius, - outer_color, pointer_color, origin_color, line_width] - self.figure = [] - self.stop_angle = angle - self.graph_elem = graph_elem - self.new(degree=angle) - - def new(self, degree=0): - """ - Draw new pointer by angle, erase old pointer if exist - degree defined as clockwise from negative x-axis. - """ - (center_x, center_y, angle, inner_radius, outer_radius, - outer_color, pointer_color, origin_color, line_width) = self.all - if self.figure != []: - for figure in self.figure: - self.graph_elem.DeleteFigure(figure) - self.figure = [] - d = degree - 90 - self.all[2] = degree - dx1 = int(2 * inner_radius * math.sin(d / 180 * math.pi)) - dy1 = int(2 * inner_radius * math.cos(d / 180 * math.pi)) - dx2 = int(outer_radius * math.sin(d / 180 * math.pi)) - dy2 = int(outer_radius * math.cos(d / 180 * math.pi)) - self.figure.append(self.graph_elem.DrawLine((center_x - dx1, center_y - dy1), - (center_x + dx2, center_y + dy2), - color=pointer_color, width=line_width)) - self.figure.append(self.graph_elem.DrawCircle((center_x, center_y), inner_radius, - fill_color=origin_color, line_color=outer_color, line_width=line_width)) - - def move(self, delta_x, delta_y): - """ - Move pointer with delta x and delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[:2] = [self.all[0] + delta_x, self.all[1] + delta_y] - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - class Tick(): - """ - Create tick on click for minor tick, also for major tick - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, start_radius=90, stop_radius=100, - start_angle=0, stop_angle=360, step=6, line_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, start_radius, - stop_radius, start_angle, stop_angle, step, line_width], - (int, float)) + [Gauge.mapping(isinstance, line_color, (list, str))] - if False in instance: - raise ValueError - start_angle, stop_angle = Gauge.limit(start_angle), Gauge.limit(stop_angle) - self.all = [center_x, center_y, start_radius, stop_radius, - start_angle, stop_angle, step, line_color, line_width] - self.figure = [] - self.graph_elem = graph_elem - - self.new() - - def new(self): - """ - Draw ticks on clock - """ - (x, y, start_radius, stop_radius, start_angle, stop_angle, step, - line_color, line_width) = self.all - start_angle, stop_angle = (180 - start_angle, 180 - stop_angle - ) if stop_angle < start_angle else (180 - stop_angle, 180 - start_angle) - for i in range(start_angle, stop_angle + 1, step): - start_x = x + start_radius * math.cos(i / 180 * math.pi) - start_y = y + start_radius * math.sin(i / 180 * math.pi) - stop_x = x + stop_radius * math.cos(i / 180 * math.pi) - stop_y = y + stop_radius * math.sin(i / 180 * math.pi) - self.figure.append(self.graph_elem.DrawLine((start_x, start_y), - (stop_x, stop_y), color=line_color, width=line_width)) - - def move(self, delta_x, delta_y): - """ - Move ticks by delta x and delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[0] += delta_x - self.all[1] += delta_y - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - """ - Create Gauge - All angles defined as count clockwise from negative x-axis. - Should create instance of clock, pointer, minor tick and major tick first. - """ - def __init__(self, center=(0, 0), start_angle=0, stop_angle=180, major_tick_width=5, minor_tick_width=2,major_tick_start_radius=90, major_tick_stop_radius=100, major_tick_step=30, clock_radius=100, pointer_line_width=5, pointer_inner_radius=10, pointer_outer_radius=75, pointer_color='white', pointer_origin_color='black', pointer_outer_color='white', pointer_angle=0, degree=0, clock_color='white', major_tick_color='black', minor_tick_color='black', minor_tick_start_radius=90, minor_tick_stop_radius=100, graph_elem=None): - - self.clock = Gauge.Clock(start_angle=start_angle, stop_angle=stop_angle, fill_color=clock_color, radius=clock_radius, graph_elem=graph_elem) - self.minor_tick = Gauge.Tick(start_angle=start_angle, stop_angle=stop_angle, line_width=minor_tick_width, line_color=minor_tick_color, start_radius=minor_tick_start_radius, stop_radius=minor_tick_stop_radius, graph_elem=graph_elem) - self.major_tick = Gauge.Tick(start_angle=start_angle, stop_angle=stop_angle, line_width=major_tick_width, start_radius=major_tick_start_radius, stop_radius=major_tick_stop_radius, step=major_tick_step, line_color=major_tick_color, graph_elem=graph_elem) - self.pointer = Gauge.Pointer(angle=pointer_angle, inner_radius=pointer_inner_radius, outer_radius=pointer_outer_radius, pointer_color=pointer_color, outer_color=pointer_outer_color, origin_color=pointer_origin_color, line_width=pointer_line_width, graph_elem=graph_elem) - - self.center_x, self.center_y = self.center = center - self.degree = degree - self.dx = self.dy = 1 - - def move(self, delta_x, delta_y): - """ - Move gauge to move all componenets in gauge. - """ - self.center_x, self.center_y =self.center = ( - self.center_x+delta_x, self.center_y+delta_y) - if self.clock: - self.clock.move(delta_x, delta_y) - if self.minor_tick: - self.minor_tick.move(delta_x, delta_y) - if self.major_tick: - self.major_tick.move(delta_x, delta_y) - if self.pointer: - self.pointer.move(delta_x, delta_y) - - def change(self, degree=None, step=1): - """ - Rotation of pointer - call it with degree and step to set initial options for rotation. - Without any option to start rotation. - """ - if self.pointer: - if degree != None: - self.pointer.stop_degree = degree - self.pointer.step = step if self.pointer.all[2] < degree else -step - return True - now = self.pointer.all[2] - step = self.pointer.step - new_degree = now + step - if ((step > 0 and new_degree < self.pointer.stop_degree) or - (step < 0 and new_degree > self.pointer.stop_degree)): - self.pointer.new(degree=new_degree) - return False - else: - self.pointer.new(degree=self.pointer.stop_degree) - return True - -GSIZE = (160, 160) - -def choose_theme(location): - layout = [[sg.Text(f'Current theme {sg.theme()}')], - [sg.Listbox(values=sg.theme_list(), size=(20, 20), key='-LIST-', enable_events=True)], - [sg.OK(), sg.Cancel()]] - - window = sg.Window('Look and Feel Browser', layout, location=location, keep_on_top=True) - old_theme = sg.theme() - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit', 'OK', 'Cancel'): - break - sg.theme(values['-LIST-'][0]) - test_window=make_window(location=(location[0]-200, location[1]), test_window=True) - test_window.read(close=True) - window.close() - - if event == 'OK' and values['-LIST-']: - sg.theme(values['-LIST-'][0]) - sg.user_settings_set_entry('-theme-', values['-LIST-'][0]) - return values['-LIST-'][0] - else: - sg.theme(old_theme) - return None - -def make_window(location, test_window=False): - title_font = sg.user_settings_get_entry('-title font-', 'Courier 8') - title = sg.user_settings_get_entry('-title-', '') - main_number_font = sg.user_settings_get_entry('-main number font-', 'Courier 70') - - if not test_window: - theme = sg.user_settings_get_entry('-theme-', THEME) - sg.theme(theme) - - alpha = sg.user_settings_get_entry('-alpha-', ALPHA) - - # ------------------- Window Layout ------------------- - # If this is a test window (for choosing theme), then uses some extra Text Elements to display theme info - # and also enables events for the elements to make the window easy to close - if test_window: - top_elements = [[sg.Text(title, size=(20, 1), font=title_font, justification='c', k='-TITLE-', enable_events=True)], - [sg.Text('Click to close', font=title_font, enable_events=True)], - [sg.Text('This is theme', font=title_font, enable_events=True)], - [sg.Text(sg.theme(), font=title_font, enable_events=True)]] - right_click_menu = [[''], ['Exit',]] - else: - top_elements = [[sg.Text(title, size=(20, 1), font=title_font, justification='c', k='-TITLE-')]] - right_click_menu = [[''], ['Set Count','Set Goal','Choose Title', 'Edit Me', 'Change Theme', 'Save Location', 'Refresh', 'Set Title Font', 'Set Main Font','Alpha', [str(x) for x in range(1, 11)], 'Exit', ]] - - gsize = (100, 55) - - - layout = top_elements + \ - [[sg.Text('0', size=main_info_size, font=main_number_font, k='-MAIN INFO-', justification='c', enable_events=test_window)], - sg.vbottom([sg.Text(0, size=(3, 1), justification='r', font='courier 20'), - sg.Graph(gsize, (-gsize[0] // 2, 0), (gsize[0] // 2, gsize[1]), key='-Graph-'), - sg.Text(0, size=(3, 1), font='courier 20', k='-GOAL-')]), - ] - - - - try: - window = sg.Window('Counter Widget', layout, location=location, no_titlebar=True, grab_anywhere=True, margins=(0, 0), element_justification='c', element_padding=(0, 0), alpha_channel=alpha, finalize=True, right_click_menu=right_click_menu, right_click_menu_tearoff=False, keep_on_top=True) - except Exception as e: - if sg.popup_yes_no('Error creating your window', e, 'These are your current settings:', sg.user_settings(), 'Do you want to delete your settings file?') == 'Yes': - sg.user_settings_delete_filename() - sg.popup('Settings deleted.','Please restart your program') - exit() - window = None - - window.gauge = Gauge(pointer_color=sg.theme_text_color(), clock_color=sg.theme_text_color(), major_tick_color=sg.theme_text_color(), - minor_tick_color=sg.theme_input_background_color(), pointer_outer_color=sg.theme_text_color(), major_tick_start_radius=45, - minor_tick_start_radius=45, minor_tick_stop_radius=50, major_tick_stop_radius=50, major_tick_step=30, clock_radius=50, pointer_line_width=3, pointer_inner_radius=10, pointer_outer_radius=50, graph_elem=window['-Graph-']) - - window.gauge.change(degree=0) - - return window - -def main(): - loc = sg.user_settings_get_entry('-location-', (None, None)) - window = make_window(loc) - try: - current_count = int(sg.user_settings_get_entry('-current count-', 0)) - current_goal = int(sg.user_settings_get_entry('-goal-', 100)) - current_goal = current_goal if current_goal != 0 else 100 - except: - if sg.popup_yes_no('Your count or goal number is not good. Do you want to delete your settings file?', location=window.current_location()) == 'Yes': - sg.user_settings_delete_filename() - sg.popup('Settings deleted.','Please restart your program', location=window.current_location()) - exit() - - window['-MAIN INFO-'].update(current_count) - window['-GOAL-'].update(current_goal) - - while True: # Event Loop - window.gauge.change() - new_angle = current_count / current_goal * 180 - window.gauge.change(degree=new_angle, step=180) - window.gauge.change() - window['-GOAL-'].update(current_goal) - window['-MAIN INFO-'].update(current_count) - - # -------------- Start of normal event loop -------------- - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Set Count': - new_count = sg.popup_get_text('Enter current count', default_text=current_count, location=window.current_location(), keep_on_top=True) - if new_count is not None: - try: - current_count = int(new_count) - except: - sg.popup_error('Your count is not good. Ignoring input.', location=window.current_location()) - continue - sg.user_settings_set_entry('-current count-', current_count) - elif event == 'Set Goal': - new_goal = sg.popup_get_text('Enter Goal', default_text=current_goal, location=window.current_location(), keep_on_top=True) - if new_goal is not None: - try: - current_goal = int(new_goal) - except: - sg.popup_error('Your goal number is not good. Ignoring input.', location=window.current_location()) - continue - current_goal = current_goal if current_goal != 0 else 100 - sg.user_settings_set_entry('-goal-', current_goal) - elif event == 'Choose Title': - new_title = sg.popup_get_text('Choose a title for your date', default_text=sg.user_settings_get_entry('-title-', '') , location=window.current_location(), keep_on_top=True) - if new_title is not None: - window['-TITLE-'].update(new_title) - sg.user_settings_set_entry('-title-', new_title) - elif event == 'Save Location': - sg.user_settings_set_entry('-location-', window.current_location()) - elif event in [str(x) for x in range(1,11)]: - window.set_alpha(int(event)/10) - sg.user_settings_set_entry('-alpha-', int(event)/10) - elif event == 'Change Theme': - loc = window.current_location() - if choose_theme(loc) is not None: - # this is result of hacking code down to 99 lines in total. Not tried it before. Interesting test. - _, window = window.close(), make_window(loc) - elif event == 'Set Main Font': - font = sg.popup_get_text('Main Information Font and Size (e.g. courier 70)', default_text=sg.user_settings_get_entry('-main number font-', main_number_font),location=window.current_location(), keep_on_top=True) - if font: - loc = window.current_location() - sg.user_settings_set_entry('-main number font-', font) - _, window = window.close(), make_window(loc) - elif event == 'Set Title Font': - font = sg.popup_get_text('Title Font and Size (e.g. courier 8)', default_text=sg.user_settings_get_entry('-title font-', title_font), location=window.current_location(), keep_on_top=True) - if font: - loc = window.current_location() - sg.user_settings_set_entry('-title font-', font) - _, window = window.close(), make_window(loc) - - - - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Desktop_Widget_Date.py b/DemoPrograms/Demo_Desktop_Widget_Date.py deleted file mode 100644 index 628ad48ef..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Date.py +++ /dev/null @@ -1,202 +0,0 @@ -import PySimpleGUI as sg -import sys -from datetime import datetime -from datetime import timedelta -""" - Desktop Widget - Display the date - Simple display of the date in the format of: - Day of week Day Month Year - - You can change the format by modifying the function get_date_string - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.9 # Initial alpha until user changes -THEME = 'Dark green 3' # Initial theme until user changes -refresh_font = title_font = 'Courier 8' -main_info_font = sg.user_settings_get_entry('-main info font-', 'Courier 60') - -main_info_size = (12, 1) -UPDATE_FREQUENCY_MILLISECONDS = 1000 * 60 * 60 # update every hour by default until set by user - - -def choose_theme(location, size): - """ - A window to allow new themes to be tried out. - Changes the theme to the newly chosen one and returns theme's name - Automaticallyi switches to new theme and saves the setting in user settings file - - :param location: (x,y) location of the Widget's window - :type location: Tuple[int, int] - :param size: Size in pixels of the Widget's window - :type size: Tuple[int, int] - :return: The name of the newly selected theme - :rtype: None | str - """ - layout = [[sg.Text('Try a theme')], - [sg.Listbox(values=sg.theme_list(), size=(20, 20), key='-LIST-', enable_events=True)], - [sg.OK(), sg.Cancel()]] - - window = sg.Window('Look and Feel Browser', layout, location=location) - old_theme = sg.theme() - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit', 'OK', 'Cancel'): - break - sg.theme(values['-LIST-'][0]) - window.hide() - # make at test window to the left of the current one - test_window = make_window(location=((location[0] - size[0] * 1.2, location[1])), test_window=True) - test_window.read(close=True) - window.un_hide() - window.close() - - # after choice made, save theme or restore the old one - if event == 'OK' and values['-LIST-']: - sg.theme(values['-LIST-'][0]) - sg.user_settings_set_entry('-theme-', values['-LIST-'][0]) - return values['-LIST-'][0] - else: - sg.theme(old_theme) - return None - - -def make_window(location, test_window=False): - """ - Defines the layout and creates the window for the main window - If the parm test_window is True, then a simplified, and EASY to close version is shown - - :param location: (x,y) location to create the window - :type location: Tuple[int, int] - :param test_window: If True, then this is a test window & will close by clicking on it - :type test_window: bool - :return: newly created window - :rtype: sg.Window - """ - title = sg.user_settings_get_entry('-title-', '') - if not test_window: - theme = sg.user_settings_get_entry('-theme-', THEME) - sg.theme(theme) - main_info_font = sg.user_settings_get_entry('-main info font-', 'Courier 60') - - # ------------------- Window Layout ------------------- - initial_text = get_date_string() - if test_window: - title_element = sg.Text('Click to close', font=title_font, enable_events=True) - right_click_menu = [[''], ['Exit', ]] - else: - title_element = sg.pin(sg.Text(title, size=(20, 1), font=title_font, justification='c', k='-TITLE-')) - right_click_menu = [[''], - ['Choose Title', 'Edit Me', 'New Theme', 'Save Location', 'Font', 'Refresh', 'Set Refresh Rate', 'Show Refresh Info', 'Hide Refresh Info', - 'Alpha', [str(x) for x in range(1, 11)], 'Exit', ]] - - - layout = [[title_element], - [sg.Text(initial_text, size=(len(initial_text)+2, 1), font=main_info_font, k='-MAIN INFO-', justification='c', enable_events=test_window)], - [sg.pin( - sg.Text(size=(15, 2), font=refresh_font, k='-REFRESHED-', justification='c', visible=sg.user_settings_get_entry('-show refresh-', True)))]] - - # ------------------- Window Creation ------------------- - try: - window = sg.Window('Desktop Widget Template', layout, location=location, no_titlebar=True, grab_anywhere=True, margins=(0, 0), element_justification='c', element_padding=(0, 0), alpha_channel=sg.user_settings_get_entry('-alpha-', ALPHA), finalize=True, right_click_menu=right_click_menu, right_click_menu_tearoff=False) - except Exception as e: - if sg.popup_yes_no('Error creating the window', e, 'Do you want to delete your settings file to fix?') == 'Yes': - sg.user_settings_delete_filename() - sg.popup('Settings file deleted. Please restart your program.') - exit() - return window - -def get_date_string(): - dtime_here = datetime.utcnow() + timedelta(hours=-5) - return dtime_here.strftime('%a %d %b %Y') - - -def main(location): - """ - Where execution begins - The Event Loop lives here, but the window creation is done in another function - This is an important design pattern - - :param location: Location to create the main window if one is not found in the user settings - :type location: Tuple[int, int] - """ - - window = make_window(sg.user_settings_get_entry('-location-', location)) - - refresh_frequency = sg.user_settings_get_entry('-fresh frequency-', UPDATE_FREQUENCY_MILLISECONDS) - - while True: # Event Loop - # Normally a window.read goes here, but first we're updating the values in the window, then reading it - # First update the status information - window['-MAIN INFO-'].update(get_date_string()) - # for debugging show the last update date time - if sg.user_settings_get_entry('-title-', 'None') in ('None', 'Hide'): - window['-TITLE-'].update(visible=False) - else: - window['-TITLE-'].update(sg.user_settings_get_entry('-title-', 'None'),visible=True) - window['-REFRESHED-'].update(datetime.now().strftime("%m/%d/%Y\n%I:%M:%S %p")) - - # -------------- Start of normal event loop -------------- - event, values = window.read(timeout=refresh_frequency) - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): # standard exit test... ALWAYS do this - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Choose Title': - new_title = sg.popup_get_text('Choose a title for your Widget\nEnter None if you do not want anything displayed', location=window.current_location()) - if new_title is not None: - if new_title in ('None', 'Hide'): - window['-TITLE-'].update(visible=False) - else: - window['-TITLE-'].update(new_title, visible=True) - sg.user_settings_set_entry('-title-', new_title) - elif event == 'Show Refresh Info': - window['-REFRESHED-'].update(visible=True) - sg.user_settings_set_entry('-show refresh-', True) - elif event == 'Save Location': - sg.user_settings_set_entry('-location-', window.current_location()) - sg.popup_notify(f'Saved your current window location:', window.current_location(), title='Saved Location') - elif event == 'Hide Refresh Info': - window['-REFRESHED-'].update(visible=False) - sg.user_settings_set_entry('-show refresh-', False) - elif event in [str(x) for x in range(1, 11)]: # if Alpha Channel was chosen - window.set_alpha(int(event) / 10) - sg.user_settings_set_entry('-alpha-', int(event) / 10) - elif event == 'Set Refresh Rate': - choice = sg.popup_get_text('How frequently to update window in seconds? (can be a float)', - default_text=sg.user_settings_get_entry('-fresh frequency-', UPDATE_FREQUENCY_MILLISECONDS) / 1000, - location=window.current_location()) - if choice is not None: - try: - refresh_frequency = float(choice) * 1000 # convert to milliseconds - sg.user_settings_set_entry('-fresh frequency-', float(refresh_frequency)) - except Exception as e: - sg.popup_error(f'You entered an incorrect number of seconds: {choice}', f'Error: {e}', location=window.current_location()) - elif event == 'New Theme': - loc = window.current_location() - if choose_theme(window.current_location(), window.size) is not None: - window.close() # out with the old... - window = make_window(loc) # in with the new - elif event == 'Font': - font = sg.popup_get_text('Enter font string using PySimpleGUI font format (e.g. courier 70 or courier 70 bold)', default_text=sg.user_settings_get_entry('-main info font-'), keep_on_top=True) - if font: - sg.user_settings_set_entry('-main info font-', font) - loc = window.current_location() - _, window = window.close(), make_window(loc) - window.close() - - -if __name__ == '__main__': - # To start the window at a specific location, get this location on the command line - # The location should be in form x,y with no spaces - location = (None, None) # assume no location provided - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - main(location) \ No newline at end of file diff --git a/DemoPrograms/Demo_Desktop_Widget_Days_Counter.py b/DemoPrograms/Demo_Desktop_Widget_Days_Counter.py deleted file mode 100644 index 291407bc7..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Days_Counter.py +++ /dev/null @@ -1,169 +0,0 @@ -import PySimpleGUI as sg -import sys -import datetime - -""" - Another simple Desktop Widget using PySimpleGUI - The "Days Since _______" Widget - - This widget counts the number of days since some date of your choosing. - Maybe you want to track the number of days since the start of the year. - Or perhaps when you got married.... or divorced.... or stopped some activity - Or started some activity.... you get the idea. It tracks a time delta in days - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.9 # Initial alpha until user changes -THEME = 'Dark green 3' # Initial theme until user changes -refresh_font = sg.user_settings_get_entry('-refresh font-', 'Courier 8') -title_font = sg.user_settings_get_entry('-title font-', 'Courier 8') -main_number_font = sg.user_settings_get_entry('-main number font-', 'Courier 70') -main_info_size = (3,1) - -# May add ability to change theme from the user interface. For now forcing to constant - -GSIZE = (160, 160) -UPDATE_FREQUENCY_MILLISECONDS = 1000*60*60 # update every hour - -def choose_theme(location): - layout = [[sg.Text(f'Current theme {sg.theme()}')], - [sg.Listbox(values=sg.theme_list(), size=(20, 20), key='-LIST-', enable_events=True)], - [sg.OK(), sg.Cancel()]] - - window = sg.Window('Look and Feel Browser', layout, location=location, keep_on_top=True) - old_theme = sg.theme() - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit', 'OK', 'Cancel'): - break - sg.theme(values['-LIST-'][0]) - test_window=make_window(location=(location[0]-200, location[1]), test_window=True) - test_window.read(close=True) - window.close() - - if event == 'OK' and values['-LIST-']: - sg.theme(values['-LIST-'][0]) - sg.user_settings_set_entry('-theme-', values['-LIST-'][0]) - return values['-LIST-'][0] - else: - sg.theme(old_theme) - return None - -def make_window(location, test_window=False): - title_font = sg.user_settings_get_entry('-title font-', 'Courier 8') - title = sg.user_settings_get_entry('-title-', '') - main_number_font = sg.user_settings_get_entry('-main number font-', 'Courier 70') - - if not test_window: - theme = sg.user_settings_get_entry('-theme-', THEME) - sg.theme(theme) - - alpha = sg.user_settings_get_entry('-alpha-', ALPHA) - - # ------------------- Window Layout ------------------- - # If this is a test window (for choosing theme), then uses some extra Text Elements to display theme info - # and also enables events for the elements to make the window easy to close - if test_window: - top_elements = [[sg.Text(title, size=(20, 1), font=title_font, justification='c', k='-TITLE-', enable_events=True)], - [sg.Text('Click to close', font=title_font, enable_events=True)], - [sg.Text('This is theme', font=title_font, enable_events=True)], - [sg.Text(sg.theme(), font=title_font, enable_events=True)]] - right_click_menu = [[''], ['Exit',]] - else: - top_elements = [[sg.Text(title, size=(20, 1), font=title_font, justification='c', k='-TITLE-')]] - right_click_menu = [[''], ['Choose Date','Choose Title', 'Edit Me', 'Change Theme', 'Save Location', 'Refresh', 'Show Refresh Info', 'Hide Refresh Info', 'Set Title Font', 'Set Main Font','Alpha', [str(x) for x in range(1, 11)], 'Exit', ]] - - - layout = top_elements + \ - [[sg.Text('0', size=main_info_size, font=main_number_font, k='-MAIN INFO-', justification='c', enable_events=test_window)], - [sg.pin(sg.Text(size=(15, 2), font=refresh_font, k='-REFRESHED-', justification='c', visible=sg.user_settings_get_entry('-show refresh-', True)))]] - - try: - window = sg.Window('Day Number', layout, location=location, no_titlebar=True, grab_anywhere=True, margins=(0, 0), element_justification='c', element_padding=(0, 0), alpha_channel=alpha, finalize=True, right_click_menu=right_click_menu, right_click_menu_tearoff=False, keep_on_top=True) - except Exception as e: - if sg.popup_yes_no('Error creating your window', e, 'These are your current settings:', sg.user_settings(), 'Do you want to delete your settings file?') == 'Yes': - sg.user_settings_delete_filename() - sg.popup('Settings deleted.','Please restart your program') - exit() - window = None - - return window - -def main(location): - loc = sg.user_settings_get_entry('-location-', location) - window = make_window(loc) - - saved_date = sg.user_settings_get_entry('-start date-', (1,1,2021)) - start_date = datetime.datetime(saved_date[2], saved_date[0], saved_date[1]) - - while True: # Event Loop - # First update the status information - delta = datetime.datetime.now() - start_date - window['-MAIN INFO-'].update(f'{delta.days}') - - # for debugging show the last update date time - window['-REFRESHED-'].update(datetime.datetime.now().strftime("%m/%d/%Y\n%I:%M:%S %p")) - - # -------------- Start of normal event loop -------------- - event, values = window.read(timeout=UPDATE_FREQUENCY_MILLISECONDS) - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Choose Date': - new_start = sg.popup_get_date(location=window.current_location(), keep_on_top=True) - if new_start is not None: - start_date = datetime.datetime(new_start[2], new_start[0], new_start[1]) - sg.user_settings_set_entry('-start date-', new_start) - elif event == 'Choose Title': - new_title = sg.popup_get_text('Choose a title for your date', location=window.current_location(), keep_on_top=True) - if new_title is not None: - window['-TITLE-'].update(new_title) - sg.user_settings_set_entry('-title-', new_title) - elif event == 'Show Refresh Info': - window['-REFRESHED-'].update(visible=True) - sg.user_settings_set_entry('-show refresh-', True) - elif event == 'Save Location': - sg.user_settings_set_entry('-location-', window.current_location()) - elif event == 'Hide Refresh Info': - window['-REFRESHED-'].update(visible=False) - sg.user_settings_set_entry('-show refresh-', False) - elif event in [str(x) for x in range(1,11)]: - window.set_alpha(int(event)/10) - sg.user_settings_set_entry('-alpha-', int(event)/10) - elif event == 'Change Theme': - loc = window.current_location() - if choose_theme(loc) is not None: - # this is result of hacking code down to 99 lines in total. Not tried it before. Interesting test. - _, window = window.close(), make_window(loc) - elif event == 'Set Main Font': - font = sg.popup_get_text('Main Information Font and Size (e.g. courier 70)', default_text=sg.user_settings_get_entry('-main number font-'), keep_on_top=True) - if font: - sg.user_settings_set_entry('-main number font-', font) - _, window = window.close(), make_window(loc) - elif event == 'Set Title Font': - font = sg.popup_get_text('Title Font and Size (e.g. courier 8)', default_text=sg.user_settings_get_entry('-title font-'), keep_on_top=True) - if font: - sg.user_settings_set_entry('-title font-', font) - _, window = window.close(), make_window(loc) - - - - window.close() - - -if __name__ == '__main__': - # To start the window at a specific location, get this location on the command line - # The location should be in form x,y with no spaces - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - else: - location = (None, None) - main(location) \ No newline at end of file diff --git a/DemoPrograms/Demo_Desktop_Widget_Digital_Picture_Frame.py b/DemoPrograms/Demo_Desktop_Widget_Digital_Picture_Frame.py deleted file mode 100644 index 390041a50..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Digital_Picture_Frame.py +++ /dev/null @@ -1,294 +0,0 @@ -import PySimpleGUI as sg -import datetime -import PIL -from PIL import Image -import random -import os -import io -import base64 - -""" - Another simple Desktop Widget using PySimpleGUI - - This one shows images from a folder of your choosing. - You can change the new "Standard Desktop Widget Settings" - * Theme, location, alpha channel, refresh info, - - Specific to this Widget are - * Image size - * How long to show the image and if you wnt this time to vary semi-randomly - * Folder containing your images - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.9 # Initial alpha until user changes -refresh_font = sg.user_settings_get_entry('-refresh font-', 'Courier 8') - - -def make_square(im, fill_color=(0, 0, 0, 0)): - x, y = im.size - size = max(x, y) - new_im = Image.new('RGBA', (size, size), fill_color) - new_im.paste(im, (int((size - x) / 2), int((size - y) / 2))) - return new_im - - -def get_image_size(source): - if isinstance(source, str): - image = PIL.Image.open(source) - elif isinstance(source, bytes): - image = PIL.Image.open(io.BytesIO(base64.b64decode(source))) - else: - image = PIL.Image.open(io.BytesIO(source)) - - width, height = image.size - return (width, height) - - -def convert_to_bytes(source, size=(None, None), subsample=None, zoom=None, fill=False): - """ - Will convert into bytes and optionally resize an image that is a file or a base64 bytes object. - Turns into PNG format in the process so that can be displayed by tkinter - :param source: either a string filename or a bytes base64 image object - :type source: (Union[str, bytes]) - :param size: optional new size (width, height) - :type size: (Tuple[int, int] or None) - :param subsample: change the size by multiplying width and height by 1/subsample - :type subsample: (int) - :param zoom: change the size by multiplying width and height by zoom - :type zoom: (int) - :param fill: If True then the image is filled/padded so that the image is square - :type fill: (bool) - :return: (bytes) a byte-string object - :rtype: (bytes) - """ - # print(f'converting {source} {size}') - if isinstance(source, str): - image = PIL.Image.open(source) - elif isinstance(source, bytes): - image = PIL.Image.open(io.BytesIO(base64.b64decode(source))) - else: - image = PIL.Image.open(io.BytesIO(source)) - - width, height = image.size - - scale = None - if size != (None, None): - new_width, new_height = size - scale = min(new_height / height, new_width / width) - elif subsample is not None: - scale = 1 / subsample - elif zoom is not None: - scale = zoom - - resized_image = image.resize((int(width * scale), int(height * scale)), - Image.LANCZOS) if scale is not None else image - if fill and scale is not None: - resized_image = make_square(resized_image) - # encode a PNG formatted version of image into BASE64 - with io.BytesIO() as bio: - resized_image.save(bio, format="PNG") - contents = bio.getvalue() - encoded = base64.b64encode(contents) - return encoded - - -def choose_theme(location): - layout = [[sg.Text(f'Current theme {sg.theme()}')], - [sg.Listbox(values=sg.theme_list(), size=(20, 20), key='-LIST-')], - [sg.OK(), sg.Cancel()]] - - event, values = sg.Window('Look and Feel Browser', layout, location=location, keep_on_top=True).read(close=True) - - if event == 'OK' and values['-LIST-']: - sg.theme(values['-LIST-'][0]) - sg.user_settings_set_entry('-theme-', values['-LIST-'][0]) - return values['-LIST-'][0] - else: - return None - - -def reset_settings(): - sg.user_settings_set_entry('-time per image-', 60) - sg.user_settings_set_entry('-random time-', False) - sg.user_settings_set_entry('-image size-', (None, None)) - sg.user_settings_set_entry('-image_folder-', None) - sg.user_settings_set_entry('-location-', (None, None)) - sg.user_settings_set_entry('-single image-', None) - sg.user_settings_set_entry('-alpha-', ALPHA) - - -def make_window(location): - alpha = sg.user_settings_get_entry('-alpha-', ALPHA) - - # ------------------- Window Layout ------------------- - # If this is a test window (for choosing theme), then uses some extra Text Elements to display theme info - # and also enables events for the elements to make the window easy to close - right_click_menu = [[''], - ['Choose Image Folder', 'Choose Single Image', 'Edit Me', 'Change Theme', 'Set Image Size', - 'Set Time Per Image', 'Save Location', 'Refresh', 'Show Refresh Info', 'Hide Refresh Info', - 'Alpha', - [str(x) for x in range(1, 11)], 'Exit', ]] - - refresh_info = [[sg.T(size=(25, 1), font=refresh_font, k='-REFRESHED-', justification='c')], - [sg.T(size=(40, 1), justification='c', font=refresh_font, k='-FOLDER-')], - [sg.T(size=(40, 1), justification='c', font=refresh_font, k='-FILENAME-')]] - - layout = [[sg.Image(k='-IMAGE-', enable_events=True)], - [sg.pin(sg.Column(refresh_info, key='-REFRESH INFO-', element_justification='c', - visible=sg.user_settings_get_entry('-show refresh-', True)))]] - - window = sg.Window('Photo Frame', layout, location=location, no_titlebar=True, grab_anywhere=True, margins=(0, 0), - element_justification='c', element_padding=(0, 0), alpha_channel=alpha, finalize=True, - right_click_menu=right_click_menu, keep_on_top=True, enable_close_attempted_event=True, - enable_window_config_events=True) - - return window - - -def main(): - loc = sg.user_settings_get_entry('-location-', (None, None)) - sg.theme(sg.user_settings_get_entry('-theme-', None)) - - time_per_image = sg.user_settings_get_entry('-time per image-', 60) - vary_randomly = sg.user_settings_get_entry('-random time-', False) - width, height = sg.user_settings_get_entry('-image size-', (None, None)) - image_folder = sg.user_settings_get_entry('-image_folder-', None) - - try: - os.listdir(image_folder) # Try reading the folder to check to see if it is read - except: - image_folder = None - sg.user_settings_set_entry('-image_folder-', None) - - image_name = single_image = sg.user_settings_get_entry('-single image-', None) - - if image_folder is None and single_image is None: - image_name = single_image = sg.popup_get_file('Choose a starting image', keep_on_top=True) - if not single_image: - if sg.popup_yes_no('No folder entered', 'Go you want to exit the program entirely?', - keep_on_top=True) == 'Yes': - exit() - if image_folder is not None and single_image is None: - images = os.listdir(image_folder) - images = [i for i in images if i.lower().endswith(('.png', '.jpg', '.gif'))] - image_name = os.path.join(image_folder, random.choice(images)) - else: # means single image is not none - images = None - image_name = single_image - window = make_window(loc) - - window_size = window.size - image_data = convert_to_bytes(image_name, (width, height)) - - while True: # Event Loop - # -------------- Start of normal event loop -------------- - timeout = time_per_image * 1000 + (random.randint(int(-time_per_image * 500), - int(time_per_image * 500)) if vary_randomly else 0) if single_image is None else None - event, values = window.read(timeout=timeout) - if event == sg.WIN_CLOSED: - break - elif event in (sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit'): - sg.user_settings_set_entry('-location-', - window.current_location()) # The line of code to save the position before exiting - break - # First update the status information - # for debugging show the last update date time - if event == sg.TIMEOUT_EVENT: - if single_image is None: - image_name = random.choice(images) - image_data = convert_to_bytes(os.path.join(image_folder, image_name)) - window['-FOLDER-'].update(image_folder) - else: - image_name = single_image - image_data = convert_to_bytes(single_image, (width, height)) - window['-FILENAME-'].update(image_name) - window['-IMAGE-'].update(data=image_data) - window['-REFRESHED-'].update(datetime.datetime.now().strftime("%m/%d/%Y %I:%M:%S %p")) - if event == sg.WINDOW_CONFIG_EVENT: - new_size = window.size - if new_size != window_size: - print(f'resizing {new_size}') - (width, height) = new_size - image_data = convert_to_bytes(image_data, (width, height)) - window['-IMAGE-'].update(data=image_data) - window.size = get_image_size(image_data) - window_size = window.size - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Choose Image Folder': - folder = sg.popup_get_folder('Choose location of your images', default_path=image_folder, - location=window.current_location(), keep_on_top=True) - if folder is not None: - image_folder = folder - window['-FOLDER-'].update(image_folder) - sg.user_settings_set_entry('-image_folder-', image_folder) - images = os.listdir(image_folder) - images = [i for i in images if i.lower().endswith(('.png', '.jpg', '.gif'))] - sg.user_settings_set_entry('-single image-', None) - single_image = None - elif event == 'Set Time Per Image': - layout = [[sg.T('Enter number of seconds each image should be displayed')], - [sg.I(time_per_image, size=(5, 1), k='-TIME PER IMAGE-')], - [sg.CB('Use some randomness', vary_randomly, k='-RANDOM TIME-')], - [sg.Ok(), sg.Cancel()]] - event, values = sg.Window('Display duration', layout, location=window.current_location(), keep_on_top=True, - no_titlebar=True).read(close=True) - if event == 'Ok': - try: - time_per_image = int(values['-TIME PER IMAGE-']) - vary_randomly = values['-RANDOM TIME-'] - sg.user_settings_set_entry('-time per image-', time_per_image) - sg.user_settings_set_entry('-random time-', values['-RANDOM TIME-']) - except: - sg.popup_error('Bad number of seconds entered', location=window.current_location(), - keep_on_top=True) - elif event == 'Set Image Size': - layout = [[sg.T('Enter size should be shown at in pixels (width, height)')], - [sg.I(width, size=(4, 1), k='-W-'), sg.I(height, size=(4, 1), k='-H-')], - [sg.Ok(), sg.Cancel()]] - event, values = sg.Window('Image Dimensions', layout, location=window.current_location(), keep_on_top=True, - no_titlebar=True).read(close=True) - if event == 'Ok': - try: - w, h = int(values['-W-']), int(values['-H-']) - sg.user_settings_set_entry('-image size-', (w, h)) - width, height = w, h - except: - sg.popup_error('Bad size specified. Use integers only', location=window.current_location(), - keep_on_top=True) - elif event == 'Show Refresh Info': - window['-REFRESH INFO-'].update(visible=True) - sg.user_settings_set_entry('-show refresh-', True) - elif event == 'Save Location': - sg.user_settings_set_entry('-location-', window.current_location()) - elif event == 'Hide Refresh Info': - window['-REFRESH INFO-'].update(visible=False) - sg.user_settings_set_entry('-show refresh-', False) - elif event in [str(x) for x in range(1, 11)]: - window.set_alpha(int(event) / 10) - sg.user_settings_set_entry('-alpha-', int(event) / 10) - elif event == 'Change Theme': - loc = window.current_location() - if choose_theme(loc) is not None: - window.close() - window = make_window(loc) - elif event == 'Choose Single Image': - image_name = single_image = sg.popup_get_file('Choose single image to show', history=True) - sg.user_settings_set_entry('-single image-', single_image) - (width, height) = get_image_size(single_image) - sg.user_settings_set_entry('-image size-', (width, height)) - image_data = convert_to_bytes(image_name, (width, height)) - window['-IMAGE-'].update(data=image_data) - window.size = window_size = (width, height) - window.close() - - -if __name__ == '__main__': - # reset_settings() # if get corrupted problems, uncomment this - main() diff --git a/DemoPrograms/Demo_Desktop_Widget_Drive_Usage.py b/DemoPrograms/Demo_Desktop_Widget_Drive_Usage.py deleted file mode 100644 index 97c1aa6c9..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Drive_Usage.py +++ /dev/null @@ -1,127 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import psutil -import sys - -""" - Desktop "Rainmeter" style widget - Drive usage - Requires: psutil - Shows a bar graph of space used for each drive partician that psutil finds - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.7 -THEME = 'black' -UPDATE_FREQUENCY_MILLISECONDS = 20 * 1000 - -BAR_COLORS = ('#23a0a0', '#56d856', '#be45be', '#5681d8', '#d34545', '#BE7C29') - - -class Globals(): - drive_list = None - def __init__(self): - return - - -def human_size(bytes, units=(' bytes', 'KB', 'MB', 'GB', 'TB', 'PB', 'EB')): - """ Returns a human readable string reprentation of bytes""" - return str(bytes) + ' ' + units[0] if bytes < 1024 else human_size(bytes >> 10, units[1:]) - - -def update_window(window): - drive_list = [] - particians = psutil.disk_partitions() - all_ok = True - for count, part in enumerate(particians): - mount = part[0] - try: - usage = psutil.disk_usage(mount) - window[('-NAME-', mount)].update(mount) - window[('-PROG-', mount)].update_bar(int(usage.percent)) - window[('-%-', mount)].update(f'{usage.percent}%') - window[('-STATS-', mount)].update(f'{human_size(usage.used)} / {human_size(usage.total)} = {human_size(usage.free)} free') - drive_list.append(str(mount)) - except KeyError as e: # A key error means a new drive was added - all_ok = False - except Exception as e: - pass - all_ok = Globals.drive_list == drive_list and all_ok - Globals.drive_list = drive_list - - return all_ok - - - # ---------------- Create Layout ---------------- -def create_window(location): - layout = [[sg.Text('Drive Status', font='Any 16')]] - - # Add a row for every partician that has a bar graph and text stats - particians = psutil.disk_partitions() - for count, part in enumerate(particians): - mount = part[0] - try: - bar_color = sg.theme_progress_bar_color() - this_color = BAR_COLORS[count % len(BAR_COLORS)] - usage = psutil.disk_usage(mount) - stats_info = f'{human_size(usage.used)} / {human_size(usage.total)} = {human_size(usage.free)} free' - layout += [[sg.Text(mount, size=(5, 1), key=('-NAME-', mount)), - sg.ProgressBar(100, 'h', size=(10, 15), key=('-PROG-', mount), bar_color=(this_color, bar_color[1])), - sg.Text(f'{usage.percent}%', size=(6, 1), key=('-%-', mount)), sg.T(stats_info, size=(30, 1), key=('-STATS-', mount))]] - except: - pass - layout += [[sg.Text('Refresh', font='Any 8', key='-REFRESH-', enable_events=True)]] - - # ---------------- Create Window ---------------- - window = sg.Window('Drive Status Widget', layout, location=location, keep_on_top=True, grab_anywhere=True, no_titlebar=True, alpha_channel=ALPHA, use_default_focus=False,right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, - finalize=True, enable_close_attempted_event=True) - - return window - -def main(location): - # we rely on a key error to tell us if a drive was added. So.... we don't want pesky popups or other key erros to be shown - sg.set_options(suppress_error_popups=True, suppress_raise_key_errors=False, suppress_key_guessing=True) - - sg.theme(THEME) - window = create_window(location) - update_window(window) # sets the progress bars - try: - # ---------------- Event Loop ---------------- - while True: - event, values = window.read(timeout=UPDATE_FREQUENCY_MILLISECONDS) - if event in (sg.WIN_CLOSED, sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit'): - if event != sg.WIN_CLOSED: - sg.user_settings_set_entry('-location-', window.current_location()) # The line of code to save the position before exiting - break - - if event == 'Edit Me': - sp = sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), keep_on_top=True, location=window.current_location()) - - if not update_window(window): # update the window.. if not True then something changed and need to make a new window - window.close() - window = create_window(location) - update_window(window) - - - except Exception as e: - sg.Print('ERROR in event loop', e) - sg.popup_error_with_traceback('Crashed', e) - - sg.popup('Check the error!') - - - - -if __name__ == '__main__': - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - else: - location = sg.user_settings_get_entry('-location-', (None, None)) - main(location) - diff --git a/DemoPrograms/Demo_Desktop_Widget_Drive_Usage_Gauges.py b/DemoPrograms/Demo_Desktop_Widget_Drive_Usage_Gauges.py deleted file mode 100644 index 692842e17..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Drive_Usage_Gauges.py +++ /dev/null @@ -1,365 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import psutil -import sys -import math - -""" - Desktop "Rainmeter" style widget - Drive usage - Requires: psutil - Uses a "Gauge" to display drive usage - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.7 -THEME = 'black' -UPDATE_FREQUENCY_MILLISECONDS = 20 * 1000 - -BAR_COLORS = ('#23a0a0', '#56d856', '#be45be', '#5681d8', '#d34545', '#BE7C29') -gsize = (50, 30) - -class Gauge(): - def mapping(func, sequence, *argc): - """ - Map function with extra argument, not for tuple. - : Parameters - func - function to call. - sequence - list for iteration. - argc - more arguments for func. - : Return - list of func(element of sequence, *argc) - """ - if isinstance(sequence, list): - return list(map(lambda i: func(i, *argc), sequence)) - else: - return func(sequence, *argc) - - def add(number1, number2): - """ - Add two number - : Parameter - number1 - number to add. - numeer2 - number to add. - : Return - Addition result for number1 and number2. - """ - return number1 + number1 - - def limit(number): - """ - Limit angle in range 0 ~ 360 - : Parameter - number: angle degree. - : Return - angel degree in 0 ~ 360, return 0 if number < 0, 360 if number > 360. - """ - return max(min(360, number), 0) - class Clock(): - """ - Draw background circle or arc - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, radius=100, start_angle=0, - stop_angle=360, fill_color='white', line_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, radius, start_angle, - stop_angle, line_width], (int, float)) + Gauge.mapping(isinstance, - [fill_color, line_color], str) - if False in instance: - raise ValueError - start_angle, stop_angle = Gauge.limit(start_angle), Gauge.limit(stop_angle) - self.all = [center_x, center_y, radius, start_angle, stop_angle, - fill_color, line_color, line_width] - self.figure = [] - self.graph_elem = graph_elem - self.new() - - def new(self): - """ - Draw Arc or circle - """ - x, y, r, start, stop, fill, line, width = self.all - start, stop = (180 - start, 180 - stop) if stop < start else (180 - stop, 180 - start) - if start == stop % 360: - self.figure.append(self.graph_elem.DrawCircle((x, y), r, fill_color=fill, - line_color=line, line_width=width)) - else: - self.figure.append(self.graph_elem.DrawArc((x - r, y + r), (x + r, y - r), stop - start, - start, style='arc', arc_color=fill)) - - def move(self, delta_x, delta_y): - """ - Move circle or arc in clock by delta x, delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[0] += delta_x - self.all[1] += delta_y - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - class Pointer(): - """ - Draw pointer of clock - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, angle=0, inner_radius=20, - outer_radius=80, outer_color='white', pointer_color='blue', - origin_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, angle, inner_radius, - outer_radius, line_width], (int, float)) + Gauge.mapping(isinstance, - [outer_color, pointer_color, origin_color], str) - if False in instance: - raise ValueError - - self.all = [center_x, center_y, angle, inner_radius, outer_radius, - outer_color, pointer_color, origin_color, line_width] - self.figure = [] - self.stop_angle = angle - self.graph_elem = graph_elem - self.new(degree=angle, color=pointer_color) - - def new(self, degree=0, color=None): - """ - Draw new pointer by angle, erase old pointer if exist - degree defined as clockwise from negative x-axis. - """ - (center_x, center_y, angle, inner_radius, outer_radius, - outer_color, pointer_color, origin_color, line_width) = self.all - pointer_color = color or pointer_color - if self.figure != []: - for figure in self.figure: - self.graph_elem.DeleteFigure(figure) - self.figure = [] - d = degree - 90 - self.all[2] = degree - dx1 = int(2 * inner_radius * math.sin(d / 180 * math.pi)) - dy1 = int(2 * inner_radius * math.cos(d / 180 * math.pi)) - dx2 = int(outer_radius * math.sin(d / 180 * math.pi)) - dy2 = int(outer_radius * math.cos(d / 180 * math.pi)) - self.figure.append(self.graph_elem.DrawLine((center_x - dx1, center_y - dy1), - (center_x + dx2, center_y + dy2), - color=pointer_color, width=line_width)) - self.figure.append(self.graph_elem.DrawCircle((center_x, center_y), inner_radius, - fill_color=origin_color, line_color=outer_color, line_width=line_width)) - - def move(self, delta_x, delta_y): - """ - Move pointer with delta x and delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[:2] = [self.all[0] + delta_x, self.all[1] + delta_y] - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - class Tick(): - """ - Create tick on click for minor tick, also for major tick - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, start_radius=90, stop_radius=100, - start_angle=0, stop_angle=360, step=6, line_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, start_radius, - stop_radius, start_angle, stop_angle, step, line_width], - (int, float)) + [Gauge.mapping(isinstance, line_color, (list, str))] - if False in instance: - raise ValueError - start_angle, stop_angle = Gauge.limit(start_angle), Gauge.limit(stop_angle) - self.all = [center_x, center_y, start_radius, stop_radius, - start_angle, stop_angle, step, line_color, line_width] - self.figure = [] - self.graph_elem = graph_elem - - self.new() - - def new(self): - """ - Draw ticks on clock - """ - (x, y, start_radius, stop_radius, start_angle, stop_angle, step, - line_color, line_width) = self.all - start_angle, stop_angle = (180 - start_angle, 180 - stop_angle - ) if stop_angle < start_angle else (180 - stop_angle, 180 - start_angle) - for i in range(start_angle, stop_angle + 1, step): - start_x = x + start_radius * math.cos(i / 180 * math.pi) - start_y = y + start_radius * math.sin(i / 180 * math.pi) - stop_x = x + stop_radius * math.cos(i / 180 * math.pi) - stop_y = y + stop_radius * math.sin(i / 180 * math.pi) - self.figure.append(self.graph_elem.DrawLine((start_x, start_y), - (stop_x, stop_y), color=line_color, width=line_width)) - - def move(self, delta_x, delta_y): - """ - Move ticks by delta x and delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[0] += delta_x - self.all[1] += delta_y - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - """ - Create Gauge - All angles defined as count clockwise from negative x-axis. - Should create instance of clock, pointer, minor tick and major tick first. - """ - def __init__(self, center=(0, 0), start_angle=0, stop_angle=180, major_tick_width=5, minor_tick_width=2,major_tick_start_radius=90, major_tick_stop_radius=100, minor_tick_step=5, major_tick_step=30, clock_radius=100, pointer_line_width=5, pointer_inner_radius=10, pointer_outer_radius=75, pointer_color='white', pointer_origin_color='black', pointer_outer_color='white', pointer_angle=0, degree=0, clock_color='white', major_tick_color='black', minor_tick_color='black', minor_tick_start_radius=90, minor_tick_stop_radius=100, graph_elem=None): - - self.clock = Gauge.Clock(start_angle=start_angle, stop_angle=stop_angle, fill_color=clock_color, radius=clock_radius, graph_elem=graph_elem) - self.minor_tick = Gauge.Tick(start_angle=start_angle, stop_angle=stop_angle, line_width=minor_tick_width, line_color=minor_tick_color, start_radius=minor_tick_start_radius, stop_radius=minor_tick_stop_radius, graph_elem=graph_elem, step=minor_tick_step) - self.major_tick = Gauge.Tick(start_angle=start_angle, stop_angle=stop_angle, line_width=major_tick_width, start_radius=major_tick_start_radius, stop_radius=major_tick_stop_radius, step=major_tick_step, line_color=major_tick_color, graph_elem=graph_elem) - self.pointer = Gauge.Pointer(angle=pointer_angle, inner_radius=pointer_inner_radius, outer_radius=pointer_outer_radius, pointer_color=pointer_color, outer_color=pointer_outer_color, origin_color=pointer_origin_color, line_width=pointer_line_width, graph_elem=graph_elem) - - self.center_x, self.center_y = self.center = center - self.degree = degree - self.dx = self.dy = 1 - - def move(self, delta_x, delta_y): - """ - Move gauge to move all componenets in gauge. - """ - self.center_x, self.center_y =self.center = ( - self.center_x+delta_x, self.center_y+delta_y) - if self.clock: - self.clock.move(delta_x, delta_y) - if self.minor_tick: - self.minor_tick.move(delta_x, delta_y) - if self.major_tick: - self.major_tick.move(delta_x, delta_y) - if self.pointer: - self.pointer.move(delta_x, delta_y) - - def change(self, degree=None, step=1, pointer_color=None): - """ - Rotation of pointer - call it with degree and step to set initial options for rotation. - Without any option to start rotation. - """ - if self.pointer: - if degree != None: - self.pointer.stop_degree = degree - self.pointer.step = step if self.pointer.all[2] < degree else -step - return True - now = self.pointer.all[2] - step = self.pointer.step - new_degree = now + step - if ((step > 0 and new_degree < self.pointer.stop_degree) or - (step < 0 and new_degree > self.pointer.stop_degree)): - self.pointer.new(degree=new_degree, color=pointer_color) - return False - else: - self.pointer.new(degree=self.pointer.stop_degree, color=pointer_color) - return True - - - -def human_size(bytes, units=(' bytes', 'KB', 'MB', 'GB', 'TB', 'PB', 'EB')): - """ Returns a human readable string reprentation of bytes""" - return str(bytes) + ' ' + units[0] if bytes < 1024 else human_size(bytes >> 10, units[1:]) - - -def update_window(window): - particians = psutil.disk_partitions() - for count, part in enumerate(particians): - mount = part[0] - try: - usage = psutil.disk_usage(mount) - window[('-NAME-', mount)].update(mount) - # window[('-PROG-', mount)].update_bar(int(usage.percent)) - window[('-%-', mount)].update(f'{usage.percent}%') - window[('-STATS-', mount)].update(f'{human_size(usage.used)} / {human_size(usage.total)} = {human_size(usage.free)} free') - gauge = Gauge(pointer_color=window[('-GRAPH-', mount)].metadata, - clock_color=window[('-GRAPH-', mount)].metadata, - major_tick_color=sg.theme_input_background_color(), - minor_tick_color=sg.theme_input_text_color(), - pointer_outer_color=sg.theme_input_background_color(), - major_tick_start_radius=gsize[1] - 10, - minor_tick_start_radius=gsize[1] - 10, - minor_tick_stop_radius=gsize[1] - 5, - major_tick_stop_radius=gsize[1] - 5, - clock_radius=gsize[1] - 5, - pointer_outer_radius=gsize[1] - 5, - major_tick_step=30, - minor_tick_step=15, - pointer_line_width=3, - pointer_inner_radius=10, - graph_elem=window[('-GRAPH-', mount)]) - gauge.change(degree=0) - gauge.change(degree=180 * usage.percent / 100, step=180) - gauge.change() - except KeyError as e: # A key error means a new drive was added - print('Got a key error, so a new drive was added. Window will restart') - return False - except BaseException as e: - print(e) - - - - return True - -def create_window(location): - layout = [[sg.Text('Drive Status', font='Any 16')]] - - # Add a row for every partician that has a bar graph and text stats - particians = psutil.disk_partitions() - for count, part in enumerate(particians): - mount = part[0] - try: - bar_color = sg.theme_progress_bar_color() - this_color = BAR_COLORS[count % len(BAR_COLORS)] - usage = psutil.disk_usage(mount) - stats_info = f'{human_size(usage.used)} / {human_size(usage.total)} = {human_size(usage.free)} free' - layout += [[sg.Text(mount, size=(3, 1), key=('-NAME-', mount)), - sg.Graph(gsize, (-gsize[0] // 2, 0), (gsize[0] // 2, gsize[1]), key=('-GRAPH-', mount), metadata=this_color), - # sg.ProgressBar(100, 'h', size=(10, 15), key=('-PROG-', mount), bar_color=(this_color, bar_color[1])), - sg.Text(f'{usage.percent}%', size=(6, 1), key=('-%-', mount)), sg.T(stats_info, size=(30, 1), key=('-STATS-', mount)), - ]] - except: - pass - layout += [[sg.Text('Refresh', font='Any 8', key='-REFRESH-', enable_events=True), sg.Text('❎', enable_events=True, key='Exit Text')]] - - # ---------------- Create Window ---------------- - window = sg.Window('Drive Status Widget', layout, location=location, keep_on_top=True, grab_anywhere=True, no_titlebar=True, alpha_channel=ALPHA, use_default_focus=False, - finalize=True) - return window - -def main(location): - # Turn off the popups because key errors are normal in this program. - # Will get a key error is a new drive is added. Want to get the key error as an exception. - sg.set_options(suppress_error_popups=True, suppress_raise_key_errors=False, suppress_key_guessing=True) - sg.theme(THEME) - - window = create_window(location) - - update_window(window) # sets the progress bars - - # ---------------- Event Loop ---------------- - while True: - event, values = window.read(timeout=UPDATE_FREQUENCY_MILLISECONDS) - if event == sg.WIN_CLOSED or event.startswith('Exit'): - break - if not update_window(window): - window.close() - window = create_window(location) - update_window(window) - -if __name__ == '__main__': - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - else: - location = (None, None) - main(location) - diff --git a/DemoPrograms/Demo_Desktop_Widget_Email_Notification.py b/DemoPrograms/Demo_Desktop_Widget_Email_Notification.py deleted file mode 100644 index 084422a48..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Email_Notification.py +++ /dev/null @@ -1,119 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import email -import imaplib -from datetime import datetime -import calendar - -''' - Usage of Notification in PSG - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -IMAP_SERVER_GMAIL = 'imap.gmail.com' # gmail server address -IMAP_SERVER_HOTMAIL = 'imap-mail.outlook.com' # hotmail server address -################# Change these to match your email setup ################ -LOGIN_EMAIL = 'you@mail.com' -LOGIN_PASSWORD = 'your email password' -# change to match your email service -IMAP_SERVER = IMAP_SERVER_GMAIL -MAX_EMAILS = 10 - - -def gui(): - sg.theme('Topanga') - sg.set_options(border_width=0, margins=(0, 0), element_padding=(4, 0)) - color = ('#282923', '#282923') - layout = [[sg.Text('Email New Mail Notification' + 48 * ' '), - sg.Button('', image_data=refresh, - button_color=color, - key='-refresh-', - tooltip='refreshes Email'), - sg.Button('', image_data=red_x, - button_color=color, - key='-quit-', - tooltip='Closes window')], - [sg.Text('', key='-status-', size=(25, 1))], ] - - for i in range(MAX_EMAILS): - layout.append([sg.Text('', size=(20, 1), key='{}date'.format(i), font='Sans 8'), - sg.Text('', size=(45, 1), font='Sans 8', key='{}from'.format(i))]) - - window = sg.Window('', - layout, - no_titlebar=True, - grab_anywhere=True, - keep_on_top=True, - alpha_channel=0, - finalize=True) - - # move the window to the upper right corner of the screen - w, h = window.get_screen_dimensions() - window.move(w - 410, 0) - window.set_alpha(.9) - window.refresh() - - status_elem = window['-status-'] - - while True: - status_elem.update('Reading...') - window.refresh() - read_mail(window) - status_elem.update('') - # return every 30 seconds - event, values = window.read(timeout=30 * 1000) - if event == '-quit-': - break - - -def read_mail(window): - """ - Reads late emails from IMAP server and displays them in the Window - :param window: window to display emails in - :return: - """ - mail = imaplib.IMAP4_SSL(IMAP_SERVER) - - (retcode, capabilities) = mail.login(LOGIN_EMAIL, LOGIN_PASSWORD) - mail.list() - typ, data = mail.select('Inbox') - n = 0 - now = datetime.now() - # get messages from today - search_string = '(SENTON {}-{}-{})'.format(now.day, - calendar.month_abbr[now.month], now.year) - (retcode, messages) = mail.search(None, search_string) - if retcode == 'OK': - # message numbers are separated by spaces, turn into list - msg_list = messages[0].split() - msg_list.sort(reverse=True) # sort messages descending - for n, message in enumerate(msg_list): - if n >= MAX_EMAILS: - break - - from_elem = window['{}from'.format(n)] - date_elem = window['{}date'.format(n)] - from_elem.update('') # erase them so you know they're changing - date_elem.update('') - window.refresh() - - typ, data = mail.fetch(message, '(RFC822)') - for response_part in data: - if isinstance(response_part, tuple): - - original = email.message_from_bytes(response_part[1]) - date_str = original['Date'][:22] - - from_elem.update(original['From']) - date_elem.update(date_str) - window.refresh() # make the window changes show up right away - - -red_x = "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" -refresh = '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' -gui() diff --git a/DemoPrograms/Demo_Desktop_Widget_Launcher_Bar.py b/DemoPrograms/Demo_Desktop_Widget_Launcher_Bar.py deleted file mode 100644 index 0f4d975bd..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Launcher_Bar.py +++ /dev/null @@ -1,128 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Launcher Bar - - A 2021 version of a PySimpleGUI based launcher. - Once making the GUI leap, it's hard to go back.... at least for some people. - This tool will perhaps help make for a more GUI-like environment for your Python activities - - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" -excel_icon = b'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' - -# This is your master table.... keys are what will be shown on the bar. The item is what you want to happen. -launcher_buttons = { - sg.SYMBOL_DOWN_ARROWHEAD : None, - 'PSG Main': sg.main, - 'Word': r"C:\Program Files\Microsoft Office\root\Office16\WINWORD.EXE", - excel_icon: r"C:\Program Files\Microsoft Office\root\Office16\excel.EXE", - 'Notepad++': r"C:\Program Files\NotePad++\notepad++.exe", - sg.EMOJI_BASE64_HAPPY_IDEA: sg.main_sdk_help, - 'All Elements' : r'C:\Python\PycharmProjects\PSG\DemoPrograms\Demo_All_Elements.py', - 'Exit': None} - -MINIMIZED_IMAGE = sg.EMOJI_BASE64_HAPPY_THUMBS_UP - -DEFAULT_SCREEN_BACKGROUND_COLOR = 'black' -DEFAULT_BUTTON_SIZE = (None, None) - -def settings(window:sg.Window): - layout = [[sg.T(f'Screen size = {sg.Window.get_screen_size()}')], - [sg.T(f'Your launcher is currently located at {window.current_location()}')], - [sg.T('Enable autosave and position your window where you want it to appear next time you run.')], - [sg.T('Your Screen Background Color'), sg.In(sg.user_settings_get_entry('-screen color-', DEFAULT_SCREEN_BACKGROUND_COLOR), s=15,k='-SCREEN COLOR-')], - [sg.CBox('Autosave Location on Exit', default=sg.user_settings_get_entry('-auto save location-', True), k='-AUTO SAVE LOCATION-')], - [sg.CBox('Keep launcher on top', default=sg.user_settings_get_entry('-keep on top-', True), k='-KEEP ON TOP-')], - [sg.OK(), sg.Cancel()]] - event, values = sg.Window('Settings', layout).read(close=True) - if event == 'OK': - sg.user_settings_set_entry('-auto save location-', values['-AUTO SAVE LOCATION-']) - sg.user_settings_set_entry('-keep on top-', values['-KEEP ON TOP-']) - sg.user_settings_set_entry('-screen color-', values['-SCREEN COLOR-']) - if values['-KEEP ON TOP-']: - window.keep_on_top_set() - else: - window.keep_on_top_clear() - - -def make_window(): - - screen_background_color = sg.user_settings_get_entry('-screen color-', DEFAULT_SCREEN_BACKGROUND_COLOR) - old_bg = sg.theme_background_color() - sg.theme_background_color(screen_background_color) - button_row = [] - for item in launcher_buttons.keys(): - tip = 'Grab anywhere to move the launcher\nClick an item to launch something\nRight Click to get to settings' - if isinstance(item, bytes): - button = sg.Button(image_data=item, key=item, metadata=launcher_buttons[item], button_color=screen_background_color,tooltip=tip, border_width=0) - else: - button = sg.Button(item, key=item, metadata=launcher_buttons[item], tooltip=tip, border_width=0) - button_row.append(button) - - col_buttons = sg.Column([button_row], p=0, k='-BUTTON COL-') - col_minimized = sg.Column([[sg.Button(image_data=MINIMIZED_IMAGE, k='-MINIMIZED IMAGE-', button_color=sg.theme_background_color(), border_width=0)]], visible=False, k='-MINIMIZED COL-') - - layout = [[sg.pin(col_minimized), sg.pin(col_buttons)]] - - screen_size = sg.Window.get_screen_size() - location = screen_size[0] // 2, screen_size[1] - 200 # set a default location centered and near the bottom of the screen - location = sg.user_settings_get_entry('-window location-', location) - keep_on_top = sg.user_settings_get_entry('-keep on top-', True) - - - - window = sg.Window('Window Title', layout, location=location, - keep_on_top=keep_on_top, no_titlebar=True, grab_anywhere=True, background_color=screen_background_color, - auto_size_buttons=False, default_button_element_size=DEFAULT_BUTTON_SIZE, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_SETTINGS_EXIT, - enable_close_attempted_event=True, use_default_focus=False) - sg.theme_background_color(old_bg) - - return window - - -def main(): - window = make_window() - - while True: - event, values = window.read(timeout=1000) # Not needed but handy while debugging - # print(event, values) - if event in (sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit', sg.WIN_CLOSED): - if event != sg.WIN_CLOSED: - if sg.user_settings_get_entry('-auto save location-', True): - print('saving locatoin', window.current_location()) - sg.user_settings_set_entry('-window location-', window.current_location()) - break - if event in launcher_buttons: - action = window[event].metadata - if isinstance(action, str): - if action.endswith(('.py', '.pyw')): - sg.execute_py_file(action) - else: - sg.execute_command_subprocess(action) - elif callable(action): - action() - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(sg.get_versions()) - elif event == 'Settings': - settings(window) - window.close() - window = make_window() - elif event == sg.SYMBOL_DOWN_ARROWHEAD: - window['-BUTTON COL-'].update(visible=False) - window['-MINIMIZED COL-'].update(visible=True) - elif event == '-MINIMIZED IMAGE-': - window['-BUTTON COL-'].update(visible=True) - window['-MINIMIZED COL-'].update(visible=False) - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Desktop_Widget_Manual_Counter.py b/DemoPrograms/Demo_Desktop_Widget_Manual_Counter.py deleted file mode 100644 index daf720c1c..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Manual_Counter.py +++ /dev/null @@ -1,180 +0,0 @@ -import PySimpleGUI as sg -import winsound - -""" - Another simple Desktop Widget using PySimpleGUI - This one is a manual counter. Click +/- to add and subtract to the counter - Dedicated to @SuperScienceGirl for having the original analog clicker that spawned this digital one. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.9 # Initial alpha until user changes -THEME = 'Dark green 3' # Initial theme until user changes -title_font = sg.user_settings_get_entry('-title font-', 'Courier 8') -main_number_font = sg.user_settings_get_entry('-main number font-', 'Courier 70') -main_info_size = (None, None) -# May add ability to change theme from the user interface. For now forcing to constant - -def choose_theme(location): - layout = [[sg.Text(f'Current theme {sg.theme()}')], - [sg.Listbox(values=sg.theme_list(), size=(20, 20), key='-LIST-', enable_events=True)], - [sg.OK(), sg.Cancel()]] - - window = sg.Window('Look and Feel Browser', layout, location=location, keep_on_top=True) - old_theme = sg.theme() - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit', 'OK', 'Cancel'): - break - sg.theme(values['-LIST-'][0]) - test_window = make_window(location=(location[0] - 200, location[1]), test_window=True) - test_window.read(close=True) - window.close() - - if event == 'OK' and values['-LIST-']: - sg.theme(values['-LIST-'][0]) - sg.user_settings_set_entry('-theme-', values['-LIST-'][0]) - return values['-LIST-'][0] - else: - sg.theme(old_theme) - return None - - -def make_window(location, test_window=False): - title_font = sg.user_settings_get_entry('-title font-', 'Courier 8') - button_font = sg.user_settings_get_entry('-button font-', 'Courier 20') - sg.user_settings_set_entry('-button font-', button_font) - title = sg.user_settings_get_entry('-title-', '') - main_number_font = sg.user_settings_get_entry('-main number font-', 'Courier 70') - sg.user_settings_set_entry('-main number font-', main_number_font) - - if not test_window: - theme = sg.user_settings_get_entry('-theme-', THEME) - sg.theme(theme) - - alpha = sg.user_settings_get_entry('-alpha-', ALPHA) - - # ------------------- Window Layout ------------------- - # If this is a test window (for choosing theme), then uses some extra Text Elements to display theme info - # and also enables events for the elements to make the window easy to close - if test_window: - top_elements = [[sg.Text(title, font=title_font, k='-TITLE-', enable_events=True)], - [sg.Text('Click to close', font=title_font, enable_events=True)], - [sg.Text('This is theme', font=title_font, enable_events=True)], - [sg.Text(sg.theme(), font=title_font, enable_events=True)]] - right_click_menu = [[''], ['Exit', ]] - else: - top_elements = [[sg.Stretch(), sg.Text(title, font=title_font, k='-TITLE-'), sg.Stretch()]] - - right_click_menu = [[''], - ['Set Counter', 'Choose Title', 'Edit Me', 'Change Theme', 'Set Button Font', - 'Set Title Font', 'Set Main Font', 'Set Click Sound', 'Show Settings', 'Alpha', [str(x) for x in range(1, 11)], 'Exit', ]] - - layout = top_elements + \ - [[sg.Column([[sg.pin(sg.Text('0', font=main_number_font, k='-MAIN INFO NUM-', justification='c', enable_events=test_window, pad=(0, 0)))]],justification='c', element_justification='c', pad=0)]] + \ - [[sg.T('+', font=button_font, enable_events=True, pad=0), sg.Stretch(), sg.T('-', font=button_font, enable_events=True, pad=0)]] - - try: - window = sg.Window('Clicky Counter', layout, location=location, no_titlebar=True, grab_anywhere=True, margins=(0, 0), element_padding=0, alpha_channel=alpha, finalize=True, right_click_menu=right_click_menu, right_click_menu_tearoff=False, - enable_close_attempted_event=True, keep_on_top=True) - except Exception as e: - if sg.popup_yes_no('Error creating your window', e, 'These are your current settings:', sg.user_settings(), - 'Do you want to delete your settings file?') == 'Yes': - sg.user_settings_delete_filename() - sg.popup('Settings deleted.', 'Please restart your program') - exit() - window = None - - return window - - -def main(): - loc = sg.user_settings_get_entry('-location-', (None, None)) - window = make_window(loc) - - counter = sg.user_settings_get_entry('-counter-', 0) - sound_file = sg.user_settings_get_entry('-sound file-', None) - - while True: # Event Loop - # First update the status information - window['-MAIN INFO NUM-'].update(counter) - # for debugging show the last update date time - - # -------------- Start of normal event loop -------------- - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED: - break - elif event in (sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit'): - sg.user_settings_set_entry('-location-', window.current_location()) - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Set Counter': - new_count = sg.popup_get_text('What value do you want to set the counter to?', location=window.current_location(), keep_on_top=True) - try: - new_count = int(new_count) - except Exception as e: - sg.popup_error('Counter must be a valid int') - continue - if new_count is not None: - counter = int(new_count) - elif event == 'Choose Title': - new_title = sg.popup_get_text('Choose a title for your counter', default_text=sg.user_settings_get_entry('-title-', ''), location=window.current_location(), ) - if new_title is not None: - window['-TITLE-'].update(new_title) - sg.user_settings_set_entry('-title-', new_title) - elif event in [str(x) for x in range(1, 11)]: - window.set_alpha(int(event) / 10) - sg.user_settings_set_entry('-alpha-', int(event) / 10) - elif event == 'Change Theme': - loc = window.current_location() - if choose_theme(loc) is not None: - # this is result of hacking code down to 99 lines in total. Not tried it before. Interesting test. - _, window = window.close(), make_window(loc) - elif event == 'Set Main Font': - font = sg.popup_get_text('Main Information Font and Size (e.g. courier 70)', default_text=sg.user_settings_get_entry('-main number font-'), keep_on_top=False, location=window.current_location()) - if font: - sg.user_settings_set_entry('-main number font-', font) - _, window = window.close(), make_window(loc) - elif event == 'Set Button Font': - font = sg.popup_get_text('Font for the +/- symbols (e.g. courier 70)', default_text=sg.user_settings_get_entry('-button font-'), keep_on_top=True, location=window.current_location()) - if font: - sg.user_settings_set_entry('-button font-', font) - _, window = window.close(), make_window(loc) - elif event == 'Set Title Font': - font = sg.popup_get_text('Title Font and Size (e.g. courier 8)', default_text=sg.user_settings_get_entry('-title font-'), keep_on_top=True, location=window.current_location()) - if font: - sg.user_settings_set_entry('-title font-', font) - _, window = window.close(), make_window(loc) - elif event == '+': - counter += 1 - if sound_file: - winsound.PlaySound(sound_file, 1) - elif event == '-': - counter -= 1 - if sound_file: - winsound.PlaySound(sound_file, 1) - elif event == 'Set Click Sound': - if not sg.running_windows(): - sg.popup_error('I am terribly sorry to inform you that you are not running Windows and thus, no clicky sound for you.', keep_on_top=True, location=window.current_location()) - else: - sound_file = sg.popup_get_file('Choose the file to play when changing counter', file_types=(('WAV', '*.wav'),), keep_on_top=True, location=window.current_location(), default_path=sg.user_settings_get_entry('-sound file-', '')) - if sound_file is not None: - sg.user_settings_set_entry('-sound file-', sound_file) - elif event =='Show Settings': - sg.popup_scrolled(sg.UserSettings._default_for_function_interface, location=window.current_location()) - - sg.user_settings_set_entry('-counter-', counter) - - window.close() - - -if __name__ == '__main__': - sg.set_options(keep_on_top=True) - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Desktop_Widget_Postit.py b/DemoPrograms/Demo_Desktop_Widget_Postit.py deleted file mode 100644 index f3fda311b..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Postit.py +++ /dev/null @@ -1,75 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Desktop Widget Postit - - This is the longer version as it adds a lot to the right click menu to make it like - the other more complete desktop widgets. - - Note that while the window has no scrollbar, you can still use the mousewheel to scroll - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# ----- Make the window ----- -def make_window(loc): - text_font = sg.user_settings_get_entry('-font-', '_ 20') - text = sg.user_settings_get_entry('-text-', '') - alpha = sg.user_settings_get_entry('-alpha-', 1.0) - title = sg.user_settings_get_entry('-title-', 'Postit') - - layout = [[sg.T(title, text_color='black', background_color='#FFFF88', k='-TITLE-')], - [sg.ML(text, size=(30, 5), background_color='#FFFF88', no_scrollbar=True, k='-ML-', border_width=0, expand_y=True, expand_x=True, font=text_font), - sg.Sizegrip(background_color='#FFFF88')]] - window = sg.Window('Postit',layout, - no_titlebar=True, grab_anywhere=True, margins=(0, 0), background_color='#FFFF88', element_padding=(0, 0), location=loc, - right_click_menu=[[''], ['Edit Me', 'Change Font', 'Alpha', [str(x) for x in range(1, 11)], 'Choose Title', 'Exit', ]], keep_on_top=True, - font='_ 20', right_click_menu_font=text_font, resizable=True, finalize=True, alpha_channel=alpha) - window.set_min_size(window.size) - - return window - -# ----- Make sure it doesn't get any smaller than it is initially ----- - -def main(): - loc = sg.user_settings_get_entry('-location-', (None, None)) - window = make_window(loc) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - if event == 'Exit': - sg.user_settings_set_entry('-location-', window.current_location()) - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Change Font': - font = sg.popup_get_text('Main Information Font and Size (e.g. courier 70)', default_text=sg.user_settings_get_entry('-font-'), keep_on_top=True, location=window.current_location()) - if font: - sg.user_settings_set_entry('-font-', font) - loc = window.current_location() - window.close() - window = make_window(loc) - elif event in [str(x) for x in range(1,11)]: - window.set_alpha(int(event)/10) - sg.user_settings_set_entry('-alpha-', int(event)/10) - elif event == 'Choose Title': - new_title = sg.popup_get_text('Choose a title for your date', default_text=sg.user_settings_get_entry('-title-', 'Postit'), location=window.current_location(), keep_on_top=True) - if new_title is not None: - window['-TITLE-'].update(new_title) - sg.user_settings_set_entry('-title-', new_title) - sg.user_settings_set_entry('-text-', window['-ML-'].get().rstrip()) - - window.close() - - -if __name__ == '__main__': - # To start the window at a specific location, get this location on the command line - # The location should be in form x,y with no spaces - - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Desktop_Widget_Postit_3_Lines.py b/DemoPrograms/Demo_Desktop_Widget_Postit_3_Lines.py deleted file mode 100644 index 7b3e7864e..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Postit_3_Lines.py +++ /dev/null @@ -1,35 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Desktop Widget Postit - - Sizegrip Element is used to make a window without a titlebar be resizable. - - There are 3 lines - 1. Make the window - 2. Set initial size of window as the minimum - 3. Read any event from the window which will close the window and return - - Note that while the window has no scrollbar, you can still use the mousewheel to scroll - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# ----- Make the window ----- -window = sg.Window('Postit', [[sg.T('Postit Note', text_color='black', background_color='#FFFF88')], - [sg.ML(size=(30, 5), background_color='#FFFF88', no_scrollbar=True, k='-ML-', border_width=0, expand_y=True, expand_x=True), - sg.Sizegrip(background_color='#FFFF88')]], - no_titlebar=True, grab_anywhere=True, margins=(0, 0), background_color='#FFFF88', element_padding=(0, 0), - right_click_menu=sg.MENU_RIGHT_CLICK_EXIT, keep_on_top=True, font='_ 20', resizable=True, finalize=True) - -# ----- Make sure it doesn't get any smaller than it is initially ----- -window.set_min_size(window.size) - -# ----- Read the window and wait for any event. -# ----- Any event will cause the read to return -# ----- Has a right click menu that can be used to choose exit -window.read(close=True) diff --git a/DemoPrograms/Demo_Desktop_Widget_RAM_Gauge.py b/DemoPrograms/Demo_Desktop_Widget_RAM_Gauge.py deleted file mode 100644 index 261a72401..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_RAM_Gauge.py +++ /dev/null @@ -1,322 +0,0 @@ -import PySimpleGUI as sg -import psutil -import sys -import math - -""" - Another simple Desktop Widget using PySimpleGUI - This time a RAM Usage indicator using a custom Gauge element - - The Gauge class was developed by the brilliant PySimpleGUI user and support-helper @jason990420 - It has been hacked on a bit, had classes and functions moved around. It could be cleaned up some - but it's "good enough" at this point to release as a demo. - - This is a good example of how you can use Graph Elements to create your own custom elements. - This Gauge element is created from a Graph element. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.5 -THEME = 'Dark Green 5' -UPDATE_FREQUENCY_MILLISECONDS = 2 * 1000 - - - - - - -class Gauge(): - def mapping(func, sequence, *argc): - """ - Map function with extra argument, not for tuple. - : Parameters - func - function to call. - sequence - list for iteration. - argc - more arguments for func. - : Return - list of func(element of sequence, *argc) - """ - if isinstance(sequence, list): - return list(map(lambda i: func(i, *argc), sequence)) - else: - return func(sequence, *argc) - - def add(number1, number2): - """ - Add two number - : Parameter - number1 - number to add. - numeer2 - number to add. - : Return - Addition result for number1 and number2. - """ - return number1 + number2 - - def limit(number): - """ - Limit angle in range 0 ~ 360 - : Parameter - number: angle degree. - : Return - angel degree in 0 ~ 360, return 0 if number < 0, 360 if number > 360. - """ - return max(min(360, number), 0) - class Clock(): - """ - Draw background circle or arc - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, radius=100, start_angle=0, - stop_angle=360, fill_color='white', line_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, radius, start_angle, - stop_angle, line_width], (int, float)) + Gauge.mapping(isinstance, - [fill_color, line_color], str) - if False in instance: - raise ValueError - start_angle, stop_angle = Gauge.limit(start_angle), Gauge.limit(stop_angle) - self.all = [center_x, center_y, radius, start_angle, stop_angle, - fill_color, line_color, line_width] - self.figure = [] - self.graph_elem = graph_elem - self.new() - - def new(self): - """ - Draw Arc or circle - """ - x, y, r, start, stop, fill, line, width = self.all - start, stop = (180 - start, 180 - stop) if stop < start else (180 - stop, 180 - start) - if start == stop % 360: - self.figure.append(self.graph_elem.DrawCircle((x, y), r, fill_color=fill, line_color=line, line_width=width)) - else: - self.figure.append(self.graph_elem.DrawArc((x - r, y + r), (x + r, y - r), stop - start, start, style='arc', arc_color=fill)) - - def move(self, delta_x, delta_y): - """ - Move circle or arc in clock by delta x, delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[0] += delta_x - self.all[1] += delta_y - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - class Pointer(): - """ - Draw pointer of clock - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, angle=0, inner_radius=20, - outer_radius=80, outer_color='white', pointer_color='blue', - origin_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, angle, inner_radius, - outer_radius, line_width], (int, float)) + Gauge.mapping(isinstance, - [outer_color, pointer_color, origin_color], str) - if False in instance: - raise ValueError - - self.all = [center_x, center_y, angle, inner_radius, outer_radius, - outer_color, pointer_color, origin_color, line_width] - self.figure = [] - self.stop_angle = angle - self.graph_elem = graph_elem - self.new(degree=angle) - - def new(self, degree=0): - """ - Draw new pointer by angle, erase old pointer if exist - degree defined as clockwise from negative x-axis. - """ - (center_x, center_y, angle, inner_radius, outer_radius, - outer_color, pointer_color, origin_color, line_width) = self.all - if self.figure != []: - for figure in self.figure: - self.graph_elem.DeleteFigure(figure) - self.figure = [] - d = degree - 90 - self.all[2] = degree - dx1 = int(2 * inner_radius * math.sin(d / 180 * math.pi)) - dy1 = int(2 * inner_radius * math.cos(d / 180 * math.pi)) - dx2 = int(outer_radius * math.sin(d / 180 * math.pi)) - dy2 = int(outer_radius * math.cos(d / 180 * math.pi)) - self.figure.append(self.graph_elem.DrawLine((center_x - dx1, center_y - dy1), (center_x + dx2, center_y + dy2), color=pointer_color, width=line_width)) - self.figure.append(self.graph_elem.DrawCircle((center_x, center_y), inner_radius, fill_color=origin_color, line_color=outer_color, line_width=line_width)) - - def move(self, delta_x, delta_y): - """ - Move pointer with delta x and delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[:2] = [self.all[0] + delta_x, self.all[1] + delta_y] - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - class Tick(): - """ - Create tick on click for minor tick, also for major tick - All angles defined as clockwise from negative x-axis. - """ - - def __init__(self, center_x=0, center_y=0, start_radius=90, stop_radius=100, - start_angle=0, stop_angle=360, step=6, line_color='black', line_width=2, graph_elem=None): - - instance = Gauge.mapping(isinstance, [center_x, center_y, start_radius, - stop_radius, start_angle, stop_angle, step, line_width], - (int, float)) + [Gauge.mapping(isinstance, line_color, (list, str))] - if False in instance: - raise ValueError - start_angle, stop_angle = Gauge.limit(start_angle), Gauge.limit(stop_angle) - self.all = [center_x, center_y, start_radius, stop_radius, - start_angle, stop_angle, step, line_color, line_width] - self.figure = [] - self.graph_elem = graph_elem - - self.new() - - def new(self): - """ - Draw ticks on clock - """ - (x, y, start_radius, stop_radius, start_angle, stop_angle, step, - line_color, line_width) = self.all - start_angle, stop_angle = (180 - start_angle, 180 - stop_angle - ) if stop_angle < start_angle else (180 - stop_angle, 180 - start_angle) - for i in range(start_angle, stop_angle + 1, step): - start_x = x + start_radius * math.cos(i / 180 * math.pi) - start_y = y + start_radius * math.sin(i / 180 * math.pi) - stop_x = x + stop_radius * math.cos(i / 180 * math.pi) - stop_y = y + stop_radius * math.sin(i / 180 * math.pi) - self.figure.append(self.graph_elem.DrawLine((start_x, start_y), (stop_x, stop_y), color=line_color, width=line_width)) - - def move(self, delta_x, delta_y): - """ - Move ticks by delta x and delta y - """ - if False in Gauge.mapping(isinstance, [delta_x, delta_y], (int, float)): - raise ValueError - self.all[0] += delta_x - self.all[1] += delta_y - for figure in self.figure: - self.graph_elem.MoveFigure(figure, delta_x, delta_y) - - """ - Create Gauge - All angles defined as count clockwise from negative x-axis. - Should create instance of clock, pointer, minor tick and major tick first. - """ - def __init__(self, center=(0, 0), start_angle=0, stop_angle=180, major_tick_width=5, minor_tick_width=2,major_tick_start_radius=90, major_tick_stop_radius=100, major_tick_step=30, clock_radius=100, pointer_line_width=5, pointer_inner_radius=10, pointer_outer_radius=75, pointer_color='white', pointer_origin_color='black', pointer_outer_color='white', pointer_angle=0, degree=0, clock_color='white', major_tick_color='black', minor_tick_color='black', minor_tick_start_radius=90, minor_tick_stop_radius=100, graph_elem=None): - - self.clock = Gauge.Clock(start_angle=start_angle, stop_angle=stop_angle, fill_color=clock_color, radius=clock_radius, graph_elem=graph_elem) - self.minor_tick = Gauge.Tick(start_angle=start_angle, stop_angle=stop_angle, line_width=minor_tick_width, line_color=minor_tick_color, start_radius=minor_tick_start_radius, stop_radius=minor_tick_stop_radius, graph_elem=graph_elem) - self.major_tick = Gauge.Tick(start_angle=start_angle, stop_angle=stop_angle, line_width=major_tick_width, start_radius=major_tick_start_radius, stop_radius=major_tick_stop_radius, step=major_tick_step, line_color=major_tick_color, graph_elem=graph_elem) - self.pointer = Gauge.Pointer(angle=pointer_angle, inner_radius=pointer_inner_radius, outer_radius=pointer_outer_radius, pointer_color=pointer_color, outer_color=pointer_outer_color, origin_color=pointer_origin_color, line_width=pointer_line_width, graph_elem=graph_elem) - - self.center_x, self.center_y = self.center = center - self.degree = degree - self.dx = self.dy = 1 - - def move(self, delta_x, delta_y): - """ - Move gauge to move all componenets in gauge. - """ - self.center_x, self.center_y =self.center = ( - self.center_x+delta_x, self.center_y+delta_y) - if self.clock: - self.clock.move(delta_x, delta_y) - if self.minor_tick: - self.minor_tick.move(delta_x, delta_y) - if self.major_tick: - self.major_tick.move(delta_x, delta_y) - if self.pointer: - self.pointer.move(delta_x, delta_y) - - def change(self, degree=None, step=1): - """ - Rotation of pointer - call it with degree and step to set initial options for rotation. - Without any option to start rotation. - """ - if self.pointer: - if degree != None: - self.pointer.stop_degree = degree - self.pointer.step = step if self.pointer.all[2] < degree else -step - return True - now = self.pointer.all[2] - step = self.pointer.step - new_degree = now + step - if ((step > 0 and new_degree < self.pointer.stop_degree) or - (step < 0 and new_degree > self.pointer.stop_degree)): - self.pointer.new(degree=new_degree) - return False - else: - self.pointer.new(degree=self.pointer.stop_degree) - return True - - - -def human_size(bytes, units=(' bytes', 'KB', 'MB', 'GB', 'TB', 'PB', 'EB')): - """ Returns a human readable string reprentation of bytes""" - return str(bytes) + ' ' + units[0] if bytes < 1024 else human_size(bytes >> 10, units[1:]) - -def main(location): - sg.theme(THEME) - gsize = (100, 55) - layout = [ - [sg.T('RAM', font='Any 20', background_color='black')], - [sg.Graph(gsize, (-gsize[0] // 2, 0), (gsize[0] // 2, gsize[1]), key='-Graph-')], - [sg.T(size=(5, 1), font='Any 20', justification='c', background_color='black', k='-gauge VALUE-')], - [sg.T(size=(8, 1), font='Any 14', justification='c', background_color='black', k='-RAM USED-')], - ] - - window = sg.Window('CPU Usage Widget Square', layout, location=location, no_titlebar=True, grab_anywhere=True, margins=(0, 0), element_padding=(0, 0), alpha_channel=ALPHA, background_color='black', element_justification='c', finalize=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, enable_close_attempted_event=True) - - gauge = Gauge(pointer_color=sg.theme_text_color(), clock_color=sg.theme_text_color(), major_tick_color=sg.theme_text_color(), - minor_tick_color=sg.theme_input_background_color(), pointer_outer_color=sg.theme_text_color(), major_tick_start_radius=45, - minor_tick_start_radius=45, minor_tick_stop_radius=50, major_tick_stop_radius=50, major_tick_step=30, clock_radius=50, pointer_line_width=3, - pointer_inner_radius=10, pointer_outer_radius=50, graph_elem=window['-Graph-']) - - gauge.change(degree=0) - - while True: # Event Loop - ram = psutil.virtual_memory() - ram_percent = ram.percent - - if gauge.change(): - new_angle = ram_percent*180/100 - window['-gauge VALUE-'].update(f'{ram_percent}%') - window['-RAM USED-'].update(f'{human_size(ram.used)}') - gauge.change(degree=new_angle, step=180) - gauge.change() - # ----------- update the graphics and text in the window ------------ - - # update the window, wait for a while, then check for exit - event, values = window.read(timeout=UPDATE_FREQUENCY_MILLISECONDS) - if event in (sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit'): - sg.user_settings_set_entry('-location-', window.current_location()) # The line of code to save the position before exiting - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), location=window.current_location(), keep_on_top=True, non_blocking=True) - window.close() - - -if __name__ == '__main__': - - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - else: - location = sg.user_settings_get_entry('-location-', (None, None)) - main(location) diff --git a/DemoPrograms/Demo_Desktop_Widget_RAM_Square.py b/DemoPrograms/Demo_Desktop_Widget_RAM_Square.py deleted file mode 100644 index f80cfb1cb..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_RAM_Square.py +++ /dev/null @@ -1,71 +0,0 @@ -import PySimpleGUI as sg -import psutil -import sys - -""" - Another simple Desktop Widget using PySimpleGUI - This time a RAM indicator. The Widget is square. The bottom section will be shaded to - represent the total amount of RAM currently in use. - The % and number of bytes in use is shown on top in text. - Uses the theme's button color for colors. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.5 -THEME = 'Dark Green 5' -GSIZE = (160, 160) -UPDATE_FREQUENCY_MILLISECONDS = 10 * 1000 - - -def human_size(bytes, units=(' bytes', 'KB', 'MB', 'GB', 'TB', 'PB', 'EB')): - """ Returns a human readable string reprentation of bytes""" - return str(bytes) + ' ' + units[0] if bytes < 1024 else human_size(bytes >> 10, units[1:]) - - -sg.theme(THEME) - -def main(location): - - graph = sg.Graph(GSIZE, (0, 0), GSIZE, key='-GRAPH-', enable_events=True) - layout = [[graph]] - - window = sg.Window('RAM Usage Widget Square', layout, location=location, no_titlebar=True, grab_anywhere=True, margins=(0, 0), element_padding=(0, 0), alpha_channel=ALPHA, finalize=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, enable_close_attempted_event=True, keep_on_top=True) - - - while True: # Event Loop - # ----------- update the graphics and text in the window ------------ - ram = psutil.virtual_memory() - rect_height = int(GSIZE[1] * float(ram.percent) / 100) - rect_id = graph.draw_rectangle((0, rect_height), (GSIZE[0], 0), fill_color=sg.theme_button_color()[1], line_width=0) - text_id1 = graph.draw_text(f'{int(ram.percent)}%', (GSIZE[0] // 2, GSIZE[1] // 2), font='Any 40', text_location=sg.TEXT_LOCATION_CENTER, - color=sg.theme_button_color()[0]) - text_id2 = graph.draw_text(f'{human_size(ram.used)} used', (GSIZE[0] // 2, GSIZE[1] // 4), font='Any 20', text_location=sg.TEXT_LOCATION_CENTER, color=sg.theme_button_color()[0]) - - event, values = window.read(timeout=UPDATE_FREQUENCY_MILLISECONDS) - if event in (sg.WIN_CLOSED, 'Exit', sg.WIN_CLOSE_ATTEMPTED_EVENT): - if event != sg.WIN_CLOSED: - sg.user_settings_set_entry('-location-', window.current_location()) # The line of code to save the position before exiting - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), location=window.current_location(), keep_on_top=True, non_blocking=True) - - graph.delete_figure(rect_id) - graph.delete_figure(text_id1) - graph.delete_figure(text_id2) - window.close() - -if __name__ == '__main__': - - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - else: - location = sg.user_settings_get_entry('-location-', (None, None)) - main(location) diff --git a/DemoPrograms/Demo_Desktop_Widget_Template.py b/DemoPrograms/Demo_Desktop_Widget_Template.py deleted file mode 100644 index 3a0d52af5..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Template.py +++ /dev/null @@ -1,196 +0,0 @@ -import PySimpleGUI as sg -import sys -import datetime - -""" - Desktop Widget - Template to start with - This "template" is meant to give you a starting point towards making your own Desktop Widget - Note - the term "Widget" here means a "Desktop Widget", not a GUI Widget - - It has many of the features that a Rainmeter-style Desktop Widget would have - * Save position of window - * Set Alpha channel - * "Edit Me" which will launch your editor to edit the code - * Right click menu to access all setup - * Theme selection - * Preview of window using a different theme - * A command line parm to set the intial position of the window in case one hasn't been saved - * A status section of the window that can be hidden / restored (currently shows last refresh time) - * A title - * A main display area - - The contents of your widget may be significantly different than this example. Change the function - make_window to create your own custom layout and window. - - There are several important design patterns provided including: - Using a function to define and create your window - Using User Settings APIs to save program settings - A Theme Selection window with previewing capability - - The standard PySimpleGUI Coding Conventions are used throughout including - * Naming layout keys in format '-KEY-' - * Naming User Settings keys in the format '-key-' - * Using standard layout, window, event, values variable names - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ALPHA = 0.9 # Initial alpha until user changes -THEME = 'Dark green 3' # Initial theme until user changes -refresh_font = title_font = 'Courier 8' -main_info_font ='Courier 20' -main_info_size = (10,1) -UPDATE_FREQUENCY_MILLISECONDS = 1000 * 60 * 60 # update every hour by default until set by user - -def choose_theme(location, size): - """ - A window to allow new themes to be tried out. - Changes the theme to the newly chosen one and returns theme's name - Automaticallyi switches to new theme and saves the setting in user settings file - - :param location: (x,y) location of the Widget's window - :type location: Tuple[int, int] - :param size: Size in pixels of the Widget's window - :type size: Tuple[int, int] - :return: The name of the newly selected theme - :rtype: None | str - """ - layout = [[sg.Text('Try a theme')], - [sg.Listbox(values=sg.theme_list(), size=(20, 20), key='-LIST-', enable_events=True)], - [sg.OK(), sg.Cancel()]] - - window = sg.Window('Look and Feel Browser', layout, location=location, keep_on_top=True) - old_theme = sg.theme() - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit', 'OK', 'Cancel'): - break - sg.theme(values['-LIST-'][0]) - window.hide() - # make at test window to the left of the current one - test_window = make_window(location=((location[0]-size[0]*1.2, location[1])), test_window=True) - test_window.read(close=True) - window.un_hide() - window.close() - - # after choice made, save theme or restore the old one - if event == 'OK' and values['-LIST-']: - sg.theme(values['-LIST-'][0]) - sg.user_settings_set_entry('-theme-', values['-LIST-'][0]) - return values['-LIST-'][0] - else: - sg.theme(old_theme) - return None - -def make_window(location, test_window=False): - """ - Defines the layout and creates the window for the main window - If the parm test_window is True, then a simplified, and EASY to close version is shown - - :param location: (x,y) location to create the window - :type location: Tuple[int, int] - :param test_window: If True, then this is a test window & will close by clicking on it - :type test_window: bool - :return: newly created window - :rtype: sg.Window - """ - title = sg.user_settings_get_entry('-title-', '') - if not test_window: - theme = sg.user_settings_get_entry('-theme-', THEME) - sg.theme(theme) - - # ------------------- Window Layout ------------------- - # If this is a test window (for choosing theme), then uses some extra Text Elements to display theme info - # and also enables events for the elements to make the window easy to close - if test_window: - top_elements = [[sg.Text(title, size=(20, 1), font=title_font, justification='c', k='-TITLE-', enable_events=True)], - [sg.Text('Click to close', font=title_font, enable_events=True)], - [sg.Text('This is theme', font=title_font, enable_events=True)], - [sg.Text(sg.theme(), font=title_font, enable_events=True)]] - right_click_menu = [[''], ['Exit',]] - else: - top_elements = [[sg.Text(title, size=(20, 1), font=title_font, justification='c', k='-TITLE-')]] - right_click_menu = [[''], ['Choose Title', 'Edit Me', 'New Theme', 'Save Location', 'Refresh', 'Set Refresh Rate', 'Show Refresh Info', 'Hide Refresh Info', 'Alpha', [str(x) for x in range(1, 11)], 'Exit', ]] - - layout = top_elements + \ - [[sg.Text('0', size=main_info_size, font=main_info_font, k='-MAIN INFO-', justification='c', enable_events=test_window)], - [sg.pin(sg.Text(size=(15, 2), font=refresh_font, k='-REFRESHED-', justification='c', visible=sg.user_settings_get_entry('-show refresh-', True)))]] - - # ------------------- Window Creation ------------------- - return sg.Window('Desktop Widget Template', layout, location=location, no_titlebar=True, grab_anywhere=True, margins=(0, 0), element_justification='c', - element_padding=(0, 0), alpha_channel=sg.user_settings_get_entry('-alpha-', ALPHA), finalize=True, right_click_menu=right_click_menu, keep_on_top=True) - - -def main(location): - """ - Where execution begins - The Event Loop lives here, but the window creation is done in another function - This is an important design pattern - - :param location: Location to create the main window if one is not found in the user settings - :type location: Tuple[int, int] - """ - - window = make_window(sg.user_settings_get_entry('-location-', location)) - - refresh_frequency = sg.user_settings_get_entry('-fresh frequency-', UPDATE_FREQUENCY_MILLISECONDS) - - while True: # Event Loop - # Normally a window.read goes here, but first we're updating the values in the window, then reading it - # First update the status information - window['-MAIN INFO-'].update('Your Info') - # for debugging show the last update date time - window['-REFRESHED-'].update(datetime.datetime.now().strftime("%m/%d/%Y\n%I:%M:%S %p")) - - # -------------- Start of normal event loop -------------- - event, values = window.read(timeout=refresh_frequency) - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): # standard exit test... ALWAYS do this - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Choose Title': - new_title = sg.popup_get_text('Choose a title for your Widget', location=window.current_location(), keep_on_top=True) - if new_title is not None: - window['-TITLE-'].update(new_title) - sg.user_settings_set_entry('-title-', new_title) - elif event == 'Show Refresh Info': - window['-REFRESHED-'].update(visible=True) - sg.user_settings_set_entry('-show refresh-', True) - elif event == 'Save Location': - sg.user_settings_set_entry('-location-', window.current_location()) - elif event == 'Hide Refresh Info': - window['-REFRESHED-'].update(visible=False) - sg.user_settings_set_entry('-show refresh-', False) - elif event in [str(x) for x in range(1, 11)]: # if Alpha Channel was chosen - window.set_alpha(int(event) / 10) - sg.user_settings_set_entry('-alpha-', int(event) / 10) - elif event == 'Set Refresh Rate': - choice = sg.popup_get_text('How frequently to update window in seconds? (can be a float)', default_text=sg.user_settings_get_entry('-fresh frequency-', UPDATE_FREQUENCY_MILLISECONDS)/1000, location=window.current_location(), keep_on_top=True) - if choice is not None: - try: - refresh_frequency = float(choice)*1000 # convert to milliseconds - sg.user_settings_set_entry('-fresh frequency-', float(refresh_frequency)) - except Exception as e: - sg.popup_error(f'You entered an incorrect number of seconds: {choice}', f'Error: {e}', location=window.current_location(), keep_on_top=True) - elif event == 'New Theme': - loc = window.current_location() - if choose_theme(window.current_location(), window.size) is not None: - window.close() # out with the old... - window = make_window(loc) # in with the new - - window.close() - - -if __name__ == '__main__': - # To start the window at a specific location, get this location on the command line - # The location should be in form x,y with no spaces - location = (None, None) # assume no location provided - if len(sys.argv) > 1: - location = sys.argv[1].split(',') - location = (int(location[0]), int(location[1])) - main(location) \ No newline at end of file diff --git a/DemoPrograms/Demo_Desktop_Widget_Time_Handwritten.py b/DemoPrograms/Demo_Desktop_Widget_Time_Handwritten.py deleted file mode 100644 index bf2a7a4a2..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Time_Handwritten.py +++ /dev/null @@ -1,91 +0,0 @@ -import PySimpleGUI as sg -import datetime - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.SYMBOL_CHECK_SMALL = '✓' # can remove line if using later PySimpleGUI version that has this symbol defined - -menu_sizes_original = ['Large::Large', 'Medium::Medium', 'Small::Small'] -menu_sizes = menu_sizes_original -max_digits = 8 - - -def right_click_meny_new_size(window, new_size): - current_size = window.metadata # Window's metadata has the subsample value - menu = window.RightClickMenu # Dangerous operation... directly accessing the right click menu with assumption same for entire window - menu_sizes[current_size - 1] = menu_sizes[current_size - 1][1:] # Remove checkmark from previous item - menu_sizes[new_size - 1] = sg.SYMBOL_CHECK_SMALL + menu_sizes[new_size - 1] # Add checkmark to new item - sg.user_settings_set_entry('-subsample-', new_size) - [window[('-IMAGE-', i)].set_right_click_menu(menu) for i in range(max_digits)] # Set right click menu for all image elements - window.metadata = new_size # Store the new subsample value as the Window's metadata - -def main(): - - base64_digits = {'0':i0, '1':i1, '2':i2, '3':i3, '4':i4, '5':i5, '6':i6, '7':i7, '8':i8, '9':i9, ':':colon, ' ':blank, '.':dot} - - subsample = sg.user_settings_get_entry('-subsample-', 2) - location =sg.user_settings_get_entry('-location-', (None, None)) - alpha = sg.user_settings_get_entry('-alpha-', 0.9) - menu_sizes[subsample-1] = sg.SYMBOL_CHECK_SMALL + menu_sizes[subsample-1] - right_click_menu = [[''], ['Version', 'Edit Me', 'Save Location', 'Size', menu_sizes, 'Alpha', [str(x) for x in range(1, 11)], 'Exit', ]] - - layout = [[sg.Image(blank, key=('-IMAGE-', i), p=0, subsample=subsample) for i in range(max_digits)]] - - window = sg.Window('', layout, background_color='black', no_titlebar=True, grab_anywhere=True, right_click_menu=right_click_menu, location=location, keep_on_top=True, enable_close_attempted_event=True, alpha_channel=alpha, metadata=subsample) - - while True: - event, values = window.read(timeout=300) - if event in (sg.WIN_CLOSED, 'Exit', sg.WIN_CLOSE_ATTEMPTED_EVENT): - if event != sg.WIN_CLOSED: - sg.user_settings_set_entry('-location-', window.current_location()) - break - # Update the Image Elements with current time - date = datetime.datetime.now() - time_string = f'{date:%I}:{date:%M}:{date:%S}' - subsample = window.metadata - for i, c in enumerate(time_string): - window[('-IMAGE-', i)].update(base64_digits[c], subsample=subsample) - - # Process the event - if event == sg.TIMEOUT_EVENT: # if a timeout, then do nothing (saves a TINY amount of time not checking all the if statements...) - pass - elif event == 'Edit Me': - sg.execute_editor(__file__) - elif event.startswith('Version'): - sg.popup_scrolled(sg.get_versions(), non_blocking=True, keep_on_top=True, grab_anywhere=False, location=window.current_location()) - elif event in [str(x) for x in range(1,11)]: # Alpha channel selected - window.set_alpha(int(event)/10) - sg.user_settings_set_entry('-alpha-', int(event)/10) - elif event.endswith('Small'): # Size changed to Small - right_click_meny_new_size(window, 3) - elif event.endswith('Medium'): # Size changed to Medium - right_click_meny_new_size(window, 2) - elif event.endswith('Large'): # Size changed to Large - right_click_meny_new_size(window, 1) - elif event == 'Save Location': # Gernally not neeeded since save on exit, but may make user feel better - sg.user_settings_set_entry('-location-', window.current_location()) - - window.close() - -if __name__ == '__main__': - - i0 = b'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' - i1 = b'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' - i2 = 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- i3 = 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Cur4fToYcqnIOFJjb1NsAnWhSroqq2dRv6Wzs7iHxk7jnNu9PvbM/lsG9gnWiWplnuswRdKESMFmIwUaAJTdu2TTCLREeo9oW+A26+eBcDD23ojg1KEGlE1Dquvm9ytA9aIgAtslOAOoN8rHsSxPMM+OlRuU9v7ZpMfUS9Ol7TNUr7K2UP2spjzHpR3nMPx9ajy3I7VHq44iVPSpoiqjvttptS2O+1lmdNut3S+GQsKjsU3mHV/nc8kkSFD+T5nz/+2uWBVydBT2pFntwV/Pn8fH4+P5+fz8/n5/PO5/8BfvwgqFy+yvAAAAAASUVORK5CYII=' - i4 = 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' - i5 = b'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' - i6 = b'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' 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- i8 = 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- main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Desktop_Widget_Timer.py b/DemoPrograms/Demo_Desktop_Widget_Timer.py deleted file mode 100644 index 9f82daa58..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Timer.py +++ /dev/null @@ -1,78 +0,0 @@ -#!/usr/bin/env python - -import PySimpleGUI as sg -import time - -""" - Timer Desktop Widget Creates a floating timer that is always on top of other windows You move it by grabbing anywhere on the window Good example of how to do a non-blocking, polling program using PySimpleGUI - Something like this can be used to poll hardware when running on a Pi - - While the timer ticks are being generated by PySimpleGUI's "timeout" mechanism, the actual value - of the timer that is displayed comes from the system timer, time.time(). This guarantees an - accurate time value is displayed regardless of the accuracy of the PySimpleGUI timer tick. If - this design were not used, then the time value displayed would slowly drift by the amount of time - it takes to execute the PySimpleGUI read and update calls (not good!) - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def time_as_int(): - return int(round(time.time() * 100)) - - -# ---------------- Create Form ---------------- -sg.theme('Black') - -layout = [[sg.Text('')], - [sg.Text('', size=(8, 2), font=('Helvetica', 20), - justification='center', key='text')], - [sg.Button('Pause', key='-RUN-PAUSE-', button_color=('white', '#001480')), - sg.Button('Reset', button_color=('white', '#007339'), key='-RESET-'), - sg.Exit(button_color=('white', 'firebrick4'), key='Exit')]] - -window = sg.Window('Running Timer', layout, - no_titlebar=True, - auto_size_buttons=False, - keep_on_top=True, - grab_anywhere=True, - element_padding=(0, 0), - finalize=True, - element_justification='c', - right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_EXIT) - -current_time, paused_time, paused = 0, 0, False -start_time = time_as_int() - -while True: - # --------- Read and update window -------- - if not paused: - event, values = window.read(timeout=10) - current_time = time_as_int() - start_time - else: - event, values = window.read() - # --------- Do Button Operations -------- - if event in (sg.WIN_CLOSED, 'Exit'): # ALWAYS give a way out of program - break - if event == '-RESET-': - paused_time = start_time = time_as_int() - current_time = 0 - elif event == '-RUN-PAUSE-': - paused = not paused - if paused: - paused_time = time_as_int() - else: - start_time = start_time + time_as_int() - paused_time - # Change button's text - window['-RUN-PAUSE-'].update('Run' if paused else 'Pause') - elif event == 'Edit Me': - sg.execute_editor(__file__) - # --------- Display timer in window -------- - window['text'].update('{:02d}:{:02d}.{:02d}'.format((current_time // 100) // 60, - (current_time // 100) % 60, - current_time % 100)) -window.close() diff --git a/DemoPrograms/Demo_Desktop_Widget_Weather.py b/DemoPrograms/Demo_Desktop_Widget_Weather.py deleted file mode 100644 index 3d3520449..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_Weather.py +++ /dev/null @@ -1,325 +0,0 @@ -import PySimpleGUI as sg -import datetime -import base64 -from urllib import request -import json -import sys -import webbrowser - -""" - A Current Weather Widget - - Adapted from the weather widget originally created and published by Israel Dryer that you'll find here: - https://github.com/israel-dryer/Weather-App - - BIG THANKS goes out for creating a good starting point for other widgets to be build from. - - A true "Template" is being developed that is a little more abstracted to make creating your own - widgets easy. Things like the settings window is being standardized, the settings file format too. - - You will need a key (APPID) from OpenWeathermap.org in order to run this widget. It's free, it's easy: - https://home.openweathermap.org/ - - Your initial location is determined using your IP address and will be used if no settings file is found - - This widget is an early version of a PSG Widget so it may not share the same names / constructs as the templates. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - -SETTINGS_PATH = None # use the default settings path (OS settings foloder) - -API_KEY = '' # Set using the "Settings" window and saved in your config file - -sg.theme('Light Green 6') -ALPHA = 0.8 - -BG_COLOR = sg.theme_text_color() -TXT_COLOR = sg.theme_background_color() - -APP_DATA = { - 'City': 'New York', - 'Country': 'US', - 'Postal': 10001, - 'Description': 'clear skys', - 'Temp': 101.0, - 'Feels Like': 72.0, - 'Wind': 0.0, - 'Humidity': 0, - 'Precip 1hr': 0.0, - 'Pressure': 0, - 'Updated': 'Not yet updated', - 'Icon': None, - 'Units': 'Imperial' -} - - -def load_settings(): - global API_KEY - settings = sg.UserSettings(path=SETTINGS_PATH) - API_KEY = settings['-api key-'] - if not API_KEY: - sg.popup_quick_message('No valid API key found... opening setup window...', keep_on_top=True, background_color='red', text_color='white', auto_close_duration=3, non_blocking=False, location=win_location) - change_settings(settings) - return settings - - -def change_settings(settings, window_location=(None, None)): - global APP_DATA, API_KEY - - try: - nearest_postal = json.loads(request.urlopen('http://ipapi.co/json').read())['postal'] - except Exception as e: - print('Error getting nearest postal', e) - nearest_postal = '' - - layout = [[sg.T('Enter Zipcode or City for your location')], - [sg.I(settings.get('-location-', nearest_postal), size=(15, 1), key='-LOCATION-'), sg.T('City')], - [sg.I(settings.get('-country-', 'US'), size=(15, 1), key='-COUNTRY-'), sg.T('Country')], - [sg.I(settings.get('-friends name-', ''), size=(15, 1), key='-FRIENDS NAME-'), sg.T('Who')], - [sg.I(settings.get('-api key-', ''), size=(32, 1), key='-API KEY-')], - [sg.CBox('Use Metric For Temperatures', default=settings.get('-celsius-', False),key='-CELSIUS-')], - [sg.B('Ok', border_width=0, bind_return_key=True), sg.B('Register For a Key', border_width=0, k='-REGISTER-'), sg.B('Cancel', border_width=0)], ] - - window = sg.Window('Settings', layout, location=window_location, no_titlebar=True, keep_on_top=True, border_depth=0) - event, values = window.read() - window.close() - - if event == '-REGISTER-': - sg.popup('Launching browser so you can signup for the "Current Weather" service from OpenWeatherMap.org to get a Free API Key', 'Click OK and your browser will open', r'Visit https://home.openweathermap.org/ for more information', location=window_location) - # Register to get a free key - webbrowser.open(r'https://home.openweathermap.org/users/sign_up') - - - if event == 'Ok': - user_location = settings['-location-'] = values['-LOCATION-'] - settings['-country-'] = values['-COUNTRY-'] - API_KEY = settings['-api key-'] = values['-API KEY-'] - settings['-celsius-'] = values['-CELSIUS-'] - settings['-friends name-'] = values['-FRIENDS NAME-'] - else: - API_KEY = settings['-api key-'] - user_location = settings['-location-'] - - if user_location is not None: - if user_location.isnumeric() and len(user_location) == 5 and user_location is not None: - APP_DATA['Postal'] = user_location - APP_DATA['City'] = '' - else: - APP_DATA['City'] = user_location - APP_DATA['Postal'] = '' - APP_DATA['Country'] = settings['-country-'] - if settings['-celsius-']: - APP_DATA['Units'] = 'metric' - else: - APP_DATA['Units'] = 'imperial' - - return settings - - -def update_weather(): - if APP_DATA['City']: - request_weather_data(create_endpoint(2)) - elif APP_DATA['Postal']: - request_weather_data(create_endpoint(1)) - - -def create_endpoint(endpoint_type=0): - """ Create the api request endpoint - {0: default, 1: zipcode, 2: city_name}""" - if endpoint_type == 1: - try: - endpoint = f"http://api.openweathermap.org/data/2.5/weather?zip={APP_DATA['Postal']},{APP_DATA['Country']}&appid={API_KEY}&units={APP_DATA['Units']}" - return endpoint - except ConnectionError: - return - elif endpoint_type == 2: - try: - # endpoint = f"http://api.openweathermap.org/data/2.5/weather?q={APP_DATA['City'].replace(' ', '%20')},us&APPID={API_KEY}&units={APP_DATA['Units']}" - endpoint = f"http://api.openweathermap.org/data/2.5/weather?q={APP_DATA['City'].replace(' ', '%20')},{APP_DATA['Country']}&APPID={API_KEY}&units={APP_DATA['Units']}" - return endpoint - except ConnectionError: - return - else: - return - - -def request_weather_data(endpoint): - """ Send request for updated weather data """ - global APP_DATA - - if endpoint is None: - sg.popup_error('Could not connect to api. endpoint is None', keep_on_top=True, location=win_location) - return - else: - try: - response = request.urlopen(endpoint) - except request.HTTPError: - sg.popup_error('ERROR Obtaining Weather Data', - 'Is your API Key set correctly?', - API_KEY, keep_on_top=True, location=win_location) - return - if APP_DATA['Units'] == 'metric': - temp_units, speed_units = '°C', 'm/sec' - else: - temp_units, speed_units = '°F', 'miles/hr' - if response.reason == 'OK': - weather = json.loads(response.read()) - APP_DATA['City'] = weather['name'].title() - APP_DATA['Description'] = weather['weather'][0]['description'] - APP_DATA['Temp'] = "{:,.0f}{}".format(weather['main']['temp'], temp_units) - APP_DATA['Humidity'] = "{:,d}%".format(weather['main']['humidity']) - APP_DATA['Pressure'] = "{:,d} hPa".format(weather['main']['pressure']) - APP_DATA['Feels Like'] = "{:,.0f}{}".format(weather['main']['feels_like'], temp_units) - APP_DATA['Wind'] = "{:,.1f}{}".format(weather['wind']['speed'], speed_units) - APP_DATA['Precip 1hr'] = None if not weather.get('rain') else "{:2} mm".format(weather['rain']['1h']) - APP_DATA['Updated'] = 'Updated: ' + datetime.datetime.now().strftime("%B %d %I:%M:%S %p") - APP_DATA['Lon'] = weather['coord']['lon'] - APP_DATA['Lat'] = weather['coord']['lat'] - - icon_url = "http://openweathermap.org/img/wn/{}@2x.png".format(weather['weather'][0]['icon']) - APP_DATA['Icon'] = base64.b64encode(request.urlopen(icon_url).read()) - - -def metric_row(metric): - """ Return a pair of labels for each metric """ - return [sg.Text(metric, font=('Arial', 10), pad=(15, 0), size=(9, 1)), - sg.Text(APP_DATA[metric], font=('Arial', 10, 'bold'), pad=(0, 0), size=(9, 1), key=metric)] - - -def create_window(win_location, settings): - """ Create the application window """ - friends_name = settings.get('-friends name-', '') - col1 = sg.Column( - [[sg.Text(APP_DATA['City'], font=('Arial Rounded MT Bold', 18), background_color=BG_COLOR, text_color=TXT_COLOR, key='City'), - sg.Text(f' - {friends_name}' if friends_name else '', background_color=BG_COLOR, text_color=TXT_COLOR, font=('Arial Rounded MT Bold', 18),)], - [sg.Text(APP_DATA['Description'], font=('Arial', 12), pad=(10, 0), background_color=BG_COLOR, text_color=TXT_COLOR, key='Description')]], - background_color=BG_COLOR, key='COL1') - - col2 = sg.Column([[sg.Image(data=APP_DATA['Icon'], size=(100, 100), background_color=BG_COLOR, key='Icon')]], - element_justification='center', background_color=BG_COLOR, key='COL2') - - col3 = sg.Column([[sg.Text(APP_DATA['Updated'], font=('Arial', 8), background_color=BG_COLOR, text_color=TXT_COLOR, key='Updated')]], - pad=(10, 5), element_justification='left', background_color=BG_COLOR, key='COL3') - - col4 = sg.Column( - [[sg.Text('Settings', font=('Arial', 8, 'italic'), background_color=BG_COLOR, text_color=TXT_COLOR, enable_events=True, key='-CHANGE-'), - sg.Text('Refresh', font=('Arial', 8, 'italic'), background_color=BG_COLOR, text_color=TXT_COLOR, enable_events=True, key='-REFRESH-')]], - pad=(10, 5), element_justification='right', background_color=BG_COLOR, key='COL4') - - top_col = sg.Column([[col1, sg.Push(background_color=BG_COLOR), col2, sg.Text('×', font=('Arial Black', 16), pad=(0, 0), justification='right', background_color=BG_COLOR, text_color=TXT_COLOR, enable_events=True, key='-QUIT-')]], pad=(0, 0), background_color=BG_COLOR, key='TopCOL') - - bot_col = sg.Column([[col3, col4]], - pad=(0, 0), background_color=BG_COLOR, key='BotCOL') - - lf_col = sg.Column( - [[sg.Text(APP_DATA['Temp'], font=('Haettenschweiler', 90), pad=((10, 0), (0, 0)), justification='center', key='Temp')]], - pad=(10, 0), element_justification='center', key='LfCOL') - - rt_col = sg.Column([metric_row('Feels Like'), metric_row('Wind'), metric_row('Humidity'), metric_row('Precip 1hr'), metric_row('Pressure')], - pad=((15, 0), (25, 5)), key='RtCOL') - - layout = [[top_col], - [lf_col, rt_col], - [bot_col], - [sg.Text(f'PSG: {sg.ver} Tk:{sg.framework_version} Py:{sys.version_info.major}.{sys.version_info.minor}.{sys.version_info.micro}', font=('Arial', 8), justification='c', background_color=BG_COLOR, text_color=TXT_COLOR, pad=(0,0), expand_x=True)]] - - window = sg.Window(layout=layout, title='Weather Widget', margins=(0, 0), finalize=True, location=win_location, - element_justification='center', keep_on_top=True, no_titlebar=True, grab_anywhere=True, alpha_channel=ALPHA, - right_click_menu=[[''], ['Edit Me', 'Versions', 'Exit',]], enable_close_attempted_event=True) - - for col in ['COL1', 'COL2', 'TopCOL', 'BotCOL', '-QUIT-']: - window[col].expand(expand_y=True, expand_x=True) - - for col in ['COL3', 'COL4', 'LfCOL', 'RtCOL']: - window[col].expand(expand_x=True) - - window['-CHANGE-'].set_cursor('hand2') - window['-QUIT-'].set_cursor('hand2') - window['-REFRESH-'].set_cursor('hand2') - - return window - - -def update_metrics(window): - """ Adjust the GUI to reflect the current weather metrics """ - metrics = ['City', 'Temp', 'Feels Like', 'Wind', 'Humidity', 'Precip 1hr', - 'Description', 'Icon', 'Pressure', 'Updated'] - for metric in metrics: - if metric == 'Icon': - window[metric].update(data=APP_DATA[metric]) - else: - window[metric].update(APP_DATA[metric]) - - -def main(refresh_rate, win_location): - """ The main program routine """ - refresh_in_milliseconds = refresh_rate * 60 * 1000 - - # Load settings from config file. If none found will create one - settings = load_settings() - location = settings['-location-'] - APP_DATA['Country'] = settings.get('-country-', 'US') - if settings.get('-celsius-'): - APP_DATA['Units'] = 'metric' - else: - APP_DATA['Units'] = 'imperial' - - if location is not None: - if location.isnumeric() and len(location) == 5 and location is not None: - APP_DATA['Postal'] = location - APP_DATA['City'] = '' - else: - APP_DATA['City'] = location - APP_DATA['Postal'] = '' - update_weather() - else: - sg.popup_error('Having trouble with location. Your location: ', location) - exit() - - window = create_window(win_location, settings) - - - while True: # Event Loop - event, values = window.read(timeout=refresh_in_milliseconds) - if event in (None, '-QUIT-', 'Exit', sg.WIN_CLOSE_ATTEMPTED_EVENT): - sg.user_settings_set_entry('-win location-', window.current_location()) # The line of code to save the position before exiting - break - try: - if event == '-CHANGE-': - x, y = window.current_location() - settings = change_settings(settings, (x + 200, y+50)) - window.close() - window = create_window(win_location, settings) - elif event == '-REFRESH-': - sg.popup_quick_message('Refreshing...', keep_on_top=True, background_color='red', text_color='white', - auto_close_duration=3, non_blocking=False, location=(window.current_location()[0]+window.size[0]//2-30, window.current_location()[1]+window.size[1]//2-10)) - elif event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Versions': - sg.main_get_debug_data() - elif event != sg.TIMEOUT_KEY: - sg.Print('Unknown event received\nEvent & values:\n', event, values, location=win_location) - - update_weather() - update_metrics(window) - except Exception as e: - sg.Print('*** GOT Exception in event loop ***', c='white on red', location=window.current_location(), keep_on_top=True) - sg.Print('File = ', __file__, f'Window title: {window.Title}') - sg.Print('Exception = ', e, wait=True) # IMPORTANT to add a wait/blocking so that the print pauses execution. Otherwise program continue and exits - window.close() - - -if __name__ == '__main__': - if len(sys.argv) > 1: - win_location = sys.argv[1].split(',') - win_location = (int(win_location[0]), int(win_location[1])) - else: - win_location = sg.user_settings_get_entry('-win location-', (None, None)) - - main(refresh_rate=1, win_location=win_location) \ No newline at end of file diff --git a/DemoPrograms/Demo_Desktop_Widget_psutil_Dashboard.py b/DemoPrograms/Demo_Desktop_Widget_psutil_Dashboard.py deleted file mode 100644 index 863aed3c6..000000000 --- a/DemoPrograms/Demo_Desktop_Widget_psutil_Dashboard.py +++ /dev/null @@ -1,141 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import psutil - -""" - Desktop floating widget - System status dashboard - Uses psutil to display: - Network I/O - Disk I/O - CPU Used - Mem Used - Information is updated once a second and is shown as an area graph that scrolls - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -GRAPH_WIDTH, GRAPH_HEIGHT = 120, 40 # each individual graph size in pixels -ALPHA = .7 - - -class DashGraph(object): - def __init__(self, graph_elem, starting_count, color): - self.graph_current_item = 0 - self.graph_elem = graph_elem # type:sg.Graph - self.prev_value = starting_count - self.max_sent = 1 - self.color = color - self.graph_lines = [] - - def graph_value(self, current_value): - delta = current_value - self.prev_value - self.prev_value = current_value - self.max_sent = max(self.max_sent, delta) - percent_sent = 100 * delta / self.max_sent - line_id = self.graph_elem.draw_line((self.graph_current_item, 0), (self.graph_current_item, percent_sent), color=self.color) - self.graph_lines.append(line_id) - if self.graph_current_item >= GRAPH_WIDTH: - self.graph_elem.delete_figure(self.graph_lines.pop(0)) - self.graph_elem.move(-1, 0) - else: - self.graph_current_item += 1 - return delta - - def graph_percentage_abs(self, value): - self.graph_elem.draw_line((self.graph_current_item, 0), (self.graph_current_item, value), color=self.color) - if self.graph_current_item >= GRAPH_WIDTH: - self.graph_elem.move(-1, 0) - else: - self.graph_current_item += 1 - - -def human_size(bytes, units=(' bytes', 'KB', 'MB', 'GB', 'TB', 'PB', 'EB')): - """ Returns a human readable string reprentation of bytes""" - return str(bytes) + units[0] if bytes < 1024 else human_size(bytes >> 10, units[1:]) - - -def main(): - # ---------------- Create Window ---------------- - sg.theme('Black') - sg.set_options(element_padding=(0, 0), margins=(1, 1), border_width=0) - location = sg.user_settings_get_entry('-location-', (None, None)) - - def GraphColumn(name, key): - layout = [ - [sg.Text(name, size=(18,1), font=('Helvetica 8'), key=key+'TXT_')], - [sg.Graph((GRAPH_WIDTH, GRAPH_HEIGHT), - (0, 0), - (GRAPH_WIDTH, 100), - background_color='black', - key=key+'GRAPH_')]] - return sg.Col(layout, pad=(2, 2)) - - layout = [ - [sg.Text('System Status Dashboard'+' '*18)], - [GraphColumn('Net Out', '_NET_OUT_'), - GraphColumn('Net In', '_NET_IN_')], - [GraphColumn('Disk Read', '_DISK_READ_'), - GraphColumn('Disk Write', '_DISK_WRITE_')], - [GraphColumn('CPU Usage', '_CPU_'), - GraphColumn('Memory Usage', '_MEM_')], ] - - window = sg.Window('PSG System Dashboard', layout, - keep_on_top=True, - grab_anywhere=True, no_titlebar=True, - return_keyboard_events=True, alpha_channel=ALPHA, enable_close_attempted_event=True, - use_default_focus=False, finalize=True, location=location,right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT,) - - # setup graphs & initial values - netio = psutil.net_io_counters() - net_in = window['_NET_IN_GRAPH_'] - net_graph_in = DashGraph(net_in, netio.bytes_recv, '#23a0a0') - net_out = window['_NET_OUT_GRAPH_'] - net_graph_out = DashGraph(net_out, netio.bytes_sent, '#56d856') - - diskio = psutil.disk_io_counters() - disk_graph_write = DashGraph(window['_DISK_WRITE_GRAPH_'], diskio.write_bytes, '#be45be') - disk_graph_read = DashGraph(window['_DISK_READ_GRAPH_'], diskio.read_bytes, '#5681d8') - - cpu_usage_graph = DashGraph(window['_CPU_GRAPH_'], 0, '#d34545') - mem_usage_graph = DashGraph(window['_MEM_GRAPH_'], 0, '#BE7C29') - - # print(psutil.cpu_percent(percpu=True)) - # ---------------- main loop ---------------- - while True : - # --------- Read and update window once a second-------- - event, values = window.read(timeout=1000) - if event in (sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit'): - sg.user_settings_set_entry('-location-', window.current_location()) # save window location before exiting - break - elif event == 'Edit Me': - sp = sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), keep_on_top=True, location=window.current_location()) - - # ----- Network Graphs ----- - netio = psutil.net_io_counters() - write_bytes = net_graph_out.graph_value(netio.bytes_sent) - read_bytes = net_graph_in.graph_value(netio.bytes_recv) - window['_NET_OUT_TXT_'].update('Net out {}'.format(human_size(write_bytes))) - window['_NET_IN_TXT_'].update('Net In {}'.format(human_size(read_bytes))) - # ----- Disk Graphs ----- - diskio = psutil.disk_io_counters() - write_bytes = disk_graph_write.graph_value(diskio.write_bytes) - read_bytes = disk_graph_read.graph_value(diskio.read_bytes) - window['_DISK_WRITE_TXT_'].update('Disk Write {}'.format(human_size(write_bytes))) - window['_DISK_READ_TXT_'].update('Disk Read {}'.format(human_size(read_bytes))) - # ----- CPU Graph ----- - cpu = psutil.cpu_percent(0) - cpu_usage_graph.graph_percentage_abs(cpu) - window['_CPU_TXT_'].update('{0:2.0f}% CPU Used'.format(cpu)) - # ----- Memory Graph ----- - mem_used = psutil.virtual_memory().percent - mem_usage_graph.graph_percentage_abs(mem_used) - window['_MEM_TXT_'].update('{}% Memory Used'.format(mem_used)) - -if __name__ == '__main__': - main() - diff --git a/DemoPrograms/Demo_Disable_Elements.py b/DemoPrograms/Demo_Disable_Elements.py deleted file mode 100644 index d1851796c..000000000 --- a/DemoPrograms/Demo_Disable_Elements.py +++ /dev/null @@ -1,72 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' - Usage of Disable elements - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -sg.theme('Dark') -sg.set_options(element_padding=(0, 0)) - -layout = [ - [ sg.Text('Notes:', pad=((3, 0), 0)), - sg.Input(size=(44, 1), background_color='white', text_color='black', key='notes')], - - [ sg.Text('Output:', pad=((3, 0), 0)), - sg.Text('', size=(44, 1), text_color='white', key='output')], - - [sg.CBox('Checkbox:', default=True, pad=((3, 0), 0), disabled=True, key='cbox'), - sg.Listbox((1, 2, 3, 4), size=(8, 3), disabled=True, key='listbox'), - sg.Radio('Radio 1', default=True, group_id='1', disabled=True, key='radio1'), - sg.Radio('Radio 2', default=False, group_id='1', disabled=True, key='radio2')], - - [sg.Spin((1, 2, 3, 4), 1, disabled=True, key='spin'), - sg.OptionMenu((1, 2, 3, 4), disabled=True, key='option'), - sg.Combo(values=(1, 2, 3, 4), disabled=True, key='combo')], - - [sg.ML('Multiline', size=(20, 3), disabled=True, key='multi')], - - [sg.Slider((1, 10), size=(20, 20), orientation='h', disabled=True, key='slider')], - - [sg.Button('Enable', button_color=('white', 'black')), - sg.Button('Disable', button_color=('white', 'black')), - sg.Button('Reset', button_color=('white', '#9B0023'), key='reset'), - sg.Button('Values', button_color=('white', 'springgreen4')), - sg.Button('Exit', disabled=True, button_color=('white', '#00406B'), key='exit')]] - -window = sg.Window("Disable Elements Demo", layout, - default_element_size=(12, 1), - text_justification='r', - auto_size_text=False, - auto_size_buttons=False, - keep_on_top=True, - grab_anywhere=False, - default_button_element_size=(12, 1), - finalize=True) - -key_list = 'cbox', 'listbox', 'radio1', 'radio2', 'spin', 'option', 'combo', 'reset', 'notes', 'multi', 'slider', 'exit' - -# don't do this kind of for-loop -for key in key_list: - window[key].update(disabled=True) - -while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'exit'): - break - elif event == 'Disable': - for key in key_list: - window[key].update(disabled=True) - elif event == 'Enable': - for key in key_list: - window[key].update(disabled=False) - elif event == 'Values': - sg.popup(values, keep_on_top=True) - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Dispatchers.py b/DemoPrograms/Demo_Dispatchers.py deleted file mode 100644 index 3fbfd7f72..000000000 --- a/DemoPrograms/Demo_Dispatchers.py +++ /dev/null @@ -1,113 +0,0 @@ -""" - Demo Dispatchers - - Alternative to if/else event processing - - Adapted from "The Official Python GUI Programming with PySimpleGUI Course" - - Most PySimpleGUI demos follow the simple if-else event processing, but there are - other ways to process or dispatch events. - - Event Dispatchers: - * If-Else - * Dictionaries - * Functions as keys - * Lambda as key (callable like functions are) - - The handlers in this demo are all functions that are called once the event is detected - - The dispatch dictionary maps from an event to a function. It's more compact than a series - of if/else statements if you have a lot of different events and are handling events in functions - - Keep it SIMPLE. Add complexity as you need it. If it is clearer to do the event processing in the - event loop rather than functions, then do it in the event loop. - - http://www.PySimpleGUI.org - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg - -SYMBOL_X = '❎' -SYMBOL_CHECK = '✅' - - -## ## ## # # #### # ###### ##### #### -## ## # # ## # # # # # # # # # -## ## # # # # # # # # # # # # -####### ###### # # # # # # #### ##### #### -## ## # # # ## # # # # # # # -## ## # # # # # # # # # # # # -## ## # # # # #### ###### ###### # # #### - -def do_go(window): - window['-STATUS-'].update(SYMBOL_CHECK, text_color='pink') - -def do_stop(window): - window['-STATUS-'].update(SYMBOL_CHECK, text_color='pink') - -def do_tuple(window): - window['-STATUS-'].update(SYMBOL_CHECK, text_color='pink') - -def do_other(window): - window['-STATUS-'].update(SYMBOL_CHECK, text_color='yellow') - -def do_simple(window): - window['-STATUS-'].update(SYMBOL_CHECK, text_color='yellow') - -def do_not_found(window): - window['-STATUS-'].update(SYMBOL_X, text_color='red') - - -# # ## ### # # -## ## # # # ## # -# ## # # # # # # # -# ## # ###### # # # # -# # # # # # ## -# # # # # # # -# # # # ### # # - -def main(): - # --------- A Dispatch Dictionary ------- - dispatch_dict = {'Go':do_go, 'Stop':do_stop, (1,2):do_tuple} - - # --------- Define layout and create Window ------- - - layout = [[sg.Text('Dispatching Approaches')], - [sg.Text('Status:'), sg.Text(size=(3, 1), key='-STATUS-')], - [sg.Text(size=(50, 1), key='-OUT-')], - [sg.Button('Simple'), sg.Button('Go'), sg.Button('Stop'), sg.Button('Other', key=do_other), - sg.Button('Tuple', key=(1,2)), sg.Button('Lambda', key= lambda window: do_other(window)), sg.Button('Bad')]] - - window = sg.Window('Dispatchers', layout, font='Default 16', keep_on_top=True) - - # --------- Event Loop ------- - while True: - event, values = window.read() - if event == sg.WIN_CLOSED: # Test for window closed (always do this one) - break - - window['-OUT-'].update(f'Event = {event}') - - # --------- Dispatching of events --------- - # Event processing.... a minimal if-else to show 3 dispatchers - if event == 'Simple': # Dispatch using direct string compare - do_simple(window) - elif callable(event): # Dispatch when event is a function - event(window) - elif event in dispatch_dict: # Dispatch using a dispatch dictionary - func = dispatch_dict.get(event) - func(window) - else: # None of the above - do_not_found(window) - - # --------- After event loop --------- - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_EXE_Maker.py b/DemoPrograms/Demo_EXE_Maker.py deleted file mode 100644 index e01041d6c..000000000 --- a/DemoPrograms/Demo_EXE_Maker.py +++ /dev/null @@ -1,90 +0,0 @@ -import PySimpleGUI as sg -import subprocess -import shutil -import os -import sys -''' - Make a "Windows os" executable with PyInstaller - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -def main(): - sg.theme('LightGreen') - - layout = [[sg.Text('PyInstaller EXE Creator', font='Any 15')], - [sg.Text('Source Python File'), sg.Input(key='-sourcefile-', size=(45, 1)), - sg.FileBrowse(file_types=(("Python Files", "*.py"),))], - [sg.Text('Icon File'), sg.Input(key='-iconfile-', size=(45, 1)), - sg.FileBrowse(file_types=(("Icon Files", "*.ico"),))], - [sg.Frame('Output', font='Any 15', layout=[ - [sg.Output(size=(65, 15), font='Courier 10')]])], - [sg.Button('Make EXE', bind_return_key=True), - sg.Button('Quit', button_color=('white', 'firebrick3')) ], - [sg.Text('Made with PySimpleGUI (www.PySimpleGUI.org)', auto_size_text=True, font='Courier 8')]] - - window = sg.Window('PySimpleGUI EXE Maker', layout, auto_size_text=False, auto_size_buttons=False, default_element_size=(20,1), text_justification='right') - # ---===--- Loop taking in user input --- # - while True: - - event, values = window.read() - if event in ('Exit', 'Quit', None): - break - - source_file = values['-sourcefile-'] - icon_file = values['-iconfile-'] - - icon_option = '-i "{}"'.format(icon_file) if icon_file else '' - source_path, source_filename = os.path.split(source_file) - workpath_option = '--workpath "{}"'.format(source_path) - dispath_option = '--distpath "{}"'.format(source_path) - specpath_option = '--specpath "{}"'.format(source_path) - folder_to_remove = os.path.join(source_path, source_filename[:-3]) - file_to_remove = os.path.join(source_path, source_filename[:-3]+'.spec') - command_line = 'pyinstaller -wF --clean "{}" {} {} {} {}'.format(source_file, icon_option, workpath_option, dispath_option, specpath_option) - - if event == 'Make EXE': - try: - print(command_line) - print('Making EXE...the program has NOT locked up...') - window.refresh() - # print('Running command {}'.format(command_line)) - out, err = runCommand(command_line, window=window) - shutil.rmtree(folder_to_remove) - os.remove(file_to_remove) - print('**** DONE ****') - except: - sg.PopupError('Something went wrong', 'close this window and copy command line from text printed out in main window','Here is the output from the run', out) - print('Copy and paste this line into the command prompt to manually run PyInstaller:\n\n', command_line) - - -def runCommand(cmd, timeout=None, window=None): - """ run shell command - - @param cmd: command to execute - @param timeout: timeout for command execution - - @return: (return code from command, command output) - """ - - p = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.STDOUT) - output = '' - for line in p.stdout: - line = line.decode(errors='replace' if (sys.version_info) < (3, 5) - else 'backslashreplace').rstrip() - output += line - print(line) - if window: - window.Refresh() - - retval = p.wait(timeout) - - return (retval, output) - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Edit_Me_Option.py b/DemoPrograms/Demo_Edit_Me_Option.py deleted file mode 100644 index 84f52e521..000000000 --- a/DemoPrograms/Demo_Edit_Me_Option.py +++ /dev/null @@ -1,41 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo "Edit Me" (and Version) - - More and more of these Demos are getting an "Edit me" option added. - - It's a big time saver to be able to right click and choose "Edit me" to edit a program you're developing. - It's maybe an even bigger time saver if you've not worked on it for some time and have forgotten where - the source code is located on your computer. - - You can add this capability to your program by adding a right click menu to your window and calling the - editor that you set up in the global PySimpleGUI options. - - A constant MENU_RIGHT_CLICK_EDITME_VER_EXIT, when set at the right click menu shows a "Version" and "Edit Me" meny item. - - You will need to have first set up your editor by using the menu in sg.main() - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -layout = [[sg.Text('Edit this program by right clicking and choosing "Edit me"')], - [sg.Button('Exit')]] - -window = sg.Window('Edit Me Right Click Menu Demo', layout, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT) - -while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), location=window.current_location(), keep_on_top=True, non_blocking=True) - -window.close() diff --git a/DemoPrograms/Demo_Email_Send.py b/DemoPrograms/Demo_Email_Send.py deleted file mode 100644 index 5d9609901..000000000 --- a/DemoPrograms/Demo_Email_Send.py +++ /dev/null @@ -1,115 +0,0 @@ -import PySimpleGUI as sg - -''' - Learn how to send emails from PySimpleGUI using the smtplib and email modules - - The GUI portion is simple - - Based on a send-email script originally written by by Israel Dryer - (Thank you Israel for figuring out the hard part of the stmp and email module calls!) - - Copyright 2019-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -''' - -# If you are using a mail service that's not gmail, hotmail, live or yahoo: -# then you can enter the smtp server address here so you don't have to keep typing it into the GUI -smtp_host_default = '' - -# used for sending the email -import smtplib as smtp -# used to build the email -from email.message import EmailMessage - -# create and send email -def send_an_email(from_address, to_address, subject, message_text, user, password, smtp_host, smtp_port): - server = smtp.SMTP(host=smtp_host, port=smtp_port) - server.starttls() - try: - server.login(user=user, password=password) - except Exception as e: - sg.popup_error('Error authenticaing your email credentials', e, image=sg.EMOJI_BASE64_WEARY) - server.close() - return - - # create the email message headers and set the payload - msg = EmailMessage() - msg['From'] = from_address - msg['To'] = to_address - msg['Subject'] = subject - msg.set_payload(message_text) - - # open the email server and send the message - try: - server.send_message(msg) - except Exception as e: - sg.popup_error('Error sending your email', e, image=sg.EMOJI_BASE64_WEARY) - server.close() - return - - server.close() - sg.popup('Email sent successfully!', image=sg.EMOJI_BASE64_HAPPY_JOY) - -''' - important notes about using gmail - - - Gmail has locked things down pretty good with what it considers less secure apps. That - would include access your Gmail account from the smtplib library in Python. However, there - is a work around. You can enable access from "Less Secure Apps" by going to your Gmail - account and enabling that feature. However, you should do this at your own peril, and after - carefully reading the warnings: https://support.google.com/accounts/answer/6010255. - - smtplib | https://docs.python.org/3/library/smtplib.html?#module-smtplib - email.message | https://docs.python.org/3/library/email.message.html?#module-email.message - email examples in Python | https://docs.python.org/3.7/library/email.examples.html -''' - -def main(): - smtp_server_dict = {'gmail.com':'smtp.gmail.com','hotmail.com':'smtp.office365.com', 'live.com': 'smtp.office365.com', 'yahoo.com':'smtp.mail.yahoo.com'} - - sg.theme('Dark Blue 3') - layout = [[sg.Text('Send an Email', font='Default 18')], - [sg.T('From:', size=(8,1)), sg.Input(key='-EMAIL FROM-', size=(35,1))], - [sg.T('To:', size=(8,1)), sg.Input(key='-EMAIL TO-', size=(35,1))], - [sg.T('Subject:', size=(8,1)), sg.Input(key='-EMAIL SUBJECT-', size=(35,1))], - [sg.T('Mail login information', font='Default 18')], - [sg.T('User:', size=(8,1)), sg.Input(key='-USER-', size=(35,1), enable_events=True)], - [sg.T('Password:', size=(8,1)), sg.Input(password_char='*', key='-PASSWORD-', size=(35,1))], - [sg.T('SMTP Server Info', font='_ 14')], - [sg.T('SMTP Hostname'), sg.Input(smtp_host_default, s=20, key='-SMTP HOST-'), sg.T('SMTP Port'), sg.In(587, s=4, key='-SMTP PORT-') ], - [sg.Multiline('Type your message here', size=(60,10), key='-EMAIL TEXT-')], - [sg.Button('Send'), sg.Button('Exit')]] - - window = sg.Window('Send An Email', layout) - - while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event == 'Send': - if values['-SMTP HOST-']: - sg.popup_quick_message('Sending your message... this will take a moment...', background_color='red') - send_an_email(from_address=values['-EMAIL FROM-'], - to_address=values['-EMAIL TO-'], - subject=values['-EMAIL SUBJECT-'], - message_text=values['-EMAIL TEXT-'], - user=values['-USER-'], - password=values['-PASSWORD-'], - smtp_host=values['-SMTP HOST-'], - smtp_port = values['-SMTP PORT-']) - else: - sg.popup_error('Missing SMTP Hostname... you have to supply a hostname (gmail, hotmail, live, yahoo are autofilled)') - elif event == '-USER-': # as the email sender is typed in, try to fill in the smtp hostname automatically - for service in smtp_server_dict.keys(): - if service in values[event].lower(): - window['-SMTP HOST-'].update(smtp_server_dict[service]) - break - - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Emoji_Toolbar_PIL.py b/DemoPrograms/Demo_Emoji_Toolbar_PIL.py deleted file mode 100644 index a373d9e84..000000000 --- a/DemoPrograms/Demo_Emoji_Toolbar_PIL.py +++ /dev/null @@ -1,410 +0,0 @@ -import PySimpleGUI as sg -import PIL -import PIL.Image -import io -import base64 -import win32clipboard -import win32con -import sys - -""" - Demo_Emoji_Toolbar - - Shows a toolbar of emoji icons and radio buttons to choose size. - When an emoji is clicked, the image is placed on the clipboard. - - If this program is invoked with a location on the command line, then it will - show the window at the indicated x,y location, get a SINGLE image click, and then close the window. - The idea here is to emulate the Window+. behavior like on Windows that enables emojis to be added - easily while typing in text. - - This program currently integrates with PySimpleHotkey to create this popup, single choice behavior. - - You can replace the emojis with your own version of emojis. Use one of the many PySimpleGUI Base64 encoder demos - to create your Base64 strings based on PNG files. PNG is what enables a transparent background. - - 6-Feb-2022 - The design took a turn and is kinda weird now... sorry about that but wanted to work in more emojis - and the pre-rendering approach from before got replaced with a resizing of a single starting image. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -EMOJI_SIZES = (28, 56, 112) -NUM_ROWS = 3 # Number of rows of Emojis. Note, may be 1 more than this if there is an incomplete row - -''' -MM"""""""`YM M""M M""MMMMMMMM M""MMMMM""MM dP -MM mmmmm M M M M MMMMMMMM M MMMMM MM 88 -M' .M M M M MMMMMMMM M `M .d8888b. 88 88d888b. .d8888b. 88d888b. .d8888b. -MM MMMMMMMM M M M MMMMMMMM M MMMMM MM 88ooood8 88 88' `88 88ooood8 88' `88 Y8ooooo. -MM MMMMMMMM M M M MMMMMMMM M MMMMM MM 88. ... 88 88. .88 88. ... 88 88 -MM MMMMMMMM M M M M M MMMMM MM `88888P' dP 88Y888P' `88888P' dP `88888P' -MMMMMMMMMMMM MMMM MMMMMMMMMMM MMMMMMMMMMMM 88 - dP -''' - - -def make_square(im, min_size=256, fill_color=(0, 0, 0, 0)): - """ - - :param im: - :type im: - :param min_size: - :type min_size: - :param fill_color: - :type fill_color: - :return: - :rtype: - """ - - x, y = im.size - size = max(min_size, x, y) - new_im = PIL.Image.new('RGBA', (size, size), fill_color) - new_im.paste(im, (int((size - x) / 2), int((size - y) / 2))) - return new_im - - -def convert_to_bytes(file_or_bytes, resize=None, fill=False): - """ - Will convert into bytes and optionally resize an image that is a file or a base64 bytes object. - Turns into PNG format in the process so that can be displayed by tkinter - :param file_or_bytes: either a string filename or a bytes base64 image object - :type file_or_bytes: (Union[str, bytes]) - :param resize: optional new size - :type resize: (Tuple[int, int] or None) - :param fill: If True then the image is filled/padded so that the image is not distorted - :type fill: (bool) - :return: (bytes) a byte-string object - :rtype: (bytes) - """ - - if isinstance(file_or_bytes, str): - img = PIL.Image.open(file_or_bytes) - else: - try: - img = PIL.Image.open(io.BytesIO(base64.b64decode(file_or_bytes))) - except Exception as e: - dataBytesIO = io.BytesIO(file_or_bytes) - img = PIL.Image.open(dataBytesIO) - - cur_width, cur_height = img.size - if resize: - new_width, new_height = resize - scale = min(new_height / cur_height, new_width / cur_width) - img = img.resize((int(cur_width * scale), int(cur_height * scale)), PIL.Image.LANCZOS) - if fill: - if resize is not None: - img = make_square(img, resize[0]) - with io.BytesIO() as bio: - img.save(bio, format="PNG") - del img - return bio.getvalue() - - -''' -M"""""`'"""`YM dP -M mm. mm. M 88 -M MMM MMM M .d8888b. 88 .dP .d8888b. -M MMM MMM M 88' `88 88888" 88ooood8 -M MMM MMM M 88. .88 88 `8b. 88. ... -M MMM MMM M `88888P8 dP `YP `88888P' -MMMMMMMMMMMMMM - -M""MMM""MMM""M oo dP -M MMM MMM M 88 -M MMP MMP M dP 88d888b. .d888b88 .d8888b. dP dP dP -M MM' MM' .M 88 88' `88 88' `88 88' `88 88 88 88 -M `' . '' .MM 88 88 88 88. .88 88. .88 88.88b.88' -M .d .dMMM dP dP dP `88888P8 `88888P' 8888P Y8P -MMMMMMMMMMMMMM -''' - - -def make_toolbar(location=(None, None)): - buttons_per_row = len(all_emojis)//NUM_ROWS - button_rows = [] - for row_num in range(NUM_ROWS+1): - row = [] - for i in range(buttons_per_row*row_num, buttons_per_row*(row_num+1)): - try: # The final row may be partial, so avoid crashing when overflowing beyond the total length - row.append(sg.Button(image_data=all_emojis[i][2], border_width=0, tooltip=all_emojis[i][0], key=all_emojis[i])) - except: - pass - button_rows.append(row) - - size_col = [sg.Col([[sg.Radio(s, 1, default=True if s == EMOJI_SIZES[1] else False, font='_ 6', k=i, pad=(0, 0))] for i, s in enumerate(EMOJI_SIZES)], pad=(0, 0))] - layout = [] - for i, row in enumerate(button_rows): - if i == 0: - layout.append(sg.vtop(row+size_col)) - else: - layout.append(row) - - return sg.Window('', layout, element_padding=(0, 0), margins=(0, 0), finalize=True, no_titlebar=True, grab_anywhere=True, - right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, keep_on_top=True, button_color='black', location=location) - - -''' -M"""""`'"""`YM oo -M mm. mm. M -M MMM MMM M .d8888b. dP 88d888b. -M MMM MMM M 88' `88 88 88' `88 -M MMM MMM M 88. .88 88 88 88 -M MMM MMM M `88888P8 dP dP dP -MMMMMMMMMMMMMM -''' - - -def main(location=(None, None)): - sg.theme('dark black') - window = make_toolbar(location) - - while True: - event, values = window.read() - # print(event, values) - if event in ('Exit', sg.WIN_CLOSED): - break - elif event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), location=window.current_location(), keep_on_top=True, non_blocking=True) - elif event != sg.TIMEOUT_EVENT: - emoji_data = None - for e in all_emojis: - if event == e: - print(f'you clicked {e[0]}') - emoji_data = e - break - if emoji_data is None: - continue - size_index = [key for key in values.keys() if values[key]][0] - size = EMOJI_SIZES[size_index] - decoded = emoji_data[size_index + 1] - - output = io.BytesIO() - image = PIL.Image.new("RGBA", (size, size)) - - win32clipboard.OpenClipboard() - win32clipboard.EmptyClipboard() - - image.save(output, "PNG") - fmt = win32clipboard.RegisterClipboardFormat("PNG") - win32clipboard.SetClipboardData(fmt, decoded) - - background = PIL.Image.new("RGB", image.size, (255, 255, 255)) - background.paste(image, mask=image.split()[3]) - output = io.BytesIO() - background.save(output, 'BMP') - data = output.getvalue()[14:] - win32clipboard.SetClipboardData(win32con.CF_DIB, data) - - win32clipboard.CloseClipboard() - break - # If started in a specific location, then assume should get ONE selection then close - if location != (None, None): - break - window.close() - - -if __name__ == '__main__': - ''' - MM""""""""`M oo oo - MM mmmmmmmM - M` MMMM 88d8b.d8b. .d8888b. dP dP .d8888b. - MM MMMMMMMM 88'`88'`88 88' `88 88 88 Y8ooooo. - MM MMMMMMMM 88 88 88 88. .88 88 88 88 - MM .M dP dP dP `88888P' 88 dP `88888P' - MMMMMMMMMMMM 88 - dP - ''' - # This is where the emoji images are defined - # Each emoji is a tuple with (description, starting image) - # Each image is the size found in the EMOJI_SIZES tuple - # These are the starting images that will be resized. They are LARGER than the version that is already in PySimpleGUI. - e_cry = ('Cry', - b'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') - - e_dead = ('Dead', - 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') - - e_dream = ('Dream', - 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') - - e_eyebrow = ('Eyebrow', - 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') - - e_fingers_crossed = ('Fingers Crossed', - b'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') - - e_frust = ('Frustrated', - 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') - - e_gasp = ('Gasp', - b'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') - - e_grimace = ('Grimace', - 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') - - e_guess = ('Gruess', - b'iVBORw0KGgoAAAANSUhEUgAAAHAAAABwCAYAAADG4PRLAAAKQ2lDQ1BJQ0MgcHJvZmlsZQAAeNqdU3dYk/cWPt/3ZQ9WQtjwsZdsgQAiI6wIyBBZohCSAGGEEBJAxYWIClYUFRGcSFXEgtUKSJ2I4qAouGdBiohai1VcOO4f3Ke1fXrv7e371/u855zn/M55zw+AERImkeaiagA5UoU8Otgfj09IxMm9gAIVSOAEIBDmy8JnBcUAAPADeXh+dLA//AGvbwACAHDVLiQSx+H/g7pQJlcAIJEA4CIS5wsBkFIAyC5UyBQAyBgAsFOzZAoAlAAAbHl8QiIAqg0A7PRJPgUA2KmT3BcA2KIcqQgAjQEAmShHJAJAuwBgVYFSLALAwgCgrEAiLgTArgGAWbYyRwKAvQUAdo5YkA9AYACAmUIszAAgOAIAQx4TzQMgTAOgMNK/4KlfcIW4SAEAwMuVzZdL0jMUuJXQGnfy8ODiIeLCbLFCYRcpEGYJ5CKcl5sjE0jnA0zODAAAGvnRwf44P5Dn5uTh5mbnbO/0xaL+a/BvIj4h8d/+vIwCBAAQTs/v2l/l5dYDcMcBsHW/a6lbANpWAGjf+V0z2wmgWgrQevmLeTj8QB6eoVDIPB0cCgsL7SViob0w44s+/zPhb+CLfvb8QB7+23rwAHGaQJmtwKOD/XFhbnauUo7nywRCMW735yP+x4V//Y4p0eI0sVwsFYrxWIm4UCJNx3m5UpFEIcmV4hLpfzLxH5b9CZN3DQCshk/ATrYHtctswH7uAQKLDljSdgBAfvMtjBoLkQAQZzQyefcAAJO/+Y9AKwEAzZek4wAAvOgYXKiUF0zGCAAARKCBKrBBBwzBFKzADpzBHbzAFwJhBkRADCTAPBBCBuSAHAqhGJZBGVTAOtgEtbADGqARmuEQtMExOA3n4BJcgetwFwZgGJ7CGLyGCQRByAgTYSE6iBFijtgizggXmY4EImFINJKApCDpiBRRIsXIcqQCqUJqkV1II/ItchQ5jVxA+pDbyCAyivyKvEcxlIGyUQPUAnVAuagfGorGoHPRdDQPXYCWomvRGrQePYC2oqfRS+h1dAB9io5jgNExDmaM2WFcjIdFYIlYGibHFmPlWDVWjzVjHVg3dhUbwJ5h7wgkAouAE+wIXoQQwmyCkJBHWExYQ6gl7CO0EroIVwmDhDHCJyKTqE+0JXoS+cR4YjqxkFhGrCbuIR4hniVeJw4TX5NIJA7JkuROCiElkDJJC0lrSNtILaRTpD7SEGmcTCbrkG3J3uQIsoCsIJeRt5APkE+S+8nD5LcUOsWI4kwJoiRSpJQSSjVlP+UEpZ8yQpmgqlHNqZ7UCKqIOp9aSW2gdlAvU4epEzR1miXNmxZDy6Qto9XQmmlnafdoL+l0ugndgx5Fl9CX0mvoB+nn6YP0dwwNhg2Dx0hiKBlrGXsZpxi3GS+ZTKYF05eZyFQw1zIbmWeYD5hvVVgq9ip8FZHKEpU6lVaVfpXnqlRVc1U/1XmqC1SrVQ+rXlZ9pkZVs1DjqQnUFqvVqR1Vu6k2rs5Sd1KPUM9RX6O+X/2C+mMNsoaFRqCGSKNUY7fGGY0hFsYyZfFYQtZyVgPrLGuYTWJbsvnsTHYF+xt2L3tMU0NzqmasZpFmneZxzQEOxrHg8DnZnErOIc4NznstAy0/LbHWaq1mrX6tN9p62r7aYu1y7Rbt69rvdXCdQJ0snfU6bTr3dQm6NrpRuoW623XP6j7TY+t56Qn1yvUO6d3RR/Vt9KP1F+rv1u/RHzcwNAg2kBlsMThj8MyQY+hrmGm40fCE4agRy2i6kcRoo9FJoye4Ju6HZ+M1eBc+ZqxvHGKsNN5l3Gs8YWJpMtukxKTF5L4pzZRrmma60bTTdMzMyCzcrNisyeyOOdWca55hvtm82/yNhaVFnMVKizaLx5balnzLBZZNlvesmFY+VnlW9VbXrEnWXOss623WV2xQG1ebDJs6m8u2qK2brcR2m23fFOIUjynSKfVTbtox7PzsCuya7AbtOfZh9iX2bfbPHcwcEh3WO3Q7fHJ0dcx2bHC866ThNMOpxKnD6VdnG2ehc53zNRemS5DLEpd2lxdTbaeKp26fesuV5RruutK10/Wjm7ub3K3ZbdTdzD3Ffav7TS6bG8ldwz3vQfTw91jicczjnaebp8LzkOcvXnZeWV77vR5Ps5wmntYwbcjbxFvgvct7YDo+PWX6zukDPsY+Ap96n4e+pr4i3z2+I37Wfpl+B/ye+zv6y/2P+L/hefIW8U4FYAHBAeUBvYEagbMDawMfBJkEpQc1BY0FuwYvDD4VQgwJDVkfcpNvwBfyG/ljM9xnLJrRFcoInRVaG/owzCZMHtYRjobPCN8Qfm+m+UzpzLYIiOBHbIi4H2kZmRf5fRQpKjKqLupRtFN0cXT3LNas5Fn7Z72O8Y+pjLk722q2cnZnrGpsUmxj7Ju4gLiquIF4h/hF8ZcSdBMkCe2J5MTYxD2J43MC52yaM5zkmlSWdGOu5dyiuRfm6c7Lnnc8WTVZkHw4hZgSl7I/5YMgQlAvGE/lp25NHRPyhJuFT0W+oo2iUbG3uEo8kuadVpX2ON07fUP6aIZPRnXGMwlPUit5kRmSuSPzTVZE1t6sz9lx2S05lJyUnKNSDWmWtCvXMLcot09mKyuTDeR55m3KG5OHyvfkI/lz89sVbIVM0aO0Uq5QDhZML6greFsYW3i4SL1IWtQz32b+6vkjC4IWfL2QsFC4sLPYuHhZ8eAiv0W7FiOLUxd3LjFdUrpkeGnw0n3LaMuylv1Q4lhSVfJqedzyjlKD0qWlQyuCVzSVqZTJy26u9Fq5YxVhlWRV72qX1VtWfyoXlV+scKyorviwRrjm4ldOX9V89Xlt2treSrfK7etI66Trbqz3Wb+vSr1qQdXQhvANrRvxjeUbX21K3nShemr1js20zcrNAzVhNe1bzLas2/KhNqP2ep1/XctW/a2rt77ZJtrWv913e/MOgx0VO97vlOy8tSt4V2u9RX31btLugt2PGmIbur/mft24R3dPxZ6Pe6V7B/ZF7+tqdG9s3K+/v7IJbVI2jR5IOnDlm4Bv2pvtmne1cFoqDsJB5cEn36Z8e+NQ6KHOw9zDzd+Zf7f1COtIeSvSOr91rC2jbaA9ob3v6IyjnR1eHUe+t/9+7zHjY3XHNY9XnqCdKD3x+eSCk+OnZKeenU4/PdSZ3Hn3TPyZa11RXb1nQ8+ePxd07ky3X/fJ897nj13wvHD0Ivdi2yW3S609rj1HfnD94UivW2/rZffL7Vc8rnT0Tes70e/Tf/pqwNVz1/jXLl2feb3vxuwbt24m3Ry4Jbr1+Hb27Rd3Cu5M3F16j3iv/L7a/eoH+g/qf7T+sWXAbeD4YMBgz8NZD+8OCYee/pT/04fh0kfMR9UjRiONj50fHxsNGr3yZM6T4aeypxPPyn5W/3nrc6vn3/3i+0vPWPzY8Av5i8+/rnmp83Lvq6mvOscjxx+8znk98ab8rc7bfe+477rfx70fmSj8QP5Q89H6Y8en0E/3Pud8/vwv94Tz+4A5JREAAAAZdEVYdFNvZnR3YXJlAEFkb2JlIEltYWdlUmVhZHlxyWU8AAADJmlUWHRYTUw6Y29tLmFkb2JlLnhtcAAAAAAAPD94cGFja2V0IGJlZ2luPSLvu78iIGlkPSJXNU0wTXBDZWhpSHpyZVN6TlRjemtjOWQiPz4gPHg6eG1wbWV0YSB4bWxuczp4PSJhZG9iZTpuczptZXRhLyIgeDp4bXB0az0iQWRvYmUgWE1QIENvcmUgNS42LWMxNDUgNzkuMTYzNDk5LCAyMDE4LzA4LzEzLTE2OjQwOjIyICAgICAgICAiPiA8cmRmOlJERiB4bWxuczpyZGY9Imh0dHA6Ly93d3cudzMub3JnLzE5OTkvMDIvMjItcmRmLXN5bnRheC1ucyMiPiA8cmRmOkRlc2NyaXB0aW9uIHJkZjphYm91dD0iIiB4bWxuczp4bXA9Imh0dHA6Ly9ucy5hZG9iZS5jb20veGFwLzEuMC8iIHhtbG5zOnhtcE1NPSJodHRwOi8vbnMuYWRvYmUuY29tL3hhcC8xLjAvbW0vIiB4bWxuczpzdFJlZj0iaHR0cDovL25zLmFkb2JlLmNvbS94YXAvMS4wL3NUeXBlL1Jlc291cmNlUmVmIyIgeG1wOkNyZWF0b3JUb29sPSJBZG9iZSBQaG90b3Nob3AgQ0MgMjAxOSAoV2luZG93cykiIHhtcE1NOkluc3RhbmNlSUQ9InhtcC5paWQ6QUM1QTE5NzI3NjZBMTFFQ0EwNjdCNzEwQkM3NzcxMUUiIHhtcE1NOkRvY3VtZW50SUQ9InhtcC5kaWQ6QUM1QTE5NzM3NjZBMTFFQ0EwNjdCNzEwQkM3NzcxMUUiPiA8eG1wTU06RGVyaXZlZEZyb20gc3RSZWY6aW5zdGFuY2VJRD0ieG1wLmlpZDpBQzVBMTk3MDc2NkExMUVDQTA2N0I3MTBCQzc3NzExRSIgc3RSZWY6ZG9jdW1lbnRJRD0ieG1wLmRpZDpBQzVBMTk3MTc2NkExMUVDQTA2N0I3MTBCQzc3NzExRSIvPiA8L3JkZjpEZXNjcmlwdGlvbj4gPC9yZGY6UkRGPiA8L3g6eG1wbWV0YT4gPD94cGFja2V0IGVuZD0iciI/PiscrbsAACzoSURBVHja7H0HfBzVtfd/tkir3VXvspolWS5ytzE22LTEQAwO8CBOAwIJhHRI8l56f8n7knyQvBAIhJCEFCAJhAAJzZgSDMa4F7nKalbvdSWttsx3zr2zu7PS7molr2wpX+7vdz3j1ezOzP3f0889V1FVFf9us7cZ/j0Es7sps/nhN6bDRIcs6nnUc6hnU0/RejL1JO1Si9Y91Ae0Yz/1Hurt1Fuon6Z+6uUu8fdZ0Zh7KrMAJCsdFlBfSH0e9bncFQVz6fnnxHoS0u820e/uo9M91N+gvpNAHfk3gBMDZdSAWkl9OQNGg1lBz1g49loTXVlaDJSVAIUEYQ7RXUYaYLcRmRGdWeLoGpMAA0bj2JcGvF4iQeouFzDoIDLsBTq6gaoaQm0/UFMvr9MAddL5Vjp9ivpfZxKFnlMACbBEOmygvp76Ohqo8+l5EnSUgMJ8YPUyQrJcnqenAtaE8aDEunV0AUdPAAcqCdADQFuH/5mG6Rkfp9OfEJBH/r8CkADje62mvpn6u6ifT11AwdSyhuhu3SpgPjHJrAwgwSJBnAlt+17io8RQd+4iAdrv//hv1L9GQB7/lwVQA40p7EMExjV0v1yhURA4Gy8GLlwj2WCSnZRhE+kbBhJ3btIrvMMzStZ4iZ2ebCCth9jtiZPAtldI62kRf2Jl6B7q3yUgh/5lACTgiOHhDgLtJrpHEX82l/59H9HeyqVAWioBZi2jPp9IjfijiZTG3n8CfW/SaM1IfQEuN7FVko1uj5SPh4i9Pve8pEh6z5P02RYC8eCsBpCAY5l2F73QtfTbhlxS8D/yAcke7YmkWVgr6IT0EzuhaCRqGyUNvof0g7636WncM15tbx+yYE9bJrpMOeg1ZqBVzcbhQ14M//aPZFB7R+mdbyIQ/zLrACTgLqHDd6hfzHJrE0m4919H2mEW/cdG2n/SBUAiAaeY5ReYTXY8SzxpJzOocw6Mh0Rxs5KHRmIcTcocMgpzxbGZzEv+vImslRYlF33CtBzfKlpfRs5XPwhDTxf/91ME4gOzAkACrpQO91LfxJrhLURt17yHZJyV9PnkC8mcJkFnzgh8wd0HdL9A7HL7WaW4AVJ4TyuFZKkXol4pEp3PfZ8xWB6cmWqb7ziOBV+6HEpTA//3kwTigzMWQAKO+CG+TtT2FfqNuCVEZJ+5jeRcCcmytI0EHuktBotOCyCwerZJ8KZBxvHgNygFqEEJahTZq2luVSul4rwHqWdlomQN12HZF0mKNDcyW7mWQPz7jAOQwCsn4P5M312emgyVgFM2XEDyLJ1IL5U4qRIX/IVBkuvtJBZcnWf0sE7Eo0qZJzqDI0BigAg0pigXzDNCThYMHMH8T66DwTHgoDFaRiBWzxgACbwPE3gP0fesV15GauZHFNhyiVVmXi+VkiC1jeRB26OAI3p710uqAFNSFebhuLJAgHVCmY8TmC/YnXeW+N5X1D+JjLu28AjvZicFgeiZLgBNkwDve3T4Zlwc1Ls+Tpb4uzKB3FvIDCgbf3HvG6SkPEmIOEP+1hCsAqBKZbEAiKSHn7pGYJnR4NgxiDy1GRmeVtgdLUh3tyLV04EUdyeSPV1Ic7chmc53LDXgyEHPefSVT2t6wrQ0JQrg+Jr7WLtKT4X6f74BpXjx+UD2h4LlnBBGg2Th/paornIcUEeVRTiKReK8TinGTPOjkxkggMknXbRIrUcBGlCgNiAHreLzbLRhjtpEbzTkN+4PnpLHUK2X9LWf/q/wtw4SoZQTFbacExZKAP6YDv81Jxf40bcNyFp4A8m6dwX/EP1Mt7MfbzVXYrenFIewFIeVJTMKqGQyAuaqtUHgsA7qO+aqLcSOJqcZVzcTUIPh/76DrKS/SzXmEQLw1rMOIIH3KTrcn5cN/OQHcUhb9DG47avRjTR0KhnoQjq6lHS84UjB/a1xGD2HwX0jiZlC9TTmohYlao3opIf6z9PoqWPdOonK6tsiaMck+e4hKuzpFjJwAYF46qzJQAJvLSksPzPk5all39+ivLzogzDayoRKrsd9P83Ah1rPjjmegGHMU6tQrp5kgwGlqgYQnTN4k6Ugod2OyuhDF/ceUph15/z5wAAQF08Sg0Q+m0sXXyDPuSXZJphUZFq+m5jVE08II/Mb1G85KzKQg6gE3iGvwVza9sgbWDdvLVbZQ7CQYaJMYiNuNZYPpAo2V46TmK+eEGAtUI+L/zO7479HrdXSrOokwmtrJ2A6ZViIOwMjQOuW8cBJyUpShK+4FLj9Jhl/ZP/osHNiKuztgYcIpiCWsjASBX6L/lZq/Oo3kVUQGrwRGpyH26YOHsukheoxAZAAiXRRPjKFWSYRAO8nCmmh52gmLtBCQLW0yv/7gPLGmDXw773wCrDvEPA/X6f3sEUGkKnwovXAM88KKiT9Hd+dVgok6isk6jullJWb9/70ML5VFIf4EHT6IrGYv3VNfAMbHAKoCvUIlqqHsEhlXfSoYHlRu8KITTc2y95E87ehOQDa0BlGnlRTnOzm+OCjdg6jmS4iC3RkEMa+dhj7Aw6JtFTgx9+hiTIY+R5DpLj+kFRBtxutnGFAVOiaTgr8Gn1uHrzze7g0JTR4PKlf6wv+zEzPxOAsUQ8LsBgkPi9W66JiezyzGZT6BuA0AdTQpIHVJAGcmm1ghJcBMVskMPpzDaRoo8Yee5rohpRexDUdh+Jxo5sm8QO/Aba8P7w5wc1qBVatAnbuFIlXV1KPmYvNNIb6Mul9bjUuWoQ9BVuwJTH0l2po2i9z7cIKdT+WqwdEZ/DMUUwsBoqBqT0twapvlCBxd0/BXyHAiEsgoAiYOIsEyHc0RuenUEed8A72QyWBxR1eDvox/zNAod83JFhFZ7C9thSMFlQgvv6QCAzuPQisIbO4sCjyPZYvEwBy+/C0AUjtRnZOO2/8JOZbFSQYIeRRFtqRoXYiA51IV7uQ2HMvjfbOCX+8h6i0tl6CVVMfAM3lmiJI1FXRLfLcHJu8C4XUTCXBBi+Hg/SJzh4vAToMz8iwANiYkk7XxsGbkAh32hyYuhrFZc+9AHzijsiPUlhA8jKFZHYfNhOh2ImNDk4HgO/nf87PbcK1lp9hkTdTuI6CR5Nmp+NwSLD206Q8cUoCxb2vfzKjaIA3XgLkjbfS0eoHTah+0+2JIQpTSONwd7YHg+h7bZp17s42mNIzocRb4E7Ph7GnFYrXjdM0KY8dA4hxhX89AnfVSuDVV0Wa5Cbqf4kpgDQr0uiwpmwuaVe2H5LR9X1heY1rwzU0MwO6NysSv3kMePOdKDU+ZkMMjsXmB0oe43Gu84yZEo1pGfB0dYTTGuDu7oQpK5fYqwmetDyYOqUy9urrkQHkNr9cAIhpAZDaZfwOK5ZA+jjjMsOoVIHowlZ66J89FJ4lMuvzxtugEkBeCx9tkqKUmZtPbLAQF0hMgnegP6wQ9/b3wpiaTmyUAOxuEjKziQ51JCaKI8jC/DlEEvT6IyPYRARjIDbqjSWAwsG5ioQt4ueE/4bjqOT7L0vw9BaJJzGVhHyqBM1CVGUwYSY3L2mhPKGMziHSKgOz0JiYDJXknhpmZnqHHTDYk0j1NsOdkk0gNkvf547IALIkqCAq3bMXTB2cwLwnlgAuF2TO0SFzGOrzkIHtbMDJauDnD+teiIT6aN58oVzM9KaSadG+8j1oPe9qDOYvpP8bhJ1nb6lG9p7nkLPrGWEiGJJSIrBSeucBosK0TLhT8/wAHqG53Ue6QHJy+PuXlQkAuV0SCwANmvxTiKstYR+fjUWsKUwKwkiVeNn7fh2Qd15rMpxFS2cFeC6y4w7dcT+qrv8yBgorJHiaAjWYNw/V770LBz7zMJzJmYKVKvHx4al3mCjU7RLvzfahz0TatTvyM+QX+E83xITla0deKGIr8ZG/OSWM/KvCsZPA8aqAoTw6Z/6Mlmn+ASeTo/JjPxHARWqOnFIcvv3ncJPMZlYa8TcH5TIJT1qu/7N9+0Mqsf7GywOSksSQbdBirTEBUECXl+P71B4WwJ17A/9l/i+8GbOgNVxyowAnmjaSPgenN94uzAXFHP79vEMOQXYeMu5949DbK5WZSI3ZKIHMbG5+rADkTGpkpvukeAjzgbPJRuoC1Mcf2Sef7eUhpaG3bDXJoSvRufhiGqz86Zd7RjNa1l47qe+0rtksqNZgT4zkjCQQB6UCl5zl//jw4QnYaH6w3hELJUb8ZEa636oNMS3rhBe0Rje7vPH2qG/ktiah7vLb0b7qKtL+gjPI7I3HMPf5+5FcOz2Z6Y7suXT/5ElrqAMFi5A8uheevu6wzk7v0JDQSD2J6X7PTCVZWpuvDi9ZsgNYr6D+p1hQoMi+TU7yW7QhDPha4bz1eVekM9gcJUvKx/7P/gat5187DjxurA0e/vh9aL7wfdMCoDMle2rfS84QKLBCE5YIXaPC3GBNXEQvIIPAzc3hf1cH4MpYsVARW7YlBNxa41GoRV2D7sHjrdErD7feHdUg1lz9OXQvvDDmAJqGp7Ym0+iUsSr2k0Z8x2HpmfLoRMrJqvDX2+jnEqUiszCmAEaYaALA1nbdQ8clRHWDpg0fEEpBtK1m853CVotls7VI82dK3+NBio/sNFeHtUw1WwDAqgmyX3hVMS8RJ03UFgsAhaQ2h3OccJKuux/tHcFusmha2+pNk3qgkdRc9JWsiC0FjjiQfmzHpL6TXHsAlp5WjSMpwk8aFkC3W3SvTs42Nsp0inAtK+ArmRcLACM3kn/c2jv1AE5suLPiwoBMtg0ULESsW9FLD8Lgii5Vgz0xc//x8zE+0sjvqzpHRPyR3Yhizrsiy8HMaQVwLLtx1ocAcGIKdEcpJ8eZGpbEmANoba/Hgse+TSA6JwSv/Invw958Mvhzc2R7l4PC0jMVePbGpvDXJyUFrIpYAKiOeZoxfE2GTPp0ukA0Gqh5aCCyWyJMi+vvxHS0tOM7sOwXdyC5Zl/oQa0/jGUPfgqZB18ZDywDqEwMoKozrVpapx9An9QTGS7OUb9aNYYCpfo5qI/tRhFpMDodsJMiMJhXPqmHSuJ0hWlqttZqLPnVnUKxGiiogMuWQlpqPxIbjiKhI0KilcEAhSZtuAiFSpQrDHtLQCdpjQCg3R5bAIV1N+zDzTMcrMBoAdwRp967EV2oKHfHk6i64WtRPxAPpL1x+gs/WLqaRJ9MU0ymsAAyD1O9HqLAgHbeFSFrzx7AOScWLFQCOOKXyOOoj9voFJLhsve9hJSq3dE9DCkZZU/9CDO2GScQG16viIH6JjenE46OhvkpzjeSakRazAD057DoKXAkAKBv8k0qUEsK0cJHvzkhiKahPlQ88iVicTUzFj+mwIkAHKuhcxWosKaKNObTY8FChcLb2x9CBjrHywVlkkYxy8LFv/0i2ldcieZ11wnXmV/RGewmpWEb8v/5GOIGujCj2wTJVSoBqIxR8BwRUve5lAA6z4wCfQCKNTZdvgU8noFxGig3jm86nZiSV4MFfNa+F0TniIQrMQ2KexTxfR2YLU2ZqMaXT+PW6QdDEcr/2K3iK/FnNKd8Hq8gcndrpMgLNt0BHmAyhnjYqYiS0WGhQMwm8HwemQkQ1BS8AAU6I5idPpfzxnQknCmAQtD5fZ2e/nHUN0ZzEvmQ/25ROCUiuNNsAVEZf0YAcglFmlxdza1jKFCngY4FEJ5ZCiC96GhSpoiSxFoG+t0humiOyzW9r2PSccQTnd24gG9oVno0ABuDLk7Vpcqw/FLjEmY0Vi57qgjmDuWUYYiOjpwScWQZbHb0YsXPbpmc4uT1zrh31OvFpwjEC5gKiwrcshyWM9jQzdQpvMoEPsWzyqbibQRMMYFFABFIEqhSuGzho/DsgXHklsYWQJ+M1Cl5lvizB6BIueaUiSJOfXMSkqPBvqCMIADPflVBVg6GsooInBI/NfHRmTI5Z0Z8byvSju1ASvW+yd3f44kKQEUnXiJkJiIWGwboARQJKbwo5VJhwBySC1l0rSBPJw6c01wek+RIz7zzRGiJAWOwhjMKA7mcUTRmk9a2GthaquWxrZaOtSITe0oTyDU6wSNrz+YNjFtchCCGI2Buj8QCQOFBrvUlLfW9Ne7iQp3bVRmd3qKsDZfejPqNH4vSUTAEa3ud8OIwUNbWanHOAMaUA4w6o1Jy9OIlKUIu1dCIIFrP1s4YAMiL7y/PQPuJasiUmxBVlpgC2ZZlTmIYGZIygZ6AZ2akiPVU2mjieAcFsyZrRz0BxNRUI6iJwbL0tsWGH03APieiQGipIIo7MHYpEQAckbANxoqF8hi83duHa9gezMkKwZLIPuXlZydOSZ2Z1417rUlkNvbBlJEV0wEr3PYbmIYHBRv3sT4O9yheD85FE1nYamT5Jzw19HyK2+WXf5EC+YMyXNoZMwCpvU39Gk6fzwmDx8J5PgBpwg33CwDFCzoGYbDZYzZgzP6Ktj40I7RcTpfwOiKvVlXMZk03CDg/s7IiG/hagPyM3FGGEADiyInwX6hYoJM9g9Je5HwRT3+vDGr+CzV1dBSe3m64u9oxUZ0GnwgxjAQAzIuQDqRzcjfFkgJ3s6PiYCXC6k68fpC1ZRY5TIGCZVisNJ164enpIlaaPXsRo3fxEmhibaCTVx9Fz659yb8sVnwtNwKAuvSUlphRICkyvLHFW1w5ojuMAsfutEXzA0LT6OgRcTJe/K86nYISZw2FcSrgkENSWXsLXC1NYk0gi4PJgKdPOzQ4AvVXCgvCf6W3J+BAiSUL5SYyevZFSEs5f5WOjfZJGWzQspd5aTIPwMwDyyUyqD3EKbiQgaulEe62ZsE1BGBn4LQUC2AYRNeI38HBtWFyIvgXugO196piDeBWwUv3h//SpRfq5WC3iEwYODqpeSJ4MYhctXMOgCI5LJQOUvEEZXW0wdXcQGC1wNPdJevB0N9j5dc0JCT41xEaBwKolJREjj41BxjnGSUAhcoR2Es3biMAs5mLmELEMHklLyszR45Lvx9ToTs1R4AoqI/ko6enW7AoY1LKNMgqr8yG5nXtWla0WC3L6rv3LNW8VJjykun9kjXW2Qtze53/zwsmWPlXVycA7iMpVBtTALlywsZ0PDvowO1HjgHLFof+IlfsO6LNHVNPswTQniQpTxtDZqc823mGKpYoIxf0RkKbZcNZbDOmVU/yaEDx385xVIAXfhqTU6XpwHXJOhtg6myA78VZeeHKTOEaF+jrl1bJbhpvNdYUyO1Z6re/8XZ4AC9dD/zqD7KOmeIcEjOQy1BJKnQEqeJuLhZgUEReJfs4FYPiw0p67r0iJ08CNYO3hFXIXDLSJGUAfeKDqU7R+VYzMoCP3BR5h7WGQJx85xmz8DCfv8zk/cbO8PXL4snQ2PRuneHdKYO/xsSU0MyfQGIwhXwaHpZFAoS67pRr7NzumQme0SA4iyk7F6b0LEl9A12IrzuIuIajQeDNJ7b5yU9ErlIhhF7Azn55WgAksuZND5/gNMP9EZYLX7cJiNPSPwxDfaLz1DMmJs1uC54XdSZYRdUmc/YcYpcpYqC4qI+leg/iGo+RDRww5HiZyPuuB265We5vGKlxcvTBQ+IWHKt7c7ookNvjAszXw1/A9TKv2qijQk2I84z1uZZmTTMYBPsXoOXmiyN7mJhNMmCWU7tgbquFMhoIHCjEJuPyjEhZHo+VUa61PXhQplkQgfwu1pWaxrbXaZbUv/kOithrkBxmwRBvcsUVbHlm8azkoqi84F+UouLCcTMwDSFgfMeJxZuiGoUvmsJa9WCXKOwqXIUhnOdsMXlSTDBnGQWII3RJR7+CzKTIIoCztF97XdzaTQDeH5N5N/YD0kDjfdoo3eQhFk1bX4tAhSTytlyrp8JaYRfyah5TFpsW1pmxVzYvTiFNmNV+jpwwlbHbz0AaslH1CPYY13AECSd2EsUdl5V5deCxWOdidTd+CPjKl4DEQgmer7X1TRxofmuHrOTE40rj2zCZx+c9hqmbQ1gz/gtup8MPIAsesBn/E+qv0oM3kN1n/O294TUrXjPx8c+TcaqV4PckZWCUVyRp2Vli0QcrLcR+hCLjdk8vUEYTTSCT1HppIvFRnxYvtGbmFkP9pD33iAStMEQqSoIsIU182dKgJWH42y4zjjUFQLu0wo115eHdb7zj530PCALv0jYC6Y4GNMgCsRzZXge5ZS3XO/wsb/3q3zeCLryKDv/gJzbFJ8A94tesmPbYa/cfX7sLuOTCIKVSfNmncO4+AHz9BzpzzhRHbCYbnsSMoCVXfluPZ7dmPsj/e312hXYNoMvT0001RbI/RR5F50g4A8cTZowGzK4tDj4rTodwvjNwSoSoCX+9qJBAWwIsrggGTd/ePmnEa0cCk2JNmQfvXhL6d7mu9y8e8K9WuoEG/69RgLeWDr+mLopYGjUW75FZAfxLS7d2qs2+J/g0P/nnfvkEjKR9DXS24fXHHsap3W9xeozIbPrLM8EA8pakx+oBO2ldVjKLykolK/3L09pA0Kw2aQauWHqckCTLTsbLQq6yfrXZzwSmymVFlUECRCHKlr5IJwz0ksooAcZVJqIIAKemyupJ5fOA0hJZEnKiNlbehXObsdx79DE/ePdGCd6XNW5oLD9/A9ZddyMSSRwl02x65Y8PYefTj3N62R3Uv23S7l5uI3kwQhTx8tNP02Q2oPCiTciaW463n3gkh0jVeaoW8Tt2Axecp8k6k9yLvc8hO7cV9DdeHf3SS3KvhsAgu4U2h8HucRxcLMUi3iyOJFRUxRAygVZE4sUm8G55LiLfbmAKjgxen15YKKMFpTTx0qewvGRsQQhbvBrSZHj8T0CNXHDFdbK/MAFw/n2qeBPN9Td+QhQQenPvftIFvSgoKMCyy97DAPLlFXotNMucYEertqSUL66rq4eF0Fhy5fU49MKTgn5//SiwdpXGsehWVvp0aEzqzMIFsnMZ4kNk7xwjo7U7bOqlqlGQa1r0HH5OToXMypZlPVieMWgJMchHHpthmJEYDCBvfvUYUV5Dox+8G6LYho53iPuUNTkVy6+/FbU9Dni7AvZmc3Mz1qz2h4JEjqBJ7MapqolxVjvZJ8EhlZGREYzaM2DLL4GjsUZUln/x1YAHJjVxPIC+xgPFfcU6Ax55xQyPwwvviCp6ns0Dro3DbrjhM0hu45wTXqrMJTL5mJIik4iYJbJLiynNaMS0tM6BwJTjyZyfHjCXjh0HnnhS6G180e/ZLUngjU5AfVym6huKwYjsC65AS99giEnjgSUw+7J9FChKSRhISzOFWMDI1Jix8iKMdLbCQ8rAQ/Q4a1dL8yGDBqu5K7IHzGwiKqOfNSUb4NtD+CNXeZAQF5jJvIKHu5alJViP/jc5t9JokElf7MLjRCH+zHAO94Ns6g7cvCTbC4tZbuPz8jZg1y4hE5ka7oxmL10Cj6tFihK6GasuJkSSwnAU9iP7Z2R6sCGv8KCEzqQwkCqesWI92t7eKjSqu8kE/cHXZKiJQeyIEIS3xYeJxWiyiymETUWrFbOmjZLorWoNALiy2IOdBNqLLwrXLr/cPpqAHyPwDkT5kyz3kuxF5bAXloW9aAw+Q+MMeXME95c1rxiWTJnkseeAlIfcctIiBy5ZuCfEBZPo4Ahmddt1yiic/PzeBXYPnvi9V33mGaFxMt+7k62KaMHTtnC/2kjmW/qyCyYQGfFiux3fPPIByDf1su0XHx85OTdlgb8E1hCbFX8ikyGOaDh7grKhuanBAPYNKbMWvF569gN1RuTEeeA6Pqoefd3N1QlZkv+IxraEgLt3knvmfkfoE4tWCU4XqVlIdnjdfj1FaA8mupl7Y4bS6hzsz0tMjFwhKSErH+bEFLgGeo00+3p+8yhSOTD50Q+TptkvWUuoVpbjRU1bgNhr2w3is9nUuITk0WPAgSMk/6pHhQTQIgoPEHAP0DhOOkGXqG89HS42JthgL14w4fXJycnoD2RD1QRkoKrWOXu6c5OSkhT2cKgRtJKk0sXoOvBmPF3yN7p0/ZN/Rz7ZiPjM7eF38arI9+LVykBs8WSLAe9aIrW3mdrYMdTaBlSfAjgzof40NNBUDx3J0sXveAymuhMZ79FIh18Kzla+NLAwJhIHJDW7u6UpBIA0uVzO4Qvco06kp6ejszP8ZEosno++qkNwO/o/QC/wRyawA5VY+9mvQL3uvVAqFo/XDlkGrpzrEbLDx0KPNhqxuMAzYwBjLbi9nairmTgETcgTVSL2rGheFheB9jqdPs1xUgJtytnUvOEHHa6j/t9sNselZCCxpCKq7+bl5eHAy/59syr1AO4gqrutqfokcnNzIwLI+f9sp7Ruf47Nihv53am/SSbA6sf+DEsW2YmXXgYsWhC8tGrDQrdw/g4MS7J7tdKIUlK/xyo4Z6NxQSN+Ra5l1tQoN+Rqawt26hBoPMO3cSfQthJo/WdyTwKOs7t4A0jel1gUmY9Py6KxvDIq6ksl49ZOxm71Xn/ZzDf8Lkj6cS5mduLC938UK664Bs8999zELGZ0BN0nDmHg9Aky3IQ8ZZcBa16sShnJLFBXrSSKrJAeELbj2Hb643azcMFxYwBvWOsSf5sOFsjJQ5x/yeVTOjskSLxHYX/fOAe2i0DiCMzbWn+LAGuMxXNoFOeL9KTzkJtIl0grLoc1f650wEfRVq1ahYLcbPz0o9cJkUfPN9e/AST95yTd6GTla8/Pu+R9NykkC9HfH3nCGeIsyFiyBq60OXD2tEM9tS+RrHLezOLP1BuGh/HR7W8ijTpTolpeDmVukRfrilzY3WCGkxSealJsnnrHjGvXuGCepMeE3aDsyeECfANalhfL907eH7dTHkP5sUUUQ9YS+6U24fbTOByJ1a6aY8DL08ZjvUjTKKqAJzkTOUXFEU22sc1IXK+0tBR7X3rW5+F43Pc3vevlD33trf99+sQRlJWVYd++6JYf5xBfPsXVbBauh/l0JdT+Lt7C7vd0HzYaeUOt61wubKysxNxKwbW9gusazAqSaD52Dip4ollBmkUV9XEscVqdHDWwgpWdByyjGKz+QVkSbGQk4hvLDSGtFhkB4eiHdrTU7ue0CCcBdud0smkCjy1ylptzlJQsuPIXwEWsZ+6c/EmBJzw9JSXEpQzY9czj0Bj9w6EAZIXku7ue/bPhms9/CwcOHBButAnDOTSzMjIy0NLSAk9BBRJaq+DtarmZ/nSYBuluOr6ovRCvFOBYBu+VsMDrUsv62pDf26pmTsaHTLfr1tbUsYucS4Qxq+M02qtcWUXwpOQEFdoZ5z43GFluJE0zeLk+8AyFCzFkz4BK4LEWmTBJTzqP76JFi3Dg9ZfQL/dyYiWqRu/T0t/4EXZV3vp/f4WGjm5UV1dHyc7cOHlSVrjlmRJfQ1xpeIA9BfPGpg4I5znACwl5ENk7yjGmEe3ct8DQoJEqszUOVjEz7Nc+40zVNM0X6BMgNzCA7vQ5It4YMQzU2ehbHv5JBNamq9qE4Gc5Ss/cGwYYXmS+mYmC/RPa88ZrzzGsPSO/9xXU8w2FC+CwZfi/X1RUBJttcjXOmXUuXbQQv/j0hzDiGORxWMzReGn9qfo6MWrKL7/1xd/99Rc/vWnbb+8zXPOf340aQL0T3MP765UuV5TK7fxiv6OX5tQ5rm5XRpOpSNtyZqwSUUmf30oPtifEoPGOhuypv5r6MkTIpDNNrv7nA+GIlO5ZqYWAnqJn2qs9x830nA9zInY0P24gWTdkzwzyyhsnGRrh65cuXYrn7vshg8cf/dQHXhAFEni+QOLzt5w375bm2lM3bLztLowmZuD06Ym3Cx8iGVjHyf56H2h7DbHS4KrfIoJBEzIhXsbkOAzEizyOVQkQW+hd52ozmFntf2jAlfhQjk/NFN1osYroyRk5pBUTXPqymWK9xSi8vZ1wt52GGihUwGUf/sGaJD1C3GWXAAUkDBKJ9ny7EcwvkKmCHI1gRz/vYe9dfBGcnmARlJ2dLezsaNvixYsxVH8crzzyCxGlor6aABzSEV0QgF8gfnsPzTRmbYeNRlPhe7/8Pzh4sjq8Z4Y+d/Z1o7nmJFyOARkp1/JNTGwbdDZh9QrgJmJw80qYUsmUIOnVOiYw/9ST/tVQfxIam1aGmO2jhOx8WPPmwpZXTJpvbAspDJJW1E12RihZH6eoUHvb4Wo4KRZ7ClWe6P+GLWO8IwRkKemaDhrW57fJ5Qaw2ORWP/y7BhkHE7LXHI/swmLYM3Oj8nsuzM/CUz/+Jo8zg3Y+gVcZPPzBAH6KALxfYxdsy/3TlppmKrtiC/pdXt2XvBhqrhcB3uHW03rnatjGhYMeukfOVp6UDe00eKxZal99+SUy7N/wOQpMsOYUwDanBAl0nOhFz7Sx/GbHxUgEtdbkGobr0HbMLSZL/HaNmyRSp6mebJMa8se/KG3MaJvZniwnZ24RErLmjAvpZJi82PfXR4ge3Dz41xJ4fx9PP2qQFuqXTXTxDgLxM46e7gcP//0x1bb8IsWenAoXsZbeY3vh1tb+8djyegDO4srMkGWlfGyFx4MTet7ZI9cCMFvhwglMmMXawscq0h/7hwLF1tOWrEVS6SIB4tlqLL9zcnKE3dvT0xOS27jNcift5mavEGki3TAzkBdzolqCxxP1Qpr6CRaZLcDxUibCYQKY5zk7FDhXiNNN2tr74BrsQ3/1ESESksoWw1pYjhGXG0NNtag9+o7P5ro5FHhBZgRRHj23mk7dQOdeDcRfEohzvI7+bw4e+Cf6VQOUoT7x8Jxyt3q13C82bgKRzgAxgGy7ja18wdls/Hdflp+NPRPGc7PvLjsvWMXv6OigiRci+yHeBufwgKhqnJocTDC+OqslZPktWRrd/Xg82Oe6/wBN5Koh9FTuQs9xslHT86C2iWpLPCo3EQ4RdzfTjxZLJs6zaNFR4reED29o4LMkEkTq3aZNpD9Poo6BTdPq+wdD2TiaLHL4/n8OcyQgA9rsC+7t7UVf3xh/GxdyIAB7uiWAnFbpW/zqqzVun4SFwPWyeQ0hd/YavU5W4959Lh94rEFtpPHfPiEH0Z3zYvsCjK+acITZxiaybC5cL2Uys0FmH6IbJRXyuVH7G8u5li4p43yFbiIV//YlaitTlHfM9DpAigNZGFlkNprOYM0IG87sOLZarYIa3drDKQl2qD1tgg2WkK48Miq1aW4dWtad3sTLSpE5sz65z51B55Aad985Hzlz7obr2d8pM9loQvNARLV5xthqhWyv7RpzjfCUbH43MFfbYzeaOB4HeBlAX4xYnyfqB07zVQ4MSnI0mCa/oslBZtlWlBGAktQTCMYraC5mIbjaOMukdetkphrhgr17pQ81XOPsBA7fdHV1wcELVhPki7SwZUQD7RiRWXncmlp8EQOdyZQUVJE3suNdlebiqnLgre1i5bOi6SR9kwGQN4i/mjVSlol6e9LH7kIB56E/n1DmY7+ygoatDKeVQjQoBaifk4MBJQnqPGDRfeVobR8ND6CDt2SImwJ4cSTdy9Gvq1g8TK/0POYJEHO1MmQ8iT7/eWCObhe895GF+cILpPo/H34BFWeBZWq7VDmcEq1GLUahT6dsbJEDdOclx+A2WmBWncgy9mKO0kLPQF1tQTHqUKEewQL1OPGK4MklxlXx3XOSSpiOdbgJPAaRxbB+L1QxC/QpowzSM8o1eMlwBbYrG2gAQ7gWdXgsKy9DfePRcZe4NNbJE9wwycqoocDzG+k0qV4gEK8kEOcnDuALX+Bg6Fjtk7jKZrJPaYI9+GDk/FS2yRy8IwspWE0tbpEKyY52phpe2HOaQSX7rsESqGzA7o9Qm8QbiL0zkGvVnbhEfR2Xe7ciQ5eNoVudHlXG7Fi8OYC5UbMLgwBsHbTh14aPYZ3pbRSZ6vE54714TrkqNHhjZ0nFQhE0HauhM4vlHFBR/TDeEhPw/NRNr/YicQRTjlW/1du4tmABBMCRfMz+6IE1SYSoeB9FZntsy9bUSQqOOy+6/Yy99FyHlSX4leF2fNj4KLLM7Vhj2oV7DF8UnEvTFdRo2Oc4AIkKBzXqW6/7WJTB+Gr+73Cb8WHsVNZOmtU5y5cJW69R51nzCXXfjGNbKFbg6UG8p2o+vnOfNWLxcV4ncdtt4dMj/fmYWgnnJu09eE3Ica3O0lDF+VNUwBTsVs7DfxrvRrGpDp1O4c+vJw10ZCoUyI0rNa0gKvQt+RChi6TWE1PW7DoKZD7/yepg6hOADPoAnDjMwvItWvD0IP74+Hz84IGEiBnkixcDl1wSXhayY1nRADxdH7BxK4/J85bCC87YjMkbrYNR1lo7Fu13DCHUaBbp7NHbwoY9y2iamYOG45WTfiC7tw+bev+AGzvvllqSbk/FYWewDWhKmNiIOkAqAYOXRlAWo3dSIN59pAx79kS+jmViuFirYKN2WbSoWovGccXdg0ekAnJH9/dwffeDyHXVTxnAwo69vtOo998zhbGFegg8Tp3bTKT8DBnzb428tv1yfDDyIiLWrtapb2O9900hoDMb3sLwkFu84Ds0eQ/p9BiHxiB6NRxM1ol37ezSNjjZjBMEo4cUlTI0aAsu2Gxoj7CfMLPeyioTzjsv/OJOtuN4udnx46EBHDERKyV7sLt7UMgqLtjKeTdcVmvD6DZsaNkmrOjk0mLsMF+EXcoa7FFW46CyjPjhxDI+Y/+LPs3ljTMCUAOxlkC0UL/g8gzlLVN74xUFo9VoiCuV8hxDWKoewnL1gOir1T1Yph6kHwwMUCNxOm2DZzEwnKXBy654BZEvXcK3X1M0AKbT6zUjUYCWSZD0aoNSRPI+iYYoEoBGUh+SrROnMYbLbfYrMrzV+PAgakl56dKUx3LdLricElJmrEOZtw43i4VJzAFMOKoswgFlOY4rC8heWyT+X6OUCDPMz5X+8YLYl4RY/T/PGEANxGMEYPmG995Qv/3ZJ7Hlzc/gsosMZO0fQ5FaL1TiiCyUCKZNSySeVyYB/PgXZLXDiy6TNo8vg9Fsn1ibXU7Tu57Ae1WEDREE3mFE9u+tNTVj3fmRUxhZm6ypiQygkpQBtaMBp05pqYiQxQ/8PlVrqEF2i8nOPciMghl1SjGqUYodtZnY2drC6uc24nqOmACogXiytb52dMdzTw30P/1i4qYNk5CBOr2kuDjgdXnpNXpRUpG4tgoHdI2k5UWjhbKXZTNO+hWZaMFbaWjFTz7SFrEAK7fHHgu/66afAunBOU5ZWekVmm1qWnBZycRJrLIyE4Tz1CqyWKuw8wn/x49PRm5GZffnFM2tM5ri/lFH1mnd6eh/nJ29Fk0DZ7aZTePsUzYZOJEWSDLEnJgavXOczHQGsQIdUYP3wK1NWLNmYvC2b48cdhIpiRycTUzzmyUrlgU75xOnsEyuk8TIO3vF91kFfXoy3/1/AgwAGIZoMPFgT5YAAAAASUVORK5CYII=') - - e_happy = ('Happy', - 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') - - e_clap = ('Clap', - b'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') - - e_idea = ('Idea', - 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') - - e_joy = ('Joy', - 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') - - e_laugh = ('Laugh', - 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') - - e_love = ('Love', - 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') - - e_no_hear = ('No Hear', - b'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') - - e_no_see = ('No See', - 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fSy7ZIBC18pNpAtZpqDdUSqmUEtPcKgKMDK44O11K9ihp5JVdFQVK37iflb0+Fmp8HZGdCSk0GEuK1qqPPjEaqhqgImrTzQyEgHNb+1+kjMSQ5DAZJJAkapwtobQcqq6HU1EGi933ahr5fQ+fvp5eHqb5LtYhAjVwBsC9oLFG3E1hb6LiGJElvIBCWLICyainkmflABsmgjRSkwcioUJWM0UpCp3QQSoQCxj++y0PEAQaXFG5dI4lhGbD3IJTySsj8GQHqIUD/Qqe+QHX7xZJQ6RIAjVoft1GDPEINsobAA4Gl3rQJ0pyZQGIimTLTFLJi+drRlEmiRVUmsxYh89VxHPAeo2MxATjx5oyltpkU7bFTwJ9eI2mthcxqmEB9kT5+koDc84EAkIBjYvEQAfdv1ChpKUlQbr0R8ub1QKoQs0VA3DzASihKhl6iQXrQQ4C5D5IePE3vL54WY0msJCv5yg7gr7uhBEMCzGP0/28SkH/+uwWQwLuXgHucgMsktajesQXS1VfFQ5e8iozYGsCce+GXfBVkqHaTtBWRGAQuOZvtJe39OinUl3dAaWsnDSvjED3fwwTk4b8bANnGUQ99mnroDblZUD99L6TVawms5E0E3HK6G32/Lk5GyEW8wUmcIVB7WTDlOgeB+Cbw1k6SyICQ0h/Rv78xUe6KNIng3UTg/Z5q/D23Q7rrTjt09i0acP0L2zYXgdZGXTriuaz8MlarpaRWHeSMvPY6cPy4cFVO0v+3EIiVlyWABN6D9BBPpaVA/daXdXLB8huBlJuIiAwgcW27qO4kNdk5vNoifz0M/eCfSwN/blb9MA8hEBb4yPsfu5r20K2XRRXG8ZNEU18ABz44SaXeSCAevKwAJPC+QIcnktcvx9YHF6Cw4BYYiUkGiXxyjZDPzY1c0enHXxyNaAiZ0EEuYAiGboBUuk2XlCiux9/x9RlYmdgSDw9kKHSXEcSrnj4AW9EpniJJdYr3/H8+n48hlxv6gBtxETcCzU4ceeawgrraTgJyI4F44LIAkMD7GB22GbfcisqHX8QnM/WI6zdGEiGV82IrsThnLLy3S7ekBuqw6MvXqYaacpbElQRi+SUNIIG3gNTmIcPVa41nvvY36Qs5ehj6/VqYEPslOcnHO/CBKFmd5Zj78CpV52orJUlcRiD6xntNeYLAMzJhiSSnG4998WXpkxkXgsdlm+ODAx6XBmsBGr63TSKTwOO534/FNSdqOumL1MPmeb73tLQ2PR3JhgtPKCZDv9eND1wpzt4M5YHP8MtHqKMvu+RUKN1UKklfpe6GzfHvP/ImvjcN0Ed/hYmAnmkJsc1nahrgCZKRJ8qSqLoEIWAiwCSAz2OWyFWnRsT/uCTALQjFYCyRP0tQR9crmER5pPgBP+siU0ycOukOe5MpD90Vf9cfvVMmXD7JIr7jQqI4v5Pu1KkkoFO2QZF6jL8t3I6VnyhQ9e62d3e2YP142ls/AZ3sYZK++H9cW42f2L6CdHUpTGpAsDVd1+C99xju7nzqEnLeJs4nPFquHRlEry4RXjkJHl0Szq01SId24Drq8CvH41roYyx9BlnGZ6fkQL1j7lkJiXb6r/PCE9veGloqCGcfuWmhsDbd4w9o00A+MvkRhSSjn91UVG16aKBrDFZscf1UEWmJuH7eiY6ExmwGeEbEZKTXJmowajGrRZueirMOo97ommb6no/u36p4RbWjTnw2fQFw6A3qOioeobf3XCoSuJUocsaHyUeHley0znbhGZ1ntXFNZqHUyHvJI3pvH3CukqB2XwjEpV66gExNAebNok68Dpg7q+dzk0EDsH9JTACWLIZ07Bjuoo7/RZJCx6UA4F3UW9X1V5OxiB/EPvMoC7T5tR/8N1BbP1JrLWm6aKJL/98Z5nd5esnj1WpVjTagvYoe/YsPAcmJGoCDleV03tGjAoPbqP78ogLIcSj0rDevWgrJYo5KYP8SIo+94yT2Hwa+/aOe2XFuJMWSANVggspdWtLIsa7DCSmgDalZk1ORkJsPo9UmxqX8rla4z1ci0KERHNVkQSTBjogtpQ9FU+ULoyukiGaLpRCRJFczdN52OlGBRDozMWsq4tIzobfYEKbf7mxxwFVXAYVvVmdAJC4JqtEizhffUSICRb5POaDp9gNFRDG/Avzo25oKHaxMI4JnJW5EpuGOiw4glY3UrsZrVtMrYxYZjuQLz3Dtwfk6Fd99oge8cHIWwulToep6uqrO5YCxsZzan7zdm2/HqptvgzEuAU1NTXA6nWQDOwSIemrwoLsdzWdOoObIPvgd1ZA9rQhmFxKggxsoVa/CQOfq2+oEDc+euxgZc5ciaUoewoombUajEfHx8bDb7Uik45nD7+Od3z0Fd0szIvGpCGXPpM7Rt/kYQENjBeROl5j0/Tp5et//5uANxqEfixZB2r8f60gA4kmNei4mgBv4z9KFLC4FA7Qa9VTnHvzsGS1UQQhk5gwBYO8iGrblPOzTZuCWf/oavGEF7x86IsAbtCRkIuXaW+E+cwzeitMwVx1HIHcOlLikAXWeqbYYMkm3ITEVifNXQk22o9EXRmPZ2QEvbyUxycvLwz/8x1M4suMlHHhlG6TyInTGZUA1WyFb4iBb46CY4hCYOh/GulLoqCOxSn1rF1A4b/BbL8gH9u0T/jhZT2wfbaPrYoVeYTx+nDcVaR+9hd4k0b2Yp/Y9wXscVaf24ulnoyyRVF0oIx+yj/w+dwupsTbonU3QtzegcPU6rLjzEyg6eQpnz54VEje87ZJhSs+GlGRHoKWBrtMIhSRF1fc1Qsa6EqEy9XkLkL7sGqEqhyuhUAgOhwNny8uRWTAHc1esQeWhPdCRxEmhAGQvMe0ON1S6lqTTU8dJho6eRSIVe55I55o1mikdqBD+2L1bvGys8GHnRRmJIfFPILMye0GX2TNPG0B97uawgx6ab0uGueIoTCQthuZK6FtrCUgHpi9ZjYT5q7Hv4CG43aMfqrGmZSBSsEy0mKG+rG9vpUbVedogEXjGnHw6ZXSPH6GHLC0tRUldM1Z9/EHIahimgJuqC2ZPE6zniqAnDaKSao8kZ4rvtLYB588Pfs14cmfsGcL0r72YNnBxlzoQzMGY2a8Lt4ugo3f3RbUp9VIjgWY0mnD1/Z9DzuyFaGp24MT+3QgmpKK+sXEctF6G3kQsasZiyGWHhSpjm8XeuqGFdBrZUp8lCek225h/w+/3o4pq6srrUTB/MaZOn04kxof9Lz+HmtPHIAf9CKflCFPA5cRJYOrUwa83dQokRzMWkSDoRhuqGKux0KX8h8P+YEjtG4Qkxp0OorxSRUPUjDFziydW+Ykf/RpxUwvxzt59OHWmDHJyBonJ+PuUxWKBT28R12KpEw/a4RLqDmQbdSQhev34f8eUnoPzTQ7yZQ/hbIMDW7/0bSwn0sWaRNfepLFVBvDE0B5Qbo74nLl74cUazJ7L7H8qxyIZMwZQn+/jyIkel8FERv9j33wCx4pLUFRURLxCiakrZzKZBEuVM6ZD1+kUrSNcBSpBvUl8HuvCJGv7669jyf+7HfPWbRa2XIkCyD7iUEolPb2nHS8KgIRJgT2N+IIuKoG9i6+KWq0RRcd7Bghv/cJjOFF6BtXV1RPii3dJlxqfIlinHCQfzU+tSCQjQu9jIX2DqdadO3fiqjvuQxq5JDpyJ7rK2SGmb5N6PK78iwIgSV9hbnZ0ZsOQ1vdD9z7hNpws0d4uuXErXIoONTU1Ezi8pT1WRK950VIwIJx2KT6lz+cTUZixvrt7L2548FHhx3bRz/KhAEwQbchKduakA0iGV6JOnWXvwk2X0Nf38xShuJTHPSVY4xMxdfm1OHXq1ORMMnSxTCUEKRIm9W6JKoGJHZLzer0oqazBylvv7DZ+VdXasNtg46lpWt+acjEkMI3NTUqXz6zrNbfWWSrCAl/aoanO5R++G8dOF084cOHuMbqoiudGpCpFpSESmfhobraJcdPnIC4pRUghL6xpaR38/MQkcXuZFwNAYYKTu/R47xkI92ERsVx0XELWzLlwyWahYia6BIPBKHBK1G0xCIdejY5Vdn0+0eXMuQos/NBt3VJYP8TAPQ98kyTmXDQAE7sETx99oZAUeI/i5ddZIlTYF6yAY6guGMPi82lzUjq/tmBIMWvDXEpbozDUgUAg5sx3QBXOwaAwISVnqpDC2rrBz2W3lG4p8WIAKKZGxQxEbwnsOAmvx4cXt0tIsGfDpRomx+5Ro3UPvTWcE7MUqsEMxZYMKRyCSVa77dRkFJfHg5TZi4UUlp0Zwnc1iVOMzCkmG0Ax7G/ucq3k6AvPYex4mydo6a6mFCI4CapT/Cw1GEuXWVKgdnoQTtLMSiSRFIWsg9ygTSa7XC5MVvGZkyAbTGhtlwYlMpaeyZPEyQZQiJy19+wNr9PzHscbuyTIRhMMGVMmpaEYuLa2NsEG5KqTZPeM3QDy1E84JRtqW4MAl+0ggz05bFgiQjMLSkQd1B+Upb4abbJHYvrx6BM4ey6EugYVluw8SPLkJMNoaWkRDNPS0S6kL2SfLqSu20dLzRWTxlL5Uejonvj8/ox1ooold4Y4FhUNNvzX/dJwEQGMdiPPoe6ZB0tO/qQ0EM9csESRtYNafUoMYEdEUFXvp9UhmEW+ctAHU9M5IbGNjY2YjJSb+rgEMf9YekZzKWI2aBHzO434oXp55kGCzhIHY3L6hDcOExKerzOSHpLKDohB5FDWwIMaPMkbSp8GtaUOVm+LYKSTBaIlJ4/AIzIz0LyxevEAjGjOcfRdx3GcqwiT06rCnDltUkhLc3MzjDrqMGf2i4ndwJS5YspqUEc/bYqQTvV8KSw+Jzo7O9HQ0DDhroUl2h7FA4xl9AqBdE82gJ4+N+Apwt5DXTc8dUIbpLW1VYBnoKeQS/aL/3FIQ9c0zpDOfvZMRBJIO1SdgrWjTfiOdXV1EzrQoLPaYEhIRknphWxU6ZHA0GQDGNCGr6J6wHsSew9q7NOYYp8wtskSwwFOJkmFrmSfGDMOTJknHPaR2msOforEp0GtKYbV0yzAq62t7R4ImIhipk7tI9eqqt9EjC+6nnW0gU2xAFCEXnuifnGTQ0FVDalPe+7ggSDjKNzILCms9ixKEHLx+0Jd+qcthGIe5Sw75wfJnaW5F7VlsBCx0Ya86ifMTzRHXaqSkgtVKN3OqHtOLABs6w3ge/u61EU8Aq2NCDmJ2vs6YhKUy5LBEsIgWjtagTMHoVhsCExbNCK1OZgkcnAVuxxqK/mIlcdg0GkuBhOjWJAbznYQ9jgRbGuCEg4J7XS6uG/n5mxR5Nm0jZrdxsIUiRvwiBQbeOZ/o6aw7Fi/zi5Bb4snKp1OqjVD9ETZZB65mJO6ZJunp6c0NJRBbW8SRCSYVdAdCDyeEmYfkdSvsf4M9MV7oStcIVwTdvgzMzNFGMYIx/JExw046hFsb0bE245I8EKz1h4Envw5cO892joNHvQny9A8Rsdt7GVTqpapaFYBdKVEjwtmJuEjH8mlHlcKvy8s1jp0kH6vbwSqzwO1DT2AGtOyYMufK2JLhhrbZEkQPp5Elv/sYUhkcEMZeRfElMbEkw36YaorgeTvgJRbCF9ChgCPQRwqFCPi70RHZQl8tWcRCWiLIXh0iuOEcjIBzuXGzjovjDHE56OmVsIfn69Ahl3Fpz4J/PKXUJsceIts4IcmFUAum9Ph4GxLq6+djcd+9BCMzU9pc4EDFBdJahEJ524ijfsOa5OcxqRUJC5YIxzdPo1Cvgn7aAG/X9B9lRgjq8pgzqzR27tRjX0pMDRViNhS2JIQnr5QRGxzlLatXzSbGgmTtjlO4J2mr6nIpT51/bXAmuVA3rRBaACPF+c8gsNHXPjqZ3+F2YViiE2lx32aAHxwVMw2BhIYTzf5jfSMZN33n34UFvefSB8cGdyIm7QHu24tffc6bYlBSbEPnTVnxRtTaqZ4ao4vYTKh0FOZG89CbahA85rbcOrRbZDVCKyOGm2idiKKrEPboo1oXbwJCaxOm6ugo/tydfiERrBGB37ZvrftfxP+5jrMmKYtaHn4fmDhPCA5aQgOx5EK5C9nz9tKUq3Hzh3lYr6ZPnm5wofdk61Cv0uHr/74mYcxf66BdORPRn2Niirgh08C5ZWkZrKmQVewGC2tbWJdvY5UJkJ+BDNn4NQjv0Hr3KvFd0yuZmQeeBX2ozthcjbGQHfK8EyZg9Z56+BYuB6B6CC4tf4sln9jI0wtNSIguNOcKMIWk+UwXEffg06K4JNkx7bcqIVGjKrEzSdT8BAeuv3bqK1sYl/w0ySBT08agAReGvWymrw77rR89LHvYFf1HuiCdbCrzZivnsJctRiZGFnjsp1//Keaao0kpEHOKYBUelDEdgZyZkOxJoiZ9dKPf4tAvKbPd211Z5BcdhDx54sRV18mwB2WtJAK7iAC1EG+oJtUpDN/CcLWhAtU6fSdTyP3r78lclMmgoSljGkIEojGmpOIt6n47leBWQUjay9edl0mFeK0NA8VyIdTSsLynKvhdbThhZuF6ftvAvBzkwngN+jwrc3vnsUZUwGeHgCrDDThemUXNqpv4xblNaSJpLgDl+om4Ge/Ao5HCSyvMGLnnGcQutuUuvn5Dffj/Pp7taVoA1HrTjeM3jYYPW3QBXoyPil6I4LUOQIJqQTW0NNu1uZqFLz0OBKqT3b/r2vhjSwTATOq+BypzOtXa6uMBnQfyEt7T7oWb8mbsVO6AUelJVD7NXk+EfEvk8u85wub0bRrp4NUaQ6BGJpwADkMnKME7BtuyLjmJ29J3yOGWT1MdioD3dfNynY8qPwCm9W+y6x5te7JCm059X/+gEyEX4a/YOWgY5pekpyqmz4L54ylsXW02xuQ++5zyDi0XVv716+wm8HL3z5+J7BgIXGRNCAzpe85dVIOnpQfxrPSPTgvDT8XygAm1r2Hd7bwAiXcQQC+MBmO/HXUWzJnP/jPEgNXPYLUYpzx4WX5w7hR/yaW6I9iu3Rz92dN7dp4YLNDczvEENcQA9I2Umnzf/V5LHryQWQU7RBSN9Zi6HCKa8z/9aNY/oO7hG0dCDzR0VI0l6e8ou99c2lAFj6j+zny9JX4nvzVEYHH5V0XkZ68q6BLFD3hnklRoSSBv4Te8Kmth514yWnFLufYrnOTugM/Cz8MV3m1SGDw3Dbg1GmSxCnzoVrj+0zIDsn8SZ16c+fCkzub7NpMUpPpRETsUHqpXx35eDry70zuFpjb6mBtqoKttlgw2gtGiug983qiwdqR3AU1FKIahNVVB33Ej0cf1fy7XLuM51K+gH/X/btIPzLaYiIx+uF0oHLbYzj1+HdD9NPpJIWuCQOQs1GQ+nRMv+cfE5f962/wZWKRznFMbCe0l+NrjZ/BvIZd+AkRmZDBCp8lrXu8kpc+C4pHVSwJY37eVcX/pGEfRVWV3qPhPUcGStWOQpTotQBsCBdFFwkgrqMJq8n+XXNLCh6z/AAH8x8Yl+r+NJHemd6T2LmRV8jiAQLwNxM5lHYNp/e/+rpFkP3FKAx5UYccNEkZQ6Z/HKy42/34svw47qrixIZ7EDQm9JWEXmEPl0JCvIjOhIjehIOHAnh26y9QFcojvU8CEzfqqEAkox1ZagPMXg+WpsXjXXJRAj4fJ32fUAA3CvU3tROpnn/D3WEtPTSDVynloViaiyPSUhySVmC/tJpuMXnwK3WQ7QoFYJM64Hj7GFS9mRrIiEu9BKiT6TodmOo4jio7AdjuGBJAziK1SD2OlepBUeeppzFbLUVil6Z0k+q1/ycOr5+JXW+cuH6kawXHBCBprBuypqSrKelpxEPP9LpYGDPVs6Juwatab4VOAPmWtBnb5I8LP6jvKLWWHmVZ/RuQO73otNpxOZSw3iL8UsMf/gfy57dAYQnk9Ye9bC4n29qqvIIt6qvYqLyNlKEmGzgzcaARq66di7d3nODxupVU98WchVLP4J1RlqzfNIdwJNXmrxxmrC6C1ep+fFP5Fs6EZ+FAeBX+QflfLe1WmNwdrxN6KQL973+rhQHqzbhcSsAQD7muFsu8e6OdUfNx56gl+HXkATSFMvBc5G7cofxxaPC6iq8ccxbN7no3ohxqY3EjuGfI85cWEHi1PNk1ui+T+ng2cg/KwoX4iFMbNVrq3gO5qUEEG+nT7CLjA+RLe18uSc9xppnimPTa78T/st2n8ELkdpwKz8f9ym9gG+1eIARgalYWrDYx1rp6omzgCv4zpWAadcGyMTdAvlqBb7d/FteGrsKOl50ispV9Lx7lkJJTxSi7oO3BAFU/1WAfMjO5aDFgBkhGEySTSTtGfdSQLx36o0dw34Yf41MpL2Gh108dcIy/468RozrLV+dh967TEweg2WpBagbxXsfbY26TTjIXfhLetLPvg+y55lA3VYgqFqNYE8X4p2JJhBpn62GkIQaS/bGw5puJGukVFjcOkBgUclm0ox6SwaABxyt6o1MLUtAHnaeF7LVb5JqRwkEtUd5r22C+D2glThY/VgBDTWJPjAVLp+G9t0+nk7maQkTmfEwBpJtdsmjZFG38zz/2vRzao6E7Bw9E20bSppaEXidnmyvatPVYbBs5WEkVq4ysUI1UbXF9sjt1ATzg627nQ7rgYfoce50vUUfhVb2y1wUpwPcTTaU1wAgN/9TZMm39H7eLqo4xHIgbINCAGbO6o/kWUY0dgNQjzHRzUwvnZEenEMY+jeMk89DWDpSU0k0ky7DkGRB2KzD6IjCHFDT1mlDgXq6jio72fhZcJ0ZaxGA3gSzWAZLkiOQ+siY13bnS+BhtfLFal0HiY5hX74bEyiVx5KXYocCwMTw8tpBNzdAUJok1SghUh0XY/OYbAI8PSBirFFKb2nOnd71jRrM9lhLIF5SmzyD1GSYRUsYWfhcIaerz6NGo6kzXCTqlT5KxcLGKm5YoIidoJRHc6hpe7Qo0NHIEdv/hfrKZPNsQ6MREFpamFHJlMzM10Djny7SpWh7Rn72pg9tHfLw5gv0HVWzYALi84wCQ1Ghy2gqxnkRVlGGzVowWQJEJM2ta1riljzv44SKxtBhKQg/jTLVpPT+OiOj8+Vrt9vkJ1MYmDuglFdwerU4OeNI+G48ZZDB470G+H15tnBw9cgqQDLu2H+FAJS1BFQDq03Twnw+j/BzdO3lCU8bqzpIvaDDokJWVoNbXOWfFGkChnJN4QXx47ClCeGcTlixu+LVXAyd6ZdbVDzF2zaDOyNfqgNonqAHJEV4cYM2xRWxWeLKYwWWQ+PrMUfg1L0rla3KExFgzj+ijfc+QIiNYq81lzpmlaRnTWNa0hjV/cer0eKmxwZkXawDFtmJxiWlEI4+NGUCvT8teJPzCZUApEZlgV/rJcUiR2LXT2Gu9/iSUUPR+JYOE+FQJJ0+r2OLTOqkpcSwX1ADMzIxjLZUx3JDaaL3lXL2BCIdF391TRn1/YQ2kE6c0m2InVTMlrWemoNV7ee3L3NbrfgtmS4InVVRobtLYRsqJW6hhZGRxYluBT0YsR2LSk+Kji8xDbWPusWzHOsgOzomOGs3J6QGwqvny2RmdO5urU+omOlev0JqG7WDnmDebo2uEnUhK7o40t8cMQLrJJFt81MNROscsgRXR2eyc6D6P83IjsJm1h3dSg1Q7Lg8QT1T3GOy5uQqy0lRkE787XTJwovORS2EnrHHdrCkplgCm2GxRlTHG/Wp51v18rdZj//A81Fdf09yEGxb2DJO9c1o3KfnNx1OYeR4+pwHIZGXdnDDOlGmLVDxuUq3OcVyc2jYurntWIzFmJIYaNcHYtQ3LGH1AZoNtmvYNkO988sABLN6/H3p7hqJMmxWW2yI61LfLeK9Ej3Vzw5ckeNwJXz2kF+YgxaoikRjYz36qKmQWWCD4pvXjyp9AbWsw6kYkgWNf3BIZmwTy5hqzZoBHWozBAJZHx7nKHPS+uSkynWcQzfGSciYsy0qbhClZKtLStH0WpIvIb7o6nsNBN1snw90YgfdcWPWEVL4rRZYEU2QA9by3/bSs8anQvqO0sR0LHVexkmb4188Cn/8UpINHxO7P0oEizCRmyqEtXpLyQ36P2ll9IrKg8him9hq6UtmhTk2DlERKJYEANVu0HVV4zQlXdiH4fdfoGathg7FPCg/0H/fmKUnOphjsqgHNfrE/6XYBLrdQ8WJj464hVUkSQTU8ksGGioN35NxsyLwmYt1aIDtj8jrWaAEMdtsmaXwr07iheYsCri4PpHd2A2+9A9u5Km0ik5qIpzr+BdoC0jnU6LPqGzCzuRl5pMJyohluJ7TIMlwc+0q/zbPWPHfGo+sciHoz/X621SI2OcGNG0YenT2yHzb1XpfojyWAbW6Poi0hkg1AjJL+cZ61rTdp9XQp8NLrwN6D2EggbqQGPEjPwlvT9Fl0wYtqovahf2Xl9Thno+DM+NrAdS87LiLZdCLJuhQOctLS70c7yQX1LYe2YpajEOjwTfrqd+leTNmZ2r3ecF10k5OYD77qyM3qprFtsSQxDpdbLRB6WTJNSK+fN1urTWRr/vAy8OZfsYIkYA81Ikdpfb5rDXn0yPV8P2A5mvbxiDVRLJ0erIh1DpGQ7y8t6pDbqNH1PsobONOzp+VPA+65HVizYoLtsWyG19MNYGssJbCypTVyVZjol55TKwfrJ+wZMtIJrU8DH70F0k+fBo6exP3UaGupQTcQeHW9GpjtEGuFrh4lEsTw0jOeGhrcXRYIJNH3p/ceieQG69oalT77Dh2+xlOPn76HJG79JBEpfQqqq7r9kMpYAnicdPPdbWSI7P1zY09QySGF+P2vA9teBH77PAqpAZ+PNuxHqDXXk1oY0ProW2pEHa6fDNRAm9KkBrouZzy4Op/g/c5XIKVNzuNqpNOQjNLiVu4s9TtbYqhCEQ1zK9p7Ah/aNHnhf9zr7/4o8Lf3gZpasUHGG/RP1ZScLplS7NCZLJDHOJ3gk41QulMzE3GIhKB42rOCtWezmKJ+5j6imZMGHkTSeLcrgONHOXsU3os1C91LjXniN0/tWjB74Z1S3iT6ZcVl2hp7vSUOSXOXIS47T+JsD+Mt1nBYLOMWSe/Y/eCg4tQ4YicJUEv2i+3kFs+fvOf0ydPxwrM7ENGmZX4x3PmjWmJdQZYh34Lzfl/gbo8ngqyMFiTZlD5+1kQVtoN1DeRjrd8KS8aU7qiw8bsKslgyzXln+qTa4qyGHU7U0ENvuAaIt038M7YRJfvroTT87inekVV9m2zx/48pgFEQz86wIqu6vHG5o1VBOtkoq3mMk5cj/c1q6oq/pd/Jno6EgtiLQxeIXdvadRejGWpLvZgQXr184p6PhY0Xt+4/Cvzq502qElFb6TZuorZ2xxxALgQg77K1uL4es3hqKD1TmybiYTJdjCcSuD3/6xltADx9+XVChU6M0z4AiGRbJXcLKsoDuPaqXnnBY/hsLS7gHJH5Q8eIpD0rIiQ76P83kvSNKL3/mACknhEhEIkXIo8I6cKSUqiZ2ZD8YW1gkyUyVmr1BNm+Xz9L18yahsTCRSNvHHZVR/lbnA+Gc8H02e6OpFBpaRCRZmtj6P+5O4n+kkloII75JonDa6+Jm24m8DYReIdHfM9jVmsaiK+wM03mY+PBw8IsSQnJPTGfDOR4HpjHJJ/8Hy1dv33V9dCZhw/1qkAytqMQB5CLJtjIq3cTU+ubGpC3Pp0zR9uhur1fpCJvy8OVbaImhVYhhdUVASxaTH7HOBkph1pUNQKNBNy5KuB3JHXFxWIceC+Bt5HAG1W4+7jyxDCpobqPiM3r7DOVl8N+9DhUm41InE1TD8zMOSP7aJc68JTNniPAH0nO49j2zVwwPFNFOv5Gfnk4+lhu8u3PIxF5aIchCuLWrcADDwBLlpBEkUOybBlQW9s9xaUJndEokgx17y/BwcRkC3mWfcE87XlGWzgSj+0cS1w9Hf+8HdhOrUb9hBMacLKITxJ4o14nHpMdPAnEBgKRV6p0BAJYc/IUjCVniLnFCzMCh1MLWjIS0TGMgDwy6GwXnn9Rm+y1r9wwrPQxeHtwYX5SH0FXRVKZLzlx78ci2LSp7+d8j7zDJsec9t6Li3PBcLIhscsL20JvG85X+FFQSH5h8shIG3fCVpemKh10bGoBdu2iTvmn7t3MeE+bWwm4V6kNxzSFHbMtWOkGFKp7CchfMwmnBlly7Dj0VFVeC2IliWz3RmNCuZfrByY8zMjK64CScuqh2zXmmTiM9A0GXlcJkBKtlpJw+8IW5E9TBxwoWLCA8273gMg6jUHkdM6C1Bg1KSRMkZWrSeFAO1TzqWwv6wmsKup8LjKnVeS/vvkW8OLL2m6e9HPsJ9zPbgK1Wdt42j1mAPYCsoPqmwTkM9x29MALSceb9+2H6vFC4ih4lYBrdmpgcvwk91QGjm1nZaNm+7b9njMgyshYs5l8a9OYwesN4qunUrAiYWAQuTCIZWVa4HAXM+22hyyFPg/qKzswcybP4GrR5Qw+axcGqoG+V9OkLXBxkG09RszylT9rUheVuDeoPkzAfZXaqCJGA28TWzalio1B7qMHfZB6p6CRaWlQFy+CNGsWkJN9IdEpIn/oT6RmmHWmLFg16LVrkUA6aHQ7tiVLfuz+p2LMmzswiC28ffjX++40xhtZiSy+AarFe5CdpeKhz1yoQThnKu8LUXwavGMb505gQfbQcz9HH//XSF2DiyqBA0hkiOrhc534ObHWl6Hlbc2rqED8oUPkvB6A2twktvjj1WKCTDz/AvV+UlnpqzZqGSoGKUeRBScs+DBKBds8h5Ror1QH7Zt+ksSckBPXLB84GRJHafOajOZei2vMRFfFJiG8cIbQ8NS3i9XUHObRQPatiMjWG6Qid+zQEppTJ+BUIewrPxYlJ2zjHBPRvnpMYqEH4XjsR0kqvwRtZvtW0k6bjxzDMpK67nuR9TpkrN4I2TB0sgMT8U0GK46IXBdcHPewDA0EbiZ9OjD1DQ6TyCojA+i9xSGr0XhiO5wAVsqaQYynHbvf59rHjvLcGkcRbCfw3hxt7utLVoWOUM3yvDYReuw2p2VK6Ss2QG8dfvDRCyNewhyCT+7OQcbgnYRdSNpAJQ2deOW+Eqy9avDrPvEEUNov3SmzUU73rEb3IoSLBCoUhJ5cjlC5WGawKNpBJ7VcEhG09OA888rzb5I5PXtE4HGxIYibye81RmM7hgMvhZyKH647MyR4f/vbheB1jdLExcX10NYkO5CeCympe1ot+2K03aUUAi2SkOnNo1tYx6BswRmsIkozHHg/XleK+z4++OYe770H/OEPg/9WN4C93YYeBpbzQQdQRFLqLKOft2Fbx4RmMPDs6MATw4C3fz/w+utDL8xlMiP1o8wRte/9f+AlUGce3fYBbcRCeexzKPB+sK4M9w4DXgoR2C99aeilaSJRe7+VnsImanOTH3gJFDZkNNNFEbr9N1AwKHgWojf/cfXIwCss1FbjcgbCxCFWIwy0B70uLkG5AiCrIOrhHN8y0uKAleRrcFdjsakV99w1tM3rAm/3bo19sh94222D/6bBcOEgqByXyCkTLwqJ0V9CAAZNyekuaoiqkX7BhIgpCf5Bt0jLsvnb29oGz7RH4AVJ2ow8YH78OOqJfXrLyzHVZhMdu2oQCUwkEPsEz+tsiaGwrPNpUYmTW/5PgAEAbRG88ZIqdcYAAAAASUVORK5CYII=') - - e_no_speak = ('No Speak', - b'iVBORw0KGgoAAAANSUhEUgAAAHAAAABwCAYAAADG4PRLAAAKQ2lDQ1BJQ0MgcHJvZmlsZQAAeNqdU3dYk/cWPt/3ZQ9WQtjwsZdsgQAiI6wIyBBZohCSAGGEEBJAxYWIClYUFRGcSFXEgtUKSJ2I4qAouGdBiohai1VcOO4f3Ke1fXrv7e371/u855zn/M55zw+AERImkeaiagA5UoU8Otgfj09IxMm9gAIVSOAEIBDmy8JnBcUAAPADeXh+dLA//AGvbwACAHDVLiQSx+H/g7pQJlcAIJEA4CIS5wsBkFIAyC5UyBQAyBgAsFOzZAoAlAAAbHl8QiIAqg0A7PRJPgUA2KmT3BcA2KIcqQgAjQEAmShHJAJAuwBgVYFSLALAwgCgrEAiLgTArgGAWbYyRwKAvQUAdo5YkA9AYACAmUIszAAgOAIAQx4TzQMgTAOgMNK/4KlfcIW4SAEAwMuVzZdL0jMUuJXQGnfy8ODiIeLCbLFCYRcpEGYJ5CKcl5sjE0jnA0zODAAAGvnRwf44P5Dn5uTh5mbnbO/0xaL+a/BvIj4h8d/+vIwCBAAQTs/v2l/l5dYDcMcBsHW/a6lbANpWAGjf+V0z2wmgWgrQevmLeTj8QB6eoVDIPB0cCgsL7SViob0w44s+/zPhb+CLfvb8QB7+23rwAHGaQJmtwKOD/XFhbnauUo7nywRCMW735yP+x4V//Y4p0eI0sVwsFYrxWIm4UCJNx3m5UpFEIcmV4hLpfzLxH5b9CZN3DQCshk/ATrYHtctswH7uAQKLDljSdgBAfvMtjBoLkQAQZzQyefcAAJO/+Y9AKwEAzZek4wAAvOgYXKiUF0zGCAAARKCBKrBBBwzBFKzADpzBHbzAFwJhBkRADCTAPBBCBuSAHAqhGJZBGVTAOtgEtbADGqARmuEQtMExOA3n4BJcgetwFwZgGJ7CGLyGCQRByAgTYSE6iBFijtgizggXmY4EImFINJKApCDpiBRRIsXIcqQCqUJqkV1II/ItchQ5jVxA+pDbyCAyivyKvEcxlIGyUQPUAnVAuagfGorGoHPRdDQPXYCWomvRGrQePYC2oqfRS+h1dAB9io5jgNExDmaM2WFcjIdFYIlYGibHFmPlWDVWjzVjHVg3dhUbwJ5h7wgkAouAE+wIXoQQwmyCkJBHWExYQ6gl7CO0EroIVwmDhDHCJyKTqE+0JXoS+cR4YjqxkFhGrCbuIR4hniVeJw4TX5NIJA7JkuROCiElkDJJC0lrSNtILaRTpD7SEGmcTCbrkG3J3uQIsoCsIJeRt5APkE+S+8nD5LcUOsWI4kwJoiRSpJQSSjVlP+UEpZ8yQpmgqlHNqZ7UCKqIOp9aSW2gdlAvU4epEzR1miXNmxZDy6Qto9XQmmlnafdoL+l0ugndgx5Fl9CX0mvoB+nn6YP0dwwNhg2Dx0hiKBlrGXsZpxi3GS+ZTKYF05eZyFQw1zIbmWeYD5hvVVgq9ip8FZHKEpU6lVaVfpXnqlRVc1U/1XmqC1SrVQ+rXlZ9pkZVs1DjqQnUFqvVqR1Vu6k2rs5Sd1KPUM9RX6O+X/2C+mMNsoaFRqCGSKNUY7fGGY0hFsYyZfFYQtZyVgPrLGuYTWJbsvnsTHYF+xt2L3tMU0NzqmasZpFmneZxzQEOxrHg8DnZnErOIc4NznstAy0/LbHWaq1mrX6tN9p62r7aYu1y7Rbt69rvdXCdQJ0snfU6bTr3dQm6NrpRuoW623XP6j7TY+t56Qn1yvUO6d3RR/Vt9KP1F+rv1u/RHzcwNAg2kBlsMThj8MyQY+hrmGm40fCE4agRy2i6kcRoo9FJoye4Ju6HZ+M1eBc+ZqxvHGKsNN5l3Gs8YWJpMtukxKTF5L4pzZRrmma60bTTdMzMyCzcrNisyeyOOdWca55hvtm82/yNhaVFnMVKizaLx5balnzLBZZNlvesmFY+VnlW9VbXrEnWXOss623WV2xQG1ebDJs6m8u2qK2brcR2m23fFOIUjynSKfVTbtox7PzsCuya7AbtOfZh9iX2bfbPHcwcEh3WO3Q7fHJ0dcx2bHC866ThNMOpxKnD6VdnG2ehc53zNRemS5DLEpd2lxdTbaeKp26fesuV5RruutK10/Wjm7ub3K3ZbdTdzD3Ffav7TS6bG8ldwz3vQfTw91jicczjnaebp8LzkOcvXnZeWV77vR5Ps5wmntYwbcjbxFvgvct7YDo+PWX6zukDPsY+Ap96n4e+pr4i3z2+I37Wfpl+B/ye+zv6y/2P+L/hefIW8U4FYAHBAeUBvYEagbMDawMfBJkEpQc1BY0FuwYvDD4VQgwJDVkfcpNvwBfyG/ljM9xnLJrRFcoInRVaG/owzCZMHtYRjobPCN8Qfm+m+UzpzLYIiOBHbIi4H2kZmRf5fRQpKjKqLupRtFN0cXT3LNas5Fn7Z72O8Y+pjLk722q2cnZnrGpsUmxj7Ju4gLiquIF4h/hF8ZcSdBMkCe2J5MTYxD2J43MC52yaM5zkmlSWdGOu5dyiuRfm6c7Lnnc8WTVZkHw4hZgSl7I/5YMgQlAvGE/lp25NHRPyhJuFT0W+oo2iUbG3uEo8kuadVpX2ON07fUP6aIZPRnXGMwlPUit5kRmSuSPzTVZE1t6sz9lx2S05lJyUnKNSDWmWtCvXMLcot09mKyuTDeR55m3KG5OHyvfkI/lz89sVbIVM0aO0Uq5QDhZML6greFsYW3i4SL1IWtQz32b+6vkjC4IWfL2QsFC4sLPYuHhZ8eAiv0W7FiOLUxd3LjFdUrpkeGnw0n3LaMuylv1Q4lhSVfJqedzyjlKD0qWlQyuCVzSVqZTJy26u9Fq5YxVhlWRV72qX1VtWfyoXlV+scKyorviwRrjm4ldOX9V89Xlt2treSrfK7etI66Trbqz3Wb+vSr1qQdXQhvANrRvxjeUbX21K3nShemr1js20zcrNAzVhNe1bzLas2/KhNqP2ep1/XctW/a2rt77ZJtrWv913e/MOgx0VO97vlOy8tSt4V2u9RX31btLugt2PGmIbur/mft24R3dPxZ6Pe6V7B/ZF7+tqdG9s3K+/v7IJbVI2jR5IOnDlm4Bv2pvtmne1cFoqDsJB5cEn36Z8e+NQ6KHOw9zDzd+Zf7f1COtIeSvSOr91rC2jbaA9ob3v6IyjnR1eHUe+t/9+7zHjY3XHNY9XnqCdKD3x+eSCk+OnZKeenU4/PdSZ3Hn3TPyZa11RXb1nQ8+ePxd07ky3X/fJ897nj13wvHD0Ivdi2yW3S609rj1HfnD94UivW2/rZffL7Vc8rnT0Tes70e/Tf/pqwNVz1/jXLl2feb3vxuwbt24m3Ry4Jbr1+Hb27Rd3Cu5M3F16j3iv/L7a/eoH+g/qf7T+sWXAbeD4YMBgz8NZD+8OCYee/pT/04fh0kfMR9UjRiONj50fHxsNGr3yZM6T4aeypxPPyn5W/3nrc6vn3/3i+0vPWPzY8Av5i8+/rnmp83Lvq6mvOscjxx+8znk98ab8rc7bfe+477rfx70fmSj8QP5Q89H6Y8en0E/3Pud8/vwv94Tz+4A5JREAAAAZdEVYdFNvZnR3YXJlAEFkb2JlIEltYWdlUmVhZHlxyWU8AAADJmlUWHRYTUw6Y29tLmFkb2JlLnhtcAAAAAAAPD94cGFja2V0IGJlZ2luPSLvu78iIGlkPSJXNU0wTXBDZWhpSHpyZVN6TlRjemtjOWQiPz4gPHg6eG1wbWV0YSB4bWxuczp4PSJhZG9iZTpuczptZXRhLyIgeDp4bXB0az0iQWRvYmUgWE1QIENvcmUgNS42LWMxNDUgNzkuMTYzNDk5LCAyMDE4LzA4LzEzLTE2OjQwOjIyICAgICAgICAiPiA8cmRmOlJERiB4bWxuczpyZGY9Imh0dHA6Ly93d3cudzMub3JnLzE5OTkvMDIvMjItcmRmLXN5bnRheC1ucyMiPiA8cmRmOkRlc2NyaXB0aW9uIHJkZjphYm91dD0iIiB4bWxuczp4bXA9Imh0dHA6Ly9ucy5hZG9iZS5jb20veGFwLzEuMC8iIHhtbG5zOnhtcE1NPSJodHRwOi8vbnMuYWRvYmUuY29tL3hhcC8xLjAvbW0vIiB4bWxuczpzdFJlZj0iaHR0cDovL25zLmFkb2JlLmNvbS94YXAvMS4wL3NUeXBlL1Jlc291cmNlUmVmIyIgeG1wOkNyZWF0b3JUb29sPSJBZG9iZSBQaG90b3Nob3AgQ0MgMjAxOSAoV2luZG93cykiIHhtcE1NOkluc3RhbmNlSUQ9InhtcC5paWQ6MkVCQkI3OUQ3NjZBMTFFQzgxMzFFRTI5NENENUMwNzEiIHhtcE1NOkRvY3VtZW50SUQ9InhtcC5kaWQ6MkVCQkI3OUU3NjZBMTFFQzgxMzFFRTI5NENENUMwNzEiPiA8eG1wTU06RGVyaXZlZEZyb20gc3RSZWY6aW5zdGFuY2VJRD0ieG1wLmlpZDoyRUJCQjc5Qjc2NkExMUVDODEzMUVFMjk0Q0Q1QzA3MSIgc3RSZWY6ZG9jdW1lbnRJRD0ieG1wLmRpZDoyRUJCQjc5Qzc2NkExMUVDODEzMUVFMjk0Q0Q1QzA3MSIvPiA8L3JkZjpEZXNjcmlwdGlvbj4gPC9yZGY6UkRGPiA8L3g6eG1wbWV0YT4gPD94cGFja2V0IGVuZD0iciI/PnkWjnUAACi0SURBVHja7F0HfFPX9f6epiXLtjywwTY22GwIM4wskkCa1Syyd5pB1j+0IUnTZqdNyGrS0CZNmjRtaPaehAwyCKSMQABjwjY22HhvS7YkS3r/c+6TZNnWk2UjkGm5v9+zhp/eu/d+95zznXPPvU+SZRmHy6FbNIe74DCAh8thAA+XwwAeBvBwOQzg4XIYwMPlMID/U0UXyUmSJPWbCv8iFXp6yaIjjY4UOpKDDiMd8XTofafzq5YOh++zl45mOjx01NPREHTw59KldWg7lACUIonExAJAAiqBXibTMYmOMVSF0RoNRng8GMBVCvdbI8Go7zI0PQRdWwTQ0D0aqEt207GFPm6jo4COHwnYmsMAhgeMJedEOk7SanGy14tRVDVx47QUyBPHAcPzIWVnAqlWICkRiIsjoEjGdFquo3JEWrzUbBoMaG8n8XQCLTYSw0agvBLYWQwU/gxvaTk0/u4hYEupTt/Q26/p+Kq/ABpTAAk0A72cTcfFdIszqCoGswnyKSdCmjEFyM0BrIkSNMZUEivSmoZBdGQQaqQttUnU+7XU+7sB22bAWRr1+nHX2OxAWTmwvhBYshTemjpoqK7cacvo/+/Q61sEZuP/FIAEHCGBm2hU30yjOjUnC97LLoBm8niWLBIp0zDAPJJe80nMCEVNnK9HWQ/uIHH5iY6NJELNB73D2siabtkOvPsJvOs3CTAd1IWv0L/+QkBu+a8GkIBj0nEnXe5Wuq1x/BjgzFOAGdPiYEwhU5dAR/xouqGh8w8de4l6rCHQ1gHuxv6guYR0biTBX0IKdfkq+LvxTToeICB3/dcBSOBdThL3LElc0lFHApedD4wYO5S4I5m9BOIqkr6LkSLD1Pwj0LSCANzTr5lgRTXw2vtkHJeRapXhoS5dQF8vICDbD3kACbg0+vm/6TanD8mB95ZroRl/JElZ2pmKiuxa3E1E6JcqwHkdhwydr6VqryfO+uWXRIAKBaHaSm2+gED8+ZAFkMA7gn66hP22i86GdMUVA6HPvITU5KgQwJErVkenNq0i/dSOQ7FsJUXRSoqjYBPwwYfwEsN1UfdeQiB+dMgBSOBNp599bTQg/t7bNdK02WTsUs8gQqKDGzrypLVwEQlt93rQUL8K5Q1biQ3oYJfixe+bkAT2IvhcGywKgYAJTsnY6T7NSCTvvO8BpUS6gkb490rRyh5yQFvEexPd0Qhnp/PiZAfi4BCf+X/xsMMi26glLmjamrHdR4Zr64BF/4a3vp77GNcTiC8dMgASeJPoJ8uRN8zsevQlzam5wzE4PlEBDHr43DvsJMd6EdmP2kNT4EIWi7cZZmLH/Gpqb0bmGwtkLFnMDb6MQHyj3wNI4A0ksrLRm5WTvueZ1dIVOYOQbuh+3rdEJt+tRdDY/+8sRm8bZj59miz98D2Tm5kE4qp+CyCBx6d+7TaYZ1UsWok5IyYg19j9vK994P2vlAR3PabfPlXWlu6uJBY+lkBsiNa1oz0bcQONh1mePzyJ4VmhwSshYvn+/xB4XFp0KSh+4A3JI+k4gPFUv5RAkj4rnVaiPfrYxFV3rZAW5AC6EMPjETLye5wRqh8iCUwYtER5EuSWwPf8XRxCuxjBxKNrYeLUImLk3QvbZjviOyIuEhEmuhKTqODv96fM+up2aJ/7M7+dTlL4YzSuqYviYLiNxkKS6fKLcXtSAUZICTDKTsHO9KJ72tHcsguPtn4OM1qRJDeJVz4sxDOZ4SXKSmiMWaBWzPj0r9IIq3hlpswtahPDxSSYMDPlVklpUaUzCWUt9F5LLdFY0aK1wqZNgm3qbFjjnpPhdPyRLnNqv5FAkr44Ii7leUOQ/NyfSG/mP9ERvwwuex4FHCX/9SrT4QJ+Vmnm518Ay1eIt2NICrf2Fwm8hIxz8pzTmEdPDA1e6/ZO4NH52LkbKC0nX460o8ulTO1wsJineeytyjmt5Gq46bPDpzHF+y4akn/Hvw8uTt/1hG+nJdXapUo6nTJvGFwMeuXgwtNU5MOKc/hcc5yYUoIlXrkeT2XxNTMzgNEjO34nVL9emdoKJRtTpwYAnEfHzf0CQKrstQkWyCccQw5e4vTQJ9V/KV5c1KkfLAY+/AxoaDp4UtHccgBdBQL55OOBKy4ErEkKeAbqWWcI/zYtlQAfBWzbjitIc80nKXTGFECqRCaNtKOPmwFJz0PWNLL7Sa4KEqktqCSn/b7HSJOWRjYqZEmrDHt+r9EGzdjSK3/uen6I78S5chdvkz5L3u7fBZ8nsRqAMusrsbfqVfdYnQTBp18By1YCD/wW4FkWlkKnSoBiwgRg6zYRXjqZjk9jLYHncntnHsUUcLgIlXW3/itQ3yDjjgeAap8LIesMcCcPgtecBFlvCIAiSyHA6S/FD7xXAVdyu6FxEOFqqITGaRez+vcsAJ6gdsYz32kNfZkR1E2ShjSsF+fvL4DR8ANPMpkgTxgLZRK2a/G6SX+txtMvdIDnSUyDI38K3GmDCcBEAjCODiNkra5fgie3uyC7nPTaToLohZc0g6w1wGuyiEHozJtEbckJ2N5HFjI7VL8e9ReDKJFyOT2mjjypTy1VYjapDK4MWfahIbzYtdi+3Y41P/nwNCXClTmy/0pZyF7SwF1fC3dNFdzVlXBXlaO9ogzuuhrIbkVPtg/IgTslU7yvqgFWrAx/yRHDhFZOoz4cHUsJnEiVsEw6AkIniPSHrqVpBb74NogxDszrXfZRPygSaQZdSlq3XDjZ0UagVkJ2Onwg5gYG5ncrwl8zJzfw9sRYAshpfxg9nK1pWnf3wUWj1VaEH1b7pM9ohjfOckj6dpLBCE18iCiOV/ZJoluAx+ZBuLxE1GrC5K0NzFDsoL8PYwXgFBamoTyajINCSN8qbCiklxa/7RtwSDvo2gTyETQhtAfRcG+zEp92B7WxcHMY9kjmPjtTxEiOjBkLJdMwMZtwi2OH2DCw69AU5MVv+/zkJdLSMGI66sadAAfbFSJC5uoSpK//EpbyHQcUJDdpiNojTkRL7jjx3tBSh+QdPyJl20ox3DXmBHht3bPhvKRONR43vPHEqrV6ckPa2VXArDAKMnswULYPY8kO6sgfdMfCjRiZneV7p+8iXfbtIoNsfYFvkBqIaRpMPV6w3ZKM7Rc/iMb8zpqlcfg0lB9zITLWLUb+x3+Gxh39WWAGbtc5t8NNrk1wqZgxB/GVuzHqjfsRR6oyFICsDOW2VkiWRALRCm1zDfbtUyJJZpVmDxgghJcxYPKw+6CqUBo1SURgrFl+wdN3ka7mlcJtKKvwSV98co/X9BDAm699uht4waXqyDOw44J7o06EaiachG2X/rEbeIHxSOSr4Mbn4MzIFfYwVPG2Ko6fx2L1a1bsLlK/Z0pHl+THwgbm8Z/MAIDWYH1C7sMGYf8CX8Vbe7xg2QlXUEf13Jba8bNQO3Zm1MBrJ7VXdM4dPatX8ll3zbkTGpNJ1V/kyI03aLDuCgOg1RpbAAf6Y3uKhQ9il7ZCkVm2bWcQgCojO9B4MqiV086M+OaV08+JGoDVk04hexfZnB9rh7bcMar/9zrbRJSJTQaX0jL1a5njO/dlTAC0JvoBDOqAFmWusqjEBw5HWrThza0jJYskwRrxzVsGj4kagC2543t3ft4kJUYbaiD6pk387lJVlTK7EqpYzIHLZMQCQHHT1BT/ZXyX8rSKwDWHDHf7APRGMLq9OkOvbu4xxEWPeZosvT5f0htU1KizE4AMHoMY0rckM56YIPK6BsQCQFFD4UJIQZexbaBWuFG6T5k6Cm5MuGJo6V2ijLGpOmoAGppqennvGnUAecKS46VBba6oCNOJFoFBcswA5AnOTgA2K+qTJ2oDjTKae7yY3t6EhL2bI755ytaVUQMwZfvqyCMyXg+sRT8RgOomQQS/g9pcHWZ8sACQJMbHAsBEoxG+mLuP0vO6hjbF0a4IUhtyhOou96vIkpe1rjZkf/9a1ABM3bxMBAoiKYNWfwS9rUHER1UBJF+RiYx/YDeESSI0KTP9MQFQo9F0AbBlfWBSlFPLA/ZNHxmAPLKHLnku/E3dLnKoHxBqLFqFpWr0a/cKYMKO2D2FGPLF875RFAZAj9tH3hR/samHzANJWdt/0AHsXIUg9Snotj9YwaOwF1NHWSvexJh/3wlzVXG3/yXtXo8Jz92A5O1RTW5WJKFmDyb+bS6p5h9CDprs5W9g3Eu/gcZHUiRNmK7z0U5ZpyTK2FvD3NcogjjmvtZbFzUAeXWRo6PTm3wA9uQ+hLRJ21aJo21ArhILlT2IryyGofnALks3NlZhzCt3wZU4AM05Y+Eh9syx0MTiAqG2u+gfdQn0pV/IPmZtt4cxB/s5LRq9vFBe9oyOaeh2f2hWq9svqeDjYBceKGlkFyMwIqFzZbyeDu0DJWdG1f91iuHf54WQ+6NCHUS2pM4AdhS/2pAPscnbaBbZJ6XhUm/Z65DR971p9gtAt8cPINWirRiHix85uZMEhiucB0tC3OcEy/1RoTZRgTZO0nH2m76TiGRIRDqYDYt5OX+GraddmQLn5KleRn3Uw0de9RCLj91GACAnx7fFAkDBuZttSpZVNy/f7Kfo3o7GaqK5GEqGxmEXgDFYGnsjtOyfuV2dOzKE/uLYrCchBV5TgpLKSKB6jfHRAS+YlfvuHa7ZthZBHOpiAaCghC0tQMaA0A6q0lB3wLmVDFEY+TSqdfXl0DVUdAaLyYc5nqRLi3ZHmwAvZXAekrKGID4lDfo4MzwuJ+z11ajZtRXNVfs6AcyTzZxV5rZmRKT65HDS5UfM5w+awsxjt9gF2vWxALCuk7/XpST4QoGSxx2QGJF2EGfq8w15lltP/iEDZ83KQc7EGTAnp8LtdKBy2yaUFf6ElEHZGDv7TKTljwINGdhsNnLLlM6Oi4tDUlIS0tLS4GpuwFf//CtKtxTAkpouALFXFtHAKIcrI7/n+Uu3egaE30fktAouajPyPFtPgswA1sYCQBHtrFUZO8oshaJGuMNlGtVeW1OfAORBoK/cRQDWIiVzME65/jYkZGRhV1ERysvL0eKQYRgxBakmKwYMHYmiRjuKflof9poJCQmYcO5VyB5bgNXvvwoLDYSTrv01Vr3/Gux7NwtpbE8foiqNssfdo3Pn1xAJCSrq0xZ4uy8WAO4VelRFew8KmuGSXES1yCnm/EnOcFZLSQipjZx2GMq2igjI1HMuxZgTTkVB4WZUrdvY6TwnOVvG9Gw0h/Oag1UX6f71GwuEVE485wps/Pg1LH/rZZxzx0PY/N0SbFn+ldh1wpU1OhAS6wRg1+VQwQOOU8544PqiNikpPQK496C7EUvrUEcmxFlVHQmAbTSQtcK2e5oj3ypL21IPY8kmxOl1OOPW+6EfPAJLv/kWVWoTbH3xhRwOVBEWyeOPhsvegg8XPoRBU4/HL+bOh54GXlxJAQHZEgJAZxgA9dAERW7UAGzscB7KYhILJVVftK8y9P+GBiVpaxy2QMNkkhRva89SomuoFJKXMjATx193BzbvrUBxcTEO1JNm4rLyYBl2BNqb6rB2yQfYa2vH7Jt/B3O8Gca9hWIwBcDj6SI1G8jbXuoNkBwd4jVQJWGivsPyFcUEQOIGW/eUht4phNfJpSb7AVQA86tOT1MD2RB1FqerKxM2LyN/JPJOuQCbi4qFijzQxZQ3FlJSGmxFm9Hc1IjNxWUYd+6vkDQgA4Z9WwWJEkQ4zAAUE72kmjRBAGZlqtD4WmEuy0mbtcYEQCpbbXZomlSY6MjhfgBbFLrlJzD03lNfE9JHE+BVlyA1dxgSSK2V19ThYBVW83LmcHhJPTprlGn0spoGpB91MhLTGMQd0DZUwWu3qV/DqPhPmtbmAIFJTAx97r5yMY73ay+1/QVwE//ZqZKSKha9+JiotpUYKDfOF6VgEuCuq+7kEGsbqwR4ugQrDKOORGv7wd3ogN0Nl0aZAnI1dBh3O2lL0xHHQEsD0ECaQdeuHjhhls2s2S+Bw/LVQ2h1dcKFKIglgCKCvaukBwD5RvYGRbUEuRFsD3l1D6skjqRw52hN8UibcTIv9z3oYTg32TUPDyh2eRydtZrWbEEq14sYpqmtFhqvOyT7FItg7B0Tw2oAVld37sOYAEi6ezcRmZbg/M/gkpPVwUbZhxM3jO+c4CTSD+qqBGFhFZYydRZJqgmxKC6fayCr+H46SxKSJ88E77hsbquB1GXptuRL9PS3lZXNiJEqTnRHotP6WEoga8DlhVvgVSOHYum1z6llu8A2QvhJQTFNHtEc+E2edCz0iSmIVWGXgoPfEkmXpBLwjiNfM3H0FGg87VTvuk5xV5ZS/q3WpjDWvKG+pK8QhVPueYd8tkAxBZDKihYbNGobF8w6LmgENyr+m8bSEZqIczRA63EJCh83MDdm4PHS6ba2Nuh9y8d0lkTVcy3EVk2DhkDnboPBpZAVjcksKKW2qTZAzsaPVx302FkkJu6/JS0mxxrA74Qe2KTuDw7P64hlCgPPI9VohL7dTh1ggzF1IBJHTkIsS3Nzs/AxdT4H3JAcPtfWOuEYoVLjHI3QoR2aRKvPf1XyKTluP2G8KvuE0yEIzLL9rXc0AFzHqmB1GFN8zml+bemFrl6ZBTBYLDCR9DGpSZ58fEyXXbP0NTb6IkS1ZcIG96TK2QykTDlBpBeaWuugobax6pScCvmZPKn7RkL+ErTg5fOYA0gqgNv/yaYtkG1B/m1lPftQyl4pxx+jOPZihNaWwrinEEaRxCsjZdLxinsRw1JfXy9cCFafcn0FTJlDIxpQ7O4kjZsu7Hvc7p8EEfOTl6NmqP+usBAyadsd1HdF/UECuXzAfvryVZ3CbKgiE725GCgilXHdlYE9e4jMNCkz5KSyGjcsQ8v2DcJ5jkWx2+1o8iVu6it2CiZsyet54whPG/1u8xq0bPGlUvLsBLWHTei0qUB6eujfVVaJVHveR+i9aNQ/WllpnxM4jV9/D+vpJylf6IPS5VpIq6xYoxhvZmWXXwAcORFi84MvvnOgcucm2It/Rnz+eFjyxyqB74NQWltbA4Fxs72epK9SMExtmMUuvK1Iy46NsJdsJYsgi/0BTpultOfbFcDbHwE/rgWSSOOcEMIyBK2bfyUq0aMo7hf6V3qZ9+JTwJAcZfd23sWdV1u9+hrR5mLFsf/tLeJZSB0dQrf/fiWw6C3luUX6hCRYJ8084O4ES11dXZ2ogMlOVHDvVqE62c9TK87aCjQVrICb2OrIYcA1l3YOVnDhRT0Lnqb2UtsnTgDOP68j95MX+/zpScg0btZ9WYNp/Q3AXDpt9wnHQHPXb5SHS62m0fbPfymLHM86Fbj5avX8EA7u8+h97V3FkU484miYs/OjDlx7eztqamqEy6CjynD0R64rF+BZJx6rmnHdQlqCVT0TkxuvAljTqHUL53o+9hdg5VplY7vLLlVA/HEd8OGH4pRzyf592K8A9IG4iE69auHD5MSSapl3D1CyV8JpF6dj/rmRzeFxVOePTyoz/QkjJtIxIWpRFmaaNt8sqolcGHn3JpFjwy4M+6GhdSbZ6U2r0Fq6U7hEvJldZgTradlc3PtyFtZ9sQ/jxgFnnwUs/ItY/7mT7N9oJn/9EcDBdOq27EyYBqZDWruBJOuRZ/DdmFtwtLwSN3ufwwXed8UuvuEKg3ffo8oK38RRk9U7N4LYJpMUnn3n6ShuR5zXBankZ+pJG/RJqbCOP0q8qhUB3t4dmELj6L7b1fNb/IV37n1FcyVe0NyATdJ4nPbNfLifWShIjS/+eQqB91W0NMqBeOzAdfTyD8FE77gLXx77SGfHXi7GQ977cKn3DUhhghC8vyfvblhSCqHaIlWn7NOwlPHR5nviI2/oZnTaIO/ZQjrUAZ05ARaSbHNW+G2/WGWy6mQ7t+BuZXMeVdUMPZ7T3IwF2ntQ02XB7elvXoz2t9/mtz8QeMdF0yQcCADnsFthPHcOFl/5gep5s+Vv8A/PXAGoqn9Gbsi8u4C6Rg1Sj/mlKrFh0FjS/KBxmzTE5w1eNzQ1pZBrlYwFXjXrSctG3KBcWCwJMJvNqm1zVJeh/sdvMILGzVN/UHfKuWyUJuJX2kUokEKre37ay6xHZ8K9dm07Ve0oAvGnfgkggTeUTt0o5eUnrHxyvdQiJYY9nx9f87r7MpwhL1Y9Z8sO4Pb7OdaYgLTjzgosrOR6+0Fjd0CEwUjS9O42SERK5NpyESjguos2EjGS0nMgpwyES2MQ00a8wDE+Pp7AtMBkMgXa6XG0onb5x4jTufD8n4CB6epteFFzPW7RPiskMFzJai/B6Osmy5rmhj1UncnRenZENFmogU5b7dEZJ+1btBLb4iPbw43V6GOe3+NO7xNqHAJvEl9b9CYQnzcWutzRAdBY8gxaDXScdFSzB3KzMgtgMkkYPVrGBFJ9OUQ8tu9Q/K+dOyUiM0p7JQISJI3tBjPaPZ3BdGxZA0flXvz+VmDWMSqOPLSYp30Gz2tuirizp1d+jMSb5nCjPiIA5/Q3APmZeXdn/m4u/n3Ui72uyO+8jwsgO6kx4jq7ebdmMmXP0yX3lUloy58CXZwZ+rYm+oJcAF++TXo6gTZKFrR98ODQ7gq7KsXFYr9qbNkqESv1gck7Kw3Kh8sQD6+tQYT62Ie76ELAQqQlb1DnhyozeFdqX8Ebmkt719k0WK9651Tse0NwmGsIxJf7BYC+h12tG5oLzbOPAet0M3Cn9gmskHpnrx/y3Id7vQ8rjjbhUlyhPH2ay569wN9f4DB/HPkEynK6rCwl4j92jHrqXrjCYa2ffyYbViChttYHpt4ADTHV2+cDyb6kLAYvP5M0QJxQyrhG+y8s0vyqV/ea4/0QD3vvRXbzFlx/O+SGRrRS1w8nECtiCiCBx8+RXU3H1L89Tg0d4lN91NB/aa7BHdonAw/MiKS87rkMJze8gT1d3EZOnFq4UIlmzKRxMWVK0C5RUSjlZDLXkqO95kcgg2zeDTf4tlDxx3apC/IIxGcT7sG92ocjvu5guRR/8/4fzvR2bI29ku7x4J/EW36A8iWxDmZfS2Ng6lmndIDnVxfXev+JTe7xOFb+IfKLNS3A19XDO/uFtSR9LyoRDnaITzk5uuBxycxUrs2DgyXzpX92ypwWkaVXKo7Bffb5EV/zfO97KHBP6AQel6OnAdMUinAxCcCsmAHIDzUmyXvcmgT5qovVR+Ay9wnCxvVY6qvgqKnD3ZpHxHOLhGSQgnmBvMoWksDzzlUi/QeyzJ6tgMhbRb74kvJseS51SMX9mj9ArighZBt7mCFw4xnPPLzruQDJKmTz5muEX8kLmJ+jftTHRIXSjZ+kl9vvnAecFMHmgW9rLsLV2pfF84a6e+51AHeOr1zufQ1zShbi5UXKU1n81TTo4SWiKFvMIotB4sgIL9/yqzv+HM5ks2/P0sTXZInmHSLZC7G1KvOZDkfnQc07Cl5N5u7xjKfwveZ4f4cA2aQlzN1XraQS1O+7z8Px8vc99ser79DxroInqdLnDyqABF42fb2LiIvx+Scin1BfLc3AmbpPUYug/UVbyQ0o29kp0XeIvBej7z9f9rZ726jDH2SI6ciGsq8YG1UrMU2mLsm+z5w+ZGJwwmWZ+Ngpx/LsZNeaiCTV023Z/2j0HZypxBk+7P2PonY9bEhL1K7+7ftSrRy0IxZPeeWOUkiVrwyTd2GJ53QMlyPLU+Lc0CtvJu/HhhqqwxACse1gAsjhsuseIuY/fUrvbrpLGoaTtV+hWBoK8B6be7YGFkNyyaG+G/H4XFnTUGOn6p1EDVsTgTq/kIXcmXuE+taWXg9Myh4zT9M1b4vQTJxFzX9fHpqv3XDj3zuDyLmrQ0YLMKfKa/GZ+5c0unq3FcqHS8hFUpyJu6hOjx0UG0iNyqNGXTN2VO/B84/U5Z6ZGOspFL5cMHi5NPhHPDFX1jbU8BOg72S8I7xsQkAyVFsb+F9vtidcS/X4o1RcJE/9x41yihRk/3j5WHkxTpS/w1L3L3oNHpczFULGtvB31K+WgyKBdCPW1zc+dh8weTz6XNZXpuBC+/MokpRAdbpUh/ELr4G2ch/Pn/FjvMUAMxpQ7HThLV+QnF3qY3kc0MEq1G9QeQPRqZ6E1LAgaptrZFLVbGyXB1tgKEvGOc39P0xKqcnXk/93Hrktg3y210P10crjxmLllS/ALiuq80h5Hd62zkdeap/3KcBi8uv/KsL/+C1J4ZMHFEACbxB9LB6eB+Ozj/UdvIYWJcrSQCbsRu3fUafJwNS/Xwt9aRGuupJckjyIZxHxFExJifDRvETreTGINqhihJXOG/Bc+OjJGHN7NVoZOn2g4V5nmyZIC8js86UNgHzkZGgG59DAIqtrNrPDD7zDpGPadCw7byHGewuw0HMrTJIDIwcrjn5fCvu2V9wEubEZ1VS9HALRFelv+5ITM49uYrxoP3Y85s1t9vrWBjDNfqrlRjz/MQ30kiJcerkCntCJFuXgzwnEOj/9XIJ19GSY0jNhSEqFRtmzs9dmgAatVFVVJTl8u+tKvkGq4/BDS63k2rGefU1pTJfcJg6vMYv95NM1OMXwG8yfzYtPHWJMlFQCo3NDP1aip8LPHjzvTEgvvSY20aXhG/kz53sFIEmfidp506B00mHT+w4gR1ncvoVHTOc/eaUB3tIG3DKXnPQTOzaP4HN4dNqpn39YJSF+yBgkj5mC/S0MVkZGBkl3dWDOkDWR2JLAkgatNRXr19fjpGNlsRkdh9L8sdBxxLuMNGTe/fhHLCYX7+KLFGbLcdvyWqLJfdx794yTRTqJTKbi1t4A2NvReym103r26X3Pw60n1dlo69BmH31CnJ1I+2XnA2edrDx3jx+eyK+skpKJmtRU8mJIGZbckVFz2BnE9PR0MSfYbaYhORs/b+URRP6JRakH18lfr+suU5YM8AzHd8s6fsdplLY+mkL2X2nwkkkTDwI58YAASG2eRw6zfEofH9fEgenSoDX1K1cDGzYAx0wjvXGh+u8+W0qdmJoKgzUN0SwM4oABA7qDaE2HjvTa59+o9gNuuwlisvfrb8TDHAOFTUNfV4GffVrg7f9FHUAaFVOoYhNOPFaJfvSl7KvtUJ2cfrf4M3IbyPhzJEdNouuJtf9AXqBpyNgDEjoLCSJ95yYp/OxrSXU7GLZbD5KTk0wu59vvdITc2sizqG7sW12yM8nOjhO3P5v6e0C0JfBa/nPa7L5VjvNEaxo7IhBvvqWoI04UMoVhb58Rxdbq9bAMHhb++tBjE3EAPmww7DeI0oBs2GyyyFlVK5zf+rtfK9tJMjv1LzZmW9ju7ls/nTo78DieK6MGII0GI7Xxck7YHTW8bxULVp3ffEsjth644SplEWg4ev3RF0RecseE3aO6nlzB98gNXI1scfD76i7bUI8aRWrvNpKaB4Grr1YmfcOCaDBBk5KOdz4Jb+zZD77gLMXVWbO2Y+ZiXx/3XmJyGG8Wjv010ZTA42hUJJzUx6fdMHHxG/cyUp3/IVeZH9n6y1+E/9035GpzgDlh2Liw4C3GCDiCCLWLXMUlGB4AkR86/GuSlJHEgQaRtzJjBnD33cCZZ3ZW3X4QTb7NzbxpQ1C8R0ZBD9sQ8EwM54p+8UXH3i91zQp77otLcfzRgsyMIcHJjxaAQk6yB/W+QmI0BkWYln6tZCnPmxueyTIReG+xBEt2HnSm0MtcawigruB1BbE9yYy5c7tvbczU/4wzgGuu6Zx+4WenRk5Ds1ihT0zEe5/23Om3XKu4RN8vD611elNysju0dLQAbPezyN6WKlKVLp89YHdhxw6FgodTnVx+KuCUfBL7YaFT9Vi6PiOAHGFcWQbx9aYRePZVoyoznEYM+Pzzu6vTBN8GZ+60oViznjRHefj68uIWfvz42rUd+4WzBDb04fn1QVvoaKIFoEis7O2WLWzIK4M2w/vBRwguOTe8xLK6ZdtjSc+AMbn7IKyDWUiXCz2vYuJzfr9mNJ55RT2xkydxJ07s/J3RnwjKLgX5Tu9+qhCxcC7ChWcrnb92bVDH1Sht6k0JelDI3mgByEFeb+GW3lWkvK6j8hXkjG/aBBw9tbsq5nPYTvI6wo27gE+I5GwslBE/PPSy65VEVDjOPYKgtEQQNmQQ71k5Atu3q59z7rmdVbqemK+W9S596SEpXLpMwrfkzhQUKWEzTrrqCubUSYpbtHyFEscV96ZBXN3LDNDCreK2DGN5VABcWocmuuDKtRsgt9giqwRLUW3QTtBfLVU6yJ96wQ3j/+/ap4DGGWgl9P5jGumLFgFJQ4bBPDAn5LWbEYdcNOEElGB60D5xQ6DugLFrsXO3utHNyABSU1WkMI2MUnwSnvkbtYNseGmVUm8GkwPyPPjYv+X2XX0Jr4DqbAsr6pSVyhGFGUuVpWk0OD6LZAOEiGOhdMEXidYf+z518K8u6Vl1FgclyxUUAtu2KUutDcTSt+xRHF4/WSmhzxs2Aut+ok6Lj8eAadPD+n1ZBGEJrNiMdBT5nhs1hgZsPdQjDIlwYuCA8P3RlegwgJxAzCzHk0+qo6YUy1bswvcrPJg+VRZql/dB89s5DrkNyYNYO/gfMhfjxymJxaxhdpMsjczpOdj9+vuBty9EO5j9Jk86vvMxxpCvIg3LU59p4NHpJy6szz/8QFmZe9zxik1sblZ2ati5k9TqZnjsNmhN1gSkTpoES86I8E9FoXI0SknW4kiVDg6AV0t2sVrlEUQGeDA3twiTwmyEwQOs6y6WxuAFESxe6TmkTol91ZThxw0l+OE/Ts6ZcU+cAB3PmAzKVIjLaaeTOXgOeOsd4OYbxRPKhP1kEDm/VI1983rCZf8RbxeT9EX0RK5ezQeSXzKV3v6QnAT94w9Ays3uHm3hSvrVBc/lvfxvBbCjj1KSiAg0d1MTdHQdL9HvjU6XyD85O3PWHCIskYfy/W5CGlp7BO+mrO14+LY20ZGhCjvhnHPa1tZV68jYsyf0g0eMrlY4CkW65EKjAadTO0bwB3Ij3QSmjkNwrFGyqI+uuIxMQmKHlA4dpEShOpEM8jXvfVRsIddIt51IAO6NOoA+EC+kj6/HxUF73eWQTp/NTwBRwmRsC/hyHEHhyn/5pWIP+DsCiznsJvoft5pzXFZQJZvpeg/S+wdyfnk5tHG9e4RQG/T4knzdcODdkrMdf/hN78ELELHy8sAWXJ2uLbvhXP8tvx1P7Sj0xS451DGNAD2WXK5xBKKAje99xi8hFnpqNYoaTUtSDn7/3ifAa++JjX84B+h0ut6KiMOAfUypmEVfvUo/zSRplCeOh8R7ZHMskNnmxs1Kh1Dlakj/30c/eZsq1agSpnuBbnD90DnX9WqOqmu0JRR4tw4l8G5tQ1ycOnjMTHlGpFhllRuvo+cFol2LnqrqWifWOJxGbftCpW0M6o1kEe6kvrHwxgfjxxJhSlMS53i34w2bINtbRRdvo/68iK61qVdx3P3ISmNPdx79i+cIxwaZCnb319F3xCXxMlXI0UOcdQlJ3qkkgRGj5yHy/ClpLDXw9FSF+UO39QjeXlJSM2cqGzGwFIYCkVdC1dZ2D2zqaHS2r/1SBPmpjf/qoY2c9nizr684d8ffVi99x0lTvGPFP+g67ehl6fM2I3QzHpa8/PYRqiCrCvbuHFSZit7kdBDimTpTfK+mh3ciRRU8LrMSynD/vMjAq6lRBH/+fGDBgh6ITPAg6hj3mRH0VWNQX5l8v2Gmtu+r2r7v1rtfAHapYDOUzK6+lGytqXdPTWntIRP9jCOaEK9ySSZUfvBY+TzsW6fy9NPAUUS0PvqoizSTQ89rB71dntQiNBfPkHjcWb3sK7a2RYhSid7j5/pQaDTqJK22Tp9gZdUR8Vb0xDwtVjhUR35Vk76hqsql+mBhnpXwS9rUqSLiIZMkpjudIkO7m740mUzZRGS6M6zUge2u6rKYPjjq/wUYABKZMEN39AcqAAAAAElFTkSuQmCC') - - e_palm = ('Face Palm', - 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') - - e_ponder = ('Ponder', - 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') - - e_pray = ('Pray', - b'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') - - e_relief = ('Relief', - 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') - - e_smile = ('Smile', - 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') - - e_stare = ('Stare', - 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') - - e_think = ('Think', - 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') 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') - - e_weary = ('Weary', - 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') - - e_wink = ('Wink', - 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') - - e_zipped_shut = ('Zipped', - 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') - - e_not_understand = ('Not Understand', - 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') - - e_blank_stare = ('blank stare', 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') - - e_cool = ('cool', b'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') - - e_eye_roll = ('eye roll', 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') - - e_ok = ('ok', 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') - - e_question = ('question', 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') - - e_skeptic = ('skeptic', b'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') - - e_sleeping = ('sleeping', 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') - - e_tear = ('tear', 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8ZlcJZMw36wQIxF7E0FwBOS+ho4wEc2CsmWPKEyMgg60Rsv/Zlt+LUXY9HVU7UDUemCFdo2/JNmPvjv0LByV05A6+/ZgGO3fs0gp7ChN+HSutEbl11F+b89G9QeHynBqDFgMgENX0ZdsQYa0ur8fPz84SkFvKg+fYujGRThQro8jxJVGj/XvHBAEb7P7sro4rrnrcGJ+95cgx4o1Xqsc9/Hf3V83MC3lDZdBze/J0x4I0tw9Poq186PoCsksJh0kSxumgfZ3qLO3Zq2r7HdAEUPXY0HMHkilit9ObHxwCYifrkfq7hzq+mdy7R94Y7H09v3C/D1HDnE0J9jpd4XPLU3X8pGptkMR7sE2SGzClV95N1dmqhH6mSLRZf5ck2gEIC7ZEHRCar9O/TYl8oXYxrXWGrI+2K61qwllp9+gb/YPlM+GoXZld1Vs/L6J7+gnJ0zVuteVpMJkMAxadFqw8Gr89gRn2caenONoCiaXKQT0Lr19Unp9Y4AFWLLe3K6KtbnHGF901fklUA++qXZX7NDO0ayRBArRtj53Yk9fSmvqcr1u7t2QYw1jYi4QghakrDMbuhJ24GtGpOH8CRCbjbRrJsYxr1e6mvKdIBNDAl9PAL1RyrPl960/uzLoFxBpAcpz5jCr2nL+ZCSzvujvnQcOYLFpj92Z16bgr6J3DNcMyAS8l6lDEADmZ58vHE2UCc+ozEc2pvZsnoNp4LxzJ+9ESuMWzuzScmfo0BoVKjAMbqZGjoygCYGMfFs2uHY97Z+LhOVc6sTRQdfhumQPpvZetrh7dhT1YrgW3LeAN93EoLBVF88C39i4G2iSz/FAdyIL15IiPZBrAvvjwYOJCAaUJgrpxZoJtlsA+12/457fPrt3wXkpLdqU7ySADTX3s27fMz9QqpcUFcRrGxcQHAg9kGUNxaC2aVtP4v/p+XOO+vYufPUfXbF8ephTDqX/4eio6+mxNDvnTfa6h+69/GPa9s76uoeevfM+QNMSkNGrS9uNiZtKdUpSsuA7HWwxMWsr/eW93r/4j8swdwfv39wqUVD5z39D7Ubv8XeM4fQS5T7fZ/Ff1r46b/hqGyxFEde08rat54XgCdVE2mq3EMajwO3EC2ARRzwHghuPy8sa4ElzN1d5lRX3TiA5GZ1gcKKgR4jq4mmIcu39Ja7OfkPFxcRblG9On27ha4Lp4x7ueMBDAc05sGAxjxBKc32wAKd7ovBXtPsGUjtg/pVaPhllgJnAhu+D7kzkMw7/2OZnT2d4t8JZOjs0nkcVM4nNE5Bna/mJHFNbi9K30A0+0DRY89kAJA9tCY9YJF5w5Qq1ND45ENCSMrnwLyajBS9wcIlyzBVEuqESvRGXm0Ttil5TQGkLrL3kyenxGAPQZ+PI97FIBEnTnMzpAZzbgDobIVWLnWhNIyFaFrv5p8Ga7JnJTUDC7qZotjzU4DN3Fvr9DIHbkAUOiSTgPmXFQYIx0SSx7ZRxzsmkrFqK5yhK55BLPnySguARYtNSHsoN/qNk0h8VOj7rLkfYvWhUgjMU7i8aTWsrqANOUMwA4DAKfFjSPzDB2xqi6VKjzYn1z6lj0Kl8eEOfM1is2RerX1JLULN2dsS14x/Hi0wYDDRDiAPBJz1RUWGvR/2r3O5wLA5vEALC+LKzj7CfWhFmWgf4wUcl8XKr0Oi5aZElyJs+aR1Fq9UKo3TA0Ag8ZTiyPjhVKcr7WgIAXN708UlqwCSKwoSHg0NRmsbswzU6M3DWh0SuYBLgJP6U/sPJUFnye1qVK/l+iG4g6+soZAnHP3lAAw7B8eB0AbmRAhoZEi4KUaA+6Jke6zuZBAVvcneSpxKAXpmhVn98p+DUCe0SNelNRoJEZE9VQjVLQUM+ckf3TtdAkhzww6r3aSo0cs22gUgzgAS6Dkj3nFKipSn94dA/BETgCkdIw1YUuKnRR4ilTE7JOH+4VClyIDmaTbxfQrlsaKNbBZFZSVJ3cCF5VI4v9K5ZrJjR8zbIP+T7bZ4+pCS5UGALZ1TAzATNiCuDHPPIpXl9EbEWeZM1Nb2Z1bpzw8qIXW81obSlgY9qHuDqjVN2BapdnQbVhaYUZr2wrg+IvpaQeTRYscK6tDIL8UI+4ChM1WKNSAeKyPRw94tIFHMpxtjXC2N16SQ5xtP9G3G6nPCICDse6j1kCpNLeId+/c1onuXAEoPNgNZ4DoHPlRadkiHUAu+FCvAFC2O6i1amqEJ34onnqSMuMHFRXTC+UbTxHgUfnOxRvQteAG+GoXCcDSVjsEaN65Qyg6sgPFB9+EZTAD25m1CDVEQw8MNULJ7hT9jmlIA5D7vriJnAmJR3Pa2oSm2pdpY8oEwIP8iIbG1BMelhKAL+hLfJsGuqmvq4LscEUBhNUFVbbCMU7wF087CMvUf1roxJHEscKAtwznN/wx2pfeYhiGaIgBgd07Y7nIZ27/Ikr3b0PNm8/D1tuW0tbj+Bbux41s2yh+1PezES9zw9CjFmprUvtBOzqiJsT+nAFITLT/lmKcOn4Ks/VNL8akubO12Ea2aeQhHxn01LRIlUikX0WcZAT7cfy/ZpMkTgorRATY1iJbQ6LcvPZzOHfLg2OkjSWK/Za2nlahJtn5bSLmJ9O1HIoYJjYYsrsF+H7vNAyX1kTD9rkRtH3sdnRccxOqf/0MKrY/L9S9WFaEVKUqlhnJrFIjE19Mvtj2EfPmpT6/Jcbu9+ZSArkxvkvgzOZNL+pqkveDq1doG2JEXiBUWCEmRCo+UiXBAciKHwMDDhQbBJD7/aoAUGk+JdZw4TDFhof/Hj3LN2rqqLcd+UffQ96x9+E6exCO1gbq05Tk7o1k7yGb4Kf+crD+GvQtWA3fgjUIFkzDuTu/Al/NQsx89lHIwQkuH0UNjbWOUJ96SD039oULUl9ytjF6uDOnAFLaQXnzoePJAeS0fk0cgCQNAkCXh2xBn3gpqXUPWptWo64+tc+zo52u7W0Q4IlA2i89i/5ZyzFt63Mo2rUF7tMHMh6HS1BxJFWO1tMiF7/3C1HDAzOWoGvFJ9C55m7xvNnf/ZOEYaC08XO5xf1M/V1RvzCrz7y8lEIh5g7SJWeJwDRn/LwJAIgDh1KfwEtMFRdF7MEBjUZTqzR59DfY+xza2yS0tSYHgMndudOkug79THy/uOkB5B/egWV/eh1qX/xruBv2XxJ4qWqR71v74t9g6aMrxPMu3vpg5vehfs/k1t7T3BObCLHMIOyUw+0HtN3TJrSGdkau/zPD6Jnpwn3tnfDe80nRLSU1Azhw54A+sZ93ieKp1kyreTsTteMkJG8NmodnEzOTkJcvCXcaa7vWZhUfvkdS13Yc8ltPgVdEtXVcEBUqKZdnvWZ+jvv0ftioT5WDw9ouV+lcZ7HCXFQqyAu7Ei1tmkOFpyPcc3fqccCDJAwntfDab1H9Hs4pgJzqHainPn4lS1q8A7uLNKTDqgHIKy786hUCRdXcahyprRKJkGw2sUyH1LCNOEIY7dJSYkXUB5wK4dgRMh14/tyJVyC98t+BkF9Unsk/gCuR+LnpgMcOa1OeF6aCQtGimbhZm09oBI7SiuuIwBgsW7DtDeGF4c76vxKAGQeoTsTtz2sPPcqrUSyJm07QeBFoIjpcRBrES90AL0cZWa3J2nqK+kAiNMU1YrqVyVsI+czPEG74JZSixRixkYQGiDk20U37mzHpExMVsm+ZbUYMdmatrDbNXU1RbcG2H68JmipxiIo+9fpdYvkT2t1rIgC+zR6Dd3ai+OE/jo3EW+lOQSp3W4+WV68FzhM9PnQkYhf2iMwA8upNiqeY1E6YmOoB4dlgG0sN+0laLdpIvjq5AGPbTiYNImw8a2zqAPfxTNZMfR3CcR1J7Mf/L59LPfrAiZcf0d/zZxPWFJleQGIeJjVaHQhixdyZpC51/56PbL/ASGJfuGCBtgLuuXOxeEhWLWzkc0tlLwW7tMTYod2lrYREjNVEWaYLeSUIMfdA1uzCrJOXJB04O6DZjyk59bLk5cOUX6BJG4NIhjk3RHN3C6wXG8SnLNRtzGSZPh24/z6gutr4cbwlT38/h/lhM9Xr0OWSQE4cGPmlLVtJxy/XfuCZNb6hMQ0Xa1ZrK9O++y7wHmnIuMFpMvb7RNa+mIR08uxesTgAz5F3uhM9BsIromgjAaymmPnwJEr9UwOYzhFrfeoeA/16SawxCi1KWncMaJ8mwTBE+MOoVRRF4/IPQqbWySMs8rAvYWxvdJoxA1h7AzA7jYVCeGjugjZnnrdx7Zhom5sQgPTAvTcXYefu/bi+4ay2epOHAEw1g5jDDjfeQkTHaUEDMa6RHgVKbzhxrVR2gA/2au6nOIkI25xiyS6Rrdone1ZYR03UlRZrEFr4h8SEaSggxu149JxBYiYZISLGXhcJlgITzIUybr0lhMrC9DbyemdH9PD/XsorXErsAi9O+to//RD49l8Bbkd04CFlGvBLMBdwloVwLJ9GOncgjDNnNXfSmAhvkiQxtugfNByJ4JXitFlRcmxl3+h8BDUqndrqu4oO2siY1XbTSfn5QF0tNVqStncuWIg2ynHvl949zp0nbnBQHL5PwvDmFQGQHvw6SeHWjw5jI3temHUy++wyiMEdURI99ovnqSjXO3kGr5VE+GKb/kmstvVibPvw1HbbiIj6yvaSQtwG2CExbZqWy8u13bTz41ZPaSABPRPn/w6Exi8Fe+h++auoR/ixSy3npUYPPUwveuiZ5+CcOxsSv7ARgOZRhn9+3KgEe+q50x/d8fOESJ7VyhNIedSaj/t6NYc5D3JwNPNE5mZw+EYk8+INzBY5F0Y+C42jqDnlORJJldU0Psl6das+dAQ8Q0Kw64oCSAU4S1L4YCCAH3/t68D3/o4qhLqnoRSR/VbLaJIz/guzD5FzbY1xq2YgeXYPa0bmOZF5BkxgI4sHsFeEbTMGTc7COgmWURzeOk5tvrsT2PWBkO79pNH/PBua4pLj9wjEnxCICy+248k/p17xL76MlHy4yK2itSemZkIKHVsu3TRgm8tqxWVPwVGSX+hJ/S68k+crr0S3K/8U1VtWNnXK1nodT7FK4GGm//k01M4UpLiqKJE09AxO7cXweuPK77Kr8DrHAsj8aes24KWXouDx5o/ns1WGrMSxkxHK+bUZToSGhrHhw91kxpEtrK9CG01sauxqiD2ywKWiplidkuDx+PT2gxbh7+W0qDqMmdMSGyivC/PCi8BHH4l6OEHgrSfwTmXVZ5vNmxGIOwhEXjH75pMn4eaBytKSGHPjPqKtT0bXgIbqcFDCsulTczuX4y0yjjbFqu/25SG49L6WY1zeo/7uxz+FSuSLX/Y5ynflYivyrM8kIRBP1zuEp6aitxeLd+8B2kmler3aWmAleSr2N2qPHQxIKPOqKPJMPSncssciys9pAUnfcmqIvM3Q3n3Aj16EeuyY2BmPo6w3E3DfpHrJyQ5ROe2EiNzwKuzfhr4fQlUVsGol9R0mEz44rfEnL6nRB9YHx2VwkyntOWPCto+0Arup77t17giOH1FBjZVjn3jYs4/U5bfo39/NFlm5IgCOAvLP6MXu4SE+pk5Vc2Q4S2T4QjKRGxV3rRjJZHmZK5aaumX8x3sWuK1hWINhtJwIqwM9qqQb/2fo/b5Lh/9GwF2WgczLWmUEJM/N4T2CPqNLpdCldrekkgEvVZerwtvBxjQvQey4wuu9MoPs9VHu0UL/mnlLhTYJ7U1qdAMtnVn+nA45CnkXAXdZ+4Mr1uYJTA4e+TgfUl5BFbGE1+Ue5S1Ri4oh8XLETIR4aIqNch6OY3D5mLMYWJDG2oIs0fEjUOz6jAx5cbQikw1eWJdDQNhlx5k9PL19uuenR9+0LPGeDBhZdfgtm8EE2OEr2cgmjdIiQJnDLWJOQJn3h+FIyhqqsGqqsJLLWimSIBwX6Llsr/GKRsf1/BEBNqlCBqaEJa2DW6pnjnnj1e54UneennkL05mhQp60kVqD8ei5PtnkB5TZHuNhDu6reAyrS8+dBFLnVCFUV8W+AATwuyQ2q4fnrjY8z9x5HpYO4QRhg/rtq+HdZVwdya2msydhbOp2/lXy3lNGhfI4BovXDdD2FmI1Gs9RV0KSbfELjCd92VBQm/6t9WfxM1n8uvrk33ms/L10Fx3/PYDG/d4tlD/Fbii938uS3hm1364aHj2PgvvEX1DmoddtBGbg9wBmBhrbiZ+Evvi3ye6Eq3I6HKWVsHqLYbI5DJc6Hi+FQiF0dnaS2eCPY54S2TBk3xHJCTU3QOmNDqkw63kJWujfpAPzcnliKnSbb5oOCmcej3foTLBAV43zIqrR7HDDWVlHwNXDXlSGXLhpfD4f2Xs9WhTbaMJDhiVHoYWaz0Lpic4rZ/CO6ZkDcXkeGevkIR1oznzy2wR0y5QHUN/17JtU949xfJLwutigkIEe5jUA6Hc5zI1+GNKQ7jE0W0woWHoj3NUzL0sLDgaDQhqDBtPJ5ABZGic+hKIv6MmrLTkcUOkdGPswvYM6NATZH9A8SxxMR79/jw6fICBzOtySaxfylyh/5Y6NwB2btCBgnnkVcaF19gHndCrB0WwcyPTCj8IYaj5z2QC0Wq0oLy8XkuhLsSK5SirV41Tw+Xu1ACeTvgRabRmk4vwYk2dB5njPLa9Dful1/Bk7Ayh/L5flN+VQ+pzEFbasWWmxf/X7LyB/0V9CKrwJsFENBJoIsX7YrGRFD2uhCewK4+Ci1mago8cKd91cXK7EqsBBImW32zFM6mC0SpU6zmH+dD9WroytsMxhlJXFiSsus5bnIbPrlgGnG4Hmi1hZ78A/nBnOHaPNpQQ+QMTO+/BTX9Q2B9m7YkwcJrfkOdWaf/LYOV0K20hEr9CW5QxgZWWlUKlDcYt3hi1OKpdPeHm4zPNqqR2OE1N87z3Azt2COT+ASwzeveyGPEmfTCTx8eVLrWrx4keoOT5uGETLlcERa8zkL3aosLhzt215eJxte2RSG6WlpSgqKhKSKSSLWDCXi8vH5bSlERDO0epLFkLleuD6mGoS+AlFQdWfPErmW+u/k45sG/cC1lrcBbH33+xKH8Da0gHcsKgNRXkBtHQ58daBcnT5EjceCcoWHHTPwGlnJfrMbpioMc0auoBVvYdhUZMHlXo8HthsNrS3tyNkc4pycfmcGQxxffoPIB04jCquD90UmRoAUiP+ckkRwjMXL5Nx9mvpsUFSo306h7C4x1ehLBu3rbiA265rilLpOVV9WDWvHT94bTaOndfs/hZbMd4q/BiGTDFQFZLC465adFi92NS5Cy5lOCXBcRJl9umbYvEwU2FB+vXAfWFZCcIdXfhyrgCUc6A+55CqWffJWwnG9v8QW7OOl7gP5OiuDt12tniMnS5mk4rNm07i9jjwov2YVcEjnziO5bO0pRXfKLo2Abz41GXJx8slqzFochiyVOjb6Yndx9TEaXTG5Eiwb5nrg+tlqvSBD/KyMDevCyfs7mKUhnWMecK/lXSUbLAvH4P34K0nogAlpdayBvBaUq3ru/fCrKY2xXxmF14rXolQipWCLRzKbTLDTJQ5sv/fcAa+mFs+LibBMq19cNIDSK3MSp325tUrIOV70r8uEorPO1ya84oNW/TmjSexaHpPWir2s+vO4HOzDmEjqUnZgER1W/LwvndhagBZ7do90R04hzIAkOuB64Prhetnsksgk5eCWzNcr3VA74KamiVSn6l3Ertx8UUsmZHZavYM4mdnHcaNPQcMzzvmqkOPxZOUlZrNZqgEYFOTlFDedBPXB9eLTmYmL4D0rvcVFyLMa6alTetVrUJ41lHAr8KanxrAj1+TfArpr3bW4Mnnl2PH4bKUIG5wH8f0YWP35ClndUoplBxuBAKqKCeXN5xB6BLXB9cL18+kBZDUQwGZArdtWAs5E7/z4LBmQlzU/cW2wuRrcDmInJTkj50syPX4xv4K9A5Y8ca+ipSqd8XcDswevGBYFp/ZmVqNujRmzOXk8g5mIIX8fK4Xrh+up8kqgRzzaV5/Q2YXRebV86ROk8Wc0oRw2kMp+7p1pFptFgVrFrYZkJ8wvayx2FjDyZ/BKhRkzMtmWZQzvtzpJq4XPeruM5PSDqRO+jNVFVCn12Q2wtGrh7+ePUvSV1AyoWGju29oFNko7T5ZjPP2MsNzqvztqU0Jfi1nPhobe6LlrixOv4xUL6ithtrUIuJi/2lSSSDHeJKtc+PaVZmB5w9qmUdpzp6TYC2clhO30EvUR+7onI6j7rqU55QFu6mPbE0tgdxfuwpwplErb6TsmSSuH64nPSZ2UqnQO1g9rPpYZhf19MfUpxJSYS+pyDp42/ZW4oVDC7G1aCWPtydXz4ofG7r2iNkoqQBkv6jkLhAbtUTUaE9/ZmXh+tHV6B2TCkB6tyfYxTSjLrPruvUKaGxkBitpI+9ZTMxKn9u9EK8WX49gis1ErOER3Nb5PtyKMSsRRMbthUTlbGxMLH+6ieuH64nra9IAyPMdzCYsXLEss+6LqXhEBR0+SuCVlBvuCD0R8P7fu0vw65LVBuCFBHhs5LPDe1wAZRMkTwGVN9YFDGTIRrmeuL70eSKTQgLvoz5BWjQ/s4s69PV8+geB8+dVOKZlb5+IVz+swvcJPPZz+mWrAXg7hQvtF2XrSMWuMBxqinhk1LwSKq9W7vj3SDdxPXF9cb1l413/vwADAIz0pw00gH0tAAAAAElFTkSuQmCC') - - e_upside_down = ('upside down', 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') - - e_wizard = ('wizard', 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') - - e_wave = ('wave', 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') - - e_crazy = ('crazy', 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') - - e_glasses = ('glasses', 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') - - e_head_explode = ('head explode', 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') - - e_laptop = ('laptop', 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') - - e_party = ('party', 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') - - e_rainedon = ('rained on', 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') - - e_reading = ('reading', 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') - - e_santa = ('santa', 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') 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rvdYwk7MgJhd7b7f1fAbZhDgLMSYA5wyNwuaU+LF0MpqOpnkAKLEasYhloBl0smOgkqFuVFfbeRrLfRFKigihSHjdOAMhjfcgAkthyTG6OMy4Ry6aU427S8dMDfP/aEABkNciR+8WVryP1zCY0FDQIG/V8bf/OcTBD1oXDYYwVgDlI2oZjd4ukJWlMSIa9kTRaPyCyJErmTqgMEbAlZUPdTuyFVDFvVduyFbjpxiDUaKaHjS7jOiNSo+ZQJJCrpo2GmVNghR4JmkBBZaB+AGrMqpClbH7VW7Du2INDh2zY2Us7puaMRc70OUih5RkZS582MopcLRWsHe1op9XcUlONwmMHUX7uJOw2W09JC4uAPXaEWOn+qP2Qg0g0UROfCHtDXb/syNHaQqSGtBVJrS0hA9r6UvH4MVL5c+fQd07t/314n2Jurqjo5vr0JTQ3hgLgaIWvKzeRAQL9zXQt7X6+w1T5JNbL7+FaxwewHT2O9z6W8borSKNSqzFj9XWYf8MXMHHGHKSmpUEb5MY9mS5Yc4sJRQVncXTLR9j+xp/R3twEXU0h5MZy2GNS4CAw2eYNK4jkvKujYxWbGFAMnXASiGrSYva4NPIN6yB1WwTmn2wG7r0nCBMzRinJh1KaGRKAgnJ2pysAhgcC0O5VjUzzr3N+gOvkD0TahQkGh5QuuBj/uJnzcMNjP8DsRUsRwbphMBeOJCw+Lhbx8xZgNs2v/vAZFF68gE9efxkf//nXkBrKoG2uIolMhS0+fVg3CaoijOReKOwzsColZmq1QNKHkyrNgq7yvJKhKATKKxS22d/IyvLcXRYqiUnmO+bYNPGA3s910JNyzbMdwz8dzwn2yCzSHel46mVg/xHlebOvuwV3P/EzjM7xX91lJaNfV1uLmooy1JaVoINWdWdbK5zEUsJJlRpppSdlZCIlYySSU1IRHeUNcKsI0DFjxyH80e8hZe4KbPnjf6LswDZoSBrVrXWwJefAERk3bCCqY+LJP6zul5myKtWQf+iIjBcRHA658di2naTw7v5fP4ZMeUICXdNGTCA7mBhs0RMDKJoBdIVF96H6WXIpsuUSkY2Wuj6mD/8vz+830Yf6w6sSLBYZY66ag2+++Bpyckb3eYOy8nIc2rIRe//5Bi4c3idUY7AjlkCcf+MXMe/aGwVZKTV1wtJNulwfhfmPPY2JN9+L43/5DWpOHaYVfw6OqAQlOqIaBrVKEq6OiulXlcq0EJ2d7VAZo2BPHAldxVlFCi8CNeS/jhjR/1uMGS0A5LGY5j+C0lSENm/Wv7/29f2QIiLw8mi7AC0evWJBdW+KjSjsl/32z8SwdgFaWm2P/uFNrLjueiEh7mEh73rb+//Cu8//GFWFBZ7HtcZohMUnQ2OMgSYiEipdGFRanevL24Qk2jvbxLS1taCrpV5cFDeJSZk0E2NWXo/0WYvoR6+qKCdJPPrfv4bV1CT8vu7UXHInjMMiifaGWiVC0w/Q2uRUcRtWfEJEaQRXmAJsuLX/1z5F3OHvb4m7vyYJ/EawEiiW6wul67FkHEmt88WelWaefFAzkQrgB88Al4hkZU++Cj95axOSEr0xUwuh+/7rr+D1Hz+OLqbXdNHDUzJgSBuF8OQMAVho/oIT1qY6WKpL0VlZjNrTh8WMSsvC5FvvR+acZQLYzLnLkZQ3HQd+9zRJ4yFyqPMJxLFClQ25KiUptDfW90toHCSF6sho2Mk266qVnWX55OOvXavkEAOy+DTP3VlBf54cA67nBbJukVnsJkIsXRRV392WVWc+wuNPdKKCzMA1X34MT73yNqIijR7GuH/Xdnx77Twc/OAdyHRRo8ZORvyMJTBm5UIXHUdrYhBqjV5HY4gU4EfmTIAuKk5Ip7mhBuUHd6D+/EkkjMlDGF1UDZGH7IWrxN/Unz2m+GNqrUgFDbVrwYSmP99QJvdHbYwUgW7OVkgcY5WVbXY+ZKXPYL63d5946UTC5dliy8BJXg+AvOlSABi9iB7tuUyqy+vx+EMfoaFJxv0/+x2+9J0nyXdRVFiH2YyfPHAb3vzp92Aj1Rk1ZjISZi2ni54OlUY7dBeOVKY2KhbG7Fxoo+PRbWpAe1UZira9D53BiPjReQK85AnTEZE0AtXH9kPFIGqGB0SnubM/H4h8W7XwDSVy6lXmNvGwiTTY3LmBXVh+vLiEGH+z0Ir/IgBrgwGQGw1M463OadyRJZo8T423yVFjvQnfeeBXqK/rxIO/ehm33PsVz++KCgvx8NKpKD55VNi2xLlXIyJ9FEmbGsM5tJExQrI5YmZtrEH1iQNoKStC2owFtGg0iM0ag5is0WQbtxOIzcIuyvqIoZVCq7lfRsrNZFQshbpwaJqrFRNDgjtmjMI4Aw0mMSVKHOAQAXhyQG4FpT+Y6H+iWGlvGUJ3lw1PPfoi0f4G3PvTF3Djnfd5fnd4/148tGA8WhvqSF1OQfKCteLCXqnBiyRm/FXifdXhEag8shtbn/oautqUdHj6jIWY+/UnhR3W1RRBZWkfWlJq6J8kMfni1JSSvvIi5nLWA47kZM/diUF9DpZsvtPpAdBbZfbCf7yJi2fLsOq+r+O2rzzseXzbxg/w5PpFwvYlT56NmLwZVyS05TfmSpKfsmQ92dl4NF8qwOYnH/SAmEU2ccptDwoyFEaOtWTvhz2SijblTEflottQuurLqFxyB1pHTSeXRBUAwIgBv7PTrPiBjmhvc5uz5/rPWfpwwknBslDh2LR19ARw+0eHsPm9/ciaNB0P//TXXsnbtwe/uHu9iF+mZo+GOnPsp77rTx0WjqSFa9F4cAvaa8qx/SePYMWPX4SWpCRv/R2kXgtRtm8rtDWF6M7oW0zVOHEJStY+hK6Y5L5BjJYaZG18EQlndvZxF1TEOpxmc7/RGXU0sdLIBHpvJUzV0aFEZkZm+v+bOC9xzg2WhXKQ51beFs3tPrjyurkrB08+/HtaKSr8etsxT0Tk0qVL+PbVMxTKS+CFk463x6fhszCYNBjSsmFtqEZnbSVaSi4ia8HVYqGNmDJLAGgn4gNO8Pr4iCVrH0bJtQ/DofevEu1EgBonL4ODGGVs4ZE+rEO29J84kHRamnqoza0i4cuD60JHjw4gUWolCG61Ioqw+TnZQcdAKlTkCxrdAYbuerz487+jvbUTX//tX4iZJnnY5vfXLYSTOG5KZrYATx5mshK6XdQgae4qESRgfzD/nZcV0kM2cu5DT4oLrm0oheRQshy1M69D1YJbg3rtqoVfQO2sdT0vHpdVDBCDla1K/NQ3zFc0wG4Ilxpl/TwqGBsoavEaXIGXc/nV2L35mFCdq264xfPEXzx8L1rqarBq9QgYo2PcVwyftcHBAnZjmOSc+eeraLigpEaSxk/FqMVrBDvU1JeRREWgdM3XQ3rt0mu+Jv7OVwK5RqZfO8iJQb41eAledbXS2jLQiPeq0aAAZAm0VipMF3/+q/LK3/rjGx5f78CeXTj43tvIzY3A8uU+AT3VZw9AHkxoYibMEmzh0B+egdOVV5x6+4PC4ed0j2nUNNhDdC34+Q1TetbKuoub+ovMyLZuOOlv3akvJjGl/ew6j/VinT4gieHeJSvjcdFsweR9h4klFdAXXbEW48YpNtTa1Y3nH9gAtUbCt7+VhZY2H+Z1GcTTSf6RKXsq2kdOgCVhJLqj4uEk+6Qi9abpNCG8sQKRFecRc+kYNC5HOJQRmT0e5spitFWXo2DjW4LM6GPiMW7NBpwlyQwvG9y2gLasyUg5/L4PgAOny9id4Lwil36IgmBWe6T3cgN0KTF6yzBGBCOBPER98Luu2uB7f/is5wkf/f01tDbW4fp1ScjI0F+2dDhoJVYv2IAz9z6H8pX3o2XsHFjjRgjwBLBqLYGZKCh85eIv4uw9v0T5ivsEwKGG4WKnzFXMwv/8Fd2dCs3OXXsr1HQx405uhs5UF/Ln781UWVVLAySpWQLFd/MhT1XVgZ/vEy8NGkDRiebMeaK3E6ZgfJ5Ctbu6u/HXH32DWJMWt9+WctngMSjn7ngG9VNXwqkNrrudTGq6OXceCm7/iWCDoapSDqQzeBc3vaP4jZExyF6yRlRWj9j5Wug2ttvqh2n2/13c2QvZh+lWBwdgQrAAekI2Nzz6fc8vd32yEZaOdqy5NgORkZeXY6uddR1K1nxNSOCgVC5JaOWi24U0yiFk36PHKVvVCjf/ixi0kprKWSqqKJG6468hf46I2r4UUtL2n2Xh8kNRU+pDgNrbA9e0+qyHmJABnLd8teeX7z7/NPlREtavT/Fv94JMztbNWEsArh8SgsLSWLHsnqAjPxwAD0tIgaWlEZVH9igsb3QeIkdkwliWjwhX6UOwI/7sbj8ADhC0F9X5ThFWg08es7l56AAUNG3CgmWIcXVbra6pQUn+CUybMxlJCd6L1YM1Owfe0sZGv2bODUPKMhnE+ikrg36+caRCyCoO7vA8ljFrkaKjjm8K+nViLx4mYuWnU1YwqTLXtfItNG4KAKBPEicqWAAXC+lbv8EbMtshugphyZr5SvsQ1zD4ACg5+2/L4CCmKaRlGEbNvBvRHR3cRhpOKnNEpurYXo9LMWLKbAXAY8EVgOnamzDm3Z/750tMYqTgAHT6qNu2tsDRGLcCCRbAhSL8PWeB5xcHP1RKMmYt6BkUj4jo9aH66fXZQGTFZhie/slc91I998agnstlG2HxKbATnW8sUupUEnMnCwYZe3YXjNWF/Usw/X7SSw9B19ZPndFAPrHb3Ki9mAQKo+pC6F7sBpCjoMjKVqrJbHYHTm3fhNTMFMTF93QdonqFDCWHfylkd6Bhyophddg5exCse8EAipDhRWX/AiebYzJzINltmPqbuzDmHz9DdMlJqFzxSnWXWfzMj0/5/QPkl1YO4LVIQQHoW8dqNl/+NXC/Wl50QhLCXTv26+vr4LDbMX5yNiHRkypx+JNpbkenG0Cb2AHUe7SPnCQCwMMcwYZpzGwkBaEGw+KUlE5TkdeGceKXg97qzjYk02sku16HXRfOpIf6WfrHz7XV1adiritAdsseQi9DleuQqOixs7x7Amsqy8XtyJGGPgD2CvWQuPrnwm2ZE3AlRnvG+OBWqivZ3FHnrfU3JimZFMne8zuEDJ5AaOjaRnd7dxRYg1GhggmkZHs7HjVUKeoiJYE3OPbdEJHk416qbP6XkSUh44oAaE4MrqenhvxPrqvpqPdu2zW4pFKyXf45HbIzOAB9Mzj2AHtNfLpcmIMBUHyLuBRvXq+pRlml0QYThxH6BVCy+V8ktmGsku7xZUlNBxXVEZmDcNjMHV61GhXtMQOXNRi8AQCU/AQfAqlKqxe2pmAAFK+s83HwulyvEBlh99u8LtXXr+/2v1/AqQ3DlRqyFFyUyH0R3XFRjd4QUkAicKisK6gFpCwWr3rWB4iDW7wy0RgMgBGBGJN4z46+51akp/pKYJff1SfZbVcMQCnIHjlDWebYY7FaOoMGED6+sz7AGm/31l8NWFbIS9cS6M26upw9nHj3SIxXjn1zx/K4fLx37aWu0wR7iD4gv6uK/lFLyoGAfF9yrTKnEpESa4vvO2RlgmywvwCz3wvtstdql6PlHIJFxtLntAThD7ikv4cEBkjuNHrlLj8YAEU8oK3Fq25jEpQIR3WtA3l5/hfTKOIO5y+6Ppu1L4D6hnIiGJn9xynpdYxqZUbQ94tQex1TuW84sc/jDKa2qQHJGRm0mLpgtVphsVhgs9kCAqgiP0ztspndne19fLOQJI9UsaOtJajGxJLb0Xd4OYUhgJdV4XU5zwUDoIjINdd46XVsspKGOn7KhhUBMjijs30B7Ogbvai6gOa8BX39MQItjjRZDL2zURUYoECA9XmfhlLSBmFiRrk2pNuJHXR2dpKjbBaTfTDOCDCAhnhv+K27oy10ADmrYKYFS38rB+uwsfS5tJqvtoj1E6pmAS1SCth4FZ4OBkB2+hwV5055+G1KukLNzxcEVk2js3xWF+/AYTvow7REVMPeLdJA/NEZsCQCLkrtBUYOQsL8XkOfW2PF+T5b1tRE1SMjI8V00udiMJsqShRiNsLr3rTXKEtdDoJw8X4HrvMUJfXO0Hw+37oZX5clNrbvc8vKPaZpXzB75VWuMwwqSk4d81yIEWlKKUZLs0W0zPA3+Fy/cL33Squs7T2uuprYaXzBAQHaZKJJOXpl+7aMvtNt35yytzFSb/Dcz/Od4bxLt7XBE+nwnb4hLqPRCL2rOi8qzes3ttUoAQtZZwjoHvB+P95SZif/0dnRHjJ4bMhVriCC1GXu4fDH+fG0Tnll7u1QYqEnuqwWsSdd2MDoKBhjYskf6cT+I3JArZDnU9Oh7lTOduJ9fhJdwJiYGMxrzMdIjU3YukCAOYMAzOH7Nx4yIyPu1PY+gPUG0j1bq5QqooTR3giRqbTQBWB4TxXJfWKaG2GrrYLD1NL/fsABmKcmLlHJVtDr6lwtuQQRTFCIYA/2SZbo2DHxZ6z63goFQD5RBCWuzZi8auffdIeoAd13wCw2dfobE31qh1Vmk1hd4RFGZBBNTU5Oht5mQUL+jpABc/oDzC3crhlbeFhUTQcCzBdYvjVVKJn0pDwlQ9/ZUANzc4MAj2OfHtBIrfKtYJY92myp0D7mKlTc8h2c+8E7aJ2wYEC7pyEyKKrWGLzqC1B1etsYLlnS90/2H1BsID39L8E2vnNb7538z5EtH2HGbKUQaN51N+OTl3+LlkYTDh6NEAc19h58tq3un0rsjqUuJToC0SMy4SAD7+QN//ThI4tPwhyTgraRk/sANpANhOzf9oXXlyLudF/p85VC39HZWAeLqRlRqZmISFQIWt3Z4wrhUYcJ0PwZXC7/aJ20CC3TVsA0ZRnsPtGlzuxJiD6717/g6cKgjosXhcbsD+uqCmiBe0+fm0BKYFqvpsSc3HWdOWijj/JMqNmIQ/SXbTveeDnqwR/8REjg1BmzRJuQNvriu/elYfG8vlUM3F1pErkZZy6Gi2ptTZgGdsHtw8QuVY58sPOceOITyJIarT4Bbn/gBQLM9+Fwck9S970jlqocALDejzVcVNypzLleSl11TOkwZ4emB3hdCWkwEWAt01aiLXcOZB/nX19bjNjjWxF7YisiLx72qzLVUdFij7wQQpI4ljzfoMaoUcCGW3peSzarfPKny0V8nqSvPCQAmcisjJc/MjXU3lZcXIycnBwiKHosv/Mr2PLqiygpbcO5C1Hi9M3eY/78BJgc6conspASj7QpNSLcKJWNPqlUbluVeOQDaFrr0TRhEZwqdb+ABQIvuvAIkk5uFdEMeQCpc//MnQdrzx5TsivzlTIMO2mH6uP7xWe2aw3oGD0NLVNJyqYth9knu8FZiaiCg4g5waBtEwAG1Jjh4VBFxQp7xzlSbX2Jp4Ohe0yeBNx6i5KS8x37DiiNX+njXKKP/XQoZtbXAXqD5m1b334NOd97Sjyw7oFHBIAtDXXYvKs3gARYWDrG5iVg7ymgtdUVfutogTOKLDSpEZlIkINAVLlAjCFWaqguFLuBOlPHDuxGuFd+YxUST28V0hcINI+943153C2C6TpR/8biAtjoc6RMmoHodKV9NO8ldJBPyLnEk09+BJtPUlhtbkPMqR2IPbkN0ad3QtPZ/8GbSiOgGE+FNoPGnZp6BMj5UqVpsOFWe5+tFIXk8238WFlL9BVuD6XNVm8AN9Or1H7w+1+k3PWN74nk7rhx45A7ZyEKDu5Bfn4HSsqNyM50cZ9wuhjqSBGHnJLHfaNdALKhjogVtZJMm512h7CJqogosTp1bY0YQSqwOzKe7OIkmFNGwRqdJIiE7JNbC2tthKGuBJEVZ6FvqgooZbKrdF0mQyzz/j938ZDrd5X5yo6i3LVf8PwdV2oL0rbhSQGevraEANsqJC3y4tGAVQa9gVNFRonGeAI4WrjcwdfdlcIrmRL0WVqoI8idUPV8Xd7O8Pobykql/x8i8A6HSnQ9ANIf20iNvthttTy97YN/4tpbbhOPP/jsi3hs8SQ0Vldi07ZcfPU+jXKMqircxRGZjcrYf9iViORkaCdRb2McZC47t3WIoKWjzQSJviyndPjiagnIeGKoPLkpgp18MZEr45NGrB2uxgByT+lkUFwSBtGWxOYxHF5wuQkzZ79VqKqrRFdHKxLGTULqNIWcNRScEhtBrQmZMFw8jilv/2e/qrEPcMT91WTjJFcqgcmJljSDL0kRF5YuU+xIFawxWiGB+l5x9Apak6+8opx8TeMZuv5/Goyn0kMb5xhwjqTwofP7d2nXP/gNaOiCJiYlobDgHErPnISpXY9ZiyYhKiqsh7LjD8vlAdziWFw8mxWO8GilGQBJhbtlI0sJ/yw6VvhacQ4E2JWgtKhJcQMnpIv+hh5nWu/s7BTbtYTEkZQoSVQ3YEoKq2PkBLRMX4maCQvR+McfiGA3NwWKSFByYLzZpaO+GnanCoaSs9B0BHHuhaS0oFTHxon2IaKvaEczEZSL0DZW9EkI55EZvfsuknCrFp1dyvdMiSFNleV0RbiAv/zVA95vCLzvDDaY3iMIyCeIkBT+tq258bsf/u2vuOmu+8Xjjz73Eo5teh8NJIWfbOvGfXeG9bFUM6fJou2xkEKSEO4QwZ2TWOqctlbFARQBSBvZH5NAXVQ0c6s+V+GrYJbuyZLcq5WHImUKYO7shS0iRlD6jqyJsKSPU+Ka9LyOb1xNNrgdOcvXIXGc4sLUnDyI2vyjRKI06NYN3AiIq9bYfov98EI7OEU/UE1zlQjg9x6863b1aiDLFewx+/j/mQmy0O7byWHbts3z8NN0zX90eam0XoOP3SHpKNJotXGvna1FvCtgt+2j9/Hs3esRFRuPZ55fjbGjNX2ox+6DwIHDXsm0JWfTBdUq0uObcnED4VGRst/gpz/AWNasSZkwZ09GO4HWnZDu/QR0gfU1l9D90hNo2fo2DPHJWPv862KDJ9eDfvzde9BaWQJLeAJsWkM/mXs9JAJN5VKTLGGalhpBUPxl77OzyDFfDIwd6+N7WiX85mNvpcAtM7uxe6vsZpt85M6XCLzXLzed1aeYsdgCa044mp0Ox7qK4iIsvf4W4ReOGjsO1TW1KDi0B2fOtGHtdZkKo5K9II5IlsUhGjabAg5/WYc+UlGZ3az2nC6DrfznDa30BMwNqtSLuNiMsSi7/UlB9y2po0W+UeqywFB8CrFHNyF52xtwfvwqana9L/zPpd9/DsZkpVTk9Nv/hYrDO+Egx92qj/Vv20g9amiBssSx+ld3mASj1NVyl4s2SL0Kl7hF5M03KV3q43tVN56vUqOwRqGcIyKc2PO+Aw0NHlfhagJv81Akk/1Wo5It5GYYS6sKz49MGjsRo8crScFZy1fj6O5tKD5zBkWXrFi6NNVlyiRPfJS7EV0scskM2yq6kCLaz/aQfDLIwQAm+2WddkMkTOSvcRemyPMHkXDgPSTs/BsiC48ijFyN9qpiFO/fLN5j1pe/K/rGiATphXwc+uMz4r3MBmK8kpLekUjSuKMSNy8XxISYs4qYs4ZYL/cl5S5Lql4lI6xJp5BGvuVmYNFCICbA7oXNpzVCZYaZ7Cg95nDHHV6geTOBN2SHLAasRiVVmkFfMl+tVke/ePAiqQnFh+K98g8tuwrVRQVYsSoHj39vtse3MZHf3mGR8Qn52nWudmKyihhmYrbSjJyz1+1tPYiHP1+utyMo+0ipky5+j7I/l0SbqkpRdniH2IE09favIu/6O5X6kpYmoTq5EV5XBKnOKCU+6bu/nd0dJiVs3xhAf4OB4gOrZszov9+Z8O0qJOw6osKl4w7x+WitXKCvxsfMceM0dhg5+80WspjAtA4LgC4QuQ3Xv6ITk/HSwQuIjVaquExtbfjW2gWoOJ+P2XNT8d0n59KX0onTSqqaZDBGmz6R3YFZ0SVJNGVlAKwKm+wPMF/QlKfIfQDzHfWF+ag6fUg8eeJN92LyhgcUiSWJ3/70w2gsPEuEKhHdaeM8L6IigqPuaCJpbg5YmMXahdXkrFnKbtqBdrVx/9Tde4Cjx5SsEcc1OcxJtwaSxig/r89ny79Jd781mFNbBgTQBSIfFfqTrInT8PzGvTC66gDMFiseWzMfpfnHkZoWie89OQfjxsehuhGw0se+cIFY6QnvBecL6O4eyJLI7Tlkmz0AYD3Erw9gbuAdZFcrju8h6SsRNZ8zv/Q4Rq+83lPvsvPn3xbdDXl/ui15lOjWxH3LhD3rx1nnHtfTpymq0mgcMEEvkrD7icDl58MtceJxFnI+iyM1SWmvFROlNLTjkhx2ZU+eIbdGSR8do+fPZV98OADk57zIPn3WxOl4/qM9JG0KiB/sPYS3f/A1EdlXkaq8ecM43LAhD61WtfgCO3YQda/1vglLodO1wVOAQMvUKZxyh7jPfp3kCkt4zKPkYquiwslVmsAl9WWFqDi0TYTJ9NFxmPfIUyJc5pa8fb/+odiNJDaduN6rv8HdVCaQqZ86le4nDnzhuO8Zd106QIJfXeWVWE7Srrqaq9oBd8PhyaMAbYCqjXfeB/6sbBR+ggD86ZAD6AKRyQ5vZ719xKixeG7TASTQJ9104ixqmk04//6byH/7z+Tf2RAbp8e6m/Mwc1E24aLCxxtlmM2yAgjpIPYNuQCK3Qt/9s+9SSRQqog7MVUf3YOOWoUHpF21ALO/8l3RwEBkE9pbsesX3xHEZYBcq2j9yE73+Ny+LNLfYBJdVkqScwo4flJ0LHGlSIzKpr72Fjz1IyVL4ymbIBBHjehfgh/5PuSLl4Q6HUcglg05gD6SyD23HjFEx+Cn7+1GhU2F2pY214WtwLFXfy06B4rShWg9Fq0chXETM3HkuEHZieYLmIudCiDJseZwmuy7QcTpMqB0y1n+5vJi1F8qQIerei4iIRnT734UGbO9mdHm4gLs/dUT6Kir9gtYMkkZt/MeRXwsO1tRZwMN/txVJGFn+FCtE0qrLCW/q4IcmwKJO1VFkltSWwK5qhCPPgKkJCsnmGXQ+0UHsaOcm8UTiPx1/0EA3jIsAPoAyQf3PkuSos5ZtApT7noUYZHebnysTs/+8y+ozfe2pUpNj4XOmIKI6HjR2FyjUXvKInpXMMmudL1ZnCPRgtamBpga6ulCOjzA5d1wl9jn7i7U5SjOxU3v4sRrv1VUMqee6COlpyn2jA/WyEjvW8IQaHA0qYLs2vkLSo1Kh0+jQ33iCGiTMmENj+55DENnK+SCQ7jxBmAmafKkGAXAYMdzZKQ+UTYQLyQQ9w4bgC4Ql9KS/htduWQ9ATL9rkdEXzLf+Kap/BIubf9A9CiztvYkWDqy7npDBGkdLdSiRYckAOItbdyqmafTp3hIRc8bMXk2cpZfh7Tp83vsM+D3OfzSs2LfH7890/xrVgUnXb7D1Mq94JQG5QUXPHFKJXEdlyT6oBrTc0RrS/dCayM23traqnxWDlyc2obJE52iN/ZAqrP3aGoB7v664HVH6aVmc/+eYQPQBWKCi9wIkY8fM0H4X9wxt6eOd6Kp6DzqSCLrC06jtaIE5qb++7Nw6/7ojFFIGDtRtMji7dCaXhsJuEzizDsvo3jXRkF+mITcdIMibUFJWbfSq6W4WCEjNTW+5S9qIWmG1CxE0FTrA+9z5BrU5uZmUX+KwmMItzfhCVKH4STtE7JCu6av/k05vo7GBgLw7WEF0AfItXTzK5pif1oCAcndkDJmLw64F8FBbgTbqW7yxexWK5GfLhGvZJBYRTKrDLhSyafjliGlezcLp12nk7BksSyiIv313hO2jAArL1cO4+DWxr6V9RqDEeEpmTDQDE9KDanHN0tjRUUFnNWXetjBKTk99rsHxWzv+Brkjk4U0ktOcJV8Di+ALhD523Lq4v/RFOuO7WLGnKXImLUYSXnTPOXsgxmsJjmLzo3OTWVFnhQWn0HL1V0RfgSEK+lYqnhyXzJWjb59WbjEntuPcG9vQ3KGaEdyOaO+vl40Y2c7eP16JWqTlaKcqRvK4G5Zf/qLuHsvAfjqFQGwF5DcU+Rx+LTOZ/DiR49H3KjxorCWq6M5P6clO6gl9cQ2jvftsWSaWxqFdLK7wNuh2bZZW705u3gSzjlzlKNLDS6tyvGAlhYFLO5Bxj2nq2t6BnDYbrIt0yemkYSlifvSEB7X097ejqamRkind2JMjg333Bm6HRRuEKn2u0gKTW2oJikcRSB2B50PHIKRTUTibnpj4VFzHk6j16P+/CnPHMxIctF/t3NsMpEDfUApxWOg6urQp0CK1TeDxM0N9KSWw+KSh217mXAFBWsiMhYZj6KiWmFj2zoVch1KN2r2IW+/GdLvXwanUe6g+coVk8CrE7BbrcKCmBhIHBdc/sPfInniVSJB21xyAaaKYrRXl4sOghZTE9qqSkUkpceFVyl9AFRqSdwXgZpuud8dQNwjlM+m0EXFIyw2gWai0oD9CvfxriKH0VZbBrn0DO67VzlKJ4fcmJgQD5Hh78y2kJhxGdnu0SSFjmGXQFKfebTaFq5dqdgn1uXcNZcB5Mw2t7cSZzv4jEs7PhQlDnxeheyyW9z8RulNLgs7Jc4s0pO7wW2LieRwf2wmHJqIKGh5kq3tjyVeyaEnbWOLVvafs80VZyG1hg4gX79b1kEiW5jlYvl/vxIqVKQA1qxU2OC/NgLn3ntdRGhSpswi+5eL2MzRwt65HXd366tbyOiT1yBCVS/8TrFlI9fd4zlX6fMyWI22t+sgGWNw8rQJa66hBWlWbLQ2xCu9ZgW5FO9CNltEMmF4ASTpCyNBuSeXVly2yw9bSERj1wEJFYd3iSn0NZ/1kJkj6jOZWTKjjIuVkDdehsly5S94aXgKTkeOQb0uFnpHF/I6SzG5vQga2TFoCVSSh0noqDShskqJADW3A8khklze+XX9NZBee0ccR7eY1Oguv+ZjiK7FTaSrY1Yv78mmRH4uLxe548YgOSkRGkKZG+uU7vlEgJecCDz5uIxW65UFjlPJu2OnYnP8bNTq4sA5ELNaj6NRuXg7ZTmqwxIG9boq+n46zhW5msJeuOByMVoG10fhulWKOiVT/tiwSiC9wVf0YZCXzPeSokJXW83csaOh9WnH2EZ0e9OWHVBJDvzuF0T5a4e0R45yISUZS6bUYu74eui0ThRVR+HjI2lkjxQJORAzEQUR/vvLdKjD8WHifMxpPSukcTBqtJsoqCoiEkePt2P5MqCbVKipQ3ErQhmcQ1w0F9ixF+tJCrNJCkuGXALphcfR6lq0YhEkd9eFllYlthdpjOgBnicSQ6yUjyRl8BxDDB6voDtXXMLNC0uRlmBGYrRVAPnkF09h9cwqaNQyOtUDt44+GD0BJ6LGDlqNyrGpaDV5m5vXtQzu+6xbrYRZEeB48qFQod/kfzh0tHknsOcgsF3pq4pYP3uI3ZtIExKHHjwea2dXYHZu366CWrUT6+aU4/tfOIX71TuwqOXkgLbuSNR4oWJDBVDkNONSxGo67UpLdlq5Xij075NHaygrQ4TkVpKw9DllRT1IqRufY8ATNNnJXMKPcVEvn6W7mxzsY6fc4awucgvayR52kYOqI/ugRXFpOZrIA+e8Gm9o5PPyjh5VVC4bbj4Ug38XNWo8sdDQmgWNTW/FHSR9/Xl/xnA75k1oQJLDBPslMyrCktClCsx2bSotRlmqQzAnkuiWwakmqbMVdRVmETliFspsNH4Q3Tc7LeKa8tcyFFvw0WXZQALvh3TDU837B+OIUcakZiDMGAW1Rgu7jcNhTWipLEVrXTUBViYmj+ioKE8LkNZem364iu3cucC9UwZc+ToH7hoAPF8buWZmJUaltEP/YTf+nrQsIIhN2tCvONtBBhEJ6bBdasTZs8CMqxSXgqXQGGKqa95M4JU3xF0OU3510AASePfQzY/52J3l9z2CvDkL0UXLiiMQnFLh/JhMUqdLyERc1kREmTvQxUeoNtbAUluOVp8WteyUR6TnIHLkGKjDjbDUVaL5zGFYXV2P7JYOcXpnsONaUp1xkT33KDicEvaeSUZKrAXjMvpuE8ulxxaPqcSp6jKcjBzj93XVg2BYHnciOhGqsDDs3d+Fq6YrgaFK0u65maG9Hp9rxZ2wW9uQTBiEE5mxDEqFksp8hz5F3P2//DOyJ03DgYOHcOTIEVRXV8NkMokmO8zA3MlYdsQ5xGUYkYnoMZMIsGxxohingWztJnQ116O9pADdpiaRMI3NnU73G2HvbIe1vhrGjJyg4pcqlYz7VxcKguI7th5Pw7t7s3DkQgLm5dULKe096lrCcaA2HRX6ZP/f2VKFDGt9iJEUjbKY+QenjI6aZpGn5LobVqNcbmEIsZXcgaNK2SKNk6RGz4VMYjhUBm4PM/kqJGVmoaioCOXl5SEdK85n4PIxAKlL1iNj9W2IGT9dhMYs9VWo3vke2ksLkDz/GgG4naS34fD2oF43ymDzC45bIsPIldBq/EtSWV0EGnT+y6tVJH2T2y8NSqWHues3EjNoEaqxc5fXF2QptIcYK5g+yRMYf0tURAyChV7F/4ycqGTceSv25Qw+YSxy7FTEL7kBMZPmCOPfnH8Ito5WJM1aIYLRloZqmGsGLtKy2f1/jRljG8l9OIkf3XkCEfq+udHSWiN2lGfhUrj/I/SmthfC6BhcX2SPGuWK9PgMlJAHd8HVmpvBK64Jzbm/81Zgw/XKTjy6VJsJxJkh20CNwVhkTEjRtba2dteVl5IvbkkhtaUxhMNpMEj28HCVo6HRoe/slHSRRoOs1ap5L6aKyz0599ZpNhOJoQupj5A5YNrSYpLYJ0RkAgyT5snd5RckS0OpQ5WQrkqaMlM2XTiFsK4qW1KEQYS3nU5Z6uiQNXzCuR26Zq0xpohe2dlp1eBiVdSEcJ3D7/dp7dSJ2dMXleS/bhtz8VjkuIw4e3ufaLjBYekiAC9aVTqV3tltHwSABp1OpxjWkbkS2msiTx7rVo1N0so6cmms7bKzxozOEbFwBps0uX8VsVnZGbF1nyzVNeIVAnHa/wowAMS1EsSKBb31AAAAAElFTkSuQmCC') - - e_depressed = ('depressed', 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') - - e_gold_star = ('Gold Star', 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') - - e_honest = ('Honest', 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') - - e_ill2 = ('Ill 2', b'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') - - e_ill = ('Ill', b'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') - - e_key = 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') 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') - - e_salute = ('Salute', 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') - - e_scream = ('Scream', 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') - - e_smirking = ('Smirking', 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') - - e_warning2 = ('Warning2', 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') - - e_warning = ('Warning', 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') - - e_python_hearts = ('PyHearts', sg.PYTHON_COLORED_HEARTS_BASE64) - e_psg_hero = ('PySimpleGUI Hero', sg.EMOJI_BASE64_SUPERHERO) - - all_emojis = (e_happy, e_wave, e_search, e_santa, e_reading, e_blank_stare, e_stare, e_party, e_laptop, e_head_explode, e_glasses,e_laugh, e_joy, e_idea, e_cool, e_relief, e_wink, e_thumb, e_love, e_clap, e_fingers_crossed, e_ok, e_pray, e_smile, e_guess, e_crazy, e_eye_roll, e_dream, e_sleeping, e_python_hearts, e_psg_hero, e_wizard, e_grimace, e_weary, e_rainedon, e_upside_down, e_think, e_frust, e_dead, e_gasp, e_tear, e_cry, e_no_speak, e_no_hear, e_no_see, e_zipped_shut, e_ponder, e_skeptic, e_palm, e_eyebrow, e_not_understand, e_question, e_depressed, e_ill, e_ill2, e_mask, e_warning, e_warning2, e_key, e_salute, e_honest, e_gold_star, e_scream, e_smirking) - - - # Build the "all_emojis" data structure. Converts the all_emojis tuple from 1 size to having 3 sizes - # all_emojis = ('Description', smallest size, mid size, large size) - - new_all_emojis = [] - for e in all_emojis: - description = e[0] - base_emoji = e[1] - new_emoji_info = [description, ] - for s in EMOJI_SIZES: - new_encoded = convert_to_bytes(base_emoji, (s, s)) - new_emoji_info.append(new_encoded) - new_all_emojis.append(tuple(new_emoji_info)) - all_emojis = new_all_emojis - - if len(sys.argv) > 1: - location = sys.argv[1] - location = location.split(',') - location = (int(location[0]), int(location[1])) - else: - location = (None, None) - main(location) - diff --git a/DemoPrograms/Demo_Emojis.py b/DemoPrograms/Demo_Emojis.py deleted file mode 100644 index 17644c82b..000000000 --- a/DemoPrograms/Demo_Emojis.py +++ /dev/null @@ -1,37 +0,0 @@ -""" - Demo - the PySimpleGUI helpers (emojis) - - The list of characters available to you to use in your messages. - They are used internally when you get an error or as the icon for windows like - the SDK help window. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -import PySimpleGUI as sg - -layout = [[sg.Text('The PySimpleGUI Helpers', font='_ 20')], - [sg.Text('Sometimes frustrated or tired....', font='_ 15')], - [sg.Image(data=emoji) for emoji in sg.EMOJI_BASE64_SAD_LIST], - [sg.Text('But they are usually happy!', font='_ 15')], - [sg.Image(data=emoji) for emoji in sg.EMOJI_BASE64_HAPPY_LIST], - [sg.Button('Bad Key'), sg.Button('Hello'), sg.Button('Exit')] ] - -window = sg.Window('The PySimpleGUI Helpers', layout, icon=sg.EMOJI_BASE64_HAPPY_JOY, keep_on_top=True) - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Bad Key': - elem = window['-IM-'] - elif event == 'Hello': - sg.popup('Hi!', image=sg.EMOJI_BASE64_HAPPY_JOY, keep_on_top=True) - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Event_Binding.py b/DemoPrograms/Demo_Event_Binding.py deleted file mode 100644 index ae3a27eb1..000000000 --- a/DemoPrograms/Demo_Event_Binding.py +++ /dev/null @@ -1,47 +0,0 @@ -import PySimpleGUI as sg - -""" - Extending PySimpleGUI using the tkinter event bindings - - The idea here is to enable you to receive tkinter "Events" through the normal place you - get your events, the window.read() call. - - Both elements and windows have a bind method. - window.bind(tkinter_event_string, key) or element.bind(tkinter_event_string, key_modifier) - First parameter is the tkinter event string. These are things like - Second parameter for windows is an entire key, for elements is something added onto a key. This key or modified key is what is returned when you read the window. - If the key modifier is text and the key is text, then the key returned from the read will be the 2 concatenated together. Otherwise your event will be a tuple containing the key_modifier value you pass in and the key belonging to the element the event happened to. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" -sg.theme('Dark Blue 3') - -def main(): - layout = [ [sg.Text('Move mouse over me', key='-TEXT-')], - [sg.In(key='-IN-')], - [sg.Button('Right Click Me', key='-BUTTON-'), sg.Button('Right Click Me2', key=(2,3)),sg.Button('Exit'),]] - - window = sg.Window('Window Title', layout, finalize=True) - - window.bind('', '+FOCUS OUT+') - - window['-BUTTON-'].bind('', '+RIGHT CLICK+') - window[(2,3)].bind('', '+RIGHT CLICK+') - window['-TEXT-'].bind('', '+MOUSE OVER+') - window['-TEXT-'].bind('', '+MOUSE AWAY+') - window['-IN-'].bind('', '+INPUT FOCUS+') - window.bind('', '* WINDOW ENTER *') - while True: # Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Event_Callback_Simulation.py b/DemoPrograms/Demo_Event_Callback_Simulation.py deleted file mode 100644 index 4f61814d3..000000000 --- a/DemoPrograms/Demo_Event_Callback_Simulation.py +++ /dev/null @@ -1,68 +0,0 @@ -import PySimpleGUI as sg - -''' - Event Callback Simulation - - This design pattern simulates callbacks for events. - This is NOT the "normal" way things work in PySimpleGUI and is an architecture that is actively discouraged - Unlike tkinter, Qt, etc, PySimpleGUI does not utilize callback - functions as a mechanism for communicating when button presses or other events happen. - BUT, should you want to quickly convert some existing code that does use callback functions, then this - is one way to do a "quick and dirty" port to PySimpleGUI. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -# The callback functions -# These callbacks all display a message in a non-blocking way and immediately return - - -def button1(event, values): - sg.popup_quick_message('Button 1 callback', - background_color='red', - text_color='white') - - -def button2(event, values): - sg.popup_quick_message('Button 2 callback', - background_color='green', - text_color='white') - - -def catch_all(event, values): - sg.popup_quick_message(f'An unplanned event = "{event}" happend', - background_color='blue', - text_color='white', auto_close_duration=6) - - -# Lookup dictionary that maps event to function to call. In this case, only 2 event have defined callbacks -func_dict = {'1': button1, '2': button2} - -# Layout the design of the GUI -layout = [[sg.Text('Please click a button')], - [sg.Button('1'), sg.Button('2'), sg.Button('Not defined', key='-MY-KEY-'), sg.Quit()]] - -# Show the Window to the user -window = sg.Window('Button callback example', layout) - -# Event loop. Read buttons, make callbacks -while True: - # Read the Window - event, values = window.read() - # Lookup event in function dictionary and call the function, passing in the event and values variables - try: - func_dict[event](event, values) # Call function with event and values - except: - catch_all(event, values) - # See if should close the window - if event in ('Quit', None): # normally this is done IMMEDIATELY after the read - break - -window.close() - -# All done! -sg.popup_auto_close('Done... this window auto closes') diff --git a/DemoPrograms/Demo_Exception_Traceback_Popup.py b/DemoPrograms/Demo_Exception_Traceback_Popup.py deleted file mode 100644 index 76acad3b1..000000000 --- a/DemoPrograms/Demo_Exception_Traceback_Popup.py +++ /dev/null @@ -1,31 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Show an error popup with traceback information - - Copyright 2021-2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -layout = [ [sg.Text('Choose the type of error to generate')], - [sg.Button('Go'), sg.B('Key Error'), sg.B('Div 0'), sg.Button('Exit')] ] - -window = sg.Window('Exception Handling and Error Information Display', layout) - -while True: # Event Loop - try: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - # When choice has been made, then fill in the listbox with the choices - if event == 'Key Error': - window['bad key'] - elif event == 'Div 0': - a = 1/0 - except Exception as e: - sg.popup_error_with_traceback('Error in the event loop', e, emoji=sg.EMOJI_BASE64_SCREAM) -window.close() diff --git a/DemoPrograms/Demo_Execute_Py.py b/DemoPrograms/Demo_Execute_Py.py deleted file mode 100644 index 226965cac..000000000 --- a/DemoPrograms/Demo_Execute_Py.py +++ /dev/null @@ -1,58 +0,0 @@ -""" - Demo Execute Py - Using the PySimpleGUI Execute APIs - - Creating a virtual environment using PySimpleGUI & sg.execute_py_file() - - This Demo's purpose is to show the link between Execute APIs to the Global User Settings - - The function execute_py_file() uses the interpreter set in the Global Settings - To see and change global settings, call main_global_pysimplegui_settings() - Or you can use the "Global Settings" button found in the sg.main() - - If you have set an interpreter in your global settings, then this is what will be - used when calling execute_py_file. It nothing is set, then the default python - interpreter will be used - - Demo also shows another handy function, main_get_debug_data, which returns a string with - version numbers for Python tkinter, PySimpleGUI - - http://www.PySimpleGUI.org - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg - - -def main(): - # --------- Define layout and create Window ------- - layout = [ [sg.Text('User Exec API Demo', font='_ 18')], - [sg.T(sg.main_get_debug_data(True))], - [sg.T('Python Version', text_color='yellow'), - sg.T(f'{sg.sys.version_info.major}.{sg.sys.version_info.minor}.{sg.sys.version_info.micro}', text_color = 'yellow')], - [sg.B('Global Settings'), sg.B('Relaunch'), sg.B('Main'), sg.B('Refresh'), sg.Exit()], - ] - - window = sg.Window('Execute Py File Demo', layout, keep_on_top=True, font='_ 14') - - # --------- Event Loop ------- - while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event.startswith('Global'): - sg.main_global_pysimplegui_settings() - elif event == 'Relaunch': - sg.execute_py_file(__file__) # Run using Global Settings to determine which python version to use - elif event == 'Main': - sg.main() - - # --------- After event loop --------- - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Fill_Form.py b/DemoPrograms/Demo_Fill_Form.py deleted file mode 100644 index 22be365f8..000000000 --- a/DemoPrograms/Demo_Fill_Form.py +++ /dev/null @@ -1,83 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' - Example of GUI - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -def main(): - sg.theme('TanBlue') - - column1 = [ - [sg.Text('Column 1', background_color=sg.DEFAULT_BACKGROUND_COLOR, - justification='center', size=(10, 1))], - [sg.Spin(values=('Spin Box 1', '2', '3'), - initial_value='Spin Box 1', key='spin1')], - [sg.Spin(values=('Spin Box 1', '2', '3'), - initial_value='Spin Box 2', key='spin2')], - [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 3', key='spin3')]] - - layout = [ - [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25))], - [sg.Text('Here is some text.... and a place to enter text')], - [sg.InputText('This is my text', key='in1')], - [sg.CBox('Checkbox', key='cb1'), sg.CBox( - 'My second checkbox!', key='cb2', default=True)], - [sg.Radio('My first Radio! ', "RADIO1", key='rad1', default=True), - sg.Radio('My second Radio!', "RADIO1", key='rad2')], - [sg.MLine(default_text='This is the default Text should you decide not to type anything', size=(35, 3), - key='multi1'), - sg.MLine(default_text='A second multi-line', size=(35, 3), key='multi2')], - [sg.Combo(('Combobox 1', 'Combobox 2'), key='combo', size=(20, 1)), - sg.Slider(range=(1, 100), orientation='h', size=(34, 20), key='slide1', default_value=85)], - [sg.OptionMenu(('Menu Option 1', 'Menu Option 2', - 'Menu Option 3'), key='optionmenu')], - [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3'), size=(30, 3), key='listbox'), - sg.Slider(range=(1, 100), - orientation='v', - size=(5, 20), - default_value=25, key='slide2', ), - sg.Slider(range=(1, 100), - orientation='v', - size=(5, 20), - default_value=75, key='slide3', ), - sg.Slider(range=(1, 100), - orientation='v', - size=(5, 20), - default_value=10, key='slide4'), - sg.Col(column1, background_color='gray34')], - [sg.Text('_' * 80)], - [sg.Text('Choose A Folder', size=(35, 1))], - [sg.Text('Your Folder', size=(15, 1), justification='right'), - sg.InputText('Default Folder', key='folder'), sg.FolderBrowse()], - [sg.Button('Exit'), - sg.Text(' ' * 40), sg.Button('SaveSettings'), sg.Button('LoadSettings')] - ] - - window = sg.Window('Form Fill Demonstration', layout, default_element_size=(40, 1), grab_anywhere=False) - - while True: - event, values = window.read() - - if event == 'SaveSettings': - filename = sg.popup_get_file('Save Settings', save_as=True, no_window=True) - window.SaveToDisk(filename) - # save(values) - elif event == 'LoadSettings': - filename = sg.popup_get_file('Load Settings', no_window=True) - window.LoadFromDisk(filename) - # load(form) - elif event in ('Exit', None): - break - - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Floating_Toolbar.py b/DemoPrograms/Demo_Floating_Toolbar.py deleted file mode 100644 index f9431bbc3..000000000 --- a/DemoPrograms/Demo_Floating_Toolbar.py +++ /dev/null @@ -1,57 +0,0 @@ -import PySimpleGUI as sg -import sys - -''' - Example of borderless floating toolbar. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -button_names = ('close', 'cookbook', 'cpu', 'github', - 'pysimplegui', 'run', 'storage', 'timer') -house64 = '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' -cpu64 = 'iVBORw0KGgoAAAANSUhEUgAAACAAAAAgCAYAAABzenr0AAAACXBIWXMAAAsSAAALEgHS3X78AAAFzElEQVRYhc1XX2wTdRz/lLv+uV7btbTbXdeyAHZX2g0uTiADM5SbhGgfwOiDIip7MUFf9EEU45MmgJj4gPLAgwHFaGJMTIybIYYRIhH5E93JuuHqssGutKNd73psd2vXrj7QQoO0yOa/T3LJ3fff53P5fe/3+x5wD3Act0cQhGi1LRKJXA8EAj2V52AwuCsSiVyvjhEEIcpx3Ov3qr/kXgH/NOoKcDgcrQ6HgydJ0uX1ersBwO/3PwGAamhoWEfTdAtN0y12u309AKrsA8uy3SRJuhoaGniHw9G6YAEMw2xnGGaH0Wj0hkKhQwDA8/wxADaWZXe7XC7B5XIJDMPsBmAr+xAOhw8ZjUZvU1PTcyzLbq/HYajnpChqmdVqfQAAisXijKIoF9xu98MAjAAwPT19GQBsNtuqckp+amrqR6fTuY4gCBoANE0b1XV9YkECnE5nyOPxPGIwGCz14mqhVCrNptPp04qiDN+3gHA4/MaKFSv2YfGNOj82NvbW0NDQe3UFOByOAMMwT09OTn5BkqRzw4YNv+Tz+YnR0dF38/l8GgDsdnvrypUrDy5AROns2bMPFgoFhWGYZycnJ79SVfV3ACBbW1vfBACn07m6qalph6Zp561WawcAw+Dg4AuJROI0ABgMBsP69es/WwA5ABjcbvcWTdN+5jhuv9PpXK0oyiUAIJctW/YiAJAk6bwVXV7z6rVrb29/x+Px7FigAFT3kcvlEux2ewcAkP39/SEA8Hq9QigUOlwsFrWqvBIABAKBnpaWlrcXSl5BsVjUdF2/PDQ09HIymTwFAGTFmUgk+hOJRAgAHA7HYxV7c3NzdzAYPLJYcgBIJpM/JZPJULWNqNz4/f6tXV1dZzRNO2cymZa73W6hVCqlgsHgR0uWLLEuljyTyZyyWCzzmzZtOqfr+qCqqqMAQEYikUQ5xgrAAcBUSbqj43OZTKbPZDJ5bDZbl67r45qmjVssFhtN0w/Nzc1NAABBEM65ublxs9m85i46TABYnue/5HleAwBSFMW9AODxeNb6fL5Xar3B4OBgj6qq0VwuN9nW1nYgm82Op9PpPoIgKI/Hs65QKBAA5t1u9+OxWOy1zs5OsVateDx+PJ1OXwQAUpKkYwAgy/LJdDp9UZblYZqmN96ZlEqlfli7du2nJEk2z8/P57PZ7DjDMBtomm69du1aH03Tq2sRViDL8rAoij2ZTOakpmkTwH3scgaDAaVSCajavOLx+HeZTGYgHA5/ULbPl6+/XJf0+/27gNtLMDAw0H23QI/H0xWNRl+dnZ1NtbW17QMAhmG2chz3IQA0NjZuHhgY2JlKpb5lWXbb3Wq4XK4Qz/NH4/H44VtLwPP8/rK/bqe3t7cfrW5Cu90+DmCuqvjWjRs3ns3n81Pl+aAmfD7f8z6f7ykAIHt7e73Azc+wfJ7na+SZly5d+mTlgaKo5X8KMJsDZrM5UIc7DyApiuIuSZJOAFUbkSRJJyRJ8gIAx3GP1nuDhSIej5+Jx+PeatutZvF6vYIgCMMsy3b+E+QAwLJsZ5ljc8VGCoIwDNw8jIxGI0sQxKJ3vVogCMJKUdSqNWvWfB4OhxUAICcmJj4Bbh/HwM1J5u8mr64py3L/reM4FosdAG4OJIqiXLpx48aopmlTHMeVcI+R7X740+n098ViURkZGdlbPZD8f0ayu+HfGErJWg4AyOVy07IsXwYWPpbncrnpehx1Bfj9/mc4jjsIALquD/X397d1dnZ+DaARAERR7AEAnuePllNSvb29TR0dHccoigoDQCwW2zMyMvJ+LQ6ilgMACoVCiqKopSaTqTEajb40PT09put6lGXZbYlE4mNJko7Pzs6OWSwWi81mC4miuFNV1Ziu6781NjZumZqa+ubKlStHcrlcphZH3QZTVTWmKIpYKBTkRCJxEgAkSeoDoGez2fMzMzNXZ2Zmrmaz2QsA9LIPyWTyZKFQkBVF+VVV1Vg9jv/87/gP2fZ5DF1CS4UAAAAASUVORK5CYII=' -timer64 = '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' -close64 = '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' - - -def main(): - - def tbutton(image_data, key): - return sg.Button(image_data=image_data, button_color=('white', 'black'), pad=(0,0), key=key) - - toolbar_buttons = [[tbutton(close64, '-CLOSE-'), - tbutton(timer64, '-TIMER-'), - tbutton(house64, '-HOUSE-'), - tbutton(cpu64, '-CPU-') ]] - - # layout = toolbar_buttons - layout = [[sg.Col(toolbar_buttons, background_color='black')]] - - window = sg.Window('Toolbar', layout, no_titlebar=True, - grab_anywhere=True, background_color='black', margins=(0, 0)) - - # ---===--- Loop taking in user input --- # - while True: - button, value = window.read() - print(button) - if button == '-CLOSE-' or button is None: - break # exit button clicked - elif button == '-TIMER-': - # add your call to launch a timer program - print('Timer Button') - elif button == '-CPU-': - # add your call to launch a CPU measuring utility - print('CPU Button') - elif button == '-HOUSE-': - print('Home Button') - - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Focus_Navigation_Using_Arrow_Keys.py b/DemoPrograms/Demo_Focus_Navigation_Using_Arrow_Keys.py deleted file mode 100644 index f46ceeb55..000000000 --- a/DemoPrograms/Demo_Focus_Navigation_Using_Arrow_Keys.py +++ /dev/null @@ -1,64 +0,0 @@ -import PySimpleGUI as sg - - -""" - Demo - Navigating a window's focus using arrow keys - - This Demo Program has 2 features of PySimpleGUI in use: - 1. Binding the arrow keys - 2. Navigating a window's elements using focus - - The first step is to bind the left, right and down arrows to an event. - The call to window.bind will cause events to be generated when these keys are pressed - - The next step is to add the focus navigation to your event loop. - When the right key is pressed, the focus moves to the element that should get focus next - When the left arrow key is pressed, the focus moves to the previous element - And when the down arrow is pressed the program exits - - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - - -def main(): - layout = [ [sg.Text('My Window')], - [sg.Input(key='-IN-')], - [sg.Input(key='-IN2-')], - [sg.Input(key='-IN3-')], - [sg.Input(key='-IN4-')], - [sg.Input(key='-IN5-')], - [sg.Input(key='-IN6-')], - [sg.Input(key='-IN7-')], - [sg.Button('Go'), sg.Button('Exit')]] - - window = sg.Window('Window Title', layout, finalize=True) - - # Bind the Left, Right and Down arrow keys to events - window.bind('', '-NEXT-') - window.bind('', '-PREV-') - window.bind('', 'Exit') - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - # Right arrow pressed, so move to the next element that should get focus - if event == '-NEXT-': - next_element = window.find_element_with_focus().get_next_focus() - next_element.set_focus() - - # Left arrow pressed, so move to the previous element that should get focus - if event == '-PREV-': - prev_element = window.find_element_with_focus().get_previous_focus() - prev_element.set_focus() - window.close() - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Font_Previewer.py b/DemoPrograms/Demo_Font_Previewer.py deleted file mode 100644 index d58af702a..000000000 --- a/DemoPrograms/Demo_Font_Previewer.py +++ /dev/null @@ -1,52 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' - Demo Font Previewer - - Gets a list of the installed fonts according to tkinter. - Requires PySimpleGUI version 4.57.0 and newer (that's when sg.Text.fonts_installed_list was added) - - Uses the Text element's class method to get the fonts reported by tkinter. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -fonts = sg.Text.fonts_installed_list() - - -sg.theme('Black') - -layout = [[sg.Text('My Text Element', - size=(20, 1), - click_submits=True, - relief=sg.RELIEF_GROOVE, - font='Courier` 25', - text_color='#FF0000', - background_color='white', - justification='center', - pad=(5, 3), - key='-text-', - tooltip='This is a text element', - )], - [sg.Listbox(fonts, size=(30, 20), change_submits=True, key='-list-')], - [sg.Input(key='-in-')], - [sg.Button('Read', bind_return_key=True), sg.Exit()]] - -window = sg.Window('My new window', layout) - -while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - text_elem = window['-text-'] - print(event, values) - if values['-in-'] != '': - text_elem.update(font=values['-in-']) - else: - text_elem.update(font=(values['-list-'][0], 25)) -window.close() diff --git a/DemoPrograms/Demo_Font_Sizer.py b/DemoPrograms/Demo_Font_Sizer.py deleted file mode 100644 index a1c402efd..000000000 --- a/DemoPrograms/Demo_Font_Sizer.py +++ /dev/null @@ -1,42 +0,0 @@ -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Testing async form, see if can have a slider -# that adjusts the size of text displayed - -fontSize = 12 -layout = [ - [sg.Spin([sz for sz in range(6, 172)], - font=('Helvetica 20'), - initial_value=fontSize, - change_submits=True, key='spin'), - sg.Slider(range=(6, 172), orientation='h', size=(10, 20), change_submits=True, key='slider', - font=('Helvetica 20')), - sg.Text("Aa", size=(2, 1), font="Helvetica " + str(fontSize), key='text')] -] -sz = fontSize -window = sg.Window("Font size selector", layout, grab_anywhere=False) -while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Quit': - break - sz_spin = int(values['spin']) - sz_slider = int(values['slider']) - - sz = sz_spin if sz_spin != fontSize else sz_slider - - if sz != fontSize: - fontSize = sz - font = "Helvetica " + str(fontSize) - window['text'].update(font=font) - window['slider'].update(sz) - window['spin'].update(sz) - -window.close() diff --git a/DemoPrograms/Demo_Font_String.py b/DemoPrograms/Demo_Font_String.py deleted file mode 100644 index 9cd57cd98..000000000 --- a/DemoPrograms/Demo_Font_String.py +++ /dev/null @@ -1,43 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' - App that shows "how fonts work in PySimpleGUI". - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -layout = [[sg.Text('This is my sample text', size=(20, 1), key='-text-')], - [sg.CB('Bold', key='-bold-', change_submits=True), - sg.CB('Italics', key='-italics-', change_submits=True), - sg.CB('Underline', key='-underline-', change_submits=True)], - [sg.Slider((6, 50), default_value=12, size=(14, 20), - orientation='h', key='-slider-', change_submits=True), - sg.Text('Font size')], - [sg.Text('Font string = '), sg.Text('', size=(25, 1), key='-fontstring-')], - [sg.Button('Exit')]] - -window = sg.Window('Font string builder', layout) - -text_elem = window['-text-'] -while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - font_string = 'Helvitica ' - font_string += str(int(values['-slider-'])) - if values['-bold-']: - font_string += ' bold' - if values['-italics-']: - font_string += ' italic' - if values['-underline-']: - font_string += ' underline' - text_elem.update(font=font_string) - window['-fontstring-'].update('"'+font_string+'"') - print(event, values) - -window.close() diff --git a/DemoPrograms/Demo_Frame_Based_Dashboard.py b/DemoPrograms/Demo_Frame_Based_Dashboard.py deleted file mode 100644 index 746a54c1a..000000000 --- a/DemoPrograms/Demo_Frame_Based_Dashboard.py +++ /dev/null @@ -1,89 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Resizable Dashboard using Frames - - This Demo Program looks similar to the one based on the Column Element. - This version has a big difference in how it was implemented and the fact that it can be resized. - - It's a good example of how PySimpleGUI evolves, continuously. When the original Column-based demo - was written, none of these techniques such as expansion, were easily programmed. - - Dashboard using blocks of information. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -theme_dict = {'BACKGROUND': '#2B475D', - 'TEXT': '#FFFFFF', - 'INPUT': '#F2EFE8', - 'TEXT_INPUT': '#000000', - 'SCROLL': '#F2EFE8', - 'BUTTON': ('#000000', '#C2D4D8'), - 'PROGRESS': ('#FFFFFF', '#C7D5E0'), - 'BORDER': 0,'SLIDER_DEPTH': 0, 'PROGRESS_DEPTH': 0} - -sg.theme_add_new('Dashboard', theme_dict) -sg.theme('Dashboard') - -BORDER_COLOR = '#C7D5E0' -DARK_HEADER_COLOR = '#1B2838' -BPAD_TOP = ((20,20), (20, 10)) -BPAD_LEFT = ((20,10), (0, 0)) -BPAD_LEFT_INSIDE = (0, (10, 0)) -BPAD_RIGHT = ((10,20), (10, 0)) - -top_banner = [ - [sg.Text('Dashboard', font='Any 20', background_color=DARK_HEADER_COLOR, enable_events=True, grab=False), sg.Push(background_color=DARK_HEADER_COLOR), - sg.Text('Wednesday 27 Oct 2021', font='Any 20', background_color=DARK_HEADER_COLOR)], - ] - -top = [[sg.Push(), sg.Text('Weather Could Go Here', font='Any 20'), sg.Push()], - [sg.T('This Frame has a relief while the others do not')], - [sg.T('This window is resizable (see that sizegrip in the bottom right?)')]] - -block_3 = [[sg.Text('Block 3', font='Any 20')], - [sg.Input(), sg.Text('Some Text')], - [sg.T('This frame has element_justification="c"')], - [sg.Button('Go'), sg.Button('Exit')] ] - - -block_2 = [[sg.Text('Block 2', font='Any 20')], - [sg.T('This is some random text')], - [sg.Image(data=sg.DEFAULT_BASE64_ICON, enable_events=True)] ] - -block_4 = [[sg.Text('Block 4', font='Any 20')], - [sg.T('You can move the window by grabbing this block (and the top banner)')], - [sg.T('This block is a Column Element')], - [sg.T('The others are all frames')], - [sg.T('The Frame Element, with a border_width=0\n and no title is just like a Column')], - [sg.T('Frames that have a fixed size \n handle element_justification better than Columns')]] - - -layout = [ - [sg.Frame('', top_banner, pad=(0,0), background_color=DARK_HEADER_COLOR, expand_x=True, border_width=0, grab=True)], - [sg.Frame('', top, size=(920, 100), pad=BPAD_TOP, expand_x=True, relief=sg.RELIEF_GROOVE, border_width=3)], - [sg.Frame('', [[sg.Frame('', block_2, size=(450,150), pad=BPAD_LEFT_INSIDE, border_width=0, expand_x=True, expand_y=True, )], - [sg.Frame('', block_3, size=(450,150), pad=BPAD_LEFT_INSIDE, border_width=0, expand_x=True, expand_y=True, element_justification='c')]], - pad=BPAD_LEFT, background_color=BORDER_COLOR, border_width=0, expand_x=True, expand_y=True), - sg.Column(block_4, size=(450, 320), pad=BPAD_RIGHT, expand_x=True, expand_y=True, grab=True),],[sg.Sizegrip(background_color=BORDER_COLOR)]] - -window = sg.Window('Dashboard PySimpleGUI-Style', layout, margins=(0,0), background_color=BORDER_COLOR, no_titlebar=True, resizable=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_LOC_EXIT) - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - elif event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(sg.get_versions(), keep_on_top=True) - elif event == 'File Location': - sg.popup_scrolled('This Python file is:', __file__) -window.close() diff --git a/DemoPrograms/Demo_Frame_For_Screen_Captures.py b/DemoPrograms/Demo_Frame_For_Screen_Captures.py deleted file mode 100644 index 9517cbd16..000000000 --- a/DemoPrograms/Demo_Frame_For_Screen_Captures.py +++ /dev/null @@ -1,51 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Frame For Screen Captures - - This program can be used to help you record videos. - - Because it relies on the "transparent color" feature that's only available on Windows, this Demo is only going - to work the indended way on Windows. - - Some video recorders that record a portion of the screen do not show you, at all times, what portion of the screen - is being recorded. This can make it difficult for you to stay within the bounds being recorded. - This demo program is meant to help the situation by showing a thin line that is 20 pixels larger than the area - being recorded. - - The top edge of the window has the controls. There's an exit button, a solid "bar" for you to grab with your mouse to move - the frame around your window, and 2 inputs with a "resize" button that enables you to set the frame to the size you want to stay - within. - - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - offset = (20, 20) # Number of extra pixels to add to the recording area - default_size = (1920, 1080) # The default size of the recording - location = (None, None) # A specific location to place the window if you want a specific spot - - window = sg.Window('Window Title', - [[sg.Button('Exit'), sg.T(sg.SYMBOL_SQUARE * 10, grab=True), sg.I(default_size[0], s=4, k='-W-'), sg.I(default_size[1], s=4, k='-H-'), sg.B('Resize')], - [sg.Frame('', [[]], s=(default_size[0] + offset[0], default_size[1] + offset[1]), k='-FRAME-')]], transparent_color=sg.theme_background_color(), - right_click_menu=['', ['Edit Me', 'Exit']], location=location, no_titlebar=True, keep_on_top=True) - - while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Resize': - window['-FRAME-'].set_size((int(values['-W-']) + offset[0], int(values['-H-']) + offset[1])) - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Game_Frontend_Battleship.py b/DemoPrograms/Demo_Game_Frontend_Battleship.py deleted file mode 100644 index be850231b..000000000 --- a/DemoPrograms/Demo_Game_Frontend_Battleship.py +++ /dev/null @@ -1,40 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from random import randint - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def Battleship(): - sg.theme('Dark Blue 3') - MAX_ROWS = MAX_COL = 10 - - # Start building layout with the top 2 rows that contain Text elements - layout = [[sg.Text('BATTLESHIP', font='Default 25')], - [sg.Text(size=(15,1), key='-MESSAGE-', font='Default 20')]] - # Add the board, a grid a buttons - layout += [[sg.Button(str('O'), size=(4, 2), pad=(0,0), border_width=0, key=(row,col)) for col in range(MAX_COL)] for row in range(MAX_ROWS)] - # Add the exit button as the last row - layout += [[sg.Button('Exit', button_color=('white', 'red'))]] - - window = sg.Window('Battleship', layout) - - while True: # The Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - if randint(1,10) < 5: # simulate a hit or a miss - window[event].update('H', button_color=('white','red')) - window['-MESSAGE-'].update('Hit') - else: - window[event].update('M', button_color=('white','black')) - window['-MESSAGE-'].update('Miss') - window.close() - -Battleship() diff --git a/DemoPrograms/Demo_Game_Frontend_Battleship_No_List_Comprehensions.py b/DemoPrograms/Demo_Game_Frontend_Battleship_No_List_Comprehensions.py deleted file mode 100644 index 204a2ddba..000000000 --- a/DemoPrograms/Demo_Game_Frontend_Battleship_No_List_Comprehensions.py +++ /dev/null @@ -1,49 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from random import randint - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def Battleship(): - sg.theme('Dark Blue 3') - MAX_ROWS = MAX_COL = 10 - - # Start building layout with the top 2 rows that contain Text elements - layout = [[sg.Text('BATTLESHIP', font='Default 25')], - [sg.Text(size=(15,1), key='-MESSAGE-', font='Default 20')]] - - # Build the "board", a grid of Buttons - board = [] - for row in range(MAX_ROWS): - layout_row = [] - for col in range(MAX_COL): - layout_row.append(sg.Button(str('O'), size=(4, 2), pad=(0,0), border_width=0, key=(row,col))) - board.append(layout_row) - - # Add the board to the layout - layout += board - # Add the exit button as the last row - layout += [[sg.Button('Exit', button_color=('white', 'red'))]] - - window = sg.Window('Battleship', layout) - - while True: # The Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - if randint(1,10) < 5: # simulate a hit or a miss - window[event].update('H', button_color=('white','red')) - window['-MESSAGE-'].update('Hit') - else: - window[event].update('M', button_color=('white','black')) - window['-MESSAGE-'].update('Miss') - window.close() - -Battleship() diff --git a/DemoPrograms/Demo_Game_Frontend_Battleship_Single_List_Comprehension.py b/DemoPrograms/Demo_Game_Frontend_Battleship_Single_List_Comprehension.py deleted file mode 100644 index 2de885d5b..000000000 --- a/DemoPrograms/Demo_Game_Frontend_Battleship_Single_List_Comprehension.py +++ /dev/null @@ -1,43 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from random import randint - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def Battleship(): - sg.theme('Dark Blue 3') - MAX_ROWS = MAX_COL = 10 - # Start building layout with the top 2 rows that contain Text elements - layout = [[sg.Text('BATTLESHIP', font='Default 25')], - [sg.Text(size=(15,1), key='-MESSAGE-', font='Default 20')]] - # Build the "board", a grid of Buttons - board = [] - for row in range(MAX_ROWS): - board.append([sg.Button(str('O'), size=(4, 2), pad=(0,0), border_width=0, key=(row,col)) for col in range(MAX_COL)]) - # Add the board and the exit button to the layout - layout += board - # Add the exit button as the last row - layout += [[sg.Button('Exit', button_color=('white', 'red'))]] - - window = sg.Window('Battleship', layout) - - while True: # The Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - if randint(1,10) < 5: # simulate a hit or a miss - window[event].update('H', button_color=('white','red')) - window['-MESSAGE-'].update('Hit') - else: - window[event].update('M', button_color=('white','black')) - window['-MESSAGE-'].update('Miss') - window.close() - -Battleship() diff --git a/DemoPrograms/Demo_Game_Wordle.py b/DemoPrograms/Demo_Game_Wordle.py deleted file mode 100644 index 5fde54c18..000000000 --- a/DemoPrograms/Demo_Game_Wordle.py +++ /dev/null @@ -1,102 +0,0 @@ -import PySimpleGUI as sg -import copy - -""" - Wordle GUI Demo - - Enter characters for each position - Press enter or click enter to submit a row - - This is a prototype GUI of the front-end for WORDL - It currently: - * Takes input - * Makes sure only characters - * Automatically converts to upper case - * Handles backspace - * Checks for Enter key - * Compares against a word (the constant "answer") - * Color codes the submitted guess - - To complete an application, you'll need to: - * Supply a word to guess from list of words - * Check if user's submission is a word (I think this is how WORDLE works) - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Insert code to generate a word here -answer = 'WORDS' - - -def TextChar(value, key): - return sg.Input(value, key=key, font='Courier 22', size=(1,1), disabled_readonly_background_color='gray', border_width=1, p=1, enable_events=True, disabled=True) - -def main(): - layout = [[sg.Text('Wordle', font='_ 20')], - [[TextChar('', (row, col)) for col in range(5)]for row in range(6)], - [sg.B('Enter', bind_return_key=True)], - [sg.Text('Or press enter', font='_ 10')]] - - window = sg.Window("Wordle", layout, finalize=True, element_justification='c') - - cur_row, correct = 0, False - [window[(cur_row, col)].update(disabled=False) for col in range(5)] - window.bind('', '-BACKSPACE-') - while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - if isinstance(event, tuple): - if len(values[event]): - row, col = event - char_input = values[event][-1] - if not char_input.isalpha(): # if not a character input, remove the input - window[event].update('') - else: - window[event].update(char_input.upper()[0]) # convert to uppercase - if col < 4: - window[(row, col+1)].set_focus() # Move to next position - elif event == 'Enter' and cur_row < 5: - guess = ''.join([values[(cur_row, j)] for j in range(5)]) - answer2 = copy.copy(answer) - for i, letter in enumerate(guess): - if letter == answer2[i]: - window[(cur_row, i)].update(background_color='green', text_color='white') - answer2 = answer2.replace(letter, '*') - elif letter in answer2: - window[(cur_row, i)].update(background_color='#C9B359', text_color='white') - answer2 = answer2.replace(letter, '*') - else: - window[(cur_row, i)].update(background_color='gray', text_color='white') - if guess == answer: - correct = True - break - cur_row += 1 # Move to the next row - [window[(cur_row, col)].update(disabled=False) for col in range(5)] # Enable inputs on next row - window[(cur_row, 0)].set_focus() # Move to first position on row - elif event == 'Enter' and cur_row == 5: - correct = False - break - elif event == '-BACKSPACE-': - current_focus = window.find_element_with_focus() - current_key = current_focus.Key - if isinstance(current_key, tuple): - window[current_key].update('') - if current_key[1] > 0: - window[(current_key[0], current_key[1]-1)].set_focus() - window[(current_key[0], current_key[1]-1)].update('') - - - if correct: - sg.popup('You win!') - else: - sg.popup(f'Sorry... the answer was {answer}') - - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_GitHub_File_Copier.py b/DemoPrograms/Demo_GitHub_File_Copier.py deleted file mode 100644 index 8c6f6eee4..000000000 --- a/DemoPrograms/Demo_GitHub_File_Copier.py +++ /dev/null @@ -1,285 +0,0 @@ -import os.path -import shutil -import subprocess -import sys - -import PySimpleGUI as sg - -""" - Demo - GitHub File Management - - A program that helps manage the demo programs on a local PC. This is done by copying files from your working folder to a folder that is kept in sync with GitHub. - It works well when used in conjunction with the GUI version of GitHub. - - Two folders are shown... - * the left side is your local "working copy" - * the right side is the GitHub folder - - The basic file operations are - * Copy from working folder to GitHub folder - * Edit a file in PyCharm - * Run a file (in either folder) - * Filter file list - * Search in files in list - - Additional operations - * Edit this file in PyCharm - * Launch GitHub GUI program - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def get_demo_git_files(): - """ - Get the files in the demo and the GitHub folders - Returns files as 2 lists - - :return: two lists of files - :rtype: Tuple[List[str], List[str]] - """ - - demo_path = sg.user_settings_get_entry('-demos folder-', '') - git_demo_path = sg.user_settings_get_entry('-github folder-', '') - - try: - git_demo_files = os.listdir(git_demo_path) - except: - git_demo_files = [] - - try: - demo_files = os.listdir(demo_path) - except: - demo_files = [] - - return demo_files, git_demo_files - - -def find_in_file(string): - """ - Search through the demo files for a string. - The case of the string and the file contents are ignored - - :param string: String to search for - :return: List of files containing the string - :rtype: List[str] - """ - - demo_path = sg.user_settings_get_entry('-demos folder-') - demo_files, git_files = get_demo_git_files() - string = string.lower() - file_list = [] - for file in demo_files: - filename = os.path.join(demo_path, file) - try: - with open(filename, 'r', encoding="utf8") as f: - for line in f.readlines(): - if string in line.lower(): - file_list.append(file) - # print(f'{os.path.basename(file)} -- {line}') - except Exception as e: - pass - # print(e) - return list(set(file_list)) - - -def settings_window(): - """ - Show the settings window. - This is where the folder paths and program paths are set. - Returns True if settings were changed - - :return: True if settings were changed - :rtype: (bool) - """ - - layout = [[sg.T('Program Settings', font='DEFAIULT 18')], - [sg.T('Path to Demos', size=(20, 1)), sg.In(sg.user_settings_get_entry('-demos folder-', ''), k='-DEMOS-'), sg.FolderBrowse()], - [sg.T('Path to GitHub Folder', size=(20, 1)), sg.In(sg.user_settings_get_entry('-github folder-', ''), k='-GITHUB-'), sg.FolderBrowse()], - [sg.T('Github Program', size=(20, 1)), sg.In(sg.user_settings_get_entry('-GitHub Program-', ''), k='-GITHUB PROGRAM-'), sg.FileBrowse()], - [sg.T('Editor Program', size=(20, 1)), sg.In(sg.user_settings_get_entry('-Editor Program-', ''), k='-EDITOR PROGRAM-'), sg.FileBrowse()], - [sg.Combo(sg.theme_list(), sg.user_settings_get_entry('-theme-', None), k='-THEME-')], - [sg.B('Ok'), sg.B('Cancel')], - ] - - window = sg.Window('Settings', layout) - event, values = window.read(close=True) - if event == 'Ok': - sg.user_settings_set_entry('-demos folder-', values['-DEMOS-']) - sg.user_settings_set_entry('-github folder-', values['-GITHUB-']) - sg.user_settings_set_entry('-GitHub Program-', values['-GITHUB PROGRAM-']) - sg.user_settings_set_entry('-Editor Program-', values['-EDITOR PROGRAM-']) - sg.user_settings_set_entry('-theme-', values['-THEME-']) - return True - - return False - - -# --------------------------------- Create the window --------------------------------- -def make_window(): - """ - Creates the main window - :return: The main window object - :rtype: (Window) - """ - - theme = sg.user_settings_get_entry('-theme-') - demo_files, git_files = get_demo_git_files() - - sg.theme(theme) - # First the window layout...2 columns - - find_tooltip = "Find in file\nEnter a string in box to search for string inside of the files.\nFile list will update with list of files string found inside." - filter_tooltip = "Filter files\nEnter a string in box to narrow down the list of files.\nFile list will update with list of files with string in filename." - - left_col = [ - [sg.Text('Demo Programs', font='Any 20')], - [sg.Listbox(values=demo_files, select_mode=sg.SELECT_MODE_EXTENDED, size=(40, 20), key='-DEMO LIST-')], - [sg.Text('Filter:', tooltip=filter_tooltip), sg.Input(size=(25, 1), enable_events=True, key='-FILTER-', tooltip=filter_tooltip)], - [sg.Button('Run'), sg.Button('Copy'), sg.B('Edit')], - [sg.Text('Find:', tooltip=find_tooltip), sg.Input(size=(25, 1), enable_events=True, key='-FIND-', tooltip=find_tooltip)], - ] - - right_col = [ - [sg.Text('GitHub Demo Programs', font='Any 20')], - [sg.Listbox(values=git_files, select_mode=sg.SELECT_MODE_EXTENDED, size=(40, 20), key='-GIT DEMO LIST-')], - [sg.Button('Run', key='Run Git Version')], - ] - - # ----- Full layout ----- - ML_KEY = '-ML-' # Multline's key - - layout = [[sg.vtop(sg.Column(left_col, element_justification='c')), sg.VSeperator(), sg.vtop(sg.Column(right_col, element_justification='c'))], - [sg.HorizontalSeparator()], - [sg.Multiline(size=(90, 10), write_only=True, key=ML_KEY, reroute_stdout=True, echo_stdout_stderr=True)], - [sg.Combo(sg.user_settings_get_entry('-filenames-', []), default_value=sg.user_settings_get_entry('-last filename-'), size=(65, 1), - k='-FILENAME-'), sg.FileBrowse(), sg.B('Clear'), sg.B('Run', k='-RUN INDIVIDUAL-'), sg.B('Edit', k='-EDIT INDIVIDUAL-')], - [sg.Button('Edit Me (this program)'), - sg.B('Launch GitHub', button_color=(sg.theme_input_background_color(), sg.theme_input_text_color())), - sg.Button('Exit'), sg.B('Settings')], - ] - - # --------------------------------- Create Window --------------------------------- - window = sg.Window('GitHub Demo Copier', layout, icon=icon) - - sg.cprint_set_output_destination(window, ML_KEY) - return window - - -# --------------------------------- Main Program Layout --------------------------------- - -def main(): - """ - The main program that contains the event loop. - It will call the make_window function to create the window. - """ - - demo_path = sg.user_settings_get_entry('-demos folder-', '') - git_demo_path = sg.user_settings_get_entry('-github folder-', '') - github_program = sg.user_settings_get_entry('-GitHub Program-', '') - editor_program = sg.user_settings_get_entry('-Editor Program-', '') - demo_files, git_files = get_demo_git_files() - - window = make_window() - - while True: - event, values = window.read() - if event == sg.WINDOW_CLOSED or event == 'Exit': - break - if event == 'Copy': - confirm = sg.popup_yes_no('Are you sure you want to copy:', *values['-DEMO LIST-'], keep_on_top=True) - if confirm == 'Yes': - sg.cprint('Copying....', c='white on red') - for file in values['-DEMO LIST-']: - sg.cprint(f'{os.path.join(demo_path, file)}', text_color='blue') - sg.cprint('TO', text_color='red', background_color='white') - sg.cprint(f'{os.path.join(git_demo_path, file)}', text_color='green') - shutil.copyfile(os.path.join(demo_path, file), os.path.join(git_demo_path, file)) - sg.cprint('Copy complete', background_color='red', text_color='white') - elif event == 'Edit': - for file in values['-DEMO LIST-']: - sg.cprint(f'opening (in PyCharm)', text_color='white', background_color='red', end='') - sg.cprint(f' {os.path.join(demo_path, file)}', text_color='purple') - execute_command_subprocess(f'{editor_program}', os.path.join(demo_path, file)) - elif event == 'Run': - sg.cprint('Running local program....', c='white on green') - for file in values['-DEMO LIST-']: - sg.cprint(os.path.join(demo_path, file)) - run_py(os.path.join(demo_path, file)) - elif event == 'Run Git Version': - sg.cprint('Running GitHub version of program....', c='white on green') - for file in values['-GIT DEMO LIST-']: - sg.cprint(os.path.join(git_demo_path, file)) - run_py(os.path.join(git_demo_path, file)) - elif event.startswith('Edit Me'): - sg.cprint(f'opening using {editor_program}\nThis file - {__file__}', text_color='white', background_color='green', end='') - execute_command_subprocess(f'{editor_program}', __file__) - elif event == 'Launch GitHub': - run(github_program) - elif event == '-FILTER-': - new_list = [i for i in demo_files if values['-FILTER-'].lower() in i.lower()] - window['-DEMO LIST-'].update(values=new_list) - elif event == '-RUN INDIVIDUAL-': - sg.user_settings_set_entry('-filenames-', list(set(sg.user_settings_get_entry('-filenames-', []) + [values['-FILENAME-'], ]))) - sg.user_settings_set_entry('-last filename-', values['-FILENAME-']) - - window['-FILENAME-'].update(values=list(set(sg.user_settings_get_entry('-filenames-', [])))) - sg.cprint('Running Individual File...', c='white on purple') - sg.cprint(values['-FILENAME-'], c='white on red') - run_py(values['-FILENAME-']) - elif event == 'Clear': - sg.user_settings_set_entry('-filenames-', []) - sg.user_settings_set_entry('-last filename-', '') - window['-FILENAME-'].update(values=[], value='') - elif event == '-FIND-': - file_list = find_in_file(values['-FIND-']) - window['-DEMO LIST-'].update(values=sorted(file_list)) - elif event == 'Settings': - if settings_window() is True: - window.close() - window = make_window() - demo_path = sg.user_settings_get_entry('-demos folder-') - git_demo_path = sg.user_settings_get_entry('-github folder-') - github_program = sg.user_settings_get_entry('-GitHub Program-') - editor_program = sg.user_settings_get_entry('-Editor Program-') - demo_files, git_files = get_demo_git_files() - window.close() - - -def run(app_name, parm=''): - execute_command_subprocess(app_name, parm) - - -def run_py(pyfile, parms=None): - if parms is not None: - execute_command_subprocess('python', pyfile, parms) - else: - execute_command_subprocess('python', pyfile) - - -def execute_command_subprocess(command, *args, wait=False): - if sys.platform == 'linux': - arg_string = '' - for arg in args: - arg_string += ' ' + str(arg) - sp = subprocess.Popen(['python3' + arg_string, ], shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) - else: - expanded_args = ' '.join(args) - sp = subprocess.Popen([command, expanded_args], shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) - if wait: - out, err = sp.communicate() - if out: - print(out.decode("utf-8")) - if err: - print(err.decode("utf-8")) - - -if __name__ == '__main__': - icon = 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- - main() - diff --git a/DemoPrograms/Demo_GoodColors.py b/DemoPrograms/Demo_GoodColors.py deleted file mode 100644 index 23e984be7..000000000 --- a/DemoPrograms/Demo_GoodColors.py +++ /dev/null @@ -1,67 +0,0 @@ -#!/usr/bin/env python -import sys -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Example of colors in PSG - -def main(): - # ------- Make a new Window ------- # - window = sg.Window('GoodColors', default_element_size=(30, 2)) - window.AddRow(sg.Text('Having trouble picking good colors? Try this')) - window.AddRow(sg.Text('Here come the good colors as defined by PySimpleGUI')) - - #===== Show some nice BLUE colors with yellow text ===== ===== ===== ===== ===== ===== =====# - text_color = sg.YELLOWS[0] - buttons = (sg.Button('BLUES[{}]\n{}'.format(j, c), button_color=( - text_color, c), size=(10, 2)) for j, c in enumerate(sg.BLUES)) - window.AddRow(sg.Text('Button Colors Using PySimpleGUI.BLUES')) - window.AddRow(*buttons) - window.AddRow(sg.Text('_' * 100, size=(65, 1))) - - #===== Show some nice PURPLE colors with yellow text ===== ===== ===== ===== ===== ===== =====# - buttons = (sg.Button('PURPLES[{}]\n{}'.format(j, c), button_color=( - text_color, c), size=(10, 2)) for j, c in enumerate(sg.PURPLES)) - window.AddRow(sg.Text('Button Colors Using PySimpleGUI.PURPLES')) - window.AddRow(*buttons) - window.AddRow(sg.Text('_' * 100, size=(65, 1))) - - #===== Show some nice GREEN colors with yellow text ===== ===== ===== ===== ===== ===== =====# - buttons = (sg.Button('GREENS[{}]\n{}'.format(j, c), button_color=( - text_color, c), size=(10, 2)) for j, c in enumerate(sg.GREENS)) - window.AddRow(sg.Text('Button Colors Using PySimpleGUI.GREENS')) - window.AddRow(*buttons) - window.AddRow(sg.Text('_' * 100, size=(65, 1))) - - #===== Show some nice TAN colors with yellow text ===== ===== ===== ===== ===== ===== =====# - text_color = sg.GREENS[0] # let's use GREEN text on the tan - buttons = (sg.Button('TANS[{}]\n{}'.format(j, c), button_color=( - text_color, c), size=(10, 2)) for j, c in enumerate(sg.TANS)) - window.AddRow(sg.Text('Button Colors Using PySimpleGUI.TANS')) - window.AddRow(*buttons) - window.AddRow(sg.Text('_' * 100, size=(65, 1))) - - #===== Show some nice YELLOWS colors with black text ===== ===== ===== ===== ===== ===== =====# - text_color = 'black' # let's use black text on the tan - buttons = (sg.Button('YELLOWS[{}]\n{}'.format(j, c), button_color=( - text_color, c), size=(10, 2)) for j, c in enumerate(sg.YELLOWS)) - window.AddRow(sg.Text('Button Colors Using PySimpleGUI.YELLOWS')) - window.AddRow(*buttons) - window.AddRow(sg.Text('_' * 100, size=(65, 1))) - - #===== Add a click me button for fun and SHOW the window ===== ===== ===== ===== ===== ===== =====# - window.AddRow(sg.Button('Click ME!')) - event, values = window.read() - - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_GoodColors_2.py b/DemoPrograms/Demo_GoodColors_2.py deleted file mode 100644 index 06fceaa81..000000000 --- a/DemoPrograms/Demo_GoodColors_2.py +++ /dev/null @@ -1,54 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' - Example of colors in PySimpleGUI - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -def main(): - s10 = (10, 2) - - window = sg.Window('GoodColors', [ - [sg.Text('Having trouble picking good colors? Try this')], - [sg.Text('Here come the good colors as defined by PySimpleGUI')], - [sg.Text('Button Colors Using PySimpleGUI.BLUES')], - - [*[sg.Button('BLUES[{}]\n{}'.format(j, c), button_color=(sg.YELLOWS[0], c), size=s10) - for j, c in enumerate(sg.BLUES)]], - [sg.Text('_' * 100, size=(65, 1))], - [sg.Text('Button Colors Using PySimpleGUI.PURPLES')], - - [*[sg.Button('PURPLES[{}]\n{}'.format(j, c), button_color=(sg.YELLOWS[0], c), size=s10) - for j, c in enumerate(sg.PURPLES)]], - [sg.Text('_' * 100, size=(65, 1))], - [sg.Text('Button Colors Using PySimpleGUI.GREENS')], - - [*[sg.Button('GREENS[{}]\n{}'.format(j, c), button_color=(sg.YELLOWS[0], c), size=s10) - for j, c in enumerate(sg.GREENS)]], - [sg.Text('_' * 100, size=(65, 1))], - [sg.Text('Button Colors Using PySimpleGUI.TANS')], - - [*[sg.Button('TANS[{}]\n{}'.format(j, c), button_color=(sg.GREENS[0], c), size=s10) - for j, c in enumerate(sg.TANS)]], - [sg.Text('_' * 100, size=(65, 1))], - [sg.Text('Button Colors Using PySimpleGUI.YELLOWS')], - - [*[sg.Button('YELLOWS[{}]\n{}'.format(j, c), button_color=('black', c), size=s10) - for j, c in enumerate(sg.YELLOWS)]], - - [sg.Text('_' * 100, size=(65, 1))], - [sg.Button('Click ME!')] - ], default_element_size=(30, 2)) - - event, values = window.read() - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Google_TTS.py b/DemoPrograms/Demo_Google_TTS.py deleted file mode 100644 index b4c2bbfbb..000000000 --- a/DemoPrograms/Demo_Google_TTS.py +++ /dev/null @@ -1,57 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from gtts import gTTS -from pygame import mixer -import time -import os - -''' - Simple demonstration of using Google Text to Speech - Get a multi-line string - Convert to speech - Play back the speech - - Note that there are 2 temp files created. The program tries to delete them but will fail on one of them - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -layout = [[sg.Text('What would you like me to say?')], - [sg.MLine(size=(60,10), enter_submits=True)], - [sg.Button('Speak', bind_return_key=True), sg.Exit()]] - -window = sg.Window('Google Text to Speech', layout) - -i = 0 -mixer.init() -while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - # Get the text and convert to mp3 file - tts = gTTS(text=values[0], lang='en',slow=False) - tts.save('speech{}.mp3'.format(i%2)) - # playback the speech - mixer.music.load('speech{}.mp3'.format(i%2)) - mixer.music.play() - # wait for playback to end - while mixer.music.get_busy(): - time.sleep(.1) - mixer.stop() - i += 1 - -window.close() - -# try to remove the temp files. You'll likely be left with 1 to clean up -try: - os.remove('speech0.mp3') -except: - pass -try: - os.remove('speech1.mp3') -except: - pass \ No newline at end of file diff --git a/DemoPrograms/Demo_Graph_Ball_Game.py b/DemoPrograms/Demo_Graph_Ball_Game.py deleted file mode 100644 index 05e14cb7e..000000000 --- a/DemoPrograms/Demo_Graph_Ball_Game.py +++ /dev/null @@ -1,121 +0,0 @@ -# import PySimpleGUIWeb as sg -import PySimpleGUI as sg -import pymunk -import random -import socket - -""" - python -m pip install pymunk==5.7.0 - Demo that shows integrating PySimpleGUI with the pymunk library. This combination - of PySimpleGUI and pymunk could be used to build games. - Note this exact same demo runs with PySimpleGUIWeb by changing the import statement - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -class Ball(): - def __init__(self, x, y, r, graph_elem, *args, **kwargs): - mass = 10 - # Create a Body with mass and moment - self.body = pymunk.Body( - mass, pymunk.moment_for_circle(mass, 0, r, (0, 0))) - self.body.position = x, y - # Create a box shape and attach to body - self.shape = pymunk.Circle(self.body, r, offset=(0, 0)) - self.shape.elasticity = 0.99999 - self.shape.friction = 0.8 - self.gui_circle_figure = None - self.graph_elem = graph_elem - - def move(self): - self.graph_elem.RelocateFigure( - self.gui_circle_figure, self.body.position[0], ball.body.position[1]) - - -class Playfield(): - def __init__(self, graph_elem): - self.space = pymunk.Space() - self.space.gravity = 0, 200 - self.add_wall((0, 400), (600, 400)) # ground - self.add_wall((0, 0), (0, 600)) # Left side - self.add_wall((600, 0), (600, 400)) # right side - self.arena_balls = [] # type: List[Ball] - self.graph_elem = graph_elem # type: sg.Graph - - def add_wall(self, pt_from, pt_to): - body = pymunk.Body(body_type=pymunk.Body.STATIC) - ground_shape = pymunk.Segment(body, pt_from, pt_to, 0.0) - ground_shape.friction = 0.8 - ground_shape.elasticity = .99 - ground_shape.mass = pymunk.inf - self.space.add(ground_shape) - - def add_random_balls(self): - for i in range(1, 200): - x = random.randint(0, 600) - y = random.randint(0, 400) - r = random.randint(1, 10) - self.add_ball(x, y, r) - - def add_ball(self, x, y, r, fill_color='black', line_color='red'): - ball = Ball(x, y, r, self.graph_elem) - self.arena_balls.append(ball) - area.space.add(ball.body, ball.shape) - ball.gui_circle_figure = self.graph_elem.draw_circle( - (x, y), r, fill_color=fill_color, line_color=line_color) - return ball - - def shoot_a_ball(self, x, y, r, vector=(-10, 0), fill_color='black', line_color='red'): - ball = self.add_ball( - x, y, r, fill_color=fill_color, line_color=line_color) - # ball.shape.surface_velocity=10 - ball.body.apply_impulse_at_local_point(100*pymunk.Vec2d(vector)) - - -# ------------------- Build and show the GUI Window ------------------- -graph_elem = sg.Graph((600, 400), (0, 400), (600, 0), - enable_events=True, - key='-GRAPH-', - background_color='lightblue') - -hostname = socket.gethostbyname(socket.gethostname()) -layout = [[sg.Text('Ball Test'), sg.Text('My IP {}'.format(hostname))], - [graph_elem], - [sg.Button('Kick'), sg.Button('Player 1 Shoot', size=(15, 2)), - sg.Button('Player 2 Shoot', size=(15, 2)), sg.Button('Exit')] - ] - -window = sg.Window('Window Title', layout, disable_close=True, finalize=True) - -area = Playfield(graph_elem) -area.add_wall((0,300), (300,300)) -graph_elem.draw_line((0,300),(300,300)) -# area.add_random_balls() - -# ------------------- GUI Event Loop ------------------- -while True: # Event Loop - event, values = window.read(timeout=10) - # print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - - area.space.step(0.01) - - if event == 'Player 2 Shoot': - area.shoot_a_ball(555, 200, 5, (-10, 0), - fill_color='green', line_color='green') - elif event == 'Player 1 Shoot': - area.shoot_a_ball(10, 200, 5, (10, 0)) - - for ball in area.arena_balls: - if event == 'Kick': - pos = ball.body.position[0], ball.body.position[1]-random.randint(1, 200) - ball.body.position = pos - ball.move() - -window.close() diff --git a/DemoPrograms/Demo_Graph_Bar_Chart_Dual_Axis.py b/DemoPrograms/Demo_Graph_Bar_Chart_Dual_Axis.py deleted file mode 100644 index b0b150c05..000000000 --- a/DemoPrograms/Demo_Graph_Bar_Chart_Dual_Axis.py +++ /dev/null @@ -1,55 +0,0 @@ -import PySimpleGUI as sg -import random - -""" - Bar Chart - Dual Axis Version - - A simple bar chart with a twist - If you've got 2 values to plot, this technique enables you to trivially plot them both. - Simply set your Graph element coordinates to be negative. Make your y=0 line run through the middle - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -BAR_WIDTH = 25 # width of each bar -BAR_SPACING = 30 # space between each bar -EDGE_OFFSET = 3 # offset from the left edge for first bar -GRAPH_SIZE= (500,500) # size in pixels - -sg.theme('Light brown 1') - -layout = [[sg.Text('Dual-Axis Bar Chart')], - [sg.Graph(GRAPH_SIZE, (0, -GRAPH_SIZE[0]//2), (GRAPH_SIZE[0]//2, GRAPH_SIZE[1]//2), k='-GRAPH-')], - [sg.Button('OK'), sg.T('Click to display more data'), sg.Exit()]] - -window = sg.Window('Bar Graph', layout, finalize=True) - -# get the Graph Element into a variable to make code completion easier -graph:sg.Graph = window['-GRAPH-'] - -while True: - graph.erase() - for i in range(8): - graph_value = random.randint(0, GRAPH_SIZE[1]//2) - graph.draw_rectangle(top_left=(i * BAR_SPACING + EDGE_OFFSET, graph_value), - bottom_right=(i * BAR_SPACING + EDGE_OFFSET + BAR_WIDTH, 0), - fill_color='green', line_width=0) - - # get a second value and draw an inverted bar. Simply set the Y value to be negative and top to be 0 - graph_value = random.randint(0, GRAPH_SIZE[1]//2) - graph.draw_rectangle(top_left=(i * BAR_SPACING + EDGE_OFFSET, 0), - bottom_right=(i * BAR_SPACING + EDGE_OFFSET + BAR_WIDTH, -graph_value), - fill_color='red', line_width=0) - - # Normally at the top of the loop, but because we're drawing the graph first, making it at the bottom - event, values = window.read() - - if event in (sg.WIN_CLOSED, 'Exit'): - break - - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Graph_Custom_Progress_Meter.py b/DemoPrograms/Demo_Graph_Custom_Progress_Meter.py deleted file mode 100644 index d9fe375bf..000000000 --- a/DemoPrograms/Demo_Graph_Custom_Progress_Meter.py +++ /dev/null @@ -1,72 +0,0 @@ -""" - Demo Graph Custom Progress Meter - - The "Graph Element" is a "Gateway Element" - Looking to create your own custom elements? Then the Graph Element is an excellent - place to start. - - This short demo implements a Circular Progress Meter - - The event loop has a little trick some may like.... - Rather than adding a sleep instead use window.read with a timeout - This has a dual purpose. You get the delay you're after AND your GUI is refreshed - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -import PySimpleGUI as sg - -# Settings for you to modify are the size of the element, the circle width & color and the font for the % complete -GRAPH_SIZE = (300 , 300) # this one setting drives the other settings -CIRCLE_LINE_WIDTH, LINE_COLOR = 20, 'yellow' -TEXT_FONT = 'Courier' - - -# Computations based on your settings above -TEXT_HEIGHT = GRAPH_SIZE[0]//4 -TEXT_LOCATION = (GRAPH_SIZE[0]//2, GRAPH_SIZE[1]//2) -TEXT_COLOR = LINE_COLOR - -def update_meter(graph_elem, percent_complete): - """ - Update a circular progress meter - :param graph_elem: The Graph element being drawn in - :type graph_elem: sg.Graph - :param percent_complete: Percentage to show complete from 0 to 100 - :type percent_complete: float | int - """ - graph_elem.erase() - arc_length = percent_complete/100*360+.9 - if arc_length >= 360: - arc_length = 359.9 - graph_elem.draw_arc((CIRCLE_LINE_WIDTH, GRAPH_SIZE[1] - CIRCLE_LINE_WIDTH), (GRAPH_SIZE[0] - CIRCLE_LINE_WIDTH, CIRCLE_LINE_WIDTH), - arc_length, 0, 'arc', arc_color=LINE_COLOR, line_width=CIRCLE_LINE_WIDTH) - percent = percent_complete - graph_elem.draw_text(f'{percent:.0f}%', TEXT_LOCATION, font=(TEXT_FONT, -TEXT_HEIGHT), color=TEXT_COLOR) - - -def main(): - - layout = [ [sg.Graph(GRAPH_SIZE, (0,0), GRAPH_SIZE, key='-GRAPH-')], - [sg.Button('Go')]] - - - window = sg.Window('Circlular Meter', layout, finalize=True) - - while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - for i in range(500): - update_meter(window['-GRAPH-'], i/500*100) - window.read(timeout=5) # an easy way to make a loop that acts like it has a "sleep" in it - - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Graph_Drag_Rectangle.py b/DemoPrograms/Demo_Graph_Drag_Rectangle.py deleted file mode 100644 index 8e34f9135..000000000 --- a/DemoPrograms/Demo_Graph_Drag_Rectangle.py +++ /dev/null @@ -1,64 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Drag a rectangle to draw it - - This demo shows how to use a Graph Element to (optionally) display an image and then use the - mouse to "drag a rectangle". This is sometimes called a rubber band and is an operation you - see in things like editors - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# image_file = r'Color-names.png' -# image_file = None # image is optional -image_file = r'C:\Python\PycharmProjects\PSG\logo200.png' # image is optional - -layout = [[sg.Graph( - canvas_size=(400, 400), - graph_bottom_left=(0, 0), - graph_top_right=(400, 400), - key="-GRAPH-", - change_submits=True, # mouse click events - background_color='lightblue', - drag_submits=True), ], - [sg.Text(key='info', size=(60, 1))]] - -window = sg.Window("draw rect on image", layout, finalize=True) -# get the graph element for ease of use later -graph = window["-GRAPH-"] # type: sg.Graph - -graph.draw_image(image_file, location=(0,400)) if image_file else None -dragging = False -start_point = end_point = prior_rect = None - -while True: - event, values = window.read() - - if event == sg.WIN_CLOSED: - break # exit - - if event == "-GRAPH-": # if there's a "Graph" event, then it's a mouse - x, y = values["-GRAPH-"] - if not dragging: - start_point = (x, y) - dragging = True - else: - end_point = (x, y) - if prior_rect: - graph.delete_figure(prior_rect) - if None not in (start_point, end_point): - prior_rect = graph.draw_rectangle(start_point, end_point, line_color='red') - - elif event.endswith('+UP'): # The drawing has ended because mouse up - info = window["info"] - info.update(value=f"grabbed rectangle from {start_point} to {end_point}") - start_point, end_point = None, None # enable grabbing a new rect - dragging = False - - else: - print("unhandled event", event, values) diff --git a/DemoPrograms/Demo_Graph_Drag_Rectangle_Super_Simple.py b/DemoPrograms/Demo_Graph_Drag_Rectangle_Super_Simple.py deleted file mode 100644 index 67cf65d9c..000000000 --- a/DemoPrograms/Demo_Graph_Drag_Rectangle_Super_Simple.py +++ /dev/null @@ -1,48 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Drag a rectangle and move - - This demo shows how to use a Graph Element to draw a square and move it with the mouse. - It's a very simple, single element program. Like many Demo Programs, it started as - a "Test Harness" that demonstrated a bug that happened with a timeout of 0 - was added to the window.read() - - Original code comes courtesy of user @davesmivers .... Thanks Dave!! - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -GRAPH_SIZE = (400, 400) -START = (200, 200) # We'll assume X and Y are both this value -SQ_SIZE = 40 # Both width and height will be this value - -layout = [[sg.Graph( - canvas_size=GRAPH_SIZE, graph_bottom_left=(0, 0), graph_top_right=GRAPH_SIZE, # Define the graph area - change_submits=True, # mouse click events - drag_submits=True, # mouse move events - background_color='lightblue', - key="-GRAPH-", - pad=0)]] - -window = sg.Window("Simple Square Movement", layout, finalize=True, margins=(0,0)) - -# draw the square we'll move around -square = window["-GRAPH-"].draw_rectangle(START, (START[0]+SQ_SIZE, START[1]+SQ_SIZE), fill_color='black') - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - print(event, values) if event != sg.TIMEOUT_EVENT else None # our normal debug print, but for this demo, don't spam output with timeouts - - if event == "-GRAPH-": # if there's a "Graph" event, then it's a mouse movement. Move the square - x, y = values["-GRAPH-"] # get mouse position - window["-GRAPH-"].relocate_figure(square, x - SQ_SIZE // 2, y + SQ_SIZE // 2) # Move using center of square to mouse pos - -window.close() diff --git a/DemoPrograms/Demo_Graph_Drawing.py b/DemoPrograms/Demo_Graph_Drawing.py deleted file mode 100644 index 036fc9d6b..000000000 --- a/DemoPrograms/Demo_Graph_Drawing.py +++ /dev/null @@ -1,42 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Usage of Graph element. - -layout = [[sg.Graph(canvas_size=(400, 400), graph_bottom_left=(0, 0), graph_top_right=(400, 400), background_color='red', enable_events=True, key='graph')], - [sg.Text('Change circle color to:'), sg.Button('Red'), sg.Button('Blue'), sg.Button('Move')]] - -window = sg.Window('Graph test', layout, finalize=True) - -graph = window['graph'] # type: sg.Graph -circle = graph.draw_circle((75, 75), 25, fill_color='black', line_color='white') -point = graph.draw_point((75, 75), 10, color='green') -oval = graph.draw_oval((25, 300), (100, 280), fill_color='purple', line_color='purple') -rectangle = graph.draw_rectangle((25, 300), (100, 280), line_color='purple') -line = graph.draw_line((0, 0), (100, 100)) -arc = graph.draw_arc((0, 0), (400, 400), 160, 10, style='arc', arc_color='blue') -poly = graph.draw_polygon(((10,10), (20,0), (40,200), (10,10)), fill_color='green') -while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED: - break - if event in ('Blue', 'Red'): - graph.TKCanvas.itemconfig(circle, fill=event) - elif event == 'Move': - graph.MoveFigure(point, 10, 10) - graph.MoveFigure(circle, 10, 10) - graph.MoveFigure(oval, 10, 10) - graph.MoveFigure(rectangle, 10, 10) - graph.MoveFigure(arc, 10, 10) - graph.MoveFigure(poly, 10, 10) - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Graph_Drawing_And_Dragging_Figures.py b/DemoPrograms/Demo_Graph_Drawing_And_Dragging_Figures.py deleted file mode 100644 index ad0375348..000000000 --- a/DemoPrograms/Demo_Graph_Drawing_And_Dragging_Figures.py +++ /dev/null @@ -1,145 +0,0 @@ -import PySimpleGUI as sg -from PIL import ImageGrab - -""" - Demo - Drawing and moving demo - - This demo shows how to use a Graph Element to (optionally) display an image and then use the - mouse to "drag" and draw rectangles and circles. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def save_element_as_file(element, filename): - """ - Saves any element as an image file. Element needs to have an underlyiong Widget available (almost if not all of them do) - :param element: The element to save - :param filename: The filename to save to. The extension of the filename determines the format (jpg, png, gif, ?) - """ - widget = element.Widget - box = (widget.winfo_rootx(), widget.winfo_rooty(), widget.winfo_rootx() + widget.winfo_width(), widget.winfo_rooty() + widget.winfo_height()) - grab = ImageGrab.grab(bbox=box) - grab.save(filename) - - - -def main(): - - sg.theme('Dark Blue 3') - - col = [[sg.T('Choose what clicking a figure does', enable_events=True)], - [sg.R('Draw Rectangles', 1, key='-RECT-', enable_events=True)], - [sg.R('Draw Circle', 1, key='-CIRCLE-', enable_events=True)], - [sg.R('Draw Line', 1, key='-LINE-', enable_events=True)], - [sg.R('Draw points', 1, key='-POINT-', enable_events=True)], - [sg.R('Erase item', 1, key='-ERASE-', enable_events=True)], - [sg.R('Erase all', 1, key='-CLEAR-', enable_events=True)], - [sg.R('Send to back', 1, key='-BACK-', enable_events=True)], - [sg.R('Bring to front', 1, key='-FRONT-', enable_events=True)], - [sg.R('Move Everything', 1, key='-MOVEALL-', enable_events=True)], - [sg.R('Move Stuff', 1, key='-MOVE-', enable_events=True)], - [sg.B('Save Image', key='-SAVE-')], - ] - - layout = [[sg.Graph( - canvas_size=(400, 400), - graph_bottom_left=(0, 0), - graph_top_right=(800, 800), - key="-GRAPH-", - enable_events=True, - background_color='lightblue', - drag_submits=True, - right_click_menu=[[],['Erase item',]] - ), sg.Col(col, key='-COL-') ], - [sg.Text(key='-INFO-', size=(60, 1))]] - - window = sg.Window("Drawing and Moving Stuff Around", layout, finalize=True) - - # get the graph element for ease of use later - graph = window["-GRAPH-"] # type: sg.Graph - graph.draw_image(data=logo200, location=(0,400)) - - dragging = False - start_point = end_point = prior_rect = None - # graph.bind('', '+RIGHT+') - - while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED: - break # exit - - if event in ('-MOVE-', '-MOVEALL-'): - graph.set_cursor(cursor='fleur') # not yet released method... coming soon! - elif not event.startswith('-GRAPH-'): - graph.set_cursor(cursor='left_ptr') # not yet released method... coming soon! - - if event == "-GRAPH-": # if there's a "Graph" event, then it's a mouse - x, y = values["-GRAPH-"] - if not dragging: - start_point = (x, y) - dragging = True - drag_figures = graph.get_figures_at_location((x,y)) - lastxy = x, y - else: - end_point = (x, y) - if prior_rect: - graph.delete_figure(prior_rect) - delta_x, delta_y = x - lastxy[0], y - lastxy[1] - lastxy = x,y - if None not in (start_point, end_point): - if values['-MOVE-']: - for fig in drag_figures: - graph.move_figure(fig, delta_x, delta_y) - graph.update() - elif values['-RECT-']: - prior_rect = graph.draw_rectangle(start_point, end_point,fill_color='green', line_color='red') - elif values['-CIRCLE-']: - prior_rect = graph.draw_circle(start_point, end_point[0]-start_point[0], fill_color='red', line_color='green') - elif values['-LINE-']: - prior_rect = graph.draw_line(start_point, end_point, width=4) - elif values['-POINT-']: - graph.draw_point((x,y), size=8) - elif values['-ERASE-']: - for figure in drag_figures: - graph.delete_figure(figure) - elif values['-CLEAR-']: - graph.erase() - elif values['-MOVEALL-']: - graph.move(delta_x, delta_y) - elif values['-FRONT-']: - for fig in drag_figures: - graph.bring_figure_to_front(fig) - elif values['-BACK-']: - for fig in drag_figures: - graph.send_figure_to_back(fig) - window["-INFO-"].update(value=f"mouse {values['-GRAPH-']}") - elif event.endswith('+UP'): # The drawing has ended because mouse up - window["-INFO-"].update(value=f"grabbed rectangle from {start_point} to {end_point}") - start_point, end_point = None, None # enable grabbing a new rect - dragging = False - prior_rect = None - elif event.endswith('+RIGHT+'): # Righ click - window["-INFO-"].update(value=f"Right clicked location {values['-GRAPH-']}") - elif event.endswith('+MOTION+'): # Righ click - window["-INFO-"].update(value=f"mouse freely moving {values['-GRAPH-']}") - elif event == '-SAVE-': - # filename = sg.popup_get_file('Choose file (PNG, JPG, GIF) to save to', save_as=True) - filename=r'test.jpg' - save_element_as_file(window['-GRAPH-'], filename) - elif event == 'Erase item': - window["-INFO-"].update(value=f"Right click erase at {values['-GRAPH-']}") - if values['-GRAPH-'] != (None, None): - drag_figures = graph.get_figures_at_location(values['-GRAPH-']) - for figure in drag_figures: - graph.delete_figure(figure) - - window.close() - -logo200 = b'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' - -main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Graph_Drawing_And_Dragging_Figures_2_Windows.py b/DemoPrograms/Demo_Graph_Drawing_And_Dragging_Figures_2_Windows.py deleted file mode 100644 index e28c180b5..000000000 --- a/DemoPrograms/Demo_Graph_Drawing_And_Dragging_Figures_2_Windows.py +++ /dev/null @@ -1,145 +0,0 @@ -import PySimpleGUI as sg -from PIL import ImageGrab - -""" - Demo - Drawing and moving demo - - This demo shows how to use a Graph Element to (optionally) display an image and then use the - mouse to "drag" and draw rectangles and circles. - - This demo is an adaptation of a single-window version called Demo_Graph_Drawing_And_Dragging_Figures. The - difference between the 2 programs is that the "action" portion of the interface is split into a floating - toolbar kind of interface in this version. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def save_element_as_file(element, filename): - """ - Saves any element as an image file. Element needs to have an underlyiong Widget available (almost if not all of them do) - :param element: The element to save - :param filename: The filename to save to. The extension of the filename determines the format (jpg, png, gif, ?) - """ - widget = element.Widget - box = (widget.winfo_rootx(), widget.winfo_rooty(), widget.winfo_rootx() + widget.winfo_width(), widget.winfo_rooty() + widget.winfo_height()) - grab = ImageGrab.grab(bbox=box) - grab.save(filename) - - - -def main(): - - sg.theme('Dark Blue 3') - - layout2 = [[sg.T('Choose what clicking a figure does', enable_events=True)], - [sg.R('Draw Rectangles', 1, key='-RECT-', enable_events=True)], - [sg.R('Draw Circle', 1, key='-CIRCLE-', enable_events=True)], - [sg.R('Draw Line', 1, key='-LINE-', enable_events=True)], - [sg.R('Draw points', 1, key='-POINT-', enable_events=True)], - [sg.R('Erase item', 1, key='-ERASE-', enable_events=True)], - [sg.R('Erase all', 1, key='-CLEAR-', enable_events=True)], - [sg.R('Send to back', 1, key='-BACK-', enable_events=True)], - [sg.R('Bring to front', 1, key='-FRONT-', enable_events=True)], - [sg.R('Move Everything', 1, key='-MOVEALL-', enable_events=True)], - [sg.R('Move Stuff', 1, key='-MOVE-', enable_events=True)], - [sg.B('Save Image', key='-SAVE-')]] - - window2 = sg.Window('Your Palette', layout2, finalize=True) - - layout1 = [[sg.Graph( - canvas_size=(400, 400), - graph_bottom_left=(0, 0), - graph_top_right=(800, 800), - key="-GRAPH-", - enable_events=True, - background_color='lightblue', - drag_submits=True) ], - [sg.Text(key='info', size=(40, 1))]] - - window1 = sg.Window("Drawing and Moving Stuff Around", layout1, keep_on_top=True, finalize=True) - - # get the graph element for ease of use later - graph = window1["-GRAPH-"] # type: sg.Graph - graph.draw_image(data=logo200, location=(0,400)) - - dragging = False - start_point = end_point = prior_rect = None - graph.bind('', '+RIGHT+') - drawing_setting = window2.read(timeout=0)[1] - - window2.move(window1.current_location()[0]+window1.size[0], window1.current_location()[1]) - - while True: - window, event, values = sg.read_all_windows() - # event, values = window.read() - # print(event, values) - if window == window2: - drawing_setting = values - if event == sg.WIN_CLOSED: - break # exit - if event in ('-MOVE-', '-MOVEALL-'): - # graph.Widget.config(cursor='fleur') - graph.set_cursor(cursor='fleur') # not yet released method... coming soon! - elif not event.startswith('-GRAPH-'): - graph.set_cursor(cursor='left_ptr') # not yet released method... coming soon! - # graph.Widget.config(cursor='left_ptr') - - if event == "-GRAPH-": # if there's a "Graph" event, then it's a mouse - x, y = values["-GRAPH-"] - if not dragging: - start_point = (x, y) - dragging = True - drag_figures = graph.get_figures_at_location((x,y)) - lastxy = x, y - else: - end_point = (x, y) - if prior_rect: - graph.delete_figure(prior_rect) - delta_x, delta_y = x - lastxy[0], y - lastxy[1] - lastxy = x,y - if None not in (start_point, end_point) or drawing_setting['-ERASE-'] or drawing_setting['-CLEAR-']: - if drawing_setting['-RECT-']: - prior_rect = graph.draw_rectangle(start_point, end_point,fill_color='green', line_color='red') - elif drawing_setting['-CIRCLE-']: - prior_rect = graph.draw_circle(start_point, end_point[0]-start_point[0], fill_color='red', line_color='green') - elif drawing_setting['-LINE-']: - prior_rect = graph.draw_line(start_point, end_point, width=4) - elif drawing_setting['-MOVE-']: - for fig in drag_figures: - graph.move_figure(fig, delta_x, delta_y) - graph.update() - elif drawing_setting['-POINT-']: - graph.draw_point((x,y), size=8) - elif drawing_setting['-ERASE-']: - for figure in drag_figures: - graph.delete_figure(figure) - elif drawing_setting['-CLEAR-']: - graph.erase() - elif drawing_setting['-MOVEALL-']: - graph.move(delta_x, delta_y) - elif drawing_setting['-FRONT-']: - for fig in drag_figures: - graph.bring_figure_to_front(fig) - elif drawing_setting['-BACK-']: - for fig in drag_figures: - graph.send_figure_to_back(fig) - elif event.endswith('+UP'): # The drawing has ended because mouse up - info = window["info"] - info.update(value=f"grabbed rectangle from {start_point} to {end_point}") - start_point, end_point = None, None # enable grabbing a new rect - dragging = False - prior_rect = None - elif event == '-SAVE-': - # filename = sg.popup_get_file('Choose file (PNG, JPG, GIF) to save to', save_as=True) - filename=r'test.jpg' - save_element_as_file(window['-GRAPH-'], filename) - - window.close() - -logo200 = b'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' - -main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Graph_Elem_CPU_Meter.py b/DemoPrograms/Demo_Graph_Elem_CPU_Meter.py deleted file mode 100644 index 5f92cb648..000000000 --- a/DemoPrograms/Demo_Graph_Elem_CPU_Meter.py +++ /dev/null @@ -1,160 +0,0 @@ -import PySimpleGUI as sg -import math -import psutil - -""" - Demo Program - Display CPI Usage as a VU Meter - - Artwork and algorithm for handling of needle positioning generously provided by GitHub user neovich. - - A long-time PySimpleGUI user and brilliant programmer posted a screenshot of an incredibly - complex audio recording mixing application with features like custom sliders and VU meters made - entirely of Graph elements. I asked him to draw us some special artwork for this demo. An ENORMOUS - thank you to him for the encouragement, support, and hard work! - - This demo uses the psutil library to get the CPI utilization. It is then shown on a nicely rendered - VU meter. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# --- VU Meter Parameters ---------------------------------------------- - -x_needle_base = 169 -y_needle_base = 10 -needle_length = 280 -needle_multiply = 2 -needle_width = 2 -needle_color = '#434443' -needle_cutoff = 100 -angle_min = 60 -angle_max = 122 -CANVAS_KEY = 'CANVAS_vu_meter' - -# --- Colours ---------------------------------------------------------- -tick1_color = '#222222' -tick2_color = tick1_color -background = '#626059' -module_background = '#F2E2CA' -win0_background_color = background -tab_inner_colour = 'black' -background_main = background - - -sg.set_options(background_color=background, element_background_color=background) - -# ---------------------- Definitions ----------------------------------- - - -def VU_METER_update(CONT_CANVAS_vu_meter, a): - if a < angle_min : - a = angle_min - if a > angle_max: - a = angle_max - CONT_CANVAS_vu_meter.erase() - OBJ_VU_meter = CONT_CANVAS_vu_meter.draw_image(data=vu_meter_2,location= (0,234)) - x_angle = math.cos(math.radians(180-a)) - y_angle = math.sin(math.radians(180-a)) - x_cur = x_needle_base+(x_angle * needle_length) - y_cur = y_needle_base+int((y_angle * needle_length)*0.7) - x_cur_low = int(x_needle_base+(x_angle * (needle_length/needle_multiply))) - y_cur_low = int(y_needle_base+int((y_angle * (needle_length/needle_multiply))*0.7)) - OBJ_VU_meter_needle = CONT_CANVAS_vu_meter.draw_line( (x_cur_low,y_cur_low),(int(x_cur),int(y_cur)) ,color=needle_color,width=needle_width) - - -def main(): - # ------------------------- Init the VU_Meter -------------------------- - - - VU_METER_cont = [[sg.Graph ( canvas_size = ( 339,234 ), - graph_bottom_left=(0,0), - graph_top_right=(339,234), - background_color=module_background, - drag_submits=True, - enable_events=True, - float_values=True, - key=CANVAS_KEY )]] - - - # ------------------------- Tab Set Ups -------------------------------- - layout = [[sg.Column(VU_METER_cont ,background_color=module_background )]] - - - - location = sg.user_settings_get_entry('-location-', (None, None)) - - # ------------------------ Finalize Windows ---------------------------- - - window = sg.Window('CPU Usage as a VU Meter', layout, - no_titlebar=True, - auto_size_buttons=False, - keep_on_top=True, - grab_anywhere=True, - force_toplevel=False, - finalize=True, - location=location, - right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, - enable_close_attempted_event=True) - - # ------------------------ Init the VU_Meter --------------------------- - - CONT_CANVAS_vu_meter = window[CANVAS_KEY] - angle = angle_min - x_angle = math.cos(math.radians(180-angle)) - y_angle = math.sin(math.radians(180-angle)) - x_cur = x_needle_base+(x_angle * needle_length) - y_cur = y_needle_base+int((y_angle * needle_length)*0.7) - x_cur_low = int(x_needle_base+(x_angle * (needle_length/needle_multiply))) - y_cur_low = int(y_needle_base+int((y_angle * (needle_length/needle_multiply))*0.7)) - OBJ_VU_meter_needle = CONT_CANVAS_vu_meter.draw_line( (x_cur_low,y_cur_low),(int(x_cur),int(y_cur)) ,color=needle_color,width=needle_width) - window.refresh() - - ######################################################################## - ## MAIN LOOP ## - ######################################################################## - temp_angle = 0 - angle_impulse = 2 - angle_range = angle_max-angle_min - while True: - event, values = window.read(timeout=30) - if event in (sg.WIN_CLOSE_ATTEMPTED_EVENT, 'Exit'): - sg.user_settings_set_entry('-location-', window.current_location()) # The line of code to save the position before exiting - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), location=window.current_location(), keep_on_top=True, non_blocking=True) - - - cpu_percent = psutil.cpu_percent(interval=1) - target_angle = angle_range * cpu_percent/100 + angle_min - if temp_angle == 0: - temp_angle = target_angle - - delta = abs(temp_angle - target_angle) - if temp_angle > target_angle: - temp_angle -= min(angle_impulse, delta) - else: - temp_angle += min(angle_impulse, delta) - VU_METER_update(CONT_CANVAS_vu_meter, temp_angle) - CONT_CANVAS_vu_meter.draw_text(f'{int(cpu_percent)}% CPU USED', (170, 40), color=module_background, font='_ 18') - - - - -if __name__ == '__main__': - - # --------- Images ----------------------------------------------------- - - needle = b'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' - - - vu_meter_2 = b'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' - - dot3 = b'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' - - main() diff --git a/DemoPrograms/Demo_Graph_Elem_Image_Album.py b/DemoPrograms/Demo_Graph_Elem_Image_Album.py deleted file mode 100644 index 53e5cf5d5..000000000 --- a/DemoPrograms/Demo_Graph_Elem_Image_Album.py +++ /dev/null @@ -1,102 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from PIL import Image -import PIL -import io -import base64 -import os - -""" - Demo Image Album.... displays images on Graph Element and has a visual "slide transition" - - - Click on right side of image to navigate down through filenames, left side for up. - - PIL is required for this particular demo because it displays PNG, JPG, TIFF, BMP, GIF and ICO files - - Contains a couple of handy PIL-based image functions that resize an image while maintaining correct proportion. - One you pass a filename, the other a BASE64 string. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -G_SIZE = (800,600) # Size of the Graph in pixels. Using a 1 to 1 mapping of pixels to pixels - -sg.theme('black') - - -def convert_to_bytes(file_or_bytes, resize=None): - ''' - Will convert into bytes and optionally resize an image that is a file or a base64 bytes object. - :param file_or_bytes: either a string filename or a bytes base64 image object - :type file_or_bytes: (str | bytes) - :param resize: optional new size - :type resize: ((int, int) | None) - :return: (bytes) a byte-string object - :rtype: (bytes) - ''' - if isinstance(file_or_bytes, str): - img = PIL.Image.open(file_or_bytes) - else: - img = PIL.Image.open(io.BytesIO(base64.b64decode(file_or_bytes))) - - cur_width, cur_height = img.size - if resize: - new_width, new_height = resize - scale = min(new_height/cur_height, new_width/cur_width) - img = img.resize((int(cur_width*scale), int(cur_height*scale)), PIL.Image.LANCZOS) - bio = io.BytesIO() - img.save(bio, format="PNG") - del img - return bio.getvalue() - -folder = sg.popup_get_folder('Where are your images?') -if not folder: - exit(0) - -file_list = os.listdir(folder) -fnames = [f for f in file_list if os.path.isfile( - os.path.join(folder, f)) and f.lower().endswith((".png", ".jpg", "jpeg", ".tiff", ".bmp", ".gif", ".ico"))] -num_files = len(fnames) - -graph = sg.Graph(canvas_size=G_SIZE, graph_bottom_left=(0, 0), graph_top_right=G_SIZE, enable_events=True, key='-GRAPH-', pad=(0,0)) - -layout = [ [sg.Text('Click on the right side of the window to navigate forward, the left side to go backwards')], - [sg.Text(f'Displaying image: '), sg.Text(k='-FILENAME-')], - [graph]] - -window = sg.Window('Scrolling Image Viewer', layout, margins=(0,0), use_default_focus=False, finalize=True) - -offset, move_amount, direction = 0, 5, 'left' - -while True: - file_to_display = os.path.join(folder, fnames[offset]) - window['-FILENAME-'].update(file_to_display) - img_data = convert_to_bytes(file_to_display, resize=G_SIZE) - image_id = graph.draw_image(data=img_data, location=(0, G_SIZE[1])) - - event, values = window.read() - if event == sg.WIN_CLOSED: - break - - # if image is clicked, then move in the left direction if clicked on left half of the image - if event == '-GRAPH-': - direction = 'left' if values['-GRAPH-'][0] < (G_SIZE[0] // 2) else 'right' - - # Do the animation - for i in range(G_SIZE[0]//move_amount): - graph.move_figure(image_id, -move_amount if direction == 'left' else move_amount, 0) - window.refresh() - graph.delete_figure(image_id) - - # Bump the image index - if direction == 'left': - offset = (offset + (num_files - 1)) % num_files # Decrement - roll over to MAX from 0 - else: - offset = (offset + 1) % num_files # Increment to MAX then roll over to 0 - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Graph_Elem_Image_Album_No_PIL.py b/DemoPrograms/Demo_Graph_Elem_Image_Album_No_PIL.py deleted file mode 100644 index efd5035cb..000000000 --- a/DemoPrograms/Demo_Graph_Elem_Image_Album_No_PIL.py +++ /dev/null @@ -1,71 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import os - -""" - Demo Image Album... NO PIL version.... displays images on Graph Element and has a visual "slide transition" - - Click on right side of image to navigate down through filenames, left side for up. - - Same program as the Demo_Graph_Elem_Image_Album.py, but without using PIL - - Not using PIL has 2 impacts: - 1. The images are not resized to fit the window - 2. The images are limited to PNG and GIF files - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -G_SIZE = (800, 600) # Size of the Graph in pixels. Using a 1 to 1 mapping of pixels to pixels - -sg.theme('black') -folder = sg.popup_get_folder('Where are your images?') -if not folder: - exit(0) - -file_list = os.listdir(folder) -fnames = [f for f in file_list if os.path.isfile( - os.path.join(folder, f)) and f.lower().endswith((".png", ".gif"))] -num_files = len(fnames) - -graph = sg.Graph(canvas_size=G_SIZE, graph_bottom_left=(0, 0), graph_top_right=G_SIZE, enable_events=True, key='-GRAPH-', pad=(0, 0)) - -layout = [[sg.Text('Click on the right side of the window to navigate forward, the left side to go backwards')], - [sg.Text(f'Displaying image: '), sg.Text(k='-FILENAME-')], - [graph]] - -window = sg.Window('Scrolling Image Viewer', layout, margins=(0, 0), use_default_focus=False, finalize=True) - -offset, move_amount, direction = 0, 5, 'left' - -while True: - file_to_display = os.path.join(folder, fnames[offset]) - window['-FILENAME-'].update(file_to_display) - - image_id = graph.draw_image(filename=file_to_display, location=(0, G_SIZE[1])) - - event, values = window.read() - if event == sg.WIN_CLOSED: - break - - # if image is clicked, then move in the left direction if clicked on left half of the image - if event == '-GRAPH-': - direction = 'left' if values['-GRAPH-'][0] < (G_SIZE[0] // 2) else 'right' - - # Do the animation - for i in range(G_SIZE[0] // move_amount): - graph.move_figure(image_id, -move_amount if direction == 'left' else move_amount, 0) - window.refresh() - graph.delete_figure(image_id) - - # Bump the image index - if direction == 'left': - offset = (offset + (num_files - 1)) % num_files # Decrement - roll over to MAX from 0 - else: - offset = (offset + 1) % num_files # Increment to MAX then roll over to 0 - -window.close() diff --git a/DemoPrograms/Demo_Graph_Element.py b/DemoPrograms/Demo_Graph_Element.py deleted file mode 100644 index 1c1d10f0f..000000000 --- a/DemoPrograms/Demo_Graph_Element.py +++ /dev/null @@ -1,105 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import random -import time -import gc - -try: - import ping3 -except: - ping3 = None - if sg.popup_yes_no('This version of Python does not have the ping3 module installed. Would you like it to be installed?') == 'Yes': - sg.execute_pip_install_package('ping3') # pip install the ping3 package - sg.execute_restart(__file__) # restart this program so that it'll pick up the new ping3 installation - else: - sg.popup_quick_message('OK... Ping3 not installed so data will be simulated', font='_ 18', text_color='white', background_color='red', auto_close_duration=6) - -""" - Use a Graph element to show ping times to a URL using a line graph - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -if ping3: - ping_url = 'google.com' -else: - ping_url = 'simulated data' - - -def ping_thread(window: sg.Window): - while True: - if ping3: - ping_time = int(ping3.ping(ping_url) * 1000) - else: - time.sleep(.001) - ping_time = random.randint(0, 100) - if ping_time: - window.write_event_value('-THREAD-', ping_time) - - -def main(): - global ping_url - - STEP_SIZE = 1 - SAMPLES = 100 - CANVAS_SIZE = (1000, 500) - Y_MAX = 500 - X_MAX = 500 - - sg.theme('Black') - - layout = [ - sg.vbottom( - [sg.Column([[sg.T('Ping in MS'), sg.T(k='-TIME-', s=4)],[sg.Slider((50, Y_MAX), default_value=Y_MAX, orientation='v', size=(20, 20), k='-Y SLIDER-', expand_y=True, enable_events=True)]], expand_y=True, element_justification='r'), - sg.Column([ - [sg.Graph(CANVAS_SIZE, (0, 0), (SAMPLES, 200), background_color='black', key='-GRAPH-')], - [sg.Text('# Samples:'), sg.Slider((50, X_MAX), default_value=SAMPLES, orientation='h', size=(50, 20), k='-X SLIDER-', expand_x=True, enable_events=True)], - [sg.Text('Ping times to:'), sg.Input(ping_url, size=15, key='-URL-', readonly=not ping3, use_readonly_for_disable=True, disabled_readonly_text_color='black', disabled=not ping3), sg.B('Set', disabled=not ping3)],])], - expand_x=True, expand_y=True) - ] - - window = sg.Window('Ping Graph', layout, background_color='black', finalize=True, font='_ 16') - - graph = window['-GRAPH-'] - - i = prev_x = prev_y = 0 - fig_list = [] - window.start_thread(lambda : ping_thread(window)) - - while True: - event, values = window.read() - if event == 'Quit' or event == sg.WIN_CLOSED: - break - if event == '-THREAD-': - new_x, new_y = i, values[event] - window['-TIME-'].update(values[event]) - if i >= SAMPLES: - graph.move(-STEP_SIZE, 0) - prev_x = prev_x - STEP_SIZE - fig = fig_list[0] - fig_list.pop(0) - graph.delete_figure(fig) - # gc.collect() # Run garbage collect. Uncomment if you want the space freed immediately - fig = graph.draw_line((prev_x, prev_y), (new_x, new_y), color='white') - fig_list.append(fig) - prev_x, prev_y = new_x, new_y - i += STEP_SIZE if i < SAMPLES else 0 - if event == '-X SLIDER-' or event == '-Y SLIDER-': - graph.delete_figure(fig_list) - graph.change_coordinates((0,0), (values['-X SLIDER-'], values['-Y SLIDER-'])) - graph.erase() - fig_list = [] - i = 0 - prev_x, prev_y = 0, 0 - SAMPLES = values['-X SLIDER-'] - if event == 'Set': # set a new URL to ping - ping_url = values['-URL-'] - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Graph_Element_Sine_Wave.py b/DemoPrograms/Demo_Graph_Element_Sine_Wave.py deleted file mode 100644 index da55c665c..000000000 --- a/DemoPrograms/Demo_Graph_Element_Sine_Wave.py +++ /dev/null @@ -1,82 +0,0 @@ -import PySimpleGUI as sg -import math - -""" - Demo - Graph Element used to plot a mathematical formula - - The Graph element has a flexible coordinate system that you define. - Thie makes is possible for you to work in your coordinates instead of an - arbitrary system. - - For example, in a typical mathematics graph, (0,0) is located at the center - of the graph / page / diagram. - This Demo Program shows a graph with (0,0) being at the center of the Graph - area rather than at one of the corners. - - It graphs the formula: - y = sine(x/x2) * x1 - - The values of x1 and x2 can be changed using 2 sliders - - Copyright 2018-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - -SIZE_X = 200 -SIZE_Y = 200 -NUMBER_MARKER_FREQUENCY = SIZE_X//8 # How often to put tick marks on the axis - - -def draw_axis(): - graph.draw_line((-SIZE_X, 0), (SIZE_X, 0)) # axis lines - graph.draw_line((0, -SIZE_Y), (0, SIZE_Y)) - - for x in range(-SIZE_X, SIZE_X+1, NUMBER_MARKER_FREQUENCY): - graph.draw_line((x, -SIZE_Y/66), (x, SIZE_Y/66)) # tick marks - if x != 0: - # numeric labels - graph.draw_text(str(x), (x, -SIZE_Y/15), color='green', font='courier 10') - - for y in range(-SIZE_Y, SIZE_Y+1, NUMBER_MARKER_FREQUENCY): - graph.draw_line((-SIZE_X/66, y), (SIZE_X/66, y)) - if y != 0: - graph.draw_text(str(y), (-SIZE_X/11, y), color='blue', font='courier 10') - -# Create the graph that will be put into the window. Making outside of layout so have element in a variable -graph = sg.Graph(canvas_size=(500, 500), - graph_bottom_left=(-(SIZE_X+5), -(SIZE_Y+5)), - graph_top_right=(SIZE_X+5, SIZE_Y+5), - background_color='white', expand_x=True, expand_y=True, - key='-GRAPH-') -# Window layout -layout = [[sg.Text('Graph Element Combined with Math!', justification='center', relief=sg.RELIEF_SUNKEN, expand_x=True, font='Courier 18')], - [graph], - [sg.Text('y = sin(x / x2) * x1', font='COURIER 18')], - [sg.Text('x1', font='Courier 14'), sg.Slider((0, SIZE_Y), orientation='h', enable_events=True, key='-SLIDER-', expand_x=True)], - [sg.Text('x2', font='Courier 14'), sg.Slider((1, SIZE_Y), orientation='h', enable_events=True, key='-SLIDER2-', expand_x=True)]] - -window = sg.Window('Graph of Sine Function', layout, finalize=True) - -draw_axis() # draw the axis (an empty graph) - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - - graph.erase() # erase entire graph every time there's a change to a slider - draw_axis() # redraw the axis - - # plot the function by drawing short line segments - prev_x = prev_y = None - for x in range(-SIZE_X, SIZE_X): - y = math.sin(x/int(values['-SLIDER2-'])) * int(values['-SLIDER-']) - if prev_x is not None: - graph.draw_line((prev_x, prev_y), (x, y), color='red') - prev_x, prev_y = x, y - -window.close() diff --git a/DemoPrograms/Demo_Graph_Noise.py b/DemoPrograms/Demo_Graph_Noise.py deleted file mode 100644 index 2ecf5f599..000000000 --- a/DemoPrograms/Demo_Graph_Noise.py +++ /dev/null @@ -1,93 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import random -import sys - -''' - Example of random line in Graph element. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -sg.theme('black') - -STEP_SIZE = 1 -SAMPLES = 300 -SAMPLE_MAX = 300 -CANVAS_SIZE = (300, 300) - - -def main(): - global g_exit, g_response_time - - layout = [[sg.Text('Enter width, height of graph')], - [sg.Input(300, size=(6, 1), key='w'), sg.Input(300, size=(6, 1), key='h')], - [sg.Ok(), sg.Cancel()]] - - window = sg.Window('Enter graph size', layout) - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Cancel': - return - - CANVAS_SIZE = int(values['w']), int(values['h']) - window.close() - - # start ping measurement thread - - sg.theme('Black') - sg.set_options(element_padding=(0, 0)) - - layout = [[sg.Button('Quit', button_color=('white', 'black'))], - [sg.Graph(CANVAS_SIZE, (0, 0), (SAMPLES, SAMPLE_MAX), - background_color='black', key='graph')], ] - - window = sg.Window('Canvas test', layout, grab_anywhere=True, - background_color='black', no_titlebar=False, - use_default_focus=False, finalize=True) - graph = window['graph'] # type:sg.Graph - - graph.draw_line((SAMPLES//2, 0), (SAMPLES//2,SAMPLE_MAX),color='white') - graph.draw_line((0,SAMPLE_MAX//2), (SAMPLES, SAMPLE_MAX//2),color='white') - - prev_response_time = None - i = 0 - prev_x, prev_y = 0, 0 - graph_value = 250 - figures = [] - while True: - event, values = window.read(timeout=0) - if event == 'Quit' or event == sg.WIN_CLOSED: - break - - graph_offset = random.randint(-10, 10) - graph_value = graph_value + graph_offset - - if graph_value > SAMPLE_MAX: - graph_value = SAMPLE_MAX - if graph_value < 0: - graph_value = 0 - - new_x, new_y = i, graph_value - prev_value = graph_value - - if i >= SAMPLES: - graph.delete_figure(figures[0]) - figures = figures[1:] - for count, figure in enumerate(figures): - graph.move_figure(figure, -STEP_SIZE, 0) - prev_x = prev_x - STEP_SIZE - - last_figure = graph.draw_line((prev_x, prev_y), (new_x, new_y), color='white') - figures.append(last_figure) - prev_x, prev_y = new_x, new_y - i += STEP_SIZE if i < SAMPLES else 0 - - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Graph_Window_Resize.py b/DemoPrograms/Demo_Graph_Window_Resize.py deleted file mode 100644 index 7b8d67c53..000000000 --- a/DemoPrograms/Demo_Graph_Window_Resize.py +++ /dev/null @@ -1,49 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Graph Element Rescale Figures When Window Resizes - - This demo shows how you can redraw your Graph element's figures so that when - you resize the window, all of the figures on the graph resize. - - There may be a tkinter method to help do this? - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -gsize = (400,400) - -layout = [ [sg.Text('Rescaling a Graph Element When Window is Resized')], - [sg.Graph(gsize, (0,0),gsize, expand_x=True, expand_y=True, k='-G-', background_color='green')], - [sg.Button('Exit'), sg.Sizegrip()] ] - -window = sg.Window('Graph Element Scale With Window', layout, finalize=True, resizable=True, enable_window_config_events=True) - -graph = window['-G-'] #type: sg.Graph - -orig_win_size = window.current_size_accurate() -# Draw the figure desired (will repeat this code later) -fig = window['-G-'].draw_circle((200, 200), 50, fill_color='blue') - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == sg.WINDOW_CONFIG_EVENT: # if get a window resized event - # Determine how much the window was resized by and tell the Graph element the new size for the Canvas - new_size = window.current_size_accurate() - dx = orig_win_size[0]-new_size[0] - dy = orig_win_size[1]-new_size[1] - gsize = (gsize[0] - dx, gsize[1] - dy) - orig_win_size = new_size - graph.CanvasSize = gsize - # Erase entire Graph and redraw all figures0 - graph.erase() - # Redraw your figures here - fig = window['-G-'].draw_circle((200, 200), 50, fill_color='blue') - -window.close() diff --git a/DemoPrograms/Demo_Graph_pymunk_2D_Graphics.py b/DemoPrograms/Demo_Graph_pymunk_2D_Graphics.py deleted file mode 100644 index a7023f1f0..000000000 --- a/DemoPrograms/Demo_Graph_pymunk_2D_Graphics.py +++ /dev/null @@ -1,105 +0,0 @@ -import PySimpleGUI as sg -# import PySimpleGUIWeb as sg -import pymunk -import random -import socket - -# Yet another usage of Graph element and physics from pymunk. - - -""" - To get a good version of pymunk that works with this code: - python -m pip install pymunk==5.7.0 - Demo that shows integrating PySimpleGUI with the pymunk library. This combination - of PySimpleGUI and pymunk could be used to build games. - Note this exact same demo runs with PySimpleGUIWeb by changing the import statement - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -class Ball(): - def __init__(self, x, y, r, *args, **kwargs): - mass = 10 - # Create a Body with mass and moment - self.body = pymunk.Body( - mass, pymunk.moment_for_circle(mass, 0, r, (0, 0))) - self.body.position = x, y - # Create a box shape and attach to body - self.shape = pymunk.Circle(self.body, r, offset=(0, 0)) - self.shape.elasticity = 0.99999 - self.shape.friction = 0.8 - self.gui_circle_figure = None - - -class Playfield(): - def __init__(self, graph_elem): - self.graph_elem = graph_elem - self.space = pymunk.Space() - self.space.gravity = 0, 200 - self.add_wall((0, 400), (600, 400)) # ground - self.add_wall((0, 0), (0, 600)) # Left side - self.add_wall((600, 0), (600, 400)) # right side - - def add_wall(self, pt_from, pt_to): - body = pymunk.Body(body_type=pymunk.Body.STATIC) - ground_shape = pymunk.Segment(body, pt_from, pt_to, 0.0) - ground_shape.friction = 0.8 - ground_shape.elasticity = .99 - self.space.add(ground_shape) - - def add_balls(self): - self.arena_balls = [] - for i in range(1, 200): - x = random.randint(0, 600) - y = random.randint(0, 400) - r = random.randint(1, 10) - ball = Ball(x, y, r) - self.arena_balls.append(ball) - self.space.add(ball.body, ball.shape) - ball.gui_circle_figure = self.graph_elem.draw_circle( - (x, y), r, fill_color='black', line_width=0) - - -def main(): - - - - # ------------------- Build and show the GUI Window ------------------- - graph_elem = sg.Graph((600, 400), (0, 400), (600, 0), - enable_events=True, key='-GRAPH-', background_color='lightblue') - - hostname = socket.gethostbyname(socket.gethostname()) - layout = [[sg.Text('Ball Test'), sg.Text('My IP '+hostname)], - [graph_elem], - # [sg.Up(), sg.Down()], - [sg.Button('Kick'), sg.Button('Exit')]] - - window = sg.Window('Window Title', layout, finalize=True) - - area = Playfield(graph_elem) - area.add_balls() - - # ------------------- GUI Event Loop ------------------- - while True: # Event Loop - event, values = window.read(timeout=0) - # print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - area.space.step(0.02) - - for ball in area.arena_balls: - if event == 'Kick': - ball.body.position = ball.body.position[0], ball.body.position[1]-random.randint( - 1, 200) - graph_elem.RelocateFigure( - ball.gui_circle_figure, ball.body.position[0], ball.body.position[1]) - - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Graph_pymunk_Desktop_Balls.py b/DemoPrograms/Demo_Graph_pymunk_Desktop_Balls.py deleted file mode 100644 index f7df9227f..000000000 --- a/DemoPrograms/Demo_Graph_pymunk_Desktop_Balls.py +++ /dev/null @@ -1,115 +0,0 @@ -import PySimpleGUI as sg -import pymunk -import random -""" - Demo of pymunk physics lib combined with a large Window that is transparent. Result appears like - a screensaver type of screen - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -class Ball(): - def __init__(self, x, y, r, *args, **kwargs): - mass = 10 - # Create a Body with mass and moment - self.body = pymunk.Body(mass, pymunk.moment_for_circle(mass, 0, r, (0, 0))) - self.body.position = x, y - # Create a box shape and attach to body - self.shape = pymunk.Circle(self.body, r, offset=(0, 0)) - self.shape.elasticity = 0.99999 - self.shape.friction = 0.8 - self.gui_circle_figure = None - - -class Playfield(): - def __init__(self, graph_elem, screensize): - self.graph_elem = graph_elem # type: sg.Graph - self.space = pymunk.Space() - self.space.gravity = 0, 200 - self.screensize = screensize - self.add_wall((0, screensize[1]), (screensize[0],screensize[1])) # ground - self.add_wall((0, 0), (0, screensize[1])) # Left side - self.add_wall((screensize[0], 0), (screensize[0], screensize[1])) # right side - self.arena_balls = [] # type: List[Ball] - - def add_wall(self, pt_from, pt_to): - body = pymunk.Body(body_type=pymunk.Body.STATIC) - ground_shape = pymunk.Segment(body, pt_from, pt_to, 1.0) - ground_shape.friction = 0.8 - ground_shape.elasticity = .99 - self.space.add(ground_shape) - - def add_balls(self, num_balls = 30): - for i in range(1, num_balls): - x = random.randint(0, self.screensize[0]) - y = random.randint(0, self.screensize[1]) - r = random.randint(5, 10) - ball = Ball(x, y, r) - self.arena_balls.append(ball) - self.space.add(ball.body, ball.shape) - ball.gui_circle_figure = self.graph_elem.draw_circle( - (x, y), r, fill_color=random.choice(('#23a0a0', '#56d856', '#be45be', '#5681d8', '#d34545', '#BE7C29')), line_width=0) - - -def main(): - screensize = sg.Window.get_screen_size() - - # ------------------- Build and show the GUI Windows ------------------- - graph_elem = sg.Graph(screensize, (0, screensize[1]), (screensize[0], 0), - enable_events=True, key='-GRAPH-', background_color='lightblue') - layout = [[graph_elem]] - window1 = sg.Window('Bouncing Balls', layout, finalize=True, location=(0,0), keep_on_top=True, element_padding=(0,0), margins=(0,0), no_titlebar=True, right_click_menu=[[''], ['Front', 'Back', 'Controls', 'Exit']]) - - area = Playfield(graph_elem, screensize) - area.add_balls() - transparent, paused = False, True - layout2 = [[sg.B('❎', border_width=0, button_color=('white', sg.theme_background_color()), key='Exit')],[sg.B('Kick'), sg.B('Front'), sg.B('Back'), sg.B('More Balls'),sg.B('Transparent'), sg.B('Resume', key='Pause')]] - window2 = sg.Window('Buttons', layout2, keep_on_top=True, grab_anywhere=True, no_titlebar=True, finalize=True) - - - - # ------------------- GUI Event Loop ------------------- - while True: - window, event, values = sg.read_all_windows(timeout=0) - if event in (sg.WIN_CLOSED, 'Exit'): - break - - if event == 'More Balls': - area.add_balls() - elif event == 'Kick': - for ball in area.arena_balls: - ball.body.position = ball.body.position[0], ball.body.position[1]-random.randint(200,400) - elif event == 'Front': - window1.bring_to_front() - elif event == 'Back': - window1.send_to_back() - elif event == 'Transparent': - window1.set_transparent_color('lightblue' if not transparent else 'black') - transparent = not transparent - elif event == 'Controls': - window2.bring_to_front() - elif event == 'Pause': - paused = not paused - window['Pause'].update(text='Resume' if paused else 'Pause') - - if paused: - continue - - area.space.step(0.02) - - for ball in area.arena_balls: - if ball.body.position[1] > screensize[1]: - ball.body.position = ball.body.position[0],screensize[1]-30 - - graph_elem.RelocateFigure( - ball.gui_circle_figure, ball.body.position[0], ball.body.position[1]) - - window1.close() - window2.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Hello_World.py b/DemoPrograms/Demo_Hello_World.py deleted file mode 100644 index 2bfa67f42..000000000 --- a/DemoPrograms/Demo_Hello_World.py +++ /dev/null @@ -1,24 +0,0 @@ -import PySimpleGUI as sg - -""" - Oh yes, the classic "Hello World". The problem is that you - can do it so many ways using PySimpleGUI - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.popup_no_buttons('Hello World') # the single line - -# single line using a real window -sg.Window('Hello world', [[sg.Text('Hello World')]]).read() - -# This is a "Traditional" PySimpleGUI window code. First make a layout, then a window, the read it -layout = [[sg.Text('Hello World')]] -window = sg.Window('Hello world', layout) -event, values = window.read() - -window.close() diff --git a/DemoPrograms/Demo_Hotkey.py b/DemoPrograms/Demo_Hotkey.py deleted file mode 100644 index 1cd7afa98..000000000 --- a/DemoPrograms/Demo_Hotkey.py +++ /dev/null @@ -1,34 +0,0 @@ -import PySimpleGUI as sg -""" - Demo Hotkey - - Want a keyboard hotkey to cause your program to take some action - that's identical to a button being clicked? - - Well... that's 1 line of code that's needed. - - This line binds the F10 keybaord key to the window. It produces a "Go" event: - window.bind('', 'Go') - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [ [sg.Text('Press F10 to get same result as clicking "Go" button')], - [sg.Input(key='-IN-')], - [sg.Output(size=(30,8))], - [sg.Button('Go'), sg.Button('Exit')] ] - -window = sg.Window('Window Title', layout, finalize=True) - -window.bind('', 'Go') # Make sure your window is finalized first - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_HowDoI.py b/DemoPrograms/Demo_HowDoI.py deleted file mode 100644 index 0e64f05d0..000000000 --- a/DemoPrograms/Demo_HowDoI.py +++ /dev/null @@ -1,102 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import subprocess - -''' - Famouns howdoi command in PSG - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - - -# Test this command in a dos window if you are having trouble. -HOW_DO_I_COMMAND = 'python -m howdoi.howdoi' - - -def HowDoI(): - ''' - Make and show a window (PySimpleGUI form) that takes user input and sends to the HowDoI web oracle - Excellent example of 2 GUI concepts - 1. Output Element that will show text in a scrolled window - 2. Non-Window-Closing Buttons - These buttons will cause the form to return with the form's values, but doesn't close the form - :return: never returns - ''' - # ------- Make a new Window ------- # - # give our form a spiffy set of colors - sg.theme('GreenTan') - - layout = [ - [sg.Text('Ask and your answer will appear here....', size=(40, 1))], - [sg.Output(size=(120, 30), font=('Helvetica 10'))], - [sg.Spin(values=(1, 2, 3, 4), initial_value=1, size=(2, 1), key='Num Answers', font='Helvetica 15'), - sg.Text('Num Answers', font='Helvetica 15'), sg.CBox( - 'Display Full Text', key='full text', font='Helvetica 15'), - sg.Text('Command History', font='Helvetica 15'), sg.Text('', size=(40, 3), text_color=sg.BLUES[0], key='history')], - [sg.MLine(size=(85, 5), enter_submits=True, key='query', do_not_clear=False), - sg.Button('SEND', button_color=( - sg.YELLOWS[0], sg.BLUES[0]), bind_return_key=True), - sg.Button('EXIT', button_color=(sg.YELLOWS[0], sg.GREENS[0]))] - ] - - window = sg.Window('How Do I ??', layout, default_element_size=(30, 2), - font=('Helvetica', ' 13'), - default_button_element_size=(8, 2), - return_keyboard_events=True, no_titlebar=True, - grab_anywhere=True) - # ---===--- Loop taking in user input and using it to query HowDoI --- # - command_history = [] - history_offset = 0 - while True: - event, values = window.read() - if event == 'SEND': - query = values['query'].rstrip() - # print(query) - # send the string to HowDoI - QueryHowDoI(query, values['Num Answers'], values['full text']) - command_history.append(query) - history_offset = len(command_history)-1 - # manually clear input because keyboard events blocks clear - window['query'].update('') - window['history'].update('\n'.join(command_history[-3:])) - elif event == None or event == 'EXIT': # if exit button or closed using X - break - # scroll back in history - elif 'Up' in event and len(command_history): - command = command_history[history_offset] - # decrement is not zero - history_offset -= 1 * (history_offset > 0) - window['query'].update(command) - # scroll forward in history - elif 'Down' in event and len(command_history): - # increment up to end of list - history_offset += 1 * (history_offset < len(command_history)-1) - command = command_history[history_offset] - window['query'].update(command) - elif 'Escape' in event: # clear currently line - window['query'].update('') - window.close() - - -def QueryHowDoI(Query, num_answers, full_text): - ''' - Kicks off a subprocess to send the 'Query' to HowDoI - Prints the result, which in this program will route to a gooeyGUI window - :param Query: text english question to ask the HowDoI web engine - :return: nothing - ''' - full_text_option = ' -a' if full_text else '' - t = subprocess.Popen(HOW_DO_I_COMMAND + ' \"' + Query + '\" -n ' + - str(num_answers)+full_text_option, stdout=subprocess.PIPE) - (output, err) = t.communicate() - print('{:^88}'.format(Query.rstrip())) - print('_'*60) - print(output.decode("utf-8")) - exit_code = t.wait() - - -if __name__ == '__main__': - HowDoI() diff --git a/DemoPrograms/Demo_IP_Address_Entry.py b/DemoPrograms/Demo_IP_Address_Entry.py deleted file mode 100644 index c3bb216ee..000000000 --- a/DemoPrograms/Demo_IP_Address_Entry.py +++ /dev/null @@ -1,58 +0,0 @@ -import PySimpleGUI as sg - -''' - IP Address entry window with digit validation and auto advance - If not a digit or ., the ignored - . will advance the focus to the next entry - On the last input, once it's complete the focus moves to the OK button - Pressing spacebar with focus on OK generates an -OK- event - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -# create a short-cut element so don't have to type this in over and over - - -def MyInput(key): return sg.I('', size=(3, 1), key=key, pad=(0, 2)) - - -layout = [[sg.T('Your typed chars appear here:'), sg.T('', key='-OUTPUT-')], - [MyInput(0), sg.T('.'), MyInput(1), sg.T('.'), - MyInput(2), sg.T('.'), MyInput(3)], - [sg.B('Ok', key='-OK-', bind_return_key=True), sg.B('Exit')]] - -window = sg.Window('Window Title', layout, return_keyboard_events=True) - -while True: # Event Loop - event, values = window.read() - print(event) - if event == sg.WIN_CLOSED or event == 'Exit': - break - elem = window.find_element_with_focus() - - if elem is not None: - key = elem.Key - # get value of input field that has focus - value = values[key] - if event == '.' and key != '-OK-': # if a ., then advance to next field - elem.update(value[:-1]) - value = value[:-1] - next_elem = window[key+1] - next_elem.set_focus() - - elif event not in '0123456789': - elem.update(value[:-1]) - - elif len(value) > 2 and key < 3: # if 2 digits typed in, move on to next input - next_elem = window[key+1] - next_elem.set_focus() - - elif len(value) > 2 and key == 3: - window['-OK-'].set_focus() - print('You entered IP Address {}.{}.{}.{}'.format(*values.values())) - -window.close() diff --git a/DemoPrograms/Demo_Image_Elem_Image_Viewer_PIL_Based.py b/DemoPrograms/Demo_Image_Elem_Image_Viewer_PIL_Based.py deleted file mode 100644 index d44e4f765..000000000 --- a/DemoPrograms/Demo_Image_Elem_Image_Viewer_PIL_Based.py +++ /dev/null @@ -1,109 +0,0 @@ -import PySimpleGUI as sg -# import PySimpleGUIQt as sg -import os.path -import PIL.Image -import io -import base64 - -""" - Demo for displaying any format of image file. - - Normally tkinter only wants PNG and GIF files. This program uses PIL to convert files - such as jpg files into a PNG format so that tkinter can use it. - - The key to the program is the function "convert_to_bytes" which takes a filename or a - bytes object and converts (with optional resize) into a PNG formatted bytes object that - can then be passed to an Image Element's update method. This function can also optionally - resize the image. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - - -def convert_to_bytes(file_or_bytes, resize=None): - ''' - Will convert into bytes and optionally resize an image that is a file or a base64 bytes object. - Turns into PNG format in the process so that can be displayed by tkinter - :param file_or_bytes: either a string filename or a bytes base64 image object - :type file_or_bytes: (Union[str, bytes]) - :param resize: optional new size - :type resize: (Tuple[int, int] or None) - :return: (bytes) a byte-string object - :rtype: (bytes) - ''' - if isinstance(file_or_bytes, str): - img = PIL.Image.open(file_or_bytes) - else: - try: - img = PIL.Image.open(io.BytesIO(base64.b64decode(file_or_bytes))) - except Exception as e: - dataBytesIO = io.BytesIO(file_or_bytes) - img = PIL.Image.open(dataBytesIO) - - cur_width, cur_height = img.size - if resize: - new_width, new_height = resize - scale = min(new_height/cur_height, new_width/cur_width) - img = img.resize((int(cur_width*scale), int(cur_height*scale)), PIL.Image.LANCZOS) - with io.BytesIO() as bio: - img.save(bio, format="PNG") - del img - return bio.getvalue() - - - -# --------------------------------- Define Layout --------------------------------- - -# First the window layout...2 columns - -left_col = [[sg.Text('Folder'), sg.In(size=(25,1), enable_events=True ,key='-FOLDER-'), sg.FolderBrowse()], - [sg.Listbox(values=[], enable_events=True, size=(40,20),key='-FILE LIST-')], - [sg.Text('Resize to'), sg.In(key='-W-', size=(5,1)), sg.In(key='-H-', size=(5,1))]] - -# For now will only show the name of the file that was chosen -images_col = [[sg.Text('You choose from the list:')], - [sg.Text(size=(40,1), key='-TOUT-')], - [sg.Image(key='-IMAGE-')]] - -# ----- Full layout ----- -layout = [[sg.Column(left_col, element_justification='c'), sg.VSeperator(),sg.Column(images_col, element_justification='c')]] - -# --------------------------------- Create Window --------------------------------- -window = sg.Window('Multiple Format Image Viewer', layout,resizable=True) - -# ----- Run the Event Loop ----- -# --------------------------------- Event Loop --------------------------------- -while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == '-FOLDER-': # Folder name was filled in, make a list of files in the folder - folder = values['-FOLDER-'] - try: - file_list = os.listdir(folder) # get list of files in folder - except: - file_list = [] - fnames = [f for f in file_list if os.path.isfile( - os.path.join(folder, f)) and f.lower().endswith((".png", ".jpg", "jpeg", ".tiff", ".bmp"))] - window['-FILE LIST-'].update(fnames) - elif event == '-FILE LIST-': # A file was chosen from the listbox - try: - filename = os.path.join(values['-FOLDER-'], values['-FILE LIST-'][0]) - window['-TOUT-'].update(filename) - if values['-W-'] and values['-H-']: - new_size = int(values['-W-']), int(values['-H-']) - else: - new_size = None - window['-IMAGE-'].update(data=convert_to_bytes(filename, resize=new_size)) - except Exception as E: - print(f'** Error {E} **') - pass # something weird happened making the full filename -# --------------------------------- Close & Exit --------------------------------- -window.close() diff --git a/DemoPrograms/Demo_Image_Elem_Splash_Screen.py b/DemoPrograms/Demo_Image_Elem_Splash_Screen.py deleted file mode 100644 index 6cff73ff2..000000000 --- a/DemoPrograms/Demo_Image_Elem_Splash_Screen.py +++ /dev/null @@ -1,22 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Splash Screen - - Displays a PNG image with transparent areas as see-through on the center - of the screen for a set amount of time. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -image = b'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- - -FILENAME = r'yourfile.png' # if you want to use a file instead of data, then use this in Image Element -DISPLAY_TIME_MILLISECONDS = 4000 - -sg.Window('Window Title', [[sg.Image(data=image)]], transparent_color=sg.theme_background_color(), no_titlebar=True, keep_on_top=True).read(timeout=DISPLAY_TIME_MILLISECONDS, close=True) diff --git a/DemoPrograms/Demo_Image_From_URL.py b/DemoPrograms/Demo_Image_From_URL.py deleted file mode 100644 index 423ea8932..000000000 --- a/DemoPrograms/Demo_Image_From_URL.py +++ /dev/null @@ -1,36 +0,0 @@ -import PySimpleGUI as sg -import urllib.request - -""" - Display an Image Located at a URL - - Downloads and displays a PNG (or GIF) image given a URL - - NOTE: - Early versions of tkinter (for example 8.6.6 found in Python 3.6) have trouble with some PNG formats. - Moving to Python 3.7 fixes this or you can use a tool to re-encode the image (e.g. psgresizer) save it and - it will then work OK in Python 3.6. - Example of one of these images - https://www.python.org/static/community_logos/python-logo-master-v3-TM.png - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -image_URL = r'https://upload.wikimedia.org/wikipedia/commons/4/47/PNG_transparency_demonstration_1.png' - -layout = [[sg.Image(urllib.request.urlopen(image_URL).read())]] - -window = sg.Window('Image From URL', layout) - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - -window.close() - - diff --git a/DemoPrograms/Demo_Image_Viewer_Thumbnails.py b/DemoPrograms/Demo_Image_Viewer_Thumbnails.py deleted file mode 100644 index ae3225a44..000000000 --- a/DemoPrograms/Demo_Image_Viewer_Thumbnails.py +++ /dev/null @@ -1,168 +0,0 @@ -import PySimpleGUI as sg -import PIL -from PIL import Image -import io -import base64 -import os - -""" - Using PIL with PySimpleGUI - - This image viewer uses both a thumbnail creation function and an image resizing function that - you may find handy to include in your code. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -THUMBNAIL_SIZE = (200,200) -IMAGE_SIZE = (800,800) -THUMBNAIL_PAD = (1,1) -ROOT_FOLDER = r'c:\your\images' -screen_size = sg.Window.get_screen_size() -thumbs_per_row = int(screen_size[0]/(THUMBNAIL_SIZE[0]+THUMBNAIL_PAD[0])) - 1 -thumbs_rows = int(screen_size[1]/(THUMBNAIL_SIZE[1]+THUMBNAIL_PAD[1])) - 1 -THUMBNAILS_PER_PAGE = (thumbs_per_row, thumbs_rows) - - -def make_square(im, min_size=256, fill_color=(0, 0, 0, 0)): - x, y = im.size - size = max(min_size, x, y) - new_im = Image.new('RGBA', (size, size), fill_color) - new_im.paste(im, (int((size - x) / 2), int((size - y) / 2))) - return new_im - - -def convert_to_bytes(file_or_bytes, resize=None, fill=False): - ''' - Will convert into bytes and optionally resize an image that is a file or a base64 bytes object. - Turns into PNG format in the process so that can be displayed by tkinter - :param file_or_bytes: either a string filename or a bytes base64 image object - :type file_or_bytes: (Union[str, bytes]) - :param resize: optional new size - :type resize: (Tuple[int, int] or None) - :return: (bytes) a byte-string object - :rtype: (bytes) - ''' - if isinstance(file_or_bytes, str): - img = PIL.Image.open(file_or_bytes) - else: - try: - img = PIL.Image.open(io.BytesIO(base64.b64decode(file_or_bytes))) - except Exception as e: - dataBytesIO = io.BytesIO(file_or_bytes) - img = PIL.Image.open(dataBytesIO) - - cur_width, cur_height = img.size - if resize: - new_width, new_height = resize - scale = min(new_height / cur_height, new_width / cur_width) - img = img.resize((int(cur_width * scale), int(cur_height * scale)), PIL.Image.LANCZOS) - if fill: - img = make_square(img, THUMBNAIL_SIZE[0]) - with io.BytesIO() as bio: - img.save(bio, format="PNG") - del img - return bio.getvalue() - - - - -def display_image_window(filename): - try: - layout = [[sg.Image(data=convert_to_bytes(filename, IMAGE_SIZE), enable_events=True)]] - e,v = sg.Window(filename, layout, modal=True, element_padding=(0,0), margins=(0,0)).read(close=True) - except Exception as e: - print(f'** Display image error **', e) - return - - -def make_thumbnails(flist): - layout = [[]] - for row in range(THUMBNAILS_PER_PAGE[1]): - row_layout = [] - for col in range(THUMBNAILS_PER_PAGE[0]): - try: - f = flist[row*THUMBNAILS_PER_PAGE[1] + col] - # row_layout.append(sg.B(image_data=convert_to_bytes(f, THUMBNAIL_SIZE), k=(row,col), pad=THUMBNAIL_PAD)) - row_layout.append(sg.B('',k=(row,col), size=(0,0), pad=THUMBNAIL_PAD,)) - except: - pass - layout += [row_layout] - layout += [[sg.B(sg.SYMBOL_LEFT + ' Prev', size=(10,3), k='-PREV-'), sg.B('Next '+sg.SYMBOL_RIGHT, size=(10,3), k='-NEXT-'), sg.B('Exit', size=(10,3)), sg.Slider((0,100), orientation='h', size=(50,15), enable_events=True, key='-SLIDER-')]] - return sg.Window('Thumbnails', layout, element_padding=(0, 0), margins=(0, 0), finalize=True, grab_anywhere=False, location=(0,0), return_keyboard_events=True) - -EXTS = ('png', 'jpg', 'gif') - - -def display_images(t_win, offset, files): - currently_displaying = {} - row = col = 0 - while True: - if offset + 1 > len(files) or row == THUMBNAILS_PER_PAGE[1]: - break - f = files[offset] - currently_displaying[(row, col)] = f - try: - t_win[(row, col)].update(image_data=convert_to_bytes(f, THUMBNAIL_SIZE, True)) - except Exception as e: - print(f'Error on file: {f}', e) - col = (col + 1) % THUMBNAILS_PER_PAGE[0] - if col == 0: - row += 1 - - offset += 1 - if not (row == 0 and col == 0): - while row != THUMBNAILS_PER_PAGE[1]: - t_win[(row, col)].update(image_data=sg.DEFAULT_BASE64_ICON) - currently_displaying[(row, col)] = None - col = (col + 1) % THUMBNAILS_PER_PAGE[0] - if col == 0: - row += 1 - - - return offset, currently_displaying - - -def main(): - files = [os.path.join(ROOT_FOLDER, f) for f in os.listdir(ROOT_FOLDER) if True in [f.endswith(e) for e in EXTS]] - files.sort() - t_win = make_thumbnails(files) - offset, currently_displaying = display_images(t_win, 0, files) - # offset = THUMBNAILS_PER_PAGE[0] * THUMBNAILS_PER_PAGE[1] - # currently_displaying = {} - while True: - win, event, values = sg.read_all_windows() - print(event, values) - if win == sg.WIN_CLOSED: # if all windows are closed - break - - if event == sg.WIN_CLOSED or event == 'Exit': - break - - if isinstance(event, tuple): - display_image_window(currently_displaying.get(event)) - continue - elif event == '-SLIDER-': - offset = int(values['-SLIDER-']*len(files)/100) - event = '-NEXT-' - else: - t_win['-SLIDER-'].update(offset * 100 / len(files)) - - if event == '-NEXT-' or event.endswith('Down'): - offset, currently_displaying = display_images(t_win, offset, files) - elif event == '-PREV-' or event.endswith('Up'): - offset -= THUMBNAILS_PER_PAGE[0]*THUMBNAILS_PER_PAGE[1]*2 - if offset < 0: - offset = 0 - offset, currently_displaying = display_images(t_win, offset, files) - - - - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Input_Auto_Complete.py b/DemoPrograms/Demo_Input_Auto_Complete.py deleted file mode 100644 index 5648f9326..000000000 --- a/DemoPrograms/Demo_Input_Auto_Complete.py +++ /dev/null @@ -1,100 +0,0 @@ -import PySimpleGUI as sg - -""" - Autocomplete input - Thank you to GitHub user bonklers for supplying to basis for this demo! - - There are 3 keyboard characters to be aware of: - * Arrow up - Change selected item in list - * Arrow down - Change selected item in list - * Escape - Erase the input and start over - * Return/Enter - use the current item selected from the list - - You can easily remove the ignore case option by searching for the "Irnore Case" Check box key: - '-IGNORE CASE-' - - The variable "choices" holds the list of strings your program will match against. - Even though the listbox of choices doesn't have a scrollbar visible, the list is longer than shown - and using your keyboard more of it will br shown as you scroll down with the arrow keys - The selection wraps around from the end to the start (and vicea versa). You can change this behavior to - make it stay at the beignning or the end - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - # The list of choices that are going to be searched - # In this example, the PySimpleGUI Element names are used - choices = sorted([elem.__name__ for elem in sg.Element.__subclasses__()]) - - input_width = 20 - num_items_to_show = 4 - - layout = [ - [sg.CB('Ignore Case', k='-IGNORE CASE-')], - [sg.Text('Input PySimpleGUI Element Name:')], - [sg.Input(size=(input_width, 1), enable_events=True, key='-IN-')], - [sg.pin(sg.Col([[sg.Listbox(values=[], size=(input_width, num_items_to_show), enable_events=True, key='-BOX-', - select_mode=sg.LISTBOX_SELECT_MODE_SINGLE, no_scrollbar=True)]], - key='-BOX-CONTAINER-', pad=(0, 0), visible=False))] - ] - - window = sg.Window('AutoComplete', layout, return_keyboard_events=True, finalize=True, font= ('Helvetica', 16)) - - list_element:sg.Listbox = window.Element('-BOX-') # store listbox element for easier access and to get to docstrings - prediction_list, input_text, sel_item = [], "", 0 - - while True: # Event Loop - event, values = window.read() - # print(event, values) - if event == sg.WINDOW_CLOSED: - break - # pressing down arrow will trigger event -IN- then aftewards event Down:40 - elif event.startswith('Escape'): - window['-IN-'].update('') - window['-BOX-CONTAINER-'].update(visible=False) - elif event.startswith('Down') and len(prediction_list): - sel_item = (sel_item + 1) % len(prediction_list) - list_element.update(set_to_index=sel_item, scroll_to_index=sel_item) - elif event.startswith('Up') and len(prediction_list): - sel_item = (sel_item + (len(prediction_list) - 1)) % len(prediction_list) - list_element.update(set_to_index=sel_item, scroll_to_index=sel_item) - elif event == '\r': - if len(values['-BOX-']) > 0: - window['-IN-'].update(value=values['-BOX-']) - window['-BOX-CONTAINER-'].update(visible=False) - elif event == '-IN-': - text = values['-IN-'] if not values['-IGNORE CASE-'] else values['-IN-'].lower() - if text == input_text: - continue - else: - input_text = text - prediction_list = [] - if text: - if values['-IGNORE CASE-']: - prediction_list = [item for item in choices if item.lower().startswith(text)] - else: - prediction_list = [item for item in choices if item.startswith(text)] - - list_element.update(values=prediction_list) - sel_item = 0 - list_element.update(set_to_index=sel_item) - - if len(prediction_list) > 0: - window['-BOX-CONTAINER-'].update(visible=True) - else: - window['-BOX-CONTAINER-'].update(visible=False) - elif event == '-BOX-': - window['-IN-'].update(value=values['-BOX-']) - window['-BOX-CONTAINER-'].update(visible=False) - - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Input_Save_Last_Used_Entry_In_User_Settings.py b/DemoPrograms/Demo_Input_Save_Last_Used_Entry_In_User_Settings.py deleted file mode 100644 index f1971af7d..000000000 --- a/DemoPrograms/Demo_Input_Save_Last_Used_Entry_In_User_Settings.py +++ /dev/null @@ -1,35 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Save previously entered value in Input element by using user_settings calls - - Tired of typing in the same value or entering the same filename into an Input element? - If so, this may be exactly what you need. - - It simply saves the last value you entered so that the next time you start your program, that will be the default - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - sg.user_settings_filename(path='.') # The settings file will be in the same folder as this program - - layout = [[sg.T('This is your layout')], - [sg.T('Remembers last value for this:'), sg.In(sg.user_settings_get_entry('-input-', ''), k='-INPUT-')], - [sg.OK(), sg.Button('Exit')]] - - # make a window, read it, and automatically close after 1 event happens (button or X to close window) - event, values = sg.Window('Save Input Element Last Value', layout).read(close=True) - - # only save the value if OK was clicked - if event == 'OK': - sg.user_settings_set_entry('-input-', values['-INPUT-']) - -if __name__ == '__main__': - main() - diff --git a/DemoPrograms/Demo_Input_Validation.py b/DemoPrograms/Demo_Input_Validation.py deleted file mode 100644 index fbd9c824f..000000000 --- a/DemoPrograms/Demo_Input_Validation.py +++ /dev/null @@ -1,31 +0,0 @@ -import PySimpleGUI as sg - -""" - Simple field validation - Input field should only accept digits 0-9. - If non-digit entered, it is deleted from the field - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [[sg.Text('Enter digits:')], - [sg.Input('', enable_events=True, key='-INPUT-')], - [sg.Button('Ok', key='-OK-'), sg.Button('Exit')]] - -window = sg.Window('Window Title', layout) - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - # if last char entered not a digit - if event == '-INPUT-' and len(values['-INPUT-']) and values['-INPUT-'][-1] not in ('0123456789'): - # delete last char from input - window['-INPUT-'].update(values['-INPUT-'][:-1]) - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Invisible_Elements.py b/DemoPrograms/Demo_Invisible_Elements.py deleted file mode 100644 index 098cef8de..000000000 --- a/DemoPrograms/Demo_Invisible_Elements.py +++ /dev/null @@ -1,32 +0,0 @@ -import PySimpleGUI as sg - -""" - Demonstrates that using a Column Element to make groups of Elements appear and disappear - will cause the layout of the elements in the column to remain as they were. If each individual element - were made invisible and then visible, then tkinter puts EACH ELEMENT on a separate row when it is made - visible again. This means a row of 6 elements will become a column of 6 elements if you make each of them - visible one at a time. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [[sg.Col([[sg.Text('My Window')], [sg.Input(key='-IN-'), sg.Button('My button', key='-OUT-')]], key='-COL-'), sg.Canvas(size=(0,0), pad=(0,0))], - [sg.Button('Invisible'), sg.Button('Visible'), sg.Button('Exit')]] - -window = sg.Window('Window Title', layout) - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event == 'Invisible': - window['-COL-'].update(visible=False) - elif event == 'Visible': - window['-COL-'].update(visible=True) - -window.close() diff --git a/DemoPrograms/Demo_Invisible_Elements_Pinning.py b/DemoPrograms/Demo_Invisible_Elements_Pinning.py deleted file mode 100644 index 3b95074e5..000000000 --- a/DemoPrograms/Demo_Invisible_Elements_Pinning.py +++ /dev/null @@ -1,48 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - "Pinning" an element into a location in a layout - - Requires PySimpleGUI version 4.28.0 and greater - - When using the tkinter port of PySimpleGUI, if you make an element invisible and then visible again, - rather than the element appearing where it was originally located, it will be moved to the bottom - of whatever it was contained within (a window or a container element (column, frame, tab)) - - This demo uses a new "pin" function which will place the element inside of a Column element. This will - reserve a location for the element to be returned. - - Additionally, there will be a 1 pixel Canvas element inside the "pin". - This will cause the area to shrink when the element is made invisible. It's a weird tkinter thing. Not sure - exactly why it works, but it works. - - For other ports of PySimpleGUI such as the Qt port, the position is remembered by Qt and as a - result this technique using "pin" is not needed. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [[sg.Text('Hide Button or Multiline. Buttons 1 & 2 hide Button 2')], - [sg.pin(sg.Multiline(size=(60, 10), key='-MLINE-'))], - [sg.pin(sg.Button('Button1')), sg.pin(sg.Button('Button2'), shrink=False), sg.B('Toggle Multiline')], - ] - -window = sg.Window('Visible / Invisible Element Demo', layout) - -toggle = toggle_in = False -while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - - if event in ('Button1', 'Button2'): - window['Button2'].update(visible=toggle) - toggle = not toggle - elif event == 'Toggle Multiline': - window['-MLINE-'].update(visible=not window['-MLINE-'].visible) -window.close() diff --git a/DemoPrograms/Demo_Justification_Columns.py b/DemoPrograms/Demo_Justification_Columns.py deleted file mode 100644 index a2d9a54c5..000000000 --- a/DemoPrograms/Demo_Justification_Columns.py +++ /dev/null @@ -1,41 +0,0 @@ -import PySimpleGUI as sg - -"""" - Demo Justification Columns - - Using Column elements to justify one or more elements within a window - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -col1 = [[sg.T('Left side')],[sg.T('Still left')]] -col2 = [[sg.T('Middle')]] -col3 = [[sg.T('Right side')]] - -layout = [[sg.T('First row of the layout is left justified', font='Any 14')], - [sg.HorizontalSeparator()], - [sg.Column(col1, key='c1', element_justification='l', expand_x=True), - sg.Column(col2, key='c2', element_justification='c', expand_x=True), - sg.Column(col3, key='c3', element_justification='r', expand_x=True)], - [sg.HorizontalSeparator()], - [sg.Text('The remainder of the window is left justified')], - [sg.Input(key='-IN-')], - [sg.Button('Go'), sg.Button('Exit')]] - -window = sg.Window('Justifying and resizing window contents', layout, finalize=True, resizable=True) - -# If using an older version of PySimpleGUI, you can add the expansion using these expand method calls -# window['c1'].expand(True, False, False) -# window['c2'].expand(True, False, False) -# window['c3'].expand(True, False, False) - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break -window.close() diff --git a/DemoPrograms/Demo_Justification_Using_Stretch_Elements.py b/DemoPrograms/Demo_Justification_Using_Stretch_Elements.py deleted file mode 100644 index 29d129391..000000000 --- a/DemoPrograms/Demo_Justification_Using_Stretch_Elements.py +++ /dev/null @@ -1,40 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Element Justification In A Window Using Stretch Elements - - How to Justify elements on 1 row to be left, right or left, middle, right - - Additionally, locate these buttons at the bottom of the screen - - - To get 2 buttons to be all the way to the left and to the far right, then - you want to place a Stretch element between them that expands - If you want a third button that is centered, then add TWO Stretch elements, one - on each side of the middle one - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -layout = [ [sg.Text('Window with elements on the left and the right')], - [sg.T('Using a Stretch element that expands enables you to "push" other elements around')], - [sg.HorizontalSeparator()], - [sg.VStretch()], # Stretch verticaly - [sg.Button('Left'), sg.Stretch(), sg.Button('Right')], - [sg.Stretch(), sg.B('Right')], - [sg.Button('Left'), sg.Stretch(), sg.B('Middle'), sg.Stretch(), sg.Button('Right')] ] - -window = sg.Window('Left and Right Justification', layout, resizable=True) - -while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - -window.close() diff --git a/DemoPrograms/Demo_Keyboard.py b/DemoPrograms/Demo_Keyboard.py deleted file mode 100644 index 77a09c501..000000000 --- a/DemoPrograms/Demo_Keyboard.py +++ /dev/null @@ -1,36 +0,0 @@ -#!/usr/bin/env python -import sys -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Recipe for getting keys, one at a time as they are released -# If want to use the space bar, then be sure and disable the "default focus" - -layout = [[sg.Text("Press a key or scroll mouse")], - [sg.Text("", size=(18, 1), key='text')], - [sg.Button("OK", key='OK')]] - -window = sg.Window("Keyboard Test", layout, - return_keyboard_events=True, use_default_focus=False) - -# ---===--- Loop taking in user input --- # -while True: - event, values = window.read() - text_elem = window['text'] - if event in ("OK", None): - print(event, "exiting") - break - if len(event) == 1: - text_elem.update(value='%s - %s' % (event, ord(event))) - if event is not None: - text_elem.update(event) - - -window.close() diff --git a/DemoPrograms/Demo_Keyboard_ENTER_Presses_Button.py b/DemoPrograms/Demo_Keyboard_ENTER_Presses_Button.py deleted file mode 100644 index 919148a3c..000000000 --- a/DemoPrograms/Demo_Keyboard_ENTER_Presses_Button.py +++ /dev/null @@ -1,52 +0,0 @@ -import PySimpleGUI as sg -""" - tkinter and Qt do not "activate" buttons by pressing the ENTER key with the button highlighted / in focus - This demo will enable the application to click on a button if the button has focus (is highlighted) and the - user presses the ENTER key. - NOTE that the SPACE BAR works correctly out of the box with both tkinter and Qt. If a button has focus and - you press the space bar, then tkinter and Qt will both consider that a button click. But not so with the ENTER - key. - - The solution is for your program to read the keyboard presses and act upon those directly. It's trivial logic - in the end: - 1. Get a key press - 2. See if the key is the ENTER key - 3. Find the Element that currently has focus - 4. Click the Button if the Element with focus is a button - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -QT_ENTER_KEY1 = 'special 16777220' -QT_ENTER_KEY2 = 'special 16777221' - -layout = [[sg.Text('Test of Enter Key use')], - [sg.Input(key='-IN-')], - [sg.Button('Button 1', key='-1-')], - [sg.Button('Button 2', key='-2-')], - [sg.Button('Button 3', key='-3-')], ] - -window = sg.Window('My new window', layout, - return_keyboard_events=True) -while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED: - break - if event in ('\r', QT_ENTER_KEY1, QT_ENTER_KEY2): # Check for ENTER key - # go find element with Focus - elem = window.find_element_with_focus() - if elem is not None and elem.Type == sg.ELEM_TYPE_BUTTON: # if it's a button element, click it - elem.Click() - # check for buttons that have been clicked - elif event == '-1-': - print('Button 1 clicked') - elif event == '-2-': - print('Button 2 clicked') - elif event == '-3-': - print('Button 3 clicked') - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Keyboard_Realtime.py b/DemoPrograms/Demo_Keyboard_Realtime.py deleted file mode 100644 index b858c4529..000000000 --- a/DemoPrograms/Demo_Keyboard_Realtime.py +++ /dev/null @@ -1,32 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [[sg.Text("Hold down a key")], - [sg.Button("OK")]] - -window = sg.Window("Realtime Keyboard Test", layout, return_keyboard_events=True, - use_default_focus=False) - -while True: - event, values = window.read(timeout=0) - - if event == "OK": - print(event, values, "exiting") - break - if event is not sg.TIMEOUT_KEY: - if len(event) == 1: - print('%s - %s' % (event, ord(event))) - else: - print(event) - elif event == sg.WIN_CLOSED: - break - -window.close() diff --git a/DemoPrograms/Demo_Keypad.py b/DemoPrograms/Demo_Keypad.py deleted file mode 100644 index f4011135b..000000000 --- a/DemoPrograms/Demo_Keypad.py +++ /dev/null @@ -1,53 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -# Demonstrates a number of PySimpleGUI features including: -# Default element size -# auto_size_buttons -# Button -# Dictionary return values -# update of elements in form (Text, Input) - - -layout = [[sg.Text('Enter Your Passcode')], - [sg.Input('', size=(10, 1), key='input')], - [sg.Button('1'), sg.Button('2'), sg.Button('3')], - [sg.Button('4'), sg.Button('5'), sg.Button('6')], - [sg.Button('7'), sg.Button('8'), sg.Button('9')], - [sg.Button('Submit'), sg.Button('0'), sg.Button('Clear')], - [sg.Text('', size=(15, 1), font=('Helvetica', 18), - text_color='red', key='out')], - ] - -window = sg.Window('Keypad', layout, - default_button_element_size=(5, 2), - auto_size_buttons=False, - grab_anywhere=False) - -# Loop forever reading the form's values, updating the Input field -keys_entered = '' -while True: - event, values = window.read() # read the form - if event == sg.WIN_CLOSED: # if the X button clicked, just exit - break - if event == 'Clear': # clear keys if clear button - keys_entered = '' - elif event in '1234567890': - keys_entered = values['input'] # get what's been entered so far - keys_entered += event # add the new digit - elif event == 'Submit': - keys_entered = values['input'] - window['out'].update(keys_entered) # output the final string - - # change the form to reflect current key string - window['input'].update(keys_entered) -window.close() diff --git a/DemoPrograms/Demo_LED_Indicators.py b/DemoPrograms/Demo_LED_Indicators.py deleted file mode 100644 index d35ee4ab9..000000000 --- a/DemoPrograms/Demo_LED_Indicators.py +++ /dev/null @@ -1,53 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import time -import random - -""" - Demo program showing how to create your own "LED Indicators" - The LEDIndicator function acts like a new Element that is directly placed in a window's layout - After the Window is created, use the SetLED function to access the LED and set the color - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - - -def LEDIndicator(key=None, radius=30): - return sg.Graph(canvas_size=(radius, radius), - graph_bottom_left=(-radius, -radius), - graph_top_right=(radius, radius), - pad=(0, 0), key=key) - -def SetLED(window, key, color): - graph = window[key] - graph.erase() - graph.draw_circle((0, 0), 12, fill_color=color, line_color=color) - - -layout = [[sg.Text('My LED Status Indicators', size=(20,1))], - [sg.Text('CPU Use'), LEDIndicator('_cpu_')], - [sg.Text('RAM'), LEDIndicator('_ram_')], - [sg.Text('Temperature'), LEDIndicator('_temp_')], - [sg.Text('Server 1'), LEDIndicator('_server1_')], - [sg.Button('Exit')]] - -window = sg.Window('My new window', layout, default_element_size=(12, 1), auto_size_text=False, finalize=True) - -i = 0 -while True: # Event Loop - event, value = window.read(timeout=400) - if event == 'Exit' or event == sg.WIN_CLOSED: - break - if value is None: - break - i += 1 - SetLED(window, '_cpu_', 'green' if random.randint(1, 10) > 5 else 'red') - SetLED(window, '_ram_', 'green' if random.randint(1, 10) > 5 else 'red') - SetLED(window, '_temp_', 'green' if random.randint(1, 10) > 5 else 'red') - SetLED(window, '_server1_', 'green' if random.randint(1, 10) > 5 else 'red') -window.close() diff --git a/DemoPrograms/Demo_LED_Indicators_Text_Based.py b/DemoPrograms/Demo_LED_Indicators_Text_Based.py deleted file mode 100644 index 4692d606a..000000000 --- a/DemoPrograms/Demo_LED_Indicators_Text_Based.py +++ /dev/null @@ -1,46 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from random import randint as randint - -""" - Demo - LEDS using Text - - A simple example of how you can use UNICODE characters as LED indicators in a window - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.theme('Light Brown 4') - -CIRCLE = '⚫' -CIRCLE_OUTLINE = '⚪' - -def LED(color, key): - """ - A "user defined element". In this case our LED is based on a Text element. This gives up 1 location to change how they look, size, etc. - :param color: (str) The color of the LED - :param key: (Any) The key used to look up the element - :return: (sg.Text) Returns a Text element that displays the circle - """ - return sg.Text(CIRCLE_OUTLINE, text_color=color, key=key) - -layout = [ [sg.Text('Status 1 '), LED('Green', '-LED0-') ], - [sg.Text('Status 2 '), LED('blue', '-LED1-')], - [sg.Text('Status 3 '), LED('red', '-LED2-')], - [sg.Button('Exit')]] - -window = sg.Window('Window Title', layout, font='Any 16') - -while True: - event, values = window.read(timeout=200) - if event == sg.WIN_CLOSED or event == 'Exit': - break - # Loop through all of the LEDs and update. 25% of the time turn it off. - for i in range(3): - window[f'-LED{i}-'].update(CIRCLE if randint(1, 100) < 25 else CIRCLE_OUTLINE) - -window.close() diff --git a/DemoPrograms/Demo_Layout_Add_and_Delete_Rows.py b/DemoPrograms/Demo_Layout_Add_and_Delete_Rows.py deleted file mode 100644 index 1e29d950b..000000000 --- a/DemoPrograms/Demo_Layout_Add_and_Delete_Rows.py +++ /dev/null @@ -1,69 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Add and "Delete" Rows from a window - - This is cut-down version of the Fed-Ex package tracking demo - - The purpose is to show a technique for making windows that grow by clicking an "Add Row" button - Each row can be individually "deleted". - - The reason for using the quotes are "deleted" is that the elements are simply hidden. The effect is the same as deleting them. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def item_row(item_num): - """ - A "Row" in this case is a Button with an "X", an Input element and a Text element showing the current counter - :param item_num: The number to use in the tuple for each element - :type: int - :return: List - """ - row = [sg.pin(sg.Col([[sg.B(sg.SYMBOL_X, border_width=0, button_color=(sg.theme_text_color(), sg.theme_background_color()), k=('-DEL-', item_num), tooltip='Delete this item'), - sg.In(size=(20,1), k=('-DESC-', item_num)), - sg.T(f'Key number {item_num}', k=('-STATUS-', item_num))]], k=('-ROW-', item_num)))] - return row - - -def make_window(): - - layout = [ [sg.Text('Add and "Delete" Rows From a Window', font='_ 15')], - [sg.Col([item_row(0)], k='-TRACKING SECTION-')], - [sg.pin(sg.Text(size=(35,1), font='_ 8', k='-REFRESHED-',))], - [sg.T(sg.SYMBOL_X, enable_events=True, k='Exit', tooltip='Exit Application'), sg.T('↻', enable_events=True, k='Refresh', tooltip='Save Changes & Refresh'), sg.T('+', enable_events=True, k='Add Item', tooltip='Add Another Item')]] - - right_click_menu = [[''], ['Add Item', 'Edit Me', 'Version']] - - window = sg.Window('Window Title', layout, right_click_menu=right_click_menu, use_default_focus=False, font='_ 15', metadata=0) - - return window - - -def main(): - - window = make_window() - while True: - event, values = window.read() # wake every hour - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Add Item': - window.metadata += 1 - window.extend_layout(window['-TRACKING SECTION-'], [item_row(window.metadata)]) - elif event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), location=window.current_location(), keep_on_top=True, non_blocking=True) - elif event[0] == '-DEL-': - window[('-ROW-', event[1])].update(visible=False) - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Layout_Extend.py b/DemoPrograms/Demo_Layout_Extend.py deleted file mode 100644 index eeda9f8d4..000000000 --- a/DemoPrograms/Demo_Layout_Extend.py +++ /dev/null @@ -1,49 +0,0 @@ -import PySimpleGUI as sg - -""" - Demonstrates how to use the Window.layout_extend method. - Layouts can be extended at the Window level or within any container element such as a Column. - This demo shows how to extend both. - Note that while you can extend, add to, a layout, you cannot delete items from a layout. Of course you - can make them invisible after adding them. - - When using scrollable Columns be sure and call Column.visibility_changed so that the scrollbars will - be correctly reposititioned - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [ [sg.Text('My Window')], - [sg.Text('Click to add a row inside the Frame'), sg.B('+', key='-ADD FRAME-')], - [sg.Text('Click to add a row inside the Column'), sg.B('+', key='-ADD COL-')], - [sg.Text('Click to add a row inside the Window'), sg.B('+', key='-ADD WIN-')], - [sg.Frame('Frame',[[sg.T('Frame')]], key='-FRAME-')], - [sg.Col([[sg.T('Column')]], scrollable=True, key='-COL-', s=(400,400))], - [sg.Input(key='-IN-'), sg.Text(size=(12,1), key='-OUT-')], - [sg.Button('Button'), sg.Button('Exit')] ] - -window = sg.Window('Window Title', layout) - -i = 0 - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event == '-ADD FRAME-': - window.extend_layout(window['-FRAME-'], [[sg.T('A New Input Line'), sg.I(key=f'-IN-{i}-')]]) - i += 1 - elif event == '-ADD COL-': - window.extend_layout(window['-COL-'], [[sg.T('A New Input Line'), sg.I(key=f'-IN-{i}-')]]) - window.visibility_changed() - window['-COL-'].contents_changed() - i += 1 - elif event == '-ADD WIN-': - window.extend_layout(window, [[sg.T('A New Input Line'), sg.I(key=f'-IN-{i}-')]]) - i += 1 -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Layout_Generation.py b/DemoPrograms/Demo_Layout_Generation.py deleted file mode 100644 index 538303d54..000000000 --- a/DemoPrograms/Demo_Layout_Generation.py +++ /dev/null @@ -1,323 +0,0 @@ -import PySimpleGUI as sg - -""" - PySimpleGUI is designed & authored in Python to take full advantage the awesome Python constructs & capabilities. - Layouts are represented as lists to PySimpleGUI. Lists are fundamental in Python and have a number of powerful - capabilities that PySimpleGUI exploits. - - Many times PySimpleGUI programs can benefit from using CODE to GENERATE your layouts. This Demo illustrates - a number of ways of "building" a layout. Some work on 3.5 and up. Some are basic and show concatenation of rows - to build up a layout. Some utilize generators. - - These 8 "Constructs" or Design Patterns demonstrate numerous ways of "generating" or building your layouts - 0 - A simple list comprehension to build a row of buttons - 1 - A simple list comprehension to build a column of buttons - 2 - Concatenation of rows within a layout - 3 - Concatenation of 2 complete layouts [[ ]] + [[ ]] = [[ ]] - 4 - Concatenation of elements to form a single row [ [] + [] + [] ] = [[ ]] - 5 - Questionnaire - Using a double list comprehension to build both rows and columns in a single line of code - 6 - Questionnaire - Unwinding the comprehensions into 2 for loops instead - 7 - Using the * operator to unpack generated items onto a single row - 8 - Multiple Choice Test - a practical use showing list comprehension and concatenated layout - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -""" - Construct #0 - List comprehension to generate a row of Buttons - - Comprehensions are super-powers of Python. In this example we're using a comprehension to create 4 buttons that - are all on the same row. -""" - - -def layout0(): - layout = [[sg.Button(i) for i in range(4)]] # A list of buttons is created - - window = sg.Window('Generated Layouts', layout) - - event, values = window.read() - - print(event, values) - window.close() - - -""" - Construct #1 - List comprehension to generate a Column of Buttons - - More list super-power, this time used to build a series of buttons doing DOWN the window instead of across - -""" - - -def layout1(): - # a List of lists of buttons. Notice the ] after Button - layout = [[sg.Button(i)] for i in range(4)] - - window = sg.Window('Generated Layouts', layout) - - event, values = window.read() - - print(event, values) - window.close() - - -""" - Construct #2 - List comprehension to generate a row of Buttons and concatenation of more lines of elements - - Comprehensions are super-powers of Python. In this example we're using a comprehension to create 4 buttons that - are all on the same row, just like the previous example. - However, here, we want to not just have a row of buttons, we want have an OK button at the bottom. - To do this, you "add" the rest of the GUI layout onto the end of the generated part. - - Note - you can't end the layout line after the +. If you wanted to put the OK button on the next line, you need - to add a \ at the end of the first line. - See next Construct on how to not use a \ that also results in a VISUALLY similar to a norma layout -""" - - -def layout2(): - # if want to split, can't add newline after + to do it - layout = [[sg.Button(i) for i in range(4)]] + [[sg.OK()]] - - window = sg.Window('Generated Layouts', layout) - - event, values = window.read() - - print(event, values) - window.close() - - -""" - Construct # 3 - Adding together what appears to be 2 layouts - - Same as layout2, except that the OK button is put on another line without using a \ so that the layout appears to - look like a normal, multiline layout without a \ at the end - - Also shown is the OLD tried and true way, using layout.append. You will see the append technique in many of the - Demo programs and probably elsewhere. Hoping to remove these and instead use this more explicit method of +=. - - Using the + operator, as you've already seen, can be used in the middle of the layout. A call to append you cannot - use this way because it modifies the layout list directly. -""" - - -def layout3(): - # in terms of formatting, the layout to the RIGHT of the = sign looks like a 2-line GUI (ignore the layout += - layout = [[sg.Button(i) for i in range(4)]] - # this row is better than, but is the same as - layout += [[sg.OK()]] - # .. this row in that they both add a new ROW with a button on it - layout.append([sg.Cancel()]) - - window = sg.Window('Generated Layouts', layout) - - event, values = window.read() - - print(event, values) - window.close() - - -""" - Construct 4 - Using + to place Elements on the same row - - If you want to put elements on the same row, you can simply add them together. All that is happening is that the - items in one list are added to the items in another. That's true for all these contructs using + -""" - - -def layout4(): - layout = [[sg.Text('Enter some info')] + [sg.Input()] + [sg.Exit()]] - - window = sg.Window('Generated Layouts', layout) - - event, values = window.read() - - print(event, values) - window.close() - - -""" - Construct #5 - Simple "concatenation" of layouts - Layouts are lists of lists. Some of the examples and demo programs use a .append method to add rows to layouts. - These will soono be replaced with this new technique. It's so simple that I don't know why it took so long to - find it. - This layout uses list comprehensions heavily, and even uses 2 of them. So, if you find them confusing, skip down - to the next Construct and you'll see the same layout built except for loops are used rather than comprehensions - - The next 3 examples all use this same window that is layed out like this: - Each row is: - Text1, Text2, Radio1, Radio2, Radio3, Radio4, Radio5 - Text1, Text2, Radio1, Radio2, Radio3, Radio4, Radio5 - ... - - It shows, in particular, this handy bit of layout building, a += to add on additional rows. - layout = [[stuff on row 1], [stuff on row 2]] - layout += [[stuff on row 3]] - - Works as long as the things you are adding together look like this [[ ]] (the famous double bracket layouts of PSG) -""" - - -def layout5(): - questions = ('Managing your day-to-day life', 'Coping with problems in your life?', 'Concentrating?', - 'Get along with people in your family?', 'Get along with people outside your family?', - 'Get along well in social situations?', 'Feel close to another person', - 'Feel like you had someone to turn to if you needed help?', 'Felt confident in yourself?') - - layout = [[sg.Text(qnum + 1, size=(2, 2)), sg.Text(q, size=(30, 2))] + - [sg.Radio('', group_id=qnum, size=(7, 2), - key=(qnum, col)) for col in range(5)] - for qnum, q in enumerate(questions)] - layout += [[sg.OK()]] - - window = sg.Window('Computed Layout Questionnaire', layout) - event, values = window.read() - - print(event, values) - window.close() - - -""" - Construct #6 - Computed layout without using list comprehensions - This layout is identical to Contruct #5. The difference is that rather than use list comprehensions, this code - uses for loops. Perhaps if you're a beginner this version makes more sense? - - In this example we start with a "blank layout" [[ ]] and add onto it. - - Works as long as the things you are adding together look like this [[ ]] (the famous double bracket layouts of PSG) -""" - - -def layout6(): - questions = ('Managing your day-to-day life', 'Coping with problems in your life?', 'Concentrating?', - 'Get along with people in your family?', 'Get along with people outside your family?', - 'Get along well in social situations?', 'Feel close to another person', - 'Feel like you had someone to turn to if you needed help?', 'Felt confident in yourself?') - - layout = [[]] - for qnum, question in enumerate(questions): - # rows start with # and question - row_layout = [sg.Text(qnum + 1, size=(2, 2)), - sg.Text(question, size=(30, 2))] - - # loop through 5 radio buttons and add to row - for radio_num in range(5): - row_layout += [sg.Radio('', group_id=qnum, - size=(7, 2), key=(qnum, radio_num))] - # after row is completed layout, tack it onto the end of final layout - layout += [row_layout] - - # and finally, add a row to the bottom that has an OK button - layout += [[sg.OK()]] - - window = sg.Window('Computed Layout Questionnaire', layout) - event, values = window.read() - - print(event, values) - window.close() - - -""" - Construct #7 - * operator and list comprehensions - Using the * operator from inside the layout - List comprehension inside the layout - Addition of rows to layouts - All in a single variable assignment - - NOTE - this particular code, using the * operator, will not work on Python 2 and think it was added in Python 3.5 - - This code shows a bunch of questions with Radio Button choices - - There is a double-loop comprehension used. One that loops through the questions (rows) and the other loops through - the Radio Button choices. - Thus each row is: - Text1, Text2, Radio1, Radio2, Radio3, Radio4, Radio5 - Text1, Text2, Radio1, Radio2, Radio3, Radio4, Radio5 - Text1, Text2, Radio1, Radio2, Radio3, Radio4, Radio5 - - What the * operator is doing in these cases is expanding the list they are in front of into a SERIES of items - from the list... one after another, as if they are separated with comma. It's a way of "unpacking" from within - a statement. - - The result is a beautifully compact way to make a layout, still using a layout variable, that consists of a - variable number of rows and a variable number of columns in each row. -""" - - -def layout7(): - questions = ('Managing your day-to-day life', 'Coping with problems in your life?', 'Concentrating?', - 'Get along with people in your family?', 'Get along with people outside your family?', - 'Get along well in social situations?', 'Feel close to another person', - 'Feel like you had someone to turn to if you needed help?', 'Felt confident in yourself?') - - # These are the question # and the question text - layout = [[*[sg.Text(qnum + 1, size=(2, 2)), sg.Text(q, size=(30, 2))], - # finally add an OK button at the very bottom by using the '+' operator - *[sg.Radio('', group_id=qnum, size=(7, 2), key=(qnum, col)) for col in range(5)]] for qnum, q in enumerate(questions)] + [[sg.OK()]] - - window = sg.Window('Questionnaire', layout) - - event, values = window.read() - - print(event, values) - window.close() - - -""" - Construct #8 - Computed layout using list comprehension and concatenation - This layout shows one practical use, a multiple choice test. It's been left parse as to focus on the generation - part of the program. For example, default keys are used on the Radio elements. In reality you would likely - use a tuple of the question number and the answer number. - - In this example we start with a "Header" Text element and build from there. -""" - - -def layout8(): - # The questions and answers - q_and_a = [ - ['1. What is the thing that makes light in our solar system', - ['A. The Moon', 'B. Jupiter', 'C. I dunno']], - ['2. What is Pluto', ['A. The 9th planet', 'B. A dwarf-planet', - 'C. The 8th planet', 'D. Goofies pet dog']], - ['3. When did man step foot on the moon', ['A. 1969', 'B. 1960', 'C. 1970', 'D. 1869']], ] - - # make Header larger - layout = [[sg.Text('Astronomy Quiz #1', font='ANY 15', size=(30, 2))]] - - # "generate" the layout for the window based on the Question and Answer information - for qa in q_and_a: - q = qa[0] - a_list = qa[1] - layout += [[sg.Text(q)]] + [[sg.Radio(a, group_id=q)] - for a in a_list] + [[sg.Text('_' * 50)]] - - layout += [[sg.Button('Submit Answers', key='SUBMIT')]] - - window = sg.Window('Multiple Choice Test', layout) - - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'SUBMIT'): - break - sg.popup('The answers submitted were', values) - window.close() - - -# ------------------------- Call each of the Constructs ------------------------- - -layout0() -# layout1() -# layout2() -# layout3() -# layout4() -# layout5() -# layout6() -# layout7() -# layout8() diff --git a/DemoPrograms/Demo_Layout_Reuse_Effect.py b/DemoPrograms/Demo_Layout_Reuse_Effect.py deleted file mode 100644 index 56f86e1a9..000000000 --- a/DemoPrograms/Demo_Layout_Reuse_Effect.py +++ /dev/null @@ -1,71 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Layout "Reuse" (but NOT reusing the layout) - As cautioned in the PySimpleGUI documentation, layouts cannot be "reused". - - That said, there is a very simple design pattern that you'll find in many many - Demo Programs. Any program that is capable of changing the theme uses this - same kind of pattern. - - Goal - write the layout code once and then use it multiple times - The layout is reused - - Solution - create the layout and window in a function and return it - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def make_window(): - """ - Defines the layout and creates the window. - - This will allow you to "reuse" the layout. - Of course, the layout isn't reused, it is creating a new copy of the layout - every time the function is called. - - :return: newly created window - :rtype: sg.Window - """ - - # ------------------- Layout Definition ------------------- - layout = [[sg.Text('This is your layout')], - [sg.Input(key='-IN-')], - [sg.Text('You typed:'), sg.Text(size=(20,1), key='-OUT-')], - [sg.Button('Go'), sg.Button('Dark Gray 13 Theme'), sg.Button('Exit')]] - - # ------------------- Window Creation ------------------- - return sg.Window('Window Title', layout) - -def main(): - """ - Your main program that contains your event loop - Rather than creating the layout and Window in this function, you will - instead call the make_window function to make the layout and Window - """ - - window = make_window() # create the window - - while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Go': - # change the "output" element to be the value of "input" element - window['-OUT-'].update(values['-IN-']) - elif event.startswith('Dark'): - sg.theme('Dark Gray 13') - window.close() # close the window - window = make_window() # make a new window with the "same layout" - - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Layout_Vertical.py b/DemoPrograms/Demo_Layout_Vertical.py deleted file mode 100644 index bb1afc8f0..000000000 --- a/DemoPrograms/Demo_Layout_Vertical.py +++ /dev/null @@ -1,100 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo of using the vertical layout parameters and layout helper functions. - Three methods of vertical alignment are shown: - 1. Using Column element to align a single element - 2. Using vtop layout helper function to align a single element - 3. Using vtop layout helper function to align an entire row - - There is also a funciton provided that will convert an entire layout into - a top aligned layout. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def top_align_layout(layout): - """ - Given a layout, return a layout with all rows vertically adjusted to the top - - :param layout: List[List[sg.Element]] The layout to justify - :return: List[List[sg.Element]] The new layout that is all top justified - """ - new_layout = [] - for row in layout: - new_layout.append(sg.vtop(row)) - return new_layout - - -def main(): - # -------------------- Example 1 - No alignment -------------------- - layout = [ [sg.T('This layout uses no vertical alignment. The default is "center"')], - [sg.Text('On row 1'), sg.Listbox(list(range(10)), size=(5,4)), sg.Text('On row 1')], - [sg.Button('OK')] ] - - sg.Window('Example 1', layout).read(close=True) - - # -------------------- Example 2 - Top aligned Text element using Column -------------------- - layout = [ [sg.T('This uses a Column Element to align 1 element')], - [sg.Col([[sg.Text('On row 1')]], vertical_alignment='top', pad=(0,0)), sg.Listbox(list(range(10)), size=(5,4)), sg.Text('On row 1')], - [sg.Button('OK')] ] - - sg.Window('Example 2', layout).read(close=True) - - - # -------------------- Example 3 - Top aligned Text element using Column -------------------- - layout = [ [sg.T('This layout uses the "vtop" layout helper function on 1 element')], - [sg.vtop(sg.Text('On row 1')), sg.Listbox(list(range(10)), size=(5,4)), sg.Text('On row 1')], - [sg.Button('OK')] ] - - sg.Window('Example 3', layout).read(close=True) - - # -------------------- Example 4 - Top align an entire row -------------------- - # Note that the vtop function takes a row as input and returns a row. DO NOT place [ ] around vtop - # because it is a row already. - layout = [ [sg.T('This layout uses the "vtop" layout helper function on 1 row')], - sg.vtop([sg.Text('On row 1'), sg.Listbox(list(range(10)), size=(5,4)), sg.Text('On row 1')]), - [sg.Button('OK')] ] - - sg.Window('Example 4', layout).read(close=True) - - - # -------------------- Example 5 - Top align portion of a row -------------------- - # You can combine 2 lists to make a row [a,b] + [c,d] = [a,b,c,d] - # To combine vtop with a normally specified row, add them vtop(a,b) + [c,d] = [a, b, c, d] (sorta) - layout = [ [sg.T('This layout uses the "vtop" for first part of row')], - sg.vtop([sg.Text('On row 1'), sg.Listbox(list(range(10)), size=(5,4)), sg.Text('On row 1')]) + [sg.Text('More elements'), sg.CB('Last')], - [sg.Button('OK')] ] - - sg.Window('Example 5', layout).read(close=True) - - - # -------------------- Example 5B - Top align portion of a row -------------------- - # Same operation as adding the 2 lists, but instead unpacks vtop list directly into a row layout - try: - layout = [ [sg.T('This layout uses the "vtop" for first part of row')], - [*sg.vtop([sg.Text('On row 1'), sg.Listbox(list(range(10)), size=(5,4)), sg.Text('On row 1')]), sg.Text('More elements'), sg.CB('Last')], - [sg.Button('OK')] ] - - sg.Window('Example 5B', layout).read(close=True) - except: - print('Your version of Python likely does not support unpacking inside of a list') - - # -------------------- Example 6 - Use function to align all rows in layout -------------------- - layout = [ [sg.T('This layout has all rows top aligned using function')], - [sg.Text('On row 1'), sg.Listbox(list(range(10)), size=(5,4)), sg.Text('On row 1')], - [sg.Text('On row 2'), sg.Listbox(list(range(10)), size=(5,4)), sg.Text('On row 2')], - [sg.Button('OK')] ] - - layout = top_align_layout(layout) # pass in a layout, get a loyout back - - sg.Window('Example 6', layout).read(close=True) - - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Layout_Vertical_Centered.py b/DemoPrograms/Demo_Layout_Vertical_Centered.py deleted file mode 100644 index de02befbf..000000000 --- a/DemoPrograms/Demo_Layout_Vertical_Centered.py +++ /dev/null @@ -1,46 +0,0 @@ -import PySimpleGUI as sg - -""" - Center a column in a window - - Solves a very specific kind of layout. - If you want to have something centered in a Window, this is a good way to do it - The "trick" here is: - * the first row of the layout has a Text element that expands vertically - * the row with the Column has a text element that expands horizontally - - This expanding Text element is what will cause the Column element to be centered - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - column_to_be_centered = [ [sg.Text('My Window')], - [sg.Input(key='-IN-')], - [sg.Text(size=(12,1), key='-OUT-')], - [sg.Button('Go'), sg.Button('Exit')] ] - - layout = [[sg.Text(key='-EXPAND-', font='ANY 1', pad=(0, 0))], # the thing that expands from top - [sg.Text('', pad=(0,0),key='-EXPAND2-'), # the thing that expands from left - sg.Column(column_to_be_centered, vertical_alignment='center', justification='center', k='-C-')]] - - window = sg.Window('Window Title', layout, resizable=True,finalize=True) - window['-C-'].expand(True, True, True) - window['-EXPAND-'].expand(True, True, True) - window['-EXPAND2-'].expand(True, False, True) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Go': - window['-OUT-'].update(values['-IN-']) - window.close() - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Layout_Vertical_Centered_Using_Sizer_Element.py b/DemoPrograms/Demo_Layout_Vertical_Centered_Using_Sizer_Element.py deleted file mode 100644 index 29a000549..000000000 --- a/DemoPrograms/Demo_Layout_Vertical_Centered_Using_Sizer_Element.py +++ /dev/null @@ -1,44 +0,0 @@ -import PySimpleGUI as sg - -""" - Sizer Element - - Using a Sizer Element to set the size of a window without setting the size on the Window. - - If you use the size parameter for a window, you may end up cutting off a portion of your Window - if the contents of layout are greater in size than the hard coded size you used. - - You can use a Sizer element to "pad" a layout into something bigger. - - This Element is actually implemented using a Column inside of PySimpleGUI so it's not an - element in reality, but more along the lines of a User Defined Element - - This demo shows how you can make a 500x500 pixel window without hardcoding the size and while - also centering the contents of your layout. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -# "Centered in a large Window" version -# A simple layout that you want to "center" in the middle of a 500 x 500 pixel window (not counting titlebar) -layout = [ [sg.Text('My Window')], - [sg.In()], - [sg.In()], - [sg.Button('Go'), sg.Button('Exit'), sg.Cancel(), sg.Ok()] ] - -# If you wanted to center it in a window, just put into a Column element -# and use the Sizer element to "pad" the layout - -# The entire layout is a single row with a sizer that is 500 pixels high. -# Because elements on a row center themselves vertically, you'll end up with the layout centered vertically -layout = [[sg.Sizer(0,500), sg.Column([[sg.Sizer(500,0)]] + layout, element_justification='c', pad=(0,0))]] - -window = sg.Window('Window Title', layout, margins=(0,0)) - -window.read(close=True) - diff --git a/DemoPrograms/Demo_Layout_Vertical_Centered_Using_VPush_Element.py b/DemoPrograms/Demo_Layout_Vertical_Centered_Using_VPush_Element.py deleted file mode 100644 index d071a8bfc..000000000 --- a/DemoPrograms/Demo_Layout_Vertical_Centered_Using_VPush_Element.py +++ /dev/null @@ -1,37 +0,0 @@ -import PySimpleGUI as sg - -""" - VPush Element - - In version 4.49.0 a new VPush Element was added. - It is not "True Element" but rather a "User Defined Element" because it's a function - that returns elements versus a class based on the Element class. - It's not an important detail in the use of it. - - Use a VPush to "Push" your elements vertically away from it. - * If you put one at the top of your layout, then your layout will be "pushed" to the bottom of the window. - * If you put a VPush at the top and bottom of your layout, then your layout will be centered - - This Demo Program shows the "centered" use case. - - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -layout = [ [sg.VPush()], - [sg.Text('Resize me to see that I am vertically centered')], - [sg.In()], - [sg.In()], - [sg.Button('Go'), sg.Button('Exit'), sg.Cancel(), sg.Ok()], - [sg.VPush(), sg.Sizegrip()] ] # toss a Sizegrip onto the bottom corner to make it easier - - -window = sg.Window('Window Title', layout, resizable=True) - -window.read(close=True) - diff --git a/DemoPrograms/Demo_Layouts_Using_Walrus_Operator.py b/DemoPrograms/Demo_Layouts_Using_Walrus_Operator.py deleted file mode 100644 index 2d7883b9e..000000000 --- a/DemoPrograms/Demo_Layouts_Using_Walrus_Operator.py +++ /dev/null @@ -1,34 +0,0 @@ -import PySimpleGUI as sg -import random - -""" - Using Python's Walrus Operator in Layouts - - Some elements you call many different memeber functions for. Rather than looking up the element by the key and storing - into a variable, you can use the walrus operator to store the element, right from the layout itself. - - Copyright 2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [[sg.Text('Using Walrus Operator In Layouts', font='_ 16')], - [graph_elem := sg.Graph((500, 500), (0, 0), (100, 100), key='-GRAPH-')], - [sg.Button('Draw'), sg.Button('Exit')]] - -window = sg.Window('Walrus Operator In Layouts', layout, auto_save_location=True) - -# graph_elem = window['-GRAPH-'] # This is the way elements are normally looked up and stored in a variable - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Draw': - emoji = random.choice(sg.EMOJI_BASE64_HAPPY_LIST) - location = random.randint(0, 100), random.randint(0, 100) - graph_elem.draw_image(data=emoji, location=location) - -window.close() diff --git a/DemoPrograms/Demo_Listbox_Search_Filter.py b/DemoPrograms/Demo_Listbox_Search_Filter.py deleted file mode 100644 index 96a27c37d..000000000 --- a/DemoPrograms/Demo_Listbox_Search_Filter.py +++ /dev/null @@ -1,37 +0,0 @@ -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -names = ['Roberta', 'Kylie', 'Jenny', 'Helen', - 'Andrea', 'Meredith', 'Deborah', 'Pauline', - 'Belinda', 'Wendy'] - -layout = [[sg.Text('Listbox with search')], - [sg.Input(size=(20, 1), enable_events=True, key='-INPUT-')], - [sg.Listbox(names, size=(20, 4), enable_events=True, key='-LIST-')], - [sg.Button('Chrome'), sg.Button('Exit')]] - -window = sg.Window('Listbox with Search', layout) -# Event Loop -while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): # always check for closed window - break - if values['-INPUT-'] != '': # if a keystroke entered in search field - search = values['-INPUT-'] - new_values = [x for x in names if search in x] # do the filtering - window['-LIST-'].update(new_values) # display in the listbox - else: - # display original unfiltered list - window['-LIST-'].update(names) - # if a list item is chosen - if event == '-LIST-' and len(values['-LIST-']): - sg.popup('Selected ', values['-LIST-']) - -window.close() diff --git a/DemoPrograms/Demo_Listbox_Using_Objects.py b/DemoPrograms/Demo_Listbox_Using_Objects.py deleted file mode 100644 index 3b33ca071..000000000 --- a/DemoPrograms/Demo_Listbox_Using_Objects.py +++ /dev/null @@ -1,47 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Listbox Using Objects - - Several elements can take not just strings, but objects. The Listsbox is one of them. - This demo show how you can use objects directly in a Listbox in a way that you can access - information about each object that is different than what is shown in the Window. - - The important part of this design pattern is the use of the __str__ method in your item objects. - This method is what determines what is shown in the window. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -class Item(): - def __init__(self, internal, shown): - self.internal = internal - self.shown = shown - - def __str__(self): - return self.shown - -# make list of some objects -my_item_list = [Item(f'Internal {i}', f'shown {i}') for i in range(100)] - -layout = [ [sg.Text('Select 1 or more items and click "Go"')], - [sg.Listbox(my_item_list, key='-LB-', s=(20,20), select_mode=sg.LISTBOX_SELECT_MODE_EXTENDED)], - [sg.Output(s=(40,10))], - [sg.Button('Go'), sg.Button('Exit')] ] - -window = sg.Window('Listbox Using Objects', layout) - -while True: - event, values = window.read() - # print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - elif event == 'Go': - print('You selected:') - for item in values['-LB-']: - print(item.internal) -window.close() diff --git a/DemoPrograms/Demo_Long_Operations.py b/DemoPrograms/Demo_Long_Operations.py deleted file mode 100644 index 375151cf0..000000000 --- a/DemoPrograms/Demo_Long_Operations.py +++ /dev/null @@ -1,163 +0,0 @@ -import time -import PySimpleGUI as sg - -""" - Demo Long Operations - - How to make calls to your functions that take a very long time to complete. - - One of the classic GUI problems is when a function takes a long time to complete. - Normally these functions cause a GUI to appear to the operating system to have - hung and you'll see a message asking if you want to kill your program. - - PySimpleGUI has a Window method - perform_long_operation that can help in these situations - NOTE - because this method uses threads, it's important you do not make any PySimpleGUI calls - from your long function. Also, some things simply cannot be safely run as a thread. Just understand - that this function perform_long_operation utilizes threads. - - window.perform_long_operation takes 2 parameters: - * A lambda expression that represents your function call - * A key that is returned when you function completes - - When you function completes, you will receive an event when calling window.read() that - matches the key provided. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -''' -M""MMMMM""M -M MMMMM M -M MMMMM M .d8888b. .d8888b. 88d888b. -M MMMMM M Y8ooooo. 88ooood8 88' `88 -M `MMM' M 88 88. ... 88 -Mb dM `88888P' `88888P' dP -MMMMMMMMMMM - -MM""""""""`M -MM mmmmmmmM -M' MMMM dP dP 88d888b. .d8888b. -MM MMMMMMMM 88 88 88' `88 88' `"" -MM MMMMMMMM 88. .88 88 88 88. ... -MM MMMMMMMM `88888P' dP dP `88888P' -MMMMMMMMMMMM -''' - - -def my_long_func(count, a=1, b=2): - """ - This is your function that takes a long time - :param count: - :param a: - :param b: - :return: - """ - for i in range(count): - print(i, a, b) - time.sleep(.5) - return 'DONE!' - - -''' - oo - -88d8b.d8b. .d8888b. dP 88d888b. -88'`88'`88 88' `88 88 88' `88 -88 88 88 88. .88 88 88 88 -dP dP dP `88888P8 dP dP dP - - -oo dP oo dP dP dP - 88 88 88 88 -dP 88d888b. .d888b88 dP 88d888b. .d8888b. .d8888b. d8888P .d8888b. .d8888b. 88 88 -88 88' `88 88' `88 88 88' `88 88ooood8 88' `"" 88 88' `"" 88' `88 88 88 -88 88 88 88. .88 88 88 88. ... 88. ... 88 88. ... 88. .88 88 88 -dP dP dP `88888P8 dP dP `88888P' `88888P' dP `88888P' `88888P8 dP dP -''' - -# This is your new code that uses a thread to perform the long operation - -def main(): - layout = [ [sg.Text('Indirect Call Version')], - [sg.Text('How many times to run the loop?'), sg.Input(s=(4,1), key='-IN-')], - [sg.Text(s=(30,1), k='-STATUS-')], - [sg.Button('Go', bind_return_key=True), sg.Button('Exit')] ] - - window = sg.Window('Window Title', layout) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - elif event == 'Go': - window['-STATUS-'].update('Calling your function...') - if values['-IN-'].isnumeric(): - - # This is where the magic happens. Add your function call as a lambda - window.perform_long_operation(lambda : - my_long_func(int(values['-IN-']), a=10), - '-END KEY-') - else: - window['-STATUS-'].update('Try again... how about an int?') - elif event == '-END KEY-': - return_value = values[event] - window['-STATUS-'].update(f'Completed. Returned: {return_value}') - window.close() - - -''' - oo - -88d8b.d8b. .d8888b. dP 88d888b. -88'`88'`88 88' `88 88 88' `88 -88 88 88 88. .88 88 88 88 -dP dP dP `88888P8 dP dP dP - - - dP oo dP dP dP - 88 88 88 88 -.d888b88 dP 88d888b. .d8888b. .d8888b. d8888P .d8888b. .d8888b. 88 88 -88' `88 88 88' `88 88ooood8 88' `"" 88 88' `"" 88' `88 88 88 -88. .88 88 88 88. ... 88. ... 88 88. ... 88. .88 88 88 -`88888P8 dP dP `88888P' `88888P' dP `88888P' `88888P8 dP dP -''' - -# This is your original code... it's all going great.... until the call takes too long -def old_main(): - layout = [ [sg.Text('Direct Call Version')], - [sg.Text('How many times to run the loop?'), sg.Input(s=(4,1), key='-IN-')], - [sg.Text(s=(30,1), k='-STATUS-')], - [sg.Button('Go', bind_return_key=True), sg.Button('Exit')] ] - - window = sg.Window('Window Title', layout) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - elif event == 'Go': - if values['-IN-'].isnumeric(): - window['-STATUS-'].update('Calling your function...') - window.refresh() # needed to make the message show up immediately20 - - return_value = my_long_func(int(values['-IN-']), a=10) - - window['-STATUS-'].update(f'Completed. Returned: {return_value}') - else: - window['-STATUS-'].update('Try again... how about an int?') - - window.close() - - - - -if __name__ == '__main__': - # old_main() - main() diff --git a/DemoPrograms/Demo_Look_And_Feel_Theme_Browser.py b/DemoPrograms/Demo_Look_And_Feel_Theme_Browser.py deleted file mode 100644 index 159c17f46..000000000 --- a/DemoPrograms/Demo_Look_And_Feel_Theme_Browser.py +++ /dev/null @@ -1,34 +0,0 @@ -import PySimpleGUI as sg - -""" - Allows you to "browse" through the look and feel settings. Click on one and you'll see a - Popup window using the color scheme you chose. It's a simply little program that demonstrates - how snappy a GUI can feel if you enable an element's events rather than waiting on a button click. - In this program, as soon as a listbox entry is clicked, the read returns. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.change_look_and_feel('GreenTan') -color_list = sg.list_of_look_and_feel_values() -color_list.sort() -layout = [[sg.Text('Look and Feel Browser')], - [sg.Text('Click a look and feel color to see demo window')], - [sg.Listbox(values=color_list, - size=(20, 12), key='-LIST-', enable_events=True)], - [sg.Button('Exit')]] - -window = sg.Window('Look and Feel Browser', layout) - -while True: # Event Loop - event, values = window.read() - if event in (None, 'Exit'): - break - sg.change_look_and_feel(values['-LIST-'][0]) - sg.popup_get_text('This is {}'.format(values['-LIST-'][0])) - -window.close() diff --git a/DemoPrograms/Demo_Look_And_Feel_Theme_Dump.py b/DemoPrograms/Demo_Look_And_Feel_Theme_Dump.py deleted file mode 100644 index cf613089f..000000000 --- a/DemoPrograms/Demo_Look_And_Feel_Theme_Dump.py +++ /dev/null @@ -1,51 +0,0 @@ -import PySimpleGUI as sg; web=False -# import PySimpleGUIWeb as sg; web=True -# import PySimpleGUIQT as sg; web=False - -""" - If you're using the PySimpleGUI color themes, then your code will a line that looks something like this: - sg.change_look_and_feel('Light Green 1') or sg.change_look_and_feel('LightGreen1') - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Use the built-in Theme Viewer to show all of the themes and their names -sg.preview_all_look_and_feel_themes() - -# The remainder of the program duplicates the built-in Theme Viewer, allowing you to create your -# own custom theme viewer window. You can configure the number of frames per row for example. Or maybe you only -# want to see the dark themes - -WINDOW_BACKGROUND = 'lightblue' -web = False - -sg.change_look_and_feel('Default') - -def sample_layout(): - return [[sg.Text('Text element'), sg.InputText('Input data here', size=(15, 1))], - [sg.Button('Ok'), sg.Button('Cancel'), sg.Slider((1, 10), orientation='h', size=(10, 15))]] - - -layout = [[sg.Text('List of Themes Provided by PySimpleGUI', font='Default 18', background_color=WINDOW_BACKGROUND)]] - -FRAMES_PER_ROW = 9 -names = sg.list_of_look_and_feel_values() -names.sort() -row = [] -for count, theme in enumerate(names): - sg.change_look_and_feel(theme) - if not count % FRAMES_PER_ROW: - layout += [row] - row = [] - row += [sg.Frame(theme, sample_layout() if not web else [[sg.T(theme)]] + sample_layout())] -if row: - layout += [row] - -window = sg.Window('Custom Preview of Themes', layout, background_color=WINDOW_BACKGROUND) -window.read() -window.close() -del window diff --git a/DemoPrograms/Demo_MIDI_Player.py b/DemoPrograms/Demo_MIDI_Player.py deleted file mode 100644 index 93f2c8110..000000000 --- a/DemoPrograms/Demo_MIDI_Player.py +++ /dev/null @@ -1,264 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import os -import mido -import time - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -PLAYER_COMMAND_NONE = 0 -PLAYER_COMMAND_EXIT = 1 -PLAYER_COMMAND_PAUSE = 2 -PLAYER_COMMAND_NEXT = 3 -PLAYER_COMMAND_RESTART_SONG = 4 - -helv15 = 'Helvetica 15' - - -# ---------------------------------------------------------------------- # -# PlayerGUI CLASS # -# ---------------------------------------------------------------------- # - - -class PlayerGUI(): - ''' - Class implementing GUI for both initial screen but the player itself - ''' - - def __init__(self): - self.Window = None - self.TextElem = None - # use to get the list of midi ports - self.PortList = mido.get_output_names() - # reverse the list so the last one is first - self.PortList = self.PortList[::-1] - - # ---------------------------------------------------------------------- # - # PlayerChooseSongGUI # - # Show a GUI get to the file to playback # - # ---------------------------------------------------------------------- # - def PlayerChooseSongGUI(self): - - # ---------------------- DEFINION OF CHOOSE WHAT TO PLAY GUI ---------------------------- - - helv = ("Helvetica", 15) - layout = [[sg.Text('MIDI File Player', font=helv15, size=(20, 1), text_color='green')], - [sg.Text('File Selection', font=helv15, size=(20, 1))], - [sg.Text('Single File Playback', justification='right'), - sg.InputText(size=(65, 1), key='midifile'), - sg.FileBrowse(size=(10, 1), file_types=(("MIDI files", "*.mid"),))], - [sg.Text('Or Batch Play From This Folder', auto_size_text=False, justification='right'), - sg.InputText(size=(65, 1), key='folder'), - sg.FolderBrowse(size=(10, 1))], - [sg.Text('_' * 250, auto_size_text=False, size=(100, 1))], - [sg.Text('Choose MIDI Output Device', size=(22, 1)), - sg.Listbox(values=self.PortList, size=(30, len(self.PortList) + 1), default_values=(self.PortList[0],), key='device')], - [sg.Text('_' * 250, auto_size_text=False, size=(100, 1))], - [sg.SimpleButton('PLAY', size=(12, 2), button_color=('red', 'white'), font=helv15, bind_return_key=True), - sg.Text(' ' * 2, size=(4, 1)), - sg.Cancel(size=(8, 2), font=helv15)]] - - window = sg.Window('MIDI File Player', layout, auto_size_text=False, default_element_size=(30, 1), font=helv) - self.Window = window - return window.read() - - def PlayerPlaybackGUIStart(self, NumFiles=1): - # ------- Make a new FlexForm ------- # - - self.TextElem = sg.Text('Song loading....', - size=(70, 5 + NumFiles), - font=("Helvetica", 14), auto_size_text=False) - self.SliderElem = sg.Slider(range=(1, 100), - size=(50, 8), - orientation='h', text_color='#f0f0f0') - - def pbutton(image_data, key): - return sg.Button(image_data=image_data, key=key, image_size=(50,50), image_subsample=2, border_width=0, button_color=(sg.theme_background_color(), sg.theme_background_color())) - - layout = [ - [sg.Text('MIDI File Player', size=(30, 1), font=("Helvetica", 25))], - [self.TextElem], - [self.SliderElem], - [pbutton(image_pause,'PAUSE'), sg.Text(' '), - pbutton(image_next, 'NEXT'), sg.Text(' '), - pbutton(image_restart, key='Restart Song'), sg.Text(' '), - pbutton(image_exit, 'EXIT')] - ] - - window = sg.Window('MIDI File Player', layout, default_element_size=( - 30, 1), font=("Helvetica", 25), finalize=True) - self.Window = window - - # ------------------------------------------------------------------------- # - # PlayerPlaybackGUIUpdate # - # Refresh the GUI for the main playback interface (must call periodically # - # ------------------------------------------------------------------------- # - - def PlayerPlaybackGUIUpdate(self, DisplayString): - window = self.Window - # if the widnow has been destoyed don't mess with it - if 'window' not in locals() or window is None: - return PLAYER_COMMAND_EXIT - self.TextElem.update(DisplayString) - event, (values) = window.read(timeout=0) - if event == sg.WIN_CLOSED: - return PLAYER_COMMAND_EXIT - if event == 'PAUSE': - return PLAYER_COMMAND_PAUSE - elif event == 'EXIT': - return PLAYER_COMMAND_EXIT - elif event == 'NEXT': - return PLAYER_COMMAND_NEXT - elif event == 'Restart Song': - return PLAYER_COMMAND_RESTART_SONG - return PLAYER_COMMAND_NONE - - -# ---------------------------------------------------------------------- # -# MAIN - our main program... this is it # -# Runs the GUI to get the file / path to play # -# Decodes the MIDI-Video into a MID file # -# Plays the decoded MIDI file # -# ---------------------------------------------------------------------- # -def main(): - def GetCurrentTime(): - ''' - Get the current system time in milliseconds - :return: milliseconds - ''' - return int(round(time.time() * 1000)) - - pback = PlayerGUI() - - button, values = pback.PlayerChooseSongGUI() - if button != 'PLAY': - sg.popup_cancel('Cancelled...\nAutoclose in 2 sec...', - auto_close=True, auto_close_duration=2) - return - if values['device']: - midi_port = values['device'][0] - else: - sg.popup_cancel('No devices found\nAutoclose in 2 sec...', - auto_close=True, auto_close_duration=2) - - batch_folder = values['folder'] - midi_filename = values['midifile'] - # ------ Build list of files to play --------------------------------------------------------- # - if batch_folder: - filelist = os.listdir(batch_folder) - filelist = [batch_folder+'/' + - f for f in filelist if f.endswith(('.mid', '.MID'))] - filetitles = [os.path.basename(f) for f in filelist] - elif midi_filename: # an individual filename - filelist = [midi_filename, ] - filetitles = [os.path.basename(midi_filename), ] - else: - sg.popup_error('*** Error - No MIDI files specified ***') - return - - # ------ LOOP THROUGH MULTIPLE FILES --------------------------------------------------------- # - pback.PlayerPlaybackGUIStart(NumFiles=len(filelist) if len(filelist) <= 10 else 10) - port = None - - # Loop through the files in the filelist - for now_playing_number, current_midi_filename in enumerate(filelist): - display_string = 'Playing Local File...\n{} of {}\n{}'.format( - now_playing_number+1, len(filelist), current_midi_filename) - midi_title = filetitles[now_playing_number] - # --------------------------------- REFRESH THE GUI ----------------------------------------- # - pback.PlayerPlaybackGUIUpdate(display_string) - - # ---===--- Output Filename is .MID --- # - midi_filename = current_midi_filename - - # --------------------------------- MIDI - STARTS HERE ----------------------------------------- # - if not port: # if the midi output port not opened yet, then open it - port = mido.open_output(midi_port if midi_port else None) - - try: - mid = mido.MidiFile(filename=midi_filename) - except: - print(' Fail at playing Midi file = {}****'.format(midi_filename)) - sg.popup_error('Exception trying to play MIDI file:', - midi_filename, 'Skipping file') - continue - - # Build list of data contained in MIDI File using only track 0 - midi_length_in_seconds = mid.length - display_file_list = '>> ' + \ - '\n'.join([f for i, f in enumerate( - filetitles[now_playing_number:]) if i < 10]) - paused = cancelled = next_file = False - ######################### Loop through MIDI Messages ########################### - while True : - start_playback_time = GetCurrentTime() - port.reset() - - for midi_msg_number, msg in enumerate(mid.play()): - #################### GUI - read values ################## - if not midi_msg_number % 4: # update the GUI every 4 MIDI messages - t = (GetCurrentTime() - start_playback_time)//1000 - display_midi_len = '{:02d}:{:02d}'.format( - *divmod(int(midi_length_in_seconds), 60)) - display_string = 'Now Playing {} of {}\n{}\n {:02d}:{:02d} of {}\nPlaylist:'.\ - format(now_playing_number+1, len(filelist), midi_title, *divmod(t, 60), display_midi_len) - # display list of next 10 files to be played. - pback.SliderElem.update(t, range=(1, midi_length_in_seconds)) - rc = pback.PlayerPlaybackGUIUpdate( - display_string + '\n' + display_file_list) - else: # fake rest of code as if GUI did nothing - rc = PLAYER_COMMAND_NONE - if paused: - rc = PLAYER_COMMAND_NONE - while rc == PLAYER_COMMAND_NONE: # TIGHT-ASS loop waiting on a GUI command - rc = pback.PlayerPlaybackGUIUpdate(display_string) - time.sleep(.25) - - ####################################### MIDI send data ################################## - port.send(msg) - - # ------- Execute GUI Commands after sending MIDI data ------- # - if rc == PLAYER_COMMAND_EXIT: - cancelled = True - break - elif rc == PLAYER_COMMAND_PAUSE: - paused = not paused - port.reset() - elif rc == PLAYER_COMMAND_NEXT: - next_file = True - break - elif rc == PLAYER_COMMAND_RESTART_SONG: - break - - if cancelled or next_file: - break - #------- DONE playing the song ------- # - port.reset() # reset the midi port when done with the song - - if cancelled: - break - - -# ---------------------------------------------------------------------- # -# LAUNCH POINT -- program starts and ends here # -# ---------------------------------------------------------------------- # - -image_exit = 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' - - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Machine_Learning.py b/DemoPrograms/Demo_Machine_Learning.py deleted file mode 100644 index c39c3be45..000000000 --- a/DemoPrograms/Demo_Machine_Learning.py +++ /dev/null @@ -1,83 +0,0 @@ -#!/usr/bin/env python -import sys -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def MachineLearningGUI(): - sg.set_options(text_justification='right') - - flags = [[sg.CB('Normalize', size=(12, 1), default=True), sg.CB('Verbose', size=(20, 1))], - [sg.CB('Cluster', size=(12, 1)), sg.CB( - 'Flush Output', size=(20, 1), default=True)], - [sg.CB('Write Results', size=(12, 1)), sg.CB( - 'Keep Intermediate Data', size=(20, 1))], - [sg.CB('Normalize', size=(12, 1), default=True), - sg.CB('Verbose', size=(20, 1))], - [sg.CB('Cluster', size=(12, 1)), sg.CB( - 'Flush Output', size=(20, 1), default=True)], - [sg.CB('Write Results', size=(12, 1)), sg.CB('Keep Intermediate Data', size=(20, 1))], ] - - loss_functions = [[sg.Rad('Cross-Entropy', 'loss', size=(12, 1)), sg.Rad('Logistic', 'loss', default=True, size=(12, 1))], - [sg.Rad('Hinge', 'loss', size=(12, 1)), - sg.Rad('Huber', 'loss', size=(12, 1))], - [sg.Rad('Kullerback', 'loss', size=(12, 1)), - sg.Rad('MAE(L1)', 'loss', size=(12, 1))], - [sg.Rad('MSE(L2)', 'loss', size=(12, 1)), sg.Rad('MB(L0)', 'loss', size=(12, 1))], ] - - command_line_parms = [[sg.Text('Passes', size=(8, 1)), sg.Spin(values=[i for i in range(1, 1000)], initial_value=20, size=(6, 1)), - sg.Text('Steps', size=(8, 1), pad=((7, 3))), sg.Spin(values=[i for i in range(1, 1000)], initial_value=20, size=(6, 1))], - [sg.Text('ooa', size=(8, 1)), sg.Input(default_text='6', size=(8, 1)), sg.Text('nn', size=(8, 1)), - sg.Input(default_text='10', size=(10, 1))], - [sg.Text('q', size=(8, 1)), sg.Input(default_text='ff', size=(8, 1)), sg.Text('ngram', size=(8, 1)), - sg.Input(default_text='5', size=(10, 1))], - [sg.Text('l', size=(8, 1)), sg.Input(default_text='0.4', size=(8, 1)), sg.Text('Layers', size=(8, 1)), - sg.Drop(values=('BatchNorm', 'other'))], ] - - layout = [[sg.Frame('Command Line Parameteres', command_line_parms, title_color='green', font='Any 12')], - [sg.Frame('Flags', flags, font='Any 12', title_color='blue')], - [sg.Frame('Loss Functions', loss_functions, - font='Any 12', title_color='red')], - [sg.Submit(), sg.Cancel()]] - - sg.set_options(text_justification='left') - - window = sg.Window('Machine Learning Front End', - layout, font=("Helvetica", 12)) - button, values = window.read() - window.close() - print(button, values) - - -def CustomMeter(): - # layout the form - layout = [[sg.Text('A custom progress meter')], - [sg.ProgressBar(1000, orientation='h', - size=(20, 20), key='progress')], - [sg.Cancel()]] - - # create the form` - window = sg.Window('Custom Progress Meter', layout) - progress_bar = window['progress'] - # loop that would normally do something useful - for i in range(1000): - # check to see if the cancel button was clicked and exit loop if clicked - event, values = window.read(timeout=0, timeout_key='timeout') - if event == 'Cancel' or event == None: - break - # update bar with loop value +1 so that bar eventually reaches the maximum - progress_bar.update_bar(i+1) - # done with loop... need to destroy the window as it's still open - window.CloseNonBlocking() - - -if __name__ == '__main__': - CustomMeter() - MachineLearningGUI() diff --git a/DemoPrograms/Demo_Main_Control_Test_Panel.py b/DemoPrograms/Demo_Main_Control_Test_Panel.py deleted file mode 100644 index bbac4226a..000000000 --- a/DemoPrograms/Demo_Main_Control_Test_Panel.py +++ /dev/null @@ -1,15 +0,0 @@ -import PySimpleGUI as sg - -""" - This is a simple as it gets. Calls the "main" function which is the PySimpleGUI Test Harness - or Control Panel of sorts. Use it to view themes, upgrade your PySimpleGUI to the GitHub version, etc. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.main() - diff --git a/DemoPrograms/Demo_Matplotlib_Animated.py b/DemoPrograms/Demo_Matplotlib_Animated.py deleted file mode 100644 index 4a6bd8acb..000000000 --- a/DemoPrograms/Demo_Matplotlib_Animated.py +++ /dev/null @@ -1,71 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from random import randint -from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg, FigureCanvasAgg -from matplotlib.figure import Figure - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Yet another usage of MatPlotLib with animations. - -def draw_figure(canvas, figure, loc=(0, 0)): - figure_canvas_agg = FigureCanvasTkAgg(figure, canvas) - figure_canvas_agg.draw() - figure_canvas_agg.get_tk_widget().pack(side='top', fill='both', expand=1) - return figure_canvas_agg - -def main(): - - NUM_DATAPOINTS = 10000 - # define the form layout - layout = [[sg.Text('Animated Matplotlib', size=(40, 1), - justification='center', font='Helvetica 20')], - [sg.Canvas(size=(640, 480), key='-CANVAS-')], - [sg.Text('Progress through the data')], - [sg.Slider(range=(0, NUM_DATAPOINTS), size=(60, 10), - orientation='h', key='-SLIDER-')], - [sg.Text('Number of data points to display on screen')], - [sg.Slider(range=(10, 500), default_value=40, size=(40, 10), - orientation='h', key='-SLIDER-DATAPOINTS-')], - [sg.Button('Exit', size=(10, 1), pad=((280, 0), 3), font='Helvetica 14')]] - - # create the form and show it without the plot - window = sg.Window('Demo Application - Embedding Matplotlib In PySimpleGUI', - layout, finalize=True) - - canvas_elem = window['-CANVAS-'] - slider_elem = window['-SLIDER-'] - canvas = canvas_elem.TKCanvas - - # draw the initial plot in the window - fig = Figure() - ax = fig.add_subplot(111) - ax.set_xlabel("X axis") - ax.set_ylabel("Y axis") - ax.grid() - fig_agg = draw_figure(canvas, fig) - # make a bunch of random data points - dpts = [randint(0, 10) for x in range(NUM_DATAPOINTS)] - - for i in range(len(dpts)): - - event, values = window.read(timeout=10) - if event in ('Exit', None): - exit(69) - slider_elem.update(i) # slider shows "progress" through the data points - ax.cla() # clear the subplot - ax.grid() # draw the grid - data_points = int(values['-SLIDER-DATAPOINTS-']) # draw this many data points (on next line) - ax.plot(range(data_points), dpts[i:i+data_points], color='purple') - fig_agg.draw() - - window.close() - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Matplotlib_Animated_Scatter.py b/DemoPrograms/Demo_Matplotlib_Animated_Scatter.py deleted file mode 100644 index 746791bb4..000000000 --- a/DemoPrograms/Demo_Matplotlib_Animated_Scatter.py +++ /dev/null @@ -1,55 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg -import matplotlib.pyplot as plt -from numpy.random import rand - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def draw_figure(canvas, figure): - figure_canvas_agg = FigureCanvasTkAgg(figure, canvas) - figure_canvas_agg.draw() - figure_canvas_agg.get_tk_widget().pack(side='top', fill='both', expand=1) - return figure_canvas_agg - -def main(): - # define the form layout - layout = [[sg.Text('Animated Matplotlib', size=(40, 1), justification='center', font='Helvetica 20')], - [sg.Canvas(size=(640, 480), key='-CANVAS-')], - [sg.Button('Exit', size=(10, 2), pad=((280, 0), 3), font='Helvetica 14')]] - - # create the form and show it without the plot - window = sg.Window('Demo Application - Embedding Matplotlib In PySimpleGUI', layout, finalize=True) - - canvas_elem = window['-CANVAS-'] - canvas = canvas_elem.TKCanvas - # draw the intitial scatter plot - fig, ax = plt.subplots() - ax.grid(True) - fig_agg = draw_figure(canvas, fig) - - while True: - event, values = window.read(timeout=10) - if event in ('Exit', None): - exit(69) - - ax.cla() - ax.grid(True) - for color in ['red', 'green', 'blue']: - n = 750 - x, y = rand(2, n) - scale = 200.0 * rand(n) - ax.scatter(x, y, c=color, s=scale, label=color, alpha=0.3, edgecolors='none') - ax.legend() - fig_agg.draw() - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Matplotlib_Browser_Paned.py b/DemoPrograms/Demo_Matplotlib_Browser_Paned.py deleted file mode 100644 index dc49c0ae0..000000000 --- a/DemoPrograms/Demo_Matplotlib_Browser_Paned.py +++ /dev/null @@ -1,922 +0,0 @@ -#!/usr/bin/env python -#!/usr/bin/env python -from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg -import matplotlib.pyplot as plt -import numpy as np -import inspect -import PySimpleGUI as sg -import matplotlib -matplotlib.use('TkAgg') - -""" -Demonstrates one way of embedding Matplotlib figures into a PySimpleGUI window. - -Basic steps are: - * Create a Canvas Element - * Layout form - * Display form (NON BLOCKING) - * Draw plots onto convas - * Display form (BLOCKING) - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def PyplotSimple(): - import numpy as np - import matplotlib.pyplot as plt - - # evenly sampled time at 200ms intervals - t = np.arange(0., 5., 0.2) - - # red dashes, blue squares and green triangles - plt.plot(t, t, 'r--', t, t ** 2, 'bs', t, t ** 3, 'g^') - - fig = plt.gcf() # get the figure to show - return fig - - -def PyplotHistogram(): - """ - ============================================================= - Demo of the histogram (hist) function with multiple data sets - ============================================================= - - Plot histogram with multiple sample sets and demonstrate: - - * Use of legend with multiple sample sets - * Stacked bars - * Step curve with no fill - * Data sets of different sample sizes - - Selecting different bin counts and sizes can significantly affect the - shape of a histogram. The Astropy docs have a great section on how to - select these parameters: - http://docs.astropy.org/en/stable/visualization/histogram.html - """ - - import numpy as np - import matplotlib.pyplot as plt - - np.random.seed(0) - - n_bins = 10 - x = np.random.randn(1000, 3) - - fig, axes = plt.subplots(nrows=2, ncols=2) - ax0, ax1, ax2, ax3 = axes.flatten() - - colors = ['red', 'tan', 'lime'] - ax0.hist(x, n_bins, normed=1, histtype='bar', color=colors, label=colors) - ax0.legend(prop={'size': 10}) - ax0.set_title('bars with legend') - - ax1.hist(x, n_bins, normed=1, histtype='bar', stacked=True) - ax1.set_title('stacked bar') - - ax2.hist(x, n_bins, histtype='step', stacked=True, fill=False) - ax2.set_title('stack step (unfilled)') - - # Make a multiple-histogram of data-sets with different length. - x_multi = [np.random.randn(n) for n in [10000, 5000, 2000]] - ax3.hist(x_multi, n_bins, histtype='bar') - ax3.set_title('different sample sizes') - - fig.tight_layout() - return fig - - -def PyplotArtistBoxPlots(): - """ - ========================================= - Demo of artist customization in box plots - ========================================= - - This example demonstrates how to use the various kwargs - to fully customize box plots. The first figure demonstrates - how to remove and add individual components (note that the - mean is the only value not shown by default). The second - figure demonstrates how the styles of the artists can - be customized. It also demonstrates how to set the limit - of the whiskers to specific percentiles (lower right axes) - - A good general reference on boxplots and their history can be found - here: http://vita.had.co.nz/papers/boxplots.pdf - - """ - - import numpy as np - import matplotlib.pyplot as plt - - # fake data - np.random.seed(937) - data = np.random.lognormal(size=(37, 4), mean=1.5, sigma=1.75) - labels = list('ABCD') - fs = 10 # fontsize - - # demonstrate how to toggle the display of different elements: - fig, axes = plt.subplots(nrows=2, ncols=3, figsize=(6, 6), sharey=True) - axes[0, 0].boxplot(data, labels=labels) - axes[0, 0].set_title('Default', fontsize=fs) - - axes[0, 1].boxplot(data, labels=labels, showmeans=True) - axes[0, 1].set_title('showmeans=True', fontsize=fs) - - axes[0, 2].boxplot(data, labels=labels, showmeans=True, meanline=True) - axes[0, 2].set_title('showmeans=True,\nmeanline=True', fontsize=fs) - - axes[1, 0].boxplot(data, labels=labels, showbox=False, showcaps=False) - tufte_title = 'Tufte Style \n(showbox=False,\nshowcaps=False)' - axes[1, 0].set_title(tufte_title, fontsize=fs) - - axes[1, 1].boxplot(data, labels=labels, notch=True, bootstrap=10000) - axes[1, 1].set_title('notch=True,\nbootstrap=10000', fontsize=fs) - - axes[1, 2].boxplot(data, labels=labels, showfliers=False) - axes[1, 2].set_title('showfliers=False', fontsize=fs) - - for ax in axes.flatten(): - ax.set_yscale('log') - ax.set_yticklabels([]) - - fig.subplots_adjust(hspace=0.4) - return fig - - -def ArtistBoxplot2(): - - # fake data - np.random.seed(937) - data = np.random.lognormal(size=(37, 4), mean=1.5, sigma=1.75) - labels = list('ABCD') - fs = 10 # fontsize - - # demonstrate how to customize the display different elements: - boxprops = dict(linestyle='--', linewidth=3, color='darkgoldenrod') - flierprops = dict(marker='o', markerfacecolor='green', markersize=12, - linestyle='none') - medianprops = dict(linestyle='-.', linewidth=2.5, color='firebrick') - meanpointprops = dict(marker='D', markeredgecolor='black', - markerfacecolor='firebrick') - meanlineprops = dict(linestyle='--', linewidth=2.5, color='purple') - - fig, axes = plt.subplots(nrows=2, ncols=3, figsize=(6, 6), sharey=True) - axes[0, 0].boxplot(data, boxprops=boxprops) - axes[0, 0].set_title('Custom boxprops', fontsize=fs) - - axes[0, 1].boxplot(data, flierprops=flierprops, medianprops=medianprops) - axes[0, 1].set_title('Custom medianprops\nand flierprops', fontsize=fs) - - axes[0, 2].boxplot(data, whis='range') - axes[0, 2].set_title('whis="range"', fontsize=fs) - - axes[1, 0].boxplot(data, meanprops=meanpointprops, meanline=False, - showmeans=True) - axes[1, 0].set_title('Custom mean\nas point', fontsize=fs) - - axes[1, 1].boxplot(data, meanprops=meanlineprops, meanline=True, - showmeans=True) - axes[1, 1].set_title('Custom mean\nas line', fontsize=fs) - - axes[1, 2].boxplot(data, whis=[15, 85]) - axes[1, 2].set_title('whis=[15, 85]\n#percentiles', fontsize=fs) - - for ax in axes.flatten(): - ax.set_yscale('log') - ax.set_yticklabels([]) - - fig.suptitle("I never said they'd be pretty") - fig.subplots_adjust(hspace=0.4) - return fig - - -def PyplotScatterWithLegend(): - import matplotlib.pyplot as plt - from numpy.random import rand - - fig, ax = plt.subplots() - for color in ['red', 'green', 'blue']: - n = 750 - x, y = rand(2, n) - scale = 200.0 * rand(n) - ax.scatter(x, y, c=color, s=scale, label=color, - alpha=0.3, edgecolors='none') - - ax.legend() - ax.grid(True) - return fig - - -def PyplotLineStyles(): - """ - ========== - Linestyles - ========== - - This examples showcases different linestyles copying those of Tikz/PGF. - """ - import numpy as np - import matplotlib.pyplot as plt - from collections import OrderedDict - from matplotlib.transforms import blended_transform_factory - - linestyles = OrderedDict( - [('solid', (0, ())), - ('loosely dotted', (0, (1, 10))), - ('dotted', (0, (1, 5))), - ('densely dotted', (0, (1, 1))), - - ('loosely dashed', (0, (5, 10))), - ('dashed', (0, (5, 5))), - ('densely dashed', (0, (5, 1))), - - ('loosely dashdotted', (0, (3, 10, 1, 10))), - ('dashdotted', (0, (3, 5, 1, 5))), - ('densely dashdotted', (0, (3, 1, 1, 1))), - - ('loosely dashdotdotted', (0, (3, 10, 1, 10, 1, 10))), - ('dashdotdotted', (0, (3, 5, 1, 5, 1, 5))), - ('densely dashdotdotted', (0, (3, 1, 1, 1, 1, 1)))]) - - plt.figure(figsize=(10, 6)) - ax = plt.subplot(1, 1, 1) - - X, Y = np.linspace(0, 100, 10), np.zeros(10) - for i, (name, linestyle) in enumerate(linestyles.items()): - ax.plot(X, Y + i, linestyle=linestyle, linewidth=1.5, color='black') - - ax.set_ylim(-0.5, len(linestyles) - 0.5) - plt.yticks(np.arange(len(linestyles)), linestyles.keys()) - plt.xticks([]) - - # For each line style, add a text annotation with a small offset from - # the reference point (0 in Axes coords, y tick value in Data coords). - reference_transform = blended_transform_factory(ax.transAxes, ax.transData) - for i, (name, linestyle) in enumerate(linestyles.items()): - ax.annotate(str(linestyle), xy=(0.0, i), xycoords=reference_transform, - xytext=(-6, -12), textcoords='offset points', color="blue", - fontsize=8, ha="right", family="monospace") - - plt.tight_layout() - return plt.gcf() - - -def PyplotLinePolyCollection(): - import matplotlib.pyplot as plt - from matplotlib import collections, colors, transforms - import numpy as np - - nverts = 50 - npts = 100 - - # Make some spirals - r = np.arange(nverts) - theta = np.linspace(0, 2 * np.pi, nverts) - xx = r * np.sin(theta) - yy = r * np.cos(theta) - spiral = np.column_stack([xx, yy]) - - # Fixing random state for reproducibility - rs = np.random.RandomState(19680801) - - # Make some offsets - xyo = rs.randn(npts, 2) - - # Make a list of colors cycling through the default series. - colors = [colors.to_rgba(c) - for c in plt.rcParams['axes.prop_cycle'].by_key()['color']] - - fig, axes = plt.subplots(2, 2) - fig.subplots_adjust(top=0.92, left=0.07, right=0.97, - hspace=0.3, wspace=0.3) - ((ax1, ax2), (ax3, ax4)) = axes # unpack the axes - - col = collections.LineCollection([spiral], offsets=xyo, - transOffset=ax1.transData) - trans = fig.dpi_scale_trans + transforms.Affine2D().scale(1.0 / 72.0) - col.set_transform(trans) # the points to pixels transform - # Note: the first argument to the collection initializer - # must be a list of sequences of x,y tuples; we have only - # one sequence, but we still have to put it in a list. - ax1.add_collection(col, autolim=True) - # autolim=True enables autoscaling. For collections with - # offsets like this, it is neither efficient nor accurate, - # but it is good enough to generate a plot that you can use - # as a starting point. If you know beforehand the range of - # x and y that you want to show, it is better to set them - # explicitly, leave out the autolim kwarg (or set it to False), - # and omit the 'ax1.autoscale_view()' call below. - - # Make a transform for the line segments such that their size is - # given in points: - col.set_color(colors) - - ax1.autoscale_view() # See comment above, after ax1.add_collection. - ax1.set_title('LineCollection using offsets') - - # The same data as above, but fill the curves. - col = collections.PolyCollection([spiral], offsets=xyo, - transOffset=ax2.transData) - trans = transforms.Affine2D().scale(fig.dpi / 72.0) - col.set_transform(trans) # the points to pixels transform - ax2.add_collection(col, autolim=True) - col.set_color(colors) - - ax2.autoscale_view() - ax2.set_title('PolyCollection using offsets') - - # 7-sided regular polygons - - col = collections.RegularPolyCollection( - 7, sizes=np.abs(xx) * 10.0, offsets=xyo, transOffset=ax3.transData) - trans = transforms.Affine2D().scale(fig.dpi / 72.0) - col.set_transform(trans) # the points to pixels transform - ax3.add_collection(col, autolim=True) - col.set_color(colors) - ax3.autoscale_view() - ax3.set_title('RegularPolyCollection using offsets') - - # Simulate a series of ocean current profiles, successively - # offset by 0.1 m/s so that they form what is sometimes called - # a "waterfall" plot or a "stagger" plot. - - nverts = 60 - ncurves = 20 - offs = (0.1, 0.0) - - yy = np.linspace(0, 2 * np.pi, nverts) - ym = np.max(yy) - xx = (0.2 + (ym - yy) / ym) ** 2 * np.cos(yy - 0.4) * 0.5 - segs = [] - for i in range(ncurves): - xxx = xx + 0.02 * rs.randn(nverts) - curve = np.column_stack([xxx, yy * 100]) - segs.append(curve) - - col = collections.LineCollection(segs, offsets=offs) - ax4.add_collection(col, autolim=True) - col.set_color(colors) - ax4.autoscale_view() - ax4.set_title('Successive data offsets') - ax4.set_xlabel('Zonal velocity component (m/s)') - ax4.set_ylabel('Depth (m)') - # Reverse the y-axis so depth increases downward - ax4.set_ylim(ax4.get_ylim()[::-1]) - return fig - - -def PyplotGGPlotSytleSheet(): - import numpy as np - import matplotlib.pyplot as plt - - plt.style.use('ggplot') - - # Fixing random state for reproducibility - np.random.seed(19680801) - - fig, axes = plt.subplots(ncols=2, nrows=2) - ax1, ax2, ax3, ax4 = axes.ravel() - - # scatter plot (Note: `plt.scatter` doesn't use default colors) - x, y = np.random.normal(size=(2, 200)) - ax1.plot(x, y, 'o') - - # sinusoidal lines with colors from default color cycle - L = 2 * np.pi - x = np.linspace(0, L) - ncolors = len(plt.rcParams['axes.prop_cycle']) - shift = np.linspace(0, L, ncolors, endpoint=False) - for s in shift: - ax2.plot(x, np.sin(x + s), '-') - ax2.margins(0) - - # bar graphs - x = np.arange(5) - y1, y2 = np.random.randint(1, 25, size=(2, 5)) - width = 0.25 - ax3.bar(x, y1, width) - ax3.bar(x + width, y2, width, - color=list(plt.rcParams['axes.prop_cycle'])[2]['color']) - ax3.set_xticks(x + width) - ax3.set_xticklabels(['a', 'b', 'c', 'd', 'e']) - - # circles with colors from default color cycle - for i, color in enumerate(plt.rcParams['axes.prop_cycle']): - xy = np.random.normal(size=2) - ax4.add_patch(plt.Circle(xy, radius=0.3, color=color['color'])) - ax4.axis('equal') - ax4.margins(0) - fig = plt.gcf() # get the figure to show - return fig - - -def PyplotBoxPlot(): - import numpy as np - import matplotlib.pyplot as plt - - # Fixing random state for reproducibility - np.random.seed(19680801) - - # fake up some data - spread = np.random.rand(50) * 100 - center = np.ones(25) * 50 - flier_high = np.random.rand(10) * 100 + 100 - flier_low = np.random.rand(10) * -100 - data = np.concatenate((spread, center, flier_high, flier_low), 0) - fig1, ax1 = plt.subplots() - ax1.set_title('Basic Plot') - ax1.boxplot(data) - return fig1 - - -def PyplotRadarChart(): - import numpy as np - - import matplotlib.pyplot as plt - from matplotlib.path import Path - from matplotlib.spines import Spine - from matplotlib.projections.polar import PolarAxes - from matplotlib.projections import register_projection - - def radar_factory(num_vars, frame='circle'): - """Create a radar chart with `num_vars` axes. - - This function creates a RadarAxes projection and registers it. - - Parameters - ---------- - num_vars : int - Number of variables for radar chart. - frame : {'circle' | 'polygon'} - Shape of frame surrounding axes. - - """ - # calculate evenly-spaced axis angles - theta = np.linspace(0, 2 * np.pi, num_vars, endpoint=False) - - def draw_poly_patch(self): - # rotate theta such that the first axis is at the top - verts = unit_poly_verts(theta + np.pi / 2) - return plt.Polygon(verts, closed=True, edgecolor='k') - - def draw_circle_patch(self): - # unit circle centered on (0.5, 0.5) - return plt.Circle((0.5, 0.5), 0.5) - - patch_dict = {'polygon': draw_poly_patch, 'circle': draw_circle_patch} - if frame not in patch_dict: - raise ValueError('unknown value for `frame`: %s' % frame) - - class RadarAxes(PolarAxes): - - name = 'radar' - # use 1 line segment to connect specified points - RESOLUTION = 1 - # define draw_frame method - draw_patch = patch_dict[frame] - - def __init__(self, *args, **kwargs): - super(RadarAxes, self).__init__(*args, **kwargs) - # rotate plot such that the first axis is at the top - self.set_theta_zero_location('N') - - def fill(self, *args, **kwargs): - """Override fill so that line is closed by default""" - closed = kwargs.pop('closed', True) - return super(RadarAxes, self).fill(closed=closed, *args, **kwargs) - - def plot(self, *args, **kwargs): - """Override plot so that line is closed by default""" - lines = super(RadarAxes, self).plot(*args, **kwargs) - for line in lines: - self._close_line(line) - - def _close_line(self, line): - x, y = line.get_data() - # FIXME: markers at x[0], y[0] get doubled-up - if x[0] != x[-1]: - x = np.concatenate((x, [x[0]])) - y = np.concatenate((y, [y[0]])) - line.set_data(x, y) - - def set_varlabels(self, labels): - self.set_thetagrids(np.degrees(theta), labels) - - def _gen_axes_patch(self): - return self.draw_patch() - - def _gen_axes_spines(self): - if frame == 'circle': - return PolarAxes._gen_axes_spines(self) - # The following is a hack to get the spines (i.e. the axes frame) - # to draw correctly for a polygon frame. - - # spine_type must be 'left', 'right', 'top', 'bottom', or `circle`. - spine_type = 'circle' - verts = unit_poly_verts(theta + np.pi / 2) - # close off polygon by repeating first vertex - verts.append(verts[0]) - path = Path(verts) - - spine = Spine(self, spine_type, path) - spine.set_transform(self.transAxes) - return {'polar': spine} - - register_projection(RadarAxes) - return theta - - def unit_poly_verts(theta): - """Return vertices of polygon for subplot axes. - - This polygon is circumscribed by a unit circle centered at (0.5, 0.5) - """ - x0, y0, r = [0.5] * 3 - verts = [(r * np.cos(t) + x0, r * np.sin(t) + y0) for t in theta] - return verts - - def example_data(): - # The following data is from the Denver Aerosol Sources and Health study. - # See doi:10.1016/j.atmosenv.2008.12.017 - # - # The data are pollution source profile estimates for five modeled - # pollution sources (e.g., cars, wood-burning, etc) that emit 7-9 chemical - # species. The radar charts are experimented with here to see if we can - # nicely visualize how the modeled source profiles change across four - # scenarios: - # 1) No gas-phase species present, just seven particulate counts on - # Sulfate - # Nitrate - # Elemental Carbon (EC) - # Organic Carbon fraction 1 (OC) - # Organic Carbon fraction 2 (OC2) - # Organic Carbon fraction 3 (OC3) - # Pyrolized Organic Carbon (OP) - # 2)Inclusion of gas-phase specie carbon monoxide (CO) - # 3)Inclusion of gas-phase specie ozone (O3). - # 4)Inclusion of both gas-phase species is present... - data = [ - ['Sulfate', 'Nitrate', 'EC', 'OC1', 'OC2', 'OC3', 'OP', 'CO', 'O3'], - ('Basecase', [ - [0.88, 0.01, 0.03, 0.03, 0.00, 0.06, 0.01, 0.00, 0.00], - [0.07, 0.95, 0.04, 0.05, 0.00, 0.02, 0.01, 0.00, 0.00], - [0.01, 0.02, 0.85, 0.19, 0.05, 0.10, 0.00, 0.00, 0.00], - [0.02, 0.01, 0.07, 0.01, 0.21, 0.12, 0.98, 0.00, 0.00], - [0.01, 0.01, 0.02, 0.71, 0.74, 0.70, 0.00, 0.00, 0.00]]), - ('With CO', [ - [0.88, 0.02, 0.02, 0.02, 0.00, 0.05, 0.00, 0.05, 0.00], - [0.08, 0.94, 0.04, 0.02, 0.00, 0.01, 0.12, 0.04, 0.00], - [0.01, 0.01, 0.79, 0.10, 0.00, 0.05, 0.00, 0.31, 0.00], - [0.00, 0.02, 0.03, 0.38, 0.31, 0.31, 0.00, 0.59, 0.00], - [0.02, 0.02, 0.11, 0.47, 0.69, 0.58, 0.88, 0.00, 0.00]]), - ('With O3', [ - [0.89, 0.01, 0.07, 0.00, 0.00, 0.05, 0.00, 0.00, 0.03], - [0.07, 0.95, 0.05, 0.04, 0.00, 0.02, 0.12, 0.00, 0.00], - [0.01, 0.02, 0.86, 0.27, 0.16, 0.19, 0.00, 0.00, 0.00], - [0.01, 0.03, 0.00, 0.32, 0.29, 0.27, 0.00, 0.00, 0.95], - [0.02, 0.00, 0.03, 0.37, 0.56, 0.47, 0.87, 0.00, 0.00]]), - ('CO & O3', [ - [0.87, 0.01, 0.08, 0.00, 0.00, 0.04, 0.00, 0.00, 0.01], - [0.09, 0.95, 0.02, 0.03, 0.00, 0.01, 0.13, 0.06, 0.00], - [0.01, 0.02, 0.71, 0.24, 0.13, 0.16, 0.00, 0.50, 0.00], - [0.01, 0.03, 0.00, 0.28, 0.24, 0.23, 0.00, 0.44, 0.88], - [0.02, 0.00, 0.18, 0.45, 0.64, 0.55, 0.86, 0.00, 0.16]]) - ] - return data - - N = 9 - theta = radar_factory(N, frame='polygon') - - data = example_data() - spoke_labels = data.pop(0) - - fig, axes = plt.subplots(figsize=(9, 9), nrows=2, ncols=2, - subplot_kw=dict(projection='radar')) - fig.subplots_adjust(wspace=0.25, hspace=0.20, top=0.85, bottom=0.05) - - colors = ['b', 'r', 'g', 'm', 'y'] - # Plot the four cases from the example data on separate axes - for ax, (title, case_data) in zip(axes.flatten(), data): - ax.set_rgrids([0.2, 0.4, 0.6, 0.8]) - ax.set_title(title, weight='bold', size='medium', position=(0.5, 1.1), - horizontalalignment='center', verticalalignment='center') - for d, color in zip(case_data, colors): - ax.plot(theta, d, color=color) - ax.fill(theta, d, facecolor=color, alpha=0.25) - ax.set_varlabels(spoke_labels) - - # add legend relative to top-left plot - ax = axes[0, 0] - labels = ('Factor 1', 'Factor 2', 'Factor 3', 'Factor 4', 'Factor 5') - legend = ax.legend(labels, loc=(0.9, .95), - labelspacing=0.1, fontsize='small') - - fig.text(0.5, 0.965, '5-Factor Solution Profiles Across Four Scenarios', - horizontalalignment='center', color='black', weight='bold', - size='large') - return fig - - -def DifferentScales(): - import numpy as np - import matplotlib.pyplot as plt - - # Create some mock data - t = np.arange(0.01, 10.0, 0.01) - data1 = np.exp(t) - data2 = np.sin(2 * np.pi * t) - - fig, ax1 = plt.subplots() - - color = 'tab:red' - ax1.set_xlabel('time (s)') - ax1.set_ylabel('exp', color=color) - ax1.plot(t, data1, color=color) - ax1.tick_params(axis='y', labelcolor=color) - - ax2 = ax1.twinx() # instantiate a second axes that shares the same x-axis - - color = 'tab:blue' - # we already handled the x-label with ax1 - ax2.set_ylabel('sin', color=color) - ax2.plot(t, data2, color=color) - ax2.tick_params(axis='y', labelcolor=color) - - fig.tight_layout() # otherwise the right y-label is slightly clipped - return fig - - -def ExploringNormalizations(): - import matplotlib.pyplot as plt - import matplotlib.colors as mcolors - import numpy as np - from numpy.random import multivariate_normal - - data = np.vstack([ - multivariate_normal([10, 10], [[3, 2], [2, 3]], size=100000), - multivariate_normal([30, 20], [[2, 3], [1, 3]], size=1000) - ]) - - gammas = [0.8, 0.5, 0.3] - - fig, axes = plt.subplots(nrows=2, ncols=2) - - axes[0, 0].set_title('Linear normalization') - axes[0, 0].hist2d(data[:, 0], data[:, 1], bins=100) - - for ax, gamma in zip(axes.flat[1:], gammas): - ax.set_title(r'Power law $(\gamma=%1.1f)$' % gamma) - ax.hist2d(data[:, 0], data[:, 1], - bins=100, norm=mcolors.PowerNorm(gamma)) - - fig.tight_layout() - return fig - - -def PyplotFormatstr(): - - def f(t): - return np.exp(-t) * np.cos(2*np.pi*t) - - t1 = np.arange(0.0, 5.0, 0.1) - t2 = np.arange(0.0, 5.0, 0.02) - - plt.figure(1) - plt.subplot(211) - plt.plot(t1, f(t1), 'bo', t2, f(t2), 'k') - - plt.subplot(212) - plt.plot(t2, np.cos(2*np.pi*t2), 'r--') - fig = plt.gcf() # get the figure to show - return fig - - -def UnicodeMinus(): - import numpy as np - import matplotlib - import matplotlib.pyplot as plt - - # Fixing random state for reproducibility - np.random.seed(19680801) - - matplotlib.rcParams['axes.unicode_minus'] = False - fig, ax = plt.subplots() - ax.plot(10 * np.random.randn(100), 10 * np.random.randn(100), 'o') - ax.set_title('Using hyphen instead of Unicode minus') - return fig - - -def Subplot3d(): - from mpl_toolkits.mplot3d.axes3d import Axes3D - from matplotlib import cm - # from matplotlib.ticker import LinearLocator, FixedLocator, FormatStrFormatter - import matplotlib.pyplot as plt - import numpy as np - - fig = plt.figure() - - ax = fig.add_subplot(1, 2, 1, projection='3d') - X = np.arange(-5, 5, 0.25) - Y = np.arange(-5, 5, 0.25) - X, Y = np.meshgrid(X, Y) - R = np.sqrt(X ** 2 + Y ** 2) - Z = np.sin(R) - surf = ax.plot_surface(X, Y, Z, rstride=1, cstride=1, cmap=cm.jet, - linewidth=0, antialiased=False) - ax.set_zlim3d(-1.01, 1.01) - - # ax.w_zaxis.set_major_locator(LinearLocator(10)) - # ax.w_zaxis.set_major_formatter(FormatStrFormatter('%.03f')) - - fig.colorbar(surf, shrink=0.5, aspect=5) - - from mpl_toolkits.mplot3d.axes3d import get_test_data - ax = fig.add_subplot(1, 2, 2, projection='3d') - X, Y, Z = get_test_data(0.05) - ax.plot_wireframe(X, Y, Z, rstride=10, cstride=10) - return fig - - -def PyplotScales(): - import numpy as np - import matplotlib.pyplot as plt - - from matplotlib.ticker import NullFormatter # useful for `logit` scale - - # Fixing random state for reproducibility - np.random.seed(19680801) - - # make up some data in the interval ]0, 1[ - y = np.random.normal(loc=0.5, scale=0.4, size=1000) - y = y[(y > 0) & (y < 1)] - y.sort() - x = np.arange(len(y)) - - # plot with various axes scales - plt.figure(1) - - # linear - plt.subplot(221) - plt.plot(x, y) - plt.yscale('linear') - plt.title('linear') - plt.grid(True) - - # log - plt.subplot(222) - plt.plot(x, y) - plt.yscale('log') - plt.title('log') - plt.grid(True) - - # symmetric log - plt.subplot(223) - plt.plot(x, y - y.mean()) - plt.yscale('symlog', linthreshy=0.01) - plt.title('symlog') - plt.grid(True) - - # logit - plt.subplot(224) - plt.plot(x, y) - plt.yscale('logit') - plt.title('logit') - plt.grid(True) - # Format the minor tick labels of the y-axis into empty strings with - # `NullFormatter`, to avoid cumbering the axis with too many labels. - plt.gca().yaxis.set_minor_formatter(NullFormatter()) - # Adjust the subplot layout, because the logit one may take more space - # than usual, due to y-tick labels like "1 - 10^{-3}" - plt.subplots_adjust(top=0.92, bottom=0.08, left=0.10, right=0.95, hspace=0.25, - wspace=0.35) - return plt.gcf() - - -def AxesGrid(): - import numpy as np - import matplotlib.pyplot as plt - from mpl_toolkits.axes_grid1.axes_rgb import RGBAxes - - def get_demo_image(): - # prepare image - delta = 0.5 - - extent = (-3, 4, -4, 3) - x = np.arange(-3.0, 4.001, delta) - y = np.arange(-4.0, 3.001, delta) - X, Y = np.meshgrid(x, y) - Z1 = np.exp(-X ** 2 - Y ** 2) - Z2 = np.exp(-(X - 1) ** 2 - (Y - 1) ** 2) - Z = (Z1 - Z2) * 2 - - return Z, extent - - def get_rgb(): - Z, extent = get_demo_image() - - Z[Z < 0] = 0. - Z = Z / Z.max() - - R = Z[:13, :13] - G = Z[2:, 2:] - B = Z[:13, 2:] - - return R, G, B - - fig = plt.figure(1) - ax = RGBAxes(fig, [0.1, 0.1, 0.8, 0.8]) - - r, g, b = get_rgb() - kwargs = dict(origin="lower", interpolation="nearest") - ax.imshow_rgb(r, g, b, **kwargs) - - ax.RGB.set_xlim(0., 9.5) - ax.RGB.set_ylim(0.9, 10.6) - - plt.draw() - return plt.gcf() - -# The magic function that makes it possible.... glues together tkinter and pyplot using Canvas Widget - - -def draw_figure(canvas, figure): - if not hasattr(draw_figure, 'canvas_packed'): - draw_figure.canvas_packed = {} - figure_canvas_agg = FigureCanvasTkAgg(figure, canvas) - figure_canvas_agg.draw() - widget = figure_canvas_agg.get_tk_widget() - if widget not in draw_figure.canvas_packed: - draw_figure.canvas_packed[widget] = figure - widget.pack(side='top', fill='both', expand=1) - return figure_canvas_agg - - -def delete_figure_agg(figure_agg): - figure_agg.get_tk_widget().forget() - try: - draw_figure.canvas_packed.pop(figure_agg.get_tk_widget()) - except Exception as e: - print(f'Error removing {figure_agg} from list', e) - plt.close('all') - - -# -------------------------------- GUI Starts Here -------------------------------# -# fig = your figure you want to display. Assumption is that 'fig' holds the # -# information to display. # -# --------------------------------------------------------------------------------# - -# print(inspect.getsource(PyplotSimple)) - - -fig_dict = {'Pyplot Simple': PyplotSimple, 'Pyplot Formatstr': PyplotFormatstr, 'PyPlot Three': Subplot3d, - 'Unicode Minus': UnicodeMinus, 'Pyplot Scales': PyplotScales, 'Axes Grid': AxesGrid, - 'Exploring Normalizations': ExploringNormalizations, 'Different Scales': DifferentScales, - 'Pyplot Box Plot': PyplotBoxPlot, 'Pyplot ggplot Style Sheet': PyplotGGPlotSytleSheet, - 'Pyplot Line Poly Collection': PyplotLinePolyCollection, 'Pyplot Line Styles': PyplotLineStyles, - 'Pyplot Scatter With Legend': PyplotScatterWithLegend, 'Artist Customized Box Plots': PyplotArtistBoxPlots, - 'Artist Customized Box Plots 2': ArtistBoxplot2, 'Pyplot Histogram': PyplotHistogram} - - -sg.theme('LightGreen') -figure_w, figure_h = 650, 650 -# define the form layout -listbox_values = list(fig_dict) -col_listbox = [[sg.Listbox(values=listbox_values, change_submits=True, size=(28, len(listbox_values)), key='-LISTBOX-')], - [sg.Text(' ' * 12), sg.Exit(size=(5, 2))]] - -col_multiline = sg.Col([[sg.MLine(size=(70, 35), key='-MULTILINE-')]]) -col_canvas = sg.Col([[sg.Canvas(size=(figure_w, figure_h), key='-CANVAS-')]]) -col_instructions = sg.Col([[sg.Pane([col_canvas, col_multiline], size=(800, 600))], - [sg.Text('Grab square above and slide upwards to view source code for graph')]]) - -layout = [[sg.Text('Matplotlib Plot Test', font=('ANY 18'))], - [sg.Col(col_listbox), col_instructions], ] - -# create the form and show it without the plot -window = sg.Window('Demo Application - Embedding Matplotlib In PySimpleGUI', layout, resizable=True, finalize=True) - -canvas_elem = window['-CANVAS-'] -multiline_elem = window['-MULTILINE-'] -figure_agg = None -while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - - if figure_agg: - # ** IMPORTANT ** Clean up previous drawing before drawing again - delete_figure_agg(figure_agg) - # get first listbox item chosen (returned as a list) - choice = values['-LISTBOX-'][0] - # get function to call from the dictionary - func = fig_dict[choice] - # show source code to function in multiline - window['-MULTILINE-'].update(inspect.getsource(func)) - try: - fig = func() # call function to get the figure - figure_agg = draw_figure(window['-CANVAS-'].TKCanvas, fig) # draw the figure - except Exception as e: - print('Error in plotting', e) diff --git a/DemoPrograms/Demo_Matplotlib_Embedded_TEMPLATE.py b/DemoPrograms/Demo_Matplotlib_Embedded_TEMPLATE.py deleted file mode 100644 index d7f097c75..000000000 --- a/DemoPrograms/Demo_Matplotlib_Embedded_TEMPLATE.py +++ /dev/null @@ -1,223 +0,0 @@ -import PySimpleGUI as sg -# import PySimpleGUIQt as sg -# import PySimpleGUIWeb as sg - -import numpy as np -from matplotlib.backends.backend_tkagg import FigureCanvasAgg -import matplotlib.figure -import matplotlib.pyplot as plt -import io - -from matplotlib import cm -from mpl_toolkits.mplot3d.axes3d import get_test_data -from matplotlib.ticker import NullFormatter # useful for `logit` scale - - -""" - Demo - Matplotlib Embedded figure in a window TEMPLATE - - The reason this program is labelled as a "Template" is that it functions on 3 - PySimpleGUI ports by only changing the import statement. tk, Qt, Web(Remi) all - run this same code and produce identical results. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def create_axis_grid(): - from mpl_toolkits.axes_grid1.axes_rgb import RGBAxes - - plt.close('all') - - def get_demo_image(): - # prepare image - delta = 0.5 - - extent = (-3, 4, -4, 3) - x = np.arange(-3.0, 4.001, delta) - y = np.arange(-4.0, 3.001, delta) - X, Y = np.meshgrid(x, y) - Z1 = np.exp(-X ** 2 - Y ** 2) - Z2 = np.exp(-(X - 1) ** 2 - (Y - 1) ** 2) - Z = (Z1 - Z2) * 2 - - return Z, extent - - def get_rgb(): - Z, extent = get_demo_image() - - Z[Z < 0] = 0. - Z = Z / Z.max() - - R = Z[:13, :13] - G = Z[2:, 2:] - B = Z[:13, 2:] - - return R, G, B - - fig = plt.figure(1) - ax = RGBAxes(fig, [0.1, 0.1, 0.8, 0.8]) - - r, g, b = get_rgb() - kwargs = dict(origin="lower", interpolation="nearest") - ax.imshow_rgb(r, g, b, **kwargs) - - ax.RGB.set_xlim(0., 9.5) - ax.RGB.set_ylim(0.9, 10.6) - - plt.draw() - return plt.gcf() - - - -def create_figure(): - # ------------------------------- START OF YOUR MATPLOTLIB CODE ------------------------------- - fig = matplotlib.figure.Figure(figsize=(5, 4), dpi=100) - t = np.arange(0, 3, .01) - fig.add_subplot(111).plot(t, 2 * np.sin(2 * np.pi * t)) - - return fig - - -def create_subplot_3d(): - - - fig = plt.figure() - - ax = fig.add_subplot(1, 2, 1, projection='3d') - X = np.arange(-5, 5, 0.25) - Y = np.arange(-5, 5, 0.25) - X, Y = np.meshgrid(X, Y) - R = np.sqrt(X ** 2 + Y ** 2) - Z = np.sin(R) - surf = ax.plot_surface(X, Y, Z, rstride=1, cstride=1, cmap=cm.jet, - linewidth=0, antialiased=False) - ax.set_zlim3d(-1.01, 1.01) - - fig.colorbar(surf, shrink=0.5, aspect=5) - - ax = fig.add_subplot(1, 2, 2, projection='3d') - X, Y, Z = get_test_data(0.05) - ax.plot_wireframe(X, Y, Z, rstride=10, cstride=10) - return fig - - - - -def create_pyplot_scales(): - - plt.close('all') - # Fixing random state for reproducibility - np.random.seed(19680801) - - # make up some data in the interval ]0, 1[ - y = np.random.normal(loc=0.5, scale=0.4, size=1000) - y = y[(y > 0) & (y < 1)] - y.sort() - x = np.arange(len(y)) - - # plot with various axes scales - plt.figure(1) - - # linear - plt.subplot(221) - plt.plot(x, y) - plt.yscale('linear') - plt.title('linear') - plt.grid(True) - - # log - plt.subplot(222) - plt.plot(x, y) - plt.yscale('log') - plt.title('log') - plt.grid(True) - - # symmetric log - plt.subplot(223) - plt.plot(x, y - y.mean()) - plt.yscale('symlog', linthreshy=0.01) - plt.title('symlog') - plt.grid(True) - - # logit - plt.subplot(224) - plt.plot(x, y) - plt.yscale('logit') - plt.title('logit') - plt.grid(True) - # Format the minor tick labels of the y-axis into empty strings with - # `NullFormatter`, to avoid cumbering the axis with too many labels. - plt.gca().yaxis.set_minor_formatter(NullFormatter()) - # Adjust the subplot layout, because the logit one may take more space - # than usual, due to y-tick labels like "1 - 10^{-3}" - plt.subplots_adjust(top=0.92, bottom=0.08, left=0.10, right=0.95, hspace=0.25, - wspace=0.35) - return plt.gcf() - -# ----------------------------- The draw figure helpful function ----------------------------- - -def draw_figure(element, figure): - """ - Draws the previously created "figure" in the supplied Image Element - - :param element: an Image Element - :param figure: a Matplotlib figure - :return: The figure canvas - """ - - - plt.close('all') # erases previously drawn plots - canv = FigureCanvasAgg(figure) - buf = io.BytesIO() - canv.print_figure(buf, format='png') - if buf is None: - return None - buf.seek(0) - element.update(data=buf.read()) - return canv - - -# ----------------------------- The GUI Section ----------------------------- - -def main(): - dictionary_of_figures = {'Axis Grid': create_axis_grid, - 'Subplot 3D': create_subplot_3d, - 'Scales': create_pyplot_scales, - 'Basic Figure': create_figure} - - - left_col = [[sg.T('Figures to Draw')], - [sg.Listbox(list(dictionary_of_figures), default_values=[list(dictionary_of_figures)[0]], size=(15, 5), key='-LB-')], - [sg.T('Matplotlib Styles')], - [sg.Combo(plt.style.available, key='-STYLE-')]] - - layout = [ [sg.T('Matplotlib Example', font='Any 20')], - [sg.Column(left_col), sg.Image(key='-IMAGE-')], - [sg.B('Draw'), sg.B('Exit')] ] - - window = sg.Window('Matplotlib Template', layout) - - image_element = window['-IMAGE-'] # type: sg.Image - - while True: - event, values = window.read() - print(event, values) - if event == 'Exit' or event == sg.WIN_CLOSED: - break - if event == 'Draw' and values['-LB-']: - # Get the function to call to make figure. Done this way to get around bug in Web port (default value not working correctly for listbox) - func = dictionary_of_figures.get(values['-LB-'][0], list(dictionary_of_figures.values())[0]) - if values['-STYLE-']: - plt.style.use(values['-STYLE-']) - draw_figure(image_element, func()) - - window.close() - - -if __name__ == "__main__": - main() diff --git a/DemoPrograms/Demo_Matplotlib_Embedded_Toolbar.py b/DemoPrograms/Demo_Matplotlib_Embedded_Toolbar.py deleted file mode 100644 index cf16d24ae..000000000 --- a/DemoPrograms/Demo_Matplotlib_Embedded_Toolbar.py +++ /dev/null @@ -1,86 +0,0 @@ -import PySimpleGUI as sg -import numpy as np - -""" - Embedding the Matplotlib toolbar into your application - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# ------------------------------- This is to include a matplotlib figure in a Tkinter canvas -import matplotlib.pyplot as plt -from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg, NavigationToolbar2Tk - - -def draw_figure_w_toolbar(canvas, fig, canvas_toolbar): - if canvas.children: - for child in canvas.winfo_children(): - child.destroy() - if canvas_toolbar.children: - for child in canvas_toolbar.winfo_children(): - child.destroy() - figure_canvas_agg = FigureCanvasTkAgg(fig, master=canvas) - figure_canvas_agg.draw() - toolbar = Toolbar(figure_canvas_agg, canvas_toolbar) - toolbar.update() - figure_canvas_agg.get_tk_widget().pack(side='right', fill='both', expand=1) - - -class Toolbar(NavigationToolbar2Tk): - def __init__(self, *args, **kwargs): - super(Toolbar, self).__init__(*args, **kwargs) - - -# ------------------------------- PySimpleGUI CODE - -layout = [ - [sg.T('Graph: y=sin(x)')], - [sg.B('Plot'), sg.B('Exit')], - [sg.T('Controls:')], - [sg.Canvas(key='controls_cv')], - [sg.T('Figure:')], - [sg.Column( - layout=[ - [sg.Canvas(key='fig_cv', - # it's important that you set this size - size=(400 * 2, 400) - )] - ], - background_color='#DAE0E6', - pad=(0, 0) - )], - [sg.B('Alive?')] - -] - -window = sg.Window('Graph with controls', layout) - -while True: - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): # always, always give a way out! - break - elif event is 'Plot': - # ------------------------------- PASTE YOUR MATPLOTLIB CODE HERE - plt.figure(1) - fig = plt.gcf() - DPI = fig.get_dpi() - # ------------------------------- you have to play with this size to reduce the movement error when the mouse hovers over the figure, it's close to canvas size - fig.set_size_inches(404 * 2 / float(DPI), 404 / float(DPI)) - # ------------------------------- - x = np.linspace(0, 2 * np.pi) - y = np.sin(x) - plt.plot(x, y) - plt.title('y=sin(x)') - plt.xlabel('X') - plt.ylabel('Y') - plt.grid() - - # ------------------------------- Instead of plt.show() - draw_figure_w_toolbar(window['fig_cv'].TKCanvas, fig, window['controls_cv'].TKCanvas) - -window.close() diff --git a/DemoPrograms/Demo_Matplotlib_Grid_of_Graphs_Using_PIL.py b/DemoPrograms/Demo_Matplotlib_Grid_of_Graphs_Using_PIL.py deleted file mode 100644 index b91f80011..000000000 --- a/DemoPrograms/Demo_Matplotlib_Grid_of_Graphs_Using_PIL.py +++ /dev/null @@ -1,950 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -# import PySimpleGUIQt as sg -# import PySimpleGUIWeb as sg - -import numpy as np -from matplotlib.backends.backend_tkagg import FigureCanvasAgg -import matplotlib.figure -import matplotlib.pyplot as plt -import io - -from matplotlib import cm -from mpl_toolkits.mplot3d.axes3d import get_test_data -from matplotlib.ticker import NullFormatter # useful for `logit` scale - -import PIL -import base64 - -""" -Demonstrates one way of embedding Matplotlib figures into a PySimpleGUI window. - -Basic steps are: - * Create a Canvas Element - * Layout form - * Display form (NON BLOCKING) - * Draw plots onto convas - * Display form (BLOCKING) - -Each plotting function, complete with imports, was copied directly from Matplot examples page - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import numpy as np -import matplotlib.pyplot as plt - - -def PyplotSimple(): - import numpy as np - import matplotlib.pyplot as plt - - # evenly sampled time .2 intervals - t = np.arange(0., 5., 0.2) # go from 0 to 5 using .2 intervals - - # red dashes, blue squares and green triangles - plt.plot(t, t, 'r--', t, t ** 2, 'bs', t, t ** 3, 'g^') - - fig = plt.gcf() # get the figure to show - return fig - - -def PyplotHistogram(): - """ - ============================================================= - Demo of the histogram (hist) function with multiple data sets - ============================================================= - - Plot histogram with multiple sample sets and demonstrate: - - * Use of legend with multiple sample sets - * Stacked bars - * Step curve with no fill - * Data sets of different sample sizes - - Selecting different bin counts and sizes can significantly affect the - shape of a histogram. The Astropy docs have a great section on how to - select these parameters: - http://docs.astropy.org/en/stable/visualization/histogram.html - """ - - import numpy as np - import matplotlib.pyplot as plt - - np.random.seed(0) - - n_bins = 10 - x = np.random.randn(1000, 3) - - fig, axes = plt.subplots(nrows=2, ncols=2) - ax0, ax1, ax2, ax3 = axes.flatten() - - colors = ['red', 'tan', 'lime'] - ax0.hist(x, n_bins, normed=1, histtype='bar', color=colors, label=colors) - ax0.legend(prop={'size': 10}) - ax0.set_title('bars with legend') - - ax1.hist(x, n_bins, normed=1, histtype='bar', stacked=True) - ax1.set_title('stacked bar') - - ax2.hist(x, n_bins, histtype='step', stacked=True, fill=False) - ax2.set_title('stack step (unfilled)') - - # Make a multiple-histogram of data-sets with different length. - x_multi = [np.random.randn(n) for n in [10000, 5000, 2000]] - ax3.hist(x_multi, n_bins, histtype='bar') - ax3.set_title('different sample sizes') - - fig.tight_layout() - return fig - - -def PyplotArtistBoxPlots(): - """ - ========================================= - Demo of artist customization in box plots - ========================================= - - This example demonstrates how to use the various kwargs - to fully customize box plots. The first figure demonstrates - how to remove and add individual components (note that the - mean is the only value not shown by default). The second - figure demonstrates how the styles of the artists can - be customized. It also demonstrates how to set the limit - of the whiskers to specific percentiles (lower right axes) - - A good general reference on boxplots and their history can be found - here: http://vita.had.co.nz/papers/boxplots.pdf - - """ - - import numpy as np - import matplotlib.pyplot as plt - - # fake data - np.random.seed(937) - data = np.random.lognormal(size=(37, 4), mean=1.5, sigma=1.75) - labels = list('ABCD') - fs = 10 # fontsize - - # demonstrate how to toggle the display of different elements: - fig, axes = plt.subplots(nrows=2, ncols=3, figsize=(6, 6), sharey=True) - axes[0, 0].boxplot(data, labels=labels) - axes[0, 0].set_title('Default', fontsize=fs) - - axes[0, 1].boxplot(data, labels=labels, showmeans=True) - axes[0, 1].set_title('showmeans=True', fontsize=fs) - - axes[0, 2].boxplot(data, labels=labels, showmeans=True, meanline=True) - axes[0, 2].set_title('showmeans=True,\nmeanline=True', fontsize=fs) - - axes[1, 0].boxplot(data, labels=labels, showbox=False, showcaps=False) - tufte_title = 'Tufte Style \n(showbox=False,\nshowcaps=False)' - axes[1, 0].set_title(tufte_title, fontsize=fs) - - axes[1, 1].boxplot(data, labels=labels, notch=True, bootstrap=10000) - axes[1, 1].set_title('notch=True,\nbootstrap=10000', fontsize=fs) - - axes[1, 2].boxplot(data, labels=labels, showfliers=False) - axes[1, 2].set_title('showfliers=False', fontsize=fs) - - for ax in axes.flatten(): - ax.set_yscale('log') - ax.set_yticklabels([]) - - fig.subplots_adjust(hspace=0.4) - return fig - - -def ArtistBoxplot2(): - # fake data - np.random.seed(937) - data = np.random.lognormal(size=(37, 4), mean=1.5, sigma=1.75) - labels = list('ABCD') - fs = 10 # fontsize - - # demonstrate how to customize the display different elements: - boxprops = dict(linestyle='--', linewidth=3, color='darkgoldenrod') - flierprops = dict(marker='o', markerfacecolor='green', markersize=12, - linestyle='none') - medianprops = dict(linestyle='-.', linewidth=2.5, color='firebrick') - meanpointprops = dict(marker='D', markeredgecolor='black', - markerfacecolor='firebrick') - meanlineprops = dict(linestyle='--', linewidth=2.5, color='purple') - - fig, axes = plt.subplots(nrows=2, ncols=3, figsize=(6, 6), sharey=True) - axes[0, 0].boxplot(data, boxprops=boxprops) - axes[0, 0].set_title('Custom boxprops', fontsize=fs) - - axes[0, 1].boxplot(data, flierprops=flierprops, medianprops=medianprops) - axes[0, 1].set_title('Custom medianprops\nand flierprops', fontsize=fs) - - axes[0, 2].boxplot(data, whis='range') - axes[0, 2].set_title('whis="range"', fontsize=fs) - - axes[1, 0].boxplot(data, meanprops=meanpointprops, meanline=False, - showmeans=True) - axes[1, 0].set_title('Custom mean\nas point', fontsize=fs) - - axes[1, 1].boxplot(data, meanprops=meanlineprops, meanline=True, - showmeans=True) - axes[1, 1].set_title('Custom mean\nas line', fontsize=fs) - - axes[1, 2].boxplot(data, whis=[15, 85]) - axes[1, 2].set_title('whis=[15, 85]\n#percentiles', fontsize=fs) - - for ax in axes.flatten(): - ax.set_yscale('log') - ax.set_yticklabels([]) - - fig.suptitle("I never said they'd be pretty") - fig.subplots_adjust(hspace=0.4) - return fig - - -def PyplotScatterWithLegend(): - import matplotlib.pyplot as plt - from numpy.random import rand - - fig, ax = plt.subplots() - for color in ['red', 'green', 'blue']: - n = 750 - x, y = rand(2, n) - scale = 200.0 * rand(n) - ax.scatter(x, y, c=color, s=scale, label=color, - alpha=0.3, edgecolors='none') - - ax.legend() - ax.grid(True) - return fig - - -def PyplotLineStyles(): - """ - ========== - Linestyles - ========== - - This examples showcases different linestyles copying those of Tikz/PGF. - """ - import numpy as np - import matplotlib.pyplot as plt - from collections import OrderedDict - from matplotlib.transforms import blended_transform_factory - - linestyles = OrderedDict( - [('solid', (0, ())), - ('loosely dotted', (0, (1, 10))), - ('dotted', (0, (1, 5))), - ('densely dotted', (0, (1, 1))), - - ('loosely dashed', (0, (5, 10))), - ('dashed', (0, (5, 5))), - ('densely dashed', (0, (5, 1))), - - ('loosely dashdotted', (0, (3, 10, 1, 10))), - ('dashdotted', (0, (3, 5, 1, 5))), - ('densely dashdotted', (0, (3, 1, 1, 1))), - - ('loosely dashdotdotted', (0, (3, 10, 1, 10, 1, 10))), - ('dashdotdotted', (0, (3, 5, 1, 5, 1, 5))), - ('densely dashdotdotted', (0, (3, 1, 1, 1, 1, 1)))]) - - plt.figure(figsize=(10, 6)) - ax = plt.subplot(1, 1, 1) - - X, Y = np.linspace(0, 100, 10), np.zeros(10) - for i, (name, linestyle) in enumerate(linestyles.items()): - ax.plot(X, Y + i, linestyle=linestyle, linewidth=1.5, color='black') - - ax.set_ylim(-0.5, len(linestyles) - 0.5) - plt.yticks(np.arange(len(linestyles)), linestyles.keys()) - plt.xticks([]) - - # For each line style, add a text annotation with a small offset from - # the reference point (0 in Axes coords, y tick value in Data coords). - reference_transform = blended_transform_factory(ax.transAxes, ax.transData) - for i, (name, linestyle) in enumerate(linestyles.items()): - ax.annotate(str(linestyle), xy=(0.0, i), xycoords=reference_transform, - xytext=(-6, -12), textcoords='offset points', color="blue", - fontsize=8, ha="right", family="monospace") - - plt.tight_layout() - return plt.gcf() - - -def PyplotLinePolyCollection(): - import matplotlib.pyplot as plt - from matplotlib import collections, colors, transforms - import numpy as np - - nverts = 50 - npts = 100 - - # Make some spirals - r = np.arange(nverts) - theta = np.linspace(0, 2 * np.pi, nverts) - xx = r * np.sin(theta) - yy = r * np.cos(theta) - spiral = np.column_stack([xx, yy]) - - # Fixing random state for reproducibility - rs = np.random.RandomState(19680801) - - # Make some offsets - xyo = rs.randn(npts, 2) - - # Make a list of colors cycling through the default series. - colors = [colors.to_rgba(c) - for c in plt.rcParams['axes.prop_cycle'].by_key()['color']] - - fig, axes = plt.subplots(2, 2) - fig.subplots_adjust(top=0.92, left=0.07, right=0.97, - hspace=0.3, wspace=0.3) - ((ax1, ax2), (ax3, ax4)) = axes # unpack the axes - - col = collections.LineCollection([spiral], offsets=xyo, - transOffset=ax1.transData) - trans = fig.dpi_scale_trans + transforms.Affine2D().scale(1.0 / 72.0) - col.set_transform(trans) # the points to pixels transform - # Note: the first argument to the collection initializer - # must be a list of sequences of x,y tuples; we have only - # one sequence, but we still have to put it in a list. - ax1.add_collection(col, autolim=True) - # autolim=True enables autoscaling. For collections with - # offsets like this, it is neither efficient nor accurate, - # but it is good enough to generate a plot that you can use - # as a starting point. If you know beforehand the range of - # x and y that you want to show, it is better to set them - # explicitly, leave out the autolim kwarg (or set it to False), - # and omit the 'ax1.autoscale_view()' call below. - - # Make a transform for the line segments such that their size is - # given in points: - col.set_color(colors) - - ax1.autoscale_view() # See comment above, after ax1.add_collection. - ax1.set_title('LineCollection using offsets') - - # The same data as above, but fill the curves. - col = collections.PolyCollection([spiral], offsets=xyo, - transOffset=ax2.transData) - trans = transforms.Affine2D().scale(fig.dpi / 72.0) - col.set_transform(trans) # the points to pixels transform - ax2.add_collection(col, autolim=True) - col.set_color(colors) - - ax2.autoscale_view() - ax2.set_title('PolyCollection using offsets') - - # 7-sided regular polygons - - col = collections.RegularPolyCollection( - 7, sizes=np.abs(xx) * 10.0, offsets=xyo, transOffset=ax3.transData) - trans = transforms.Affine2D().scale(fig.dpi / 72.0) - col.set_transform(trans) # the points to pixels transform - ax3.add_collection(col, autolim=True) - col.set_color(colors) - ax3.autoscale_view() - ax3.set_title('RegularPolyCollection using offsets') - - # Simulate a series of ocean current profiles, successively - # offset by 0.1 m/s so that they form what is sometimes called - # a "waterfall" plot or a "stagger" plot. - - nverts = 60 - ncurves = 20 - offs = (0.1, 0.0) - - yy = np.linspace(0, 2 * np.pi, nverts) - ym = np.max(yy) - xx = (0.2 + (ym - yy) / ym) ** 2 * np.cos(yy - 0.4) * 0.5 - segs = [] - for i in range(ncurves): - xxx = xx + 0.02 * rs.randn(nverts) - curve = np.column_stack([xxx, yy * 100]) - segs.append(curve) - - col = collections.LineCollection(segs, offsets=offs) - ax4.add_collection(col, autolim=True) - col.set_color(colors) - ax4.autoscale_view() - ax4.set_title('Successive data offsets') - ax4.set_xlabel('Zonal velocity component (m/s)') - ax4.set_ylabel('Depth (m)') - # Reverse the y-axis so depth increases downward - ax4.set_ylim(ax4.get_ylim()[::-1]) - return fig - - -def PyplotGGPlotSytleSheet(): - import numpy as np - import matplotlib.pyplot as plt - - plt.style.use('ggplot') - - # Fixing random state for reproducibility - np.random.seed(19680801) - - fig, axes = plt.subplots(ncols=2, nrows=2) - ax1, ax2, ax3, ax4 = axes.ravel() - - # scatter plot (Note: `plt.scatter` doesn't use default colors) - x, y = np.random.normal(size=(2, 200)) - ax1.plot(x, y, 'o') - - # sinusoidal lines with colors from default color cycle - L = 2 * np.pi - x = np.linspace(0, L) - ncolors = len(plt.rcParams['axes.prop_cycle']) - shift = np.linspace(0, L, ncolors, endpoint=False) - for s in shift: - ax2.plot(x, np.sin(x + s), '-') - ax2.margins(0) - - # bar graphs - x = np.arange(5) - y1, y2 = np.random.randint(1, 25, size=(2, 5)) - width = 0.25 - ax3.bar(x, y1, width) - ax3.bar(x + width, y2, width, - color=list(plt.rcParams['axes.prop_cycle'])[2]['color']) - ax3.set_xticks(x + width) - ax3.set_xticklabels(['a', 'b', 'c', 'd', 'e']) - - # circles with colors from default color cycle - for i, color in enumerate(plt.rcParams['axes.prop_cycle']): - xy = np.random.normal(size=2) - ax4.add_patch(plt.Circle(xy, radius=0.3, color=color['color'])) - ax4.axis('equal') - ax4.margins(0) - fig = plt.gcf() # get the figure to show - return fig - - -def PyplotBoxPlot(): - import numpy as np - import matplotlib.pyplot as plt - - # Fixing random state for reproducibility - np.random.seed(19680801) - - # fake up some data - spread = np.random.rand(50) * 100 - center = np.ones(25) * 50 - flier_high = np.random.rand(10) * 100 + 100 - flier_low = np.random.rand(10) * -100 - data = np.concatenate((spread, center, flier_high, flier_low), 0) - fig1, ax1 = plt.subplots() - ax1.set_title('Basic Plot') - ax1.boxplot(data) - return fig1 - - -def PyplotRadarChart(): - import numpy as np - - import matplotlib.pyplot as plt - from matplotlib.path import Path - from matplotlib.spines import Spine - from matplotlib.projections.polar import PolarAxes - from matplotlib.projections import register_projection - - def radar_factory(num_vars, frame='circle'): - """Create a radar chart with `num_vars` axes. - - This function creates a RadarAxes projection and registers it. - - Parameters - ---------- - num_vars : int - Number of variables for radar chart. - frame : {'circle' | 'polygon'} - Shape of frame surrounding axes. - - """ - # calculate evenly-spaced axis angles - theta = np.linspace(0, 2 * np.pi, num_vars, endpoint=False) - - def draw_poly_patch(self): - # rotate theta such that the first axis is at the top - verts = unit_poly_verts(theta + np.pi / 2) - return plt.Polygon(verts, closed=True, edgecolor='k') - - def draw_circle_patch(self): - # unit circle centered on (0.5, 0.5) - return plt.Circle((0.5, 0.5), 0.5) - - patch_dict = {'polygon': draw_poly_patch, 'circle': draw_circle_patch} - if frame not in patch_dict: - raise ValueError('unknown value for `frame`: %s' % frame) - - class RadarAxes(PolarAxes): - - name = 'radar' - # use 1 line segment to connect specified points - RESOLUTION = 1 - # define draw_frame method - draw_patch = patch_dict[frame] - - def __init__(self, *args, **kwargs): - super(RadarAxes, self).__init__(*args, **kwargs) - # rotate plot such that the first axis is at the top - self.set_theta_zero_location('N') - - def fill(self, *args, **kwargs): - """Override fill so that line is closed by default""" - closed = kwargs.pop('closed', True) - return super(RadarAxes, self).fill(closed=closed, *args, **kwargs) - - def plot(self, *args, **kwargs): - """Override plot so that line is closed by default""" - lines = super(RadarAxes, self).plot(*args, **kwargs) - for line in lines: - self._close_line(line) - - def _close_line(self, line): - x, y = line.get_data() - # FIXME: markers at x[0], y[0] get doubled-up - if x[0] != x[-1]: - x = np.concatenate((x, [x[0]])) - y = np.concatenate((y, [y[0]])) - line.set_data(x, y) - - def set_varlabels(self, labels): - self.set_thetagrids(np.degrees(theta), labels) - - def _gen_axes_patch(self): - return self.draw_patch() - - def _gen_axes_spines(self): - if frame == 'circle': - return PolarAxes._gen_axes_spines(self) - # The following is a hack to get the spines (i.e. the axes frame) - # to draw correctly for a polygon frame. - - # spine_type must be 'left', 'right', 'top', 'bottom', or `circle`. - spine_type = 'circle' - verts = unit_poly_verts(theta + np.pi / 2) - # close off polygon by repeating first vertex - verts.append(verts[0]) - path = Path(verts) - - spine = Spine(self, spine_type, path) - spine.set_transform(self.transAxes) - return {'polar': spine} - - register_projection(RadarAxes) - return theta - - def unit_poly_verts(theta): - """Return vertices of polygon for subplot axes. - - This polygon is circumscribed by a unit circle centered at (0.5, 0.5) - """ - x0, y0, r = [0.5] * 3 - verts = [(r * np.cos(t) + x0, r * np.sin(t) + y0) for t in theta] - return verts - - def example_data(): - # The following data is from the Denver Aerosol Sources and Health study. - # See doi:10.1016/j.atmosenv.2008.12.017 - # - # The data are pollution source profile estimates for five modeled - # pollution sources (e.g., cars, wood-burning, etc) that emit 7-9 chemical - # species. The radar charts are experimented with here to see if we can - # nicely visualize how the modeled source profiles change across four - # scenarios: - # 1) No gas-phase species present, just seven particulate counts on - # Sulfate - # Nitrate - # Elemental Carbon (EC) - # Organic Carbon fraction 1 (OC) - # Organic Carbon fraction 2 (OC2) - # Organic Carbon fraction 3 (OC3) - # Pyrolized Organic Carbon (OP) - # 2)Inclusion of gas-phase specie carbon monoxide (CO) - # 3)Inclusion of gas-phase specie ozone (O3). - # 4)Inclusion of both gas-phase species is present... - data = [ - ['Sulfate', 'Nitrate', 'EC', 'OC1', 'OC2', 'OC3', 'OP', 'CO', 'O3'], - ('Basecase', [ - [0.88, 0.01, 0.03, 0.03, 0.00, 0.06, 0.01, 0.00, 0.00], - [0.07, 0.95, 0.04, 0.05, 0.00, 0.02, 0.01, 0.00, 0.00], - [0.01, 0.02, 0.85, 0.19, 0.05, 0.10, 0.00, 0.00, 0.00], - [0.02, 0.01, 0.07, 0.01, 0.21, 0.12, 0.98, 0.00, 0.00], - [0.01, 0.01, 0.02, 0.71, 0.74, 0.70, 0.00, 0.00, 0.00]]), - ('With CO', [ - [0.88, 0.02, 0.02, 0.02, 0.00, 0.05, 0.00, 0.05, 0.00], - [0.08, 0.94, 0.04, 0.02, 0.00, 0.01, 0.12, 0.04, 0.00], - [0.01, 0.01, 0.79, 0.10, 0.00, 0.05, 0.00, 0.31, 0.00], - [0.00, 0.02, 0.03, 0.38, 0.31, 0.31, 0.00, 0.59, 0.00], - [0.02, 0.02, 0.11, 0.47, 0.69, 0.58, 0.88, 0.00, 0.00]]), - ('With O3', [ - [0.89, 0.01, 0.07, 0.00, 0.00, 0.05, 0.00, 0.00, 0.03], - [0.07, 0.95, 0.05, 0.04, 0.00, 0.02, 0.12, 0.00, 0.00], - [0.01, 0.02, 0.86, 0.27, 0.16, 0.19, 0.00, 0.00, 0.00], - [0.01, 0.03, 0.00, 0.32, 0.29, 0.27, 0.00, 0.00, 0.95], - [0.02, 0.00, 0.03, 0.37, 0.56, 0.47, 0.87, 0.00, 0.00]]), - ('CO & O3', [ - [0.87, 0.01, 0.08, 0.00, 0.00, 0.04, 0.00, 0.00, 0.01], - [0.09, 0.95, 0.02, 0.03, 0.00, 0.01, 0.13, 0.06, 0.00], - [0.01, 0.02, 0.71, 0.24, 0.13, 0.16, 0.00, 0.50, 0.00], - [0.01, 0.03, 0.00, 0.28, 0.24, 0.23, 0.00, 0.44, 0.88], - [0.02, 0.00, 0.18, 0.45, 0.64, 0.55, 0.86, 0.00, 0.16]]) - ] - return data - - N = 9 - theta = radar_factory(N, frame='polygon') - - data = example_data() - spoke_labels = data.pop(0) - - fig, axes = plt.subplots(figsize=(9, 9), nrows=2, ncols=2, - subplot_kw=dict(projection='radar')) - fig.subplots_adjust(wspace=0.25, hspace=0.20, top=0.85, bottom=0.05) - - colors = ['b', 'r', 'g', 'm', 'y'] - # Plot the four cases from the example data on separate axes - for ax, (title, case_data) in zip(axes.flatten(), data): - ax.set_rgrids([0.2, 0.4, 0.6, 0.8]) - ax.set_title(title, weight='bold', size='medium', position=(0.5, 1.1), - horizontalalignment='center', verticalalignment='center') - for d, color in zip(case_data, colors): - ax.plot(theta, d, color=color) - ax.fill(theta, d, facecolor=color, alpha=0.25) - ax.set_varlabels(spoke_labels) - - # add legend relative to top-left plot - ax = axes[0, 0] - labels = ('Factor 1', 'Factor 2', 'Factor 3', 'Factor 4', 'Factor 5') - legend = ax.legend(labels, loc=(0.9, .95), - labelspacing=0.1, fontsize='small') - - fig.text(0.5, 0.965, '5-Factor Solution Profiles Across Four Scenarios', - horizontalalignment='center', color='black', weight='bold', - size='large') - return fig - - -def DifferentScales(): - import numpy as np - import matplotlib.pyplot as plt - - # Create some mock data - t = np.arange(0.01, 10.0, 0.01) - data1 = np.exp(t) - data2 = np.sin(2 * np.pi * t) - - fig, ax1 = plt.subplots() - - color = 'tab:red' - ax1.set_xlabel('time (s)') - ax1.set_ylabel('exp', color=color) - ax1.plot(t, data1, color=color) - ax1.tick_params(axis='y', labelcolor=color) - - ax2 = ax1.twinx() # instantiate a second axes that shares the same x-axis - - color = 'tab:blue' - ax2.set_ylabel('sin', color=color) # we already handled the x-label with ax1 - ax2.plot(t, data2, color=color) - ax2.tick_params(axis='y', labelcolor=color) - - fig.tight_layout() # otherwise the right y-label is slightly clipped - return fig - - -def ExploringNormalizations(): - import matplotlib.pyplot as plt - import matplotlib.colors as mcolors - import numpy as np - from numpy.random import multivariate_normal - - data = np.vstack([ - multivariate_normal([10, 10], [[3, 2], [2, 3]], size=100000), - multivariate_normal([30, 20], [[2, 3], [1, 3]], size=1000) - ]) - - gammas = [0.8, 0.5, 0.3] - - fig, axes = plt.subplots(nrows=2, ncols=2) - - axes[0, 0].set_title('Linear normalization') - axes[0, 0].hist2d(data[:, 0], data[:, 1], bins=100) - - for ax, gamma in zip(axes.flat[1:], gammas): - ax.set_title(r'Power law $(\gamma=%1.1f)$' % gamma) - ax.hist2d(data[:, 0], data[:, 1], - bins=100, norm=mcolors.PowerNorm(gamma)) - - fig.tight_layout() - return fig - - -def PyplotFormatstr(): - def f(t): - return np.exp(-t) * np.cos(2 * np.pi * t) - - t1 = np.arange(0.0, 5.0, 0.1) - t2 = np.arange(0.0, 5.0, 0.02) - - plt.figure(1) - plt.subplot(211) - plt.plot(t1, f(t1), 'bo', t2, f(t2), 'k') - - plt.subplot(212) - plt.plot(t2, np.cos(2 * np.pi * t2), 'r--') - fig = plt.gcf() # get the figure to show - return fig - - -def UnicodeMinus(): - import numpy as np - import matplotlib - import matplotlib.pyplot as plt - - # Fixing random state for reproducibility - np.random.seed(19680801) - - matplotlib.rcParams['axes.unicode_minus'] = False - fig, ax = plt.subplots() - ax.plot(10 * np.random.randn(100), 10 * np.random.randn(100), 'o') - ax.set_title('Using hyphen instead of Unicode minus') - return fig - - -def Subplot3d(): - from mpl_toolkits.mplot3d.axes3d import Axes3D - from matplotlib import cm - # from matplotlib.ticker import LinearLocator, FixedLocator, FormatStrFormatter - import matplotlib.pyplot as plt - import numpy as np - - fig = plt.figure() - - ax = fig.add_subplot(1, 2, 1, projection='3d') - X = np.arange(-5, 5, 0.25) - Y = np.arange(-5, 5, 0.25) - X, Y = np.meshgrid(X, Y) - R = np.sqrt(X ** 2 + Y ** 2) - Z = np.sin(R) - surf = ax.plot_surface(X, Y, Z, rstride=1, cstride=1, cmap=cm.jet, - linewidth=0, antialiased=False) - ax.set_zlim3d(-1.01, 1.01) - - # ax.w_zaxis.set_major_locator(LinearLocator(10)) - # ax.w_zaxis.set_major_formatter(FormatStrFormatter('%.03f')) - - fig.colorbar(surf, shrink=0.5, aspect=5) - - from mpl_toolkits.mplot3d.axes3d import get_test_data - ax = fig.add_subplot(1, 2, 2, projection='3d') - X, Y, Z = get_test_data(0.05) - ax.plot_wireframe(X, Y, Z, rstride=10, cstride=10) - return fig - - -def PyplotScales(): - import numpy as np - import matplotlib.pyplot as plt - - from matplotlib.ticker import NullFormatter # useful for `logit` scale - - # Fixing random state for reproducibility - np.random.seed(19680801) - - # make up some data in the interval ]0, 1[ - y = np.random.normal(loc=0.5, scale=0.4, size=1000) - y = y[(y > 0) & (y < 1)] - y.sort() - x = np.arange(len(y)) - - # plot with various axes scales - plt.figure(1) - - # linear - plt.subplot(221) - plt.plot(x, y) - plt.yscale('linear') - plt.title('linear') - plt.grid(True) - - # log - plt.subplot(222) - plt.plot(x, y) - plt.yscale('log') - plt.title('log') - plt.grid(True) - - # symmetric log - plt.subplot(223) - plt.plot(x, y - y.mean()) - plt.yscale('symlog', linthreshy=0.01) - plt.title('symlog') - plt.grid(True) - - # logit - plt.subplot(224) - plt.plot(x, y) - plt.yscale('logit') - plt.title('logit') - plt.grid(True) - # Format the minor tick labels of the y-axis into empty strings with - # `NullFormatter`, to avoid cumbering the axis with too many labels. - plt.gca().yaxis.set_minor_formatter(NullFormatter()) - # Adjust the subplot layout, because the logit one may take more space - # than usual, due to y-tick labels like "1 - 10^{-3}" - plt.subplots_adjust(top=0.92, bottom=0.08, left=0.10, right=0.95, hspace=0.25, - wspace=0.35) - return plt.gcf() - - -def AxesGrid(): - import numpy as np - import matplotlib.pyplot as plt - from mpl_toolkits.axes_grid1.axes_rgb import RGBAxes - - def get_demo_image(): - # prepare image - delta = 0.5 - - extent = (-3, 4, -4, 3) - x = np.arange(-3.0, 4.001, delta) - y = np.arange(-4.0, 3.001, delta) - X, Y = np.meshgrid(x, y) - Z1 = np.exp(-X ** 2 - Y ** 2) - Z2 = np.exp(-(X - 1) ** 2 - (Y - 1) ** 2) - Z = (Z1 - Z2) * 2 - - return Z, extent - - def get_rgb(): - Z, extent = get_demo_image() - - Z[Z < 0] = 0. - Z = Z / Z.max() - - R = Z[:13, :13] - G = Z[2:, 2:] - B = Z[:13, 2:] - - return R, G, B - - fig = plt.figure(1) - ax = RGBAxes(fig, [0.1, 0.1, 0.8, 0.8]) - - r, g, b = get_rgb() - kwargs = dict(origin="lower", interpolation="nearest") - ax.imshow_rgb(r, g, b, **kwargs) - - ax.RGB.set_xlim(0., 9.5) - ax.RGB.set_ylim(0.9, 10.6) - - plt.draw() - return plt.gcf() - - - - -def figure_to_image(figure): - """ - Draws the previously created "figure" in the supplied Image Element - - :param element: an Image Element - :param figure: a Matplotlib figure - :return: The figure canvas - """ - - plt.close('all') # erases previously drawn plots - canv = FigureCanvasAgg(figure) - buf = io.BytesIO() - canv.print_figure(buf, format='png') - if buf is None: - return None - buf.seek(0) - return buf.read() - - - -def convert_to_bytes(file_or_bytes, resize=None): - ''' - Will convert into bytes and optionally resize an image that is a file or a base64 bytes object. - Turns into PNG format in the process so that can be displayed by tkinter - :param file_or_bytes: either a string filename or a bytes base64 image object - :type file_or_bytes: (Union[str, bytes]) - :param resize: optional new size - :type resize: (Tuple[int, int] or None) - :return: (bytes) a byte-string object - :rtype: (bytes) - ''' - if isinstance(file_or_bytes, str): - img = PIL.Image.open(file_or_bytes) - else: - try: - img = PIL.Image.open(io.BytesIO(base64.b64decode(file_or_bytes))) - except Exception as e: - dataBytesIO = io.BytesIO(file_or_bytes) - img = PIL.Image.open(dataBytesIO) - - cur_width, cur_height = img.size - if resize: - new_width, new_height = resize - scale = min(new_height/cur_height, new_width/cur_width) - img = img.resize((int(cur_width*scale), int(cur_height*scale)), PIL.Image.LANCZOS) - with io.BytesIO() as bio: - img.save(bio, format="PNG") - del img - return bio.getvalue() - - - -# -------------------------------- GUI Starts Here -------------------------------# -# fig = your figure you want to display. Assumption is that 'fig' holds the # -# information to display. # -# --------------------------------------------------------------------------------# - -fig_dict = {'Pyplot Simple': PyplotSimple, 'Pyplot Formatstr': PyplotFormatstr, 'PyPlot Three': Subplot3d, - 'Unicode Minus': UnicodeMinus, 'Pyplot Scales': PyplotScales, 'Axes Grid': AxesGrid, - 'Exploring Normalizations': ExploringNormalizations, 'Different Scales': DifferentScales, - 'Pyplot Box Plot': PyplotBoxPlot, 'Pyplot ggplot Style Sheet': PyplotGGPlotSytleSheet, - 'Pyplot Line Poly Collection': PyplotLinePolyCollection, 'Pyplot Line Styles': PyplotLineStyles, - 'Pyplot Scatter With Legend': PyplotScatterWithLegend, 'Artist Customized Box Plots': PyplotArtistBoxPlots, - 'Artist Customized Box Plots 2': ArtistBoxplot2, 'Pyplot Histogram': PyplotHistogram} - -sg.theme('LightGreen') - -figure_w, figure_h = 250, 250 -# define the form layout -col_listbox = [[sg.Listbox(values=list(fig_dict.keys()), select_mode=sg.SELECT_MODE_EXTENDED, enable_events=True, size=(28, len(list(fig_dict))), key='-LISTBOX-')], - [sg.Exit(size=(5, 2))]] - -image_col = sg.Col([[sg.Image(k=(i,j)) for i in range(4)]for j in range(4)]) - -layout = [[sg.Text('Matplotlib Grid of Plots Using PIL', font=('current 18'))], - [sg.Col(col_listbox, element_justification='c'), - image_col] - ] - -# create the form and show it without the plot -window = sg.Window('Demo Application - Embedding Matplotlib In PySimpleGUI', layout, grab_anywhere=False, finalize=True) -figure_agg = None -# The GUI Event Loop -while True: - event, values = window.read() - # print(event, values) # helps greatly when debugging - if event in (sg.WIN_CLOSED, 'Exit'): # if user closed window or clicked Exit button - break - for i, choice in enumerate(values['-LISTBOX-']): - func = fig_dict[choice] # get function to call from the dictionary - fig = func() # call function to get the figure - image = figure_to_image(fig) - image = convert_to_bytes(image, (figure_w, figure_h)) - image = convert_to_bytes(image, (figure_w, figure_h)) - window[(i%4, i//4)].update(data=image) -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Matplotlib_Image_Elem.py b/DemoPrograms/Demo_Matplotlib_Image_Elem.py deleted file mode 100644 index 52980b374..000000000 --- a/DemoPrograms/Demo_Matplotlib_Image_Elem.py +++ /dev/null @@ -1,140 +0,0 @@ -import PySimpleGUI as sg -import numpy as np -from matplotlib.backends.backend_tkagg import FigureCanvasAgg -import matplotlib.pyplot as plt -import io - -""" - Demo_Matplotlib_Image_Elem Demo - - Demo to show - * How to use an Image element to show a Matplotlib figure - * How to draw a Spectrogram - * Hide the Image when a figure isn't present (shrinks the window automatically) - - The example graph can be found in the matplotlib gallery: - https://matplotlib.org/stable/gallery/images_contours_and_fields/specgram_demo.html - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -# .d88888b dP dP -# 88. "' 88 88 -# `Y88888b. d8888P .d8888b. 88d888b. d8888P -# `8b 88 88' `88 88' `88 88 -# d8' .8P 88 88. .88 88 88 -# Y88888P dP `88888P8 dP dP -# oooooooooooooooooooooooooooooooooooooooooo of your Matplotlib code - - -def your_matplotlib_code(): - # Fixing random state for reproducibility - np.random.seed(19680801) - - dt = 0.0005 - t = np.arange(0.0, 20.0, dt) - s1 = np.sin(2 * np.pi * 100 * t) - s2 = 2 * np.sin(2 * np.pi * 400 * t) - - # create a transient "chirp" - s2[t <= 10] = s2[12 <= t] = 0 - - # add some noise into the mix - nse = 0.01 * np.random.random(size=len(t)) - - x = s1 + s2 + nse # the signal - NFFT = 1024 # the length of the windowing segments - Fs = int(1.0 / dt) # the sampling frequency - - fig, (ax1, ax2) = plt.subplots(nrows=2) - ax1.plot(t, x) - Pxx, freqs, bins, im = ax2.specgram(x, NFFT=NFFT, Fs=Fs, noverlap=900) - - return fig - - -# 88888888b dP -# 88 88 -# 88aaaa 88d888b. .d888b88 -# 88 88' `88 88' `88 -# 88 88 88 88. .88 -# 88888888P dP dP `88888P8 -# ooooooooooooooooooooooooooooo of your Matplotlib code - - -# ooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo - - -# dP dP dP -# 88 88 88 -# 88aaaaa88a .d8888b. 88 88d888b. .d8888b. 88d888b. -# 88 88 88ooood8 88 88' `88 88ooood8 88' `88 -# 88 88 88. ... 88 88. .88 88. ... 88 -# dP dP `88888P' dP 88Y888P' `88888P' dP -# ooooooooooooooooooooooo~88~oooooooooooooooooooooooo function starts below -# dP - -def draw_figure(element, figure): - """ - Draws the previously created "figure" in the supplied Image Element - - :param element: an Image Element - :param figure: a Matplotlib figure - :return: The figure canvas - """ - - plt.close('all') # erases previously drawn plots - canv = FigureCanvasAgg(figure) - buf = io.BytesIO() - canv.print_figure(buf, format='png') - if buf is not None: - buf.seek(0) - element.update(data=buf.read()) - return canv - else: - return None - - - -# .88888. dP dP dP -# d8' `88 88 88 88 -# 88 88 88 88 -# 88 YP88 88 88 88 -# Y8. .88 Y8. .8P 88 -# `88888' `Y88888P' dP -# ooooooooooooooooooooooo - - -def main(): - # define the window layout - layout = [[sg.Text('Spectrogram test')], - [sg.pin(sg.Image(key='-IMAGE-'))], - [sg.Button('Ok'), sg.B('Clear')]] - - # create the form and show it without the plot - window = sg.Window('Spectrogram', layout, element_justification='c', font='Helvetica 14') - - while True: - # add the plot to the window - event, values = window.read() - if event == sg.WIN_CLOSED: - break - elif event == 'Ok': - draw_figure(window['-IMAGE-'], your_matplotlib_code()) - window['-IMAGE-'].update(visible=True) - elif event == 'Clear': - plt.close('all') # close all plots - window['-IMAGE-'].update() # clears the image - window['-IMAGE-'].update(visible=False) # hides the blank image - - - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Matplotlib_Image_Elem_Spetrogram_Animated.py b/DemoPrograms/Demo_Matplotlib_Image_Elem_Spetrogram_Animated.py deleted file mode 100644 index 41acd4c1c..000000000 --- a/DemoPrograms/Demo_Matplotlib_Image_Elem_Spetrogram_Animated.py +++ /dev/null @@ -1,158 +0,0 @@ -import PySimpleGUI as sg -import numpy as np -from matplotlib.backends.backend_tkagg import FigureCanvasAgg -import matplotlib.pyplot as plt -import io -import time - -""" - Demo_Matplotlib_Image_Elem_Spetrogram_Animated Demo - - Demo to show - * How to use an Image element to show a Matplotlib figure - * How to draw a Spectrogram - * How to animate the drawing by simply erasing and drawing the entire figure - - The point here is to keep things simple to enable you to get started. - - The example static graph can be found in the matplotlib gallery: - https://matplotlib.org/stable/gallery/images_contours_and_fields/specgram_demo.html - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -np.random.seed(19801) - -# .d88888b dP dP -# 88. "' 88 88 -# `Y88888b. d8888P .d8888b. 88d888b. d8888P -# `8b 88 88' `88 88' `88 88 -# d8' .8P 88 88. .88 88 88 -# Y88888P dP `88888P8 dP dP -# oooooooooooooooooooooooooooooooooooooooooo of your Matplotlib code - - -def your_matplotlib_code(): - # The animated part of this is the t_lower, t_upper terms as well as the entire dataset that's graphed. - # An entirely new graph is created from scratch every time... implying here that optimization is possible. - if not hasattr(your_matplotlib_code, 't_lower'): - your_matplotlib_code.t_lower = 10 - your_matplotlib_code.t_upper = 12 - else: - your_matplotlib_code.t_lower = (your_matplotlib_code.t_lower + .5) % 18 - your_matplotlib_code.t_upper = (your_matplotlib_code.t_upper + .5) % 18 - - dt = 0.0005 - t = np.arange(0.0, 20.0, dt) - s1 = np.sin(2 * np.pi * 100 * t) - s2 = 2 * np.sin(2 * np.pi * 400 * t) - - # create a transient "chirp" - # s2[t <= 5] = s2[15 <= t] = 0 # original line of code (not animated) - # If running the animation, use the t_lower and t_upper values - s2[t <= your_matplotlib_code.t_lower] = s2[your_matplotlib_code.t_upper <= t] = 0 - - # add some noise into the mix - nse = 0.01 * np.random.random(size=len(t)) - - x = s1 + s2 + nse # the signal - NFFT = 1024 # the length of the windowing segments - Fs = int(1.0 / dt) # the sampling frequency - - fig, (ax2) = plt.subplots(nrows=1) - # ax1.plot(t, x) - Pxx, freqs, bins, im = ax2.specgram(x, NFFT=NFFT, Fs=Fs, noverlap=900) - - return fig - - -# 88888888b dP -# 88 88 -# 88aaaa 88d888b. .d888b88 -# 88 88' `88 88' `88 -# 88 88 88 88. .88 -# 88888888P dP dP `88888P8 -# ooooooooooooooooooooooooooooo of your Matplotlib code - - -# ooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo - - -# dP dP dP -# 88 88 88 -# 88aaaaa88a .d8888b. 88 88d888b. .d8888b. 88d888b. -# 88 88 88ooood8 88 88' `88 88ooood8 88' `88 -# 88 88 88. ... 88 88. .88 88. ... 88 -# dP dP `88888P' dP 88Y888P' `88888P' dP -# ooooooooooooooooooooooo~88~oooooooooooooooooooooooo function starts here -# dP - -def draw_figure(element, figure): - """ - Draws the previously created "figure" in the supplied Image Element - - :param element: an Image Element - :param figure: a Matplotlib figure - :return: The figure canvas - """ - - plt.close('all') # erases previously drawn plots - canv = FigureCanvasAgg(figure) - buf = io.BytesIO() - canv.print_figure(buf, format='png') - if buf is not None: - buf.seek(0) - element.update(data=buf.read()) - return canv - else: - return None - - -# .88888. dP dP dP -# d8' `88 88 88 88 -# 88 88 88 88 -# 88 YP88 88 88 88 -# Y8. .88 Y8. .8P 88 -# `88888' `Y88888P' dP -# ooooooooooooooooooooooo - - -def main(): - # define the window layout - layout = [[sg.Text('Spectrogram Animated - Not Threaded', font='Helvetica 24')], - [sg.pin(sg.Image(key='-IMAGE-'))], - [sg.T(size=(50, 1), k='-STATS-')], - [sg.B('Animate', focus=True, k='-ANIMATE-')]] - - # create the form and show it without the plot - window = sg.Window('Animated Spectrogram', layout, element_justification='c', font='Helvetica 14') - - counter = delta = start_time = 0 - timeout = None - while True: - event, values = window.read(timeout=timeout) - if event == sg.WIN_CLOSED: - break - sg.timer_start() - if event == '-ANIMATE-': - timeout = 0 - window['-IMAGE-'].update(visible=True) - start_time = time.time() - elif event == sg.TIMEOUT_EVENT: - plt.close('all') # close all plots - window['-IMAGE-'].update() # clears the image - draw_figure(window['-IMAGE-'], your_matplotlib_code()) - seconds_elapsed = int(time.time() - start_time) - fps = counter/seconds_elapsed if seconds_elapsed != 0 else 1.0 - window['-STATS-'].update(f'Frame {counter} Write Time {delta} FPS = {fps:2.2} seconds = {seconds_elapsed}') - counter += 1 - delta = sg.timer_stop() - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Matplotlib_Image_Elem_Spetrogram_Animated_Threaded.py b/DemoPrograms/Demo_Matplotlib_Image_Elem_Spetrogram_Animated_Threaded.py deleted file mode 100644 index d2c807ad1..000000000 --- a/DemoPrograms/Demo_Matplotlib_Image_Elem_Spetrogram_Animated_Threaded.py +++ /dev/null @@ -1,179 +0,0 @@ -import PySimpleGUI as sg -import numpy as np -from matplotlib.backends.backend_tkagg import FigureCanvasAgg -import matplotlib.pyplot as plt -import io -import time - -""" - Demo_Matplotlib_Image_Elem_Spetrogram_Animated_Threaded Demo - - Demo to show - * How to use an Image element to show a Matplotlib figure - * How to draw a Spectrogram - * How to animate the drawing by simply erasing and drawing the entire figure - * How to communicate between a thread and the GUI - - The point here is to keep things simple to enable you to get started. - - NOTE: - This threaded technique with matplotlib hasn't been thoroughly tested. - There may be resource leaks for example. Have run for several hundred seconds - without problems so it's perhaps safe as written. - - The example static graph can be found in the matplotlib gallery: - https://matplotlib.org/stable/gallery/images_contours_and_fields/specgram_demo.html - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -np.random.seed(19801) - - -# .d88888b dP dP -# 88. "' 88 88 -# `Y88888b. d8888P .d8888b. 88d888b. d8888P -# `8b 88 88' `88 88' `88 88 -# d8' .8P 88 88. .88 88 88 -# Y88888P dP `88888P8 dP dP -# oooooooooooooooooooooooooooooooooooooooooo of your Matplotlib code - - -def the_thread(window: sg.Window): - """ - The thread that communicates with the application through the window's events. - - Because the figure creation time is greater than the GUI drawing time, it's safe - to send a non-regulated stream of events without fear of overrunning the communication queue - """ - while True: - fig = your_matplotlib_code() - buf = draw_figure(fig) - window.write_event_value('-THREAD-', buf) # Data sent is a tuple of thread name and counter - - -def your_matplotlib_code(): - # The animated part of this is the t_lower, t_upper terms as well as the entire dataset that's graphed. - # An entirely new graph is created from scratch every time... implying here that optimization is possible. - if not hasattr(your_matplotlib_code, 't_lower'): - your_matplotlib_code.t_lower = 10 - your_matplotlib_code.t_upper = 12 - else: - your_matplotlib_code.t_lower = (your_matplotlib_code.t_lower + .5) % 18 - your_matplotlib_code.t_upper = (your_matplotlib_code.t_upper + .5) % 18 - - dt = 0.0005 - t = np.arange(0.0, 20.0, dt) - s1 = np.sin(2 * np.pi * 100 * t) - s2 = 2 * np.sin(2 * np.pi * 400 * t) - - # create a transient "chirp" - # s2[t <= 5] = s2[15 <= t] = 0 # original line of code (not animated) - # If running the animation, use the t_lower and t_upper values - s2[t <= your_matplotlib_code.t_lower] = s2[your_matplotlib_code.t_upper <= t] = 0 - - # add some noise into the mix - nse = 0.01 * np.random.random(size=len(t)) - - x = s1 + s2 + nse # the signal - NFFT = 1024 # the length of the windowing segments - Fs = int(1.0 / dt) # the sampling frequency - - fig, (ax2) = plt.subplots(nrows=1) - # ax1.plot(t, x) - Pxx, freqs, bins, im = ax2.specgram(x, NFFT=NFFT, Fs=Fs, noverlap=900) - - return fig - - -# 88888888b dP -# 88 88 -# 88aaaa 88d888b. .d888b88 -# 88 88' `88 88' `88 -# 88 88 88 88. .88 -# 88888888P dP dP `88888P8 -# ooooooooooooooooooooooooooooo of your Matplotlib code - - -# ooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo - - -# dP dP dP -# 88 88 88 -# 88aaaaa88a .d8888b. 88 88d888b. .d8888b. 88d888b. -# 88 88 88ooood8 88 88' `88 88ooood8 88' `88 -# 88 88 88. ... 88 88. .88 88. ... 88 -# dP dP `88888P' dP 88Y888P' `88888P' dP -# ooooooooooooooooooooooo~88~oooooooooooooooooooooooo function starts here -# dP - -def draw_figure(figure): - """ - Draws the previously created "figure" in the supplied Image Element - - :param figure: a Matplotlib figure - :return: BytesIO object - """ - - plt.close('all') # erases previously drawn plots - canv = FigureCanvasAgg(figure) - buf = io.BytesIO() - canv.print_figure(buf, format='png') - if buf is not None: - buf.seek(0) - # element.update(data=buf.read()) - return buf - else: - return None - - -# .88888. dP dP dP -# d8' `88 88 88 88 -# 88 88 88 88 -# 88 YP88 88 88 88 -# Y8. .88 Y8. .8P 88 -# `88888' `Y88888P' dP -# ooooooooooooooooooooooo - - -def main(): - # define the window layout - layout = [[sg.Text('Spectrogram Animated - Threaded', font='Helvetica 24')], - [sg.pin(sg.Image(key='-IMAGE-'))], - [sg.T(k='-STATS-')], - [sg.B('Animate', focus=True, k='-ANIMATE-')]] - - # create the form and show it without the plot - window = sg.Window('Animated Spectrogram', layout, element_justification='c', font='Helvetica 14') - - counter = start_time = delta = 0 - while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - sg.timer_start() - if event == '-ANIMATE-': - window['-IMAGE-'].update(visible=True) - start_time = time.time() - window.start_thread(lambda: the_thread(window), '-THEAD FINISHED-') - elif event == '-THREAD-': - plt.close('all') # close all plots... unclear if this is required - window['-IMAGE-'].update(data=values[event].read()) - counter += 1 - seconds_elapsed = int(time.time() - start_time) - fps = counter / seconds_elapsed if seconds_elapsed != 0 else 1.0 - window['-STATS-'].update(f'Frame {counter} Write Time {delta} FPS = {fps:2.2} seconds = {seconds_elapsed}') - delta = sg.timer_stop() - - window.close() - - -if __name__ == '__main__': - # Newer versions of PySimpleGUI have an alias for this method that's called "start_thread" so that it's clearer what's happening - # In case you don't have that version installed this line of code creates the alias for you - sg.Window.start_thread = sg.Window.perform_long_operation - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Matplotlib_Ping_Graph_Large.py b/DemoPrograms/Demo_Matplotlib_Ping_Graph_Large.py deleted file mode 100644 index 9794db4ad..000000000 --- a/DemoPrograms/Demo_Matplotlib_Ping_Graph_Large.py +++ /dev/null @@ -1,146 +0,0 @@ -#!/usr/bin/env python -from matplotlib.backends.backend_tkagg import FigureCanvasAgg -import matplotlib.pyplot as plt -import PySimpleGUI as sg -import io -import random -import time -import ping3 - -""" - Shows ping time to google.com using Matplotlib and ping3 module. - - Note that you will need to pip install ping3 for this demo program. - - Copyright 2023-2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# ================================================================================ -# Globals -# These are needed because callback functions are used. -# Need to retain state across calls -# ================================================================================ - - -class MyGlobals: - axis_pings = None - ping_x_array = [] - ping_y_array = [] - - -g_my_globals = MyGlobals() - -# ================================================================================ -# Performs *** PING! *** -# ================================================================================ - - -def graph_a_ping(ping_time): - # graphs are global so that can be retained across multiple calls to this callback - global g_my_globals - - #===================== Do the ping =====================# - # Insert your code to run a ping - # ping_time = random.randint(0, 100) - #===================== Store current ping in historical array =====================# - g_my_globals.ping_x_array.append(len(g_my_globals.ping_x_array)) - g_my_globals.ping_y_array.append(ping_time) - # ===================== Only graph last 100 items =====================# - if len(g_my_globals.ping_x_array) > 100: - x_array = g_my_globals.ping_x_array[-100:] - y_array = g_my_globals.ping_y_array[-100:] - else: - x_array = g_my_globals.ping_x_array - y_array = g_my_globals.ping_y_array - - # ===================== Call graphinc functions =====================# - # clear before graphing - g_my_globals.axis_ping.clear() - # graph the ping values - g_my_globals.axis_ping.plot(x_array, y_array) - -# ================================================================================ -# Function: Set graph titles and Axis labels -# Sets the text for the subplots -# Have to do this in 2 places... initially when creating and when updating -# So, putting into a function so don't have to duplicate code -# ================================================================================ - - -def ping_thread(window: sg.Window): - while True: - # time.sleep(.1) - # ping_time = random.randint(0, 100) - ping_time = ping3.ping('google.com') - window.write_event_value('-THREAD-', ping_time) - - -def set_chart_labels(): - global g_my_globals - - g_my_globals.axis_ping.set_xlabel('Time') - g_my_globals.axis_ping.set_ylabel('Ping (ms)') - g_my_globals.axis_ping.set_title('Current Ping Duration', fontsize=12) - - -def draw(element, figure): - """ - Draws the previously created "figure" in the supplied Image Element - - :param element: an Image Element - :param figure: a Matplotlib figure - :return: The figure canvas - """ - - # plt.close('all') # erases previously drawn plots - canv = FigureCanvasAgg(figure) - buf = io.BytesIO() - canv.print_figure(buf, format='png') - if buf is not None: - buf.seek(0) - element.update(data=buf.read()) - return canv - else: - return None - -# ================================================================================ -# Function: MAIN -# ================================================================================ - - -def main(): - global g_my_globals - - # define the form layout - layout = [[sg.Text('Animated Ping', size=(40, 1), - justification='center', font='Helvetica 20')], - [sg.Image(size=(640, 480), key='-IMAGE-')], - [sg.Button('Exit', size=(10, 2), pad=((280, 0), 3), font='Helvetica 14')]] - - # create the form and show it without the plot - window = sg.Window( - 'Demo Application - Embedding Matplotlib In PySimpleGUI', layout, finalize=True) - - image_elem = window['-IMAGE-'] - - fig = plt.figure() - g_my_globals.axis_ping = fig.add_subplot(1, 1, 1) - set_chart_labels() - plt.tight_layout() - window.start_thread(lambda: ping_thread(window)) - while True: - event, values = window.read(timeout=0) - if event in ('Exit', None): - break - if event == '-THREAD-': - graph_a_ping(values[event]) - draw(image_elem, fig) - - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Matplotlib_PyLab.py b/DemoPrograms/Demo_Matplotlib_PyLab.py deleted file mode 100644 index 9c2531efd..000000000 --- a/DemoPrograms/Demo_Matplotlib_PyLab.py +++ /dev/null @@ -1,59 +0,0 @@ -#!/usr/bin/env python -from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg -import PySimpleGUI as sg -import matplotlib -import pylab -matplotlib.use('TkAgg') - -""" -Demonstrates one way of embedding PyLab figures into a PySimpleGUI window. - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -# ------------------------------- PASTE YOUR PYLAB CODE HERE ------------------------------- -from numpy import sin -from numpy import cos - -x = pylab.linspace(-3, 3, 30) -y = x**2 -pylab.plot(x, sin(x)) -pylab.plot(x, cos(x), 'r-') -pylab.plot(x, -sin(x), 'g--') - -fig = pylab.gcf() -figure_x, figure_y, figure_w, figure_h = fig.bbox.bounds - -# ------------------------------- END OF YOUR MATPLOTLIB CODE ------------------------------- - -# ------------------------------- Beginning of Matplotlib helper code ----------------------- - - -def draw_figure(canvas, figure, loc=(0, 0)): - figure_canvas_agg = FigureCanvasTkAgg(figure, canvas) - figure_canvas_agg.draw() - figure_canvas_agg.get_tk_widget().pack(side='top', fill='both', expand=1) - return figure_canvas_agg -# ------------------------------- Beginning of GUI CODE ------------------------------- - - -# define the window layout -layout = [[sg.Text('Plot test', font='Any 18')], - [sg.Canvas(size=(figure_w, figure_h), key='canvas')], - [sg.OK(pad=((figure_w / 2, 0), 3), size=(4, 2))]] - -# create the form and show it without the plot -window = sg.Window('Demo Application - Embedding Matplotlib In PySimpleGUI', - layout, finalize=True) - -# add the plot to the window -fig_canvas_agg = draw_figure(window['canvas'].TKCanvas, fig) - -event, values = window.read() - -window.close() diff --git a/DemoPrograms/Demo_Matplotlib_Styles.py b/DemoPrograms/Demo_Matplotlib_Styles.py deleted file mode 100644 index 441e8de5c..000000000 --- a/DemoPrograms/Demo_Matplotlib_Styles.py +++ /dev/null @@ -1,234 +0,0 @@ -import PySimpleGUI as sg - -import numpy as np -from matplotlib.backends.backend_tkagg import FigureCanvasAgg -import matplotlib.figure -import matplotlib.pyplot as plt -import io - -from matplotlib import cm -from mpl_toolkits.mplot3d.axes3d import get_test_data -from matplotlib.ticker import NullFormatter # useful for `logit` scale - -""" - Demo - Matplotlib Non-interactive Embedded with Theme and Style selection - - This demo is based on the Matplotlib "TEMPLATE" demo that is a general purpose, display-only - demo as only the image of the plot is shown. None of the buttons and interactive parts - of the MAtplotlib interface are included. - - This demo adds the ability to change the Window's "Theme" and the Matplotlib's "Style". - It gives you a way to quickly see how well a theme is going to match a particular Matplotlib Style. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def create_axis_grid(): - from mpl_toolkits.axes_grid1.axes_rgb import RGBAxes - - plt.close('all') - - def get_demo_image(): - # prepare image - delta = 0.5 - - extent = (-3, 4, -4, 3) - x = np.arange(-3.0, 4.001, delta) - y = np.arange(-4.0, 3.001, delta) - X, Y = np.meshgrid(x, y) - Z1 = np.exp(-X ** 2 - Y ** 2) - Z2 = np.exp(-(X - 1) ** 2 - (Y - 1) ** 2) - Z = (Z1 - Z2) * 2 - - return Z, extent - - def get_rgb(): - Z, extent = get_demo_image() - - Z[Z < 0] = 0. - Z = Z / Z.max() - - R = Z[:13, :13] - G = Z[2:, 2:] - B = Z[:13, 2:] - - return R, G, B - - fig = plt.figure(1) - ax = RGBAxes(fig, [0.1, 0.1, 0.8, 0.8]) - - r, g, b = get_rgb() - kwargs = dict(origin="lower", interpolation="nearest") - ax.imshow_rgb(r, g, b, **kwargs) - - ax.RGB.set_xlim(0., 9.5) - ax.RGB.set_ylim(0.9, 10.6) - - plt.draw() - return plt.gcf() - - -def create_figure(): - # ------------------------------- START OF YOUR MATPLOTLIB CODE ------------------------------- - fig = matplotlib.figure.Figure(figsize=(5, 4), dpi=100) - t = np.arange(0, 3, .01) - fig.add_subplot(111).plot(t, 2 * np.sin(2 * np.pi * t)) - - return fig - - -def create_subplot_3d(): - fig = plt.figure() - - ax = fig.add_subplot(1, 2, 1, projection='3d') - X = np.arange(-5, 5, 0.25) - Y = np.arange(-5, 5, 0.25) - X, Y = np.meshgrid(X, Y) - R = np.sqrt(X ** 2 + Y ** 2) - Z = np.sin(R) - surf = ax.plot_surface(X, Y, Z, rstride=1, cstride=1, cmap=cm.jet, - linewidth=0, antialiased=False) - ax.set_zlim3d(-1.01, 1.01) - - fig.colorbar(surf, shrink=0.5, aspect=5) - - ax = fig.add_subplot(1, 2, 2, projection='3d') - X, Y, Z = get_test_data(0.05) - ax.plot_wireframe(X, Y, Z, rstride=10, cstride=10) - return fig - - -def create_pyplot_scales(): - plt.close('all') - # Fixing random state for reproducibility - np.random.seed(19680801) - - # make up some data in the interval ]0, 1[ - y = np.random.normal(loc=0.5, scale=0.4, size=1000) - y = y[(y > 0) & (y < 1)] - y.sort() - x = np.arange(len(y)) - - # plot with various axes scales - plt.figure(1) - - # linear - plt.subplot(221) - plt.plot(x, y) - plt.yscale('linear') - plt.title('linear') - plt.grid(True) - - # log - plt.subplot(222) - plt.plot(x, y) - plt.yscale('log') - plt.title('log') - plt.grid(True) - - # symmetric log - plt.subplot(223) - plt.plot(x, y - y.mean()) - plt.yscale('symlog', linthreshy=0.01) - plt.title('symlog') - plt.grid(True) - - # logit - plt.subplot(224) - plt.plot(x, y) - plt.yscale('logit') - plt.title('logit') - plt.grid(True) - # Format the minor tick labels of the y-axis into empty strings with - # `NullFormatter`, to avoid cumbering the axis with too many labels. - plt.gca().yaxis.set_minor_formatter(NullFormatter()) - # Adjust the subplot layout, because the logit one may take more space - # than usual, due to y-tick labels like "1 - 10^{-3}" - plt.subplots_adjust(top=0.92, bottom=0.08, left=0.10, right=0.95, hspace=0.25, - wspace=0.35) - return plt.gcf() - - -# ----------------------------- The draw figure helpful function ----------------------------- - -def draw_figure(element, figure): - """ - Draws the previously created "figure" in the supplied Image Element - - :param element: an Image Element - :param figure: a Matplotlib figure - :return: The figure canvas - """ - - plt.close('all') # erases previously drawn plots - canv = FigureCanvasAgg(figure) - buf = io.BytesIO() - canv.print_figure(buf, format='png') - if buf is None: - return None - buf.seek(0) - element.update(data=buf.read()) - return canv - - -dictionary_of_figures = {'Axis Grid': create_axis_grid, - 'Subplot 3D': create_subplot_3d, - 'Scales': create_pyplot_scales, - 'Basic Figure': create_figure} - - -# ----------------------------- The GUI Section ----------------------------- -def create_window(): - """ - Defines the window's layout and creates the window object. - This function is used so that the window's theme can be changed and the window "re-started". - - :return: The Window object - :rtype: sg.Window - """ - - left_col = [[sg.T('Figures to Draw')], - [sg.Listbox(list(dictionary_of_figures), default_values=[list(dictionary_of_figures)[0]], size=(15, 5), key='-LB-')], - [sg.T('Matplotlib Styles')], - [sg.Combo(plt.style.available, size=(15, 10), key='-STYLE-')], - [sg.T('PySimpleGUI Themes')], - [sg.Combo(sg.theme_list(), default_value=sg.theme(), size=(15, 10), key='-THEME-')]] - - layout = [[sg.T('Matplotlib Example', font='Any 20')], - [sg.Col(left_col), sg.Image(key='-IMAGE-')], - [sg.B('Draw'), sg.B('Exit')]] - - window = sg.Window('Matplotlib Embedded Template', layout, finalize=True) - - return window - - -def main(): - window = create_window() - - while True: - event, values = window.read() - print(event, values) - if event == 'Exit' or event == sg.WIN_CLOSED: - break - if event == 'Draw': - if values['-THEME-'] != sg.theme(): # if new theme chosen, create a new window - window.close() - sg.theme(values['-THEME-']) - window = create_window() - if values['-LB-']: # make sure something selected to draw - func = dictionary_of_figures[values['-LB-'][0]] - if values['-STYLE-']: - plt.style.use(values['-STYLE-']) - draw_figure(window['-IMAGE-'], func()) - - window.close() - - -if __name__ == "__main__": - main() diff --git a/DemoPrograms/Demo_Matplotlib_Two_Windows.py b/DemoPrograms/Demo_Matplotlib_Two_Windows.py deleted file mode 100644 index cf20cc9ee..000000000 --- a/DemoPrograms/Demo_Matplotlib_Two_Windows.py +++ /dev/null @@ -1,35 +0,0 @@ -from matplotlib import use -import PySimpleGUI as sg -# import PySimpleGUIQt as sg; use('qt5agg') -import matplotlib.pyplot as plt - -""" - Simultaneous PySimpleGUI Window AND a Matplotlib Interactive Window - A number of people have requested the ability to run a normal PySimpleGUI window that - launches a MatplotLib window that is interactive with the usual Matplotlib controls. - It turns out to be a rather simple thing to do. The secret is to add parameter block=False to plt.show() - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def draw_plot(): - plt.plot([0.1, 0.2, 0.5, 0.7]) - plt.show(block=False) - -layout = [[sg.Button('Plot'), sg.Cancel(), sg.Button('Popup')]] - -window = sg.Window('Have some Matplotlib....', layout) - -while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Cancel'): - break - elif event == 'Plot': - draw_plot() - elif event == 'Popup': - sg.popup('Yes, your application is still running') -window.close() diff --git a/DemoPrograms/Demo_Media_Player.py b/DemoPrograms/Demo_Media_Player.py deleted file mode 100644 index 758cf537c..000000000 --- a/DemoPrograms/Demo_Media_Player.py +++ /dev/null @@ -1,53 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# -# An Async Demonstration of a media player -# Uses button images for a super snazzy look -# See how it looks here: -# https://user-images.githubusercontent.com/13696193/43159403-45c9726e-8f50-11e8-9da0-0d272e20c579.jpg -# - - -def MediaPlayerGUI(): - background = '#F0F0F0' - sg.set_options(background_color=background, - element_background_color=background) - - def ImageButton(title, key): - return sg.Button(title, button_color=(background, background), - border_width=0, key=key) - - # define layout of the rows - layout = [[sg.Text('Media File Player', font=("Helvetica", 25))], - [sg.Text('', size=(15, 2), font=("Helvetica", 14), key='output')], - [ImageButton('restart', key='Restart Song'), sg.Text(' ' * 2), - ImageButton('pause', key='Pause'), sg.Text(' ' * 2), - ImageButton('next', key='Next'), sg.Text(' ' * 2), - sg.Text(' ' * 2), ImageButton('exit', key='Exit')], - ] - - window = sg.Window('Media File Player', layout, - default_element_size=(20, 1), - font=("Helvetica", 25)) - - while True: - event, values = window.read(timeout=100) - if event == 'Exit' or event == sg.WIN_CLOSED: - break - # If a button was pressed, display it on the GUI by updating the text element - if event != sg.TIMEOUT_KEY: - window['output'].update(event) - - window.close() - - -MediaPlayerGUI() diff --git a/DemoPrograms/Demo_Menu_With_Toolbar.py b/DemoPrograms/Demo_Menu_With_Toolbar.py deleted file mode 100644 index e361c860d..000000000 --- a/DemoPrograms/Demo_Menu_With_Toolbar.py +++ /dev/null @@ -1,81 +0,0 @@ -#!/usr/bin/env python -import sys -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Usage of icons as base64 string and toolbar - -house64 = 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-timer64 = 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-checkmark64 = 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-run64 = 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-storage64 = 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- - -def ShowMeTheButtons(): - # ------ Menu Definition ------ # - menu_def = [['&File', ['&Open', '&Save', '&Properties', 'E&xit']], - ['&Edit', ['&Paste', ['Special', 'Normal', ], 'Undo'], ], - ['&Toolbar', ['---', 'Command &1', 'Command &2', - '---', 'Command &3', 'Command &4']], - ['&Help', '&About...'], ] - - sg.set_options(auto_size_buttons=True, - margins=(0, 0), - button_color=sg.COLOR_SYSTEM_DEFAULT) - - toolbar_buttons = [[sg.Button('', image_data=close64[22:],button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0,0), key='-close-'), - sg.Button('', image_data=timer64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-timer-'), - sg.Button('', image_data=house64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-house-'), - sg.Button('', image_data=cpu64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-cpu-'), - sg.Button('', image_data=camera64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-camera-'), - sg.Button('', image_data=checkmark64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-checkmark-'), - sg.Button('', image_data=cookbook64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-cookbook-'), - sg.Button('', image_data=download64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-download-'), - sg.Button('', image_data=github64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-github-'), - sg.Button('', image_data=psg64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-psg-'), - sg.Button('', image_data=run64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-run-'), - sg.Button('', image_data=storage64[22:], button_color=('white', sg.COLOR_SYSTEM_DEFAULT), pad=(0, 0), key='-storage-'), - ]] - - - # layout = toolbar_buttons - # ------ GUI Defintion ------ # - layout = [[sg.Menu(menu_def, )], - [sg.Frame('', toolbar_buttons, title_color='white', - background_color=sg.COLOR_SYSTEM_DEFAULT, pad=(0, 0))], - [sg.Text('', size=(20, 8))], - [sg.Text('Status Bar', relief=sg.RELIEF_SUNKEN, - size=(55, 1), pad=(0, 3), key='-status-')] - ] - - window = sg.Window('Toolbar', layout) - - # ---===--- Loop taking in user input --- # - while True: - button, value = window.read() - print(button) - if button in ('-close-', 'Exit') or button is None: - break # exit button clicked - elif button == '-timer-': - pass # add your call to launch a timer program - elif button == '-cpu-': - pass # add your call to launch a CPU measuring utility - - -if __name__ == '__main__': - ShowMeTheButtons() diff --git a/DemoPrograms/Demo_Menubar_Custom.py b/DemoPrograms/Demo_Menubar_Custom.py deleted file mode 100644 index af3d4fd37..000000000 --- a/DemoPrograms/Demo_Menubar_Custom.py +++ /dev/null @@ -1,85 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -""" - Demo - The MenubarCustom element - - With the addition of the Custom Titlebar came the addition of a problem with the - os provided menubar. It's not possible to use the custom titlebar with the - normal menubar. The menubar ends up being placed above the titlebar. - - Enter the MenubarCustom! - - This "Compound Element" is not really an element but rather a combination of - ButtonMenu elements and Column elements. It's possible for users to create a similar - construct. In fact, this element started as a Demo Program and then migrated into PySimpleGUI. - - At the moment, you cannot perform all of the same operations using this custom menubar - that you can with a traditional menubar. Modifying the menu isn't possible yet. In - other words, it's a great start, but more work is needed such as adding an update method, etc. - - For statically defined menus, it works great. Shortuts are possible within the menus, but not - for the initial selection. - - You can use the same menu defition as the standard Menu element. - - The Menubar will tbe themed according to your current theme's colors. The theme's button - colors are used. All of the colors can be changed from the menubar to the menu's text an background. - - The disabled color has a problem. The default tkinter gray is used even though PySimpleGUI sets the value. - The color choice for the menubar background and text use the theme's button colors. - You can change these color choices by changing the Menubar in the layout. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - sg.theme('dark green 7') - # sg.theme('dark gray 13') - sg.theme('dark red') - # sg.theme('black') - - menu_def = [['&File', ['&Open Ctrl-O', '&Save Ctrl-S', '&Properties', 'E&xit']], - ['&Edit', ['Edit Me', 'Special', 'Normal',['Normal1', 'Normal2'] , 'Undo']], - ['!Disabled', ['Special', 'Normal',['Normal1', 'Normal2'], 'Undo']], - ['&Toolbar', ['---', 'Command &1::Command_Key', 'Command &2', '---', 'Command &3', 'Command &4']], - ['&Help', ['&About...']], ] - - layout = [[sg.MenubarCustom(menu_def, pad=(0,0), k='-CUST MENUBAR-')], - [sg.Multiline(size=(70, 20), reroute_cprint=True, write_only=True, no_scrollbar=True, k='-MLINE-')]] - - window = sg.Window("Custom Titlebar with Custom (Simulated) Menubar", layout, use_custom_titlebar=True, keep_on_top=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT) - - # ------ Event Loop ------ # - while True: - event, values = window.read() - # convert ButtonMenu event so they look like Menu events - - if event in (sg.WIN_CLOSED, 'Exit'): - break - - sg.cprint(f'event = {event}', c=(sg.theme_background_color(), sg.theme_text_color())) - sg.cprint(f'values = {values}',c=(sg.theme_input_text_color(), sg.theme_input_background_color())) - - # ------ Process menu choices ------ # - if event == 'About...': - window.disappear() - sg.popup('About this program', 'Simulated Menubar to accompany a simulated Titlebar', - 'PySimpleGUI Version', sg.get_versions(), grab_anywhere=True, keep_on_top=True) - window.reappear() - elif event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), keep_on_top=True, non_blocking=True) - elif event.startswith('Open'): - filename = sg.popup_get_file('file to open', no_window=True) - print(filename) - - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Menubar_Custom_and_Traditional.py b/DemoPrograms/Demo_Menubar_Custom_and_Traditional.py deleted file mode 100644 index 782f21a2f..000000000 --- a/DemoPrograms/Demo_Menubar_Custom_and_Traditional.py +++ /dev/null @@ -1,124 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -""" - Demo - A Custom Menubar Element Simulated Using ButtonMenu Elements - - Because a Menubar is created by the OS and not the underlying GUI framework, the - ability to customize the look and feel of the standard Menubar is not possible. - - Additionally, the Titlebar Element and the Meny Element don't work well together. - The order gets swapped. - - One way to get around all of the problems above is to simulate a Menu Element. - That's exactly what this demo does. - - The color choice for the menubar background and text use the theme's button colors. - You can change these color choices by changing the Menubar in the layout. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.MENU_SHORTCUT_CHARACTER = '&' - -def Menubar(menu_def, text_color, background_color, pad=(0, 0)): - """ - A User Defined element that simulates a Menu element by using ButtonMenu elements - - :param menu_def: A standard PySimpleGUI menu definition - :type menu_def: List[List[Tuple[str, List[str]]] - :param text_color: color for the menubar's text - :type text_color: - :param background_color: color for the menubar's background - :type background_color: - :param pad: Amount of padding around each menu entry - :type pad: - :return: A column element that has a row of ButtonMenu buttons - :rtype: sg.Column - """ - row = [] - for menu in menu_def: - text = menu[0] - if sg.MENU_SHORTCUT_CHARACTER in text: - text = text.replace(sg.MENU_SHORTCUT_CHARACTER, '') - if text.startswith(sg.MENU_DISABLED_CHARACTER): - disabled = True - text = text[len(sg.MENU_DISABLED_CHARACTER):] - else: - disabled = False - row += [sg.ButtonMenu(text, menu, border_width=0, button_color=f'{text_color} on {background_color}',key=text, pad=pad, disabled=disabled)] - - return sg.Column([row], background_color=background_color, pad=(0,0), expand_x=True) - -def main(): - sg.theme('dark green 7') - - menu_def = [['&File', ['&Open & Ctrl-O', '&Save & Ctrl-S', '&Properties', 'E&xit']], - ['&Edit', [['Special', 'Normal',['Normal1', 'Normal2'] ], 'Undo'], ], - ['!Disabled', [['Special', 'Normal',['Normal1', 'Normal2'] ], 'Undo'], ], - ['&Toolbar', ['---', 'Command &1::Command_Key', 'Command &2', '---', 'Command &3', 'Command &4']], - ['&Help', ['&About...']], ] - - layout = [[Menubar(menu_def, sg.theme_button_color()[1], sg.theme_button_color()[0], (5, 0))], - [sg.Text('This is the "Simulated" Titlebar and Menubar Window')], - [sg.Checkbox('Checkbox 1', k='-C1W1-'), sg.Checkbox('Checkbox 2', k='-C2W1-')], - [sg.Slider((0,100), orientation='h', size=(20,20), k='-S1-')], - [sg.HorizontalSeparator()], - [sg.Radio('Radio 1', 1, k='-R1W1-'), sg.Radio('Radio 2', 1, k='-R2W1-')], - [sg.Ok(k='OK 1'), sg.Cancel(k='Cancel 1')],] - - layout2 = [[sg.Menu(menu_def, tearoff=False, key='-MENU BAR-')], # This is how a Menu is normally defined - [sg.Text('This is the "Traditional" Titlebar and Menubar Window')], - [sg.Checkbox('Checkbox 1', k='-C1W2-'), sg.Checkbox('Checkbox 2', k='-C2W2-')], - [sg.Slider((0,100), orientation='h', size=(20,20), k='-S2-')], - [sg.HorizontalSeparator()], - [sg.Radio('Radio 1', 1, k='-R1W2-'), sg.Radio('Radio 2', 1, k='-R2W2-')], - [sg.Ok(k='OK 2'), sg.Cancel(k='Cancel 2')],] - - layout3 = [[sg.Multiline(size=(70, 20), reroute_stdout=True, reroute_cprint=True, write_only=True)],] - - window = sg.Window("Custom Titlebar and Menu", layout, use_custom_titlebar=True, finalize=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT) - - win_loc = window.current_location() - - window2 = sg.Window("Traditional Titlebar and Menu", layout2, finalize=True, location=(win_loc[0]-window.size[0]-40, win_loc[1]), right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT) - - window3 = sg.Window("Output Window", layout3, finalize=True, location=(int(win_loc[0]-window.size[0]//1.5), int(win_loc[1]+window.size[1]+30)), use_custom_titlebar=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT) - - - # ------ Event Loop ------ # - while True: - window, event, values = sg.read_all_windows() - # convert ButtonMenu event so they look like Menu events - elem = window.find_element(event, silent_on_error=True) - if elem and elem.Type == sg.ELEM_TYPE_BUTTONMENU: - event = values[event] - - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), keep_on_top=True, non_blocking=True) - - sg.cprint(f'event = {event}', c='white on red') - sg.cprint(f'values = {values}', c='white on green') - - # ------ Process menu choices ------ # - if event == 'About...': - window.disappear() - sg.popup('About this program', 'Simulated Menubar to accompany a simulated Titlebar', - 'PySimpleGUI Version', sg.version, grab_anywhere=True, keep_on_top=True) - window.reappear() - elif event.startswith('Open'): - filename = sg.popup_get_file('file to open', no_window=True) - print(filename) - - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Menus.py b/DemoPrograms/Demo_Menus.py deleted file mode 100644 index ae28d203c..000000000 --- a/DemoPrograms/Demo_Menus.py +++ /dev/null @@ -1,78 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Demo of Menu element, ButtonMenu element and right-click menus - - The same basic structure is used for all menus in PySimpleGUI. - Each entry is a list of items to display. If any of those items is a list, then a cancade menu is added. - - Copyright 2018-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def second_window(): - - layout = [[sg.Text('The second form is small \nHere to show that opening a window using a window works')], - [sg.OK()]] - - window = sg.Window('Second Form', layout) - event, values = window.read() - window.close() - - -def test_menus(): - - sg.theme('LightGreen') - sg.set_options(element_padding=(0, 0)) - - # ------ Menu Definition ------ # - menu_def = [ - ['&File', ['&Open Ctrl-O', '&Save Ctrl-S', '&Properties', 'E&xit']], - ['&Edit', ['&Paste', ['Special', 'Normal', ], 'Undo', 'Options::this_is_a_menu_key'], ], - ['&Toolbar', ['---', 'Command &1', 'Command &2', - '---', 'Command &3', 'Command &4']], - ['&Help', ['&About...']] - ] - - right_click_menu = ['Unused', ['Right', '!&Click', '&Menu', 'E&xit', 'Properties']] - - # ------ GUI Defintion ------ # - layout = [ - [sg.Menu(menu_def, tearoff=True, font='_ 12', key='-MENUBAR-')], - [sg.Text('Right click me for a right click menu example')], - [sg.Output(size=(60, 20))], - [sg.ButtonMenu('ButtonMenu', right_click_menu, key='-BMENU-', text_color='red', disabled_text_color='green'), sg.Button('Plain Button')], - ] - - window = sg.Window("Windows-like program", - layout, - default_element_size=(12, 1), - default_button_element_size=(12, 1), - right_click_menu=right_click_menu) - - # ------ Loop & Process button menu choices ------ # - while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - print(event, values) - # ------ Process menu choices ------ # - if event == 'About...': - window.disappear() - sg.popup('About this program', 'Version 1.0', 'PySimpleGUI Version', sg.get_versions()) - window.reappear() - elif event == 'Open': - filename = sg.popup_get_file('file to open', no_window=True) - print(filename) - elif event == 'Properties': - second_window() - - window.close() - - -test_menus() diff --git a/DemoPrograms/Demo_Multi_Window_read_all_windows.py b/DemoPrograms/Demo_Multi_Window_read_all_windows.py deleted file mode 100644 index 930da0a57..000000000 --- a/DemoPrograms/Demo_Multi_Window_read_all_windows.py +++ /dev/null @@ -1,50 +0,0 @@ -import PySimpleGUI as sg - -""" - Read all windows example - The input elements are shown as output on the other window when "Go" is pressed - The checkboxes on window 1 are mirrored on window 2 if "mirror" checkbox is set - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" -layout1 = [ [sg.Text('My Window')], - [sg.Input(k='-IN-'), sg.Text(k='-OUT-')], - [sg.CB('Check 1', k='-CB1-', enable_events=True), sg.CB('Check 2', k='-CB2-', enable_events=True), sg.CB('Mirror on Window 2', enable_events=True, k='-CB3-')], - [sg.Button('Go'), sg.Button('Exit')] ] - -window1 = sg.Window('Window 1 Title', layout1, finalize=True, grab_anywhere=True, relative_location=(-600, 0)) - -layout2 = [ [sg.Text('My Window')], - [sg.Input(k='-IN-'), sg.Text(k='-OUT-')], - [sg.CB('Check 1', k='-CB1-'), sg.CB('Check 2', k='-CB2-')], - [sg.Button('Go'), sg.Button('Exit')] ] - -window2 = sg.Window('Window 2 Title', layout2, finalize=True, grab_anywhere=True) - -while True: # Event Loop - window, event, values = sg.read_all_windows() - if window is None: - print('exiting because no windows are left') - break - print(window.Title, event, values) if window is not None else None - if event == sg.WIN_CLOSED or event == 'Exit': - window.close() - if event == 'Go': - # Output the input element to the other windwow - try: # try to update the other window - if window == window1: - window2['-OUT-'].update(values['-IN-']) - else: - window1['-OUT-'].update(values['-IN-']) - except: - pass - try: - if window == window1 and values['-CB3-']: - window2['-CB1-'].update(values['-CB1-']) - window2['-CB2-'].update(values['-CB2-']) - except: - pass diff --git a/DemoPrograms/Demo_Multiline_Elem_Input_Justification.py b/DemoPrograms/Demo_Multiline_Elem_Input_Justification.py deleted file mode 100644 index 309b94974..000000000 --- a/DemoPrograms/Demo_Multiline_Elem_Input_Justification.py +++ /dev/null @@ -1,50 +0,0 @@ -""" - Multline Element - Input Justification - - The justification of text for the Multiline element defaults to Left Justified - Because of the way tkinter's widget works, setting the justification when creating the element - is not enough to provide the correct justification. - - The demo shows you the technique to achieve justified input - - Key points: - * Enable events on the multiline - * Add 2 lines of code to your event loop - * If get mline element event - * Set the contents of the multline to be the correct justificaiton - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg - -def main(): - justification = 'l' # start left justified - - layout = [[sg.Text('Multiline Element Input Justification')], - [sg.Multiline(size=(40,10), key='-MLINE-', justification=justification, enable_events=True, autoscroll=True)], - # We'll be fancy and allow user to choose which justification to use in the demo - [sg.Radio('Left', 0, True, k='-L-'), sg.Radio('Center', 0, k='-C-'),sg.Radio('Right', 0, k='-R-'),], - [sg.Button('Go'), sg.Button('Exit')]] - - window = sg.Window('Window Title', layout, keep_on_top=True, resizable=True, finalize=True) - - while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - # Get desired justication from radio buttons. You don't need this if you know your justification already - justification = 'l' if values['-L-'] else 'r' if values['-R-'] else 'c' - - # This is the important bit of code. It sets the current contents of the multiline to be the correct justification - if event == '-MLINE-': - window['-MLINE-'].update(values['-MLINE-'][:-1], justification=justification) - - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Multiline_Multicolored_Text.py b/DemoPrograms/Demo_Multiline_Multicolored_Text.py deleted file mode 100644 index 9593f7bae..000000000 --- a/DemoPrograms/Demo_Multiline_Multicolored_Text.py +++ /dev/null @@ -1,50 +0,0 @@ -import PySimpleGUI as sg -# import PySimpleGUIQt as sg - -""" - Demonstration of how to work with multiple colors and fonts when outputting text to a multiline element or with Debug Print - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -MLINE_KEY = '-MLINE-' - -layout = [ [sg.Text('Demonstration of Multiline Element\'s ability to show multiple colors ')], - [sg.Multiline(size=(60,20), key=MLINE_KEY, reroute_cprint=True, write_only=True)], - [sg.Input(k='-IN-')], - [sg.B('Plain'), sg.Button('Text Blue Line'), sg.Button('Text Green Line')], - [sg.Button('Background Blue Line'),sg.Button('Background Green Line'), sg.B('White on Green'), sg.B('Font Courier 12')] ] - -window = sg.Window('Demonstration of Multicolored Multline Text', layout) - -# print = lambda *args, **kwargs: window[MLINE_KEY].print(*args, **kwargs, text_color='red') -mline:sg.Multiline = window[MLINE_KEY] -while True: - event, values = window.read() # type: (str, dict) - print(event, values) - sg.cprint(event, values, c='white on green', font='courier 12') - sg.Print(event, c='white on green', font='courier 12', end='') - sg.Print(values, c='white on red', font='Courier 12 underline italic bold', end='') - sg.Print('') - if event in (sg.WIN_CLOSED, 'Exit'): - break - if 'Text Blue' in event: - mline.update('This is blue text\n', text_color_for_value='blue', append=True) - if 'Text Green' in event: - mline.update('This is green text\n', text_color_for_value='green', append=True) - if 'Background Blue' in event: - mline.update('This is Blue Background\n', background_color_for_value='blue', append=True) - if 'Background Green' in event: - mline.update('This is Green Background\n', background_color_for_value='green', append=True) - if 'Font' in event: - mline.update('This is Green Background\n', background_color_for_value='green', append=True, font_for_value=('Courier', 12, 'underline')) - mline.print('\nThis is Green Background\n', c='white on green', font='Courier 12 bold ') - if 'White on Green' in event: - mline.update('This is white text on a green background\n', text_color_for_value='white', background_color_for_value='green', append=True) - if event == 'Plain': - mline.update('This is plain text with no extra coloring\n', append=True) -window.close() diff --git a/DemoPrograms/Demo_Multiline_Right_Click_Menu_Clipboard.py b/DemoPrograms/Demo_Multiline_Right_Click_Menu_Clipboard.py deleted file mode 100644 index 739b51907..000000000 --- a/DemoPrograms/Demo_Multiline_Right_Click_Menu_Clipboard.py +++ /dev/null @@ -1,75 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Adding a right click menu to perform multiline element common operations - - Sometimes Multiline Elements can benefit from a right click menu. There are no default menu - that come with tkinter, so you'll need to create your own. - - Some common clipboard types of operations - Select all - Copy - Paste - Cut - - The underlying Widget is accessed several times in this code because setting selections, - getting their values, and clipboard operations are not currently exposed in the APIs - - NOTE - With tkinter, if you use the built-in clipboard, you must keep your program - running in order to access the clipboard. Upon exit, your clipboard will be deleted. - You can get around this by using other clipboard packages. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -right_click_menu = ['', ['Copy', 'Paste', 'Select All', 'Cut']] -MLINE_KEY = '-MLINE-' - -def do_clipboard_operation(event, window, element): - if event == 'Select All': - element.Widget.selection_clear() - element.Widget.tag_add('sel', '1.0', 'end') - elif event == 'Copy': - try: - text = element.Widget.selection_get() - window.TKroot.clipboard_clear() - window.TKroot.clipboard_append(text) - except: - print('Nothing selected') - elif event == 'Paste': - element.Widget.insert(sg.tk.INSERT, window.TKroot.clipboard_get()) - elif event == 'Cut': - try: - text = element.Widget.selection_get() - window.TKroot.clipboard_clear() - window.TKroot.clipboard_append(text) - element.update('') - except: - print('Nothing selected') - -def main(): - layout = [ [sg.Text('Using a custom right click menu with Multiline Element')], - [sg.Multiline(size=(60,20), key=MLINE_KEY, right_click_menu=right_click_menu)], - [sg.B('Go'), sg.B('Exit')]] - - window = sg.Window('Right Click Menu Multiline', layout) - - mline:sg.Multiline = window[MLINE_KEY] - - while True: - event, values = window.read() # type: (str, dict) - if event in (sg.WIN_CLOSED, 'Exit'): - break - - # if event is a right click menu for the multiline, then handle the event in func - if event in right_click_menu[1]: - do_clipboard_operation(event, window, mline) - - window.close() - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Multiline_cprint_Printing.py b/DemoPrograms/Demo_Multiline_cprint_Printing.py deleted file mode 100644 index 2890a23f2..000000000 --- a/DemoPrograms/Demo_Multiline_cprint_Printing.py +++ /dev/null @@ -1,726 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - cprint usage - - "Print" to any Multiline Element in any of your windows. - - cprint in a really handy way to "print" to any multiline element in any one of your windows. - There is an initial call - cprint_set_output_destination, where you set the output window and the key - for the Multiline Element. - - There are FOUR different ways to indicate the color, from verbose to the most minimal are: - 1. Specify text_color and background_color in the cprint call - 2. Specify t, b paramters when calling cprint - 3. Specify c/colors parameter a tuple with (text color, background color) - 4. Specify c/colors parameter as a string "text on background" e.g. "white on red" - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - - - cprint = sg.cprint - - MLINE_KEY = '-ML-'+sg.WRITE_ONLY_KEY # multiline element's key. Indicate it's an output only element - MLINE_KEY2 = '-ML2-'+sg.WRITE_ONLY_KEY # multiline element's key. Indicate it's an output only element - MLINE_KEY3 = '-ML3-'+sg.WRITE_ONLY_KEY # multiline element's key. Indicate it's an output only element - - output_key = MLINE_KEY - - layout = [ [sg.Text('Multiline Color Print Demo', font='Any 18')], - [sg.Multiline('Multiline\n', size=(80,20), key=MLINE_KEY)], - [sg.Multiline('Multiline2\n', size=(80,20), key=MLINE_KEY2)], - [sg.Text('Text color:'), sg.Combo(list(color_map.keys()), size=(12,20), key='-TEXT COLOR-'), - sg.Text('on Background color:'), sg.Combo(list(color_map.keys()), size=(12,20), key='-BG COLOR-')], - [sg.Input('Type text to output here', size=(80,1), key='-IN-')], - [sg.Button('Print', bind_return_key=True), sg.Button('Print short'), - sg.Button('Force 1'), sg.Button('Force 2'), - sg.Button('Use Input for colors'), sg.Button('Toggle Output Location'), sg.Button('Exit')] ] - - window = sg.Window('Window Title', layout) - - sg.cprint_set_output_destination(window, output_key) - - while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Print': - sg.cprint(values['-IN-'], text_color=values['-TEXT COLOR-'], background_color=values['-BG COLOR-']) - elif event == 'Print short': - sg.cprint(values['-IN-'], c=(values['-TEXT COLOR-'], values['-BG COLOR-'])) - elif event.startswith('Use Input'): - sg.cprint(values['-IN-'], colors=values['-IN-']) - elif event.startswith('Toggle'): - output_key = MLINE_KEY if output_key == MLINE_KEY2 else MLINE_KEY2 - sg.cprint_set_output_destination(window, output_key) - sg.cprint('Switched to this output element', c='white on red') - elif event == 'Force 1': - sg.cprint(values['-IN-'], c=(values['-TEXT COLOR-'], values['-BG COLOR-']), key=MLINE_KEY) - elif event == 'Force 2': - sg.cprint(values['-IN-'], c=(values['-TEXT COLOR-'], values['-BG COLOR-']), key=MLINE_KEY2) - - window.close() - - -if __name__ == '__main__': - color_map = { - 'alice blue': '#F0F8FF', - 'AliceBlue': '#F0F8FF', - 'antique white': '#FAEBD7', - 'AntiqueWhite': '#FAEBD7', - 'AntiqueWhite1': '#FFEFDB', - 'AntiqueWhite2': '#EEDFCC', - 'AntiqueWhite3': '#CDC0B0', - 'AntiqueWhite4': '#8B8378', - 'aquamarine': '#7FFFD4', - 'aquamarine1': '#7FFFD4', - 'aquamarine2': '#76EEC6', - 'aquamarine3': '#66CDAA', - 'aquamarine4': '#458B74', - 'azure': '#F0FFFF', - 'azure1': '#F0FFFF', - 'azure2': '#E0EEEE', - 'azure3': '#C1CDCD', - 'azure4': '#838B8B', - 'beige': '#F5F5DC', - 'bisque': '#FFE4C4', - 'bisque1': '#FFE4C4', - 'bisque2': '#EED5B7', - 'bisque3': '#CDB79E', - 'bisque4': '#8B7D6B', - 'black': '#000000', - 'blanched almond': '#FFEBCD', - 'BlanchedAlmond': '#FFEBCD', - 'blue': '#0000FF', - 'blue violet': '#8A2BE2', - 'blue1': '#0000FF', - 'blue2': '#0000EE', - 'blue3': '#0000CD', - 'blue4': '#00008B', - 'BlueViolet': '#8A2BE2', - 'brown': '#A52A2A', - 'brown1': '#FF4040', - 'brown2': '#EE3B3B', - 'brown3': '#CD3333', - 'brown4': '#8B2323', - 'burlywood': '#DEB887', - 'burlywood1': '#FFD39B', - 'burlywood2': '#EEC591', - 'burlywood3': '#CDAA7D', - 'burlywood4': '#8B7355', - 'cadet blue': '#5F9EA0', - 'CadetBlue': '#5F9EA0', - 'CadetBlue1': '#98F5FF', - 'CadetBlue2': '#8EE5EE', - 'CadetBlue3': '#7AC5CD', - 'CadetBlue4': '#53868B', - 'chartreuse': '#7FFF00', - 'chartreuse1': '#7FFF00', - 'chartreuse2': '#76EE00', - 'chartreuse3': '#66CD00', - 'chartreuse4': '#458B00', - 'chocolate': '#D2691E', - 'chocolate1': '#FF7F24', - 'chocolate2': '#EE7621', - 'chocolate3': '#CD661D', - 'chocolate4': '#8B4513', - 'coral': '#FF7F50', - 'coral1': '#FF7256', - 'coral2': '#EE6A50', - 'coral3': '#CD5B45', - 'coral4': '#8B3E2F', - 'cornflower blue': '#6495ED', - 'CornflowerBlue': '#6495ED', - 'cornsilk': '#FFF8DC', - 'cornsilk1': '#FFF8DC', - 'cornsilk2': '#EEE8CD', - 'cornsilk3': '#CDC8B1', - 'cornsilk4': '#8B8878', - 'cyan': '#00FFFF', - 'cyan1': '#00FFFF', - 'cyan2': '#00EEEE', - 'cyan3': '#00CDCD', - 'cyan4': '#008B8B', - 'dark blue': '#00008B', - 'dark cyan': '#008B8B', - 'dark goldenrod': '#B8860B', - 'dark gray': '#A9A9A9', - 'dark green': '#006400', - 'dark grey': '#A9A9A9', - 'dark khaki': '#BDB76B', - 'dark magenta': '#8B008B', - 'dark olive green': '#556B2F', - 'dark orange': '#FF8C00', - 'dark orchid': '#9932CC', - 'dark red': '#8B0000', - 'dark salmon': '#E9967A', - 'dark sea green': '#8FBC8F', - 'dark slate blue': '#483D8B', - 'dark slate gray': '#2F4F4F', - 'dark slate grey': '#2F4F4F', - 'dark turquoise': '#00CED1', - 'dark violet': '#9400D3', - 'DarkBlue': '#00008B', - 'DarkCyan': '#008B8B', - 'DarkGoldenrod': '#B8860B', - 'DarkGoldenrod1': '#FFB90F', - 'DarkGoldenrod2': '#EEAD0E', - 'DarkGoldenrod3': '#CD950C', - 'DarkGoldenrod4': '#8B6508', - 'DarkGray': '#A9A9A9', - 'DarkGreen': '#006400', - 'DarkGrey': '#A9A9A9', - 'DarkKhaki': '#BDB76B', - 'DarkMagenta': '#8B008B', - 'DarkOliveGreen': '#556B2F', - 'DarkOliveGreen1': '#CAFF70', - 'DarkOliveGreen2': '#BCEE68', - 'DarkOliveGreen3': '#A2CD5A', - 'DarkOliveGreen4': '#6E8B3D', - 'DarkOrange': '#FF8C00', - 'DarkOrange1': '#FF7F00', - 'DarkOrange2': '#EE7600', - 'DarkOrange3': '#CD6600', - 'DarkOrange4': '#8B4500', - 'DarkOrchid': '#9932CC', - 'DarkOrchid1': '#BF3EFF', - 'DarkOrchid2': '#B23AEE', - 'DarkOrchid3': '#9A32CD', - 'DarkOrchid4': '#68228B', - 'DarkRed': '#8B0000', - 'DarkSalmon': '#E9967A', - 'DarkSeaGreen': '#8FBC8F', - 'DarkSeaGreen1': '#C1FFC1', - 'DarkSeaGreen2': '#B4EEB4', - 'DarkSeaGreen3': '#9BCD9B', - 'DarkSeaGreen4': '#698B69', - 'DarkSlateBlue': '#483D8B', - 'DarkSlateGray': '#2F4F4F', - 'DarkSlateGray1': '#97FFFF', - 'DarkSlateGray2': '#8DEEEE', - 'DarkSlateGray3': '#79CDCD', - 'DarkSlateGray4': '#528B8B', - 'DarkSlateGrey': '#2F4F4F', - 'DarkTurquoise': '#00CED1', - 'DarkViolet': '#9400D3', - 'deep pink': '#FF1493', - 'deep sky blue': '#00BFFF', - 'DeepPink': '#FF1493', - 'DeepPink1': '#FF1493', - 'DeepPink2': '#EE1289', - 'DeepPink3': '#CD1076', - 'DeepPink4': '#8B0A50', - 'DeepSkyBlue': '#00BFFF', - 'DeepSkyBlue1': '#00BFFF', - 'DeepSkyBlue2': '#00B2EE', - 'DeepSkyBlue3': '#009ACD', - 'DeepSkyBlue4': '#00688B', - 'dim gray': '#696969', - 'dim grey': '#696969', - 'DimGray': '#696969', - 'DimGrey': '#696969', - 'dodger blue': '#1E90FF', - 'DodgerBlue': '#1E90FF', - 'DodgerBlue1': '#1E90FF', - 'DodgerBlue2': '#1C86EE', - 'DodgerBlue3': '#1874CD', - 'DodgerBlue4': '#104E8B', - 'firebrick': '#B22222', - 'firebrick1': '#FF3030', - 'firebrick2': '#EE2C2C', - 'firebrick3': '#CD2626', - 'firebrick4': '#8B1A1A', - 'floral white': '#FFFAF0', - 'FloralWhite': '#FFFAF0', - 'forest green': '#228B22', - 'ForestGreen': '#228B22', - 'gainsboro': '#DCDCDC', - 'ghost white': '#F8F8FF', - 'GhostWhite': '#F8F8FF', - 'gold': '#FFD700', - 'gold1': '#FFD700', - 'gold2': '#EEC900', - 'gold3': '#CDAD00', - 'gold4': '#8B7500', - 'goldenrod': '#DAA520', - 'goldenrod1': '#FFC125', - 'goldenrod2': '#EEB422', - 'goldenrod3': '#CD9B1D', - 'goldenrod4': '#8B6914', - 'green': '#00FF00', - 'green yellow': '#ADFF2F', - 'green1': '#00FF00', - 'green2': '#00EE00', - 'green3': '#00CD00', - 'green4': '#008B00', - 'GreenYellow': '#ADFF2F', - 'grey': '#BEBEBE', - 'grey0': '#000000', - 'grey1': '#030303', - 'grey2': '#050505', - 'grey3': '#080808', - 'grey4': '#0A0A0A', - 'grey5': '#0D0D0D', - 'grey6': '#0F0F0F', - 'grey7': '#121212', - 'grey8': '#141414', - 'grey9': '#171717', - 'grey10': '#1A1A1A', - 'grey11': '#1C1C1C', - 'grey12': '#1F1F1F', - 'grey13': '#212121', - 'grey14': '#242424', - 'grey15': '#262626', - 'grey16': '#292929', - 'grey17': '#2B2B2B', - 'grey18': '#2E2E2E', - 'grey19': '#303030', - 'grey20': '#333333', - 'grey21': '#363636', - 'grey22': '#383838', - 'grey23': '#3B3B3B', - 'grey24': '#3D3D3D', - 'grey25': '#404040', - 'grey26': '#424242', - 'grey27': '#454545', - 'grey28': '#474747', - 'grey29': '#4A4A4A', - 'grey30': '#4D4D4D', - 'grey31': '#4F4F4F', - 'grey32': '#525252', - 'grey33': '#545454', - 'grey34': '#575757', - 'grey35': '#595959', - 'grey36': '#5C5C5C', - 'grey37': '#5E5E5E', - 'grey38': '#616161', - 'grey39': '#636363', - 'grey40': '#666666', - 'grey41': '#696969', - 'grey42': '#6B6B6B', - 'grey43': '#6E6E6E', - 'grey44': '#707070', - 'grey45': '#737373', - 'grey46': '#757575', - 'grey47': '#787878', - 'grey48': '#7A7A7A', - 'grey49': '#7D7D7D', - 'grey50': '#7F7F7F', - 'grey51': '#828282', - 'grey52': '#858585', - 'grey53': '#878787', - 'grey54': '#8A8A8A', - 'grey55': '#8C8C8C', - 'grey56': '#8F8F8F', - 'grey57': '#919191', - 'grey58': '#949494', - 'grey59': '#969696', - 'grey60': '#999999', - 'grey61': '#9C9C9C', - 'grey62': '#9E9E9E', - 'grey63': '#A1A1A1', - 'grey64': '#A3A3A3', - 'grey65': '#A6A6A6', - 'grey66': '#A8A8A8', - 'grey67': '#ABABAB', - 'grey68': '#ADADAD', - 'grey69': '#B0B0B0', - 'grey70': '#B3B3B3', - 'grey71': '#B5B5B5', - 'grey72': '#B8B8B8', - 'grey73': '#BABABA', - 'grey74': '#BDBDBD', - 'grey75': '#BFBFBF', - 'grey76': '#C2C2C2', - 'grey77': '#C4C4C4', - 'grey78': '#C7C7C7', - 'grey79': '#C9C9C9', - 'grey80': '#CCCCCC', - 'grey81': '#CFCFCF', - 'grey82': '#D1D1D1', - 'grey83': '#D4D4D4', - 'grey84': '#D6D6D6', - 'grey85': '#D9D9D9', - 'grey86': '#DBDBDB', - 'grey87': '#DEDEDE', - 'grey88': '#E0E0E0', - 'grey89': '#E3E3E3', - 'grey90': '#E5E5E5', - 'grey91': '#E8E8E8', - 'grey92': '#EBEBEB', - 'grey93': '#EDEDED', - 'grey94': '#F0F0F0', - 'grey95': '#F2F2F2', - 'grey96': '#F5F5F5', - 'grey97': '#F7F7F7', - 'grey98': '#FAFAFA', - 'grey99': '#FCFCFC', - 'grey100': '#FFFFFF', - 'honeydew': '#F0FFF0', - 'honeydew1': '#F0FFF0', - 'honeydew2': '#E0EEE0', - 'honeydew3': '#C1CDC1', - 'honeydew4': '#838B83', - 'hot pink': '#FF69B4', - 'HotPink': '#FF69B4', - 'HotPink1': '#FF6EB4', - 'HotPink2': '#EE6AA7', - 'HotPink3': '#CD6090', - 'HotPink4': '#8B3A62', - 'indian red': '#CD5C5C', - 'IndianRed': '#CD5C5C', - 'IndianRed1': '#FF6A6A', - 'IndianRed2': '#EE6363', - 'IndianRed3': '#CD5555', - 'IndianRed4': '#8B3A3A', - 'ivory': '#FFFFF0', - 'ivory1': '#FFFFF0', - 'ivory2': '#EEEEE0', - 'ivory3': '#CDCDC1', - 'ivory4': '#8B8B83', - 'khaki': '#F0E68C', - 'khaki1': '#FFF68F', - 'khaki2': '#EEE685', - 'khaki3': '#CDC673', - 'khaki4': '#8B864E', - 'lavender': '#E6E6FA', - 'lavender blush': '#FFF0F5', - 'LavenderBlush': '#FFF0F5', - 'LavenderBlush1': '#FFF0F5', - 'LavenderBlush2': '#EEE0E5', - 'LavenderBlush3': '#CDC1C5', - 'LavenderBlush4': '#8B8386', - 'lawn green': '#7CFC00', - 'LawnGreen': '#7CFC00', - 'lemon chiffon': '#FFFACD', - 'LemonChiffon': '#FFFACD', - 'LemonChiffon1': '#FFFACD', - 'LemonChiffon2': '#EEE9BF', - 'LemonChiffon3': '#CDC9A5', - 'LemonChiffon4': '#8B8970', - 'light blue': '#ADD8E6', - 'light coral': '#F08080', - 'light cyan': '#E0FFFF', - 'light goldenrod': '#EEDD82', - 'light goldenrod yellow': '#FAFAD2', - 'light gray': '#D3D3D3', - 'light green': '#90EE90', - 'light grey': '#D3D3D3', - 'light pink': '#FFB6C1', - 'light salmon': '#FFA07A', - 'light sea green': '#20B2AA', - 'light sky blue': '#87CEFA', - 'light slate blue': '#8470FF', - 'light slate gray': '#778899', - 'light slate grey': '#778899', - 'light steel blue': '#B0C4DE', - 'light yellow': '#FFFFE0', - 'LightBlue': '#ADD8E6', - 'LightBlue1': '#BFEFFF', - 'LightBlue2': '#B2DFEE', - 'LightBlue3': '#9AC0CD', - 'LightBlue4': '#68838B', - 'LightCoral': '#F08080', - 'LightCyan': '#E0FFFF', - 'LightCyan1': '#E0FFFF', - 'LightCyan2': '#D1EEEE', - 'LightCyan3': '#B4CDCD', - 'LightCyan4': '#7A8B8B', - 'LightGoldenrod': '#EEDD82', - 'LightGoldenrod1': '#FFEC8B', - 'LightGoldenrod2': '#EEDC82', - 'LightGoldenrod3': '#CDBE70', - 'LightGoldenrod4': '#8B814C', - 'LightGoldenrodYellow': '#FAFAD2', - 'LightGray': '#D3D3D3', - 'LightGreen': '#90EE90', - 'LightGrey': '#D3D3D3', - 'LightPink': '#FFB6C1', - 'LightPink1': '#FFAEB9', - 'LightPink2': '#EEA2AD', - 'LightPink3': '#CD8C95', - 'LightPink4': '#8B5F65', - 'LightSalmon': '#FFA07A', - 'LightSalmon1': '#FFA07A', - 'LightSalmon2': '#EE9572', - 'LightSalmon3': '#CD8162', - 'LightSalmon4': '#8B5742', - 'LightSeaGreen': '#20B2AA', - 'LightSkyBlue': '#87CEFA', - 'LightSkyBlue1': '#B0E2FF', - 'LightSkyBlue2': '#A4D3EE', - 'LightSkyBlue3': '#8DB6CD', - 'LightSkyBlue4': '#607B8B', - 'LightSlateBlue': '#8470FF', - 'LightSlateGray': '#778899', - 'LightSlateGrey': '#778899', - 'LightSteelBlue': '#B0C4DE', - 'LightSteelBlue1': '#CAE1FF', - 'LightSteelBlue2': '#BCD2EE', - 'LightSteelBlue3': '#A2B5CD', - 'LightSteelBlue4': '#6E7B8B', - 'LightYellow': '#FFFFE0', - 'LightYellow1': '#FFFFE0', - 'LightYellow2': '#EEEED1', - 'LightYellow3': '#CDCDB4', - 'LightYellow4': '#8B8B7A', - 'lime green': '#32CD32', - 'LimeGreen': '#32CD32', - 'linen': '#FAF0E6', - 'magenta': '#FF00FF', - 'magenta1': '#FF00FF', - 'magenta2': '#EE00EE', - 'magenta3': '#CD00CD', - 'magenta4': '#8B008B', - 'maroon': '#B03060', - 'maroon1': '#FF34B3', - 'maroon2': '#EE30A7', - 'maroon3': '#CD2990', - 'maroon4': '#8B1C62', - 'medium aquamarine': '#66CDAA', - 'medium blue': '#0000CD', - 'medium orchid': '#BA55D3', - 'medium purple': '#9370DB', - 'medium sea green': '#3CB371', - 'medium slate blue': '#7B68EE', - 'medium spring green': '#00FA9A', - 'medium turquoise': '#48D1CC', - 'medium violet red': '#C71585', - 'MediumAquamarine': '#66CDAA', - 'MediumBlue': '#0000CD', - 'MediumOrchid': '#BA55D3', - 'MediumOrchid1': '#E066FF', - 'MediumOrchid2': '#D15FEE', - 'MediumOrchid3': '#B452CD', - 'MediumOrchid4': '#7A378B', - 'MediumPurple': '#9370DB', - 'MediumPurple1': '#AB82FF', - 'MediumPurple2': '#9F79EE', - 'MediumPurple3': '#8968CD', - 'MediumPurple4': '#5D478B', - 'MediumSeaGreen': '#3CB371', - 'MediumSlateBlue': '#7B68EE', - 'MediumSpringGreen': '#00FA9A', - 'MediumTurquoise': '#48D1CC', - 'MediumVioletRed': '#C71585', - 'midnight blue': '#191970', - 'MidnightBlue': '#191970', - 'mint cream': '#F5FFFA', - 'MintCream': '#F5FFFA', - 'misty rose': '#FFE4E1', - 'MistyRose': '#FFE4E1', - 'MistyRose1': '#FFE4E1', - 'MistyRose2': '#EED5D2', - 'MistyRose3': '#CDB7B5', - 'MistyRose4': '#8B7D7B', - 'moccasin': '#FFE4B5', - 'navajo white': '#FFDEAD', - 'NavajoWhite': '#FFDEAD', - 'NavajoWhite1': '#FFDEAD', - 'NavajoWhite2': '#EECFA1', - 'NavajoWhite3': '#CDB38B', - 'NavajoWhite4': '#8B795E', - 'navy': '#000080', - 'navy blue': '#000080', - 'NavyBlue': '#000080', - 'old lace': '#FDF5E6', - 'OldLace': '#FDF5E6', - 'olive drab': '#6B8E23', - 'OliveDrab': '#6B8E23', - 'OliveDrab1': '#C0FF3E', - 'OliveDrab2': '#B3EE3A', - 'OliveDrab3': '#9ACD32', - 'OliveDrab4': '#698B22', - 'orange': '#FFA500', - 'orange red': '#FF4500', - 'orange1': '#FFA500', - 'orange2': '#EE9A00', - 'orange3': '#CD8500', - 'orange4': '#8B5A00', - 'OrangeRed': '#FF4500', - 'OrangeRed1': '#FF4500', - 'OrangeRed2': '#EE4000', - 'OrangeRed3': '#CD3700', - 'OrangeRed4': '#8B2500', - 'orchid': '#DA70D6', - 'orchid1': '#FF83FA', - 'orchid2': '#EE7AE9', - 'orchid3': '#CD69C9', - 'orchid4': '#8B4789', - 'pale goldenrod': '#EEE8AA', - 'pale green': '#98FB98', - 'pale turquoise': '#AFEEEE', - 'pale violet red': '#DB7093', - 'PaleGoldenrod': '#EEE8AA', - 'PaleGreen': '#98FB98', - 'PaleGreen1': '#9AFF9A', - 'PaleGreen2': '#90EE90', - 'PaleGreen3': '#7CCD7C', - 'PaleGreen4': '#548B54', - 'PaleTurquoise': '#AFEEEE', - 'PaleTurquoise1': '#BBFFFF', - 'PaleTurquoise2': '#AEEEEE', - 'PaleTurquoise3': '#96CDCD', - 'PaleTurquoise4': '#668B8B', - 'PaleVioletRed': '#DB7093', - 'PaleVioletRed1': '#FF82AB', - 'PaleVioletRed2': '#EE799F', - 'PaleVioletRed3': '#CD687F', - 'PaleVioletRed4': '#8B475D', - 'papaya whip': '#FFEFD5', - 'PapayaWhip': '#FFEFD5', - 'peach puff': '#FFDAB9', - 'PeachPuff': '#FFDAB9', - 'PeachPuff1': '#FFDAB9', - 'PeachPuff2': '#EECBAD', - 'PeachPuff3': '#CDAF95', - 'PeachPuff4': '#8B7765', - 'peru': '#CD853F', - 'pink': '#FFC0CB', - 'pink1': '#FFB5C5', - 'pink2': '#EEA9B8', - 'pink3': '#CD919E', - 'pink4': '#8B636C', - 'plum': '#DDA0DD', - 'plum1': '#FFBBFF', - 'plum2': '#EEAEEE', - 'plum3': '#CD96CD', - 'plum4': '#8B668B', - 'powder blue': '#B0E0E6', - 'PowderBlue': '#B0E0E6', - 'purple': '#A020F0', - 'purple1': '#9B30FF', - 'purple2': '#912CEE', - 'purple3': '#7D26CD', - 'purple4': '#551A8B', - 'red': '#FF0000', - 'red1': '#FF0000', - 'red2': '#EE0000', - 'red3': '#CD0000', - 'red4': '#8B0000', - 'rosy brown': '#BC8F8F', - 'RosyBrown': '#BC8F8F', - 'RosyBrown1': '#FFC1C1', - 'RosyBrown2': '#EEB4B4', - 'RosyBrown3': '#CD9B9B', - 'RosyBrown4': '#8B6969', - 'royal blue': '#4169E1', - 'RoyalBlue': '#4169E1', - 'RoyalBlue1': '#4876FF', - 'RoyalBlue2': '#436EEE', - 'RoyalBlue3': '#3A5FCD', - 'RoyalBlue4': '#27408B', - 'saddle brown': '#8B4513', - 'SaddleBrown': '#8B4513', - 'salmon': '#FA8072', - 'salmon1': '#FF8C69', - 'salmon2': '#EE8262', - 'salmon3': '#CD7054', - 'salmon4': '#8B4C39', - 'sandy brown': '#F4A460', - 'SandyBrown': '#F4A460', - 'sea green': '#2E8B57', - 'SeaGreen': '#2E8B57', - 'SeaGreen1': '#54FF9F', - 'SeaGreen2': '#4EEE94', - 'SeaGreen3': '#43CD80', - 'SeaGreen4': '#2E8B57', - 'seashell': '#FFF5EE', - 'seashell1': '#FFF5EE', - 'seashell2': '#EEE5DE', - 'seashell3': '#CDC5BF', - 'seashell4': '#8B8682', - 'sienna': '#A0522D', - 'sienna1': '#FF8247', - 'sienna2': '#EE7942', - 'sienna3': '#CD6839', - 'sienna4': '#8B4726', - 'sky blue': '#87CEEB', - 'SkyBlue': '#87CEEB', - 'SkyBlue1': '#87CEFF', - 'SkyBlue2': '#7EC0EE', - 'SkyBlue3': '#6CA6CD', - 'SkyBlue4': '#4A708B', - 'slate blue': '#6A5ACD', - 'slate gray': '#708090', - 'slate grey': '#708090', - 'SlateBlue': '#6A5ACD', - 'SlateBlue1': '#836FFF', - 'SlateBlue2': '#7A67EE', - 'SlateBlue3': '#6959CD', - 'SlateBlue4': '#473C8B', - 'SlateGray': '#708090', - 'SlateGray1': '#C6E2FF', - 'SlateGray2': '#B9D3EE', - 'SlateGray3': '#9FB6CD', - 'SlateGray4': '#6C7B8B', - 'SlateGrey': '#708090', - 'snow': '#FFFAFA', - 'snow1': '#FFFAFA', - 'snow2': '#EEE9E9', - 'snow3': '#CDC9C9', - 'snow4': '#8B8989', - 'spring green': '#00FF7F', - 'SpringGreen': '#00FF7F', - 'SpringGreen1': '#00FF7F', - 'SpringGreen2': '#00EE76', - 'SpringGreen3': '#00CD66', - 'SpringGreen4': '#008B45', - 'steel blue': '#4682B4', - 'SteelBlue': '#4682B4', - 'SteelBlue1': '#63B8FF', - 'SteelBlue2': '#5CACEE', - 'SteelBlue3': '#4F94CD', - 'SteelBlue4': '#36648B', - 'tan': '#D2B48C', - 'tan1': '#FFA54F', - 'tan2': '#EE9A49', - 'tan3': '#CD853F', - 'tan4': '#8B5A2B', - 'thistle': '#D8BFD8', - 'thistle1': '#FFE1FF', - 'thistle2': '#EED2EE', - 'thistle3': '#CDB5CD', - 'thistle4': '#8B7B8B', - 'tomato': '#FF6347', - 'tomato1': '#FF6347', - 'tomato2': '#EE5C42', - 'tomato3': '#CD4F39', - 'tomato4': '#8B3626', - 'turquoise': '#40E0D0', - 'turquoise1': '#00F5FF', - 'turquoise2': '#00E5EE', - 'turquoise3': '#00C5CD', - 'turquoise4': '#00868B', - 'violet': '#EE82EE', - 'violet red': '#D02090', - 'VioletRed': '#D02090', - 'VioletRed1': '#FF3E96', - 'VioletRed2': '#EE3A8C', - 'VioletRed3': '#CD3278', - 'VioletRed4': '#8B2252', - 'wheat': '#F5DEB3', - 'wheat1': '#FFE7BA', - 'wheat2': '#EED8AE', - 'wheat3': '#CDBA96', - 'wheat4': '#8B7E66', - 'white': '#FFFFFF', - 'white smoke': '#F5F5F5', - 'WhiteSmoke': '#F5F5F5', - 'yellow': '#FFFF00', - 'yellow green': '#9ACD32', - 'yellow1': '#FFFF00', - 'yellow2': '#EEEE00', - 'yellow3': '#CDCD00', - 'yellow4': '#8B8B00', - 'YellowGreen': '#9ACD32', - } - main() - diff --git a/DemoPrograms/Demo_Multiple_Windows_Experimental.py b/DemoPrograms/Demo_Multiple_Windows_Experimental.py deleted file mode 100644 index 8e2cd6ccf..000000000 --- a/DemoPrograms/Demo_Multiple_Windows_Experimental.py +++ /dev/null @@ -1,56 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' - Parallel windows executing. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -layout1 = [[ sg.Text('Window 1') ], - [sg.Input('')], - [ sg.Button('Read')]] - -window1 = sg.Window('My new window', layout1, location=(800,500)) - - -layout2 = [[ sg.Text('Window 2') ], - [sg.Input('')], - [ sg.Button('Read')]] - -window2 = sg.Window('My new window', layout2, location=(800, 625), return_keyboard_events=True) - - -layout3 = [[ sg.Text('Window 3') ], - [sg.Input(do_not_clear=False)], - [ sg.Button('Read')]] - -window3 = sg.Window('My new window', layout3, location=(800,750), return_keyboard_events=True) - - -while True: # Event Loop - event, values = window1.read(timeout=0) - if event == sg.WIN_CLOSED: - break - elif event != '__timeout__': - print(event, values) - - event, values = window2.read(timeout=0) - if event == sg.WIN_CLOSED: - break - elif event != '__timeout__': - print(event, values) - - event, values = window3.read(timeout=0) - if event == sg.WIN_CLOSED: - break - elif event != '__timeout__': - print(event, values) - -window1.close() -window2.close() -window3.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Multiple_Windows_read_all_windows_25_lines.py b/DemoPrograms/Demo_Multiple_Windows_read_all_windows_25_lines.py deleted file mode 100644 index 9aae4b4ba..000000000 --- a/DemoPrograms/Demo_Multiple_Windows_read_all_windows_25_lines.py +++ /dev/null @@ -1,44 +0,0 @@ -#!/usr/bin/env python -""" - Demo - Multiple read_all_window(timeout=20) - A 2-window event loop run in async mode - - Super-simple, 25 lines of code. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg - -sg.set_options(font='_ 18') - -window1 = sg.Window('ONE', [[sg.T('Window 1',size=(30,1),k='-T-')],[sg.B('Run', k='-B-'), sg.B('Exit')]], - finalize=True) - -window2 = sg.Window('TWO', [[sg.T('Window 2',k='-T-')],[sg.B('Run', k='-B-'),sg.B('Exit')]], finalize=True, - location=(window1.current_location()[0]-250,window1.current_location()[1])) - -i, paused = 0, [False, False] - -while True: # Event Loop - window, event, values = sg.read_all_windows(timeout=10) - print(window, event, values) if event != sg.TIMEOUT_EVENT else None - if window == sg.WIN_CLOSED and event == sg.WIN_CLOSED: - window1.close() - window2.close() - sg.popup_auto_close('Exiting...') - break - if event in (sg.WINDOW_CLOSED, 'Exit'): - window.close() - if not paused[0]: - window1['-T-'].update('{:02d}:{:02d}.{:02d}'.format((i // 100) // 60, (i // 100) % 60, i % 100)) - if not paused[1]: - window2['-T-'].update('{:02d}:{:02d}.{:02d}'.format((i // 100) // 60, (i // 100) % 60, i % 100)) - if event == '-B-': - paused[0 if window == window1 else 1] = not paused[0 if window == window1 else 1] - window['-B-'].update('Run' if not paused[0 if window == window1 else 1] else 'Pause') - i += 1 \ No newline at end of file diff --git a/DemoPrograms/Demo_Multithreaded_Animated_Shell_Command.py b/DemoPrograms/Demo_Multithreaded_Animated_Shell_Command.py deleted file mode 100644 index 1e58f5883..000000000 --- a/DemoPrograms/Demo_Multithreaded_Animated_Shell_Command.py +++ /dev/null @@ -1,47 +0,0 @@ -import subprocess -import PySimpleGUI as sg -import threading - - -""" - Demo - Run a shell command while displaying an animated GIF to inform the user the - program is still running. - If you have a GUI and you start a subprocess to run a shell command, the GUI essentually - locks up and often the operation system will off to terminate the program for you. - - This demo fixes this situation by running the subprocess as a Thread. This enables - the subproces to run async to the main program. The main program then simply runs a loop, - waiting for the thread to complete running. - - The output from the subprocess is saved and displayed in a scrolled popup. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def process_thread(): - global proc - proc = subprocess.run('pip list', shell=True, stdout=subprocess.PIPE) - - -def main(): - thread = threading.Thread(target=process_thread, daemon=True) - thread.start() - - while True: - sg.popup_animated(sg.DEFAULT_BASE64_LOADING_GIF, 'Loading list of packages', time_between_frames=100) - thread.join(timeout=.1) - if not thread.is_alive(): - break - sg.popup_animated(None) - - output = proc.__str__().replace('\\r\\n', '\n') - sg.popup_scrolled(output, font='Courier 10') - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Multithreaded_Calling_Popup.py b/DemoPrograms/Demo_Multithreaded_Calling_Popup.py deleted file mode 100644 index 18d63dd87..000000000 --- a/DemoPrograms/Demo_Multithreaded_Calling_Popup.py +++ /dev/null @@ -1,73 +0,0 @@ -import threading -import time -import PySimpleGUI as sg - -""" - Threaded Demo - Uses Window.write_event_value to communicate from thread to GUI - - A demo specifically to show how to use write_event_value to - "show a popup from a thread" - - You cannot make any direct calls into PySimpleGUI from a thread - except for Window.write_event_value() - Cuation - This method still has a risk of tkinter crashing - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def the_thread(window:sg.Window, seconds): - """ - The thread that communicates with the application through the window's events. - - Wakes every X seconds that are provided by user in the main GUI: - Sends an event to the main thread - Goes back to sleep - """ - i = 0 - while True: - time.sleep(seconds) - # send a message to the main GUI. It will be read using window.read() - # the "Value" send is a tuple that contains all the things to show in the popup - window.write_event_value('-POPUP-', - ('Hello this is the thread...', - f'My counter is {i}', - f'Will send another message in {seconds} seconds')) - i += 1 - - -def main(): - """ - Every time "Start A Thread" is clicked a new thread is started - When the event is received from the thread, a popup is shown in its behalf - """ - - layout = [ [sg.Output(size=(60,10))], - [sg.T('How often a thread will show a popup in seconds'), - sg.Spin((2, 5, 10, 20), initial_value=5, k='-SPIN-')], - [sg.B('Start A Thread'), sg.B('Dummy'), sg.Button('Exit')] ] - - window = sg.Window('Window Title', layout, finalize=True, font='_ 15') - - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == '-POPUP-': - sg.popup_non_blocking('This is a popup that the thread wants to show', - *values['-POPUP-']) - elif event == 'Start A Thread': - print(f'Starting thread. You will see a new popup every {values["-SPIN-"]} seconds') - threading.Thread(target=the_thread, args=(window, values['-SPIN-']), daemon=True).start() - - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Multithreaded_DataPump.py b/DemoPrograms/Demo_Multithreaded_DataPump.py deleted file mode 100644 index 3f0cf8759..000000000 --- a/DemoPrograms/Demo_Multithreaded_DataPump.py +++ /dev/null @@ -1,146 +0,0 @@ -import PySimpleGUI as sg -import random -import time -import queue - -""" - Demo - Multi-threaded "Data Pump" Design Pattern - - Send data to your PySimpleGUI program through a Python Queue, enabling integration with many - different types of data sources. - - A thread gets data from a queue object and passes it over to the main event loop. - The external_thread is only used here to generaate random data. It's not part of the - overall "Design Pattern". - - The thread the_thread IS part of the design pattern. It reads data from the thread_queue and sends that - data over to the PySimpleGUI event loop. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -gsize = (400, 400) # size of the graph - -THREAD_KEY = '-THREAD-' -THREAD_INCOMING_DATA = '-INCOMING DATA-' -THREAD_EXITNG = '-THREAD EXITING-' -THREAD_EXTERNAL_EXITNG = '-EXTERNAL THREAD EXITING-' - -# This queue is where you will send your data that you want to eventually arrive as an event -thread_queue = queue.Queue() - -# M""""""""M dP dP -# Mmmm mmmM 88 88 -# MMMM MMMM 88d888b. 88d888b. .d8888b. .d8888b. .d888b88 -# MMMM MMMM 88' `88 88' `88 88ooood8 88' `88 88' `88 -# MMMM MMMM 88 88 88 88. ... 88. .88 88. .88 -# MMMM MMMM dP dP dP `88888P' `88888P8 `88888P8 -# MMMMMMMMMM -# -# MP""""""`MM oo dP dP oo -# M mmmmm..M 88 88 -# M. `YM dP 88d8b.d8b. dP dP 88 .d8888b. d8888P dP 88d888b. .d8888b. -# MMMMMMM. M 88 88'`88'`88 88 88 88 88' `88 88 88 88' `88 88' `88 -# M. .MMM' M 88 88 88 88 88. .88 88 88. .88 88 88 88 88 88. .88 -# Mb. .dM dP dP dP dP `88888P' dP `88888P8 dP dP dP dP `8888P88 -# MMMMMMMMMMM .88 -# d8888P -# M""""""'YMM dP MP""""""`MM -# M mmmm. `M 88 M mmmmm..M -# M MMMMM M .d8888b. d8888P .d8888b. M. `YM .d8888b. dP dP 88d888b. .d8888b. .d8888b. -# M MMMMM M 88' `88 88 88' `88 MMMMMMM. M 88' `88 88 88 88' `88 88' `"" 88ooood8 -# M MMMM' .M 88. .88 88 88. .88 M. .MMM' M 88. .88 88. .88 88 88. ... 88. ... -# M .MM `88888P8 dP `88888P8 Mb. .dM `88888P' `88888P' dP `88888P' `88888P' -# MMMMMMMMMMM MMMMMMMMMMM -# - -def external_thread(thread_queue:queue.Queue): - """ - Represents some external source of data. - You would not include this code as a starting point with this Demo Program. Your data is assumed to - come from somewhere else. The important part is that you add data to the thread_queue - :param thread_queue: - :return: - """ - i = 0 - while True: - time.sleep(.01) - point = (random.randint(0,gsize[0]), random.randint(0,gsize[1])) - radius = random.randint(10, 40) - thread_queue.put((point, radius)) - i += 1 - - -# M""""""""M dP dP MM""""""""`M -# Mmmm mmmM 88 88 MM mmmmmmmM -# MMMM MMMM 88d888b. 88d888b. .d8888b. .d8888b. .d888b88 M' MMMM .d8888b. 88d888b. -# MMMM MMMM 88' `88 88' `88 88ooood8 88' `88 88' `88 MM MMMMMMMM 88' `88 88' `88 -# MMMM MMMM 88 88 88 88. ... 88. .88 88. .88 MM MMMMMMMM 88. .88 88 -# MMMM MMMM dP dP dP `88888P' `88888P8 `88888P8 MM MMMMMMMM `88888P' dP -# MMMMMMMMMM MMMMMMMMMMMM -# -# MM"""""""`YM MP""""""`MM MM'"""""`MM MM""""""""`M dP -# MM mmmmm M M mmmmm..M M' .mmm. `M MM mmmmmmmM 88 -# M' .M M. `YM M MMMMMMMM M` MMMM dP .dP .d8888b. 88d888b. d8888P .d8888b. -# MM MMMMMMMM MMMMMMM. M M MMM `M MM MMMMMMMM 88 d8' 88ooood8 88' `88 88 Y8ooooo. -# MM MMMMMMMM M. .MMM' M M. `MMM' .M MM MMMMMMMM 88 .88' 88. ... 88 88 88 88 -# MM MMMMMMMM Mb. .dM MM. .MM MM .M 8888P' `88888P' dP dP dP `88888P' -# MMMMMMMMMMMM MMMMMMMMMMM MMMMMMMMMMM MMMMMMMMMMMM - - -def the_thread(window:sg.Window, thread_queue:queue.Queue): - """ - The thread that communicates with the application through the window's events. - Waits for data from a queue and sends that data on to the event loop - :param window: - :param thread_queue: - :return: - """ - - while True: - data = thread_queue.get() - window.write_event_value((THREAD_KEY, THREAD_INCOMING_DATA), data) # Data sent is a tuple of thread name and counter - - -def main(): - - layout = [ [sg.Text('My Simulated Data Pump')], - [sg.Multiline(size=(60, 20), k='-MLINE-')], - [sg.Graph(gsize, (0, 0), gsize, k='-G-', background_color='gray')], - [sg.Button('Go'), sg.Button('Exit')] ] - - window = sg.Window('Simulated Data Pump', layout, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT) - - graph = window['-G-'] # type: sg.Graph - - while True: # Event Loop - event, values = window.read() - # print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Go': - window.start_thread(lambda: the_thread(window, thread_queue), (THREAD_KEY, THREAD_EXITNG)) - window.start_thread(lambda: external_thread(thread_queue), (THREAD_KEY, THREAD_EXTERNAL_EXITNG)) - # Events coming from the Thread - elif event[0] == THREAD_KEY: - if event[1] == THREAD_INCOMING_DATA: - point, radius = values[event] - graph.draw_circle(point, radius=radius, fill_color='green') - window['-MLINE-'].print(f'Drawing at {point} radius {radius}', c='white on red') - elif event[1] == THREAD_EXITNG: - window['-MLINE-'].print('Thread has exited') - elif event[1] == THREAD_EXTERNAL_EXITNG: - window['-MLINE-'].print('Data Pump thread has exited') - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), location=window.current_location(), keep_on_top=True, non_blocking=True) - - window.close() - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Multithreaded_Delegate_Appear_To_Make_PSG_Calls_From_Thread.py b/DemoPrograms/Demo_Multithreaded_Delegate_Appear_To_Make_PSG_Calls_From_Thread.py deleted file mode 100644 index 2d34bb2f3..000000000 --- a/DemoPrograms/Demo_Multithreaded_Delegate_Appear_To_Make_PSG_Calls_From_Thread.py +++ /dev/null @@ -1,155 +0,0 @@ -import PySimpleGUI as sg -import time -import threading - -""" - Demo - Multi-threaded - Show Windows and perform other PySimpleGUI calls in what appread to be from a thread - - Just so that it's clear, you CANNOT make PySimpleGUI calls directly from a thread. There is ONE exception to this - rule. A thread may call window.write_event_values which enables it to communicate to a window through the window.read calls. - - The main GUI will not be visible on your screen nor on your taskbar despite running in the background. The calls you - make, such as popup, or even Window.read will create windows that your user will see. - - The basic function that you'll use in your thread has this format: - make_delegate_call(lambda: sg.popup('This is a popup', i, auto_close=True, auto_close_duration=2, keep_on_top=True, non_blocking=True)) - - Everything after the "lambda" looks exactly like a PySimpleGUI call. - If you want to display an entire window, then the suggestion is to put it into a function and pass the function to make_delegate_call - - Note - the behavior of variables may be a bit of a surprise as they are not evaluated until the mainthread processes the event. This means - in the example below that the counter variable being passed to the popup will not appear to be counting correctly. This is because the - value shown will be the value at the time the popup is DISPLAYED, not the value when the make_delegate_call was made. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -# Design decision was to make the window a global. You can just as easily pass it to your function after initizing your window -# But there becomes a problem then of wheere do you place the thread startup code. Using this global decouples them so that -# the thread is not started in the function that makes and executes the GUI - -window:sg.Window = None - -# M""MMMM""M -# M. `MM' .M -# MM. .MM .d8888b. dP dP 88d888b. -# MMMb dMMM 88' `88 88 88 88' `88 -# MMMM MMMM 88. .88 88. .88 88 -# MMMM MMMM `88888P' `88888P' dP -# MMMMMMMMMM -# -# M""""""""M dP dP -# Mmmm mmmM 88 88 -# MMMM MMMM 88d888b. 88d888b. .d8888b. .d8888b. .d888b88 -# MMMM MMMM 88' `88 88' `88 88ooood8 88' `88 88' `88 -# MMMM MMMM 88 88 88 88. ... 88. .88 88. .88 -# MMMM MMMM dP dP dP `88888P' `88888P8 `88888P8 -# MMMMMMMMMM - -def the_thread(): - """ - This is code that is unique to your application. It wants to "make calls to PySimpleGUI", but it cannot directly do so. - Instead it will send the request to make the call to the mainthread that is running the GUI. - - :return: - """ - - # Wait for the GUI to start running - while window is None: - time.sleep(.2) - - for i in range(5): - time.sleep(.2) - make_delegate_call(lambda: sg.popup('This is a popup', i, relative_location=(0, -300), auto_close=True, auto_close_duration=2, keep_on_top=True, non_blocking=True)) - make_delegate_call(lambda: sg.popup_scrolled(__file__, sg.get_versions(), auto_close=True, auto_close_duration=1.5, non_blocking=True)) - - make_delegate_call(lambda: sg.popup('One last popup before exiting...', relative_location=(-200, -200))) - - # when finished and ready to stop, tell the main GUI to exit - window.write_event_value('-THREAD EXIT-', None) - - -# -------------------------------------------------------------------------------------------------------- # - -# The remainder of the code is part of the overall design pattern. You should copy this code -# and use it as the basis for creating this time of delegated PySimpleGUI calls - - -# M""""""'YMM oo -# M mmmm. `M -# M MMMMM M .d8888b. .d8888b. dP .d8888b. 88d888b. -# M MMMMM M 88ooood8 Y8ooooo. 88 88' `88 88' `88 -# M MMMM' .M 88. ... 88 88 88. .88 88 88 -# M .MM `88888P' `88888P' dP `8888P88 dP dP -# MMMMMMMMMMM .88 -# d8888P -# MM"""""""`YM dP dP -# MM mmmmm M 88 88 -# M' .M .d8888b. d8888P d8888P .d8888b. 88d888b. 88d888b. -# MM MMMMMMMM 88' `88 88 88 88ooood8 88' `88 88' `88 -# MM MMMMMMMM 88. .88 88 88 88. ... 88 88 88 -# MM MMMMMMMM `88888P8 dP dP `88888P' dP dP dP -# MMMMMMMMMMMM - -def make_delegate_call(func): - """ - Make a delegate call to PySimpleGUI. - - :param func: A lambda expression most likely. It's a function that will be called by the mainthread that's executing the GUI - :return: - """ - if window is not None: - window.write_event_value('-THREAD DELEGATE-', func) - - -# oo -# -# 88d8b.d8b. .d8888b. dP 88d888b. -# 88'`88'`88 88' `88 88 88' `88 -# 88 88 88 88. .88 88 88 88 -# dP dP dP `88888P8 dP dP dP - -def main(): - global window - - # create a window. A key is needed so that the values dictionary will return the thread's value as a key - layout = [[sg.Text('', k='-T-')]] - - # set the window to be both invisible and have no taskbar icon - window = sg.Window('Invisible window', layout, no_titlebar=True, alpha_channel=0, finalize=True, font='_ 1', margins=(0,0), element_padding=(0,0)) - window.hide() - - while True: - event, values = window.read() - if event in ('Exit', sg.WIN_CLOSED): - break - # if the event is from the thread, then the value is the function that should be called - if event == '-THREAD DELEGATE-': - try: - values[event]() - except Exception as e: - sg.popup_error_with_traceback('Error calling your function passed to GUI', event, values, e) - elif event == '-THREAD EXIT-': - break - window.close() - - -# MP""""""`MM dP dP -# M mmmmm..M 88 88 -# M. `YM d8888P .d8888b. 88d888b. d8888P dP dP 88d888b. -# MMMMMMM. M 88 88' `88 88' `88 88 88 88 88' `88 -# M. .MMM' M 88 88. .88 88 88 88. .88 88. .88 -# Mb. .dM dP `88888P8 dP dP `88888P' 88Y888P' -# MMMMMMMMMMM 88 -# dP - -if __name__ == '__main__': - # first your thread will be started - threading.Thread(target=the_thread, daemon=True).start() - # then startup the main GUI - main() diff --git a/DemoPrograms/Demo_Multithreaded_Different_Threads.py b/DemoPrograms/Demo_Multithreaded_Different_Threads.py deleted file mode 100644 index b74dc5e7a..000000000 --- a/DemoPrograms/Demo_Multithreaded_Different_Threads.py +++ /dev/null @@ -1,139 +0,0 @@ -#!/usr/bin/python3 -import time -import itertools -import PySimpleGUI as sg - -""" - DESIGN PATTERN - Multithreaded GUI - One method for running multiple threads in a PySimpleGUI environment. - The PySimpleGUI code, and thus the underlying GUI framework, runs as the primary, main thread - Other parts of the software are implemented as threads - - While users never know the implementation details within PySimpleGUI, the mechanism is that a queue.Queue - is used to communicate data between a thread and a PySimpleGUI window. - The PySimpleGUI code is structured just like a typical PySimpleGUI program. A layout defined, - a Window is created, and an event loop is executed. - - Copyright 2020-2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - - -# ######## ## ## ######## ######## ### ######## -# ## ## ## ## ## ## ## ## ## ## -# ## ## ## ## ## ## ## ## ## ## -# ## ######### ######## ###### ## ## ## ## -# ## ## ## ## ## ## ######### ## ## -# ## ## ## ## ## ## ## ## ## ## -# ## ## ## ## ## ######## ## ## ######## - -def worker_thread1(thread_name, run_freq, window): - """ - A worker thread that communicates with the GUI - These threads can call functions that block without affecting the GUI (a good thing) - Note that this function is the code started as each thread. All threads are identical in this way - :param thread_name: Text name used for displaying info - :param run_freq: How often the thread should run in milliseconds - :param window: window this thread will be conversing with - :type window: sg.Window - :return: - """ - print('Starting thread 1 - {} that runs every {} ms'.format(thread_name, run_freq)) - for i in itertools.count(): # loop forever, keeping count in i as it loops - time.sleep(run_freq/1000) # sleep for a while - # put a message into queue for GUI - window.write_event_value(thread_name, f'count = {i}') - - -def worker_thread2(thread_name, run_freq, window): - """ - A worker thread that communicates with the GUI - These threads can call functions that block without affecting the GUI (a good thing) - Note that this function is the code started as each thread. All threads are identical in this way - :param thread_name: Text name used for displaying info - :param run_freq: How often the thread should run in milliseconds - :param window: window this thread will be conversing with - :type window: sg.Window - :return: - """ - print('Starting thread 2 - {} that runs every {} ms'.format(thread_name, run_freq)) - for i in itertools.count(): # loop forever, keeping count in i as it loops - time.sleep(run_freq/1000) # sleep for a while - # put a message into queue for GUI - window.write_event_value(thread_name, f'count = {i}') - - -def worker_thread3(thread_name, run_freq, window): - """ - A worker thread that communicates with the GUI - These threads can call functions that block without affecting the GUI (a good thing) - Note that this function is the code started as each thread. All threads are identical in this way - :param thread_name: Text name used for displaying info - :param run_freq: How often the thread should run in milliseconds - :param window: window this thread will be conversing with - :type window: sg.Window - :return: - """ - print('Starting thread 3 - {} that runs every {} ms'.format(thread_name, run_freq)) - for i in itertools.count(): # loop forever, keeping count in i as it loops - time.sleep(run_freq/1000) # sleep for a while - # put a message into queue for GUI - window.write_event_value(thread_name, f'count = {i}') - - - -# ###### ## ## #### -# ## ## ## ## ## -# ## ## ## ## -# ## #### ## ## ## -# ## ## ## ## ## -# ## ## ## ## ## -# ###### ####### #### - - -def main(): - """ - Starts and executes the GUI - Reads data from a Queue and displays the data to the window - Returns when the user exits / closes the window - (that means it does NOT return until the user exits the window) - :param gui_queue: Queue the GUI should read from - :return: - """ - layout = [[sg.Text('Multithreaded Window Example')], - [sg.Text('', size=(15, 1), key='-OUTPUT-')], - [sg.Multiline(size=(40, 26), key='-ML-', autoscroll=True)], - [sg.Push(), sg.Button('Exit')], ] - - window = sg.Window('Multithreaded Window', layout, finalize=True) - - # -- Create a Queue to communicate with GUI -- - # queue used to communicate between the gui and the threads - # -- Start worker threads, each taking a different amount of time - window.start_thread(lambda: worker_thread1('Thread 1', 500, window)) - window.start_thread(lambda: worker_thread2('Thread 2', 200, window)) - window.start_thread(lambda: worker_thread3('Thread 3', 1000, window)) - # -- Start the GUI passing in the Queue -- - - sg.cprint_set_output_destination(window, '-ML-') - - colors = {'Thread 1':('white', 'red'), 'Thread 2':('white', 'purple'), 'Thread 3':('white', 'blue')} - # --------------------- EVENT LOOP --------------------- - while True: - # wait for up to 100 ms for a GUI event - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - # --------------- Loop through all messages coming in from threads --------------- - sg.cprint(event, values[event], c=colors[event]) - # if user exits the window, then close the window and exit the GUI func - window.close() - - -if __name__ == '__main__': - main() - diff --git a/DemoPrograms/Demo_Multithreaded_Long_Shell_Operation_Animated.py b/DemoPrograms/Demo_Multithreaded_Long_Shell_Operation_Animated.py deleted file mode 100644 index 51a51986e..000000000 --- a/DemoPrograms/Demo_Multithreaded_Long_Shell_Operation_Animated.py +++ /dev/null @@ -1,26 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo shell_with_animation call - - This is a high-level function that could easily live in user's code instead of PySimpleGUI. The - rationale for bringing it into PySimpleGUI is to encourage users to experiment with working with - more external tools like ffmpeg. The shell_with_animation function allows users to easily start - a long-operation without fearing that the GUI will appear to be frozen. It offers a wide range - of parameters to help create a custom animation window. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Here we're running a simple "pip list" command and using the built-in animated GIF. - -output = sg.shell_with_animation('pip', ('list',), message='Loading...', font='Helvetica 15') -sg.popup_scrolled(output, font='Courier 10') -output = sg.shell_with_animation('dir', message='Loading...', font='Helvetica 15') -# output = sg.shell_with_animation(r"C:\Program Files (x86)\Google\Chrome\Application\chrome.exe", message='Loading...', font='Helvetica 15') - -sg.popup_scrolled(output, font='Courier 10') diff --git a/DemoPrograms/Demo_Multithreaded_Long_Task_Simple.py b/DemoPrograms/Demo_Multithreaded_Long_Task_Simple.py deleted file mode 100644 index b90a489f5..000000000 --- a/DemoPrograms/Demo_Multithreaded_Long_Task_Simple.py +++ /dev/null @@ -1,94 +0,0 @@ -#!/usr/bin/python3 -import threading -import time -import PySimpleGUI as sg - -""" - DESIGN PATTERN - Multithreaded Long Tasks GUI using shared global variables - - Presents one method for running long-running operations in a PySimpleGUI environment. - The PySimpleGUI code, and thus the underlying GUI framework, runs as the primary, main thread - The "long work" is contained in the thread that is being started. Communicating is done (carefully) using global variables - - There are 2 ways "progress" is being reported to the user. - You can simulate the 2 different scenarios that happen with worker threads. - 1. If a the amount of time is known ahead of time or the work can be broken down into countable units, then a progress bar is used. - 2. If a task is one long chunk of time that cannot be broken down into smaller units, then an animated GIF is shown that spins as - long as the task is running. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def long_operation_thread(seconds, window): - """ - A worker thread that communicates with the GUI through a global message variable - This thread can block for as long as it wants and the GUI will not be affected - :param seconds: (int) How long to sleep, the ultimate blocking call - """ - progress = 0 - print('Thread started - will sleep for {} seconds'.format(seconds)) - for i in range(int(seconds * 10)): - time.sleep(.1) # sleep for a while - progress += 100 / (seconds * 10) - window.write_event_value('-PROGRESS-', progress) - - window.write_event_value('-THREAD-', '*** The thread says.... "I am finished" ***') - -def the_gui(): - """ - Starts and executes the GUI - Reads data from a global variable and displays - Returns when the user exits / closes the window - """ - - sg.theme('Light Brown 3') - - layout = [[sg.Text('Long task to perform example')], - [sg.MLine(size=(80, 12), k='-ML-', reroute_stdout=True,write_only=True, autoscroll=True, auto_refresh=True)], - [sg.Text('Number of seconds your task will take'), - sg.Input(key='-SECONDS-', focus=True, size=(5, 1)), - sg.Button('Do Long Task', bind_return_key=True), - sg.CBox('ONE chunk, cannot break apart', key='-ONE CHUNK-')], - [sg.Text('Work progress'), sg.ProgressBar(100, size=(20, 20), orientation='h', key='-PROG-')], - [sg.Button('Click Me'), sg.Button('Exit')], ] - - window = sg.Window('Multithreaded Demonstration Window', layout, finalize=True) - - timeout = thread = None - # --------------------- EVENT LOOP --------------------- - while True: - event, values = window.read(timeout=timeout) - # print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event.startswith('Do') and not thread: - print('Thread Starting! Long work....sending value of {} seconds'.format(float(values['-SECONDS-']))) - timeout = 100 if values['-ONE CHUNK-'] else None - thread = threading.Thread(target=long_operation_thread, args=(float(values['-SECONDS-']),window), daemon=True) - thread.start() - if values['-ONE CHUNK-']: - sg.popup_animated(sg.DEFAULT_BASE64_LOADING_GIF, background_color='white', transparent_color='white', time_between_frames=100) - elif event == 'Click Me': - print('Your GUI is alive and well') - elif event == '-PROGRESS-': - if not values['-ONE CHUNK-']: - window['-PROG-'].update_bar(values[event], 100) - elif event == '-THREAD-': # Thread has completed - thread.join(timeout=0) - print('Thread finished') - sg.popup_animated(None) # stop animination in case one is running - thread, message, progress, timeout = None, '', 0, None # reset variables for next run - window['-PROG-'].update_bar(0,0) # clear the progress bar - if values['-ONE CHUNK-'] and thread is not None: - sg.popup_animated(sg.DEFAULT_BASE64_LOADING_GIF, background_color='white', transparent_color='white', time_between_frames=100) - window.close() - - -if __name__ == '__main__': - the_gui() - print('Exiting Program') diff --git a/DemoPrograms/Demo_Multithreaded_Long_Tasks.py b/DemoPrograms/Demo_Multithreaded_Long_Tasks.py deleted file mode 100644 index 2d99583ac..000000000 --- a/DemoPrograms/Demo_Multithreaded_Long_Tasks.py +++ /dev/null @@ -1,77 +0,0 @@ -#!/usr/bin/python3 -import time -import PySimpleGUI as sg - - -""" - Demo Program - Multithreaded Long Tasks GUI - - Presents one method for running long-running operations in a PySimpleGUI environment. - - The PySimpleGUI code, and thus the underlying GUI framework, runs as the primary, main thread - The "long work" is contained in the thread that is being started. - - So that you don't have to import and understand the threading module, this program uses window.start_thread to run a thread. - - The thread is using TUPLES for its keys. This enables you to easily find the thread events by looking at event[0]. - The Thread Keys look something like this: ('-THREAD-', message) - If event [0] == '-THREAD-' then you know it's one of these tuple keys. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def long_operation_thread(seconds, window): - """ - A worker thread that communicates with the GUI through a queue - This thread can block for as long as it wants and the GUI will not be affected - :param seconds: (int) How long to sleep, the ultimate blocking call - :param window: (sg.Window) the window to communicate with - :return: - """ - window.write_event_value(('-THREAD-', 'Starting thread - will sleep for {} seconds'.format(seconds)), None) - time.sleep(seconds) # sleep for a while - window.write_event_value(('-THREAD-', '** DONE **'), 'Done!') # put a message into queue for GUI - - -def the_gui(): - """ - Starts and executes the GUI - Reads data from a Queue and displays the data to the window - Returns when the user exits / closes the window - """ - sg.theme('Light Brown 3') - - layout = [[sg.Text('Long task to perform example')], - [sg.Output(size=(70, 12))], - [sg.Text('Number of seconds your task will take'), - sg.Input(default_text=5, key='-SECONDS-', size=(5, 1)), - sg.Button('Do Long Task', bind_return_key=True)], - [sg.Button('Click Me'), sg.Button('Exit')], ] - - window = sg.Window('Multithreaded Window', layout) - - # --------------------- EVENT LOOP --------------------- - while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Do Long Task': - seconds = int(values['-SECONDS-']) - print('Thread ALIVE! Long work....sending value of {} seconds'.format(seconds)) - window.start_thread(lambda: long_operation_thread(seconds, window), ('-THREAD-', '-THEAD ENDED-')) - elif event == 'Click Me': - print('Your GUI is alive and well') - elif event[0] == '-THREAD-': - print('Got a message back from the thread: ', event[1]) - - # if user exits the window, then close the window and exit the GUI func - window.close() - -if __name__ == '__main__': - the_gui() - print('Exiting Program') diff --git a/DemoPrograms/Demo_Multithreaded_Multiple_Threads.py b/DemoPrograms/Demo_Multithreaded_Multiple_Threads.py deleted file mode 100644 index bb64c04e4..000000000 --- a/DemoPrograms/Demo_Multithreaded_Multiple_Threads.py +++ /dev/null @@ -1,113 +0,0 @@ -#!/usr/bin/python3 -import threading -import time -import PySimpleGUI as sg - -""" - You want to look for 3 points in this code, marked with comment "LOCATION X". - 1. Where you put your call that takes a long time - 2. Where the trigger to make the call takes place in the event loop - 3. Where the completion of the call is indicated in the event loop - - Demo on how to add a long-running item to your PySimpleGUI Event Loop - If you want to do something that takes a long time, and you do it in the - main event loop, you'll quickly begin to see messages from windows that your - program has hung, asking if you want to kill it. - - The problem is not that your problem is hung, the problem is that you are - not calling Read or Refresh often enough. - - One way through this, shown here, is to put your long work into a thread that - is spun off, allowed to work, and then gets back to the GUI when it's done working - on that task. - - Every time you start up one of these long-running functions, you'll give it an "ID". - When the function completes, it will send to the GUI Event Loop a message with - the format: - work_id ::: done - This makes it easy to parse out your original work ID - - You can hard code these IDs to make your code more readable. For example, maybe - you have a function named "update_user_list()". You can call the work ID "user list". - Then check for the message coming back later from the work task to see if it starts - with "user list". If so, then that long-running task is over. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - -# ############################# User callable CPU intensive code ############################# -# Put your long running code inside this "wrapper" -# NEVER make calls to PySimpleGUI from this thread (or any thread)! -# Create one of these functions for EVERY long-running call you want to make - - -def long_function_wrapper(work_id, window): - # LOCATION 1 - # this is our "long running function call" - # sleep for a while as a simulation of a long-running computation - time.sleep(5) - # at the end of the work, before exiting, send a message back to the GUI indicating end - window.write_event_value('-THREAD DONE-', work_id) - # at this point, the thread exits - return - - -############################# Begin GUI code ############################# -def the_gui(): - sg.theme('Light Brown 3') - - - layout = [[sg.Text('Multithreaded Work Example')], - [sg.Text('Click Go to start a long-running function call')], - [sg.Text(size=(25, 1), key='-OUTPUT-')], - [sg.Text(size=(25, 1), key='-OUTPUT2-')], - [sg.Text('⚫', text_color='blue', key=i, pad=(0,0), font='Default 14') for i in range(20)], - [sg.Button('Go'), sg.Button('Popup'), sg.Button('Exit')], ] - - window = sg.Window('Multithreaded Window', layout) - # --------------------- EVENT LOOP --------------------- - work_id = 0 - while True: - # wait for up to 100 ms for a GUI event - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event == 'Go': # clicking "Go" starts a long running work item by starting thread - window['-OUTPUT-'].update('Starting long work %s' % work_id) - window[work_id].update(text_color='red') - # LOCATION 2 - # STARTING long run by starting a thread - thread_id = threading.Thread( - target=long_function_wrapper, - args=(work_id, window,), - daemon=True) - thread_id.start() - work_id = work_id+1 if work_id < 19 else 0 - - # if message received from queue, then some work was completed - if event == '-THREAD DONE-': - # LOCATION 3 - # this is the place you would execute code at ENDING of long running task - # You can check the completed_work_id variable - # to see exactly which long-running function completed - completed_work_id = values[event] - window['-OUTPUT2-'].update( - 'Complete Work ID "{}"'.format(completed_work_id)) - window[completed_work_id].update(text_color='green') - - if event == 'Popup': - sg.popup_non_blocking('This is a popup showing that the GUI is running', grab_anywhere=True) - # if user exits the window, then close the window and exit the GUI func - window.close() - -############################# Main ############################# - - -if __name__ == '__main__': - the_gui() - print('Exiting Program') diff --git a/DemoPrograms/Demo_Multithreaded_ProgressBar.py b/DemoPrograms/Demo_Multithreaded_ProgressBar.py deleted file mode 100644 index 54839460c..000000000 --- a/DemoPrograms/Demo_Multithreaded_ProgressBar.py +++ /dev/null @@ -1,90 +0,0 @@ -import PySimpleGUI as sg -import random -import time - -""" - Demo - Multi-threaded downloader with one_line_progress_meter - - Sometimes you don't have a choice in how your data is downloaded. In some programs - the download happens in another thread which means you cannot call PySimpleGUI directly - from the thread. - - Maybe you're still interested in using the one_line_progress_meter feature or perhaps - have implemented your own progress meter in your window. - - Using the write_event_value method enables you to easily do either of these. - - In this demo, all thread events are a TUPLE with the first item in tuple being THREAD_KEY ---> '-THEAD-' - This allows easy separation of all of the thread-based keys into 1 if statment: - elif event[0] == THREAD_KEY: - Example - (THREAD_KEY, DL_START_KEY) indicates the download is starting and provices the Max value - (THREAD_KEY, DL_END_KEY) indicates the downloading has completed - - The main window uses a relative location when making the window so that the one-line-progress-meter has room - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -THREAD_KEY = '-THREAD-' -DL_START_KEY = '-START DOWNLOAD-' -DL_COUNT_KEY = '-COUNT-' -DL_END_KEY = '-END DOWNLOAD-' -DL_THREAD_EXITNG = '-THREAD EXITING-' - -def the_thread(window:sg.Window): - """ - The thread that communicates with the application through the window's events. - - Simulates downloading a random number of chinks from 50 to 100- - """ - max_value = random.randint(50, 100) - window.write_event_value((THREAD_KEY, DL_START_KEY), max_value) # Data sent is a tuple of thread name and counter - for i in range(max_value): - time.sleep(.1) - window.write_event_value((THREAD_KEY, DL_COUNT_KEY), i) # Data sent is a tuple of thread name and counter - window.write_event_value((THREAD_KEY, DL_END_KEY), max_value) # Data sent is a tuple of thread name and counter - - -def main(): - layout = [ [sg.Text('My Multi-threaded PySimpleGUI Program')], - [sg.ProgressBar(100, 'h', size=(30,20), k='-PROGRESS-', expand_x=True)], - [sg.Text(key='-STATUS-')], - [sg.Button('Go'), sg.Button('Exit')] ] - - window = sg.Window('Window Title', layout, finalize=True, relative_location=(0, -300)) - downloading, max_value = False, 0 - - while True: # Event Loop - event, values = window.read() - # print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Go' and not downloading: - window.start_thread(lambda: the_thread(window), (THREAD_KEY, DL_THREAD_EXITNG)) - # Events coming from the Thread - elif event[0] == THREAD_KEY: - if event[1] == DL_START_KEY: - max_value = values[event] - downloading = True - window['-STATUS-'].update('Starting download') - sg.one_line_progress_meter(f'Downloading {max_value} segments', 0, max_value, 1, f'Downloading {max_value} segments', ) - window['-PROGRESS-'].update(0, max_value) - elif event[1] == DL_COUNT_KEY: - sg.one_line_progress_meter(f'Downloading {max_value} segments', values[event]+1, max_value, 1, f'Downloading {max_value} segments') - window['-STATUS-'].update(f'Got a new current count update {values[event]}') - window['-PROGRESS-'].update(values[event]+1, max_value) - elif event[1] == DL_END_KEY: - downloading = False - window['-STATUS-'].update('Download finished') - elif event[1] == DL_THREAD_EXITNG: - window['-STATUS-'].update('Last step - Thread has exited') - - window.close() - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Multithreaded_Signal_Thread_To_End.py b/DemoPrograms/Demo_Multithreaded_Signal_Thread_To_End.py deleted file mode 100644 index 9b7989599..000000000 --- a/DemoPrograms/Demo_Multithreaded_Signal_Thread_To_End.py +++ /dev/null @@ -1,86 +0,0 @@ -import time -import datetime -import PySimpleGUI as sg - -""" - Multithreading with signaling to thread when to stop. - If exiting the program, waits for the thread to finish. - - In this example, the thread runs at a rate of twice a second. It sends the time as a string - The main GUI checks the value sent by the thread to see if it differs from what is displayed. - If the display is different, then the GUI is updated with the new time. - - Copyright 2020-2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - - -# dP dP dP -# 88 88 88 -# d8888P 88d888b. 88d888b. .d8888b. .d8888b. .d888b88 -# 88 88' `88 88' `88 88ooood8 88' `88 88' `88 -# 88 88 88 88 88. ... 88. .88 88. .88 -# dP dP dP dP `88888P' `88888P8 `88888P8 -# - -def the_thread(window): - - while window.job_running: - window.write_event_value('-THREAD-', datetime.datetime.now().strftime('%H:%M:%S')) - time.sleep(0.5) - - -# oo -# -# 88d8b.d8b. .d8888b. dP 88d888b. -# 88'`88'`88 88' `88 88 88' `88 -# 88 88 88 88. .88 88 88 88 -# dP dP dP `88888P8 dP dP dP - -def main(): - - layout = [ - [sg.Text('00:00:00', font=('Courier New', 20, 'bold'), justification='center', expand_x=True, key='-TIME-')], - [sg.Push(), sg.Button('Start'), sg.Button('Stop')]] - - window = sg.Window('Threading', layout, enable_close_attempted_event=True, - print_event_values=True, # enable to watch the events and values print out - ) - - window.job_running = False # Create a member variable to signal to the thread when to stop - exiting = False # Used when X is clicked - - while True: - - event, values = window.read() - - if event == sg.WINDOW_CLOSE_ATTEMPTED_EVENT: - if window.job_running: # if thread running, tell it to exit - window.job_running = False - exiting = True - else: - break # if thread not running then OK to exit - - if exiting and event == '-THREAD ENDED-': # If exiting and thread is finished then OK to exit - break - - elif event == 'Start': - window['Start'].update(disabled=True) - window.job_running = True - window.start_thread(lambda: the_thread(window), '-THREAD ENDED-') - - elif event == 'Stop': - window.job_running = False - window['Start'].update(disabled=False) - - elif event == '-THREAD-' and values[event] != window['-TIME-'].get(): - window['-TIME-'].update(values[event]) - - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Multithreaded_Write_Event_Value.py b/DemoPrograms/Demo_Multithreaded_Write_Event_Value.py deleted file mode 100644 index e3629282e..000000000 --- a/DemoPrograms/Demo_Multithreaded_Write_Event_Value.py +++ /dev/null @@ -1,70 +0,0 @@ -import time -import PySimpleGUI as sg - - -""" - Threaded Demo - Uses Window.write_event_value communications - - The only PySimpleGUI call allowed from a thread is write_event_value. - Using a tuple for thread events makes processing them easier to see and understand. - - - Copyright 2020-2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def the_thread(window): - """ - The thread that communicates with the application through the window's events. - - Once a second wakes and sends a new event and associated value to the window - """ - - window.write_event_value(('-THREAD-', '-STARTED-'), None) # Tell the GUI the thread started - - for i in range(5): - time.sleep(1) - window.write_event_value(('-THREAD-', '-PRINT-'), i) # Data sent is a tuple of thread name and counter - # Note that the thread ended event is sent automatically by PySimpleGUI if you started the thread using window.start_thread - -def main(): - """ - The demo will display in the multiline info about the event and values dictionary as it is being - returned from window.read() - Every time "Start" is clicked a new thread is started - Try clicking "Dummy" to see that the window is active while the thread stuff is happening in the background - """ - - layout = [ [sg.Text('Output Area - cprint\'s route to here', font='Any 15')], - [sg.Multiline(size=(65,20), key='-ML-', autoscroll=True, reroute_stdout=True, write_only=True, reroute_cprint=True)], - [sg.T('Input so you can see data in your dictionary')], - [sg.Input(key='-IN-', size=(30,1))], - [sg.B('Start A Thread', key='-START-'), sg.B('Dummy'), sg.Button('Exit')] ] - - window = sg.Window('Multithreading + Tuple Events', layout) - - while True: # Event Loop - event, values = window.read() - sg.cprint(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == '-START-': - window.start_thread(lambda : the_thread(window), ('-THREAD-', '-ENDED-')) - if event[0] == '-THREAD-': - if event[1] == '-PRINT-': - sg.cprint(f'Data from the thread ', colors='white on purple', end='') - sg.cprint(f'{values[event]}', colors='white on red') - elif event[1] == '-ENDED-': - sg.cprint('Thread has ended', colors='white on blue') - elif event[1] == '-STARTED-': - sg.cprint('Thread has started', colors='white on green') - - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Multithreaded_Write_Event_Value_MultiWindow.py b/DemoPrograms/Demo_Multithreaded_Write_Event_Value_MultiWindow.py deleted file mode 100644 index 222429517..000000000 --- a/DemoPrograms/Demo_Multithreaded_Write_Event_Value_MultiWindow.py +++ /dev/null @@ -1,91 +0,0 @@ -import threading -import time -import PySimpleGUI as sg - -""" - Threaded Demo - Multiwindow Version - - This demo uses the write_event_value method in a multi-window environment. Instead of window.read() returning the event to - the user, the call to read_all_windows is used which will return both the window that had the event along with the event. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -THREAD_EVENT = '-THREAD-' -PROGRESS_EVENT = '-PROGRESS-' - -cp = sg.cprint - - -def the_thread(window, window_prog): - """ - The thread that communicates with the application through the window's events. - - Once a second wakes and sends a new event and associated value to a window for 10 seconds. - - Note that WHICH window the message is sent to doesn't really matter because the code - in the event loop is calling read_all_windows. This means that any window with an event - will cause the call to return. - """ - for i in range(10): - time.sleep(1) - window.write_event_value(THREAD_EVENT, (threading.current_thread().name, i)) # Data sent is a tuple of thread name and counter - window_prog.write_event_value(PROGRESS_EVENT, i) # Send a message that the progress bar should be updated - - -def make_progbar_window(): - layout = [[sg.Text('Progress Bar')], - [sg.ProgressBar(10, orientation='h', size=(15, 20), k='-PROG-')]] - return sg.Window('Progress Bar', layout, finalize=True, location=(800, 800)) - - -def make_main_window(): - layout = [[sg.Text('Output Area - cprint\'s route to here', font='Any 15')], - [sg.Multiline(size=(65, 20), key='-ML-', autoscroll=True, reroute_stdout=True, write_only=True, reroute_cprint=True)], - [sg.T('Input so you can see data in your dictionary')], - [sg.Input(key='-IN-', size=(30, 1))], - [sg.B('Start A Thread'), sg.B('Dummy'), sg.Button('Exit')]] - - return sg.Window('Window Main', layout, finalize=True) - - -def main(): - """ - The demo will display in the multiline info about the event and values dictionary as it is being - returned from window.read() - Every time "Start" is clicked a new thread is started - Try clicking "Dummy" to see that the window is active while the thread stuff is happening in the background - """ - - main_window = make_main_window() - window_prog = make_progbar_window() - - while True: # Event Loop - window, event, values = sg.read_all_windows() - print(window.Title, event, values) - - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event.startswith('Start'): - threading.Thread(target=the_thread, args=(main_window, window_prog), daemon=True).start() - if event == THREAD_EVENT: - cp(f'Thread Event ', colors='white on blue', end='') - cp(f'{values[THREAD_EVENT]}', colors='white on red') - if event == PROGRESS_EVENT: - cp(f'Progress Event from thread ', colors='white on purple', end='') - cp(f'{values[PROGRESS_EVENT]}', colors='white on red') - window_prog['-PROG-'].update(values[event] % 10 + 1) # type: sg.ProgressBar.update() - if event == 'Dummy': - window.write_event_value('-DUMMY-', 'pressed') - if event == '-DUMMY-': - cp("Dummy pressed") - - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Multithreaded_popup.py b/DemoPrograms/Demo_Multithreaded_popup.py deleted file mode 100644 index 1672f0324..000000000 --- a/DemoPrograms/Demo_Multithreaded_popup.py +++ /dev/null @@ -1,88 +0,0 @@ -import threading -import time -import PySimpleGUI as sg -import queue - -""" - Threading Demo - "Call popup from a thread" - - Can be extended to call any PySimpleGUI function by passing the function through the queue - - - Safest approach to threading is to use a Queue object to communicate - between threads and maintrhead. - - The thread calls popup, a LOCAL function that should be called with the same - parameters that would be used to call opiup when called directly - - The parameters passed to the local popup are passed through a queue to the main thread. - When a messages is received from the queue, sg.popup is called using the parms passed - through the queue - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -mainthread_queue:queue.Queue = None - -def popup(*args, **kwargs): - if mainthread_queue: - mainthread_queue.put((args, kwargs)) - -def the_thread(count): - """ - The thread that communicates with the application through the window's events. - - Once a second wakes and sends a new event and associated value to the window - """ - i = 0 - while True: - time.sleep(2) - popup(f'Hello, this is the thread #{count}', 'My counter value', i, text_color='white', background_color='red', non_blocking=True, keep_on_top=True, location=(1000-200*count, 400)) - i += 1 - - -def process_popup(): - try: - queued_value = mainthread_queue.get_nowait() - sg.popup_auto_close(*queued_value[0], **queued_value[1]) - except queue.Empty: # get_nowait() will get exception when Queue is empty - pass - - -def main(): - """ - The demo will display in the multiline info about the event and values dictionary as it is being - returned from window.read() - Every time "Start" is clicked a new thread is started - Try clicking "Dummy" to see that the window is active while the thread stuff is happening in the background - """ - global mainthread_queue - - mainthread_queue = queue.Queue() - - layout = [ [sg.Text('Output Area - cprint\'s route to here', font='Any 15')], - [sg.Multiline(size=(65,20), key='-ML-', autoscroll=True, reroute_stdout=True, write_only=True, reroute_cprint=True)], - [sg.T('Input so you can see data in your dictionary')], - [sg.Input(key='-IN-', size=(30,1))], - [sg.B('Start A Thread'), sg.B('Dummy'), sg.Button('Exit')] ] - - window = sg.Window('Window Title', layout, finalize=True, keep_on_top=True) - count = 0 - while True: # Event Loop - event, values = window.read(timeout=500) - sg.cprint(event, values) if event != sg.TIMEOUT_EVENT else None - if event == sg.WIN_CLOSED or event == 'Exit': - break - process_popup() - if event.startswith('Start'): - threading.Thread(target=the_thread, args=(count,), daemon=True).start() - count += 1 - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Net_API_Download_Image.py b/DemoPrograms/Demo_Net_API_Download_Image.py deleted file mode 100644 index 055e84984..000000000 --- a/DemoPrograms/Demo_Net_API_Download_Image.py +++ /dev/null @@ -1,24 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - - -""" - Demo of Net API - Download a PNG Image using net_download_file_binary & Display in a Window - - This Demo Program shows how to download a binary file (an image) and display it in a window. - - - Copyright 2018-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -sg.theme('black') - -# First the easy case.... display a PNG image - -sg.Window('PNG Download', [[sg.Image(sg.net_download_file_binary(r'https://pysimplegui.net/images/tests/powered-by-pysimplegui-5.png'))]]).read(close=True) - diff --git a/DemoPrograms/Demo_Net_API_Download_Image_jpg.py b/DemoPrograms/Demo_Net_API_Download_Image_jpg.py deleted file mode 100644 index 0736f884d..000000000 --- a/DemoPrograms/Demo_Net_API_Download_Image_jpg.py +++ /dev/null @@ -1,51 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -# Only need these imports if using JPGs -from PIL import Image -from io import BytesIO - - -""" - Demo of Net API - Download JPG Image using net_download_file_binary and display in a window - - The download is the easiest part. It's the displaying of a JPG that's tricky. - - - Copyright 2018-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - - -# Download the binary file (into a variable, not a local file) -jpg_data = sg.net_download_file_binary(r'https://pysimplegui.net/images/tests/powered-by-pysimplegui-5.jpg') - -# Now display a JPG image. It requires converting the image to PNG before using with PySimpleGUI -# Note a commented out version below of this same code. Here the context manager was removed for simplicity. -jpg_image = Image.open(BytesIO(jpg_data)) -bio = BytesIO() -jpg_image.save(bio, format='PNG') - -sg.Window('Download JPG', [[sg.Image(data=bio.getvalue())]]).read(close=True) - -del bio # delete the BytesIO object since done with it - - - - -# This is another implementation using the io module with a context manager -# The "with" statement makes understanding what's going on a little more difficult -# but is perhaps the "preferred" method to use. -""" -jpg_image = Image.open(BytesIO(jpg_data)) - -with BytesIO() as bio: - jpg_image.save(bio, format='PNG') - data = bio.getvalue() - -sg.Window('Download JPG', [[sg.Image(data=data)]]).read(close=True) -""" \ No newline at end of file diff --git a/DemoPrograms/Demo_Nice_Buttons.py b/DemoPrograms/Demo_Nice_Buttons.py deleted file mode 100644 index f3e02fc47..000000000 --- a/DemoPrograms/Demo_Nice_Buttons.py +++ /dev/null @@ -1,81 +0,0 @@ -import PySimpleGUI as sg -import os -import io -from PIL import Image, ImageDraw, ImageTk, ImageFont -import base64 -import subprocess -import sys - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -orange64 = 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-green_pill64 = 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' 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- - -def image_file_to_bytes(image64, size): - image_file = io.BytesIO(base64.b64decode(image64)) - img = Image.open(image_file) - img.thumbnail(size, Image.LANCZOS) - bio = io.BytesIO() - img.save(bio, format='PNG') - imgbytes = bio.getvalue() - return imgbytes - - -def ShowMeTheButtons(): - bcolor = ('black', 'black') - wcolor = ('white', 'black') - - sg.theme('Black') - sg.set_options(auto_size_buttons=True, border_width=0, - button_color=sg.COLOR_SYSTEM_DEFAULT) - - toolbar_buttons = [[sg.Text('Who says Windows have to be ugly when using tkinter?', size=(45, 3))], - [sg.Text( - 'All of these buttons are part of the code itself', size=(45, 2))], - [sg.RButton('Next', image_data=image_file_to_bytes(button64, (100, 50)), button_color=wcolor, font='Any 15', pad=(0, 0), key='-close-'), - # [sg.RButton('Exit', image_data=image_file_to_bytes(black64, (100,50)),button_color=bcolor, font='Any 15', pad=(0,0), key='-close-'),], - sg.RButton('Submit', - image_data=image_file_to_bytes( - red_pill64, (100, 50)), - button_color=wcolor, font='Any 15', pad=(0, 0), key='-close-'), - sg.RButton('OK', image_data=image_file_to_bytes(green_pill64, (100, 50)), - button_color=bcolor, font='Any 15', pad=(0, 0), key='-close-'), - sg.RButton('Exit', image_data=image_file_to_bytes(orange64, (100, 50)), button_color=bcolor, font='Any 15', pad=(0, 0), key='-close-'), ], - ] - - # layout = toolbar_buttons - layout = [[sg.Frame('Nice Buttons', toolbar_buttons, - font=('any 18'), background_color='black')]] - - window = sg.Window('Demo of Nice Looking Buttons', layout, - no_titlebar=False, grab_anywhere=True, - keep_on_top=True, use_default_focus=False, - font='any 15', background_color='black', finalize=True) - - # ---===--- Loop taking in user input --- # - while True: - button, value = window.read() - print(button) - if button == '-close-' or button is None: - break # exit button clicked - - -if __name__ == '__main__': - - # To convert your PNG into Base 64: - # Go to https://www.base64-image.de/ - # Drag and drop your PNG image onto the webpage - # Choose "Copy image" - # Create a string variable name to hold your image - # Paste data from webpage as a string - # Delete the "header" stuff - up to the data portion (data:image/png;base64,) - ShowMeTheButtons() diff --git a/DemoPrograms/Demo_NonBlocking_Form.py b/DemoPrograms/Demo_NonBlocking_Form.py deleted file mode 100644 index 701a9c440..000000000 --- a/DemoPrograms/Demo_NonBlocking_Form.py +++ /dev/null @@ -1,91 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import time - -''' - Window that doesn't block - good for applications with an loop that polls hardware - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -def StatusOutputExample(): - # Create a text element that will be updated with status information on the GUI itself - # Create the rows - layout = [[sg.Text('Non-blocking GUI with updates')], - [sg.Text('', size=(8, 2), font=('Helvetica', 20), - justification='center', key='output')], - [sg.Button('LED On'), sg.Button('LED Off'), sg.Button('Quit')]] - # Layout the rows of the Window and perform a read. Indicate the Window is non-blocking! - window = sg.Window('Running Timer', layout, auto_size_text=True) - - # - # Some place later in your code... - # You need to perform a Read on your window every now and then or - # else it won't refresh. - # - # your program's main loop - i = 0 - while True: - # This is the code that reads and updates your window - event, values = window.read(timeout=10) - window['output'].update('{:02d}:{:02d}.{:02d}'.format( - (i // 100) // 60, (i // 100) % 60, i % 100)) - if event in ('Quit', None): - break - if event == 'LED On': - print('Turning on the LED') - elif event == 'LED Off': - print('Turning off the LED') - - i += 1 - # Your code begins here - - # Broke out of main loop. Close the window. - window.close() - - -def RemoteControlExample(): - - layout = [[sg.Text('Robotics Remote Control')], - [sg.Text(' '*10), sg.RealtimeButton('Forward')], - [sg.RealtimeButton('Left'), sg.Text(' '*15), - sg.RealtimeButton('Right')], - [sg.Text(' '*10), sg.RealtimeButton('Reverse')], - [sg.Text('')], - [sg.Quit(button_color=('black', 'orange'))] - ] - - window = sg.Window('Robotics Remote Control', layout, - auto_size_text=True, finalize=True) - - # - # Some place later in your code... - # You need to perform a ReadNonBlocking on your window every now and then or - # else it won't refresh. - # - # your program's main loop - while True: - # This is the code that reads and updates your window - event, values = window.read(timeout=0, timeout_key='timeout') - if event != 'timeout': - print(event) - if event in ('Quit', None): - break - - window.close() - - -def main(): - RemoteControlExample() - StatusOutputExample() - sg.popup('End of non-blocking demonstration') - - -if __name__ == '__main__': - - main() diff --git a/DemoPrograms/Demo_Notification_Window_Alpha_Channel.py b/DemoPrograms/Demo_Notification_Window_Alpha_Channel.py deleted file mode 100644 index 4eb00f286..000000000 --- a/DemoPrograms/Demo_Notification_Window_Alpha_Channel.py +++ /dev/null @@ -1,43 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import time - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Demonstrates a notification window that's partially transparent -# The window slowly fades-in -# Includes a small red-X button to close the window -# Base 64 encoded button is in-lined to avoid reading a file -# Free online encoder - https://www.base64-image.de/ -red_x = "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" - -sg.theme('Topanga') -sg.set_options(border_width=0, margins=(0, 0)) - -layout = [[sg.Text('Notification'+' '*14), - sg.CButton('', - image_data=red_x, - button_color=('#282923', '#282923'))], - [sg.Text('You have 6 new emails')], ] - -window = sg.Window('', layout, - no_titlebar=True, - grab_anywhere=True, - keep_on_top=True, - alpha_channel=0, - finalize=True) - -# Classy fade-in -for i in range(1, 75, 2): - window.AlphaChannel = float(i)/100 - time.sleep(.01) - -event, values = window.read() - -window.close() diff --git a/DemoPrograms/Demo_Notification_Window_Fade_In_Out.py b/DemoPrograms/Demo_Notification_Window_Fade_In_Out.py deleted file mode 100644 index d7bb24cec..000000000 --- a/DemoPrograms/Demo_Notification_Window_Fade_In_Out.py +++ /dev/null @@ -1,98 +0,0 @@ -import PySimpleGUI as sg -import textwrap - -''' - Notification Window Demo Program - Shamelessly stolen from PySimpleGUI user ncotrb - - Displays a small informational window with an Icon and a message in the lower right corner of the display - Option to fade in/out or immediatealy display. - - You can click on the notification window to speed things along. The idea is that if you click while fading in, you should immediately see the info. If - you click while info is displaying or while fading out, the window closes immediately. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -# ------------------------------------------------------------------- -# Constants, defaults, Base64 icons -USE_FADE_IN = True -WIN_MARGIN = 60 - -# colors -WIN_COLOR = "#282828" -TEXT_COLOR = "#ffffff" - -DEFAULT_DISPLAY_DURATION_IN_MILLISECONDS = 10000 - -# Base64 Images to use as icons in the window -img_error = b'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' -img_success = b'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' - -# ------------------------------------------------------------------- - -def display_notification(title, message, icon, display_duration_in_ms=DEFAULT_DISPLAY_DURATION_IN_MILLISECONDS, use_fade_in=True, alpha=0.9, location=None): - """ - Function that will create, fade in and out, a small window that displays a message with an icon - The graphic design is similar to other system/program notification windows seen in Windows / Linux - :param title: (str) Title displayed at top of notification - :param message: (str) Main body of the noficiation - :param icon: (str) Base64 icon to use. 2 are supplied by default - :param display_duration_in_ms: (int) duration for the window to be shown - :param use_fade_in: (bool) if True, the window will fade in and fade out - :param alpha: (float) Amount of Alpha Channel to use. 0 = invisible, 1 = fully visible - :param location: Tuple[int, int] location of the upper left corner of window. Default is lower right corner of screen - """ - - # Compute location and size of the window - message = textwrap.fill(message, 50) - win_msg_lines = message.count("\n") + 1 - - screen_res_x, screen_res_y = sg.Window.get_screen_size() - win_margin = WIN_MARGIN # distance from screen edges - win_width, win_height = 364, 66 + (14.8 * win_msg_lines) - win_location = location if location is not None else (screen_res_x - win_width - win_margin, screen_res_y - win_height - win_margin) - - layout = [[sg.Graph(canvas_size=(win_width, win_height), graph_bottom_left=(0, win_height), graph_top_right=(win_width, 0), key="-GRAPH-", - background_color=WIN_COLOR, enable_events=True)]] - - window = sg.Window(title, layout, background_color=WIN_COLOR, no_titlebar=True, - location=win_location, keep_on_top=True, alpha_channel=0, margins=(0, 0), element_padding=(0, 0), - finalize=True) - - window["-GRAPH-"].draw_rectangle((win_width, win_height), (-win_width, -win_height), fill_color=WIN_COLOR, line_color=WIN_COLOR) - window["-GRAPH-"].draw_image(data=icon, location=(20, 20)) - window["-GRAPH-"].draw_text(title, location=(64, 20), color=TEXT_COLOR, font=("Arial", 12, "bold"), text_location=sg.TEXT_LOCATION_TOP_LEFT) - window["-GRAPH-"].draw_text(message, location=(64, 44), color=TEXT_COLOR, font=("Arial", 9), text_location=sg.TEXT_LOCATION_TOP_LEFT) - - # change the cursor into a "hand" when hovering over the window to give user hint that clicking does something - window['-GRAPH-'].set_cursor('hand2') - - if use_fade_in == True: - for i in range(1,int(alpha*100)): # fade in - window.set_alpha(i/100) - event, values = window.read(timeout=20) - if event != sg.TIMEOUT_KEY: - window.set_alpha(1) - break - event, values = window(timeout=display_duration_in_ms) - if event == sg.TIMEOUT_KEY: - for i in range(int(alpha*100),1,-1): # fade out - window.set_alpha(i/100) - event, values = window.read(timeout=20) - if event != sg.TIMEOUT_KEY: - break - else: - window.set_alpha(alpha) - event, values = window(timeout=display_duration_in_ms) - - window.close() - -if __name__ == '__main__': - title = "Action completed successfully" - message = "This message is intended to inform you that the action you have performed has been successful. There is no need for further action." - display_notification(title, message, img_success, 10000, use_fade_in=True) \ No newline at end of file diff --git a/DemoPrograms/Demo_Notification_Window_Multiprocessing.py b/DemoPrograms/Demo_Notification_Window_Multiprocessing.py deleted file mode 100644 index 5d09f8f23..000000000 --- a/DemoPrograms/Demo_Notification_Window_Multiprocessing.py +++ /dev/null @@ -1,125 +0,0 @@ -import PySimpleGUI as sg -import textwrap -from multiprocessing import Process - -''' - Multiprocessing based Notification Window Demo Program - - The PySimpleGUI code for showing the windows themselves ovolved from code supplied by PySimpleGUI user ncotrb - - Displays a small informational window with an Icon and a message in the lower right corner of the display - Option to fade in/out or immediatealy display. - - You can click on the notification window to speed things along. The idea is that if you click while fading in, you should immediately see the info. If you click while info is displaying or while fading out, the window closes immediately. - - Note - In order to import and use these calls, you must make the call from a "main program". - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -''' - - -# ------------------------------------------------------------------- -# fade in/out info and default window alpha -WIN_MARGIN = 60 - -# colors -WIN_COLOR = "#282828" -TEXT_COLOR = "#ffffff" - -DEFAULT_DISPLAY_DURATION_IN_MILLISECONDS = 3000 # how long to display the window -DEFAULT_FADE_IN_DURATION = 2000 # how long to fade in / fade out the window - -# Base64 Images to use as icons in the window -image64_error = b'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' - -image64_success = b'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' - -# ------------------------------------------------------------------- - -def _display_notification(title, message, icon=image64_success, display_duration_in_ms=DEFAULT_DISPLAY_DURATION_IN_MILLISECONDS, fade_in_duration=DEFAULT_FADE_IN_DURATION, alpha=0.9, location=None): - """ - The PROCESS that is started when a toaster message is to be displayed. - Note that this is not a user callable function. - It does the actual work of creating and showing the window on the screen - - Displays a "notification window", usually in the bottom right corner of your display. Has an icon, a title, and a message - The window will slowly fade in and out if desired. Clicking on the window will cause it to move through the end the current "phase". For example, if the window was fading in and it was clicked, then it would immediately stop fading in and instead be fully visible. It's a way for the user to quickly dismiss the window. - :param title: (str) Text to be shown at the top of the window in a larger font - :param message: (str) Text message that makes up the majority of the window - :param icon: (base64) A base64 encoded PNG/GIF image that will be displayed in the window - :param display_duration_in_ms: (int) Number of milliseconds to show the window - :param fade_in_duration: (int) Number of milliseconds to fade window in and out - :param alpha: (float) Alpha channel. 0 - invisible 1 - fully visible - :param location: Tuple[int, int] Location on the screen to display the window - :return: (Any) The Process ID returned from calling multiprocessing.Process - """ - # Compute location and size of the window - message = textwrap.fill(message, 50) - win_msg_lines = message.count("\n") + 1 - - screen_res_x, screen_res_y = sg.Window.get_screen_size() - win_margin = WIN_MARGIN # distance from screen edges - win_width, win_height = 364, 66 + (14.8 * win_msg_lines) - - layout = [[sg.Graph(canvas_size=(win_width, win_height), graph_bottom_left=(0, win_height), graph_top_right=(win_width, 0), key="-GRAPH-", background_color=WIN_COLOR, enable_events=True)]] - - win_location = location if location is not None else (screen_res_x - win_width - win_margin, screen_res_y - win_height - win_margin) - window = sg.Window(title, layout, background_color=WIN_COLOR, no_titlebar=True, - location=win_location, keep_on_top=True, alpha_channel=0, margins=(0,0), element_padding=(0,0), grab_anywhere=True, finalize=True) - - window["-GRAPH-"].draw_rectangle((win_width, win_height), (-win_width, -win_height), fill_color=WIN_COLOR, line_color=WIN_COLOR) - window["-GRAPH-"].draw_image(data=icon, location=(20, 20)) - window["-GRAPH-"].draw_text(title, location=(64, 20), color=TEXT_COLOR, font=("Arial", 12, "bold"), text_location=sg.TEXT_LOCATION_TOP_LEFT) - window["-GRAPH-"].draw_text(message, location=(64, 44), color=TEXT_COLOR, font=("Arial", 9), text_location=sg.TEXT_LOCATION_TOP_LEFT) - window["-GRAPH-"].set_cursor('hand2') - - if fade_in_duration: - for i in range(1,int(alpha*100)): # fade in - window.set_alpha(i/100) - event, values = window.read(timeout=fade_in_duration // 100) - if event != sg.TIMEOUT_KEY: - window.set_alpha(1) - break - event, values = window(timeout=display_duration_in_ms) - if event == sg.TIMEOUT_KEY: - for i in range(int(alpha*100),1,-1): # fade out - window.set_alpha(i/100) - event, values = window.read(timeout=fade_in_duration // 100) - if event != sg.TIMEOUT_KEY: - break - else: - window.set_alpha(alpha) - event, values = window(timeout=display_duration_in_ms) - - window.close() - - -def display_notification(title, message, icon=image64_success, display_duration_in_ms=DEFAULT_DISPLAY_DURATION_IN_MILLISECONDS, fade_in_duration=DEFAULT_FADE_IN_DURATION, alpha=0.9, location=None): - """ - Displays a "notification window", usually in the bottom right corner of your display. Has an icon, a title, and a message - The window will slowly fade in and out if desired. Clicking on the window will cause it to move through the end the current "phase". For example, if the window was fading in and it was clicked, then it would immediately stop fading in and instead be fully visible. It's a way for the user to quickly dismiss the window. - :param title: (str) Text to be shown at the top of the window in a larger font - :param message: (str) Text message that makes up the majority of the window - :param icon: (base64) A base64 encoded PNG/GIF image that will be displayed in the window - :param display_duration_in_ms: (int) Number of milliseconds to show the window - :param fade_in_duration: (int) Number of milliseconds to fade window in and out - :param alpha: (float) Alpha channel. 0 - invisible 1 - fully visible - :param location: Tuple[int, int] Location on the screen to display the window - :return: (Any) The Process ID returned from calling multiprocessing.Process - """ - proc = Process(target=_display_notification, args=(title, message, icon, display_duration_in_ms, fade_in_duration, alpha, location)) - proc.start() - return proc - -if __name__ == '__main__': - proc2 = display_notification('Normal Location', 'This is my notification!') - proc3 = display_notification('Upper Left', 'This one does not fade in!', icon=image64_error, location=(0,0), fade_in_duration=0) - - proc3.join() - proc2.join() - print('*** Successfully joined process ***') diff --git a/DemoPrograms/Demo_Notify_Integration.py b/DemoPrograms/Demo_Notify_Integration.py deleted file mode 100644 index c110a4ae6..000000000 --- a/DemoPrograms/Demo_Notify_Integration.py +++ /dev/null @@ -1,89 +0,0 @@ -import PySimpleGUI as sg -from notifypy import Notify -import tempfile -import base64 -import os - -""" - Demo of Notification integration with PySimpleGUI - - You will need to install the py-notifypy package (note spelling!): - pip install notify-py - - Displays an OS created notification - - There are more options than those in this Demo... like all PySimpleGUI Demo Programs - the demo is meant to give you a starting point - - For more info about the notifypy package, visit the project's GitHub - https://github.com/ms7m/notify-py - - To show a notification, call the function provided: notify_popout - - If you use a base64 icon, then a temp file will be created. If you wish to cleanup these - temp files (an optional step), then include this line of code when you close the window: - [os.remove(file) for file in notify_popout.temp_files] if hasattr(notify_popout, 'temp_files') else None - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def notify_popout(title=None, message=None, icon=sg.DEFAULT_BASE64_ICON, app_name=None): - """ - Show a notification popout window - - :param title: Title shown in the notification - :param message: Message shown in the notification - :param icon: Icon shown in the notification - defaults to PySimpleGUI icon. Should be a PNG file - :param app_name: Application name shown in the notification - """ - if not hasattr(notify_popout, 'temp_files'): - notify_popout.temp_files = [] - - notification = Notify() - notification.title = title - notification.message = message - tmp = None - if isinstance(icon, bytes): - with tempfile.TemporaryFile(suffix='.png', delete=False) as tmp: - tmp.write(base64.b64decode(icon)) - tmp.close() - notification.icon = tmp.name - elif icon is not None: - notification.icon = icon - if app_name is not None: - notification.application_name = app_name - notification.send(block=False) - if tmp is not None: - notify_popout.temp_files.append(tmp.name) - - -def main(): - """ - A little test application that demonstrates calling the notify_popout function - """ - - layout = [ [sg.Text('My Window')], - [sg.T('Notification message:'), sg.Input(key='-IN-')], - [sg.B('Show Notification', bind_return_key=True), sg.Button('Exit')] ] - - window = sg.Window('My PySimpleGUI Application', layout) - - while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Show Notification': - notify_popout(title=window.Title, message=values['-IN-'], app_name=window.Title) - - window.close() - # enjoy the anti-pattern that cleans up the temp files - [os.remove(file) for file in notify_popout.temp_files] if hasattr(notify_popout, 'temp_files') else None - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_OpenCV.py b/DemoPrograms/Demo_OpenCV.py deleted file mode 100644 index 9f77dedf8..000000000 --- a/DemoPrograms/Demo_OpenCV.py +++ /dev/null @@ -1,85 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import cv2 as cv -# from PIL import Image -# import io - -""" - Demo program to open and play a file using OpenCV - It's main purpose is to show you: - 1. How to get a frame at a time from a video file using OpenCV - 2. How to display an image in a PySimpleGUI Window - - For added fun, you can reposition the video using the slider. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - # ---===--- Get the filename --- # - filename = sg.popup_get_file('Filename to play') - if filename is None: - return - vidFile = cv.VideoCapture(filename) - # ---===--- Get some Stats --- # - num_frames = vidFile.get(cv.CAP_PROP_FRAME_COUNT) - fps = vidFile.get(cv.CAP_PROP_FPS) - - sg.theme('Black') - - # ---===--- define the window layout --- # - layout = [[sg.Text('OpenCV Demo', size=(15, 1), font='Helvetica 20')], - [sg.Image(key='-IMAGE-')], - [sg.Slider(range=(0, num_frames), size=(60, 10), orientation='h', key='-SLIDER-')], - [sg.Push(), sg.Button('Exit', font='Helvetica 14')]] - - # create the window and show it without the plot - window = sg.Window('Demo Application - OpenCV Integration', layout, no_titlebar=False, location=(0, 0)) - - # locate the elements we'll be updating. Does the search only 1 time - image_elem = window['-IMAGE-'] - slider_elem = window['-SLIDER-'] - timeout = 1000//fps # time in ms to use for window reads - - # ---===--- LOOP through video file by frame --- # - cur_frame = 0 - while vidFile.isOpened(): - event, values = window.read(timeout=timeout) - if event in ('Exit', None): - break - ret, frame = vidFile.read() - if not ret: # if out of data stop looping - break - # if someone moved the slider manually, the jump to that frame - if int(values['-SLIDER-']) != cur_frame-1: - cur_frame = int(values['-SLIDER-']) - vidFile.set(cv.CAP_PROP_POS_FRAMES, cur_frame) - slider_elem.update(cur_frame) - cur_frame += 1 - - imgbytes = cv.imencode('.ppm', frame)[1].tobytes() # can also use png. ppm found to be more efficient - image_elem.update(data=imgbytes) - -main() - - ############# - # | | # - # | | # - # |_| # - # __ __ # - # \ \ / / # - # \ V / # - # \_/ # -""" ############# - # This was another way updates were being done, but seems slower than the above - img = Image.fromarray(frame) # create PIL image from frame - bio = io.BytesIO() # a binary memory resident stream - img.save(bio, format= 'PNG') # save image as png to it - imgbytes = bio.getvalue() # this can be used by OpenCV hopefully - image_elem.update(data=imgbytes) -""" \ No newline at end of file diff --git a/DemoPrograms/Demo_OpenCV_4_Line_Program.py b/DemoPrograms/Demo_OpenCV_4_Line_Program.py deleted file mode 100644 index d6991f893..000000000 --- a/DemoPrograms/Demo_OpenCV_4_Line_Program.py +++ /dev/null @@ -1,13 +0,0 @@ -import cv2, PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -window, cap = sg.Window('Demo Application - OpenCV Integration', [[sg.Image(key='-IMAGE-')], ], location=(800, 400)), cv2.VideoCapture(0) -while window(timeout=20)[0] is not None: - window['-IMAGE-'](data=cv2.imencode('.png', cap.read()[1])[1].tobytes()) diff --git a/DemoPrograms/Demo_OpenCV_7_Line_Program.py b/DemoPrograms/Demo_OpenCV_7_Line_Program.py deleted file mode 100644 index 75db03fd3..000000000 --- a/DemoPrograms/Demo_OpenCV_7_Line_Program.py +++ /dev/null @@ -1,24 +0,0 @@ -import cv2, PySimpleGUI as sg - -window = sg.Window('Demo Application - OpenCV Integration', [[sg.Image(key='-I-')], ], location=(800, 400)) -cap = cv2.VideoCapture(0) # Setup the camera as a capture device -while True: # The PSG "Event Loop" - event, values = window.read(timeout=20) # get events for the window with 20ms max wait - if event == sg.WIN_CLOSED: break # if user closed window, quit - window['-I-'].update(data=cv2.imencode('.ppm', cap.read()[1])[1].tobytes()) # Update image in window - -""" - Putting the comment at the bottom so that you can see that the code is indeed 7 lines long. And, there is nothing - done out of the ordinary to make it 7 lines long. There are no ; for example. OK, so the if statement is on one line - but that's the only place that you would traditionally see one more line. So, call it 8 if you want. - - NOTE - the encoding format PPM has been shown to be significantly less CPU intensive than using PNG (thank you reporting PySimpleGUI user!) - - In some cases however, PPM may not be supported. If you have problems with PPM encoding, then change ".ppm" to ".png" on line 8. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" \ No newline at end of file diff --git a/DemoPrograms/Demo_OpenCV_Draw_On_Webcam_Image.py b/DemoPrograms/Demo_OpenCV_Draw_On_Webcam_Image.py deleted file mode 100644 index e055a77db..000000000 --- a/DemoPrograms/Demo_OpenCV_Draw_On_Webcam_Image.py +++ /dev/null @@ -1,46 +0,0 @@ -import PySimpleGUI as sg -import cv2 - -""" - Demonstration of how to use a GRAPH ELEMENT to draw a webcam stream using OpenCV and PySimpleGUI. - Additionally, the thing this demo is really showcasing, is the ability to draw over the top of this - webcam stream, as it's being displayed. To "Draw" simply move your mouse over the image, left click and hold, and - then drag your mouse. You'll see a series of red circles on top of your image. - CURRENTLY ONLY WORKS WITH PySimpleGUI, NOT any of the other ports at this time. - - Note also that this demo is using ppm as the image format. This worked fine on all PySimpleGUI ports except - the web port. If you have trouble with the imencode statement, change "ppm" to "png" - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - layout = [[sg.Graph((600,450),(0,450), (600,0), key='-GRAPH-', enable_events=True, drag_submits=True)],], - - window = sg.Window('Demo Application - OpenCV Integration', layout) - graph_elem = window['-GRAPH-'] # type: sg.Graph - a_id = None - # ---===--- Event LOOP Read and display frames, operate the GUI --- # - cap = cv2.VideoCapture(0) - while True: - event, values = window.read(timeout=0) - if event in ('Exit', None): - break - - ret, frame = cap.read() - imgbytes=cv2.imencode('.ppm', frame)[1].tobytes() # on some ports, will need to change to png - if a_id: - graph_elem.delete_figure(a_id) # delete previous image - a_id = graph_elem.draw_image(data=imgbytes, location=(0,0)) # draw new image - graph_elem.send_figure_to_back(a_id) # move image to the "bottom" of all other drawings - - if event == '-GRAPH-': - graph_elem.draw_circle(values['-GRAPH-'], 5, fill_color='red', line_color='red') - - window.close() - -main() \ No newline at end of file diff --git a/DemoPrograms/Demo_OpenCV_Simple_GUI.py b/DemoPrograms/Demo_OpenCV_Simple_GUI.py deleted file mode 100644 index 73ee10b79..000000000 --- a/DemoPrograms/Demo_OpenCV_Simple_GUI.py +++ /dev/null @@ -1,82 +0,0 @@ -import PySimpleGUI as sg -import cv2 -import numpy as np - -""" -Demo program that displays a webcam using OpenCV and applies some very basic image functions - -- functions from top to bottom - -none: no processing -threshold: simple b/w-threshold on the luma channel, slider sets the threshold value -canny: edge finding with canny, sliders set the two threshold values for the function => edge sensitivity -blur: simple Gaussian blur, slider sets the sigma, i.e. the amount of blur smear -hue: moves the image hue values by the amount selected on the slider -enhance: applies local contrast enhancement on the luma channel to make the image fancier - slider controls fanciness. - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - sg.theme('LightGreen') - - # define the window layout - layout = [ - [sg.Text('OpenCV Demo', size=(60, 1), justification='center')], - [sg.Image(filename='', key='-IMAGE-')], - [sg.Radio('None', 'Radio', True, size=(10, 1))], - [sg.Radio('threshold', 'Radio', size=(10, 1), key='-THRESH-'), - sg.Slider((0, 255), 128, 1, orientation='h', size=(40, 15), key='-THRESH SLIDER-')], - [sg.Radio('canny', 'Radio', size=(10, 1), key='-CANNY-'), - sg.Slider((0, 255), 128, 1, orientation='h', size=(20, 15), key='-CANNY SLIDER A-'), - sg.Slider((0, 255), 128, 1, orientation='h', size=(20, 15), key='-CANNY SLIDER B-')], - [sg.Radio('blur', 'Radio', size=(10, 1), key='-BLUR-'), - sg.Slider((1, 11), 1, 1, orientation='h', size=(40, 15), key='-BLUR SLIDER-')], - [sg.Radio('hue', 'Radio', size=(10, 1), key='-HUE-'), - sg.Slider((0, 225), 0, 1, orientation='h', size=(40, 15), key='-HUE SLIDER-')], - [sg.Radio('enhance', 'Radio', size=(10, 1), key='-ENHANCE-'), - sg.Slider((1, 255), 128, 1, orientation='h', size=(40, 15), key='-ENHANCE SLIDER-')], - [sg.Button('Exit', size=(10, 1))] - ] - - # create the window and show it without the plot - window = sg.Window('OpenCV Integration', layout, location=(800, 400)) - - cap = cv2.VideoCapture(0) - - while True: - event, values = window.read(timeout=20) - if event == 'Exit' or event == sg.WIN_CLOSED: - break - - ret, frame = cap.read() - - if values['-THRESH-']: - frame = cv2.cvtColor(frame, cv2.COLOR_BGR2LAB)[:, :, 0] - frame = cv2.threshold(frame, values['-THRESH SLIDER-'], 255, cv2.THRESH_BINARY)[1] - elif values['-CANNY-']: - frame = cv2.Canny(frame, values['-CANNY SLIDER A-'], values['-CANNY SLIDER B-']) - elif values['-BLUR-']: - frame = cv2.GaussianBlur(frame, (21, 21), values['-BLUR SLIDER-']) - elif values['-HUE-']: - frame = cv2.cvtColor(frame, cv2.COLOR_BGR2HSV) - frame[:, :, 0] += int(values['-HUE SLIDER-']) - frame = cv2.cvtColor(frame, cv2.COLOR_HSV2BGR) - elif values['-ENHANCE-']: - enh_val = values['-ENHANCE SLIDER-'] / 40 - clahe = cv2.createCLAHE(clipLimit=enh_val, tileGridSize=(8, 8)) - lab = cv2.cvtColor(frame, cv2.COLOR_BGR2LAB) - lab[:, :, 0] = clahe.apply(lab[:, :, 0]) - frame = cv2.cvtColor(lab, cv2.COLOR_LAB2BGR) - - imgbytes = cv2.imencode('.png', frame)[1].tobytes() - window['-IMAGE-'].update(data=imgbytes) - - window.close() - - -main() diff --git a/DemoPrograms/Demo_OpenCV_Webcam.py b/DemoPrograms/Demo_OpenCV_Webcam.py deleted file mode 100644 index 25c3c7bf7..000000000 --- a/DemoPrograms/Demo_OpenCV_Webcam.py +++ /dev/null @@ -1,57 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import cv2 -import numpy as np - -""" -Demo program that displays a webcam using OpenCV - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - - sg.theme('Black') - - # define the window layout - layout = [[sg.Text('OpenCV Demo', size=(40, 1), justification='center', font='Helvetica 20')], - [sg.Image(filename='', key='image')], - [sg.Button('Record', size=(10, 1), font='Helvetica 14'), - sg.Button('Stop', size=(10, 1), font='Any 14'), - sg.Button('Exit', size=(10, 1), font='Helvetica 14'), ]] - - # create the window and show it without the plot - window = sg.Window('Demo Application - OpenCV Integration', - layout, location=(800, 400)) - - # ---===--- Event LOOP Read and display frames, operate the GUI --- # - cap = cv2.VideoCapture(0) - recording = False - - while True: - event, values = window.read(timeout=20) - if event == 'Exit' or event == sg.WIN_CLOSED: - return - - elif event == 'Record': - recording = True - - elif event == 'Stop': - recording = False - img = np.full((480, 640), 255) - # this is faster, shorter and needs less includes - imgbytes = cv2.imencode('.png', img)[1].tobytes() - window['image'].update(data=imgbytes) - - if recording: - ret, frame = cap.read() - imgbytes = cv2.imencode('.png', frame)[1].tobytes() # ditto - window['image'].update(data=imgbytes) - - -main() diff --git a/DemoPrograms/Demo_OpenCV_Webcam_ASCII.py b/DemoPrograms/Demo_OpenCV_Webcam_ASCII.py deleted file mode 100644 index cd41e870c..000000000 --- a/DemoPrograms/Demo_OpenCV_Webcam_ASCII.py +++ /dev/null @@ -1,77 +0,0 @@ -import cv2 -from PIL import Image -import numpy as np -import PySimpleGUI as sg - -""" - Interesting program that shows your webcam's image as ASCII text. Runs in realtime, producing a stream of - images so that it is actually animated ASCII text. Wild stuff that came about from a post on Reddit of all - places. The software bits that turn the image into ASCII text were shamelessly taken from this gist: - https://gist.github.com/cdiener/10491632 - Brilliant work to have pulled off so much with so little Numpy - What's remarkable about this program is that the animation is created by updating individual Text Elements going - down the window, one line at a time, every time through the loop. That's 48 lines of text every time. Rough - timing shows an animation of more than 10 fps when running any of the PySimpleGUI ports. - Also added onto this are a spinner and a slider. They do essentially the same thing, enable a pair of parameters - to be modified on the fly. - - You need PySimpleGUI installed as well as OpenCV. Both are easily installed via pip: - pip install PySimpleGUI - pip install opencv-python - - On Linux / Mac use pip3 instead of pip - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# The magic bits that make the ASCII stuff work shamelessly taken from https://gist.github.com/cdiener/10491632 -chars = np.asarray(list(' .,:;irsXA253hMHGS#9B&@')) -SC, GCF, WCF = .1, 1, 7/4 - -sg.theme('Black') # make it look cool with white chars on black background -font_size = 6 - -# define the window layout -# number of lines of text elements. Depends on cameras image size and the variable SC (scaller) -NUM_LINES = 48 - -layout = [[[sg.Text(i, font=('Courier', font_size), pad=(0, 0), key=('-OUT-', i))] for i in range(NUM_LINES)], - [sg.Text('GCF', s=9, justification='r'), sg.Slider((0.1, 20), resolution=.05, default_value=1, orientation='h', key='-SPIN-GCF-', size=(15, 15))], - [sg.Text('Font Size', s=9, justification='r'), sg.Slider((4, 20), resolution=1, default_value=font_size, orientation='h', key='-FONT SIZE-', size=(15, 15)), - sg.Push(), sg.Button('Exit')]] - -# create the window and show it without the plot -window = sg.Window('Demo Application - OpenCV - ASCII Chars Output', layout, font='Any 18', resizable=True) - -# ---===--- Event LOOP Read and display frames, operate the GUI --- # -# Setup the OpenCV capture device (webcam) - -cap = cv2.VideoCapture(0) - -while True: - - event, values = window.read(timeout=0) - if event in ('Exit', sg.WIN_CLOSED): - break - # Read image from capture device (camera) - ret, frame = cap.read() - - img = Image.fromarray(frame) # create PIL image from frame - GCF = float(values['-SPIN-GCF-']) - WCF = 1.75 - # More magic that coverts the image to ascii - S = (round(img.size[0] * SC * WCF), round(img.size[1] * SC)) - img = np.sum(np.asarray(img.resize(S)), axis=2) - img -= img.min() - img = (1.0 - img / img.max()) ** GCF * (chars.size - 1) - - # "Draw" the image in the window, one line of text at a time! - font_size = int(values['-FONT SIZE-']) - for i, r in enumerate(chars[img.astype(int)]): - window[('-OUT-', i)].update("".join(r), font=('Courier', font_size)) - -window.close() diff --git a/DemoPrograms/Demo_OpenCV_Webcam_Minimal.py b/DemoPrograms/Demo_OpenCV_Webcam_Minimal.py deleted file mode 100644 index 7083153fa..000000000 --- a/DemoPrograms/Demo_OpenCV_Webcam_Minimal.py +++ /dev/null @@ -1,37 +0,0 @@ -import PySimpleGUI as sg -import cv2 - -""" - Demo of using OpenCV to show your webcam in a GUI window. - This demo will run on tkinter, Qt, and Web(Remi). The web version flickers at the moment though - To exit, right click and choose exit. If on Qt, you'll have to kill the program as there are no right click menus - in PySimpleGUIQt (yet). - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.theme('Black') - -# define the window layout -layout = [[sg.Image(filename='', key='-IMAGE-', tooltip='Right click for exit menu')],] - -# create the window and show it without the plot -window = sg.Window('Demo Application - OpenCV Integration', layout, location=(800,400), - no_titlebar=True, grab_anywhere=True, - right_click_menu=['&Right', ['E&xit']], ) # if trying Qt, you will need to remove this right click menu - -# ---===--- Event LOOP Read and display frames, operate the GUI --- # -cap = cv2.VideoCapture(0) # Setup the OpenCV capture device (webcam) -while True: - event, values = window.read(timeout=20) - if event in ('Exit', None): - break - ret, frame = cap.read() # Read image from capture device (camera) - imgbytes=cv2.imencode('.png', frame)[1].tobytes() # Convert the image to PNG Bytes - window['-IMAGE-'].update(data=imgbytes) # Change the Image Element to show the new image - -window.close() diff --git a/DemoPrograms/Demo_PIL_Color_Picker.py b/DemoPrograms/Demo_PIL_Color_Picker.py deleted file mode 100644 index 3601e2f46..000000000 --- a/DemoPrograms/Demo_PIL_Color_Picker.py +++ /dev/null @@ -1,72 +0,0 @@ -import PySimpleGUI as sg -import PIL.ImageGrab - -""" - Color Picker Using Mouse - - Move your mouse anywhere on the screen and the window will show you to - location of the mouse and a square containing the color being shown. - You're also shown the RGB hex value for the color. - - Requires PIL package (and thus only picks colors on primary monitor at the moment) - - You can move the window by grabbing it anywhere and dragging it - - Pressing the F1 key puts the RBG hex value on the clipboard - Pressing the F2 key exits - Clicking moves the window to that location - - If you accidently do something that causes the window to lose focus (e.g. click the mouse) - then the window will move to where your mouse is and force focus back to the window - - As always, there is a right click menu with handy options - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [ [sg.Graph((100,100), (0,100), (100,0), key='-GRAPH-')], - [sg.T(k='-OUT-')], - [sg.T(k='-OUT LOC-')], - [sg.T('F1 copy F2 Exit')]] - -window = sg.Window('Color Picker', layout, no_titlebar=False, keep_on_top=True, grab_anywhere=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, finalize=True) - -window.bind('', '-COPY-') -window.bind('', 'Exit') -window.bind('', '-MOVE-') - -while True: - event, values = window.read(timeout=30) - # print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - sg.popup_quick_message(f'Exiting', background_color='red', text_color='white', keep_on_top=True, font='_ 20', non_blocking=False) - - break - if event == 'Edit Me': - sp = sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), keep_on_top=True, location=window.current_location(), non_blocking=True) - - window['-GRAPH-'].erase() - x, y = window.mouse_location() - rgb = PIL.ImageGrab.grab().load()[x, y] - hex_color = sg.rgb(*rgb) - window['-OUT-'].update(f'{hex_color}') - window['-OUT LOC-'].update(f'{window.mouse_location()}') - window['-GRAPH-'].draw_rectangle((0,0), (100,100), hex_color) - - if event == '-COPY-': - sg.clipboard_set(hex_color) - sg.popup_quick_message(f'{hex_color} copied to clipboard', keep_on_top=True, font='_ 20', non_blocking=True, auto_close_duration=1) - elif event == '-MOVE-': - window.move(x,y) - window.force_focus() - - -window.close() - - diff --git a/DemoPrograms/Demo_PIL_Use.py b/DemoPrograms/Demo_PIL_Use.py deleted file mode 100644 index c0d8b1ec9..000000000 --- a/DemoPrograms/Demo_PIL_Use.py +++ /dev/null @@ -1,126 +0,0 @@ -import PySimpleGUI as sg -import PIL -from PIL import Image -import io -import base64 -import random - -""" - Using PIL with PySimpleGUI - for Images and Buttons - - The reason for this demo is to give you this nice PIL based function - convert_to_bytes - - This function is your gateway to using any format of image (not just PNG & GIF) and to - resize / convert it so that it can be used with the Button and Image elements. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def make_square(im, fill_color=(0, 0, 0, 0)): - x, y = im.size - size = max(x, y) - new_im = Image.new('RGBA', (size, size), fill_color) - new_im.paste(im, (int((size - x) / 2), int((size - y) / 2))) - return new_im - - - -def convert_to_bytes(source, size=(None, None), subsample=None, zoom=None, fill=False): - """ - Will convert into bytes and optionally resize an image that is a file or a base64 bytes object. - Turns into PNG format in the process so that can be displayed by tkinter - :param source: either a string filename or a bytes base64 image object - :type source: (Union[str, bytes]) - :param size: optional new size (width, height) - :type size: (Tuple[int, int] or None) - :param subsample: change the size by multiplying width and height by 1/subsample - :type subsample: (int) - :param zoom: change the size by multiplying width and height by zoom - :type zoom: (int) - :param fill: If True then the image is filled/padded so that the image is square - :type fill: (bool) - :return: (bytes) a byte-string object - :rtype: (bytes) - """ - if isinstance(source, str): - image = Image.open(source) - elif isinstance(source, bytes): - image = Image.open(io.BytesIO(base64.b64decode(source))) - else: - image = PIL.Image.open(io.BytesIO(source)) - - width, height = image.size - - scale = None - if size != (None, None): - new_width, new_height = size - scale = min(new_height/height, new_width/width) - elif subsample is not None: - scale = 1/subsample - elif zoom is not None: - scale = zoom - - resized_image = image.resize((int(width * scale), int(height * scale)), Image.LANCZOS) if scale is not None else image - if fill and scale is not None: - resized_image = make_square(resized_image) - # encode a PNG formatted version of image into BASE64 - with io.BytesIO() as bio: - resized_image.save(bio, format="PNG") - contents = bio.getvalue() - encoded = base64.b64encode(contents) - return encoded - - - - -def random_image(): - return random.choice(sg.EMOJI_BASE64_LIST) - -def make_toolbar(): - layout = [[sg.T('❎', enable_events=True, key='Exit')]] - for i in range(6): - layout += [[sg.B(image_data = convert_to_bytes(random_image(), (30,30))), - sg.B(image_data = convert_to_bytes(random_image(), (30,30)))]] - return sg.Window('', layout, element_padding=(0,0), margins=(0,0), finalize=True, no_titlebar=True, grab_anywhere=True) - -def main(): - - image = random_image() - size = (60,60) - image = convert_to_bytes(image, size, fill=False) - - layout = [[sg.Button('+', size=(4,2)), sg.Button('-', size=(4,2)), sg.B('Next', size=(4,2)), sg.T(size, size=(10,1), k='-SIZE-')], - [sg.Image(data=image, k='-IMAGE-')], - [sg.Button(image_data=image, key='-BUTTON IMAGE-')],] - - window = sg.Window('Window Title', layout, finalize=True) - toolbar = make_toolbar() - - while True: # Event Loop - event_window, event, values = sg.read_all_windows() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == '+': - size = (size[0]+20, size[1]+20) - elif event == '-': - if size[0] > 20: - size = (size[0]-20, size[1]-20) - elif event in ('Next', '-BUTTON IMAGE-'): - image = random.choice(sg.EMOJI_BASE64_LIST) - elif event_window == toolbar: - image = event_window[event].ImageData - - # Resize image and update the window - image = convert_to_bytes(image, size, fill=True) - window['-IMAGE-'].update(data=image) - window['-BUTTON IMAGE-'].update(image_data=image) - window['-SIZE-'].update(size) - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_PNG_Thumbnail_Viewer.py b/DemoPrograms/Demo_PNG_Thumbnail_Viewer.py deleted file mode 100644 index fa7dd3e18..000000000 --- a/DemoPrograms/Demo_PNG_Thumbnail_Viewer.py +++ /dev/null @@ -1,188 +0,0 @@ -#!/usr/bin/env python -import PIL -from PIL import Image -from sys import exit -import PySimpleGUI as sg -import os -import io -import base64 - -""" - Demo PNG Thumbnail Viewer - - Displays PNG files from a folder. - - OK, so... this isn't the best Demo Program, that's for sure. It's one of the older - demos in the repo. There are likely better ones to use. The convert_to_bytes function is - the best thing in this demo. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -thumbnails = {} -ROWS = 8 -COLUMNS = 8 -sg.set_options(border_width=0) -# Get the folder containing the images from the user -folder = sg.popup_get_folder('Image folder to open') -if folder is None: - sg.popup_cancel('Cancelling') - exit(0) - - - - -def convert_to_bytes(file_or_bytes, resize=None): - """ - Will convert into bytes and optionally resize an image that is a file or a base64 bytes object. - Turns into PNG format in the process so that can be displayed by tkinter - :param file_or_bytes: either a string filename or a bytes base64 image object - :type file_or_bytes: (Union[str, bytes]) - :param resize: optional new size - :type resize: (Tuple[int, int] or None) - :param fill: If True then the image is filled/padded so that the image is not distorted - :type fill: (bool) - :return: (bytes) a byte-string object - :rtype: (bytes) - """ - if isinstance(file_or_bytes, str): - img = PIL.Image.open(file_or_bytes) - else: - try: - img = PIL.Image.open(io.BytesIO(base64.b64decode(file_or_bytes))) - except Exception as e: - dataBytesIO = io.BytesIO(file_or_bytes) - img = PIL.Image.open(dataBytesIO) - - cur_width, cur_height = img.size - if resize: - new_width, new_height = resize - scale = min(new_height / cur_height, new_width / cur_width) - img = img.resize((int(cur_width * scale), int(cur_height * scale)), PIL.Image.LANCZOS) - with io.BytesIO() as bio: - img.save(bio, format="PNG") - del img - return bio.getvalue() -# -# old, original PIL code. -# def image_file_to_bytes(filename, size): -# try: -# image = Image.open(filename) -# image.thumbnail(size, Image.LANCZOS) -# bio = io.BytesIO() # a binary memory resident stream -# image.save(bio, format='PNG') # save image as png to it -# imgbytes = bio.getvalue() -# except: -# imgbytes = None -# return imgbytes - - -def set_image_to_blank(key): - img = PIL.Image.new('RGB', (100, 100), (255, 255, 255)) - img.thumbnail((1, 1), PIL.Image.LANCZOS) - bio = io.BytesIO() - img.save(bio, format='PNG') - imgbytes = bio.getvalue() - window[key].update(image_data=imgbytes) - - -# get list of PNG files in folder -png_files = [os.path.join(folder, f) - for f in os.listdir(folder) if f.endswith('.png')] -filenames_only = [f for f in os.listdir(folder) if f.endswith('.png')] - -if len(png_files) == 0: - sg.popup('No PNG images in folder') - exit(0) - -# define menu layout -menu = [['&File', ['&Open Folder', 'E&xit']], ['&Help', ['&About', ]]] - -buttons = [] -for display_index in range(ROWS): - row = [] - for j in range(COLUMNS): - row.append(sg.Button('', border_width=0, - button_color=sg.COLOR_SYSTEM_DEFAULT, key=(display_index, j))) - buttons.append(row) - -col_buttons = [[]] - -# define layout, show and read the window -col = [[sg.Text(png_files[0], size=(80, 3), key='filename')], - [sg.Image(data=convert_to_bytes(png_files[0], (500, 500)), key='image')], ] - -layout = [ - [sg.Menu(menu)], - [sg.Col(buttons), sg.Col([[sg.Slider((len(png_files), 0), default_value=0, size=(38, 20), orientation='v', key='-slider-', change_submits=True)]]), sg.Col(col)] -] - -window = sg.Window('Image Browser', layout, - return_keyboard_events=True, - use_default_focus=False, finalize=True) - -# -------========= Event Loop =========-------- -display_index = 0 -while True: - - for x in range(ROWS): # update thumbnails - for y in range(COLUMNS): - cur_index = display_index + (x * COLUMNS) + y - if cur_index < len(png_files): - filename = png_files[cur_index] - if filename not in thumbnails: - imgbytes = convert_to_bytes(filename, (100, 100)) - thumbnails[filename] = imgbytes - else: - imgbytes = thumbnails[filename] - button_elem = window[(x, y)] - button_elem.update(image_data=imgbytes) - else: - set_image_to_blank((x, y)) - - event, values = window.read() - display_index = int(values['-slider-']) - # --------------------- Button & Keyboard --------------------- - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event in ('MouseWheel:Down', 'Down:40',) and display_index < len(png_files)-1: - display_index += 4 - elif event in ('MouseWheel:Up', 'Up:38',) and display_index > 0: - display_index -= 4 - elif event in ('Prior:33', 'Prev'): - display_index -= 16 - elif event in ('Next:34', 'Next'): - display_index += 16 - - window['-slider-'].update(display_index) - # ----------------- Menu choices ----------------- - if event == 'Open Folder': - newfolder = sg.popup_get_folder('New folder', no_window=True) - if newfolder is None: - continue - folder = newfolder - png_files = [os.path.join(folder, f) - for f in os.listdir(folder) if '.png' in f] - filenames_only = [f for f in os.listdir(folder) if '.png' in f] - display_index = 0 - thumbnail = {} - for j in range(ROWS): - for i in range(COLUMNS): - set_image_to_blank((i, j)) - elif event == 'About': - sg.popup('Demo PNG Viewer Program', 'Please give PySimpleGUI a try!') - elif type(event) is tuple: - x, y = event - image_index = display_index + (x * COLUMNS) + y - if image_index < len(png_files): - filename = png_files[image_index] - imgbytes = convert_to_bytes(filename, (500, 500)) - window['image'].update(data=imgbytes) - window['filename'].update(filename) - -window.close() diff --git a/DemoPrograms/Demo_PNG_Viewer.py b/DemoPrograms/Demo_PNG_Viewer.py deleted file mode 100644 index 4e7e19b45..000000000 --- a/DemoPrograms/Demo_PNG_Viewer.py +++ /dev/null @@ -1,99 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import os - -''' - Simple Image Browser - - This is an early demo program, so perhaps not quite as sophisticated as later ones. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - - -def main(): - - # Get the folder containing the images from the user - folder = sg.popup_get_folder('Image folder to open') - if folder is None: - sg.popup_cancel('Cancelling') - return - - # get list of PNG files in folder - png_files = [os.path.join(folder, f) for f in os.listdir(folder) if f.lower().endswith('.png')] - filenames_only = [f for f in os.listdir(folder) if f.lower().endswith('.png')] - - if len(png_files) == 0: - sg.popup('No PNG images in folder') - return - - # define menu layout - menu = [['File', ['Open Folder', 'Exit']], ['Help', ['About', ]]] - - # define layout, show and read the window - col = [[sg.Text(png_files[0], size=(80, 3), key='-FILENAME-')], - [sg.Image(filename=png_files[0], key='-IMAGE-', expand_x=True, expand_y=True)], - [sg.Button('Next', size=(8, 2)), sg.Button('Prev', size=(8, 2)), - sg.Text('File 1 of {}'.format(len(png_files)), size=(15, 1), key='-FILENUM-')]] - - col_files = [[sg.Listbox(values=filenames_only, size=(60, 30), key='-LISTBOX-', enable_events=True)], - [sg.Text('Select a file. Use scrollwheel or arrow keys on keyboard to scroll through files one by one.')]] - - layout = [[sg.Menu(menu)], [sg.Col(col_files), sg.Col(col, expand_x=True, expand_y=True)]] - - window = sg.Window('Image Browser', layout, return_keyboard_events=True, use_default_focus=False) - - # loop reading the user input and displaying image, filename - filenum, filename = 0, png_files[0] - while True: - - event, values = window.read() - # --------------------- Button & Keyboard --------------------- - if event == sg.WIN_CLOSED: - break - elif event in ('Next', 'MouseWheel:Down', 'Down:40', 'Next:34') and filenum < len(png_files)-1: - filenum += 1 - filename = os.path.join(folder, filenames_only[filenum]) - window['-LISTBOX-'].update(set_to_index=filenum, scroll_to_index=filenum) - elif event in ('Prev', 'MouseWheel:Up', 'Up:38', 'Prior:33') and filenum > 0: - filenum -= 1 - filename = os.path.join(folder, filenames_only[filenum]) - window['-LISTBOX-'].update(set_to_index=filenum, scroll_to_index=filenum) - elif event == 'Exit': - break - elif event == '-LISTBOX-': - filename = os.path.join(folder, values['-LISTBOX-'][0]) - filenum = png_files.index(filename) - # ----------------- Menu choices ----------------- - if event == 'Open Folder': - newfolder = sg.popup_get_folder('New folder', no_window=True) - if newfolder is None: - continue - - folder = newfolder - png_files = [os.path.join(folder, f) for f in os.listdir(folder) if f.lower().endswith('.png')] - filenames_only = [f for f in os.listdir(folder) if f.lower().endswith('.png')] - - window['-LISTBOX-'].update(values=filenames_only) - window.refresh() - - filenum = 0 - elif event == 'About': - sg.popup('Demo PNG Viewer Program', - 'Please give PySimpleGUI a try!') - - # update window with new image - window['-IMAGE-'].update(filename=filename) - # update window with filename - window['-FILENAME-'].update(filename) - # update page display - window['-FILENUM-'].update('File {} of {}'.format(filenum + 1, len(png_files))) - - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Paned_Window.py b/DemoPrograms/Demo_Paned_Window.py deleted file mode 100644 index 2a1e6ef08..000000000 --- a/DemoPrograms/Demo_Paned_Window.py +++ /dev/null @@ -1,60 +0,0 @@ -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.theme('GreenTan') - -col1 = sg.Col([[sg.Text('in pane1', text_color='blue')], - [sg.Text('Pane1')], - [sg.Text('Pane1')], - ]) -col2 = sg.Col([[sg.Text('in pane2', text_color='red')], - [sg.Text('Pane2')], - [sg.Input('', key='-IN2-')], - [sg.Text('Pane2')], - [sg.Text('Pane2')], - ], key='-COL2-', visible=False) -col3 = sg.Col([[sg.Text('in pane 4', text_color='green')], - [sg.Input(key='-IN3-', enable_events=True)], - ], key='-COL3-', visible=False) -col4 = sg.Col([[sg.Text('Column 4', text_color='firebrick')], - [sg.Input()], - ], key='-COL4-') -col5 = sg.Col([[sg.Frame('Frame', [[sg.Text('Column 5', text_color='purple')], - [sg.Input()], - ])]]) - -layout = [[sg.Text('Click'), sg.Text('', key='-OUTPUT-')], - [sg.Button('Remove'), sg.Button('Add')], - [sg.Pane([col5, - sg.Col([[sg.Pane([col1, col2, col4], handle_size=15, - orientation='v', background_color='red', show_handle=True, - visible=True, key='-PANE-', border_width=0, - relief=sg.RELIEF_GROOVE), ]]), col3], - orientation='h', background_color=None, size=(160, 160), - relief=sg.RELIEF_RAISED, border_width=0)] - ] - -window = sg.Window('Window Title', layout, border_depth=5, - default_element_size=(15, 1), resizable=True) - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event == 'Remove': - window['-COL2-'].update(visible=False) - window['-COL3-'].update(visible=False) - elif event == 'Add': - window['-COL2-'].update(visible=True) - window['-COL3-'].update(visible=True) - window['-IN2-'].update(values['-IN3-']) - -window.close() diff --git a/DemoPrograms/Demo_Password_Login.py b/DemoPrograms/Demo_Password_Login.py deleted file mode 100644 index b170b985b..000000000 --- a/DemoPrograms/Demo_Password_Login.py +++ /dev/null @@ -1,79 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import hashlib - -""" - Create a secure login for your scripts without having to include your password - in the program. Create an SHA1 hash code for your password using the GUI. Paste into variable in final program - 1. Choose a password - 2. Generate a hash code for your chosen password by running program and entering 'gui' as the password - 3. Type password into the GUI - 4. Copy and paste hash code from GUI into variable named login_password_hash - 5. Run program again and test your login! - 6. Are you paying attention? The first person that can post an issue on GitHub with the - matching password to the hash code in this example gets a $5 PayPal payment - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - # Use this GUI to get your password's hash code - def HashGeneratorGUI(): - layout = [ - [sg.Text('Password Hash Generator', size=(30, 1), font='Any 15')], - [sg.Text('Password'), sg.Input(key='-password-')], - [sg.Text('SHA Hash'), sg.Input('', size=(40, 1), key='hash')], - ] - - window = sg.Window('SHA Generator', layout, - auto_size_text=False, - default_element_size=(10, 1), - text_justification='r', - return_keyboard_events=True, - grab_anywhere=False) - - while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - - password = values['-password-'] - try: - password_utf = password.encode('utf-8') - sha1hash = hashlib.sha1() - sha1hash.update(password_utf) - password_hash = sha1hash.hexdigest() - window['hash'].update(password_hash) - except: - pass - window.close() - - # ----------------------------- Paste this code into your program / script ----------------------------- - # determine if a password matches the secret password by comparing SHA1 hash codes - def PasswordMatches(password, a_hash): - password_utf = password.encode('utf-8') - sha1hash = hashlib.sha1() - sha1hash.update(password_utf) - password_hash = sha1hash.hexdigest() - return password_hash == a_hash - - login_password_hash = '6adfb183a4a2c94a2f92dab5ade762a47889a5a1' # helloworld - password = sg.popup_get_text( - 'Password: (type gui for other window)', password_char='*') - if password == 'gui': # Remove when pasting into your program - HashGeneratorGUI() # Remove when pasting into your program - return # Remove when pasting into your program - if password and PasswordMatches(password, login_password_hash): - print('Login SUCCESSFUL') - else: - print('Login FAILED!!') - - -if __name__ == '__main__': - sg.theme('DarkAmber') - main() diff --git a/DemoPrograms/Demo_Pi_LEDs.py b/DemoPrograms/Demo_Pi_LEDs.py deleted file mode 100644 index aabe8cf60..000000000 --- a/DemoPrograms/Demo_Pi_LEDs.py +++ /dev/null @@ -1,86 +0,0 @@ -#!/usr/bin/env python -import sys -import PySimpleGUI as sg -import time - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# App for Raspberry Pi. - -if sys.platform == 'win32': - - class GPIO(): - LOW = 0 - HIGH = 1 - BCM = OUT = 0 - current_value = 0 - - @classmethod - def setmode(self, mode): - return - - @classmethod - def setup(self, arg1, arg2): - return - - @classmethod - def output(self, port, value): - self.current_value = value - - @classmethod - def input(self, port): - return self.current_value -else: - import RPi.GPIO as GPIO - -# determine that GPIO numbers are used: -GPIO.setmode(GPIO.BCM) -GPIO.setup(14, GPIO.OUT) - - -def SwitchLED(): - varLedStatus = GPIO.input(14) - if varLedStatus == 0: - GPIO.output(14, GPIO.HIGH) - return "LED is switched ON" - else: - GPIO.output(14, GPIO.LOW) - return "LED is switched OFF" - - -def FlashLED(): - for i in range(5): - GPIO.output(14, GPIO.HIGH) - time.sleep(0.5) - GPIO.output(14, GPIO.LOW) - time.sleep(0.5) - - -layout = [[sg.Text('Raspberry Pi LEDs')], - [sg.Text('', size=(20, 1), key='output')], - [sg.Button('Switch LED')], - [sg.Button('Flash LED')], - [sg.Exit()]] - -window = sg.Window('Raspberry Pi GUI', layout, grab_anywhere=False) - -while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - - if event == 'Switch LED': - window['output'].update(SwitchLED()) - elif event == 'Flash LED': - window['output'].update('LED is Flashing') - window.refresh() - FlashLED() - window['output'].update('') - -window.close() diff --git a/DemoPrograms/Demo_Pip_Installs.py b/DemoPrograms/Demo_Pip_Installs.py deleted file mode 100644 index c5a58d17b..000000000 --- a/DemoPrograms/Demo_Pip_Installs.py +++ /dev/null @@ -1,51 +0,0 @@ -#!/usr/bin/env python -""" - Obtain the version number for a package installed on any versions of Python on your system by uysing - the sg.execute_pip_get_local_package_version() call. - - Copyright 2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg - - -layout = [ [sg.T('Package Name:'), sg.In(s=15, setting='', k='-PACKAGE-')], - [sg.T('Full path to interpreter'), sg.In(setting='', k='-INT-')], - [sg.CB('Use threading', setting=False, k='-THREADED-')], - [sg.MLine(s=(80,20), reroute_cprint=True, k='-ML-')], - [sg.Button('Show', bind_return_key=True), sg.Button('Exit')] ] - -window = sg.Window('Get PIP Installed Versions', layout, print_event_values=False, enable_close_attempted_event=True, auto_save_location=True) - -while True: # Event Loop - event, values = window.read() - if event == sg.WINDOW_CLOSE_ATTEMPTED_EVENT: - window.settings_save(values) - break - if event in (None, 'Exit'): - break - if event == 'Show': - package = values['-PACKAGE-'] - if not package: - continue - - win = window if values['-THREADED-'] else None - - out = sg.execute_pip_get_local_package_version(package, interpreter=values['-INT-'] if values['-INT-'] else None, window=win, key='-PIP VER-') - if win is None: - if not out: - out = 'Not Installed' - sg.cprint(f'Not threaded {package} ', end='', c='white on green') - sg.cprint(f'version = {out}', end='', c='white on red') - sg.cprint('') - elif event == '-PIP VER-': - out = values[event] if values[event] else 'Not Installed' - sg.cprint(f'{package} ', end='', c='white on blue') - sg.cprint(f'version = {out}', end='', c='white on red') - sg.cprint('') - -window.close() diff --git a/DemoPrograms/Demo_Pong_Multiple_Platforms.py b/DemoPrograms/Demo_Pong_Multiple_Platforms.py deleted file mode 100644 index 0ab567bfc..000000000 --- a/DemoPrograms/Demo_Pong_Multiple_Platforms.py +++ /dev/null @@ -1,198 +0,0 @@ -# !/usr/bin/env python -# Based on work by - Siddharth Natamai -# At the moment, this source file runs on TWO of the 4 PySimpleGUI ports with a third one coming soon (Qt). -import PySimpleGUI as sg -import random - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -GAMEPLAY_SIZE = (700, 400) -BAT_SIZE = (20, 110) -STARTING_BALL_POSITION = (327, 200) -player_1_Starting_Score = 0 -player_2_Starting_Score = 0 -BALL_RADIUS = 12 -# BACKGROUND_COLOR = 'lightblue' # if running on PySimpleGUIWeb -BACKGROUND_COLOR = 'black' -# BALL_COLOR = 'black' # if running on PySimpleGUIWeb -BALL_COLOR = 'green1' -num_rounds = 0 -while num_rounds == 0: - try: - num_rounds = int(sg.popup_get_text( - 'How many rounds would you like to play?')) - except Exception as e: - num_rounds = 0 - - -class Ball: - def __init__(self, graph, bat_1, bat_2, colour): - self.graph = graph # type: sg.Graph - self.bat_1 = bat_1 - self.bat_2 = bat_2 - self.player_1_Score = player_1_Starting_Score - self.player_2_Score = player_2_Starting_Score - self.draw_P1 = None - self.draw_P2 = None - self.id = self.graph.draw_circle( - STARTING_BALL_POSITION, BALL_RADIUS, line_color=colour, fill_color=colour) - self.curx, self.cury = STARTING_BALL_POSITION - # self.graph.relocate_figure(self.id, STARTING_BALL_POSITION[0], STARTING_BALL_POSITION[1]) - self.x = random.choice([-2.5, 2.5]) - self.y = -2.5 - - def win_loss_check(self): - winner = None - if self.player_1_Score >= num_rounds: - winner = 'Player Right Wins' - if self.player_2_Score >= num_rounds: - winner = 'Player Left Wins' - return winner - - def update_player1_score(self, val): - self.graph.delete_figure(self.draw_P1) - self.draw_P1 = self.graph.draw_text( - str(val), (170, 50), font=('Courier 60'), color='white') - - def update_player2_score(self, val): - self.graph.delete_figure(self.draw_P2) - self.draw_P2 = self.graph.draw_text( - str(val), (550, 50), font=('courier 40'), color='white') - - def hit_bat(self, pos): - bat_pos = (self.bat_1.curx, self.bat_1.cury) - if pos[0] >= bat_pos[0] and pos[0] <= bat_pos[0]+BAT_SIZE[0]: - if bat_pos[1] <= pos[1] <= bat_pos[1]+BAT_SIZE[1]: - return True - return False - - def hit_bat2(self, pos): - bat_pos = (self.bat_2.curx, self.bat_2.cury) - if pos[0] >= bat_pos[0] and pos[0] <= bat_pos[0]+BAT_SIZE[0]: - if bat_pos[1] <= pos[1] <= bat_pos[1]+BAT_SIZE[1]: - return True - return False - - def draw(self): - self.curx += self.x - self.cury += self.y - self.graph.relocate_figure(self.id, self.curx, self.cury) - if self.cury <= 0: # see if hit top or bottom of play area. If so, reverse y direction - self.y = 4 - self.cury = 0 - if self.cury >= GAMEPLAY_SIZE[1]-BALL_RADIUS/2: - self.y = -4 - self.cury = GAMEPLAY_SIZE[1]-BALL_RADIUS/2 - if self.curx <= 0: # see if beyond player - self.player_1_Score += 1 - self.graph.relocate_figure( - self.id, STARTING_BALL_POSITION[0], STARTING_BALL_POSITION[1]) - self.x = 4 - self.update_player2_score(self.player_1_Score) - self.curx, self.cury = STARTING_BALL_POSITION - if self.curx >= GAMEPLAY_SIZE[0]: - self.player_2_Score += 1 - self.graph.relocate_figure( - self.id, STARTING_BALL_POSITION[0], STARTING_BALL_POSITION[1]) - self.x = -4 - self.update_player1_score(self.player_2_Score) - self.curx, self.cury = STARTING_BALL_POSITION - if self.hit_bat((self.curx, self.cury)): - self.x = 4 - if self.hit_bat2((self.curx, self.cury)): - self.x = -4 - - -class PongBall(): - def __init__(self, graph: sg.Graph, colour, x, width=BAT_SIZE[0], height=BAT_SIZE[1]): - self.graph = graph - self.id = graph.draw_rectangle( - (x - width / 2, 200), (x + width / 2, 200 + height), fill_color=colour) - self.y = 0 - self.x = x - self.curx = x - self.cury = height/2 - - def up(self, amount): - self.y = -amount - - def down(self, amount): - self.y = amount - - @property - def curr_pos(self): - pos = self.cury - return pos - - def draw(self): - self.graph.relocate_figure(self.id, self.curx, self.cury) - if self.cury + self.y + BAT_SIZE[1] <= GAMEPLAY_SIZE[1] and self.cury + self.y + BAT_SIZE[1] >= 0: - self.cury += self.y - if self.cury <= 0: - self.cury = 0 - self.y = 0 - if self.cury >= GAMEPLAY_SIZE[1]: - self.cury = GAMEPLAY_SIZE[1] - self.y = 0 - - -def pong(): - layout = [[sg.Graph(GAMEPLAY_SIZE, - (0, GAMEPLAY_SIZE[1]), - (GAMEPLAY_SIZE[0], 0), - background_color=BACKGROUND_COLOR, - key='-GRAPH-')], - [sg.Text(''), - sg.Button('Exit'), - sg.Text('Speed'), - sg.Slider((0, 20), - default_value=10, - orientation='h', - enable_events=True, - key='-SPEED-')] - ] - - window = sg.Window( - 'Pong', layout, return_keyboard_events=True, finalize=True) - - graph_elem = window['-GRAPH-'] # type: sg.Graph - - bat_1 = PongBall(graph_elem, 'red', 30) - bat_2 = PongBall(graph_elem, 'blue', 670) - ball_1 = Ball(graph_elem, bat_1, bat_2, 'green1') - sleep_time = 10 - - while True: - ball_1.draw() - bat_1.draw() - bat_2.draw() - - event, values = window.read( - timeout=sleep_time) # type: str, str - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event.startswith('Up') or event.endswith('Up'): - bat_2.up(5) - elif event.startswith('Down') or event.endswith('Down'): - bat_2.down(5) - elif event == 'w': - bat_1.up(5) - elif event == 's': - bat_1.down(5) - elif event == '-SPEED-': - sleep_time = int(values['-SPEED-']) - - if ball_1.win_loss_check(): - sg.popup('Game Over', ball_1.win_loss_check() + ' won!!') - break - window.close() - - -if __name__ == '__main__': - pong() diff --git a/DemoPrograms/Demo_Popup_Custom.py b/DemoPrograms/Demo_Popup_Custom.py deleted file mode 100644 index 725caba05..000000000 --- a/DemoPrograms/Demo_Popup_Custom.py +++ /dev/null @@ -1,35 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -''' - Use this code as a starting point for creating your own Popup functions. - Rather than creating a long list of Popup high-level API calls, PySimpleGUI provides - you with the tools to easily create your own. If you need more than what the standard popup_get_text and - other calls provide, then it's time for you to graduate into making your own windows. Or, maybe you need - another window that pops-up over your primary window. Whatever the need, don't hesitate to dive in - and create your own Popup call. - - This example is for a DropDown / Combobox Popup. You provide it with a title, a message and the list - of values to choose from. It mimics the return values of existing Popup calls (None if nothing was input) - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - - -def PopupDropDown(title, text, values): - window = sg.Window(title, - [[sg.Text(text)], - [sg.DropDown(values, key='-DROP-')], - [sg.OK(), sg.Cancel()] - ]) - event, values = window.read() - return None if event != 'OK' else values['-DROP-'] - -# ----------------------- Calling your PopupDropDown function ----------------------- - -values = ['choice {}'.format(x) for x in range(30)] -print(PopupDropDown('My Title', 'Please make a selection', values)) diff --git a/DemoPrograms/Demo_Popups.py b/DemoPrograms/Demo_Popups.py deleted file mode 100644 index 8a44569ef..000000000 --- a/DemoPrograms/Demo_Popups.py +++ /dev/null @@ -1,34 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import sys -''' - Usage of Popups in PSG - - While this is an older demo, it is a good instroduction to a FEW of the popups available to you. - Check out the System Call Reference for the full list: http://www.PySimpleGUI.org - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -''' -# Here, have some windows on me.... -[sg.popup_no_wait('No-wait Popup', relative_location=(-500+100*x, -500)) for x in range(10)] -answer = sg.popup_yes_no('Do not worry about all those open windows... they will disappear at the end', 'Are you OK with that?') - -if answer == 'No': - sg.popup_cancel('OK, we will destroy those windows as soon as you close this window') - sys.exit() - -sg.popup_no_buttons('Your answer was', answer, relative_location=(0, -200), non_blocking=True) -text = sg.popup_get_text('This is a call to PopopGetText') -sg.popup_get_file('Get file') -sg.popup_get_folder('Get folder') -sg.popup('Simple popup') -sg.popup_no_titlebar('No titlebar') -sg.popup_no_border('No border') -sg.popup_no_frame('No frame') -sg.popup_cancel('Cancel') -sg.popup_auto_close('This window will Autoclose and then everything else will close too....') diff --git a/DemoPrograms/Demo_Post_An_Issue.py b/DemoPrograms/Demo_Post_An_Issue.py deleted file mode 100644 index 88ac9fde3..000000000 --- a/DemoPrograms/Demo_Post_An_Issue.py +++ /dev/null @@ -1,392 +0,0 @@ -import PySimpleGUI as sg -import webbrowser -import urllib.parse - -""" - Beta of the GitHub Issue Post Code - - This program is going to be inside of PySimpleGUI itself. - - It produces Markdown code that - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def _github_issue_post_make_markdown(issue_type, operating_system, os_ver, psg_port, psg_ver, gui_ver, python_ver, - python_exp, prog_exp, used_gui, gui_notes, - cb_docs, cb_demos, cb_demo_port, cb_readme_other, cb_command_line, cb_issues, cb_github, - detailed_desc, code, ): - body = \ -""" -### Type of Issue (Enhancement, Error, Bug, Question) - -{} ----------------------------------------- - -#### Operating System - -{} version {} - -#### PySimpleGUI Port (tkinter, Qt, Wx, Web) - -{} - ----------------------------------------- - -## Versions - -Version information can be obtained by calling `sg.main_get_debug_data()` -Or you can print each version shown in () - -#### Python version (`sg.sys.version`) - -{} - -#### PySimpleGUI Version (`sg.__version__`) - -{} - -#### GUI Version (tkinter (`sg.tclversion_detailed`), PySide2, WxPython, Remi) - -{} -""".format(issue_type, operating_system,os_ver, psg_port,python_ver, psg_ver, gui_ver) - - body2 = \ -""" - - ---------------------- - -#### Your Experience In Months or Years (optional) - -{} Years Python programming experience -{} Years Programming experience overall -{} Have used another Python GUI Framework? (tkinter, Qt, etc) (yes/no is fine) -{} - ---------------------- - -#### Troubleshooting - -These items may solve your problem. Please check those you've done by changing - [ ] to - [X] - -- [{}] Searched main docs for your problem www.PySimpleGUI.org -- [{}] Looked for Demo Programs that are similar to your goal Demos.PySimpleGUI.org -- [{}] If not tkinter - looked for Demo Programs for specific port -- [{}] For non tkinter - Looked at readme for your specific port if not PySimpleGUI (Qt, WX, Remi) -- [{}] Run your program outside of your debugger (from a command line) -- [{}] Searched through Issues (open and closed) to see if already reported Issues.PySimpleGUI.org -- [{}] Tried using the PySimpleGUI.py file on GitHub. Your problem may have already been fixed but not released - -#### Detailed Description - -{} - -#### Code To Duplicate - -A **short** program that isolates and demonstrates the problem (Do not paste your massive program, but instead 10-20 lines that clearly show the problem) - -This pre-formatted code block is all set for you to paste in your bit of code: - -```python -{} - - -``` - -#### Screenshot, Sketch, or Drawing - - - - """.format(python_exp, prog_exp, used_gui, gui_notes, - cb_docs, cb_demos, cb_demo_port, cb_readme_other, cb_command_line, cb_issues, cb_github, - detailed_desc, code if len(code) > 10 else '# Paste your code here') - - return body + body2 - - - - - -def _github_issue_post_make_github_link(title, body): - pysimplegui_url = "https://github.com/PySimpleGUI/PySimpleGUI" - pysimplegui_issues = f"{pysimplegui_url}/issues/new?" - - # Fix body cuz urllib can't do it smfh - getVars = {'title': str(title), 'body': str(body)} - return (pysimplegui_issues + urllib.parse.urlencode(getVars).replace("%5Cn", "%0D")) - - -######################################################################################################### - -def _github_issue_post_validate(values, checklist, issue_types): - issue_type = None - for itype in issue_types: - if values[itype]: - issue_type = itype - break - if issue_type is None: - sg.popup_error('Must choose issue type') - return False - if values['-OS WIN-']: - operating_system = 'Windows' - os_ver = values['-OS WIN VER-'] - elif values['-OS LINUX-']: - operating_system = 'Linux' - os_ver = values['-OS LINUX VER-'] - elif values['-OS MAC-']: - operating_system = 'Mac' - os_ver = values['-OS MAC VER-'] - elif values['-OS OTHER-']: - operating_system = 'Other' - os_ver = values['-OS OTHER VER-'] - else: - sg.popup_error('Must choose Operating System') - return False - - if os_ver == '': - sg.popup_error('Must fill in an OS Version') - return False - - checkboxes = any([ values[('-CB-', i)] for i in range(len(checklist))]) - if not checkboxes: - sg.popup_error('None of the checkboxes were checked.... you need to have tried something...anything...') - return False - - title = values['-TITLE-'].strip() - if len(title) == 0: - sg.popup_error("Title can't be blank") - return False - elif title[1:len(title)-1] == issue_type: - sg.popup_error("Title can't be blank (only the type of issue isn't enough)") - return False - - if len(values['-ML DETAILS-']) < 4: - sg.popup_error("A little more details would be awesome") - return False - - return True - - - - -def _github_issue_help(): - heading_font = '_ 12 bold underline' - text_font = '_ 10' - - def HelpText(text): - return sg.Text(text, size=(80, None), font=text_font) - - help_why = \ -""" Let's start with a review of the Goals of the PySimpleGUI project -1. To have fun -2. For you to be successful - -This form is as important as the documentation and the demo programs to meeting those goals. - -The GitHub Issue GUI is here to help you more easily log issues on the PySimpleGUI GitHub Repo. """ - - help_goals = \ -""" The goals of using GitHub Issues for PySimpleGUI question, problems and suggestions are: -* Give you direct access to engineers with the most knowledge of PySimpleGUI -* Answer your questions in the most precise and correct way possible -* Provide the highest quality solutions possible -* Give you a checklist of things to try that may solve the problem -* A single, searchable database of known problems and their workarounds -* Provide a place for the PySimpleGUI project to directly provide support to users -* A list of requested enhancements -* An easy to use interface to post code and images -* A way to track the status and have converstaions about issues -* Enable multiple people to help users """ - - help_explain = \ -""" GitHub does not provide a "form" that normal bug-tracking-databases provide. As a result, a form was created specifically for the PySimpleGUI project. - -The most obvious questions about this form are -* Why is there a form? Other projects don't have one? -* My question is an easy one, why does it still need a form? - -The answer is: -I want you to get your question answered with the highest quality answer possible as quickly as possible. - -The longer answer - For quite a while there was no form. It resulted the same back and forth, multiple questions comversation. "What version are you running?" "What OS are you using?" These waste precious time. - -If asking nicely helps... PLEASE ... please fill out the form. - -I can assume you that this form is not here to punish you. It doesn't exist to make you angry and frustrated. It's not here for any purpose than to try and get you support and make PySimpleGUI better. """ - - help_experience = \ -""" Not many Bug-tracking systems ask about you as a user. Your experience in programming, programming in Python and programming a GUI are asked to provide you with the best possible answer. Here's why it's helpful. You're a human being, with a past, and a some amount of experience. Being able to taylor the reply to your issue in a way that fits you and your experience will result in a reply that's efficient and clear. It's not something normally done but perhaps it should be. It's meant to provide you with a personal response. - -If you've been programming for a month, the person answering your question can answer your question in a way that's understandable to you. Similarly, if you've been programming for 20 years and have used multiple Python GUI frameworks, then you are unlikely to need as much explanation. You'll also have a richer GUI vocabularly. It's meant to try and give you a peronally crafted response that's on your wavelength. Fun & success... Remember those are our shared goals""" - - help_steps = \ -""" The steps to log an issue are: -1. Fill in the form -2. Click Post Issue """ - layout = [ - [sg.T('Goals', font=heading_font, pad=(0,0))], - [HelpText(help_goals)], - [sg.T('Why?', font=heading_font, pad=(0,0))], - [HelpText(help_why)], - [sg.T('FAQ', font=heading_font, pad=(0,0))], - [HelpText(help_explain)], - [sg.T('Experience (optional)', font=heading_font)], - [HelpText(help_experience)], - [sg.T('Steps', font=heading_font, pad=(0,0))], - [HelpText(help_steps)], - [sg.B('Close')] - ] - sg.Window('GitHub Issue GUI Help', layout, keep_on_top=True).read(close=True) - - return - -def main_open_github_issue(): - font_frame = '_ 14' - issue_types = ('Question', 'Bug', 'Enhancement', 'Error Message') - # frame_type = [[sg.Radio('Question', 1, size=(10,1), enable_events=True, k='-TYPE: QUESTION-'), - # sg.Radio('Bug', 1, size=(10,1), enable_events=True, k='-TYPE: BUG-')], - # [sg.Radio('Enhancement', 1, size=(10,1), enable_events=True, k='-TYPE: ENHANCEMENT-'), - # sg.Radio('Error Message', 1, size=(10,1), enable_events=True, k='-TYPE: ERROR`-')]] - frame_type = [[sg.Radio(t, 1, size=(10,1), enable_events=True, k=t)] for t in issue_types] - - v_size = (15,1) - frame_versions = [[sg.T('Python', size=v_size), sg.In(sg.sys.version, size=(20,1), k='-VER PYTHON-')], - [sg.T('PySimpleGUI', size=v_size), sg.In(sg.ver, size=(20,1), k='-VER PSG-')], - [sg.T('tkinter', size=v_size), sg.In(sg.tclversion_detailed, size=(20,1), k='-VER TK-')],] - - frame_platforms = [ [sg.T('OS '), sg.T('Details')], - [sg.Radio('Windows', 2, sg.running_windows(), size=(8,1), k='-OS WIN-'), sg.In(size=(8,1),k='-OS WIN VER-')], - [sg.Radio('Linux', 2,sg.running_linux(), size=(8,1), k='-OS LINUX-'), sg.In(size=(8,1),k='-OS LINUX VER-')], - [sg.Radio('Mac', 2, sg.running_mac(), size=(8,1), k='-OS MAC-'), sg.In(size=(8,1),k='-OS MAC VER-')], - [sg.Radio('Other', 2, size=(8,1), k='-OS OTHER-'), sg.In(size=(8,1),k='-OS OTHER VER-')], - ] - - - frame_experience = [[sg.T('Optional Experience Info')], - [sg.In(size=(4,1), k='-EXP PROG-'), sg.T('Years Programming')], - [sg.In(size=(4,1), k='-EXP PYTHON-'), sg.T('Years Writing Python')], - [sg.CB('Previously programmed a GUI', k='-CB PRIOR GUI-')], - [sg.T('Share more if you want....')], - [sg.In(size=(25,1), k='-EXP NOTES-')]] - - checklist = ( - ('Searched main docs for your problem', 'www.PySimpleGUI.org'), - ('Looked for Demo Programs that are similar to your goal ', 'http://Demos.PySimpleGUI.org'), - ('If not tkinter - looked for Demo Programs for specific port', ''), - ('For non tkinter - Looked at readme for your specific port if not PySimpleGUI (Qt, WX, Remi)', ''), - ('Run your program outside of your debugger (from a command line)', ''), - ('Searched through Issues (open and closed) to see if already reported', 'http://Issues.PySimpleGUI.org'), - ('Tried using the PySimpleGUI.py file on GitHub. Your problem may have already been fixed vut not released.', '')) - - frame_checklist = [[sg.CB(c, k=('-CB-', i)), sg.T(t, k='-T{}-'.format(i), enable_events=True)] for i, (c, t) in enumerate(checklist)] - - frame_details = [[sg.Multiline(size=(65,10), font='Courier 10', k='-ML DETAILS-')]] - frame_code = [[sg.Multiline(size=(80,10), font='Courier 8', k='-ML CODE-')]] - frame_markdown = [[sg.Multiline(size=(80,10), font='Courier 8', k='-ML MARKDOWN-')]] - - top_layout = [ [sg.Col([[sg.Text('Open A GitHub Issue (* = Required Info)', font='_ 15')]], expand_x=True), - sg.Col([[sg.B('Help')]])], - [sg.Frame('Title *', [[sg.Input(k='-TITLE-', size=(50,1), font='_ 14', focus=True)]], font=font_frame)], - sg.vtop([ - sg.Frame('Platform *',frame_platforms, font=font_frame), - sg.Frame('Type of Issue *',frame_type, font=font_frame), - sg.Frame('Versions *',frame_versions, font=font_frame), - sg.Frame('Experience',frame_experience, font=font_frame), - ]), - [sg.Frame('Checklist * (note that you can click the links)',frame_checklist, font=font_frame)], - [sg.HorizontalSeparator()], - [sg.T(sg.SYMBOL_DOWN + ' If you need more room for details grab the dot and drag to expand', background_color='red', text_color='white')]] - - bottom_layout = [ - [sg.TabGroup([[sg.Tab('Details', frame_details), sg.Tab('Code', frame_code), sg.Tab('Markdown', frame_markdown)]], k='-TABGROUP-')], - # [sg.Frame('Details',frame_details, font=font_frame, k='-FRAME DETAILS-')], - # [sg.Frame('Minimum Code to Duplicate',frame_code, font=font_frame, k='-FRAME CODE-')], - [sg.Text(size=(12,1), key='-OUT-')], - ] - - layout_pane = sg.Pane([sg.Col(top_layout), sg.Col(bottom_layout)], key='-PANE-') - - layout = [[layout_pane], - [sg.Col([[sg.B('Post Issue'), sg.B('Create Markdown Only'), sg.B('Quit')]], expand_x=False, expand_y=False)]] - - window = sg.Window('Open A GitHub Issue', layout, finalize=True, resizable=True, enable_close_attempted_event=False) - for i in range(len(checklist)): - window['-T{}-'.format(i)].set_cursor('hand1') - window['-TABGROUP-'].expand(True, True, True) - window['-ML CODE-'].expand(True, True, True) - window['-ML DETAILS-'].expand(True, True, True) - window['-ML MARKDOWN-'].expand(True, True, True) - window['-PANE-'].expand(True, True, True) - # window['-FRAME CODE-'].expand(True, True, True) - # window['-FRAME DETAILS-'].expand(True, True, True) - - while True: # Event Loop - event, values = window.read() - # print(event, values) - if event in (sg.WINDOW_CLOSE_ATTEMPTED_EVENT, 'Quit'): - if sg.popup_yes_no( 'Do you really want to exit?', - 'If you have not clicked Post Issue button and then clicked "Submit New Issue" button ' - 'then your issue will not have been submitted to GitHub.' - 'Do no exit until you have PASTED the information from Markdown tab into an issue?') == 'Yes': - break - if event == sg.WIN_CLOSED: - break - if event in ['-T{}-'.format(i) for i in range(len(checklist))]: - webbrowser.open_new_tab(window[event].get()) - if event in issue_types: - title = str(values['-TITLE-']) - if len(title) != 0: - if title[0] == '[' and title.find(']'): - title = title[title.find(']')+1:] - title = title.strip() - window['-TITLE-'].update('[{}] {}'.format(event, title)) - if event == 'Help': - _github_issue_help() - elif event in ('Post Issue', 'Create Markdown Only'): - issue_type = None - for itype in issue_types: - if values[itype]: - issue_type = itype - break - if issue_type is None: - sg.popup_error('Must choose issue type') - continue - if values['-OS WIN-']: - operating_system = 'Windows' - os_ver = values['-OS WIN VER-'] - elif values['-OS LINUX-']: - operating_system = 'Linux' - os_ver = values['-OS LINUX VER-'] - elif values['-OS MAC-']: - operating_system = 'Mac' - os_ver = values['-OS MAC VER-'] - elif values['-OS OTHER-']: - operating_system = 'Other' - os_ver = values['-OS OTHER VER-'] - else: - sg.popup_error('Must choose Operating System') - continue - checkboxes = ['X' if values[('-CB-', i)] else ' ' for i in range(len(checklist))] - - if not _github_issue_post_validate(values, checklist, issue_types): - continue - - markdown = _github_issue_post_make_markdown(issue_type, operating_system, os_ver, 'tkinter', values['-VER PSG-'], values['-VER TK-'], values['-VER PYTHON-'], - values['-EXP PYTHON-'], values['-EXP PROG-'], 'Yes' if values['-CB PRIOR GUI-'] else 'No', values['-EXP NOTES-'], *checkboxes, values['-ML DETAILS-'], values['-ML CODE-']) - window['-ML MARKDOWN-'].update(markdown) - link = _github_issue_post_make_github_link(values['-TITLE-'], window['-ML MARKDOWN-'].get()) - if event == 'Post Issue': - webbrowser.open_new_tab(link) - else: - sg.popup('Your markdown code is in the Markdown tab', keep_on_top=True) - - window.close() - -if __name__ == '__main__': - # sg.theme(sg.OFFICIAL_PYSIMPLEGUI_THEME) - main_open_github_issue() diff --git a/DemoPrograms/Demo_Program_Desktop_Widget_LED_Clock_Weather.py b/DemoPrograms/Demo_Program_Desktop_Widget_LED_Clock_Weather.py deleted file mode 100644 index 246cbac5c..000000000 --- a/DemoPrograms/Demo_Program_Desktop_Widget_LED_Clock_Weather.py +++ /dev/null @@ -1,251 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import datetime -import calendar -import requests -import webbrowser - -''' - Example of a weather App, using: - - openweathermap.org - - - - Copyright 2023-2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - - - -NUM_COLS = 5 # Changes number of days in forecast (don't change this) - - -def settings_window(location=(None, None)): - tsize = 15 - layout = [[sg.Text('Settings')], - [sg.T('API Key', s=tsize, justification='r'), sg.I(s=35, setting='', k='-api key-')], - [sg.T('Latitude', s=tsize, justification='r'), sg.I(s=12, setting='', k='-lat-')], - [sg.T('Longitude', s=tsize, justification='r'), sg.I(s=12, setting='', k='-lon-')], - [sg.CB('Use F Degrees', s=tsize, setting=True, k='-faren-')], - [sg.OK(), sg.B('Register with openweathermap.org for API key', k='-register-'), sg.Cancel()], - ] - - window = sg.Window('Settings', layout, location=location) - - while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Cancel': - break - if event == 'OK': - window.settings_save(values) - break - if event == '-register-': - webbrowser.open(r'https://home.openweathermap.org/users/sign_up') - - window.close() - - return event == 'OK' - - -class GUI(): - lat = 0 - lon = 0 - api_key = '' - faren = True - def __init__(self): - self.blink_count = 0 - sg.theme('black') - sg.set_options(border_width=0) - - # Create clock layout - clock = [ - [ - sg.Image(data=ledblank, key='-HOUR1-'), - sg.Image(data=ledblank, key='-HOUR2-'), - sg.Image(data=ledblank, key='-COLON-'), - sg.Image(data=ledblank, key='-MIN1-'), - sg.Image(data=ledblank, key='-MIN2-')]] - - # Create the weather columns layout - weather_cols = [] - for i in range(NUM_COLS): - weather_cols.append( - [[sg.T('', size=(4, 1), font='Any 20', justification='center', key='_DAY_' + str(i)), ], - [sg.Image(data=w1, background_color='black', key='-ICON-' + str(i), pad=((4, 0), 3)), ], - [sg.T('--', size=(3, 1), justification='center', font='Any 20', key='_high_' + str(i), pad=((10, 0), 3))], - # [sg.T('--', size=(3, 1), justification='center', font='Any 20', key='_low_' + str(i), pad=((10, 0), 3))], - ]) - - # Create the overall layout - layout = [[sg.Column(clock, background_color='black', justification='c')], - [sg.Column(weather_cols[x], background_color='black') for x in range(NUM_COLS)] + [sg.T('×', enable_events=True, key='Exit')] + [ - sg.T('C' if GUI.faren else 'F', enable_events=True, key='-CELCIUS-')], - ] - - right_click = sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT - right_click[1].append('Settings') - # Create the window - self.window = sg.Window('DarkSky Weather Forecast Widget', layout, - background_color='black', - grab_anywhere=True, - use_default_focus=False, - no_titlebar=True, - alpha_channel=.8, # set an alpha channel if want transparent - right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, - enable_close_attempted_event=True, - auto_save_location=True, - finalize=True) - - self.colon_elem = self.window.find_element('-COLON-') - self.hour1 = self.window.find_element('-HOUR1-') - self.hour2 = self.window.find_element('-HOUR2-') - self.min1 = self.window.find_element('-MIN1-') - self.min2 = self.window.find_element('-MIN2-') - - self.window['Exit'].set_cursor('hand1') - self.window['-CELCIUS-'].set_cursor('hand1') - - def update_clock(self): - # update the clock - now = datetime.datetime.now() - real_hour = now.hour - 12 if now.hour > 12 else now.hour - hour1_digit = led_digits[real_hour // 10] - self.hour1.Update(data=hour1_digit) - self.hour2.Update(data=led_digits[real_hour % 10]) - self.min2.Update(data=led_digits[int(now.minute) % 10]) - self.min1.Update(data=led_digits[int(now.minute) // 10]) - # Blink the : - self.colon_elem.Update(data=ledcolon if self.blink_count % 2 else ledblank) - self.blink_count += 1 - - def update_weather(self): - today_weekday = datetime.datetime.today().weekday() - - try: - # Make the API - units = 'imperial' if GUI.faren else 'metric' - api_url = f'http://api.openweathermap.org/data/2.5/forecast?lat={GUI.lat}&lon={GUI.lon}&units={units}&appid={GUI.api_key}' - - response = requests.get(api_url) - data = response.json() - # print(data) - # Extract relevant information (e.g., temperature, weather conditions) - i = 0 - for forecast in data["list"]: - date_time = forecast["dt_txt"] - if not '12:00:00' in date_time: - continue - # print(forecast) - temp = forecast["main"]["temp"] - weather_desc = forecast["weather"][0]["description"] - - print(f"{date_time}: {temp}°F, {weather_desc}") - day_element = self.window.find_element('_DAY_' + str(i)) - max_element = self.window.find_element('_high_' + str(i)) - icon_element = self.window.find_element('-ICON-' + str(i)) - day_element.Update(calendar.day_abbr[(today_weekday + i) % 7]) - # sg.Print(icon_data, wait=True) - try: - icon_data = weather_icon_dict[weather_desc] - icon_element.update(icon_data) - except: - sg.Print(f'Missing icon data for description: "{weather_desc}"') - max_element.update(int(temp)) - i += 1 - except requests.RequestException as e: - print(f"Error fetching data: {e}") - - -def main(): - if not sg.user_settings_get_entry('-api key-', None): - if not settings_window(): - sg.popup_error('Cancelling setup and exiting') - exit() - GUI.lat = sg.user_settings_get_entry('-lat-', 0) - GUI.lon = sg.user_settings_get_entry('-lon-', 0) - GUI.api_key = sg.user_settings_get_entry('-api key-', '') - GUI.faren = sg.user_settings_get_entry('-faren-', True) - - # Get the GUI object that is used to update the window - # location = sg.user_settings_get_entry('-location-', (None, None)) - - gui = GUI() - - # ---------- EVENT LOOP ---------- - last_update_time = 0 - while True: - # Wake up once a second to update the clock and weather - event, values = gui.window.read(timeout=1000) - if event in (None, 'Exit', sg.WIN_CLOSE_ATTEMPTED_EVENT): - break - elif event == '-CELCIUS-': - GUI.faren = not GUI.faren - sg.user_settings_set_entry('-faren-', GUI.faren) - gui.window['-CELCIUS-'].update('C' if GUI.faren else 'F') - elif event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.main_get_debug_data() - elif event == 'Settings': - if settings_window(gui.window.current_location()): # if settings changed - GUI.lat = sg.user_settings_get_entry('-lat-', 0) - GUI.lon = sg.user_settings_get_entry('-lon-', 0) - GUI.api_key = sg.user_settings_get_entry('-api key-', '') - GUI.faren = sg.user_settings_get_entry('-faren-', True) - gui.window['-CELCIUS-'].update('C' if GUI.faren else 'F') - gui.update_weather() - - gui.update_clock() - # update weather once ever 6 hours - now = datetime.datetime.now() - if last_update_time == 0 or (now - last_update_time).seconds >= 60 * 60 * 6 or event == '-CELCIUS-': - print('*** Updating Weather ***') - last_update_time = now - gui.update_weather() - - -led0 = 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b'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' - -led3 = b'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' 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b'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' - -led5 = b'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' - -led6 = b'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' 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b'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' 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- -ledcolon = b'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' - -ledblank = b'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- -w1 = b'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' - -w2 = 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- -weather_icon_dict = {'clear sky': w1, 'rain': w3, 'light rain':w3, 'shower rain':w3, 'thunderstorm':w3, 'snow': w3, 'sleet': w3, 'wind': w3, 'mist': w3, - 'cloudy': w4, 'scattered clouds': w5, 'few clouds': w5,'broken clouds': w5, 'overcast clouds': w5, 'partly-cloudy-night': w5} - -led_digits = [led0, led1, led2, led3, led4, led5, led6, led7, led8, led9] - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Progress_Meter_Simulated.py b/DemoPrograms/Demo_Progress_Meter_Simulated.py deleted file mode 100644 index 9cf76303a..000000000 --- a/DemoPrograms/Demo_Progress_Meter_Simulated.py +++ /dev/null @@ -1,36 +0,0 @@ -""" - Demo Program - Progress Meter using a Text Element - - This program was written by @jason990420 - - This is a clever use of a Text Element to create the same look - and feel of a progress bar in PySimpleGUI using only a Text Element. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg - -sg.theme('DarkBlue') - -layout = [[sg.Text('', size=(50, 1), relief='sunken', - text_color='yellow', background_color='black',key='-TEXT-', metadata=0)]] - -window = sg.Window('Title', layout, finalize=True) - -text = window['-TEXT-'] - -while True: - - event, values = window.read(timeout=100) - - if event == sg.WINDOW_CLOSED: - break - text.metadata = (text.metadata + 1) % 51 - text.update(sg.SYMBOL_SQUARE * text.metadata) - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Progress_Meters.py b/DemoPrograms/Demo_Progress_Meters.py deleted file mode 100644 index 58404b580..000000000 --- a/DemoPrograms/Demo_Progress_Meters.py +++ /dev/null @@ -1,225 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from time import sleep - -sg.theme('Dark Blue 3') - -""" - Demonstration of simple and multiple one_line_progress_meter's as well as the Progress Meter Element - - There are 4 demos - 1. Manually updated progress bar - 2. Custom progress bar built into your window, updated in a loop - 3. one_line_progress_meters, nested meters showing how 2 can be run at the same time. - 4. An "iterable" style progress meter - a wrapper for one_line_progress_meters - - If the software determined that a meter should be cancelled early, - calling OneLineProgresMeterCancel(key) will cancel the meter with the matching key - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -""" - The simple case is that you want to add a single meter to your code. The one-line solution. - This demo function shows 3 different one_line_progress_meter tests - 1. A horizontal with red and white bar colors - 2. A vertical bar with default colors - 3. A test showing 2 running at the same time -""" - - -def demo_one_line_progress_meter(): - # Display a progress meter. Allow user to break out of loop using cancel button - for i in range(10000): - if not sg.one_line_progress_meter('My 1-line progress meter', - i+1, 10000, - 'meter key', - 'MY MESSAGE1', - 'MY MESSAGE 2', - orientation='h', - no_titlebar=True, - grab_anywhere=True, - bar_color=('white', 'red')): - print('Hit the break') - break - for i in range(10000): - if not sg.one_line_progress_meter('My 1-line progress meter', - i+1, 10000, - 'meter key', - 'MY MESSAGE1', - 'MY MESSAGE 2', - orientation='v'): - print('Hit the break') - break - - layout = [ - [sg.Text('One-Line Progress Meter Demo', font=('Any 18'))], - - [sg.Text('Outer Loop Count', size=(15, 1), justification='r'), - sg.Input(default_text='100', size=(5, 1), key='CountOuter'), - sg.Text('Delay'), sg.Input(default_text='10', key='TimeOuter', size=(5, 1)), sg.Text('ms')], - - [sg.Text('Inner Loop Count', size=(15, 1), justification='r'), - sg.Input(default_text='100', size=(5, 1), key='CountInner'), - sg.Text('Delay'), sg.Input(default_text='10', key='TimeInner', size=(5, 1)), sg.Text('ms')], - - [sg.Button('Show', pad=((0, 0), 3), bind_return_key=True), - sg.Text('me the meters!')] - ] - - window = sg.Window('One-Line Progress Meter Demo', layout) - - while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - if event == 'Show': - max_outer = int(values['CountOuter']) - max_inner = int(values['CountInner']) - delay_inner = int(values['TimeInner']) - delay_outer = int(values['TimeOuter']) - for i in range(max_outer): - if not sg.one_line_progress_meter('Outer Loop', i+1, max_outer, 'outer'): - break - sleep(delay_outer/1000) - for j in range(max_inner): - if not sg.one_line_progress_meter('Inner Loop', j+1, max_inner, 'inner'): - break - sleep(delay_inner/1000) - window.close() - - -''' - Manually Updated Test - Here is an example for when you want to "sprinkle" progress bar updates in multiple - places within your source code and you're not running an event loop. - Note that UpdateBar is special compared to other Update methods. It also refreshes - the containing window and checks for window closure events - The sleep calls are here only for demonstration purposes. You should NOT be adding - these kinds of sleeps to a GUI based program normally. -''' - - -def manually_updated_meter_test(): - # layout the form - layout = [[sg.Text('This meter is manually updated 4 times')], - [sg.ProgressBar(max_value=10, orientation='h', size=(20, 20), key='progress')]] - - # create the form` - # must finalize since not running an event loop - window = sg.Window('Custom Progress Meter', layout, finalize=True) - - # Get the element to make updating easier - progress_bar = window['progress'] - - # -------------------- Your Program Code -------------------- - # Spot #1 to indicate progress - progress_bar.update_bar(1) # show 10% complete - sleep(2) - - # more of your code.... perhaps pages and pages of code. - # Spot #2 to indicate progress - progress_bar.update_bar(2) # show 20% complete - sleep(2) - - # more of your code.... perhaps pages and pages of code. - # Spot #3 to indicate progress - progress_bar.update_bar(6) # show 60% complete - sleep(2) - - # more of your code.... perhaps pages and pages of code. - # Spot #4 to indicate progress - progress_bar.update_bar(9) # show 90% complete - sleep(2) - window.close() - - -''' - This function shows how to create a custom window with a custom progress bar and then - how to update the bar to indicate progress is being made -''' - - -def custom_meter_example(): - # layout the form - layout = [[sg.Text('A typical custom progress meter')], - [sg.ProgressBar(1, orientation='h', size=(20, 20), key='progress')], - [sg.Cancel()]] - - # create the form` - window = sg.Window('Custom Progress Meter', layout) - progress_bar = window['progress'] - # loop that would normally do something useful - for i in range(10000): - # check to see if the cancel button was clicked and exit loop if clicked - event, values = window.read(timeout=0) - if event == 'Cancel' or event == None: - break - # update bar with loop value +1 so that bar eventually reaches the maximum - progress_bar.update_bar(i+1, 10000) - # done with loop... need to destroy the window as it's still open - window.close() - - -''' - A Wrapper for one_line_progress_meter that combines your iterable with a progress meter into a single interface. Two functions are provided - progess_bar - The basic wrapper - progress_bar_range - A "convienence function" if you wanted to specify like a range -''' - - -def progress_bar(key, iterable, *args, title='', **kwargs): - """ - Takes your iterable and adds a progress meter onto it - :param key: Progress Meter key - :param iterable: your iterable - :param args: To be shown in one line progress meter - :param title: Title shown in meter window - :param kwargs: Other arguments to pass to one_line_progress_meter - :return: - """ - sg.one_line_progress_meter(title, 0, len(iterable), key, *args, **kwargs) - for i, val in enumerate(iterable): - yield val - if not sg.one_line_progress_meter(title, i+1, len(iterable), key, *args, **kwargs): - break - - -def progress_bar_range(key, start, stop=None, step=1, *args, **kwargs): - """ - Acts like the range() function but with a progress meter built-into it - :param key: progess meter's key - :param start: low end of the range - :param stop: Uppder end of range - :param step: - :param args: - :param kwargs: - :return: - """ - return progress_bar(key, range(start, stop, step), *args, **kwargs) - - -# -------------------- Demo Usage -------------------- -def demo_iterable_progress_bar(): - # start with a list of 100 integers as the user's list - my_list = list(range(1000)) - - # first form takes an iterable and a key and will return a value from your iterable - # and bump the progress meter at the same time - for value in progress_bar('bar1', my_list, title='First bar Test'): - # do something useful with value, a value from your list. - print(value) - - # Since the progress_bar is an iterator, you can use it within a list comprehension - my_list = [x for x in progress_bar('bar1', my_list, title='Second bar Test')] - - -demo_iterable_progress_bar() -manually_updated_meter_test() -custom_meter_example() -demo_one_line_progress_meter() diff --git a/DemoPrograms/Demo_PyCharm_Diff_2_Files.py b/DemoPrograms/Demo_PyCharm_Diff_2_Files.py deleted file mode 100644 index 286f5a366..000000000 --- a/DemoPrograms/Demo_PyCharm_Diff_2_Files.py +++ /dev/null @@ -1,59 +0,0 @@ -import PySimpleGUI as sg -import sys -""" - Compare 2 .py files using PyCharm's compare utility - If you use PyCharm, then you've likely used their awesome - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - - layout = [[sg.T('Choose 2 files to compare using PyCharm\'s compare utility', font='_ 18')], - [sg.Text('Filename:'), sg.Combo(values=sorted(sg.user_settings_get_entry('-filenames1-', [])), - default_value=sg.user_settings_get_entry('-last filename chosen1-', None), - size=(90,30), auto_size_text=False, k='-COMBO1-'), sg.FileBrowse(), sg.B('Clear History', k='-CLEAR1-')], - [sg.Text('Filename:'),sg.Combo(values=sorted(sg.user_settings_get_entry('-filenames2-', [])), - default_value=sg.user_settings_get_entry('-last filename chosen2-', None), - size=(90,30), auto_size_text=False, k='-COMBO2-'), sg.FileBrowse(), sg.B('Clear History', k='-CLEAR2-')], - [sg.Button('Compare'), sg.Button('Exit'), sg.T('PySimpleGUI ver ' + sg.version.split(' ')[0] + ' tkinter ver ' + sg.tclversion_detailed + 'Python ver ' + sys.version, font='Default 8', pad=(0,0))], - [sg.Text('Note - You must setup the PyCharm information using PySimpleGUI global settings')], - [sg.Button('Global Settings')] - ] - - window = sg.Window('Compare 2 files using PyCharm', layout, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT) - while True: - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event == 'Compare': - sg.user_settings_set_entry('-filenames1-', list(set(sg.user_settings_get_entry('-filenames1-', []) + [values['-COMBO1-'],]))) - sg.user_settings_set_entry('-last filename chosen1-', values['-COMBO1-']) - sg.user_settings_set_entry('-filenames2-', list(set(sg.user_settings_get_entry('-filenames2-', []) + [values['-COMBO2-'],]))) - sg.user_settings_set_entry('-last filename chosen2-', values['-COMBO2-']) - sg.execute_command_subprocess(sg.pysimplegui_user_settings.get('-editor program-', None), 'diff', '"' +values['-COMBO1-']+'"' , '"' +values['-COMBO2-']+'"' ) - # sg.popup(f"You chose {values['-COMBO1-']} and {values['-COMBO2-']}") - elif event == '-CLEAR1-': - sg.user_settings_set_entry('-filenames1-', []) - sg.user_settings_set_entry('-last filename chosen1-', '') - window['-COMBO1-'].update(values=[], value='') - elif event == '-CLEAR2-': - sg.user_settings_set_entry('-filenames2-', []) - sg.user_settings_set_entry('-last filename chosen2-', '') - window['-COMBO2-'].update(values=[], value='') - elif event == 'Global Settings': - sg.main_global_pysimplegui_settings() - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), non_blocking=True, keep_on_top=True) - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_PyCharm_Launcher.py b/DemoPrograms/Demo_PyCharm_Launcher.py deleted file mode 100644 index 1de927bb2..000000000 --- a/DemoPrograms/Demo_PyCharm_Launcher.py +++ /dev/null @@ -1,97 +0,0 @@ -import PySimpleGUI as sg -import subprocess - -""" - Demo mini-PyCharm "favorites" launcher - Open a python file for editing using a small window that sits in the corner of your desktop - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# ---------------------------- Items for you to edit specific to your setup -------------------- -LOCATION = (2340, 1240) # where the window should be located -TRANSPARENCY = .7 - -# A list of the files to edit -PSG = r'C:\Python\PycharmProjects\PySimpleGUI\PySimpleGUI.py' -PSGQT = r'C:\Python\PycharmProjects\PySimpleGUI\PySimpleGUIQt.py' -PSGWX = r'C:\Python\PycharmProjects\PySimpleGUI\PySimpleGUIWx.py' -PSGWEB = r'C:\Python\PycharmProjects\PySimpleGUI\PySimpleGUIWeb.py' - -# The command that will be executed that causes a file to be opened in PyCharm -PYCHARM = r"C:\Program Files\JetBrains\PyCharm Community Edition 2019.1.1\bin\pycharm.bat" - -# Dictionary of buttons to display and their corresponding file to open in PyCharm -button_dict = {'PySimpleGUI': PSG, - 'PySimpleGUIQt': PSGQT, - 'PySimpleGUIWx': PSGWX, - 'PySimpleGUIWeb': PSGWEB, - 'This Progam': __file__, } - -# ----------------------------- The main program ----------------------------- -def mini_launcher(): - """ - The main program. Creates the Window and runs the event loop - """ - - sg.theme('dark') - sg.set_options(border_width=0) - - # layout is built rather than a static definion - # starting with a blank line. This will give you a place to "grab" the window to move it around on the screen - layout = [[sg.Text(' ' * 10, background_color='black')]] - - # add the buttons to the layout - for button_text in button_dict: - layout += [[sg.Button(button_text)]] - - # complete the layout with a text "X" that will generate an event when clicked - layout += [[sg.T('❎', background_color='black', enable_events=True, key='Exit')]] - - # Create the Window - window = sg.Window('Script launcher', layout, no_titlebar=True, grab_anywhere=True, keep_on_top=True, element_padding=(0, 0), default_button_element_size=(20, 1), location=LOCATION, auto_size_buttons=False, use_default_focus=False, alpha_channel=TRANSPARENCY, background_color='black', ) - - while True: # The Event Loop - event, values = window.read() - if event == 'Exit' or event == sg.WINDOW_CLOSED: - break - - file_to_edit = button_dict.get(event) # Use button to find associated filename - try: - execute_command_blocking(PYCHARM, file_to_edit) # launch PyCharm - except Exception as e: - sg.Print(f'Got an exception {e} trying to open in PyCharm this file:', file_to_edit) - - -def execute_command_blocking(command, *args): - """ - Creates a subprocess using supplied command and arguments. - Will not return until the process completes running - :param command: The command (full path) to execute - :param args: a tuple of arguments - :return: string with the output from the command - - """ - print(f'Executing {command} with {args}') - expanded_args = [a for a in args] - try: - sp = subprocess.Popen([command, expanded_args], shell=True, - stdout=subprocess.PIPE, stderr=subprocess.PIPE) - out, err = sp.communicate() - if out: - print(out.decode("utf-8")) - if err: - print(err.decode("utf-8")) - except Exception as e: - sg.Print(f'execute got exception {e}') - out = '' - return out - - -# ----------------------------- When program is first started ----------------------------- -if __name__ == '__main__': - mini_launcher() diff --git a/DemoPrograms/Demo_PyCharm_Self_Edit.py b/DemoPrograms/Demo_PyCharm_Self_Edit.py deleted file mode 100644 index 40b3846e7..000000000 --- a/DemoPrograms/Demo_PyCharm_Self_Edit.py +++ /dev/null @@ -1,34 +0,0 @@ -import PySimpleGUI as sg -import subprocess - -""" - Demo PyCharm Launch - Edit this file button - - Quick demo to show you how to add a button to your code that when pressed will open the file - in PyCharm for editing. - - Note that this is a Windows version. You'll need a slightly different path for Linux. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Change this variable to match the location of your PyCharm folder. It should already have the batch file. -PYCHARM = r"C:\Program Files\JetBrains\PyCharm Community Edition 2019.1.1\bin\pycharm.bat" - -layout = [ [sg.Text('Edit Window Using PyCharm')], - [sg.Button('PyCharm Me'), sg.Button('Exit')] ] - -window = sg.Window('PyCharm Launch Demo', layout) - -while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'PyCharm Me': - subprocess.Popen([PYCHARM, __file__], shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) - -window.close() diff --git a/DemoPrograms/Demo_PyGame_Integration.py b/DemoPrograms/Demo_PyGame_Integration.py deleted file mode 100644 index 6ff4d94b8..000000000 --- a/DemoPrograms/Demo_PyGame_Integration.py +++ /dev/null @@ -1,49 +0,0 @@ -import pygame -import PySimpleGUI as sg -import os - -""" - Demo of integrating PyGame with PySimpleGUI, the tkinter version - A similar technique may be possible with WxPython - To make it work on Linux, set SDL_VIDEODRIVER like - specified in http://www.pygame.org/docs/ref/display.html, in the - pygame.display.init() section. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" -# --------------------- PySimpleGUI window layout and creation -------------------- -layout = [[sg.Text('Test of PySimpleGUI with PyGame')], - [sg.Graph((500, 500), (0, 0), (500, 500), - background_color='lightblue', key='-GRAPH-')], - [sg.Button('Draw'), sg.Exit()]] - -window = sg.Window('PySimpleGUI + PyGame', layout, finalize=True) -graph = window['-GRAPH-'] - -# -------------- Magic code to integrate PyGame with tkinter ------- -embed = graph.TKCanvas -os.environ['SDL_WINDOWID'] = str(embed.winfo_id()) -# change this to 'x11' to make it work on Linux -os.environ['SDL_VIDEODRIVER'] = 'windib' - -# ----------------------------- PyGame Code ----------------------------- - -screen = pygame.display.set_mode((500, 500)) -screen.fill(pygame.Color(255, 255, 255)) - -pygame.display.init() -pygame.display.update() - -while True: - event, values = window.read(timeout=10) - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Draw': - pygame.draw.circle(screen, (0, 0, 0), (250, 250), 125) - pygame.display.update() - -window.close() diff --git a/DemoPrograms/Demo_PyGame_Snake_Game.py b/DemoPrograms/Demo_PyGame_Snake_Game.py deleted file mode 100644 index a2dde4ba5..000000000 --- a/DemoPrograms/Demo_PyGame_Snake_Game.py +++ /dev/null @@ -1,148 +0,0 @@ -import pygame -import PySimpleGUI as sg -import os - -""" - Demo - Simple Snake Game using PyGame and PySimpleGUI - This demo may not be fully functional in terms of getting the coordinate - systems right or other problems due to a lack of understanding of PyGame - The purpose of the demo is to show one way of adding a PyGame window into your PySimpleGUI window - Note, you must click on the game area in order for PyGame to get keyboard strokes, etc. - Tried using set_focus to switch to the PyGame canvas but still needed to click on game area - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# --- Globals --- -# Colors -BLACK = (0, 0, 0) -WHITE = (255, 255, 255) - -# Set the width and height of each snake segment -segment_width = 15 -segment_height = 15 -# Margin between each segment -segment_margin = 3 - -# Set initial speed -x_change = segment_width + segment_margin -y_change = 0 - - -class Segment(pygame.sprite.Sprite): - """ Class to represent one segment of the snake. """ - # -- Methods - # Constructor function - - def __init__(self, x, y): - # Call the parent's constructor - super().__init__() - - # Set height, width - self.image = pygame.Surface([segment_width, segment_height]) - self.image.fill(WHITE) - - # Make our top-left corner the passed-in location. - self.rect = self.image.get_rect() - self.rect.x = x - self.rect.y = y - -# --------------------------- GUI Setup & Create Window ------------------------------- - - -layout = [[sg.Text('Snake Game - PySimpleGUI + PyGame')], - [sg.Graph((800, 600), (0, 0), (800, 600), - background_color='lightblue', key='-GRAPH-')], - [sg.Exit()]] - -window = sg.Window('Snake Game using PySimpleGUI and PyGame', - layout, finalize=True) - -# ------------------------ Do the magic that integrates PyGame and Graph Element ------------------ -graph = window['-GRAPH-'] # type: sg.Graph -embed = graph.TKCanvas -os.environ['SDL_WINDOWID'] = str(embed.winfo_id()) -os.environ['SDL_VIDEODRIVER'] = 'windib' - -# ----------------------------- PyGame Code ----------------------------- -# Call this function so the Pygame library can initialize itself -# pygame.init() -screen = pygame.display.set_mode((800, 600)) -screen.fill(pygame.Color(255, 255, 255)) - -pygame.display.init() -pygame.display.update() - -# Set the title of the window -pygame.display.set_caption('Snake Example') - -allspriteslist = pygame.sprite.Group() - -# Create an initial snake -snake_segments = [] -for i in range(15): - x = 250 - (segment_width + segment_margin) * i - y = 30 - segment = Segment(x, y) - snake_segments.append(segment) - allspriteslist.add(segment) - -clock = pygame.time.Clock() - -while True: - event, values = window.read(timeout=10) - if event in (sg.WIN_CLOSED, 'Exit'): - break - pygame.display.update() - - for event in pygame.event.get(): - if event.type == pygame.QUIT: - break - # Set the speed based on the key pressed - # We want the speed to be enough that we move a full - # segment, plus the margin. - if event.type == pygame.KEYDOWN: - if event.key == pygame.K_LEFT: - x_change = (segment_width + segment_margin) * -1 - y_change = 0 - if event.key == pygame.K_RIGHT: - x_change = (segment_width + segment_margin) - y_change = 0 - if event.key == pygame.K_UP: - x_change = 0 - y_change = (segment_height + segment_margin) * -1 - if event.key == pygame.K_DOWN: - x_change = 0 - y_change = (segment_height + segment_margin) - - # Get rid of last segment of the snake - # .pop() command removes last item in list - old_segment = snake_segments.pop() - allspriteslist.remove(old_segment) - - # Figure out where new segment will be - x = snake_segments[0].rect.x + x_change - y = snake_segments[0].rect.y + y_change - segment = Segment(x, y) - - # Insert new segment into the list - snake_segments.insert(0, segment) - allspriteslist.add(segment) - - # -- Draw everything - # Clear screen - screen.fill(BLACK) - - allspriteslist.draw(screen) - - # Flip screen - pygame.display.flip() - - # Pause - clock.tick(5) - -window.close() diff --git a/DemoPrograms/Demo_Pyplot_Bar_Chart.py b/DemoPrograms/Demo_Pyplot_Bar_Chart.py deleted file mode 100644 index ad0fb9b9b..000000000 --- a/DemoPrograms/Demo_Pyplot_Bar_Chart.py +++ /dev/null @@ -1,73 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import matplotlib -from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg -# matplotlib.use('TkAgg') -import numpy as np -import matplotlib.pyplot as plt -""" -Demonstrates one way of embedding Matplotlib figures into a PySimpleGUI window. - -Paste your Pyplot code into the section marked below. - -Do all of your plotting as you normally would, but do NOT call plt.show(). -Stop just short of calling plt.show() and let the GUI do the rest. - -The remainder of the program will convert your plot and display it in the GUI. -If you want to change the GUI, make changes to the GUI portion marked below. - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - -# ------------------------------- PASTE YOUR MATPLOTLIB CODE HERE ------------------------------- - -values_to_plot = (20, 35, 30, 35, 27) -ind = np.arange(len(values_to_plot)) -width = 0.4 - -p1 = plt.bar(ind, values_to_plot, width) - -plt.ylabel('Y-Axis Values') -plt.title('Plot Title') -plt.xticks(ind, ('Item 1', 'Item 2', 'Item 3', 'Item 4', 'Item 5')) -plt.yticks(np.arange(0, 81, 10)) -plt.legend((p1[0],), ('Data Group 1',)) - - -# ------------------------------- END OF YOUR MATPLOTLIB CODE ------------------------------- - -# ------------------------------- Beginning of Matplotlib helper code ----------------------- - -def draw_figure(canvas, figure, loc=(0, 0)): - figure_canvas_agg = FigureCanvasTkAgg(figure, canvas) - figure_canvas_agg.draw() - figure_canvas_agg.get_tk_widget().pack(side='top', fill='both', expand=1) - return figure_canvas_agg - -# ------------------------------- Beginning of GUI CODE ------------------------------- -sg.theme('Light Brown 3') - -fig = plt.gcf() # if using Pyplot then get the figure from the plot -figure_x, figure_y, figure_w, figure_h = fig.bbox.bounds - -# define the window layout -layout = [[sg.Text('Plot test', font='Any 18')], - [sg.Canvas(size=(figure_w, figure_h), key='-CANVAS-')], - [sg.OK(pad=((figure_w / 2, 0), 3), size=(4, 2))]] - -# create the form and show it without the plot -window = sg.Window('Demo Application - Embedding Matplotlib In PySimpleGUI', - layout, force_toplevel=True, finalize=True) - -# add the plot to the window -fig_photo = draw_figure(window['-CANVAS-'].TKCanvas, fig) - -# show it all again and get buttons -event, values = window.read() - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Pyplot_Bar_Chart2.py b/DemoPrograms/Demo_Pyplot_Bar_Chart2.py deleted file mode 100644 index 0e19967e0..000000000 --- a/DemoPrograms/Demo_Pyplot_Bar_Chart2.py +++ /dev/null @@ -1,71 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg -import numpy as np -import matplotlib.pyplot as plt -# matplotlib.use('TkAgg') - -""" -Demonstrates one way of embedding Matplotlib figures into a PySimpleGUI window. - -Paste your Pyplot code into the section marked below. - -Do all of your plotting as you normally would, but do NOT call plt.show(). -Stop just short of calling plt.show() and let the GUI do the rest. - -The remainder of the program will convert your plot and display it in the GUI. -If you want to change the GUI, make changes to the GUI portion marked below. - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# ------------------------------- PASTE YOUR MATPLOTLIB CODE HERE ------------------------------- -label = ['Adventure', 'Action', 'Drama', 'Comedy', 'Thriller/Suspense', 'Horror', 'Romantic Comedy', 'Musical', - 'Documentary', 'Black Comedy', 'Western', 'Concert/Performance', 'Multiple Genres', 'Reality'] -no_movies = [941, 854, 4595, 2125, 942, - 509, 548, 149, 1952, 161, 64, 61, 35, 5] - -index = np.arange(len(label)) -plt.bar(index, no_movies) -plt.xlabel('Genre', fontsize=5) -plt.ylabel('No of Movies', fontsize=5) -plt.xticks(index, label, fontsize=5, rotation=30) -plt.title('Market Share for Each Genre 1995-2017') - -# ------------------------------- END OF YOUR MATPLOTLIB CODE ------------------------------- - -# ------------------------------- Beginning of Matplotlib helper code ----------------------- - -def draw_figure(canvas, figure, loc=(0, 0)): - figure_canvas_agg = FigureCanvasTkAgg(figure, canvas) - figure_canvas_agg.draw() - figure_canvas_agg.get_tk_widget().pack(side='top', fill='both', expand=1) - return figure_canvas_agg - -# ------------------------------- Beginning of GUI CODE ------------------------------- - -sg.theme('Light Brown 3') - -fig = plt.gcf() # if using Pyplot then get the figure from the plot -figure_x, figure_y, figure_w, figure_h = fig.bbox.bounds - -# define the window layout -layout = [[sg.Text('Plot test', font='Any 18')], - [sg.Canvas(size=(figure_w, figure_h), key='-CANVAS-')], - [sg.OK(pad=((figure_w / 2, 0), 3), size=(4, 2))]] - -# create the form and show it without the plot -window = sg.Window('Demo Application - Embedding Matplotlib In PySimpleGUI', - layout, force_toplevel=True, finalize=True) - -# add the plot to the window -fig_photo = draw_figure(window['-CANVAS-'].TKCanvas, fig) - -# show it all again and get buttons -event, values = window.read() - -window.close() diff --git a/DemoPrograms/Demo_Radio_Buttons_Simulated.py b/DemoPrograms/Demo_Radio_Buttons_Simulated.py deleted file mode 100644 index c7907504b..000000000 --- a/DemoPrograms/Demo_Radio_Buttons_Simulated.py +++ /dev/null @@ -1,88 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Simulated Radio Buttons - - This demo shows 2 ways to achieve a radio button type of interface. - 1. Uses Buttons and changes the color of the button to show which is selected - 2. Uses an Image Element and a Text Element together - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def using_buttons(): - radio_keys = ['Play', 'Stop', 'Pause', 'Off'] - selected_color = ('red', 'white') - active_radio_button = None - - layout = [ [sg.Text('My Window')], - [sg.Text('These are simulated radio buttons')], - [sg.Button(name) for name in radio_keys], - [sg.Button('Go'), sg.Button('Exit')] ] - - window = sg.Window('Window Title', layout, use_default_focus=False) - - while True: # Event Loop - event, values = window.read() - if event in (None, 'Exit'): - break - if event in radio_keys: - for k in radio_keys: - window[k].update(button_color=sg.theme_button_color()) - window[event].update(button_color=selected_color) - active_radio_button = event - - window.close() - -def using_images(): - radio_keys = ('-R1-', '-R2-', '-R3-') - - def check_radio(key): - for k in radio_keys: - window[k].update(radio_unchecked) - window[k].metadata = False - window[key].update(radio_checked) - window[key].metadata = True - - def radio_is_checked(key): - return window[key].metadata - - layout = [[sg.T('Radio Buttons Custom')], - [sg.Image(radio_checked, enable_events=True, k='-R1-', metadata=True), sg.T('Radio Button 1', enable_events=True, k='-T1-')], - [sg.Image(radio_unchecked, enable_events=True, k='-R2-', metadata=False), sg.T('Radio Button 2', enable_events=True, k='-T2-')], - [sg.Image(radio_unchecked, enable_events=True, k='-R3-', metadata=False), sg.T('Radio Button 3', enable_events=True, k='-T3-')], - [sg.Exit()]] - - window = sg.Window('Radio Buttons Simulated Using Image Element', layout) - - while True: - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - - if event in radio_keys: - check_radio(event) - elif event.startswith('-T'): # If text element clicked, change it into a radio button key - check_radio(event.replace('T', 'R')) - - for k in radio_keys: - print(f'Radio key {k} is {radio_is_checked(k)}') - - window.close() - -if __name__ == '__main__': - # Base64 Encoded Radio Button Image of unchecked radio button - radio_unchecked = b'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' - - # Base64 Encoded Radio Button Image of checked radio button - radio_checked = b'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' - using_buttons() - using_images() - - - diff --git a/DemoPrograms/Demo_Reddit_Search.py b/DemoPrograms/Demo_Reddit_Search.py deleted file mode 100644 index f7987731e..000000000 --- a/DemoPrograms/Demo_Reddit_Search.py +++ /dev/null @@ -1,219 +0,0 @@ -import PySimpleGUI as sg -import praw # The Reddit APIs -from webbrowser import open_new_tab - -""" - Demo Reddit Searcher - - Will search through a list of subreddits for a string(s) of your choice. You can search only the - posts or the posts and comments. When a match is found the title will be displayed in the window. - Two progress meters show the current progress. - Once completed, a listbox is populared with he responses. Click on the titles and a brower tab - is opened to the topic. - - NOTE - you must register with Reddit as a developer. https://www.reddit.com/prefs/apps/ - You can set these credentials using the "Settings Window". - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -settings = sg.UserSettings() - -def make_search_row(item_number): - search_layout = [sg.Combo(sorted(settings.get('-search string-', [])), settings['-last search-'], size=(45,1), k=('-SEARCH STRING-', item_number)), - # sg.In(key=('-SEARCH STRING-', item_number)), - sg.CB('Require', key=('-SEARCH REQUIRED-', item_number))] - return search_layout - -def settings_window(): - def input_line(text, key, default): - return [sg.T(text, size=(15,1), justification='r'), sg.In(default, size=(20,1), k=key)] - - layout = [[sg.T('Reddit PRAW Settings', font='default 15')], - [sg.T('Note - You must register with Reddit to obtain PRAW credentials')], - input_line('Client ID', '-CLIENT ID-', settings['client_id']), - input_line('Client Secret', '-CLIENT SECRET-', settings['client_secret']), - input_line('User Agent', '-USER AGENT-', settings['user_agent']), - input_line('Username', '-USERNAME-', settings['username']), - input_line('Password', '-PASSWORD-', settings['password']), - [sg.CB('Clear Search History', k='-CLEAR HISTORY-')], - ] - layout += [[sg.Ok(), sg.Cancel()]] - - event, values = sg.Window('Reddit Reader Settings', layout).read(close=True) - - if event == 'Ok': - settings['client_id'] = values['-CLIENT ID-'] - settings['client_secret'] = values['-CLIENT SECRET-'] - settings['user_agent'] = values['-USER AGENT-'] - settings['username'] = values['-USERNAME-'] - settings['password'] = values['-PASSWORD-'] - if values['-CLEAR HISTORY-']: - settings['-search string-'] = [] - return True - - return False - - -def main(): - while True: - # reddit_praw_parameters = settings.get_dict() - reddit_praw_parameters = {'client_id' : settings['client_id'], 'client_secret':settings['client_secret'], - 'user_agent' : settings['user_agent'], 'username' : settings['username'], 'password': settings['password']} - try: - reddit = praw.Reddit(**reddit_praw_parameters) - break - except Exception as e: - sg.popup('Problem with your settings file', e) - if not settings_window(): - sg.popup_error('Must set settings before can continue') - exit() - - # Read your Reddit PRAW configuration from a json file - # try: - # with open(path.join(path.dirname(__file__), r'praw.cfg'), 'r') as f: - # reddit_praw_parameters = load(f) - # except: - # sg.popup_error('Failed loading the Reddit API login credential file.', 'The File should be named:', path.join(path.dirname(__file__), r'praw.cfg')) - # exit() - # To use the Reddit APIs you will need to sign up by visiting this site: - # https://www.reddit.com/prefs/apps/ - # You will receive a client_id and client_secret string that you can - # enter along with your normal Reddit ID & Password and save into a file named praw.cfg - - sub_names = ('Python', 'learnpython', 'learnprogramming', 'PySimpleGUI', 'madeinpython', 'AskProgramming', 'Coding', 'Programming', 'learnmachinelearning', 'MLQuestions', 'datascience', 'MachineLearning', 'pythontips', 'pystats', 'pythoncoding', 'pythondev', 'scipy') - - sg.theme('Dark Red') - num_searches = 1 - search_layout = [[sg.B('+'), sg.T('Add term')]] - search_layout += [make_search_row(i) for i in range(num_searches)] - layout = [[sg.Text('Reddit Searcher', font='Any 18')], - [sg.Frame('Choose Subs', - [[sg.Listbox(sub_names, size=(25, 7), select_mode=sg.SELECT_MODE_MULTIPLE, key='-SUBS-')]]), - sg.Frame('Options', - [[sg.Checkbox('Look in Comments', True, key='-COMMENTS-')], - [sg.Checkbox('Show finds in browser', key='-BROWSER-')], - [sg.Checkbox('Show popup', key='-POPUP-')], - [sg.Text('Limit: '), sg.Spin(list(range(200, 5000)), size=(4, 1), key='-LIMIT-')]])], - [sg.Frame('Search Terms', search_layout, key='-SEARCH FRAME-' )], - [sg.Frame('Status',[ - [sg.Text('Reading Sub:'), sg.Text(size=(25, 1), key='-OUT SUB-')], - [sg.Text('Reading Post:'), sg.Text(size=(40, 1), key='-OUT POST-')], - [sg.Text('Posts Read:'), sg.Text(size=(25, 1), key='-NUM POSTS-')], - [sg.T('Sub Progress', size=(12,1)), sg.ProgressBar(100, orientation='horizontal', size=(30, 20), key='-PROG-')], - [sg.T('Overall Progress', size=(12,1)),sg.ProgressBar(100, orientation='horizontal', size=(30, 20), key='-PROG-TOTAL-')],])], - [sg.Frame('Results (Click to Lauch in Browser)', - [[sg.Listbox([], size=(60,10), key='-LISTBOX-', enable_events=True)]])], - [sg.Button('Start Search', bind_return_key=True), sg.B('Settings'), sg.Button('Exit')], ] - - window = sg.Window('Reddit Reader', layout, icon=reddit_icon, use_default_focus=False) - - results = {} - while True: # Event Loop - event, values = window.read() - if event in (None, 'Exit'): - break - if event == 'Settings': - if settings_window(): - reddit = praw.Reddit(**reddit_praw_parameters) - - subs_to_read = values['-SUBS-'] - if event.startswith('Start'): - window['-LISTBOX-'].update(['']) - results = {} - search_list = [] # make a list of tuples (search term, bool required) - for v in values: - if isinstance(v, tuple): # if value is a tuple - if v[0] == '-SEARCH STRING-': - search_list.append((values[v].lower(), values[('-SEARCH REQUIRED-', v[1])])) - settings['-search string-'] = list(set(settings.get('-search string-', []) + [values['-SEARCH STRING-', v[1]], ])) - settings['-last search-'] = search_list[0][0] - print('last search = ', settings['-last search-']) - print('Search list = ', search_list) - # Loop through the subs - for sub_count, sub in enumerate(subs_to_read): - window['-OUT SUB-'].update(sub) - subreddit = reddit.subreddit(sub) - submissions = subreddit.new(limit=int(values['-LIMIT-'])) - num_submissions = int(values['-LIMIT-']) - # Loop through submissions - for num, submission in enumerate(submissions): - opened = False - text = ''.join([t.lower() for t in submission.selftext if ord(t) in range(65536)]) - window['-PROG-'].update_bar(100 * (num + 1) // num_submissions) - title = ''.join([t for t in submission.title if ord(t) in range(65536)]) - window['-NUM POSTS-'].update(num) - window.refresh() - found = False - for search_item in search_list: - if search_item[0] and search_item[0] in text: - found = True - elif search_item[1]: - found = False - break - if found: - opened = True - results[title] = submission.url - window['-LISTBOX-'].update(list(results.keys())) - if values['-BROWSER-']: - open_new_tab(submission.url) - elif values['-POPUP-']: - sg.popup_scrolled(f'Search found', submission.url, f'\nTITLE: {title}', str(text), title=title, non_blocking=True) - window['-OUT POST-'].update(str(title)) - if values['-COMMENTS-']: # if should also search comments - for comment in submission.comments: - found = False - for search_item in search_list: - try: - if search_item[0] and search_item[0] in comment.body.lower(): - found = True - elif search_item[1]: - found = False - break - except Exception as e: - print(f'Exception searching the comments:\n{e}') - if found: - results[title] = submission.url - window['-LISTBOX-'].update(list(results.keys())) - comment_text = ''.join([t for t in comment.body if ord(t) in range(65536)]) - if values['-BROWSER-'] and not opened: - open_new_tab(submission.url) - opened = True - elif values['-POPUP-']: - sg.popup_scrolled(f'Search found in comment', submission.url, f'\nTITLE: {title}', comment_text, title=title, non_blocking=True) - window.refresh() - event, values = window.read(timeout=0) - if event == '-LISTBOX-': # experimental - see if clicked on an item in the list while it's still being built - url = results.get(values['-LISTBOX-'][0]) - if url: open_new_tab(url) - if event in (None, 'Exit'): - break - # Done processing the single sub, so update the total progress bar - window['-PROG-TOTAL-'].update_bar(100 * (sub_count + 1) // len(subs_to_read)) - if event in (None, 'Exit'): - window['-OUT SUB-'].update('*** Aborted ***') - break - else: - window['-OUT SUB-'].update('*** Done with this sub ***') - else: # if made it through the loop, then show a popup saying completed - window['-OUT SUB-'].update('*** DONE with all subs ***') - if event is None: - break - if event == '+': - window.extend_layout(window['-SEARCH FRAME-'], [make_search_row(num_searches)]) - num_searches += 1 - if event == '-LISTBOX-': - url = results.get(values['-LISTBOX-'][0]) - if url: open_new_tab(url) - - - window.close() - -if __name__ == '__main__': - reddit_icon = b'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' - - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_SDK_Help_Func_Parms.py b/DemoPrograms/Demo_SDK_Help_Func_Parms.py deleted file mode 100644 index 4042b8d25..000000000 --- a/DemoPrograms/Demo_SDK_Help_Func_Parms.py +++ /dev/null @@ -1,112 +0,0 @@ -import PySimpleGUI as sg -import inspect -import sys - -""" - Demo SDK Help - Function Parms - - This is the tool that was used in the Udemy course to display the function parameters - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - """ - Display a window that will display the docstrings for each PySimpleGUI Element and the Window object - - """ - - sg.set_options(font='courier 12') - - functions = [m for m in inspect.getmembers(sys.modules['PySimpleGUI'], inspect.isfunction)] - functions_names_lower = [f for f in functions if f[0][0].islower()] - functions_names_upper = [f for f in functions if f[0][0].isupper()] - # functions_names = sorted(functions_names_lower) + sorted(functions_names_upper) - # func_names_str = [f[0] for f in functions if f[0][0].islower()] - func_names_str = [f[0] for f in functions] - - func_parm_dict = {} - - # for func_str, func in functions_names_lower: - for func_str, func in functions: - # Build info about init method - args = inspect.signature(func) - params = args.parameters - func_parm_list = [] - for a in params.values(): - func_def = str(a).split('=') - if len(func_def) == 1: - name, default = func_def[0], '*Required*' - if name[0] == '*': - default = '*Optional*' - elif len(func_def) == 2: - name, default = func_def[0], func_def[1] - elif len(func_def) == 0: - name, default = '', '' - else: - name, default = func_def[0], '*Object*' - func_parm_list.append((name, default)) - func_parm_dict[func_str] = func_parm_list - - sg.theme('black') - sg.theme_background_color('#131314') - sg.theme_text_element_background_color('#131314') - sg.theme_input_background_color('#131314') - ml = sg.Multiline(size=(35, 20), key='-ML-', write_only=True, reroute_stdout=False, expand_y=True, expand_x=True) - - layout = [ - [sg.Titlebar('Func Parm Viewer', background_color='#131314', text_color='white')], - # [sg.Combo([e for e in sorted(func_names_str)],background_color='#131314', size=(25,30), enable_events=True, key='-COMBO-'), sg.T(' '*6, grab=True)], - [sg.Combo([e for e in sorted([f[0] for f in functions if f[0][0].islower()])],background_color='#131314', size=(25,30), enable_events=True, readonly=True, expand_x=True, key='-COMBO-')], - sg.vtop([ml], expand_x=True, expand_y=True)] + [[sg.Sizegrip()]] - - window = sg.Window('Func Parms', layout, use_default_focus=False, keep_on_top=True, no_titlebar=True, margins=(0,0), right_click_menu=[[],['Edit Me', 'Upper Case Too', 'Lower Case Only', 'Exit']], resizable=True) - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event == 'Edit Me': - sg.execute_editor(__file__) - continue - elif event.startswith('Upper'): - window['-COMBO-'].update(values=[f[0] for f in functions if not f[0][0].startswith('_')]) - elif event.startswith('Lower'): - window['-COMBO-'].update(values=[f[0] for f in functions if f[0][0].islower()]) - else: - # ml.print(event, values) - if event == '-COMBO-': - func_chosen = values[event] - else: - func_chosen = None - window['-ML-'].update('') - - ml.print(f'= {func_chosen} =', background_color='#FFFF00', text_color='black') - func_parms = func_parm_dict[func_chosen] - # print(func_parms) - for parm, default in func_parms: - ml.print(f'{parm:18}', text_color='green yellow', end=' = ') - if default != inspect._empty: - if isinstance(default, str): - if default in ('None', '(None, None)', '(None,None)'): - color = 'pink' - elif default in ('False', 'True'): - color = '#00FF7F' - else: - color = None - ml.print(f'{default}', end='\n', text_color=color) - else: - ml.print(default, end='\n') - else: - ml.print(f'{default}', end='\n') - ml.set_vscroll_position(0) - - window.close() - - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_SDK_Help_Init_Update_Parms.py b/DemoPrograms/Demo_SDK_Help_Init_Update_Parms.py deleted file mode 100644 index a73fc47a6..000000000 --- a/DemoPrograms/Demo_SDK_Help_Init_Update_Parms.py +++ /dev/null @@ -1,97 +0,0 @@ -import PySimpleGUI as sg -import inspect - - -""" - Demo SDK Help - Init and Update Parms - - This is the tool that was used in the Udemy course to display the init and update parameters. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - """ - Display a window that displays the parms for the init and update methods for each element - - """ - - common_parms = ['key','k','font','pad','p', 'visible','size','s', 'change_submits', 'enable_events','right_click_menu','tooltip','metadata', 'expand_x', 'expand_y'] - element_classes = sg.Element.__subclasses__() - element_names = {element.__name__: element for element in element_classes} - element_names['Window'] = sg.Window - element_names['SystemTray'] = sg.SystemTray - # vars3 = [m for m in inspect.getmembers(sys.modules[__name__])] - element_arg_default_dict = {} - element_arg_default_dict_update = {} - for element in element_classes: - # Build info about init method - args = inspect.getargspec(element.__init__).args[1:] - defaults = inspect.getargspec(element.__init__).defaults - if len(args) != len(defaults): - diff = len(args) - len(defaults) - defaults = ('NO DEFAULT',)*diff + defaults - args_defaults = [] - for i, a in enumerate(args): - args_defaults.append((a, defaults[i])) - element_arg_default_dict[element.__name__] = args_defaults - - # Build info about update method - args = inspect.getargspec(element.update).args[1:] - defaults = inspect.getargspec(element.update).defaults - if args is None or defaults is None: - element_arg_default_dict_update[element.__name__] = (('',''),) - continue - if len(args) != len(defaults): - diff = len(args) - len(defaults) - defaults = ('NO DEFAULT',)*diff + defaults - args_defaults = [] - for i, a in enumerate(args): - args_defaults.append((a, defaults[i])) - element_arg_default_dict_update[element.__name__] = args_defaults if len(args_defaults) else (('',''),) - - sg.theme('black') - sg.theme_background_color('#131314') - sg.theme_text_element_background_color('#131314') - sg.theme_input_background_color('#131314') - ml = sg.Multiline(size=(40, 30), key='-ML-', write_only=True, reroute_stdout=True, expand_y=True, expand_x=True) - layout = [ [sg.Titlebar('Element Init & Update Parm Viewer', background_color='#131314', text_color='white')], - [sg.Combo([e for e in sorted(element_names.keys())],background_color='#131314', size=(25,30), enable_events=True, readonly=True, expand_x=True, key='-COMBO-')], - sg.vtop([ml], expand_y=True, expand_x=True) ] + [[sg.Sizegrip()]] - # layout += [[Button('Exit', size=(15, 1))]] - - window = sg.Window('Init & Update Parms', layout, use_default_focus=False, keep_on_top=True, no_titlebar=True, margins=(0,0),font='Courier 12', right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_EXIT, resizable=True) - # ml = window['-ML-'] # type: sg.MLine - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - # ml.print(event, values) - if event == '-COMBO-': - element_chosen = values[event] - else: - element_chosen = None - if element_chosen in element_arg_default_dict: - window['-ML-'].update('') - ml.print('========== Init Parms ==========', background_color='#FFFF00', text_color='black') - for parm, default in element_arg_default_dict[element_chosen]: - ml.print(f'{parm:18}', text_color='hot pink' if parm in common_parms else 'green yellow', end=' = ') - ml.print(default, text_color='hot pink' if parm in common_parms else 'white', end = ',\n') - ml.print('========== Update Parms ==========', background_color='#FFFF00', text_color='black') - # print(element_arg_default_dict_update[element_chosen]) - for parm, default in element_arg_default_dict_update[element_chosen]: - ml.print(f'{parm:18}', text_color='hot pink' if parm in common_parms else 'green yellow', end=' = ') - ml.print(default, text_color='hot pink' if parm in common_parms else 'white', end = ',\n') - elif event == 'Edit Me': - sg.execute_editor(__file__) - - window.close() - - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Save_Any_Window_As_Image.py b/DemoPrograms/Demo_Save_Any_Window_As_Image.py deleted file mode 100644 index b5af97965..000000000 --- a/DemoPrograms/Demo_Save_Any_Window_As_Image.py +++ /dev/null @@ -1,55 +0,0 @@ -import PySimpleGUI as sg -import win32gui -from PIL import ImageGrab - -""" - Demo - Save Window screenshot - Works on WINDOWS only. - Saves a window as an image file. Tested saving as PNG and JPG. Input the title of the Window and it will be - saved in the format indicated by the filename. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# --------------------------------- Function to Save Window as JPG --------------------------------- - - -def save_win(filename=None, title=None): - """ - Saves a window with the title provided as a file using the provided filename. - If one of them is missing, then a window is created and the information collected - - :param filename: - :param title: - :return: - """ - C = 7 # pixels to crop - if filename is None or title is None: - layout = [[sg.T('Choose window to save', font='Any 18')], - [sg.T('The extension you choose for filename will determine the image format')], - [sg.T('Window Title:', size=(12,1)), sg.I(title if title is not None else '', key='-T-')], - [sg.T('Filename:', size=(12,1)), sg.I(filename if filename is not None else '', key='-F-')], - [sg.Button('Ok', bind_return_key=True), sg.Button('Cancel')]] - event, values = sg.Window('Choose Win Title and Filename',layout).read(close=True) - if event != 'Ok': # if cancelled or closed the window - print('Cancelling the save') - return - filename, title = values['-F-'], values['-T-'] - try: - fceuxHWND = win32gui.FindWindow(None, title) - rect = win32gui.GetWindowRect(fceuxHWND) - rect_cropped = (rect[0]+C, rect[1], rect[2]-C, rect[3]-C) - grab = ImageGrab.grab(bbox=rect_cropped) - grab.save(filename) - sg.popup('Wrote image to file:',filename) - except Exception as e: - sg.popup('Error trying to save screenshot file', e) - - -if __name__ == '__main__': - save_win() - diff --git a/DemoPrograms/Demo_Save_Window_As_Image.py b/DemoPrograms/Demo_Save_Window_As_Image.py deleted file mode 100644 index a2073e0f2..000000000 --- a/DemoPrograms/Demo_Save_Window_As_Image.py +++ /dev/null @@ -1,54 +0,0 @@ -import PySimpleGUI as sg -from PIL import ImageGrab - -""" - Demo - Saving the contents of a window as an image file - - This demo will teach you how to save any portion of your window to an image file. - You can save in JPG, GIF, or PNG format. - - In this example the entire window's layout is placed into a single Column Element. This allows - us to save an image of the Column which saves the entire window layout - - Portions of windows can be saved, such as a Graph Element, by specifying the Graph Element instead of the Column - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def save_element_as_file(element, filename): - """ - Saves any element as an image file. Element needs to have an underlyiong Widget available (almost if not all of them do) - :param element: The element to save - :param filename: The filename to save to. The extension of the filename determines the format (jpg, png, gif, ?) - """ - widget = element.Widget - box = (widget.winfo_rootx(), widget.winfo_rooty(), widget.winfo_rootx() + widget.winfo_width(), widget.winfo_rooty() + widget.winfo_height()) - grab = ImageGrab.grab(bbox=box) - grab.save(filename) - - -def main(): - - col = [[sg.Text('This is the first line')], - [sg.In()], - [sg.Button('Save'), sg.Button('Exit')]] - - layout = [[sg.Column(col, key='-COLUMN-')]] # put entire layout into a column so it can be saved - - window = sg.Window("Drawing and Moving Stuff Around", layout) - - while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break # exit - elif event == 'Save': - filename = sg.popup_get_file('Choose file (PNG, JPG, GIF) to save to', save_as=True) - save_element_as_file(window['-COLUMN-'], filename) - - window.close() - -main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Save_Windows_As_Images.py b/DemoPrograms/Demo_Save_Windows_As_Images.py deleted file mode 100644 index 2bf237a59..000000000 --- a/DemoPrograms/Demo_Save_Windows_As_Images.py +++ /dev/null @@ -1,150 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import os -import psutil -import win32api -import win32con -import win32gui -import win32process -from PIL import ImageGrab - -""" - Demo - Save Windows as Images - - Works on WINDOWS only. - Saves a window as an image file. Tested saving as PNG and JPG. - saved in the format indicated by the filename. - The window needs to be on the primary display. - 2022 update was to remove OpenCV requirement. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def convert_string_to_tuple(string): - """ - Converts a string that represents a tuple. These strings have the format: - "('item 1', 'item 2')" - The desired return value is ('item 1', 'item 2') - :param string: - :return: - """ - parts = string[1:-1].split(',') - part1 = parts[0][1:-1] - part2 = parts[1][2:-1] - return part1, part2 - - -def show_list_by_name(window, output_key, python_only): - process_list = get_window_list() - - title_list = [] - for proc in process_list: - names = convert_string_to_tuple(proc) - if python_only and names[0] == 'python.exe': - title_list.append(names[1]) - elif not python_only: - title_list.append(names[1]) - title_list.sort() - window[output_key].update(title_list) - return title_list - - -def get_window_list(): - titles = [] - t = [] - pidList = [(p.pid, p.name()) for p in psutil.process_iter()] - - def enumWindowsProc(hwnd, lParam): - """ append window titles which match a pid """ - if (lParam is None) or ((lParam is not None) and (win32process.GetWindowThreadProcessId(hwnd)[1] == lParam)): - text = win32gui.GetWindowText(hwnd) - if text: - wStyle = win32api.GetWindowLong(hwnd, win32con.GWL_STYLE) - if wStyle & win32con.WS_VISIBLE: - t.append("%s" % (text)) - return - - def enumProcWnds(pid=None): - win32gui.EnumWindows(enumWindowsProc, pid) - - for pid, pName in pidList: - enumProcWnds(pid) - if t: - for title in t: - titles.append("('{0}', '{1}')".format(pName, title)) - t = [] - titles = sorted(titles, key=lambda x: x[0].lower()) - return titles - -def save_win(filename=None, title=None, crop=True): - """ - Saves a window with the title provided as a file using the provided filename. - If one of them is missing, then a window is created and the information collected - - :param filename: - :param title: - :return: - """ - C = 7 if crop else 0 # pixels to crop - try: - fceuxHWND = win32gui.FindWindow(None, title) - rect = win32gui.GetWindowRect(fceuxHWND) - rect_cropped = (rect[0] + C, rect[1], rect[2] - C, rect[3] - C) - grab = ImageGrab.grab(bbox=rect_cropped) - grab.save(filename) - sg.cprint('Wrote image to file:') - sg.cprint(filename, c='white on purple') - except Exception as e: - sg.popup('Error trying to save screenshot file', e, keep_on_top=True) - - -def main(): - layout = [[sg.Text('Window Snapshot', key='-T-', font='Any 20', justification='c')], - [sg.Text('Choose one or more window titles from list')], - [sg.Listbox(values=[' '], size=(50, 20), select_mode=sg.SELECT_MODE_EXTENDED, font=('Courier', 12), key='-PROCESSES-')], - [sg.Checkbox('Show only Python programs', default=True, key='-PYTHON ONLY-')], - [sg.Checkbox('Crop image', default=True, key='-CROP-')], - [sg.Multiline(size=(63, 10), font=('Courier', 10), key='-ML-')], - [sg.Text('Output folder:', size=(15,1)), sg.In(os.path.dirname(__file__), key='-FOLDER-'), sg.FolderBrowse()], - [sg.Text('Hardcode filename:', size=(15,1)), sg.In(key='-HARDCODED FILENAME-')], - [sg.Button('Refresh'), - sg.Button('Snapshot', button_color=('white', 'DarkOrange2')), - sg.Exit(button_color=('white', 'sea green'))]] - - window = sg.Window('Window Snapshot', layout, keep_on_top=True, auto_size_buttons=False, default_button_element_size=(12, 1), finalize=True) - - window['-T-'].expand(True, False, False) # causes text to center by expanding the element - - sg.cprint_set_output_destination(window, '-ML-') - show_list_by_name(window, '-PROCESSES-', True) - - # ---------------- main loop ---------------- - while True: - # --------- Read and update window -------- - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - - # --------- Do Button Operations -------- - if event == 'Refresh': - show_list_by_name(window, '-PROCESSES-', values['-PYTHON ONLY-']) - elif event == 'Snapshot': - for i, title in enumerate(values['-PROCESSES-']): - sg.cprint('Saving:', end='', c='white on red') - sg.cprint(' ', title, colors='white on green') - if values['-HARDCODED FILENAME-']: - fname = values['-HARDCODED FILENAME-'] - fname = f'{fname[:-4]}{i}{fname[-4:]}' - output_filename = os.path.join(values['-FOLDER-'], fname) - else: - output_filename = os.path.join(values['-FOLDER-'], f'{title}.png') - save_win(output_filename, title, values['-CROP-']) - window.close() - - -if __name__ == "__main__": - main() diff --git a/DemoPrograms/Demo_Script_Launcher.py b/DemoPrograms/Demo_Script_Launcher.py deleted file mode 100644 index c25ae3f68..000000000 --- a/DemoPrograms/Demo_Script_Launcher.py +++ /dev/null @@ -1,94 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import glob -import ntpath -import subprocess - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -LOCATION_OF_YOUR_SCRIPTS = '' - -# Execute the command. Will not see the output from the command until it completes. - - -def execute_command_blocking(command, *args): - expanded_args = [] - for a in args: - expanded_args.append(a) - # expanded_args += a - try: - sp = subprocess.Popen([command, expanded_args], shell=True, - stdout=subprocess.PIPE, stderr=subprocess.PIPE) - out, err = sp.communicate() - if out: - print(out.decode("utf-8")) - if err: - print(err.decode("utf-8")) - except: - out = '' - return out - -# Executes command and immediately returns. Will not see anything the script outputs - - -def execute_command_nonblocking(command, *args): - expanded_args = [] - for a in args: - expanded_args += a - try: - sp = subprocess.Popen([command, expanded_args], shell=True, - stdout=subprocess.PIPE, stderr=subprocess.PIPE) - except: - pass - - -def Launcher2(): - sg.theme('GreenTan') - - filelist = glob.glob(LOCATION_OF_YOUR_SCRIPTS+'*.py') - namesonly = [] - for file in filelist: - namesonly.append(ntpath.basename(file)) - - layout = [ - [sg.Listbox(values=namesonly, size=(30, 19), - select_mode=sg.SELECT_MODE_EXTENDED, key='demolist'), - sg.Output(size=(88, 20), font='Courier 10')], - [sg.CBox('Wait for program to complete', default=False, key='wait')], - [sg.Button('Run'), sg.Button('Shortcut 1'), sg.Button('Fav Program'), sg.Button('EXIT')], - ] - - window = sg.Window('Script launcher', layout) - - # ---===--- Loop taking in user input --- # - while True: - event, values = window.read() - if event in ('EXIT', None): - break # exit button clicked - if event in ('Shortcut 1', 'Fav Program'): - print('Quickly launch your favorite programs using these shortcuts') - print(''' - Or copy files to your github folder. - Or anything else you type on the command line''') - # copyfile(source, dest) - elif event == 'Run': - for index, file in enumerate(values['demolist']): - print('Launching %s' % file) - window.refresh() # make the print appear immediately - if values['wait']: - execute_command_blocking(LOCATION_OF_YOUR_SCRIPTS + file) - else: - execute_command_nonblocking( - LOCATION_OF_YOUR_SCRIPTS + file) - - window.close() - - -if __name__ == '__main__': - Launcher2() diff --git a/DemoPrograms/Demo_Script_Launcher_ANSI_Color_Output.py b/DemoPrograms/Demo_Script_Launcher_ANSI_Color_Output.py deleted file mode 100644 index 8660a1b42..000000000 --- a/DemoPrograms/Demo_Script_Launcher_ANSI_Color_Output.py +++ /dev/null @@ -1,121 +0,0 @@ -import PySimpleGUI as sg -import re - -""" - Demo Program - Realtime output of a shell command in the window using ANSI color codes - Shows how you can run a long-running subprocess and have the output - be displayed in realtime in the window. The output is assumed to have color codes embedded in it. - - The commands you enter will be run as shell commands. The output is then shown with the ANSI strings parsed. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def cut_ansi_string_into_parts(string_with_ansi_codes): - """ - Converts a string with ambedded ANSI Color Codes and parses it to create - a list of tuples describing pieces of the input string. - :param string_with_ansi_codes: - :return: [(sty, str, str, str), ...] A list of tuples. Each tuple has format: (text, text color, background color, effects) - """ - color_codes_english = ['Black', 'Red', 'Green', 'Yellow', 'Blue', 'Magenta', 'Cyan', 'White', 'Reset'] - color_codes = ["30m", "31m", "32m", "33m", "34m", "35m", "36m", "37m", "0m"] - effect_codes_english = ['Italic', 'Underline', 'Slow Blink', 'Rapid Blink', 'Crossed Out'] - effect_codes = ["3m", "4m", "5m", "6m", "9m"] - background_codes = ["40m", "41m", "42m", "43m", "44m", "45m", "46m", "47m"] - background_codes_english = ["Black", "Red", "Green", "Yellow", "Blue", "Magenta", "Cyan", "White"] - - ansi_codes = color_codes + effect_codes - - tuple_list = [] - - string_list = string_with_ansi_codes.split("\u001b[") - - if (len(string_list)) == 1: - string_list = string_with_ansi_codes.split("\033[") - - for teststring in string_list: - if teststring == string_with_ansi_codes: - tuple_list += [(teststring, None, None, None)] - break - if any(code in teststring for code in ansi_codes): - static_string = None - color_used = None - effect_used = None - background_used = None - for color in range(0, len(color_codes)): - if teststring.startswith(color_codes[color]): - working_thread = teststring.split(color_codes[color]) - ansi_strip = re.compile(r'\x1B[@-_][0-?]*[ -/]*[@-~]') - static_string = ansi_strip.sub('', working_thread[1]) - color_used = color_codes_english[color] - for effect in range(0, len(effect_codes)): - if teststring.startswith(effect_codes[effect]): - working_thread = teststring.split(effect_codes[effect]) - ansi_strip = re.compile(r'\x1B[@-_][0-?]*[ -/]*[@-~]') - static_string = ansi_strip.sub('', working_thread[1]) - effect_used = effect_codes_english[effect] - for background in range(0, len(background_codes)): - if teststring.startswith(background_codes[background]): - working_thread = teststring.split(background_codes[background]) - ansi_strip = re.compile(r'\x1B[@-_][0-?]*[ -/]*[@-~]') - static_string = ansi_strip.sub('', working_thread[1]) - background_used = background_codes_english[background] - try: - if not tuple_list[len(tuple_list) - 1][0]: - if not tuple_list[len(tuple_list) - 1][1] == None: - color_used = tuple_list[len(tuple_list) - 1][1] - if not tuple_list[len(tuple_list) - 1][2] == None: - background_used = tuple_list[len(tuple_list) - 1][2] - if not tuple_list[len(tuple_list) - 1][3] == None: - effect_used = tuple_list[len(tuple_list) - 1][3] - tuple_list += [(static_string, color_used, background_used, effect_used)] - else: - tuple_list += [(static_string, color_used, background_used, effect_used)] - except Exception: - tuple_list += [(static_string, color_used, background_used, effect_used)] - - new_tuple_list = [] - - for x in range(0, len(tuple_list)): - if tuple_list[x][0]: - new_tuple_list += [[tuple_list[x][0], tuple_list[x][1], tuple_list[x][2], tuple_list[x][3]]] - - return new_tuple_list - - -def main(): - layout = [ - [sg.Multiline(size=(110, 30), font='courier 10', background_color='black', text_color='white', key='-MLINE-', expand_x=True, expand_y=True)], - [sg.T('Promt> '), sg.Input(key='-IN-', focus=True, do_not_clear=False)], - [sg.Button('Run', bind_return_key=True), sg.Button('Exit'), sg.Sizegrip()]] - - window = sg.Window('Realtime Shell Command Output', layout, resizable=True) - - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Run': - args = values['-IN-'].split(' ') - p = sg.execute_command_subprocess(args[0], *args[1:], wait=False, pipe_output=True, merge_stderr_with_stdout=True ) - lines = sg.execute_get_results(p) - - for line in lines: - if line is None: - continue - ansi_list = cut_ansi_string_into_parts(line) - for ansi_item in ansi_list: - if ansi_item[1] == 'Reset': - ansi_item[1] = None - window['-MLINE-'].update(ansi_item[0] , text_color_for_value=ansi_item[1], background_color_for_value=ansi_item[2], append=True, autoscroll=True) - window.refresh() - - window.close() - -main() diff --git a/DemoPrograms/Demo_Script_Launcher_Realtime_Output.py b/DemoPrograms/Demo_Script_Launcher_Realtime_Output.py deleted file mode 100644 index 3c686bbeb..000000000 --- a/DemoPrograms/Demo_Script_Launcher_Realtime_Output.py +++ /dev/null @@ -1,36 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Program - Realtime output of a shell command in the window - Shows how you can run a long-running subprocess and have the output - be displayed in realtime in the window. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - layout = [ - [sg.Multiline(size=(110, 30), echo_stdout_stderr=True, reroute_stdout=True, autoscroll=True, background_color='black', text_color='white', key='-MLINE-')], - [sg.T('Promt> '), sg.Input(key='-IN-', focus=True, do_not_clear=False)], - [sg.Button('Run', bind_return_key=True), sg.Button('Exit')]] - - window = sg.Window('Realtime Shell Command Output', layout) - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Run': - cmd_list = values['-IN-'].split(' ') - sp = sg.execute_command_subprocess(cmd_list[0], *cmd_list[1:], pipe_output=True, wait=False) - results = sg.execute_get_results(sp, timeout=1) - print(results[0]) - - window.close() - - -main() diff --git a/DemoPrograms/Demo_Script_Parameters.py b/DemoPrograms/Demo_Script_Parameters.py deleted file mode 100644 index effdbd403..000000000 --- a/DemoPrograms/Demo_Script_Parameters.py +++ /dev/null @@ -1,37 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import sys -''' -Quickly add a GUI to your script! - -This simple script shows a 1-line-GUI addition to a typical Python command line script. - -Previously this script accepted 1 parameter on the command line. When executed, that -parameter is read into the variable fname. - -The 1-line-GUI shows a form that allows the user to browse to find the filename. The GUI -stores the result in the variable fname, just like the command line parsing did. - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -fname = '' -if len(sys.argv) == 1: - layout = [ - [sg.Text('Document to open')], - [sg.Input(), sg.FileBrowse()], - [sg.CloseButton('Open'), sg.CloseButton('Cancel')] - ] - window = sg.Window('My Script', layout) - event, values = window.read() - window.close() - fname = values['-FNAME-'] -else: - fname = sys.argv[1] -if not fname: - sg.popup("Cancel", "No filename supplied") - raise SystemExit("Cancelling: no filename supplied") diff --git a/DemoPrograms/Demo_Separator_Elements.py b/DemoPrograms/Demo_Separator_Elements.py deleted file mode 100644 index c332fab03..000000000 --- a/DemoPrograms/Demo_Separator_Elements.py +++ /dev/null @@ -1,41 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Separator Elements - - Shows usage of both Horizontal and Vertical Separator Elements - Vertical Separators are placed BETWEEN 2 elements ON the same row. These work well when one - of the elements is a Column or the element spans several rows - - Horizontal separators are placed BETWEEN 2 rows. They will occupy the entire span of the row they - are located on. If that row is constrained within a container, then it will spand the widget of - the container. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -left_col = sg.Column([[sg.Listbox((1,2,3,4,5,6), size=(6,4))]]) - -right_col = sg.Column([[sg.Input(), sg.Input()], - [sg.HorizontalSeparator()], - [sg.Column([[sg.In()], [sg.HorizontalSeparator()]], pad=(0,0))],]) - -layout = [ - [sg.Text('Window with some separators')], - [left_col, sg.VerticalSeparator(), right_col], - [sg.Button('Go'), sg.Button('Exit')] - ] - -window = sg.Window('Window Title', layout) - -while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break -window.close() diff --git a/DemoPrograms/Demo_Settings_Save_Load.py b/DemoPrograms/Demo_Settings_Save_Load.py deleted file mode 100644 index 2d3b1a9a7..000000000 --- a/DemoPrograms/Demo_Settings_Save_Load.py +++ /dev/null @@ -1,106 +0,0 @@ -import PySimpleGUI as sg -from json import (load as jsonload, dump as jsondump) -from os import path - -""" - A simple "settings" implementation. Load/Edit/Save settings for your programs - Uses json file format which makes it trivial to integrate into a Python program. If you can - put your data into a dictionary, you can save it as a settings file. - - Note that it attempts to use a lookup dictionary to convert from the settings file to keys used in - your settings window. Some element's "update" methods may not work correctly for some elements. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - Licensed under LGPL-3 -""" - -SETTINGS_FILE = path.join(path.dirname(__file__), r'settings_file.cfg') -DEFAULT_SETTINGS = {'max_users': 10, 'user_data_folder': None , 'theme': sg.theme(), 'zipcode' : '94102'} -# "Map" from the settings dictionary keys to the window's element keys -SETTINGS_KEYS_TO_ELEMENT_KEYS = {'max_users': '-MAX USERS-', 'user_data_folder': '-USER FOLDER-' , 'theme': '-THEME-', 'zipcode' : '-ZIPCODE-'} - -########################################## Load/Save Settings File ########################################## -def load_settings(settings_file, default_settings): - try: - with open(settings_file, 'r') as f: - settings = jsonload(f) - except Exception as e: - sg.popup_quick_message(f'exception {e}', 'No settings file found... will create one for you', keep_on_top=True, background_color='red', text_color='white') - settings = default_settings - save_settings(settings_file, settings, None) - return settings - - -def save_settings(settings_file, settings, values): - if values: # if there are stuff specified by another window, fill in those values - for key in SETTINGS_KEYS_TO_ELEMENT_KEYS: # update window with the values read from settings file - try: - settings[key] = values[SETTINGS_KEYS_TO_ELEMENT_KEYS[key]] - except Exception as e: - print(f'Problem updating settings from window values. Key = {key}') - - with open(settings_file, 'w') as f: - jsondump(settings, f) - - sg.popup('Settings saved') - -########################################## Make a settings window ########################################## -def create_settings_window(settings): - sg.theme(settings['theme']) - - def TextLabel(text): return sg.Text(text+':', justification='r', size=(15,1)) - - layout = [ [sg.Text('Settings', font='Any 15')], - [TextLabel('Max Users'), sg.Input(key='-MAX USERS-')], - [TextLabel('User Folder'),sg.Input(key='-USER FOLDER-'), sg.FolderBrowse(target='-USER FOLDER-')], - [TextLabel('Zipcode'),sg.Input(key='-ZIPCODE-')], - [TextLabel('Theme'),sg.Combo(sg.theme_list(), size=(20, 20), key='-THEME-')], - [sg.Button('Save'), sg.Button('Exit')] ] - - window = sg.Window('Settings', layout, keep_on_top=True, finalize=True) - - for key in SETTINGS_KEYS_TO_ELEMENT_KEYS: # update window with the values read from settings file - try: - window[SETTINGS_KEYS_TO_ELEMENT_KEYS[key]].update(value=settings[key]) - except Exception as e: - print(f'Problem updating PySimpleGUI window from settings. Key = {key}') - - return window - -########################################## Main Program Window & Event Loop ########################################## -def create_main_window(settings): - sg.theme(settings['theme']) - - layout = [[sg.Menu([['&File', []], ['&Edit', ['&Settings'], ],['&Help', '&About...'],])], - [sg.T('This is my main application')], - [sg.T('Add your primary window stuff in here')], - [sg.B('Ok'), sg.B('Exit'), sg.B('Change Settings')]] - - return sg.Window('Main Application', layout) - - -def main(): - window, settings = None, load_settings(SETTINGS_FILE, DEFAULT_SETTINGS ) - - while True: # Event Loop - if window is None: - window = create_main_window(settings) - - event, values = window.read() - - if event in (sg.WIN_CLOSED, 'Exit'): - break - if event in ('Change Settings', 'Settings'): - event, values = create_settings_window(settings).read(close=True) - if event == 'Save': - window.close() - window = None - save_settings(SETTINGS_FILE, settings, values) - window.close() - - -main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Simple_Material_Feel.py b/DemoPrograms/Demo_Simple_Material_Feel.py deleted file mode 100644 index 6454f0330..000000000 --- a/DemoPrograms/Demo_Simple_Material_Feel.py +++ /dev/null @@ -1,91 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - A simple minimal window with a material design feel - - Contains base64 images for: - * The PSG Yellow Graphic - * The 2 toggle buttons - * The large spinning animation - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def make_window(light_mode): - if light_mode: - sg.theme('light grey') - else: - sg.theme('black') - BLUE = '#2196f2' - DARK_GRAY = '#212021' - LIGHT_GRAY = '#e0e0e0' - BLUE_BUTTON_COLOR = '#FFFFFF on #2196f2' - GREEN_BUTTON_COLOR ='#FFFFFF on #00c851' - LIGHT_GRAY_BUTTON_COLOR = f'#212021 on #e0e0e0' - DARK_GRAY_BUTTON_COLOR = '#e0e0e0 on #212021' - - layout = [[sg.Col([[sg.T('Welcome to my App')], - [sg.T('Your license status: '), sg.T('Trial', k='-LIC STATUS-')], - [sg.B('Light', size=(10,2),button_color=LIGHT_GRAY_BUTTON_COLOR), sg.B('Dark', size=(10,2), button_color=DARK_GRAY_BUTTON_COLOR)], - [sg.T()], - [sg.Image(data=PSG_GRAPHIC)], - [sg.B(image_data=T_OFF, k='-TOGGLE1-', metadata=False, button_color=sg.theme_background_color(), border_width=0, image_subsample=2), - sg.B(image_data=T_ON, k='-TOGGLE2-', button_color=sg.theme_background_color(), border_width=0, image_subsample=2, metadata=True)], - [sg.T()], - [sg.B('Do Something', size=(14,2), button_color=BLUE_BUTTON_COLOR), - sg.B('Upgrade', size=(14,2), button_color=GREEN_BUTTON_COLOR), - sg.B('Exit', size=(14,2), button_color=LIGHT_GRAY_BUTTON_COLOR)], - [sg.Image(k='-GIF-', metadata=0)], - [sg.T('The end of "my App"')]], element_justification='c', k='-TOP COL-')]] - - layout = [[sg.Titlebar('Material Design Custom Titlebar', - background_color=BLUE if light_mode else DARK_GRAY, - text_color='white' if light_mode else LIGHT_GRAY, - k='-TITLEBAR-')]] + layout - - window = sg.Window('Window Title', layout) - - return window - - -def main(): - light_mode = True - window = make_window(light_mode) - show_animation = False - # LOADING_GIF = sg.DEFAULT_BASE64_LOADING_GIF - while True: # Event Loop - event, values = window.read(timeout=100) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event.startswith('-TOGGLE'): - state = window[event].metadata = not window[event].metadata - window[event].update(image_data=T_ON if state else T_OFF, image_subsample=2) - elif event == 'Do Something': - show_animation = True - window['-GIF-'].metadata = 0 - elif event == 'Upgrade': - sg.popup('This is where you would do', 'the upgrade window code') - elif event == 'Light' and not light_mode or event == 'Dark' and light_mode: - light_mode = not light_mode - window.close() - window = make_window(light_mode) - # Do the animation stuff - if show_animation: - window['-GIF-'].update_animation(LOADING_GIF, time_between_frames=100) - window['-GIF-'].metadata += 1 - if window['-GIF-'].metadata > 50: - show_animation = False - window['-GIF-'].update(data='') # set to illegal value to erase the image - - window.close() - -if __name__ == '__main__': - T_OFF = b'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' - T_ON = b'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' - PSG_GRAPHIC = 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' - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Smart_Desktop_Icon.pyw b/DemoPrograms/Demo_Smart_Desktop_Icon.pyw deleted file mode 100644 index 380b6890f..000000000 --- a/DemoPrograms/Demo_Smart_Desktop_Icon.pyw +++ /dev/null @@ -1,59 +0,0 @@ -""" - -Creates what appears to be an icon on your desktop, but is in reality a PySimpleGUI program. - -Copyright 2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - - -import PySimpleGUI as sg -import random - -def main(): - - PROGRAM_TO_LAUNCH_WHEN_DOUBLE_CLICKED = 'explorer' # This will be run when icon is double-clicked. Change to any program you want. - - # Set to your own custom icon. This is dislayed on the desktop - # For fun, the icon is changed every 5 minutes to a random PSG Emoji - icon=sg.EMOJI_BASE64_COOL - - #------- GUI definition & setup --------# - - sg.theme('black') - - - layout = [[sg.Image(source=icon, key='-IMAGE-', p=0, enable_events=True)]] - - window = sg.Window('Desktop Icon Demo', layout, element_justification='center', finalize=True, resizable=True, no_titlebar=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, margins=(0,0), grab_anywhere=True, auto_save_location=True) - - window['-IMAGE-'].bind('', '+DOUBLE_CLICK+') - - window.timer_start(5*60*1000) # every 5 minutes, change the icon (totally optional... just for fun) - - #------------ The Event Loop ------------# - while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - # Add your double-click action here... such as launching another program - if event == '-IMAGE-+DOUBLE_CLICK+': - sg.popup_quick_message('Double Clicked', location=window.current_location(), font='_ 20', background_color='red', text_color='white') - # Example of launch when the icon is double-clicked. Of course you can do some other action than launching a program - sg.execute_command_subprocess(PROGRAM_TO_LAUNCH_WHEN_DOUBLE_CLICKED, wait=False) - elif event == sg.TIMER_KEY: # Change the icon shown every TIMER event - window['-IMAGE-'].update(random.choice(sg.EMOJI_BASE64_HAPPY_LIST)) - elif event == 'Version': - sg.popup_scrolled(sg.get_versions(), f'This Program: {__file__}' ,keep_on_top=True, non_blocking=True, location=window.current_location()) - elif event == 'Edit Me': - sg.execute_editor(__file__) - - window.close() - -if __name__ == '__main__': - - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Sort_Visualizer.py b/DemoPrograms/Demo_Sort_Visualizer.py deleted file mode 100644 index c6bbd914c..000000000 --- a/DemoPrograms/Demo_Sort_Visualizer.py +++ /dev/null @@ -1,75 +0,0 @@ -import PySimpleGUI as sg -import random - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" -# ------- Sort visualizer. Displays bar chart representing list items ------- -BAR_SPACING, BAR_WIDTH, EDGE_OFFSET = 11, 10, 3 -DATA_SIZE = GRAPH_SIZE = (700, 500) # width, height of the graph portion - - -def bubble_sort(arr): - def swap(i, j): - arr[i], arr[j] = arr[j], arr[i] - n = len(arr) - swapped = True - x = -1 - while swapped: - swapped = False - x = x + 1 - for i in range(1, n - x): - if arr[i - 1] > arr[i]: - swap(i - 1, i) - swapped = True - yield arr - - -def draw_bars(graph, items): - # type: (sg.Graph, List)->None - for i, item in enumerate(items): - graph.draw_rectangle(top_left=(i * BAR_SPACING + EDGE_OFFSET, item), - bottom_right=(i * BAR_SPACING + EDGE_OFFSET + BAR_WIDTH, 0), - fill_color='#76506d') - - -def main(): - sg.theme('LightGreen') - # Make list to sort - num_bars = DATA_SIZE[0]//(BAR_WIDTH+1) - list_to_sort = [DATA_SIZE[1]//num_bars*i for i in range(1, num_bars)] - random.shuffle(list_to_sort) - - # define window layout - graph = sg.Graph(GRAPH_SIZE, (0, 0), DATA_SIZE) - layout = [[graph], - [sg.Text('Speed Faster'), sg.Slider((0, 20), orientation='h', default_value=10, key='-SPEED-'), sg.Text('Slower')]] - - window = sg.Window('Sort Demonstration', layout, finalize=True) - # draw the initial window's bars - draw_bars(graph, list_to_sort) - - sg.popup('Click OK to begin Bubblesort') # Wait for user to start it up - bsort = bubble_sort(list_to_sort) # get an iterator for the sort - timeout = 10 # start with 10ms delays between draws - while True: # ----- The event loop ----- - event, values = window.read(timeout=timeout) - if event == sg.WIN_CLOSED: - break - try: - partially_sorted_list = bsort.__next__() - except: - sg.popup('Sorting done!') - break - graph.erase() - draw_bars(graph, partially_sorted_list) - timeout = int(values['-SPEED-']) - - window.close() - - -main() diff --git a/DemoPrograms/Demo_Spin_Element_Wraps_Around.py b/DemoPrograms/Demo_Spin_Element_Wraps_Around.py deleted file mode 100644 index ff242a9dc..000000000 --- a/DemoPrograms/Demo_Spin_Element_Wraps_Around.py +++ /dev/null @@ -1,48 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - - Demo Spin Element - Wraps around - - This is a nice touch for the Spin Element that is yet another jason990420 creation - - This Spin element will wrap around going in either direction. When getting to the end then - it will go back to the beginning. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -lower, upper = 0, 10 -data = [i for i in range(lower - 1, upper + 2)] - -layout = [[sg.Text('This Spin element wraps around in both directions')], - [sg.Spin(data, initial_value=lower, readonly=True, size=3, enable_events=True, key='-SPIN-')]] - -window = sg.Window('Wrapping Spin Element', layout, font='_ 18', keep_on_top=True) - -while True: - - event, values = window.read() - - if event == sg.WIN_CLOSED: - break - - # code to make the Spin do the wrap around. Do this prior to using the Spin's value in your code - if event == '-SPIN-': - value = values['-SPIN-'] - if value == lower - 1: - window['-SPIN-'].update(value=upper) - values['-SPIN-'] = upper # Change the values dictionary too so it'll be correct if used - elif value == upper + 1: - window['-SPIN-'].update(value=lower) - values['-SPIN-'] = lower # Change the values dictionary too so it'll be correct if used - - sg.Print('Spin Value:', values['-SPIN-'], relative_location=(-400, 0)) - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Spinner_Compound_Element.py b/DemoPrograms/Demo_Spinner_Compound_Element.py deleted file mode 100644 index 38c35ae9c..000000000 --- a/DemoPrograms/Demo_Spinner_Compound_Element.py +++ /dev/null @@ -1,37 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Demo of how to combine elements into your own custom element - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.set_options(element_padding=(0, 0)) -# --- Define the Compound Element. Has 2 buttons and an input field --- # -NewSpinner = [sg.Input('0', size=(3, 1), font='Any 12', justification='r', key='-SPIN-'), - sg.Column([[sg.Button('▲', size=(1, 1), font='Any 7', border_width=0, button_color=(sg.theme_text_color(), sg.theme_background_color()), key='-UP-')], - [sg.Button('▼', size=(1, 1), font='Any 7', border_width=0, button_color=(sg.theme_text_color(), sg.theme_background_color()), key='-DOWN-')]])] -# --- Define Window --- # -layout = [[sg.Text('Spinner simulation')], - NewSpinner, - [sg.Text('')], - [sg.Ok()]] - -window = sg.Window('Spinner simulation', layout, use_default_focus=False) - -# --- Event Loop --- # -while True: - event, values = window.read() - - if event == 'Ok' or event == sg.WIN_CLOSED: # be nice to your user, always have an exit from your form - break - counter = int(values['-SPIN-']) - # --- do spinner stuff --- # - counter += 1 if event == '-UP-' else -1 if event == '-DOWN-' else 0 - window['-SPIN-'].update(counter) -window.close() diff --git a/DemoPrograms/Demo_Status_Bar.py b/DemoPrograms/Demo_Status_Bar.py deleted file mode 100644 index 5d061a5d3..000000000 --- a/DemoPrograms/Demo_Status_Bar.py +++ /dev/null @@ -1,44 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Status Bar - - This demo shows you how to create your statusbar in a way that will keep it at the bottom of - a resizeable window. The key is the correct setting of the Expand settings for both the - StatusBar (done for you) and for a line above it that will keep it pushed to the bottom of the window. - It's possible to also "simulate" a statusbar (i.e. use a text element or something else) by also - configuring that element with the correct expand setting (X direction = True, expand row=True) - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - - layout = [ [sg.Text('StatusBar Demo', font='ANY 15')], - [sg.Text('This window has a status bar that is at the bottom of the window')], - [sg.Text('The key to getting your bar to stay at the bottom of the window when')], - [sg.Text('the window is resizeed is to insert a line of text (or some other element)')], - [sg.Text('that is configured to expand. ')], - [sg.Text('This is accomplished by calling the "expand" method')], - [sg.Text('')], - [sg.Button('Ok'), sg.B('Quit')], - [sg.Text(key='-EXPAND-', font='ANY 1', pad=(0,0))], # thin row (font size 1) that expands and keeps bar at the bottom - [sg.StatusBar('This is the statusbar')]] - - - window = sg.Window('Vertical Layout Example', layout, resizable=True, finalize=True) - - window['-EXPAND-'].expand(True, True, True) # needed to make the window expand in a way that will cause status to be at the bottom - - while True: - event, values = window.read() - if event in (sg.WINDOW_CLOSED, 'Quit'): # if user closes window or clicks Quit - break - -if __name__ == '__main__': - main() - diff --git a/DemoPrograms/Demo_Stdout.py b/DemoPrograms/Demo_Stdout.py deleted file mode 100644 index 6160bcefd..000000000 --- a/DemoPrograms/Demo_Stdout.py +++ /dev/null @@ -1,34 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Demo program that reroutes stdout and stderr. - Type something in the input box and click Print - Whatever you typed is "printed" using a standard print statement - Use the Output Element in your window layout to reroute stdout - You will see the output of the print in the Output Element in the center of the window - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - - -layout = [ - [sg.Text('Type something in input field and click print')], - [sg.Input()], - [sg.Output()], - [sg.Button('Print')] -] - -window = sg.Window('Reroute stdout', layout) - -while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED: - break - print('You typed: ', values[0]) -window.close() diff --git a/DemoPrograms/Demo_Sudoku.py b/DemoPrograms/Demo_Sudoku.py deleted file mode 100644 index 82e13c3fb..000000000 --- a/DemoPrograms/Demo_Sudoku.py +++ /dev/null @@ -1,160 +0,0 @@ -import PySimpleGUI as sg, random -import numpy as np -from typing import List, Any, Union, Tuple, Dict - - -""" - Sudoku Puzzle Demo - - How to easily generate a GUI for a Sudoku puzzle. - The Window definition and creation is a single line of code. - - Code to generate a playable puzzle was supplied from: - https://github.com/MorvanZhou/sudoku - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - - -def generate_sudoku(mask_rate): - """ - Create a Sukoku board - - :param mask_rate: % of squares to hide - :type mask_rate: float - :rtype: List[numpy.ndarry, numpy.ndarry] - """ - while True: - n = 9 - solution = np.zeros((n, n), np.int) - rg = np.arange(1, n + 1) - solution[0, :] = np.random.choice(rg, n, replace=False) - try: - for r in range(1, n): - for c in range(n): - col_rest = np.setdiff1d(rg, solution[:r, c]) - row_rest = np.setdiff1d(rg, solution[r, :c]) - avb1 = np.intersect1d(col_rest, row_rest) - sub_r, sub_c = r//3, c//3 - avb2 = np.setdiff1d(np.arange(0, n+1), solution[sub_r*3:(sub_r+1)*3, sub_c*3:(sub_c+1)*3].ravel()) - avb = np.intersect1d(avb1, avb2) - solution[r, c] = np.random.choice(avb, size=1) - break - except ValueError: - pass - puzzle = solution.copy() - puzzle[np.random.choice([True, False], size=solution.shape, p=[mask_rate, 1 - mask_rate])] = 0 - return puzzle, solution - - - -def check_progress(window, solution): - """ - Gives you a visual hint on your progress. - Red - You've got an incorrect number at the location - Yellow - You're missing an anwer for that location - - :param window: The GUI's Window - :type window: sg.Window - :param solution: A 2D array containing the solution - :type solution: numpy.ndarray - :return: True if the puzzle has been solved correctly - :rtype: bool - """ - solved = True - for r, row in enumerate(solution): - for c, col in enumerate(row): - value = window[r,c].get() - if value: - try: - value = int(value) - except: - value = 0 - if value != solution[r][c]: - window[r,c].update(background_color='red') - solved = False - else: - window[r,c].update(background_color=sg.theme_input_background_color()) - else: - solved = False - window[r, c].update(background_color='yellow') - return solved - - -def create_and_show_puzzle(window): - # create and display a puzzle by updating the Input elements - rate = DEFAULT_MASK_RATE - if window['-RATE-'].get(): - try: - rate = float(window['-RATE-'].get()) - except: - pass - puzzle, solution = generate_sudoku(mask_rate=rate) - for r, row in enumerate(puzzle): - for c, col in enumerate(row): - window[r, c].update(puzzle[r][c] if puzzle[r][c] else '', background_color=sg.theme_input_background_color()) - return puzzle, solution - - -def main(mask_rate=0.7): - """" - The Main GUI - It does it all. - - The "Board" is a grid that's 9 x 9. Even though the layout is a grid of 9 Frames, the - addressing of the individual squares is via a key that's a tuple (0,0) to (8,8) - """ - - - - - # It's 1 line of code to make a Sudoku board. If you don't like it, then replace it. - # Dude (Dudette), it's 1-line of code. If you don't like the board, write a line of code. - # The keys for the inputs are tuples (0-8, 0-8) that reference each Input Element. - # Get an input element for a position using: window[row, col] - # To get a better understanding, take it apart. Spread it out. You'll learn in the process. - window = sg.Window('Sudoku', - [[sg.Frame('', [[sg.I(random.randint(1,9), justification='r', size=(3,1),enable_events=True, key=(fr*3+r,fc*3+c)) for c in range(3)] for r in range(3)]) for fc in range(3)] for fr in range(3)] + - [[sg.B('Solve'), sg.B('Check'), sg.B('Hint'), sg.B('New Game'), sg.T('Mask rate (0-1)'), sg.In(str(mask_rate), size=(3,1),key='-RATE-')],], finalize=True) - - # create and display a puzzle by updating the Input elements - - puzzle, solution = create_and_show_puzzle(window) - check_showing = False - while True: # The Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED: - break - - if event == 'Solve': - for r, row in enumerate(solution): - for c, col in enumerate(row): - window[r, c].update(solution[r][c], background_color=sg.theme_input_background_color()) - elif event == 'Check': - check_showing = True - solved = check_progress(window, solution) - if solved: - sg.popup('Solved! You have solved the puzzle correctly.') - elif event == 'Hint': - elem = window.find_element_with_focus() - try: - elem.update(solution[elem.Key[0]][elem.Key[1]], background_color=sg.theme_input_background_color()) - except: - pass # Likely because an input element didn't have focus - elif event == 'New Game': - puzzle, solution = create_and_show_puzzle(window) - elif check_showing: # an input was changed, so clear any background colors from prior hints - check_showing = False - for r, row in enumerate(solution): - for c, col in enumerate(row): - window[r, c].update(background_color=sg.theme_input_background_color()) - window.close() - -if __name__ == "__main__": - DEFAULT_MASK_RATE = 0.7 # % Of cells to hide - main(DEFAULT_MASK_RATE) - diff --git a/DemoPrograms/Demo_Sudoku_1_Line.py b/DemoPrograms/Demo_Sudoku_1_Line.py deleted file mode 100644 index b2760108c..000000000 --- a/DemoPrograms/Demo_Sudoku_1_Line.py +++ /dev/null @@ -1,22 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo 1-line Sudoku Board - - A silly display of what 1 line of PySimpleGUI is capable of producing by - utilizing the power of Python. The power isn't a PySimpleGUI trick. - The power is Python List Comprehensions and using them in your layout. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.Window('Sudoku', [[sg.Frame('', [[sg.Input(justification='r', size=(3,1)) - for col in range(3)] - for row in range(3)]) - for frame_col in range(3)] - for frame_row in range(3)], - use_custom_titlebar=True).read() diff --git a/DemoPrograms/Demo_Super_Simple_Form.py b/DemoPrograms/Demo_Super_Simple_Form.py deleted file mode 100644 index 661b7f20c..000000000 --- a/DemoPrograms/Demo_Super_Simple_Form.py +++ /dev/null @@ -1,26 +0,0 @@ -import PySimpleGUI as sg - -""" - Simple Form (a one-shot data entry window) - Use this design pattern to show a form one time to a user that is "submitted" - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [[sg.Text('Please enter your Name, Address, Phone')], - [sg.Text('Name', size=(10, 1)), sg.InputText(key='-NAME-')], - [sg.Text('Address', size=(10, 1)), sg.InputText(key='-ADDRESS-')], - [sg.Text('Phone', size=(10, 1)), sg.InputText(key='-PHONE-')], - [sg.Button('Submit'), sg.Button('Cancel')]] - -window = sg.Window('Simple Data Entry Window', layout) -event, values = window.read(close=True) - -if event == 'Submit': - print('The events was ', event, 'You input', values['-NAME-'], values['-ADDRESS-'], values['-PHONE-']) -else: - print('User cancelled') diff --git a/DemoPrograms/Demo_System_Tray_GUI_Window_Design_Pattern.py b/DemoPrograms/Demo_System_Tray_GUI_Window_Design_Pattern.py deleted file mode 100644 index 95f3495c8..000000000 --- a/DemoPrograms/Demo_System_Tray_GUI_Window_Design_Pattern.py +++ /dev/null @@ -1,89 +0,0 @@ -import PySimpleGUI as sg -# import PySimpleGUIWx as sg -# import PySimpleGUIQt as sg -import time - -""" - Design pattern - System Tray and GUI Window - - This design pattern will show you how to run a system tray icon and a GUI window - simultaneously. BOTH the system tray and the window will be active at the same time. - - The "close window" action is similar to what most windows programs do that have a tray icon. - When you close the window with an "X", it closes the GUI window and shows a message in the - tray that the window has been "Minimized". - - To make things "easier", a new window is created each time rather than trying to hide and unhide. - On some systems, the hide method doesn't work very well (Raspberry Pi for example). - - You can "Minimize" to the tray in 3 ways in this program: - 1. Click the "X" on the window - 2. Click the button "Minimize to tray" - 3. Right click tray icon and choose "Hide" - - To exit the entire program, you will need to do this from the System tray by choosing "Exit" - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -icon = sg.DEFAULT_BASE64_ICON - -sg.theme('Dark Red') -delay_time = 15 * 60 - -def time_as_int(): - return int(round(time.time())) - -def make_a_window(): - - layout = [ [sg.Text(f'{delay_time // 60 % 60:2}:{delay_time % 60:02}', key='-OUT-', size=(20, 2), justification='c', font='Any 24')], - [sg.Button('Start', size=(10,1))],[sg.Button('Minimize\nTo Tray', size=(10,2))] ] - - return sg.Window('Window Title', layout, element_justification='c', icon=icon) - -def main(): - - menu_def = ['UNUSED', ['Show','Hide','Exit']] - - tray = sg.SystemTray(menu=menu_def, data_base64=icon) - window = make_a_window() - start, current, paused = time_as_int(), 0, True - - while True: - event = tray.read(timeout=100) - if event == 'Exit': - break - elif event in('Show', sg.EVENT_SYSTEM_TRAY_ICON_DOUBLE_CLICKED) and not window: - print('Showing a new window') - window, paused = make_a_window(), True - elif event == 'Hide' and window: - window.close() - window = None - - if window: - event, values = window.read(timeout=1000) - if event in (sg.WIN_CLOSED, 'Minimize\nTo Tray'): - print('Minimizing to tray') - tray.show_message('Minimizing', 'Minimizing to Tray') - window.close() - window = None - continue - elif event == 'Start': - start, paused = time_as_int(), False - if not paused: - remaining = delay_time - (time_as_int() - start) - if remaining < 0: - tray.show_message('Look away', 'It is time to look away for 20 seconds') - start = time_as_int() - else: - window['-OUT-'].update(f'{remaining//60%60:2}:{remaining%60:02}') - tray.close() - if window: - window.close() - - -main() \ No newline at end of file diff --git a/DemoPrograms/Demo_System_Tray_Icon.py b/DemoPrograms/Demo_System_Tray_Icon.py deleted file mode 100644 index 6deb01141..000000000 --- a/DemoPrograms/Demo_System_Tray_Icon.py +++ /dev/null @@ -1,42 +0,0 @@ -import PySimpleGUI as sg -# import PySimpleGUIWx as sg -# import PySimpleGUIQt as sg - -""" - System Tray Icon - Your very own peronsal status monitor in your system tray - Super easy to use. - 1. Find an icon file or use this default - 2. Create your menu defintion - 3. Add if statements to take action based on your input - - Note from the imports that this code works on all PySimpleGUI ports (except Web). - For the tkinter port, however, the icon isn't located in the system tray. Instead it's located just above - the system tray in the form of what looks like an "icon" on your desktop. It's actually a very small window. - - In June 2021 a new package was added to the PySimpleGUI family - psgtray - With this package, you can get a real system tray icon while using tkinter rather than a desktop-icon that this - demo is demonstrating. The Demo Program - Demo_psgtray_Tray_Icon_Tkinter - shows how to integrate it with PySimpleGUI - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - - - -menu_def = ['UNUSED', ['My', '&Simple::my key', 'Has Sub', ['1','2'], '---', 'Menu', 'E&xit']] - -tray = sg.SystemTray(menu=menu_def, data_base64=sg.DEFAULT_BASE64_ICON) - -while True: - event = tray.read() - print(event) - if event == 'Exit': - break - elif event == 'Menu': - tray.show_message('Title', 'Hey, you clicked Menu!') -tray.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_System_Tray_Icon_Using_psgtray.py b/DemoPrograms/Demo_System_Tray_Icon_Using_psgtray.py deleted file mode 100644 index 6c536efdc..000000000 --- a/DemoPrograms/Demo_System_Tray_Icon_Using_psgtray.py +++ /dev/null @@ -1,83 +0,0 @@ -import PySimpleGUI as sg -from psgtray import SystemTray - - -""" - A System Tray Icon courtesy of pystray and your friends at PySimpleGUI - - Import the SystemTray object with this line of code: - from psgtray import SystemTray - - Key for the system tray icon is: - tray = SystemTray() - tray.key - - values[key] contains the menu item chosen. - - One trick employed here is to change the window's event to be the event from the System Tray. - - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - - menu = ['', ['Show Window', 'Hide Window', '---', '!Disabled Item', 'Change Icon', ['Happy', 'Sad', 'Plain'], 'Exit']] - tooltip = 'Tooltip' - - layout = [[sg.Text('My PySimpleGUI Celebration Window - X will minimize to tray')], - [sg.T('Double clip icon to restore or right click and choose Show Window')], - [sg.T('Icon Tooltip:'), sg.Input(tooltip, key='-IN-', s=(20,1)), sg.B('Change Tooltip')], - [sg.Multiline(size=(60,10), reroute_stdout=False, reroute_cprint=True, write_only=True, key='-OUT-')], - [sg.Button('Go'), sg.B('Hide Icon'), sg.B('Show Icon'), sg.B('Hide Window'), sg.Button('Exit')]] - - window = sg.Window('Window Title', layout, finalize=True, enable_close_attempted_event=True) - - - tray = SystemTray(menu, single_click_events=False, window=window, tooltip=tooltip, icon=sg.DEFAULT_BASE64_ICON) - tray.show_message('System Tray', 'System Tray Icon Started!') - sg.cprint(sg.get_versions()) - while True: - event, values = window.read() - - # IMPORTANT step. It's not required, but convenient. Set event to value from tray - # if it's a tray event, change the event variable to be whatever the tray sent - if event == tray.key: - sg.cprint(f'System Tray Event = ', values[event], c='white on red') - event = values[event] # use the System Tray's event as if was from the window - - if event in (sg.WIN_CLOSED, 'Exit'): - break - - sg.cprint(event, values) - tray.show_message(title=event, message=values) - - if event in ('Show Window', sg.EVENT_SYSTEM_TRAY_ICON_DOUBLE_CLICKED): - window.un_hide() - window.bring_to_front() - elif event in ('Hide Window', sg.WIN_CLOSE_ATTEMPTED_EVENT): - window.hide() - tray.show_icon() # if hiding window, better make sure the icon is visible - # tray.notify('System Tray Item Chosen', f'You chose {event}') - elif event == 'Happy': - tray.change_icon(sg.EMOJI_BASE64_HAPPY_JOY) - elif event == 'Sad': - tray.change_icon(sg.EMOJI_BASE64_FRUSTRATED) - elif event == 'Plain': - tray.change_icon(sg.DEFAULT_BASE64_ICON) - elif event == 'Hide Icon': - tray.hide_icon() - elif event == 'Show Icon': - tray.show_icon() - elif event == 'Change Tooltip': - tray.set_tooltip(values['-IN-']) - - tray.close() # optional but without a close, the icon may "linger" until moused over - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_System_Tray_Icon_psgtray_No_Window.py b/DemoPrograms/Demo_System_Tray_Icon_psgtray_No_Window.py deleted file mode 100644 index 238e51dcf..000000000 --- a/DemoPrograms/Demo_System_Tray_Icon_psgtray_No_Window.py +++ /dev/null @@ -1,73 +0,0 @@ -import PySimpleGUI as sg -from psgtray import SystemTray - -""" - A System Tray Icon using pystray - No visible window version - - Import the SystemTray object with this line of code: - from psgtray import SystemTray - - Key for the system tray icon is: - tray = SystemTray() - tray.key - - values[key] contains the menu item chosen. - - One trick employed here is to change the window's event to be the event from the System Tray. - - This demo program keeps the Window hidden all the time so that it's a pure "System Tray" application. - Because the PySimpleGUI architecture implemented the tray icon using the psgtray package combined with the - overall window event loop, a Window object is still required. The point of this demo is to show that this - window does not need to ever appear to the user. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def main(): - menu = ['', ['---', '!Disabled Item', 'Change Icon', ['Happy', 'Sad', 'Plain'], 'Exit']] - tooltip = 'Tooltip' - - layout = [[sg.T('Empty Window', key='-T-')]] - - window = sg.Window('Window Title', layout, finalize=True, enable_close_attempted_event=True, alpha_channel=0) - window.hide() - - tray = SystemTray(menu, single_click_events=False, window=window, tooltip=tooltip, icon=sg.DEFAULT_BASE64_ICON, key='-TRAY-') - tray.show_message('System Tray', 'System Tray Icon Started!') - print(sg.get_versions()) - while True: - event, values = window.read() - # IMPORTANT step. It's not required, but convenient. Set event to value from tray - # if it's a tray event, change the event variable to be whatever the tray sent - if event == tray.key: - event = values[event] # use the System Tray's event as if was from the window - - if event in (sg.WIN_CLOSED, 'Exit'): - break - - tray.show_message(title=event, message=values) - - if event == 'Happy': - tray.change_icon(sg.EMOJI_BASE64_HAPPY_JOY) - elif event == 'Sad': - tray.change_icon(sg.EMOJI_BASE64_FRUSTRATED) - elif event == 'Plain': - tray.change_icon(sg.DEFAULT_BASE64_ICON) - elif event == 'Hide Icon': - tray.hide_icon() - elif event == 'Show Icon': - tray.show_icon() - elif event == 'Change Tooltip': - tray.set_tooltip(values['-IN-']) - - tray.close() # optional but without a close, the icon may "linger" until moused over - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_System_Tray_Reminder.py b/DemoPrograms/Demo_System_Tray_Reminder.py deleted file mode 100644 index 020f54277..000000000 --- a/DemoPrograms/Demo_System_Tray_Reminder.py +++ /dev/null @@ -1,88 +0,0 @@ -import PySimpleGUI as sg -# import PySimpleGUIWx as sg -# import PySimpleGUIQt as sg -from PIL import Image -import base64, io -from time import time - -""" - A periodic reminder that uses the System Tray. - Will show a popup window every X minutes - Should work with 3 of the PySimpleGUI ports - tkinter, WxPython, Qt - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -ONE_HOUR_IN_SECONDS = 60*60 -STARTING_FREQUENCY = ONE_HOUR_IN_SECONDS -POPUP_FONT = 'Helvetica 16' # font to use in popup -POPUP_TEXT_COLOR, POPUP_BACKGROUND_COLOR = 'white', 'red' - -def resize_base64_image(image64, size): - """ - Resize a base64 image. Good to use for Image elements, Button Images, etc. - - :param image64: The Base64 image - :type image64: bytes - :param size: Size to make the image in pixels (width, height) - :type size: Tuple[int, int] - :return: A new Base64 image - :rtype: bytes - """ - image_file = io.BytesIO(base64.b64decode(image64)) - img = Image.open(image_file) - img.thumbnail(size, Image.LANCZOS) - bio = io.BytesIO() - img.save(bio, format='PNG') - imgbytes = bio.getvalue() - return imgbytes - - -def main(): - """ - Function with all the good stuff. Creates the System Tray and processes all events - """ - delay = frequency_in_seconds = STARTING_FREQUENCY - - tray_icon = resize_base64_image(icon, (64,64)) if sg.port == 'PySimpleGUI' else icon - - menu_def = ['UNUSED', ['Change Frequency', '---', 'Exit']] - - tray = sg.SystemTray(menu=menu_def, data_base64=tray_icon, tooltip=f'Reminder every {frequency_in_seconds/60} minutes') - - starting_seconds = time() - - while True: - event = tray.read(timeout=delay*1000) - if event == 'Exit': - break - - delta_from_last = time() - starting_seconds - if delta_from_last >= frequency_in_seconds: - starting_seconds = time() - delta_from_last = 0 - sg.popup_no_wait('Reminder!', f'It has been {frequency_in_seconds/60} minutes since your last reminder', background_color=POPUP_BACKGROUND_COLOR, text_color=POPUP_TEXT_COLOR, font=POPUP_FONT) - - if event == 'Change Frequency': # Change how often a reminder should be shown - freq = sg.popup_get_text(f'Currently you will be reminded every {frequency_in_seconds/60} minutes\n'+ - 'Enter new frequency in minutes', 'Change Timer Frequency') - try: - frequency_in_seconds = int(float(freq)*60) - starting_seconds = time() - delta_from_last = 0 - tray.update(tooltip=f'Reminder every {frequency_in_seconds/60} minutes') - except: - sg.popup_error(f'Invalid value: {freq}', f'Keeping old frequency of {frequency_in_seconds/60} minutes') - - delay = frequency_in_seconds - delta_from_last - tray.close() - -if __name__ == '__main__': - icon = \ - 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' - - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_TTK_Scrollbars.py b/DemoPrograms/Demo_TTK_Scrollbars.py deleted file mode 100644 index 2936e37e2..000000000 --- a/DemoPrograms/Demo_TTK_Scrollbars.py +++ /dev/null @@ -1,114 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - TTK Scrollbars - - Beginning in release 4.60.0 (May 2022), all scrollbars in the tkinter port use TTK Scrollbars - - This feature impacts all elements that have scrollbars including: - Multiline - Output - Listbox - Table - Tree - Column - - Not all elements in PySimpleGUI use TTK Widgets. Some of the Widgets are TK Widgets. Regardless of the - underlying widget, if it has a scrollbar that's visible normally (one of the above elements... unlike the Combo), - then it will use a TTK scrollbar. - - There are many options available to you to set for these scrollbars. - - TTK Theme - - While the TTK Theme has been available for you to set, most users have likely not experimented much with this feature. - This may change with these new scrollbars because the TTK Theme will impact how the scrollbars look. Be aware that - the TTK Theme will also impact elements that use TTK Widgets. - - You can see what tkinter widgets are used for all of the elements in the documenation located here: - https://pysimplegui.readthedocs.io/en/latest/#table-of-elements-in-tkinter-port - - Hierarchy of settings - - The scrollbar settings used for an element are picked up from one of these 4 locations. The priority order for - the settings is: - 1. The Element's parms in the layout (you can change individual element's scrollbars) - 2. Window parms - 3. set_options parms - 4. The Global Settings (changable by calling sg.main()) - - The TTK Theme follows a similar hierarchy. The order of priority to determine the theme is: - 1. Window parm - 2. set_options parm - 3. The Global Settings - - More detailed information is available in the documenation about these scrollbars. The docstrings also tell you about - each parm. The parm names are identical for the elements, the Window and the set_options call - sbar_trough_color: - Scrollbar color of the trough - sbar_background_color: - Scrollbar color of the background of the arrow buttons at the ends AND the color of the "thumb" (the thing you grab and slide). Switches to arrow color when mouse is over - sbar_arrow_color: - Scrollbar color of the arrow at the ends of the scrollbar (it looks like a button). Switches to background color when mouse is over - sbar_width: - Scrollbar width in pixels - sbar_arrow_width: - Scrollbar width of the arrow on the scrollbar. It will potentially impact the overall width of the scrollbar - sbar_frame_color: - Scrollbar Color of frame around scrollbar (available only on some ttk themes) - sbar_relief: - Scrollbar relief that will be used for the "thumb" of the scrollbar (the thing you grab that slides). Should be a constant that is defined at starting with "RELIEF_" - RELIEF_RAISED, RELIEF_SUNKEN, RELIEF_FLAT, RELIEF_RIDGE, RELIEF_GROOVE, RELIEF_SOLID - - Note that some parms can impact others. For example, setting the relief to Ridge negates the frame color setting - - This Demo shows 2 different windows to demonstrate the parms in the Window object and set_options. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -# Our first window uses your global defaults with the Listbox element directly overriding the settings - -layout = [[sg.T('Fun with TTK Scrollbars')], - [sg.Multiline('\n'.join([str(x) for x in range(50)]), size=(40,20), expand_x=True, expand_y=True), - sg.Listbox(list(range(40)), s=(10,15), - sbar_background_color='green', sbar_trough_color='red', sbar_relief='ridge', sbar_arrow_color='purple', sbar_frame_color='yellow',)], - [sg.Button('Exit'), sg.Sizegrip()]] - - -window = sg.Window('TTK Scrollbars 1', layout, resizable=True) - -while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - -window.close() - -# Our second window uses both set_options and the Window object to change the scrollbars - - -sg.set_options(sbar_width=30, sbar_arrow_width=30) - -layout = [[sg.T('Fun with TTK Scrollbars 2')], - [sg.Multiline('\n'.join([str(x) for x in range(50)]), size=(40,20), expand_x=True, expand_y=True), - sg.Listbox(list(range(40)), s=(10,15), - sbar_background_color='green', sbar_trough_color='red', sbar_arrow_color='purple', sbar_frame_color='yellow',)], - [sg.Button('Exit'), sg.Sizegrip()]] - - -window = sg.Window('TTK Scrollbars 2', layout, sbar_relief=sg.RELIEF_SOLID, resizable=True) - -while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - -window.close() - diff --git a/DemoPrograms/Demo_Table_CSV.py b/DemoPrograms/Demo_Table_CSV.py deleted file mode 100644 index ea5a3f9f3..000000000 --- a/DemoPrograms/Demo_Table_CSV.py +++ /dev/null @@ -1,52 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import csv - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Show CSV data in Table -sg.theme('Dark Red') - -def table_example(): - filename = sg.popup_get_file('filename to open', no_window=True, file_types=(("CSV Files","*.csv"),)) - # --- populate table with file contents --- # - if filename == '': - return - data = [] - header_list = [] - button = sg.popup_yes_no('Does this file have column names already?') - if filename is not None: - with open(filename, "r") as infile: - reader = csv.reader(infile) - if button == 'Yes': - header_list = next(reader) - try: - data = list(reader) # read everything else into a list of rows - if button == 'No': - header_list = ['column' + str(x) for x in range(len(data[0]))] - except: - sg.popup_error('Error reading file') - return - sg.set_options(element_padding=(0, 0)) - - layout = [[sg.Table(values=data, - headings=header_list, - max_col_width=25, - auto_size_columns=True, - justification='right', - # alternating_row_color='lightblue', - num_rows=min(len(data), 20))]] - - - window = sg.Window('Table', layout, grab_anywhere=False) - event, values = window.read() - - window.close() - -table_example() diff --git a/DemoPrograms/Demo_Table_Checkmark.py b/DemoPrograms/Demo_Table_Checkmark.py deleted file mode 100644 index f2e580d82..000000000 --- a/DemoPrograms/Demo_Table_Checkmark.py +++ /dev/null @@ -1,89 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import random -import string - -""" - Demo Program - Table with checkboxes - - This clever solution was sugged by GitHub user robochopbg. - The beauty of the simplicity is that the checkbox is simply another column in the table. When the checkbox changes - state, then the data in the table is changed and the table is updated in the Table element. - A big thank you again to user robochopbg! - -⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⢀⡀⠀⠀ -⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⣠⣿⣿⠆⠀ -⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⣠⣾⣿⡿⠁⠀⠀ -⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⢀⣾⣿⣿⠟⠀⠀⠀⠀ -⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⣴⣿⣿⡿⠃⠀⠀⠀⠀⠀ -⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⢠⣾⣿⣿⠟⠁⠀⠀⠀⠀⠀⠀ -⠀⢀⣀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⣰⣿⣿⣿⠏⠀⠀⠀⠀⠀⠀⠀⠀ -⠀⠺⣿⣷⣄⡀⠀⠀⠀⠀⠀⠀⠀⠀⠀⢀⣾⣿⣿⣿⠃⠀⠀⠀⠀⠀⠀⠀⠀⠀ -⠀⠀⠈⠻⣿⣿⣦⣄⠀⠀⠀⠀⠀⠀⣠⣿⣿⣿⡿⠁⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ -⠀⠀⠀⠀⠈⠻⣿⣿⣷⣤⡀⠀⠀⣰⣿⣿⣿⡿⠁⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ -⠀⠀⠀⠀⠀⠀⠙⢿⣿⣿⣿⣦⣼⣿⣿⣿⡿⠁⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ -⠀⠀⠀⠀⠀⠀⠀⠀⠙⢿⣿⣿⣿⣿⣿⡿⠁⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ -⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠻⣿⣿⣿⡿⠁⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ -⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠈⢿⡟⠁⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ -⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Characters used for the checked and unchecked checkboxes. Feel free to change -BLANK_BOX = '☐' -CHECKED_BOX = '☑' - -# ------ Some functions to help generate data for the table ------ -def word(): - return ''.join(random.choice(string.ascii_lowercase) for i in range(10)) -def number(max_val=1000): - return random.randint(0, max_val) - -def make_table(num_rows, num_cols): - data = [[j for j in range(num_cols)] for i in range(num_rows)] - data[0] = [word() for __ in range(num_cols)] - for i in range(1, num_rows): - data[i] = [BLANK_BOX if random.randint(0,2) % 2 else CHECKED_BOX] + [word(), *[number() for i in range(num_cols - 1)]] - return data - -# ------ Make the Table Data ------ -data = make_table(num_rows=15, num_cols=6) -headings = [str(data[0][x])+' ..' for x in range(len(data[0]))] -headings[0] = 'Checkbox' -# The selected rows is stored in a set -selected = {i for i, row in enumerate(data[1:][:]) if row[0] == CHECKED_BOX} - -# ------ Window Layout ------ -layout = [[sg.Table(values=data[1:][:], headings=headings, max_col_width=25, auto_size_columns=False, col_widths=[10, 10, 20, 20 ,30, 5], - display_row_numbers=True, justification='center', num_rows=20, key='-TABLE-', selected_row_colors='red on yellow', - expand_x=False, expand_y=True, vertical_scroll_only=False, enable_click_events=True, select_mode=sg.TABLE_SELECT_MODE_NONE, font='_ 14'), - sg.Sizegrip()]] - -# ------ Create Window ------ -window = sg.Window('Table with Checkbox', layout, resizable=True, finalize=True) - -# Highlight the rows (select) that have checkboxes checked -window['-TABLE-'].update(values=data[1:][:], select_rows=list(selected)) - -# ------ Event Loop ------ -while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - elif event[0] == '-TABLE-' and event[2][0] not in (None, -1): # if clicked a data row rather than header or outside table - row = event[2][0]+1 - if data[row][0] == CHECKED_BOX: # Going from Checked to Unchecked - selected.remove(row-1) - data[row][0] = BLANK_BOX - else: # Going from Unchecked to Checked - selected.add(row-1) - data[row ][0] = CHECKED_BOX - window['-TABLE-'].update(values=data[1:][:], select_rows=list(selected)) # Update the table and the selected rows - -window.close() - diff --git a/DemoPrograms/Demo_Table_Element.py b/DemoPrograms/Demo_Table_Element.py deleted file mode 100644 index d6e9fdec0..000000000 --- a/DemoPrograms/Demo_Table_Element.py +++ /dev/null @@ -1,76 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import random -import string - -""" - Basic use of the Table Element - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -# ------ Some functions to help generate data for the table ------ -def word(): - return ''.join(random.choice(string.ascii_lowercase) for i in range(10)) -def number(max_val=1000): - return random.randint(0, max_val) - -def make_table(num_rows, num_cols): - data = [[j for j in range(num_cols)] for i in range(num_rows)] - data[0] = [word() for __ in range(num_cols)] - for i in range(1, num_rows): - data[i] = [word(), *[number() for i in range(num_cols - 1)]] - return data - -# ------ Make the Table Data ------ -data = make_table(num_rows=15, num_cols=6) -headings = [str(data[0][x])+' ..' for x in range(len(data[0]))] - -# ------ Window Layout ------ -layout = [[sg.Table(values=data[1:][:], headings=headings, max_col_width=25, - auto_size_columns=True, - # cols_justification=('left','center','right','c', 'l', 'bad'), # Added on GitHub only as of June 2022 - display_row_numbers=True, - justification='center', - num_rows=20, - alternating_row_color='lightblue', - key='-TABLE-', - selected_row_colors='red on yellow', - enable_events=True, - expand_x=False, - expand_y=True, - vertical_scroll_only=False, - enable_click_events=True, # Comment out to not enable header and other clicks - tooltip='This is a table')], - [sg.Button('Read'), sg.Button('Double'), sg.Button('Change Colors')], - [sg.Text('Read = read which rows are selected')], - [sg.Text('Double = double the amount of data in the table')], - [sg.Text('Change Colors = Changes the colors of rows 8 and 9'), sg.Sizegrip()]] - -# ------ Create Window ------ -window = sg.Window('The Table Element', layout, - # ttk_theme='clam', - # font='Helvetica 25', - resizable=True - ) - -# ------ Event Loop ------ -while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED: - break - if event == 'Double': - for i in range(1,len(data)): - data.append(data[i]) - window['-TABLE-'].update(values=data[1:][:]) - elif event == 'Change Colors': - window['-TABLE-'].update(row_colors=((8, 'white', 'red'), (9, 'green'))) - -window.close() - diff --git a/DemoPrograms/Demo_Table_Element_Header_or_Cell_Clicks.py b/DemoPrograms/Demo_Table_Element_Header_or_Cell_Clicks.py deleted file mode 100644 index ef5061c57..000000000 --- a/DemoPrograms/Demo_Table_Element_Header_or_Cell_Clicks.py +++ /dev/null @@ -1,118 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import random -import string -import operator - -""" - Table Element Demo With Sorting and Cell Editing - NOTE: release 5.0.6.5 needed in order to use the Cell Editing features. Comment out the parameters that contain cell_edit to remove from demo - - The data for the table is assumed to have HEADERS across the first row. - This is often the case for CSV files or spreadsheets - - This demo shows how you can use these click events to sort your table by columns - - Copyright 2022-2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.theme('Light green 6') - - -# ------ Some functions to help generate data for the table ------ -def word(): - return ''.join(random.choice(string.ascii_lowercase) for i in range(10)) - - -def number(max_val=1000): - return random.randint(0, max_val) - - -def make_table(num_rows, num_cols): - data = [[j for j in range(num_cols)] for i in range(num_rows)] - data[0] = [word() for _ in range(num_cols)] - for i in range(1, num_rows): - data[i] = [i, word(), *[number() for i in range(num_cols - 2)]] - return data - - -# ------ Make the Table Data ------ -data = make_table(num_rows=15, num_cols=6) -# headings = [str(data[0][x])+' ..' for x in range(len(data[0]))] -headings = [f'Col {col}' for col in range(1, len(data[0]) + 1)] - - -def sort_table(table, cols): - """ sort a table by multiple columns - table: a list of lists (or tuple of tuples) where each inner list - represents a row - cols: a list (or tuple) specifying the column numbers to sort by - e.g. (1,0) would sort by column 1, then by column 0 - """ - for col in reversed(cols): - try: - table = sorted(table, key=operator.itemgetter(col)) - except Exception as e: - sg.popup_error('Error in sort_table', 'Exception in sort_table', e) - return table - - -# ------ Window Layout ------ -layout = [[sg.Table(values=data[1:][:], headings=headings + ['Extra'], max_col_width=25, - auto_size_columns=True, - display_row_numbers=False, - justification='right', - right_click_selects=True, - num_rows=20, - alternating_row_color='lightyellow', - key='-TABLE-', - selected_row_colors='red on yellow', - enable_events=True, - expand_x=True, - expand_y=True, - enable_click_events=True, # Comment out to not enable header and other clicks - enable_cell_editing=True, # Comment out to if your PSG version does not support cell edint - cell_edit_colors='white on blue', # Comment out to if your PSG version does not support cell edint - cell_edit_select_colors='yellow on red', # Comment out to if your PSG version does not support cell edint - tooltip='This is a table')], - [sg.Button('Read'), sg.Button('Double'), sg.Button('Change Colors')], - [sg.Text('Cell clicked:'), sg.T(k='-CLICKED-')], - [sg.Text('Read = read which rows are selected')], - [sg.Text('Double = double the amount of data in the table')], - [sg.Text('Change Colors = Changes the colors of rows 8 and 9'), sg.Sizegrip()]] - -# ------ Create Window ------ -window = sg.Window('The Table Element', layout, resizable=True, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, finalize=True, print_event_values=True) - - -# ------ Event Loop ------ -while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Edit Me': - sg.execute_editor(__file__) - elif event == 'Version': - sg.popup_scrolled(__file__, sg.get_versions(), location=window.current_location(), keep_on_top=True, non_blocking=True) - if event == 'Read': - [print(row) for row in window['-TABLE-'].values] - if event == 'Double': - for i in range(1, len(data)): - data.append(data[i].copy()) - window['-TABLE-'].update(values=data[1:][:]) - elif event == 'Change Colors': - window['-TABLE-'].update(row_colors=((8, 'white', 'red'), (9, 'green'))) - - # See if was a table clicked or edited event by checking event[0] for table's key - if event[0] == '-TABLE-': # TABLE CELL Event has value in format ('-TABLE=', '+type of event+', (row,col)) - if event[2][0] == -1 and event[2][1] != -1: # Header was clicked and wasn't the "row" column - col_num_clicked = event[2][1] - new_table = sort_table(data[1:][:], (col_num_clicked, 0)) - window['-TABLE-'].update(new_table) - data = [data[0]] + new_table - window['-CLICKED-'].update(f'{event[2][0]},{event[2][1]}') -window.close() diff --git a/DemoPrograms/Demo_Table_Pandas.py b/DemoPrograms/Demo_Table_Pandas.py deleted file mode 100644 index 8bcd1e788..000000000 --- a/DemoPrograms/Demo_Table_Pandas.py +++ /dev/null @@ -1,59 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import pandas as pd - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Yet another example of showing CSV data in Table - - -def table_example(): - - sg.set_options(auto_size_buttons=True) - filename = sg.popup_get_file( - 'filename to open', no_window=True, file_types=(("CSV Files", "*.csv"),)) - # --- populate table with file contents --- # - if filename == '': - return - - data = [] - header_list = [] - button = sg.popup_yes_no('Does this file have column names already?') - - if filename is not None: - try: - # Header=None means you directly pass the columns names to the dataframe - df = pd.read_csv(filename, sep=',', engine='python', header=None) - data = df.values.tolist() # read everything else into a list of rows - if button == 'Yes': # Press if you named your columns in the csv - # Uses the first row (which should be column names) as columns names - header_list = df.iloc[0].tolist() - # Drops the first row in the table (otherwise the header names and the first row will be the same) - data = df[1:].values.tolist() - elif button == 'No': # Press if you didn't name the columns in the csv - # Creates columns names for each column ('column0', 'column1', etc) - header_list = ['column' + str(x) for x in range(len(data[0]))] - except: - sg.popup_error('Error reading file') - return - - layout = [ - [sg.Table(values=data, - headings=header_list, - display_row_numbers=True, - auto_size_columns=False, - num_rows=min(25, len(data)))] - ] - - window = sg.Window('Table', layout, grab_anywhere=False) - event, values = window.read() - window.close() - - -table_example() diff --git a/DemoPrograms/Demo_Table_Simulation.py b/DemoPrograms/Demo_Table_Simulation.py deleted file mode 100644 index a730ff723..000000000 --- a/DemoPrograms/Demo_Table_Simulation.py +++ /dev/null @@ -1,91 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import csv - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def TableSimulation(): - """ - Display data in a table format - """ - - sg.popup_quick_message('Hang on for a moment, this will take a bit to create....', auto_close=True, non_blocking=True, font='Default 18') - - sg.set_options(element_padding=(0, 0)) - - menu_def = [['File', ['Open', 'Save', 'Exit']], - ['Edit', ['Paste', ['Special', 'Normal', ], 'Undo'], ], - ['Help', 'About...'], ] - - MAX_ROWS = 20 - MAX_COL = 10 - - columm_layout = [[sg.Text(str(i), size=(4, 1), justification='right')] + [sg.InputText(size=(10, 1), pad=(1,1),border_width=0, justification='right', key=(i, j)) for j in range(MAX_COL)] for i in range(MAX_ROWS)] - - - layout = [[sg.Menu(menu_def)], - [sg.Text('Table Using Combos and Input Elements', font='Any 18')], - [sg.Text('Type in a row, column and value. The form will update the values in realtime as you type'), - sg.Input(key='inputrow', justification='right', size=(8, 1), pad=(1, 1)), - sg.Input(key='inputcol', size=(8, 1), pad=(1, 1), justification='right'), - sg.Input(key='value', size=(8, 1), pad=(1, 1), justification='right')], - [sg.Col(columm_layout, size=(800, 600), scrollable=True)]] - - window = sg.Window('Table', layout, return_keyboard_events=True, resizable=True) - - while True: - event, values = window.read() - # --- Process buttons --- # - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'About...': - sg.popup('Demo of table capabilities') - elif event == 'Open': - filename = sg.popup_get_file( - 'filename to open', no_window=True, file_types=(("CSV Files", "*.csv"),)) - # --- populate table with file contents --- # - if filename is not None: - with open(filename, "r") as infile: - reader = csv.reader(infile) - try: - # read everything else into a list of rows - data = list(reader) - except: - sg.popup_error('Error reading file') - continue - # clear the table - [window[(i, j)].update('') for j in range(MAX_COL) - for i in range(MAX_ROWS)] - - for i, row in enumerate(data): - for j, item in enumerate(row): - location = (i, j) - try: # try the best we can at reading and filling the table - target_element = window[location] - new_value = item - if target_element is not None and new_value != '': - target_element.update(new_value) - except: - pass - - # if a valid table location entered, change that location's value - try: - location = (int(values['inputrow']), int(values['inputcol'])) - target_element = window[location] - new_value = values['value'] - if target_element is not None and new_value != '': - target_element.update(new_value) - except: - pass - - window.close() - - -TableSimulation() diff --git a/DemoPrograms/Demo_Table_Simulation_Arrow_Keys.py b/DemoPrograms/Demo_Table_Simulation_Arrow_Keys.py deleted file mode 100644 index 33e501945..000000000 --- a/DemoPrograms/Demo_Table_Simulation_Arrow_Keys.py +++ /dev/null @@ -1,72 +0,0 @@ -import PySimpleGUI as sg -from random import randint -import operator - -""" - Another simple table created from Input Text Elements. This demo adds the ability to "navigate" around the drawing using - the arrow keys. The tab key works automatically, but the arrow keys are done in the code below. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.theme('Dark Brown 2') # No excuse for gray windows -# Show a "splash" type message so the user doesn't give up waiting -sg.popup_quick_message('Hang on for a moment, this will take a bit to create....', auto_close=True, non_blocking=True) - -MAX_ROWS, MAX_COLS, COL_HEADINGS = 15, 6, ('A', 'B', 'C', 'D', 'E', 'F',) - -# A HIGHLY unusual layout definition -# Normally a layout is specified 1 ROW at a time. Here multiple rows are being contatenated together to produce the layout -# Note the " + \ " at the ends of the lines rather than the usual " , " -# This is done because each line is a list of lists -layout = [[sg.Text('Click on a column header to sort by that column', font='Default 16')]] + \ - [[sg.Text(' ' * 15)] + [sg.Text(s, key=s, enable_events=True, font='Courier 14', size=(8, 1)) for i, s in enumerate(COL_HEADINGS)]] + \ - [[sg.T(r, size=(4, 1))] + [sg.Input(randint(0, 100), justification='r', key=(r, c)) for c in range(MAX_COLS)] for r in range(MAX_ROWS)] + \ - [[sg.Button('Show Table As Lists'), sg.Button('Exit')]] - -# Create the window -window = sg.Window('A Table Simulation', layout, default_element_size=(12, 1), element_padding=(1, 1), return_keyboard_events=True) - -current_cell = (0, 0) -while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): # If user closed the window - break - elem = window.find_element_with_focus() - current_cell = elem.Key if elem and type(elem.Key) is tuple else (0, 0) - r, c = current_cell - - if event.startswith('Down'): - r = r + 1 * (r < MAX_ROWS - 1) - elif event.startswith('Left'): - c = c - 1 * (c > 0) - elif event.startswith('Right'): - c = c + 1 * (c < MAX_COLS - 1) - elif event.startswith('Up'): - r = r - 1 * (r > 0) - elif event in COL_HEADINGS: # Perform a sort if a column heading was clicked - col_clicked = COL_HEADINGS.index(event) - try: - table = [[int(values[(row, col)]) for col in range(MAX_COLS)] for row in range(MAX_ROWS)] - new_table = sorted(table, key=operator.itemgetter(col_clicked)) - except: - sg.popup_error('Error in table', 'Your table must contain only ints if you wish to sort by column') - else: - for i in range(MAX_ROWS): - for j in range(MAX_COLS): - window[(i, j)].update(new_table[i][j]) - [window[c].update(font='Any 14') for c in COL_HEADINGS] # make all column headings be normal fonts - window[event].update(font='Any 14 bold') # bold the font that was clicked - # if the current cell changed, set focus on new cell - if current_cell != (r, c): - current_cell = r, c - window[current_cell].set_focus() # set the focus on the element moved to - window[current_cell].update(select=True) # when setting focus, also highlight the data in the element so typing overwrites - # if clicked button to dump the table's values - if event.startswith('Show Table'): - table = [[values[(row, col)] for col in range(MAX_COLS)] for row in range(MAX_ROWS)] - sg.popup_scrolled('your_table = [ ', ',\n'.join([str(table[i]) for i in range(MAX_ROWS)]) + ' ]', title='Copy your data from here', font='fixedsys', keep_on_top=True) diff --git a/DemoPrograms/Demo_Tabs.py b/DemoPrograms/Demo_Tabs.py deleted file mode 100644 index ad1684d44..000000000 --- a/DemoPrograms/Demo_Tabs.py +++ /dev/null @@ -1,65 +0,0 @@ -#!/usr/bin/env python -import sys -import PySimpleGUI as sg -# import PySimpleGUIWeb as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Usage of Tabs in PSG -# -# sg.set_options(background_color='cornsilk4', -# element_background_color='cornsilk2', -# input_elements_background_color='cornsilk2') - -sg.theme('Light Green 5') - -tab1_layout = [[sg.Text('This is inside tab 1', background_color='darkslateblue', text_color='white')], - [sg.Input(key='-in0-')]] - -tab2_layout = [[sg.Text('This is inside tab 2', background_color='tan1')], - [sg.Input(key='-in2-')]] - - -tab3_layout = [[sg.Text('This is inside tab 3')], - [sg.Input(key='-in2-')]] - -tab4_layout = [[sg.Text('This is inside tab 4', background_color='darkseagreen')], - [sg.Input(key='-in3-')]] - -tab5_layout = [[sg.Text('This is inside tab 5')], - [sg.Input(key='-in4-')]] - - -layout = [[sg.TabGroup([[sg.Tab('Tab 1', tab1_layout, background_color='darkslateblue', key='-mykey-'), - sg.Tab('Tab 2', tab2_layout, background_color='tan1'), - sg.Tab('Tab 3', tab3_layout)]], - key='-group2-', title_color='red', - selected_title_color='green', tab_location='right'), - sg.TabGroup([[sg.Tab('Tab 4', tab4_layout, background_color='darkseagreen', key='-mykey-'), - sg.Tab('Tab 5', tab5_layout)]], key='-group1-', tab_location='top', selected_title_color='purple')], - # [sg.TabGroup([[sg.Tab('Tab 1', tab1_layout, background_color='darkslateblue', key='-mykey-'), - # sg.Tab('Tab 2', tab2_layout, background_color='tan1'), - # sg.Tab('Tab 3', tab3_layout)]], - # key='-group3-', title_color='red', - # selected_title_color='green', tab_location='left'), - # sg.TabGroup([[sg.Tab('Tab 4', tab4_layout, background_color='darkseagreen', key='-mykey-'), - # sg.Tab('Tab 5', tab5_layout)]], key='-group4-', tab_location='bottom', selected_title_color='purple')], - [sg.Button('Read')]] - -window = sg.Window('My window with tabs', layout, - default_element_size=(12, 1)) - - -while True: - event, values = window.read() - sg.popup_non_blocking(event, values) - print(event, values) - if event == sg.WIN_CLOSED: # always, always give a way out! - break -window.close() diff --git a/DemoPrograms/Demo_Tabs_Nested.py b/DemoPrograms/Demo_Tabs_Nested.py deleted file mode 100644 index 0372307f2..000000000 --- a/DemoPrograms/Demo_Tabs_Nested.py +++ /dev/null @@ -1,58 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Yet another example of TabGroup element - - These are simple tabs and tab groups. This example simply shows groups within groups. - Be careful with tabs to make sure you don't re-use a layout. If you used a layout in one tab - you cannot use it again in another tab. - - There was an error in this demo for quite some time that makes for a great example of this error. - - See how tab_layout is in both Tab elements? That's a no-go and you'll get an error poup - - tab_group = sg.TabGroup([[sg.Tab('Tab 7', tab_layout), sg.Tab('Tab 8', tab_layout)]]) - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -sg.theme('GreenTan') -tab2_layout = [[sg.Text('This is inside tab 2')], - [sg.Text('Tabs can be anywhere now!')]] - -tab1_layout = [[sg.Text('Type something here and click button'), sg.Input(key='in')]] - -tab3_layout = [[sg.Text('This is inside tab 3')]] -tab4_layout = [[sg.Text('This is inside tab 4')]] - -tab_layout7 = [[sg.Text('This is inside of a tab')]] -tab_layout8 = [[sg.Text('This is inside of a tab')]] -tab_group = sg.TabGroup([[sg.Tab('Tab 7', tab_layout7), sg.Tab('Tab 8', tab_layout8)]]) - -tab5_layout = [[sg.Text('Watch this window')], - [sg.Output(size=(40,5))]] # generally better to use a Multline, but for super-simple examples, Output is OK -tab6_layout = [[sg.Text('This is inside tab 6')], - [sg.Text('How about a second row of stuff in tab 6?'), tab_group]] - -layout = [[sg.Text('My Window!')], [sg.Frame('A Frame', layout= - [[sg.TabGroup([[sg.Tab('Tab 1', tab1_layout), sg.Tab('Tab 2', tab2_layout)]]), sg.TabGroup([[sg.Tab('Tab3', tab3_layout), sg.Tab('Tab 4', tab4_layout)]])]])], - [sg.Text('This text is on a row with a column'),sg.Col(layout=[[sg.Text('In a column')], - [sg.TabGroup([[sg.Tab('Tab 5', tab5_layout), sg.Tab('Tab 6', tab6_layout)]])], - [sg.Button('Click me')]])],] - -window = sg.Window('My window with tabs', layout, default_element_size=(12,1), finalize=True) - -print('Are there enough tabs for you?') - -while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED: # always, always give a way out! - break - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Tabs_Simple.py b/DemoPrograms/Demo_Tabs_Simple.py deleted file mode 100644 index dd68c81c1..000000000 --- a/DemoPrograms/Demo_Tabs_Simple.py +++ /dev/null @@ -1,56 +0,0 @@ -#!/usr/bin/env python - -""" - Demo - Simple Tabs - - How to use the Tab Element and the TabGroup Element - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg -# Simple example of TabGroup element and the options available to it -sg.theme('Dark Red') # Please always add color to your window -# The tab 1, 2, 3 layouts - what goes inside the tab -tab1_layout = [[sg.Text('Tab 1')], - [sg.Text('Put your layout in here')], - [sg.Text('Input something'), sg.Input(size=(12,1), key='-IN-TAB1-')]] - -tab2_layout = [[sg.Text('Tab 2')]] -tab3_layout = [[sg.Text('Tab 3')]] -tab4_layout = [[sg.Text('Tab 3')]] - -# The TabgGroup layout - it must contain only Tabs -tab_group_layout = [[sg.Tab('Tab 1', tab1_layout, key='-TAB1-'), - sg.Tab('Tab 2', tab2_layout, visible=False, key='-TAB2-'), - sg.Tab('Tab 3', tab3_layout, key='-TAB3-'), - sg.Tab('Tab 4', tab4_layout, visible=False, key='-TAB4-')]] - -# The window layout - defines the entire window -layout = [[sg.TabGroup(tab_group_layout, - enable_events=True, - key='-TABGROUP-')], - [sg.Text('Make tab number'), sg.Input(key='-IN-', size=(3,1)), sg.Button('Invisible'), sg.Button('Visible'), sg.Button('Select'), sg.Button('Disable')]] - -window = sg.Window('My window with tabs', layout, no_titlebar=False) - -tab_keys = ('-TAB1-','-TAB2-','-TAB3-', '-TAB4-') # map from an input value to a key -while True: - event, values = window.read() # type: str, dict - print(event, values) - if event == sg.WIN_CLOSED: - break - # handle button clicks - if event == 'Invisible': - window[tab_keys[int(values['-IN-'])-1]].update(visible=False) - if event == 'Visible': - window[tab_keys[int(values['-IN-'])-1]].update(visible=True) - if event == 'Select': - window[tab_keys[int(values['-IN-'])-1]].select() - if event == 'Disable': - window[tab_keys[int(values['-IN-']) - 1]].update(disabled=True) -window.close() diff --git a/DemoPrograms/Demo_Text_Element_Autosize.py b/DemoPrograms/Demo_Text_Element_Autosize.py deleted file mode 100644 index 69ceb6d80..000000000 --- a/DemoPrograms/Demo_Text_Element_Autosize.py +++ /dev/null @@ -1,50 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo of autosize of Text Element - - Beginning in version 4.46.0 the Text element will fully autosize if: - * auto_size_text is True (default) - * No size is supplied or (None, None) is supplied - - "Fully autosize" means that both the element and the window will grow/shrink - as the contents of the Text element changes. - - Prior versions autosized in 1 direction, either horizontally or vertically - * Set size = (None, int) to autosize horizontally - * Set size = (int, None) to autosize vertically - - By default autosize is enabled, but setting a size parameter will disable unless None is specified - in one of the directions. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [[sg.Text('Starting string', size=(None, None), k='-T-'), sg.Text('Also on first row')], - # THIS is the newly added combination. Note (None, None) is default and not really needed - [sg.Text('None, 1', size=(None, 1), k='-T1-'), sg.Text('rest of the row')], - [sg.Text('30, None', size=(30, None), k='-T2-'), sg.Text('rest of the row')], - [sg.Text('Explicit size', size=(15, 1)), sg.Text('Second Text Element on second row')], - [sg.Button('Go'), sg.B('Clear'), sg.Button('Exit')]] - -window = sg.Window('Autosize Text', layout) - -while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Go': - window['-T-'].update('This is the new string\nThat is multiple\nlines') - window['-T1-'].update('This is the new string\nThat is multiple\nlines') - window['-T2-'].update('This is the new string\nThat is multiple\nlines') - elif event == 'Clear': - window['-T-'].update('') - window['-T1-'].update('') - window['-T2-'].update('') - -window.close() diff --git a/DemoPrograms/Demo_Theme_Add_Your_Own.py b/DemoPrograms/Demo_Theme_Add_Your_Own.py deleted file mode 100644 index f2f2ab31b..000000000 --- a/DemoPrograms/Demo_Theme_Add_Your_Own.py +++ /dev/null @@ -1,44 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo showing how to add your own theme. - - There are functions to make the job quick and easy. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# First make a dictionary with the required keys. -# Use only colors in the format of #RRGGBB -DarkGrey20 = {'BACKGROUND': '#19232D', - 'TEXT': '#ffffff', - 'INPUT': '#32414B', - 'TEXT_INPUT': '#ffffff', - 'SCROLL': '#505F69', - 'BUTTON': ('#ffffff', '#32414B'), - 'PROGRESS': ('#505F69', '#32414B'), - 'BORDER': 1, 'SLIDER_DEPTH': 0, 'PROGRESS_DEPTH': 0, - } - -# Add your dictionary to the PySimpleGUI themes -sg.theme_add_new('DarkGrey20', DarkGrey20) - -# Switch your theme to use the newly added one -sg.theme('Dark Grey 20') - -def main(): - # Test it out! - try: - sg.popup_get_text('Dark Grey 20 looks like this.', image=sg.EMOJI_BASE64_HAPPY_THUMBS_UP) - except: - sg.popup_get_text('Dark Grey 20 looks like this.\n' + \ - 'Upgrading to 4.35.0+ will give you a nice emoji like the one above', - image=EMOJI_BASE64_HAPPY_THUMBS_UP) - -if __name__ == '__main__': - EMOJI_BASE64_HAPPY_THUMBS_UP = b'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' - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Theme_Browser.py b/DemoPrograms/Demo_Theme_Browser.py deleted file mode 100644 index cd8961481..000000000 --- a/DemoPrograms/Demo_Theme_Browser.py +++ /dev/null @@ -1,33 +0,0 @@ -import PySimpleGUI as sg - -""" - Allows you to "browse" through the theme settings. Click on one and you'll see a - Popup window using the color scheme you chose. It's a simply little program that demonstrates - how snappy a GUI can feel if you enable an element's events rather than waiting on a button click. - In this program, as soon as a listbox entry is clicked, the read returns. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.theme('Dark Green 5') - -layout = [[sg.Text('Look and Feel Browser')], - [sg.Text('Click a look and feel color to see demo window')], - [sg.Listbox(values=sg.theme_list(), - size=(20, 20), key='-LIST-', enable_events=True)], - [sg.Button('Exit')]] - -window = sg.Window('Look and Feel Browser', layout) - -while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - sg.theme(values['-LIST-'][0]) - sg.popup_get_text('This is {}'.format(values['-LIST-'][0]), default_text=values['-LIST-'][0]) - -window.close() diff --git a/DemoPrograms/Demo_Theme_Change_Your_Windows_Theme.py b/DemoPrograms/Demo_Theme_Change_Your_Windows_Theme.py deleted file mode 100644 index 94515043a..000000000 --- a/DemoPrograms/Demo_Theme_Change_Your_Windows_Theme.py +++ /dev/null @@ -1,46 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Changing your window's theme at runtime - * Create your window using a "window create function" - * When your window's theme changes, close the window, call the "window create function" - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -# ------------------- Create the window ------------------- -def make_window(theme=None): - if theme: - sg.theme(theme) - # ----- Layout & Window Create ----- - layout = [[sg.T('This is your layout')], - [sg.Button('Ok'), sg.Button('Change Theme'), sg.Button('Exit')]] - - return sg.Window('Pattern for changing theme', layout) - - -# ------------------- Main Program and Event Loop ------------------- -def main(): - window = make_window() - - while True: - event, values = window.read() - if event == sg.WINDOW_CLOSED or event == 'Exit': - break - if event == 'Change Theme': # Theme button clicked, so get new theme and restart window - event, values = sg.Window('Choose Theme', [[sg.Combo(sg.theme_list(), readonly=True, k='-THEME LIST-'), sg.OK(), sg.Cancel()]]).read(close=True) - print(event, values) - if event == 'OK': - window.close() - window = make_window(values['-THEME LIST-']) - - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Theme_Color_Swatches.py b/DemoPrograms/Demo_Theme_Color_Swatches.py deleted file mode 100644 index 19b336e15..000000000 --- a/DemoPrograms/Demo_Theme_Color_Swatches.py +++ /dev/null @@ -1,100 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Theme Color Swatches - - Sometimes when working with themes, it's nice ot know all of the hex values - for the theme. Or, maybe you want to scroll through the list of themes and - look at the colors in the theme as groups of color swatches. Whatever thr - reason, this ia good candidate for you. - - Thie program is interactive. In addition to showing you the swatches, you can - interact with them. - * If you hover with your mouse, you'll get a tooltip popup that tells you the hex value. - * If you left click, then the value it posted to the clipboard. - * If you right click a swatch, then the right clip menu will show you the hex value. - If you then select that menu item, it's copied to the clipbard. - - The code has several examples you may want to try out in your prgorams. Everything from - using "Symbols" to make the swatches, so generating layouts, integrating (optionally) other - packages like pyperclip, moving a window based on the size of the window - - This code's pattern is becoming more widespread lately: - * Have a "create_window' function where the layout and Window is defined - * Use a "main" program function where the event loop also lives - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Try and import pyperclip. Save if can be used or not. -try: - import pyperclip - pyperclip_available=True -except: - pyperclip_available=False - - -def create_window(): - # Begin the layout with a header - layout = [[sg.Text('Themes as color swatches', text_color='white', background_color='black', font='Default 25')], - [sg.Text('Tooltip and right click a color to get the value', text_color='white', background_color='black', font='Default 15')], - [sg.Text('Left click a color to copy to clipboard (requires pyperclip)', text_color='white', background_color='black', font='Default 15')]] - layout =[[sg.Column(layout, element_justification='c', background_color='black')]] - # Create the pain part, the rows of Text with color swatches - for i, theme in enumerate(sg.theme_list()): - sg.theme(theme) - colors = [sg.theme_background_color(), sg.theme_text_color(), sg.theme_input_background_color(), - sg.theme_input_text_color()] - if sg.theme_button_color() != sg.COLOR_SYSTEM_DEFAULT: - colors.append(sg.theme_button_color()[0]) - colors.append(sg.theme_button_color()[1]) - colors = list(set(colors)) # de-duplicate items - row = [sg.T(sg.theme(), background_color='black', text_color='white', size=(20,1), justification='r')] - for color in colors: - if color != sg.COLOR_SYSTEM_DEFAULT: - row.append(sg.T(sg.SYMBOL_SQUARE, text_color=color, background_color='black', pad=(0,0), font='DEFAUlT 20', right_click_menu=['Nothing',[color]], tooltip=color, enable_events=True, key=(i,color))) - layout += [row] - # finish the layout by adding an exit button - layout += [[sg.B('Exit')]] - # place layout inside of a Column so that it's scrollable - layout = [[sg.Column(layout, scrollable=True,vertical_scroll_only=True, background_color='black')]] - # create and return Window that uses the layout - return sg.Window('Theme Color Swatches', layout, background_color='black', finalize=True) - - - -def main(): - sg.popup_quick_message('This is going to take a minute...', text_color='white', background_color='red', font='Default 20') - window = create_window() - sg.theme(sg.OFFICIAL_PYSIMPLEGUI_THEME) - if window.size[1] > 100: - window.size = (window.size[0], 1000) - window.move(window.get_screen_size()[0]//2-window.size[0]//2, window.get_screen_size()[1]//2-500) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if isinstance(event, tuple): # someone clicked a swatch - chosen_color = event[1] - else: - if event[0] == '#': # someone right clicked - chosen_color = event - else: - chosen_color = '' - - if pyperclip_available: - pyperclip.copy(chosen_color) - sg.popup_auto_close(f'{chosen_color}\nColor copied to clipboard', auto_close_duration=1) - else: - sg.popup_auto_close(f'pyperclip not installed\nPlease install pyperclip', auto_close_duration=3) - - window.close() - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Theme_Custom_Saved_In_UserSettings.py b/DemoPrograms/Demo_Theme_Custom_Saved_In_UserSettings.py deleted file mode 100644 index 6c52190f2..000000000 --- a/DemoPrograms/Demo_Theme_Custom_Saved_In_UserSettings.py +++ /dev/null @@ -1,86 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo of using User Settings to create and store your own personal PySimpleGUI themes - - There are 2 operations - 1. Initialize your settings file. You would normally only do this once and perhaps - write a simple program to administer it or you can also edit the JSON file directly - 2. Use your settings file. Add the code to the top of all of your applications that you want - to have access to your selection of custom themes - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -MY_APPS_SETTING_FILENAME = 'my_awesome_apps.json' - - -def init_your_settings(): - DarkGrey20 = {'BACKGROUND': '#19232D', - 'TEXT': '#ffffff', - 'INPUT': '#32414B', - 'TEXT_INPUT': '#ffffff', - 'SCROLL': '#505F69', - 'BUTTON': ('#ffffff', '#32414B'), - 'PROGRESS': ('#505F69', '#32414B'), - 'BORDER': 1, 'SLIDER_DEPTH': 0, 'PROGRESS_DEPTH': 0, - } - - DarkGrey21 = {'BACKGROUND': '#121212', - 'TEXT': '#dddddd', - 'INPUT': '#1e1e1e', - 'TEXT_INPUT': '#dbdcd9', - 'SCROLL': '#272727', - 'BUTTON': ('#69b1ef', '#2e2e2e'), - 'PROGRESS': ('#69b1ef', '#2e2e2e'), - 'BORDER': 1, 'SLIDER_DEPTH': 0, 'PROGRESS_DEPTH': 0, - } - # Set up my app settings file... start with an empty one to be sure - sg.user_settings_delete_filename(MY_APPS_SETTING_FILENAME) - sg.user_settings_filename(MY_APPS_SETTING_FILENAME) - # Add the theme dictionaries - sg.user_settings_set_entry('Dark Gray 20', DarkGrey20) - sg.user_settings_set_entry('Dark Gray 21', DarkGrey21) - sg.user_settings_set_entry('-theme list-', ('Dark Gray 20', 'Dark Gray 21')) - sg.popup_quick_message('Your settings file has been created and is ready to be used', background_color='#1c1e23', text_color='white', keep_on_top=True, font='_ 30', non_blocking=False) - - -def use_your_settings(): - sg.user_settings_filename(MY_APPS_SETTING_FILENAME) - - default_theme_name = sg.user_settings_get_entry('-theme default-', None) - - # Only need this section is you want this app to allow user to select the default theme - # Could also auto-choose the first theme in the list for them - if default_theme_name is None: - default_theme_list = sg.user_settings_get_entry('-theme list-', None) - event, values = sg.Window('Choose a theme', [[sg.T('Your settings do not have a default theme chosen so please choose one')],[sg.Combo(default_theme_list, key='-THEME-', readonly=True, enable_events=True)]]).read( - close=True) - if event == sg.WIN_CLOSED: - sg.popup_error('No theme chosen so exiting') - exit() - default_theme_name = values[event] - sg.user_settings_set_entry('-theme default-', default_theme_name) - - my_theme = sg.user_settings_get_entry(default_theme_name, None) - sg.theme_add_new(default_theme_name, my_theme) - - # Switch your theme to use the newly added one - sg.theme(default_theme_name) - - # Test out the theme - sg.popup_get_text(f'My theme is {default_theme_name} looks like this.', image=sg.EMOJI_BASE64_HAPPY_THUMBS_UP) - -if __name__ == '__main__': - operations = ('Initialize your settings (must do first)', 'Use your settings') - event, values = sg.Window('Choose an operation', [[sg.T('Choose an operation to perform')],[sg.Combo(operations, key='-OPERATION-', readonly=True, enable_events=True)]]).read(close=True) - if event == sg.WIN_CLOSED: - sg.popup_error('No operation chosen so exiting') - elif values[event] == operations[0]: - init_your_settings() - elif values[event] == operations[1]: - use_your_settings() diff --git a/DemoPrograms/Demo_Theme_Dark_Custom_Elements_Check_Toggle_Buttons.py b/DemoPrograms/Demo_Theme_Dark_Custom_Elements_Check_Toggle_Buttons.py deleted file mode 100644 index d6cad33a5..000000000 --- a/DemoPrograms/Demo_Theme_Dark_Custom_Elements_Check_Toggle_Buttons.py +++ /dev/null @@ -1,104 +0,0 @@ - -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -DarkGreyFig = {'BACKGROUND': '#232429', - 'TEXT': '#828692', - 'INPUT': '#333742', - 'TEXT_INPUT': '#f7fbff', - 'SCROLL': '#505F69', - 'BUTTON': ('#fafdff', '#1d5ffe'), - 'PROGRESS': ('#505F69', '#32414B'), - 'BORDER': 1, 'SLIDER_DEPTH': 0, 'PROGRESS_DEPTH': 0, - } - -# Add your dictionary to the PySimpleGUI themes -sg.theme_add_new('DarkGreyFig', DarkGreyFig) - -# Switch your theme to use the newly added one -sg.theme('Dark GreyFig') - - -def Check(state=None, key=None): - return sg.Image(state, key=key, metadata=state, enable_events=True) - -def Toggle(state=None, key=None): - return sg.Image(state, key=key, metadata=state, enable_events=True) - -def DarkButton(state=None, key=None): - return sg.Image(state, key=key, metadata=state, enable_events=True) - -def main(): - gray_bg= '#333742' - - col_cb_layout = [ [Check(cb_blank, ('-CB-', 0)), sg.Text('Label')], - [Check(cb_check, ('-CB-', 1)), sg.Text('Label')], - [Check(cb_minus, ('-CB-', 2)), sg.Text('Label')], - [sg.Text(s=(1,2))], - [Toggle(toggle_light, ('-TOGGLE-', 0)), sg.Text('Light')], - [Toggle(toggle_dark, ('-TOGGLE-', 1)), sg.Text('Dark')], - ] - - col_left_layout = [ [sg.Text('Label')], - [sg.Input(key='-IN-', border_width=0, s=30)], - [sg.Frame('Tags', [[sg.Image(button_green_keyword, background_color=gray_bg), sg.Image(button_orange_keyword,background_color=gray_bg)]], background_color=gray_bg, border_width=0)], - [sg.Frame('', [[DarkButton(button_dark, key=('-DARK BUTTON-', 0)), DarkButton(button_darker, key=('-DARK BUTTON-', 1)), DarkButton(button_darker, key=('-DARK BUTTON-', 2))]])], - [sg.Image(submit_button) ] ] - - - layout = [[sg.Column(col_left_layout), sg.Col(col_cb_layout)]] - window = sg.Window('Dark Custom Mockup', layout, font='_ 16', border_depth=0, element_padding=(10,10),use_custom_titlebar=True, titlebar_background_color=sg.theme_input_background_color()) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - - if event[0].startswith('-CB-'): - if window[event].metadata == cb_blank: - window[event].update(cb_check) - window[event].metadata = cb_check - elif window[event].metadata == cb_check: - window[event].update(cb_minus) - window[event].metadata = cb_minus - elif window[event].metadata == cb_minus: - window[event].update(cb_blank) - window[event].metadata = cb_blank - elif event[0].startswith('-TOGGLE-'): - if window[event].metadata == toggle_dark: - window[event].update(toggle_light) - window[event].metadata = toggle_light - elif window[event].metadata == toggle_light: - window[event].update(toggle_dark) - window[event].metadata = toggle_dark - elif event[0].startswith('-DARK BUTTON-'): - [window[('-DARK BUTTON-', i)].update(button_darker) for i in range(3)] - window[event].update(button_dark) - - window.close() - -if __name__ == '__main__': - button_green_keyword = b'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' - - cb_blank = b'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' - - cb_check = b'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' - cb_minus = 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' - - button_dark = b'iVBORw0KGgoAAAANSUhEUgAAAGsAAAA2CAYAAADAr2clAAAQRUlEQVR4nO2ceYxcVXbGf/e+pV5V716wG0yDM60xNgbHrAHjDGYwAZOYAGacDAhMRkocIhmYEBgnBAyMUUYgIQUQQooipIQJMMYxi4QDzIwRGsK+ZWJsHLYZjLdu91LVVfW2e/PHq/uquuhuG7rahqE/qdRV9V6/u5xz7j3nO+eW4CBwzO8dr13XxbZtLMtCCJG+LMsadq8QYszP3zQopdBaA6C1Tj8nr5goiojj5O/HH2wdc7JGvTi7+3jteR65XDNCCKSUo3YAhgvlmy6gWph5M/Nk3pvPlmWlQgvDkCAICIJgRMGNOKtz55+sm5ubkVISKwA5rIHROjGJz0MpBZCuRHVXieMYy7KwLAspJUopgrBMPp/ng23vDvuHzwnrxIVnas9zieMYkAhpjykQ04H6e0ayuG8mzPj1iHNlWQKlEqFprbFtGyklQRBQKg+x/ddvivonAfD7J5+lbctF6QjLtitaIZnE4YIiP9jP+++9LaBGEt3fPknblguAFPawfWkShw+ZTJau2cdpqBFWS0sLUkq0AKSYFNRXBJlMBs/zgIqwZnefoB3HSTdDI6haD3AShwMSKeVwYXmeh9aaOI4RYtKqvkpQSuG6Hl2zj9MSwHXdEa1pUmiHH0oppJQ4jpNYlmEhjJ8vpZwU1FcExt23bRt57LfmJ56GlAghiKIoDeAm96zDD2M4QojEsoQQ6X5lWVbiaFiSUMXjbkxr/TmLNdpiHJrxPr82AB9O44x/dTCKG0VROje17SmlsG07VfLa8TUKWmtc10XWPrh+cI1o1AzACMy0Y1kWtm035PmO4yClJIqidIXwfb8h/Y+iCEiEH8cxUsp0xVFKYVkWvu+TyWQAUmE1QhFrUVnpksFpQfJq8F5lmGaj6SZECMOwQmmND1JKyuVy2obRfMO3jRdGocyqYMZRu1K4rpuy56YPmUymoXM5TFj1aFRDZkC+72PbNsViMZ3ERkxmLREKVc0WQhCGYUOeb55nlMzMl7lWKpWQUqZCU0oRRVHD5tCMya6ywckXMTp535BmqkueEIIgCMhkMqkAG7FUmOXJ932Ahi9BUkriOB62Oph2zDiy2WzClgcBQggymQxhGDbUQUuFVf9lI803iqI0AjfabzS+EYMxS6nZM2odAmjMCuE4TsqKm2c7joPruoRhmLZVb9G1+/R4kXqDE4lcLkc+n2fFihX84hfPcfbZZw9bqsYLo8l9fX0sWLCAxx57jOuvv56BgYGGPd/3/dSypJQUi0WWLVvGxo0bWblyJeVyOXWYlFKpwhshNgJVYWlZd0GTMFHjl6Xv+1iWRXt7K54HU6a0D3Nzvxyq2mrCDkiYmJkz25gxYzpax1iWQKAQGsQXbCq5P2nHspIlz4wliiKy2SxTpmRw3ST3Z9z3WoE1Yk+uQiITQQnATF5jXU5bWkih0SoCDSoO0wlMoAhViLAtlACFQAuZXrMkWJI05R2GPrYj0TquKJXAsuyK0EKkhLJfAB0jhSbyy6AidBxiWyJpV2ksy0ZrUEojpQVKIxFYEuIoIA59BArbEkihsSQIFKBwHIs4DtEa0DG2JYjDKN0vtRQoQWX/Hx+0EtXwZ+w7GxncKRAgNUhdSXWjKsuYQxiGlXjMTgNdKSWl0hD5fJ6pU6fS2dlJW1sbxWIRPyil5HMcx2Sz2Rp+U2BZgv37e2hra2P69Kk0NTXR37s/jcPiOAKSzGwYBjiOg+/7BKUyU9ramTXrSHIZj76+XsrlMqASSxWCYrGIbduMtcqaUKghqKx8449KD9SOYEz9Ukqhgxgp3XR/yGYzxGEZPwg45ZRTOPfc85g3dz7Tpk2jUMyzbftWnnrqKd54/S2am1vx/YBSqYRt22gFYRBg2zZr1qxh8ZmLaW9vZ+fOXbz9P+/y8MMPs3v3btrb2xM3XCdWM5jvZ86cOVy8/CJOOukkZsyYzt69e3nzzTd58skn+fV7W+no6MA3Hq0QDfOYDxaHnfwzbj0knlsul0srfC677DLuvfdeVq5czszOI9j52W/JeA7nn7+Ue+/9ZxYtWsS+fftST9Agm81y8803c9VVV5LJZfntZztZeMo8rr76z7jjjjvo6uqqWAtIC/L5PIsWLeLBBx/k8ssvZebMmezatYtp06bx/e+v4L777uMPF53F0NAQdiXoTWKpQztXE25ZB0IURUhLgOEnlUZFEV1dXaxevRrXFdxyy3o2b362QikFrFhxCTfc+Lf8xQ9W8eqrrxPHMY5lI1AoBaeddhqlYpnVq/+at956B9vJ0N7ezjXXXMNFy5dy3XVr+Me//wdcS1IuDjGn+1usvfHvyGVc1q37JzZv3oywLeIg5MILL2DdurXcdNNN/PkVlyfppJQlObRzdWgta4T1sN5jCsOQTCbD4OAg99xzD3fccSebNm3Cdd1KIs7loYce4uOPf0N3dzezZs3C98sgVCUcgCAIuPPOO/nVr/4bN5NFCMHu3bu5++672bHjNyxd+h3mzZtHqVQCYOnSpRx7bCd33XUXGzZsSK1dCdjws5+x8fGnOeaYTv7o3KXs2bMHz/Mawmt+URxCYY3clCFfYThxXMjn2bTxP3nkpz/FFonbbNiEjo4O0ArXtmhpzhH6yR6VUE8wMDDAiy+8wJQpUxJPSlrkcjn27dvH888/j9ZwxpmnE8UBWc9l+Z9cSE9Pnpdeegk36+FHIeVSkPZp8+bNACxYsADP8wjDsEI7TfCU1eGwL4PJJEcoklhGoInjhAiN45A58+fT3d3Nt4+bz6xZR9LR0cGCBSfgODAwUExZdz8oVbw86OnpoVgs0tKWSfi8WJF1HSzLYseOHUgJXV1dSdzU1s7RRx9J/0CRG2+8kaIfJAyFncGyBWHZZ9rUDrSG6dOn09rayuDgYIXmqo7jUCRrJ1xYQkiUqg7GFDIKIVAmFyXAQoDSCCGRMomZVq26kquvuor29ibCGPr68uzdu5fHH3+c7557Ds1NLWlqxFillImwUspJJMyCYU0Sng+am5uTvrgOCmhuzrFw4UKUSKzXkg6aZA+N45A9e/bT398/jOuUsr64KHkfqxiRUk2NM79DYlmO41QmK7Ek3/extUXGc4iVQqOxLUmp5OM4LuVymWUXLOXaa69hoK/Aj3/8E95+dyuFwiBhGLJt21aefOoJFpx4ApDse1EQVGIomDplGpZ0cJwMYYUF1zIR3tSpUwHo7e1NCddyOaC/b5C1a9eye18PruuClkmxa0UAnufRnx8EahWvSiRHUYQiifvsjEtcSaEQN87iJlxYJmitrY13XRcvlyMIy0jLwg98bMtNckCxxnMzLF68GIBbb7uNZ555hubmdiBxMDo7O8k1NSEkhFFEGEe4joeuRKFHHXUUR3TOpLe3j4znoXwf202cgq6uLqSErdveJ1IQRIoPK87KULnERx99RGtra5ohgIRNN5RWR8dUpGURhCGaagLScRy0SBwky7KIo8YyQXAIHAxjVYlzkHhqQ0NDCQvh+5RKCRORz+cpFgtpaiGhbqC/vx8p7UTAXo6enh5OPfVUOjs7yReSWMl13dQBKRRCZsyYwrJlf0xfX1+aa+rt7WX27NlccMEFBAG8/PLLeJ5HoVDg2WefxbLg0ksvxRxt8jwvJW1XrVrF+vXrOf2MP2Awn0+zxVJWq4+UUsRhlObuJgITbllBZXlKUgmKuXPnsmTJElyvGU2M0hqEwrEzFAoFdmz/gP37e3nj1dc479xzWLPmOm6//Xb27eslDEOW/+lF/PCH19HSnGV/Xx4hLIRIKomjOMZxHHbt6mHlypUEQcDTTz8JwDFdx7N27VqOmNHOI488wac7d+G4HkLabP6v5zj//GV873sX09razv3338/evbtpamrioouv4C9X/xVZT/LMc88So5GOXclQJ95iuVzGdTyEEIniRCFiAirEJlxYhnvr6OjAdSXLl1/IJZdciB+C4yZbskryncQxXHnFD9i9exdbtmzhjDNPZ8l3z2bTpkcZHIhxXAsnAxs2bGTx4rM4svOIlPXOZDLYto1tw6effsZzz/2cH/3oem644W8oFmNyOQutYfPmF3jggQfS5KHreuzZs4dbb72V9evXc955S1i2bAmlkiKblShgaCjkltt+wosvvkhLSxu7du3CcRw8L0kBZbPZlHWPogipQcVmGfwaORgmkN2yZQv5/ABSJxonbY8oDhAmJtaSQqHA4OAgLa1N5AsDrFu3jtfeSLi66UccSU/PXl5/41UeffQ/2LbtImbNOpqdO3dWJt7ik08+4V8f+jc++ugjnnriaYIg4LSTT6K1tZWevn5eeeUVtrzwIkEQ4HgeJd9HIMk2t7Bt+w7WXHs95yz5DnPmzGHGtKkU/TLb3t/Oz3/5S7Zu3UpTUxNCCJqamnjr3Xd48F/+nTdfex1VU81MmkFu/MEOMWfeybqttYNIxZWo3WiEBC2Q46T5ldJYlqRULDA0lAfAshxUDEJqFEnKXJC42E3ZZrK5DFEUIISmv3+Q1tZ2vGwTAwN9hJFPS0sL+fwAvh/S0T4d23bQOql76O/fj+d5NGWbGRoaIpvL4DgO5XIZ3/dpbmnDtm1KfpCWjZfLZZqyXnImqljAcRxyuRxKRfQP5PGaPCzLSd12U4sxODhILuPR0tICqlJeV5kvLSuhxDjlZVJJmhgxZ95C3dbWkcY8MZWyMZLcz3gbg2q6W0rDUlTXcyHM+VpRc9a2mldLNu9q/aG531yL4+GH9uqzw6Md8hurn+Y+rWOktAGV9q/+vkaXnH0OyiRYI2zTKeMYTkQkbgRQHVc19K9Orq5r2/QnKeap9k1g9oHaeTJB71j9/+Jjk2mb9WeCDyXSEupUmzFaYwES0aAODdfUzxeRjqSZIxWe1j5nNKGMdxJHEshozzxUAqsdtz1S6fFEN1z/fizUFteY2ob6a+b9F322uXcsqxmrHHoiSqVHRqLodm1hjBDVtG6jOlJrOQeymNEw2n400j3jUbiRxnwwbR4KKKWqljVRHRhLK2v/jnbvSMX+9Rv9l7Wqg2n/qwJNjDQp6tTDapAHaGAmtPZV+33tfWN2dhSt/90/R1aTrTCCEhgnYLQf2PiSTR3Agg7mpOVYlvXV2FMmGEIlYcQnH/6viOOY5JB+NXawhUSoxp6CGEkJhsdWo/+vubf2WQcSxtdNUCN6vjIZYxAEiWdhUhjG2zL12pMnHyceozlGtQpp6uklQOSX03yNKftt5FI4iYNDfUxqVg7zw1sSYPv2d0QQBOmRltpDYZOYWNQKpdaaapfEMEzyY+k6VyoNoXWMQBFHAVTquicxsagP7GsFZ47AmmRmKqz/2/6uMKcSHcf5hrjFhx9jEQVxHFIoFPjkw/cE1OWzCoUCUiYpbeMdTopr4jES5RUEAb5f4oP33xn5J+wMjj/xdG2qTuNIN/YwySSGoT78SDjQiHx+iB3vvT72j0MadHfP13bGI5dtTgtEaje/evZ7LKrom4zacGikGFNIkz5KEpq+71MuF9OlrxYHtJmjj52rzRFM84PGRnBmE4SvXwB6qJAyOEqgiVPBGOYo+UmGJI4aSUC1+H+1v2tgSQm5egAAAABJRU5ErkJggg==' - - button_darker = b'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' - main() diff --git a/DemoPrograms/Demo_Theme_Previewer_Dark.py b/DemoPrograms/Demo_Theme_Previewer_Dark.py deleted file mode 100644 index bd782fde4..000000000 --- a/DemoPrograms/Demo_Theme_Previewer_Dark.py +++ /dev/null @@ -1,51 +0,0 @@ -import PySimpleGUI as sg -# import PySimpleGUIWeb as sg -# import PySimpleGUIQt as sg - -""" - If you're using the PySimpleGUI color themes, then your code will a line that looks something like this: - sg.theme('Light Green 1') or sg.theme('LightGreen1') - - This demo shows how to access the list of all "dark themes" as an example of how you can build your own previewer - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Use the built-in Theme Viewer to show all of the themes and their names -# sg.theme_previewer() - -# The remainder of the program duplicates the built-in Theme Viewer, allowing you to create your -# own custom theme viewer window. You can configure the number of frames per row for example. Or maybe you only -# want to see the dark themes - -window_background = 'black' - -def sample_layout(): - """ - Creates a small window that will represent the colors of the theme. This is an individual theme's preview - :return: layout of a little preview window - :rtype: List[List[Element]] - """ - return [[sg.Text('Text element'), sg.InputText('Input data here', size=(15, 1))], - [sg.Button('Ok'), sg.Button('Cancel'), sg.Slider((1, 10), orientation='h', size=(10, 15))]] - - -layout = [[sg.Text('List of Dark Themes Provided by PySimpleGUI', font='Default 18', background_color=window_background)]] - -FRAMES_PER_ROW = 9 -names = [name for name in sg.theme_list() if 'dark' in name.lower()] # get list of only "dark" themes -row = [] -for count, theme in enumerate(names): - sg.theme(theme) - if not count % FRAMES_PER_ROW: - layout += [row] - row = [] - row += [sg.Frame(theme, sample_layout())] -if row: - layout += [row] - -sg.Window('Custom Preview of Themes', layout, background_color=window_background).read(close=True) diff --git a/DemoPrograms/Demo_Time_Chooser.py b/DemoPrograms/Demo_Time_Chooser.py deleted file mode 100644 index 942543ec2..000000000 --- a/DemoPrograms/Demo_Time_Chooser.py +++ /dev/null @@ -1,83 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Time Chooser - - A sample window for choosing a time. - - This particular implementation uses a Spin element. Numerous possibilities exist for entering a time of day. Instead - of Spin elements, Input or Combo Elements could be used. - - If you do not want your user to be able to manually enter values using the keyboard, then set readonly=True in - the Spin elements. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - - -def popup_get_time(title='Time Entry', starting_hour=1, starting_minute=0, allow_manual_input=True, font=None): - """ - Shows a window that will gather a time of day. - - :param title: The title that is shown on the window - :type title: str - :param starting_hour: Value to initially show in the hour field - :type starting_hour: int - :param starting_minute: Value to initially show in the minute field - :type starting_minute: int - :param allow_manual_input: If True, then the Spin elements can be manually edited - :type allow_manual_input: bool - :param font: Font to use for the window - :type font: str | tuple - :return: Tuple with format: (hour, minute, am-pm string) - :type: (int, int, str) - """ - - max_value_dict = {'-HOUR-':(1, 12), '-MIN-':(0, 59)} - hour_list = [i for i in range(0, 15)] - minute_list = [i for i in range(-1, 62)] - - layout = [[sg.Spin(hour_list, initial_value=starting_hour, key='-HOUR-', s=3, enable_events=True, readonly=not allow_manual_input), - sg.Text(':'), - sg.Spin(minute_list, initial_value=starting_minute, key='-MIN-', s=3, enable_events=True, readonly=not allow_manual_input), - sg.Combo(['AM', 'PM'], 'AM', readonly=True, key='-AMPM-')], - [sg.Button('Ok'), sg.Button('Cancel')]] - - window = sg.Window(title, layout, font=font) - - while True: - event, values = window.read() - # print(event, values) - if event == sg.WIN_CLOSED or event == 'Cancel': - hours = minutes = ampm = None - break - - if event == '-HOUR-' or event == '-MIN-': - spin_value = values[event] - if spin_value > max_value_dict[event][1]: - values[event] = max_value_dict[event][0] - window[event].update(values[event]) - elif spin_value < max_value_dict[event][0]: - values[event] = max_value_dict[event][1] - window[event].update(values[event]) - if event == 'Ok': - # Do validation on the input values to ensure they're valid - try: - hours = int(values["-HOUR-"]) - minutes = int(values["-MIN-"]) - ampm = values["-AMPM-"] - except: - continue # if not valid, then don't allow exiting the window using OK. - if 1 <= hours <= 12 and 0 <= minutes < 60: # make sure the hour and minute values are in a valid range - break - - window.close() - - return hours, minutes, ampm - -print(popup_get_time(font='_ 15')) \ No newline at end of file diff --git a/DemoPrograms/Demo_Timer_API_State_Machine.py b/DemoPrograms/Demo_Timer_API_State_Machine.py deleted file mode 100644 index 676972026..000000000 --- a/DemoPrograms/Demo_Timer_API_State_Machine.py +++ /dev/null @@ -1,103 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Demo - State Machine using timers - - State Machines are very useful when you need to perform a series of operations that you - cannot do all at once due to a time constraint. Particularly problematic are operations - where you would normally use "sleeps" as part of the sequence. - - In this Demo Program, we're going to use the PySimpleGUI Timer API calls to provide our - sleep-like behavior. - - The sequence of operations we're going to run are: - User clicks a "Send" Button to start the sequence: - 1. A "Status Window" is shown that says "Sending" and Disable SEND button - 2. Sleep for 3 seconds - 3. Close the "Status Window" - 4. Sleep for 2 seconds - 5. Enable SEND button and Go to state 1 - - Control of the state machine will be through the PySimpleGUI events. This will enable you to use threads - for any of these states and have the threads communicate the state transitions using the same write_event_value used - in this example. - - Copyright 2024 PySimpleSoft Inc. -""" - - -class State: - stopped = 'stopped' - start = 'start' - delay_3_sec = 'delay 3 seconds' - close_win = 'close win' - delay_2_sec = 'delay 2 seconds' - enable_send = 'enable send' - - -TIMER1 = 3000 -TIMER2 = 2000 -NEXT_STATE = '-NEXT-' - - -def make_send_window(): - layout = [[sg.Text('Send Window')], - [sg.Text('State:'), sg.Text(key='-STATE-')]] - - # Create window a little lower on screen so windows don't overlap - window = sg.Window('Send Window', layout, finalize=True, relative_location=(0, 150)) - return window - - -def main(): - layout = [[sg.Text('State Machine Example', font='_ 14')], - [sg.Text('Click Send to begin sequence')], - [sg.Text('State:'), sg.Text(key='-STATE-')], - [sg.Button('Send', key='-SEND-'), sg.Button('Exit')]] - - window = sg.Window('State Machine Example', layout, font='Any 12') - - window_send = None - state = State.stopped - - while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - - if event == '-SEND-': - state = State.start - elif event == NEXT_STATE: - state = values[event] - - window['-STATE-'].update(state) - if window_send: - window_send.refresh() - - # ----- STATE MACHINE PROCESSING ----- - if state == State.start: - window['-SEND-'].update(disabled=True) - window_send = make_send_window() - window.write_event_value(NEXT_STATE, State.delay_3_sec) - elif event == sg.TIMER_KEY and state == State.delay_3_sec: # be sure the if with the timer check AND state is above if with only state - window.write_event_value(NEXT_STATE, State.close_win) - elif state == State.delay_3_sec: - window.timer_start(TIMER1, repeating=False) - elif state == State.close_win: - window_send.close() - window_send = None - window.write_event_value(NEXT_STATE, State.delay_2_sec) - elif event == sg.TIMER_KEY and state == State.delay_2_sec: - window.write_event_value(NEXT_STATE, State.enable_send) - elif state == State.delay_2_sec: - window.timer_start(TIMER2, repeating=False) - elif state == State.enable_send: - window['-SEND-'].update(disabled=False) - window.write_event_value(NEXT_STATE, State.stopped) - - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Timer_Periodic.py b/DemoPrograms/Demo_Timer_Periodic.py deleted file mode 100644 index ccd9d1109..000000000 --- a/DemoPrograms/Demo_Timer_Periodic.py +++ /dev/null @@ -1,115 +0,0 @@ -import PySimpleGUI as sg -import time - -""" - Demo Program - Periodic Timer Event - - How to use a thread to generate an event every x seconds - - One method of getting periodic timer event that's more predictable than using window.read(timeout=x) - The problem with using a timeout with window.read is that if any event happens prior to the timer - expiring, the timer event will not happen. The timeout parameter is not designed to provide a "heartbeat" - type of timer but rather to guarantee you will get an event within that amount of time, be it a - user-caused event or a timeout. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -timer_running = {} - - -def timer_status_change(timer_id, start=None, stop=None, delete=None): - """ - Encapsulates/manages the timers dictionary - - :param timer_id: ID of timer to change status - :type timer_id: int - :param start: Set to True when timer is started - :type start: bool - :param stop: Set to True when timer is stopped - :type stop: bool - :param delete: Set to True to delete a timer - :type delete bool - """ - global timer_running - - if start: - timer_running[timer_id] = True - if stop: - timer_running[timer_id] = False - if delete: - del timer_running[timer_id] - - -def timer_is_running(timer_id): - """ - - :param timer_id: The timer ID to check - :type timer_id: int - :return: True if the timer is running - :rtype: bool - """ - if timer_running[timer_id]: - return True - return False - - - -def periodic_timer_thread(window, interval, timer_id): - """ - Thread that sends messages to the GUI after some interval of time - - :param window: Window the events will be sent to - :type window: sg.Window - :param interval: How frequently to send an event - :type interval: float - :param timer_id: A timer identifier - :type timer_id: int - """ - - - while True: - time.sleep(interval) # sleep until time to send a timer event - window.write_event_value(('-THREAD-', '-TIMER EVENT-'), timer_id) - if not timer_is_running(timer_id): # If timer has been stopped, delete it and return from thread - timer_status_change(timer_id, delete=True) - return - - -def main(): - layout = [[sg.Text('Window with periodic time events')], - [sg.Text(key='-MESSAGE-')], - [sg.Text('Timer Status:'), sg.Text(key='-TIMER STATUS-')], - [sg.Text('Duration:'), sg.In(s=3, key='-DURATION-'), sg.Button('Start')], - [sg.Text('Timer ID:'), sg.In(s=3, key='-STOP ID-'), sg.Button('Stop'),], - [ sg.Button('Dummy'), sg.Button('Exit')], ] - - window = sg.Window('Blinking LED Window', layout) - - timer_counter = 0 - # --------------------- EVENT LOOP --------------------- - while True: - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - window['-MESSAGE-'].update(f'{event} {values}') - window['-TIMER STATUS-'].update(f'{timer_running}') - if event == 'Start': - if values['-DURATION-']: - timer_status_change(timer_counter, start=True) - window.start_thread(lambda: periodic_timer_thread(window, float(values['-DURATION-']), timer_counter), ('-THREAD-', '-THREAD ENDED-')) - timer_counter += 1 - else: - window['-MESSAGE-'].update('Please enter a numeric duration') - elif event == 'Stop': - if values['-STOP ID-']: - timer_status_change(int(values['-STOP ID-']), stop=True) - - window.close() - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Titlebar_Custom_Async.py b/DemoPrograms/Demo_Titlebar_Custom_Async.py deleted file mode 100644 index 496b35ed3..000000000 --- a/DemoPrograms/Demo_Titlebar_Custom_Async.py +++ /dev/null @@ -1,121 +0,0 @@ -import PySimpleGUI as sg - -""" - Custom Titlebar - Async Version - - Demo showing how to remove the titlebar and replace with your own - Unlike previous demos that lacked a titlebar, this one provides a way for you - to "minimize" your window that does not have a titlebar. This is done by faking - the window using a hidden window that is minimized. - - While this demo uses the button colors for the titlebar color, you can use anything you want. - If possible it could be good to use combinations that are known to match like the input element colors - or the button colors. - - This version of the demo allows for async execution of your code. In another demo of this - custom titlebar idea, the user window would stop when the window is minimized. This is OK - for most applications, but if you're running a window with a timeout value (an async window) - then stopping execution when the window is minimized is not good. - - The way to achieve both async window and the custom titlebar is to use the "read_all_windows" - function call. Using this function with a timeout has the same effect as running your - window.read with a timeout. - - Additionally, if you right click and choose "close" on the minimized window on your - taskbar, now the program will exist rather than restoring the window like the other demo does. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def minimize_main_window(main_window): - """ - Creates an icon on the taskbar that represents your custom titlebar window. - The FocusIn event is set so that if the user restores the window from the taskbar. - If this window is closed by right clicking on the icon and choosing close, then the - program will exit just as if the "X" was clicked on the main window. - """ - main_window.hide() - layout = [[sg.T('This is your window with a customized titlebar... you just cannot see it')]] - window = sg.Window(main_window.Title, layout, finalize=True, alpha_channel=0) - window.minimize() - window.bind('', '-RESTORE-') - # store the dummy window as a function property - minimize_main_window.dummy_window = window - - -def restore_main_window(main_window): - """ - Call this function when you want to restore your main window - - :param main_window: - :return: - """ - if hasattr(minimize_main_window, 'dummy_window'): - minimize_main_window.dummy_window.close() - minimize_main_window.dummy_window = None - main_window.un_hide() - - -def title_bar(title, text_color, background_color): - """ - Creates a "row" that can be added to a layout. This row looks like a titlebar - :param title: The "title" to show in the titlebar - :type title: str - :return: A list of elements (i.e. a "row" for a layout) - :type: List[sg.Element] - """ - bc = background_color - tc = text_color - - return [sg.Col([[sg.T(title, text_color=tc, background_color=bc)]], pad=(0, 0), background_color=bc), - sg.Col([[sg.T('_', text_color=tc, background_color=bc, enable_events=True, key='-MINIMIZE-'), - sg.Text('❎', text_color=tc, background_color=bc, enable_events=True, key='Exit')]], element_justification='r', key='-TITLEBAR-', - pad=(0, 0), background_color=bc)] - - -def main(): - # sg.theme('light green 3') - # sg.theme('dark red') - # sg.theme('dark green 3') - sg.theme('light brown 10') - - title = 'Customized Titlebar Window' - # Here the titlebar colors are based on the theme. A few suggestions are shown. Try each of them - layout = [title_bar(title, sg.theme_button_color()[0], sg.theme_button_color()[1]), - # title_bar(title, sg.theme_button_color()[1], sg.theme_slider_color()), - # title_bar(title, sg.theme_slider_color(), sg.theme_button_color()[0]), - [sg.T('This is normal window text. The above is the fake "titlebar"')], - [sg.T('Input something:')], - [sg.Input(key='-IN-'), sg.Text(size=(12, 1), key='-OUT-')], - [sg.Button('Go')]] - - window_main = sg.Window(title, layout, resizable=True, no_titlebar=True, grab_anywhere=True, keep_on_top=True, margins=(0, 0), finalize=True) - - window_main['-TITLEBAR-'].expand(True, False, False) # expand the titlebar's rightmost column so that it resizes correctly - counter = 0 - while True: # Event Loop - window, event, values = sg.read_all_windows(timeout=100) - if event == sg.WIN_CLOSED or event == 'Exit': - break - - # ------ events to handle minimize and restore of window ------ - if event == '-MINIMIZE-': - minimize_main_window(window_main) - continue - elif event == '-RESTORE-' or (event == sg.WINDOW_CLOSED and window != window_main): - restore_main_window(window_main) - continue - - # ------ remainder of your "normal" events and window code ------ - window_main['-OUT-'].update(counter) - counter += 1 - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Titlebar_Custom_Dark_Theme.py b/DemoPrograms/Demo_Titlebar_Custom_Dark_Theme.py deleted file mode 100644 index 79d669392..000000000 --- a/DemoPrograms/Demo_Titlebar_Custom_Dark_Theme.py +++ /dev/null @@ -1,109 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo showing how to remove the titlebar and replace with your own - Unlike previous demos that lacked a titlebar, this one provides a way for you - to "minimize" your window that does not have a titlebar. This is done by faking - the window using a hidden window that is minimized. - - While this demo uses the button colors for the titlebar color, you can use anything you want. - If possible it could be good to use combinations that are known to match like the input element colors - or the button colors. - - This code eventually grew into the internal implementation of the Titlebar element. It's a good example - of how user code is just as powerful as internal PySimpleGUI code. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -# If not running 4.28.0.4+ that has the DarkGrey8 theme, then uncomment to get it added. -DarkGrey8 = {'BACKGROUND': '#19232D', - 'TEXT': '#ffffff', - 'INPUT': '#32414B', - 'TEXT_INPUT': '#ffffff', - 'SCROLL': '#505F69', - 'BUTTON': ('#ffffff', '#32414B'), - 'PROGRESS': ('#505F69', '#32414B'), - 'BORDER': 1, 'SLIDER_DEPTH': 0, 'PROGRESS_DEPTH': 0, - } - -sg.theme_add_new('DarkGrey8', DarkGrey8) - -sg.theme('DarkGrey8') - -def dummy_minimized_window(title): - """ - Creates an invisible window that is minimized to the taskbar - As soon as something happens to the window, it is closed and the function - returns. - The FocusIn event is set so that if the user restores the window from the taskbar, then the read - wille return, the window will be closed, and the function will return - """ - - layout = [[sg.T('This is your window with a customized titlebar... you just cannot see it')]] - window = sg.Window(title, layout, finalize=True, alpha_channel=0) - window.minimize() - window.bind('', '-FOCUS-') - window.read(close=True) - - -def title_bar(title, text_color, background_color): - """ - Creates a Column element meant to be used as a single row. This row looks like a titlebar. - :param title: The "title" to show in the titlebar - :type title: str - :return: A single Column element that can be used as a single row in your layout - :type: sg.Column - """ - bc = background_color - tc = text_color - - return sg.Col([[sg.Col( - [[sg.T(title,text_color=tc, background_color=bc, grab=True, expand_x=True)]], - pad=(0, 0), background_color=bc, expand_x=True), - sg.Col( - [[sg.T('_', text_color=tc, background_color=bc, enable_events=True, key='-MINIMIZE-'),sg.Text('❎', text_color=tc, background_color=bc, enable_events=True, key='Exit')]], - element_justification='r', key='-C-', pad=(0, 0), expand_x=True, background_color=bc, grab=True)]], - pad=(0,0), grab=True, expand_x=True) - - - - -def main(): - # sg.theme('light green 3') - # sg.theme('dark red') - sg.theme('DarkGrey8') - - title = 'Customized Titlebar Window' - # Here the titlebar colors are based on the theme. A few suggestions are shown. Try each of them - layout = [ [title_bar(title, sg.theme_button_color()[0], sg.theme_button_color()[1])], - # [title_bar(title, sg.theme_button_color()[1], sg.theme_slider_color())], - # [title_bar(title, sg.theme_slider_color(), sg.theme_button_color()[0])], - [sg.T('This is normal window text. The above is the fake "titlebar"')], - [sg.T('Input something:')], - [sg.Input(key='-IN-'), sg.Text(size=(12,1), key='-OUT-')], - [sg.Button('Go')]] - - window = sg.Window(title, layout, resizable=True, no_titlebar=True, keep_on_top=True, margins=(0,0), finalize=True) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == '-MINIMIZE-': - window.hide() - dummy_minimized_window(window.Title) - window.un_hide() - if event == 'Go': - window['-OUT-'].update(values['-IN-']) - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Titlebar_Custom_Multiple_Combinations.py b/DemoPrograms/Demo_Titlebar_Custom_Multiple_Combinations.py deleted file mode 100644 index c5f68f421..000000000 --- a/DemoPrograms/Demo_Titlebar_Custom_Multiple_Combinations.py +++ /dev/null @@ -1,156 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Titlebar Multiple Combintions - how to make a custom titlebar with different color options - - Demo showing how to remove the titlebar and replace with your own - Unlike previous demos that lacked a titlebar, this one provides a way for you - to "minimize" your window that does not have a titlebar. This is done by faking - the window using a hidden window that is minimized. - - Use the "theme" calls to experiment with the color combinations to get to the colors you like. With themes, there - are pairs of colors that usually match well. You're shown each of these combinations to help you decide which you - like the best. These color combinations are shown to you one by one as you click the "next" button: - - ['1 - Button Colors', sg.theme_button_color()[0], sg.theme_button_color()[1]], - ['2 - Reversed Button Colors', sg.theme_button_color()[1], sg.theme_button_color()[0]], - ['3 - Input Colors', sg.theme_input_text_color(), sg.theme_input_background_color()], - ['4 - Reversed Input Colors', sg.theme_input_background_color(), sg.theme_input_text_color()], - ['5 - Reversed background & Text', sg.theme_background_color(), sg.theme_text_color()], - ['6 - Button Background & Slider', sg.theme_button_color()[1], sg.theme_slider_color()], - ['7 - Slider & Button Text', sg.theme_slider_color(), sg.theme_button_color()[0]], - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def dummy_minimized_window(title): - """ - Creates an invisible window that is minimized to the taskbar - As soon as something happens to the window, it is closed and the function - returns. - The FocusIn event is set so that if the user restores the window from the taskbar, then the read - wille return, the window will be closed, and the function will return - """ - - layout = [[sg.T('This is your window with a customized titlebar... you just cannot see it')]] - window = sg.Window(title, layout, finalize=True, alpha_channel=0) - window.minimize() - window.bind('', '-FOCUS-') - window.read(close=True) - - -def title_bar(title, text_color, background_color): - """ - Creates a "row" that can be added to a layout. This row looks like a titlebar - :param title: The "title" to show in the titlebar - :type title: str - :param text_color: Text color for titlebar - :type text_color: str - :param background_color: Background color for titlebar - :type background_color: str - :return: A list of elements (i.e. a "row" for a layout) - :rtype: List[sg.Element] - """ - bc = background_color - tc = text_color - font = 'Helvetica 12' - - return [sg.Col([[sg.T(title, text_color=tc, background_color=bc, font=font, grab=True)]], pad=(0, 0), background_color=bc), - sg.Col([[sg.T('_', text_color=tc, background_color=bc, enable_events=True, font=font, key='-MINIMIZE-'), - sg.Text('❎', text_color=tc, background_color=bc, font=font, enable_events=True, key='Exit')]], element_justification='r', key='-C-', expand_x=True, grab=True, - pad=(0, 0), background_color=bc)] - - -def create_window(title, bar_text_color, bar_background_color): - """ - Creates a window using the title and colors provided to make the titlebar - :return: A window with a custom titlebar using specificied colors - :rtype: sg.Window - """ - - layout = [ - title_bar(title, bar_text_color, bar_background_color), - - [sg.T('This is normal window text. The above is the fake "titlebar"')], - [sg.T('Input something:')], - [sg.Input('Color of input text', focus=True, key='-IN-'), sg.Text(size=(12, 1), key='-OUT-')], - [sg.Button('Go'), sg.Button('Next'), sg.B('New Theme'), sg.Button('Exit')]] - - window = sg.Window(title, layout, resizable=True, no_titlebar=True, grab_anywhere=False, keep_on_top=True, margins=(0, 0), finalize=True) - - # window['-C-'].expand(True, False, False) # expand the titlebar's rightmost column so that it resizes correctly - - return window - - -def choose_theme(): - layout = [[sg.Text('Custom Titlebar Demo', font='Any 14')], - [sg.Text('This program requires version 4.28.0.20 and later')], - [sg.Text('Click a look and feel color to see demo window')], - [sg.Listbox(values=sg.theme_list(), - size=(20, 20), key='-LIST-', enable_events=True)], - [sg.Button('Choose')]] - - window = sg.Window('Look and Feel Browser', layout) - - while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Choose'): - break - - window.close() - if event is None: - theme = sg.theme() - else: - theme = values['-LIST-'][0] - - sg.theme(theme) - color_pairs = [['1 - Button Colors', sg.theme_button_color()[0], sg.theme_button_color()[1]], - ['2 - Reversed Button Colors', sg.theme_button_color()[1], sg.theme_button_color()[0]], - ['3 - Input Colors', sg.theme_input_text_color(), sg.theme_input_background_color()], - ['4 - Reversed Input Colors', sg.theme_input_background_color(), sg.theme_input_text_color()], - ['5 - Reversed background & Text', sg.theme_background_color(), sg.theme_text_color()], - ['6 - Button Background & Slider', sg.theme_button_color()[1], sg.theme_slider_color()], - ['7 - Slider & Button Text', sg.theme_slider_color(), sg.theme_button_color()[0]], ] - - return theme, color_pairs - - -def main(): - theme, color_pairs = choose_theme() - - index = 0 - window = create_window('{} - {}'.format(color_pairs[index][0],theme), color_pairs[index][1], color_pairs[index][2]) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event.startswith('Exit'): - break - if event == '-MINIMIZE-': - window.hide() - dummy_minimized_window(window.Title) - window.un_hide() - window.force_focus() - elif event == 'Go': - window['-OUT-'].update(values['-IN-']) - elif event == 'Next': - window.close() - index = (index + 1) % len(color_pairs) - window = create_window('{} - {}'.format(color_pairs[index][0],theme), color_pairs[index][1], color_pairs[index][2]) - elif event == 'New Theme': - window.close() - theme, color_pairs = choose_theme() - index = 0 - window = create_window('{} - {}'.format(color_pairs[index][0],theme), color_pairs[index][1], color_pairs[index][2]) - - window.close() - - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_Titlebar_Element.py b/DemoPrograms/Demo_Titlebar_Element.py deleted file mode 100644 index e11d6a661..000000000 --- a/DemoPrograms/Demo_Titlebar_Element.py +++ /dev/null @@ -1,49 +0,0 @@ -import PySimpleGUI as sg - -""" - The Custom Titlebar Demo - 3 ways of getting a custom titlebar: - 1. set_options - will create a titlebar that every window will have based on theme - 2. Titlebar element - Adds custom titlebar to your window - 3. use_custom_titlebar parameter - Add to your Window object - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. - -""" - -# sg.set_options(use_custom_titlebar=True) -# sg.set_options(titlebar_background_color='red', titlebar_text_color='white', titlebar_font='courier 12', ) - - - -def main(): - layout = [ - # [sg.Titlebar('My Custom Titlebar', background_color='light blue', text_color='red', k='-T-')], - [sg.Text('My Window')], - [sg.Input(k='-IN1-')], - [sg.Input(k='-IN2-')], - [sg.Input(k='-IN3-')], - [sg.Button('Clear'), sg.Button('Popup'), sg.Button('Exit')]] - - # Use the same title so that when the window minimizes, the title will be the same as the custom titlebar title - # window = sg.Window('My Custom Titlebar', layout) - window = sg.Window('My Custom Titlebar', layout, use_custom_titlebar=True) - - while True: - event, values = window.read() - print(event, values) - if event in (sg.WIN_CLOSED, 'Exit'): - break - elif event == 'Clear': - [window[k]('') for k in ('-IN1-', '-IN2-', '-IN3-')] - elif event == 'Popup': - sg.popup('This is a popup') - - window.close() - - -main() diff --git a/DemoPrograms/Demo_Tooltips.py b/DemoPrograms/Demo_Tooltips.py deleted file mode 100644 index 1e8df8086..000000000 --- a/DemoPrograms/Demo_Tooltips.py +++ /dev/null @@ -1,38 +0,0 @@ -#!/usr/bin/env python -""" - Example tooltip operations. - Removal of tooltips feature added in version 5.0.2.11 - You disable a tooltip by using the remove_tooltip method or set the tooltip to the value None - - - Copyright 2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -import PySimpleGUI as sg - -layout = [ [sg.Text('Tooltip Operations')], - [sg.Input(key='-IN-', tooltip='My default tooltip')], - [sg.Text(key='-OUT-')], - [sg.Button('Remove'), sg.B('Add'), sg.B('Set None'), sg.Button('Exit')] ] - -window = sg.Window('Tooltip Test', layout, print_event_values=True) - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Remove': - window['-IN-'].remove_tooltip() - window['-OUT-'].update('Tooltip removed') - elif event == 'Add': - window['-IN-'].set_tooltip(values['-IN-']) - window['-OUT-'].update(f"Added tooltip {values['-IN-']}") - elif event == 'Set None': - window['-IN-'].set_tooltip(None) - window['-OUT-'].update('Tooltip set to None') - -window.close() diff --git a/DemoPrograms/Demo_Touch_Keyboard.py b/DemoPrograms/Demo_Touch_Keyboard.py deleted file mode 100644 index 063690936..000000000 --- a/DemoPrograms/Demo_Touch_Keyboard.py +++ /dev/null @@ -1,105 +0,0 @@ -import PySimpleGUI as sg - -''' - Example of on-screen keyboard. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' - -class keyboard(): - def __init__(self, location=(None, None), font=('Arial', 16)): - self.font = font - numberRow = '1234567890' - topRow = 'QWERTYUIOP' - midRow = 'ASDFGHJKL' - bottomRow = 'ZXCVBNM' - keyboard_layout = [[sg.Button(c, key=c, size=(4, 2), font=self.font) for c in numberRow] + [ - sg.Button('⌫', key='back', size=(4, 2), font=self.font), - sg.Button('Esc', key='close', size=(4, 2), font=self.font)], - [sg.Text(' ' * 4)] + [sg.Button(c, key=c, size=(4, 2), font=self.font) for c in - topRow] + [sg.Stretch()], - [sg.Text(' ' * 11)] + [sg.Button(c, key=c, size=(4, 2), font=self.font) for c in - midRow] + [sg.Stretch()], - [sg.Text(' ' * 18)] + [sg.Button(c, key=c, size=(4, 2), font=self.font) for c in - bottomRow] + [sg.Stretch()]] - - self.window = sg.Window('keyboard', keyboard_layout, - grab_anywhere=True, keep_on_top=True, alpha_channel=0, - no_titlebar=True, element_padding=(0, 0), location=location, finalize=True) - self.hide() - - def _keyboardhandler(self): - if self.event is not None: - if self.event == 'close': - self.hide() - elif len(self.event) == 1: - self.focus.update(self.focus.Get() + self.event) - elif self.event == 'back': - Text = self.focus.Get() - if len(Text) > 0: - Text = Text[:-1] - self.focus.update(Text) - - def hide(self): - self.visible = False - self.window.Disappear() - - def show(self): - self.visible = True - self.window.Reappear() - - def togglevis(self): - if self.visible: - self.hide() - else: - self.show() - - def update(self, focus): - self.event, _ = self.window.read(timeout=0) - if focus is not None: - self.focus = focus - self._keyboardhandler() - - def close(self): - self.window.close() - - -class GUI(): - def __init__(self): - layout = [[sg.Text('Enter Text')], - [sg.Input('', size=(17, 1), key='input1')], - [sg.InputText('', size=(17, 1), key='input2')], - [sg.Button('on-screen keyboard', key='keyboard')], - [sg.Button('close', key='close')]] - - self.mainWindow = sg.Window('On-screen test', layout, - grab_anywhere=True, no_titlebar=False, finalize=True) - location = self.mainWindow.current_location() - location = location[0]-200, location[1]+200 - self.keyboard = keyboard(location) - self.focus = None - - def run(self): - while True: - cur_focus = self.mainWindow.find_element_with_focus() - if cur_focus is not None: - self.focus = cur_focus - event, values = self.mainWindow.read( - timeout=200, timeout_key='timeout') - if self.focus is not None: - self.keyboard.update(self.focus) - if event == 'keyboard': - self.keyboard.togglevis() - elif event == 'close' or event == sg.WIN_CLOSED: - break - self.keyboard.close() - self.mainWindow.Close() - - -if __name__ == '__main__': - app = GUI() - app.run() diff --git a/DemoPrograms/Demo_Tree_Element.py b/DemoPrograms/Demo_Tree_Element.py deleted file mode 100644 index 85532cf6f..000000000 --- a/DemoPrograms/Demo_Tree_Element.py +++ /dev/null @@ -1,69 +0,0 @@ -#!/usr/bin/env python -import sys -import os -import PySimpleGUI as sg - -sg.theme('light brown 8') - - -""" - Demo program that will display a folder hierarchy with icons for the folders and files. - Note that if you are scanning a large folder then tkinter will eventually complain about too many bitmaps. - This can be fixed easily enough by reusing the images within PySimpleGUI (enhancement request can be opened if you hit this problem) - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Base64 versions of images of a folder and a file. PNG files (may not work with PySimpleGUI27, swap with GIFs) - -folder_icon = b'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' -file_icon = b'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' - -starting_path = sg.popup_get_folder('Folder to display') - -if not starting_path: - sys.exit(0) - -treedata = sg.TreeData() - - -def add_files_in_folder(parent, dirname): - files = os.listdir(dirname) - for f in files: - fullname = os.path.join(dirname, f) - if os.path.isdir(fullname): # if it's a folder, add folder and recurse - treedata.Insert(parent, fullname, f, values=[], icon=folder_icon) - add_files_in_folder(fullname, fullname) - else: - treedata.Insert(parent, fullname, f, values=[os.stat(fullname).st_size], icon=file_icon) - -add_files_in_folder('', starting_path) - -layout = [[sg.Text('File and folder browser Test')], - [sg.Tree(data=treedata, - headings=['Size', ], - auto_size_columns=True, - select_mode=sg.TABLE_SELECT_MODE_EXTENDED, - num_rows=20, - col0_width=40, - col0_heading='Files & Folders', - key='-TREE-', - show_expanded=False, - enable_events=True, - expand_x=True, - expand_y=True, - ),], - [sg.Button('Ok'), sg.Button('Cancel')]] - -window = sg.Window('Tree Element Test', layout, resizable=True, finalize=True) - -while True: # Event Loop - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Cancel'): - break - print(event, values) -window.close() diff --git a/DemoPrograms/Demo_Turtle.py b/DemoPrograms/Demo_Turtle.py deleted file mode 100644 index 8475852ee..000000000 --- a/DemoPrograms/Demo_Turtle.py +++ /dev/null @@ -1,87 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import turtle - -""" - Demo showing how to integrate drawing on a Canvas using Turtle with PySimpleGUI - The patern to follow: - Create Window & Finalize - Get the tkinter Canvas from the Canvas element - Draw on the tkinter Canvas using turtle commands. - Results are shown on the canvas immiedately after button press / drawing command - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -layout = [[sg.Text('My layout')], - [sg.Canvas(size=(800, 800), key='-canvas-')], - [sg.Button('F'), sg.Button('B'), sg.Button('L'), sg.Button('R')], - [sg.Button('Spiral'), sg.Button('Inside Out'), sg.Button('Circles')]] - -window = sg.Window('My new window', layout, finalize=True) - -canvas = window['-canvas-'].TKCanvas - -a_turtle = turtle.RawTurtle(canvas) -a_turtle.pencolor("#ff0000") # Red -a_turtle.penup() -a_turtle.pendown() - -while True: # Event Loop - event, values = window.read() - if event == sg.WIN_CLOSED: - break - - if event == 'F': - a_turtle.forward(100) - elif event == 'B': - a_turtle.back(100) - elif event == 'L': - a_turtle.left(90) - elif event == 'R': - a_turtle.right(90) - elif event == 'Spiral': - canvas.config(bg='light green') - a_turtle.color("blue") - - def sqrfunc(size): - for i in range(4): - a_turtle.fd(size) - a_turtle.left(90) - size = size - 5 - sqrfunc(146) - sqrfunc(126) - sqrfunc(106) - sqrfunc(86) - sqrfunc(66) - sqrfunc(46) - sqrfunc(26) - elif event == 'Inside Out': - canvas.config(bg="light green") - a_turtle.color("blue") - - def sqrfunc(size): - for i in range(4): - a_turtle.fd(size) - a_turtle.left(90) - size = size + 5 - sqrfunc(6) - sqrfunc(26) - sqrfunc(46) - sqrfunc(66) - sqrfunc(86) - sqrfunc(106) - sqrfunc(126) - sqrfunc(146) - elif event == 'Circles': - a_turtle.speed(0) - for i in range(400): - a_turtle.circle(2 * i*.25) - a_turtle.circle(-2 * i*.25) - a_turtle.left(i) -window.close() diff --git a/DemoPrograms/Demo_Unicode_Characters.py b/DemoPrograms/Demo_Unicode_Characters.py deleted file mode 100644 index fb438ad31..000000000 --- a/DemoPrograms/Demo_Unicode_Characters.py +++ /dev/null @@ -1,97 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -from random import randint as randint - -""" - To get a good display of the unicode characters visit https://en.wikipedia.org/wiki/List_of_Unicode_characters - You can directly copy and paste characters from the site into your strings. - Unicode characters make it possible to add simple graphics to your windows by using text. No Base64 required. They're plain chars. - They're good for a quick status display / dashboard, for use on buttons (arrows), or as "simple clipart" to name a few uses - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.theme('Light Brown 4') - -SQUARE = '█' -CIRCLE = '⚫' -CIRCLE_OUTLINE = '◯' -UP = '▲' -RIGHT = '►' -DOWN = '▼' -LEFT = '◄' -ROAD = '⛖' - -layout = [ [sg.Text('Unicode Characters Demo', font='Def 16')], - [sg.T('Network Status', size=(12,1)), sg.Text(size=(10,1), font='Default 18', text_color='green', key='-OUT1-')], - [sg.T('Gas Level', size=(12,1)), sg.Text(size=(10,1), font='Default 18', text_color='green', key='-OUT2-')], - [sg.T('Oil Temp', size=(12,1)), sg.Text(size=(10,1), font='Default 18', text_color='blue', key='-OUT3-')], - [sg.T('Status4', size=(12,1)), sg.Text(CIRCLE, size=(10,1), font='Default 18', text_color='green', key='-OUT4-')], - [sg.T('Status5', size=(12,1)), sg.Text(CIRCLE_OUTLINE, size=(10,1), font='Default 18', text_color='green', key='-OUT5-')], - [sg.Frame('Unicode Converter', - [[sg.T('Enter a Number'), sg.In(size=(6,1), key='-NUM-'), sg.T('Unicode char: '), sg.I(size=(2,1), font='Any 18', key='-OUT CHAR-')], - [sg.T('Enter a Char'), sg.In(size=(2,1), key='-CHAR-', font='Any 18'), sg.T('Unicode number: '), sg.T(size=(6,1), key='-OUT NUM-')]])], - [sg.Frame('Display Unicode Characters In Range', - [[sg.T('Starting Number'), sg.In(size=(6, 1), key='-START-'), sg.T('Ending Number char: '), sg.I(size=(6, 1), key='-END-')], - [sg.B('Display Chars', bind_return_key=True), sg.T('Display Font Size'), sg.Spin(list(range(10,25)), initial_value=18, font='Any 14', key='-FONTSIZE-')], - ])], - [sg.Multiline(size=(30,10), font='Any 18',key='-MLINE-'+sg.WRITE_ONLY_KEY)], - [sg.B(UP), sg.B(DOWN), sg.B(LEFT), sg.B(RIGHT), sg.B('Exit')] ] - -window = sg.Window('Window Title', layout) - -i = j = 0 -multiline_font_size = 18 -while True: - event, values = window.read(timeout=200) - print(f'{event} - {values}') if event != sg.TIMEOUT_KEY else None - if event in (sg.WIN_CLOSED, 'Exit'): # always, always give a way out! - break - elif event == RIGHT: - window['-OUT2-'](text_color='blue') - window['-OUT5-']((UP,DOWN,RIGHT,LEFT)[j%4]) - window['-OUT5-'](chr(ord(ROAD)+j)) - j = j +1 - elif event == LEFT: - window['-OUT2-'](text_color='yellow') - elif event == UP: - window['-OUT1-'](text_color='green') - window['-OUT3-'](text_color='green') - window['-OUT4-'](text_color='green') - elif event == DOWN: - window['-OUT1-'](text_color='red') - window['-OUT3-'](text_color='red') - window['-OUT4-'](text_color='red') - elif event.startswith('Display'): # process the dump range section - try: - for c in range(int(values['-START-']), int(values['-END-'])): - window['-MLINE-'+sg.WRITE_ONLY_KEY](chr(c), append=True, text_color_for_value='red') - window.refresh() - sg.popup_animated(sg.DEFAULT_BASE64_LOADING_GIF, 'Writing chars to display', text_color='red', font='Any 20', time_between_frames=100) - except: pass - sg.popup_animated(None) - - window['-OUT1-']('◯' if i % randint(1,3) else '⚫') - window['-OUT2-'](SQUARE * (i%10)) - window['-OUT3-'](SQUARE * (7-(i%8))) - - if multiline_font_size != int(values['-FONTSIZE-']): - window['-MLINE-'+sg.WRITE_ONLY_KEY](font='Any '+ str(values['-FONTSIZE-'])) - multiline_font_size = int(values['-FONTSIZE-']) - - if not i % 15: - window['-OUT1-'](text_color='red') - i += 1 - # Output stuff for Unicode Converter Section - try: - window['-OUT CHAR-'](chr(int(values['-NUM-']))) - except: pass - try: - window['-OUT NUM-'](ord(values['-CHAR-'])) - except: pass - -window.close() diff --git a/DemoPrograms/Demo_User_Setting_Save_Window_Inputs.py b/DemoPrograms/Demo_User_Setting_Save_Window_Inputs.py deleted file mode 100644 index 6c808fe82..000000000 --- a/DemoPrograms/Demo_User_Setting_Save_Window_Inputs.py +++ /dev/null @@ -1,61 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - User Setting API to save and load a window's contents - - The PySimpleGUI "User Settings API" is a simple interface to JSON and Config Files. - If you're thinking of storying information in a JSON file, consider using the PySimpleGUI - User Settings API calls. They make JSON files act like dictionaries. There's no need - to load nor save as that's done for you. - - There are 2 interfaces to the User Settings API. - 1. Function calls - sg.user_settings - 2. UserSettings Object - Uses a simple class interface - - Note that using the Object/class interface does not require you to write a class. If you're using - PySimpleGUI, you are already using many different objects. The Elements & Window are objects. - - In this demo, a UserSetting object is used to save the values from Input elements into a JSON file. - You can also re-loda the values from the JSON into your window. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Create a UserSettings object. The JSON file will be saved in the same folder as this .py file -window_contents = sg.UserSettings(path='.', filename='mysettings.json') - -def main(): - layout = [ [sg.Text('My Window')], - [sg.Input(key='-IN1-')], - [sg.Input(key='-IN2-')], - [sg.Input(key='-IN3-')], - [sg.Input(key='-IN4-')], - [sg.Input(key='-IN5-')], - [sg.Button('Save'), sg.Button('Load'), sg.Button('Exit')] ] - - window = sg.Window('Save / Load Inputs Using User Settings API', layout) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - - # To SAVE the values, loop through all elements in the values dictionary and save their values - if event == 'Save': - for key in values: - window_contents[key] = values[key] - # To LOAD values from a settings file into a window, loop through values dictionary and update each element - if event == 'Load': - for key in values: - saved_value = window_contents[key] - window[key].update(saved_value) - - window.close() - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_User_Settings.py b/DemoPrograms/Demo_User_Settings.py deleted file mode 100644 index 57e3e1443..000000000 --- a/DemoPrograms/Demo_User_Settings.py +++ /dev/null @@ -1,112 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - User Settings - - Use the "user_settings" API calls to make a "settings window" - - This demo is very basic. The user_settings functions are used directly without a lookup table - or some other mechanism to map between PySimpleGUI keys and user settings keys. - - Two windows are shown. One is a super-simple "save previously entered filename" - The other is a larger "settings window" where multiple settings are saved/loaded - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -SETTINGS_PATH = '.' - - -def make_window(): - """ - Creates a new window. The default values for some elements are pulled directly from the - "User Settings" without the use of temp variables. - - Some get_entry calls don't have a default value, such as theme, because there was an initial call - that would have set the default value if the setting wasn't present. Could still put the default - value if you wanted but it would be 2 places to change if you wanted a different default value. - - Use of a lookup table to map between element keys and user settings could be aded. This demo - is intentionally done without one to show how to use the settings APIs in the most basic, - straightforward way. - - If your application allows changing the theme, then a make_window function is good to have - so that you can close and re-create a window easily. - - :return: (sg.Window) The window that was created - """ - - sg.theme(sg.user_settings_get_entry('-theme-', 'DarkBlue2')) # set the theme - - layout = [[sg.Text('Settings Window')], - [sg.Input(sg.user_settings_get_entry('-input-', ''), k='-IN-')], - [sg.Listbox(sg.theme_list(), default_values=[sg.user_settings_get_entry('theme')], size=(15, 10), k='-LISTBOX-')], - [sg.CB('Option 1', sg.user_settings_get_entry('-option1-', True), k='-CB1-')], - [sg.CB('Option 2', sg.user_settings_get_entry('-option2-', False), k='-CB2-')], - [sg.T('Settings file = ' + sg.user_settings_filename())], - [sg.Button('Save'), sg.Button('Exit without saving', k='Exit')]] - - return sg.Window('A Settings Window', layout) - - -def settings_window(): - """ - Create and interact with a "settings window". You can a similar pair of functions to your - code to add a "settings" feature. - """ - - window = make_window() - current_theme = sg.theme() - - while True: - event, values = window.read() - if event in (sg.WINDOW_CLOSED, 'Exit'): - break - if event == 'Save': - # Save some of the values as user settings - sg.user_settings_set_entry('-input-', values['-IN-']) - sg.user_settings_set_entry('-theme-', values['-LISTBOX-'][0]) - sg.user_settings_set_entry('-option1-', values['-CB1-']) - sg.user_settings_set_entry('-option2-', values['-CB2-']) - - # if the theme was changed, restart the window - if values['-LISTBOX-'][0] != current_theme: - current_theme = values['-LISTBOX-'][0] - window.close() - window = make_window() - - -def save_previous_filename_demo(): - """ - Saving the previously selected filename.... - A demo of one of the likely most popular use of user settings - * Use previous input as default for Input - * When a new filename is chosen, write the filename to user settings - """ - - # Notice that the Input element has a default value given (first parameter) that is read from the user settings - layout = [[sg.Text('Enter a filename:')], - [sg.Input(sg.user_settings_get_entry('-filename-', ''), key='-IN-'), sg.FileBrowse()], - [sg.B('Save'), sg.B('Exit Without Saving', key='Exit')]] - - window = sg.Window('Filename Example', layout) - - while True: - event, values = window.read() - if event in (sg.WINDOW_CLOSED, 'Exit'): - break - elif event == 'Save': - sg.user_settings_set_entry('-filename-', values['-IN-']) - - window.close() - - -if __name__ == '__main__': - sg.user_settings_filename(path=SETTINGS_PATH) # Set the location for the settings file - # Run a couple of demo windows - save_previous_filename_demo() - settings_window() diff --git a/DemoPrograms/Demo_User_Settings_As_Simple_Database.py b/DemoPrograms/Demo_User_Settings_As_Simple_Database.py deleted file mode 100644 index b4c89fd1e..000000000 --- a/DemoPrograms/Demo_User_Settings_As_Simple_Database.py +++ /dev/null @@ -1,70 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - User Settings as a Database - - The PySimpleGUI User Settings APIs are implemnted to look like a dictionary to the - user and utilize JSON files to store the data. As a result, one "key" is used to - store and retrieve each "setting". This capability cab be used to implement a - simple database. - - In this demo the User Settings file is used to store a user ID and data associated - with that ID. Each User ID has a dictionary stored in the User Settings file. This - dictionary is built from the values dictionary of the window. There is a map varaible - called data_map that translates between the two dictionaries. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def get_id_data(user_setting, id): - return user_setting[id] - -def main(): - # Maps between keys used in the User Settings an the Window itself - data_map = {'-name-': '-NAME-', '-password-': '-PASSWORD-', '-dept-': '-DEPT-', '-security-': '-SECURITY-'} - user_data = sg.UserSettings('my_user_data.json') - INPUT_SIZE=30 - layout = [ [sg.Text('User ID Management')], - [sg.Push(), sg.Text('User ID:'), sg.Input(key='-ID-', size=INPUT_SIZE)], - [sg.Push(), sg.Text('Name:'), sg.Input(key='-NAME-', size=INPUT_SIZE,)], - [sg.Push(), sg.Text('Password:'), sg.Input(key='-PASSWORD-', size=INPUT_SIZE, password_char='*')], - [sg.Push(), sg.Text('Department:'), sg.Input(key='-DEPT-', size=INPUT_SIZE,)], - [ sg.Text('Security Level:'), sg.Combo(('Low', 'Medium', 'High'), size=(INPUT_SIZE-2,3), readonly=True, default_value='Low', key='-SECURITY-')], - - [sg.Button('Add/Update'), sg.Button('Load'), sg.Button('Display'), sg.Button('Exit')] ] - - window = sg.Window('User Settings as Database', layout) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - elif event == 'Add/Update': - # Make a dictionary of data for the ID being added/updated based on the window's values - user = values['-ID-'] - data = {} - for setting_key, values_key in data_map.items(): - data[setting_key] = values[values_key] - user_data[user] = data - sg.popup(f'Added or updated user: {values["-ID-"]}') - elif event == 'Load': - user = values['-ID-'] - data = user_data[user] - for setting_key, values_key in data_map.items(): - value = data[setting_key] if data is not None else '' - window[values_key].update(value) - elif event == 'Display': - user = values['-ID-'] - data = user_data[user] - output = f'Detailed User Information for ID: {user}\n' - for setting_key, values_key in data_map.items(): - value = data[setting_key] if data is not None else '' - output += f'{setting_key} = {value}\n' - sg.popup_scrolled(output, title='Detailed User Data') -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_User_Settings_Auto_Load_and_Save.py b/DemoPrograms/Demo_User_Settings_Auto_Load_and_Save.py deleted file mode 100644 index 60f240a95..000000000 --- a/DemoPrograms/Demo_User_Settings_Auto_Load_and_Save.py +++ /dev/null @@ -1,59 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - User Setting API to automatically save and load Input Elements - - This Demo Program shows an easy way to add saving and loading of Input elements. - - The variable keys_to_save is used to determine which elements will be saved to the user settings file. - - The function make_key returns a dictionary that's used as keyword parameters that are passed to the Input elements. Using this technique allows the Input elements in the layout to benefit from the docstrings provided by PySimpleGUI. Another approach could be to use a function that returns an Input element, but that limits the flexibility for configuring Input elements. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -keys_to_save = ('-IN1-', '-IN2-', '-IN3-', '-IN4-') - -def make_key(key): - """ - Returns a dictionary that is used to pass parameters to an Input element. - Another approach could be to return an Input element. The downside to that approach is - the lack of parameters and associated docstrings when creating the layout. - - :param key: - :return: Dict - """ - return {'default_text':sg.user_settings_get_entry(key, ''), 'key':key} - - -def main(): - layout = [ [sg.Text('Automatically Load and Save Of Inputs', font='_ 15')], - [sg.Text('Input 1'), sg.Input(**make_key('-IN1-'))], - [sg.Text('Input 2'), sg.Input(**make_key('-IN2-'), background_color='green')], - [sg.Text('Input 3'), sg.Input(**make_key('-IN3-'), text_color='blue')], - [sg.Text('Input 4'), sg.Input(**make_key('-IN4-'), size=5)], - [sg.Button('Exit (and save)', key='-EXIT SAVE-'), sg.Button('Exit without save')] ] - - window = sg.Window('Save / Load Inputs Using User Settings API', layout) - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit without save': - sg.popup_quick_message('Exiting without save', text_color='white', background_color='red', font='_ 20') - - break - elif event == '-EXIT SAVE-': - sg.popup_quick_message('Saving settings & Exiting', text_color='white', background_color='red', font='_ 20') - for key in keys_to_save: - sg.user_settings_set_entry(key, values[key]) - break - - window.close() - -if __name__ == '__main__': - main() diff --git a/DemoPrograms/Demo_User_Settings_Browse_File_Folder.py b/DemoPrograms/Demo_User_Settings_Browse_File_Folder.py deleted file mode 100644 index 7205a329e..000000000 --- a/DemoPrograms/Demo_User_Settings_Browse_File_Folder.py +++ /dev/null @@ -1,77 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo of a Better File / Folder Input Window - - This construct is very common in PySimpleGUI. - [sg.InputText(size=(50,1), key='-FILENAME-'), sg.FileBrowse()], - - The new user settings APIs can significantly improve the experience. Now instead of being - shown a blank input element, the user is shown their previous entry and a history of their - prior entries to choose from. - - Two new capabilities are presented in this demo - 1. Recalling the last entry - 2. Recalling a history of all of the previous entries as a Combo instead of Input Element - - The previous operations you're used to remain. You can paste a filename/full path into the combo. - You can also use the browse button as before. - - But, you also get the 2 history features - last entry used, list of previous choices. - - If your window is not a 1-shot, add an event loop instead of a read with close paramter - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# ------------------- The Old Way ------------------- -import PySimpleGUI as sg - -layout = [[sg.Text('My Window')], - [sg.InputText(size=(50, 1), key='-FILENAME-'), sg.FileBrowse()], - [sg.Button('Go'), sg.Button('Exit')]] - -event1, values1 = sg.Window('Normal Filename', layout).read(close=True) - -# ------------------- The New Way with history ------------------- -import PySimpleGUI as sg - -layout = [[sg.Text('My Window')], - [sg.Combo(sg.user_settings_get_entry('-filenames-', []), default_value=sg.user_settings_get_entry('-last filename-', ''), size=(50, 1), key='-FILENAME-'), - sg.FileBrowse()], - [sg.Button('Go'), sg.Button('Exit')]] - -event, values = sg.Window('Filename with History', layout).read(close=True) - -if event == 'Go': - sg.user_settings_set_entry('-filenames-', list(set(sg.user_settings_get_entry('-filenames-', []) + [values['-FILENAME-'], ]))) - sg.user_settings_set_entry('-last filename-', values['-FILENAME-']) - - -# ------------------- The New Way with history and clear ------------------- -import PySimpleGUI as sg - -layout = [[sg.Text('My Window')], - [sg.Combo(sg.user_settings_get_entry('-filenames-', []), default_value=sg.user_settings_get_entry('-last filename-', ''), size=(50, 1), key='-FILENAME-'), - sg.FileBrowse()], - [sg.Button('Go'), sg.B('Clear'), sg.Button('Exit')]] - -window = sg.Window('Filename History Clearable', layout) - -while True: - event, values = window.read() - - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Go': - sg.user_settings_set_entry('-filenames-', list(set(sg.user_settings_get_entry('-filenames-', []) + [values['-FILENAME-'], ]))) - sg.user_settings_set_entry('-last filename-', values['-FILENAME-']) - window['-FILENAME-'].update(values=list(set(sg.user_settings_get_entry('-filenames-', [])))) - elif event == 'Clear': - sg.user_settings_set_entry('-filenames-', []) - sg.user_settings_set_entry('-last filename-', '') - window['-FILENAME-'].update(values=[], value='') diff --git a/DemoPrograms/Demo_User_Settings_Class.py b/DemoPrograms/Demo_User_Settings_Class.py deleted file mode 100644 index 3af545fd6..000000000 --- a/DemoPrograms/Demo_User_Settings_Class.py +++ /dev/null @@ -1,127 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - User Settings Using Class - - There are 2 interfaces for the User Settings APIs in PySimpleGUI. - 1. Function calls - 2. The UserSettings class - - This demo focuses on using the class interface. The advantage of using the class is that - lookups resemble the syntax used for Python dictionaries - - This demo is very basic. The user_settings functions are used directly without a lookup table - or some other mechanism to map between PySimpleGUI keys and user settings keys. - - Note that there are 2 coding conventions being used. The PySimpleGUI Demo Programs all use - keys on the elements that are strings with the format '-KEY-'. They are upper case. The - coding convention being used in Demo Programs that use User Settings use keys that have - the same format, but are lower case. A User Settings key is '-key-'. The reason for this - convention is so that you will immediately know what the string you are looking at is. - By following this convention, someone reading the code that encounters '-filename-' will - immediately recognize that this is a User Setting. - - Two windows are shown. One is a super-simple "save previously entered filename" - The other is a larger "settings window" where multiple settings are saved/loaded - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -SETTINGS_PATH = '.' - -# create the settings object that will be used globally, but not need to change so not declared as global -settings = sg.UserSettings(path=SETTINGS_PATH) - -def make_window(): - """ - Creates a new window. The default values for some elements are pulled directly from the - "User Settings" without the use of temp variables. - - Some get_entry calls don't have a default value, such as theme, because there was an initial call - that would have set the default value if the setting wasn't present. Could still put the default - value if you wanted but it would be 2 places to change if you wanted a different default value. - - Use of a lookup table to map between element keys and user settings could be aded. This demo - is intentionally done without one to show how to use the settings APIs in the most basic, - straightforward way. - - If your application allows changing the theme, then a make_window function is good to have - so that you can close and re-create a window easily. - - :return: (sg.Window) The window that was created - """ - - sg.theme(settings.get('-theme-', 'DarkBlue2')) # set the theme - - layout = [[sg.Text('Settings Window')], - [sg.Input(settings.get('-input-', ''), k='-IN-')], - [sg.Listbox(sg.theme_list(), default_values=[settings['-theme-'],], size=(15, 10), k='-LISTBOX-')], - [sg.CB('Option 1', settings.get('-option1-', True), k='-CB1-')], - [sg.CB('Option 2', settings.get('-option2-', False), k='-CB2-')], - [sg.T('Settings file = ' + settings.get_filename())], - [sg.Button('Save'), sg.Button('Settings Dictionary'), sg.Button('Exit without saving', k='Exit')]] - - window = sg.Window('A Settings Window', layout) - - -def settings_window(): - """ - Create and interact with a "settings window". You can a similar pair of functions to your - code to add a "settings" feature. - """ - - window = make_window() - current_theme = sg.theme() - - while True: - event, values = window.read() - if event in (sg.WINDOW_CLOSED, 'Exit'): - break - if event == 'Save': - # Save some of the values as user settings - settings['-input-'] = values['-IN-'] - settings['-theme-'] = values['-LISTBOX-'][0] - settings['-option1-'] = values['-CB1-'] - settings['-option2-'] = values['-CB2-'] - elif event == 'Settings Dictionary': - sg.popup(settings) - # if a listbox item is selected and if the theme was changed, then restart the window - if values['-LISTBOX-'] and values['-LISTBOX-'][0] != current_theme: - current_theme = values['-LISTBOX-'][0] - window.close() - window = make_window() - - -def save_previous_filename_demo(): - """ - Saving the previously selected filename.... - A demo of one of the likely most popular use of user settings - * Use previous input as default for Input - * When a new filename is chosen, write the filename to user settings - """ - - # Notice that the Input element has a default value given (first parameter) that is read from the user settings - layout = [[sg.Text('Enter a filename:')], - [sg.Input(settings.get('-filename-', ''), key='-IN-'), sg.FileBrowse()], - [sg.B('Save'), sg.B('Exit Without Saving', key='Exit')]] - - window = sg.Window('Filename Example', layout) - - while True: - event, values = window.read() - if event in (sg.WINDOW_CLOSED, 'Exit'): - break - elif event == 'Save': - settings['-filename-'] = values['-IN-'] - - window.close() - - -if __name__ == '__main__': - # Run a couple of demo windows - save_previous_filename_demo() - settings_window() diff --git a/DemoPrograms/Demo_User_Settings_Class_Remember_Input_and_Combo.py b/DemoPrograms/Demo_User_Settings_Class_Remember_Input_and_Combo.py deleted file mode 100644 index 1ee67d98e..000000000 --- a/DemoPrograms/Demo_User_Settings_Class_Remember_Input_and_Combo.py +++ /dev/null @@ -1,38 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Save previously entered strings for Input and Combo elements by using user_settings calls - - This demo is the same as the Demo_User_Settings_Remember_Input_and_Combo.py - The difference between the 2 files is that this one users the UserSettings class syntax while the other uses the function calls. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - settings = sg.UserSettings(path='.') # The settings file will be in the same folder as this program - - layout = [[sg.T('This is your layout')], - [sg.T('Enter or choose name'), - sg.Combo(values=sorted(settings.get('-names-', [])), - default_value=settings['-last name chosen-'], - size=(20,1), k='-COMBO-')], - [sg.T('Remembers last value'), sg.In(settings.get('-input-', ''), k='-INPUT-')], - [sg.OK(), sg.Button('Exit')]] - - event, values = sg.Window('Pattern for saving with Combobox', layout).read(close=True) - - if event == 'OK': - settings['-names-'] = list(set(settings.get('-names-', []) + [values['-COMBO-'],])) - settings['-last name chosen-'] = values['-COMBO-'] - settings['-input-'] = values['-INPUT-'] - sg.popup(f"You chose {values['-COMBO-']} and input {values['-INPUT-']}", - 'The settions dictionary:', settings) - -if __name__ == '__main__': - main() - diff --git a/DemoPrograms/Demo_User_Settings_Config_INI_Format.py b/DemoPrograms/Demo_User_Settings_Config_INI_Format.py deleted file mode 100644 index 69e50b0ea..000000000 --- a/DemoPrograms/Demo_User_Settings_Config_INI_Format.py +++ /dev/null @@ -1,95 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - User Settings - Config.ini format - - There are now 2 types of settings files available through the UserSettings APIs - 1. JSON - .json files - 2. INI - Config.ini files - - The default is JSON files. - - If you wish to use .ini files, then you can do so using the UserSettings object. The function interface - for the UserSettings API does not support .ini files, only the object interface at this time. You'll see - why by looking at this demo. - - JSON settings: - settings['key'] - - CONFIG.INI settings: - settings['section']['key'] - - NOTE - There is a setting (default is ON) that converts True", "False, "None" into Python values of True, False, None - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def show_settings_file(filename): - """ - Display the contents of any .INI file you wish to display - :param filename: full path and filename - """ - settings_obj = sg.UserSettings(filename, use_config_file=True) - sg.popup_scrolled(settings_obj, title=f'INI File: {filename}') - - -def save_previous_filename_demo(): - """ - Saving the previously selected filename.... - A demo of one of the likely most popular use of user settings - * Use previous input as default for Input - * When a new filename is chosen, write the filename to user settings - """ - - layout = [[sg.Text('The filename value below will be auto-filled with previously saved entry')], - [sg.T('The format for this entry is:')], - [sg.T('settings["My Section"]["filename"]', background_color=sg.theme_text_color(), text_color=sg.theme_background_color())], - [sg.Input(settings['My Section'].get('filename', ''), key='-IN-'), sg.FileBrowse()], - [sg.B('Save')], - [sg.B('Display Settings'), sg.B('Display Section'), sg.B('Display filename setting')], - [sg.B('Dump an INI File')], - [sg.B('Exit Without Saving', key='Exit')]] - - window = sg.Window('Filename Example', layout) - - while True: - event, values = window.read() - if event in (sg.WINDOW_CLOSED, 'Exit'): - break - elif event == 'Save': - settings['My Section']['filename'] = values['-IN-'] - elif event == 'Display Settings': - sg.popup_scrolled(settings, title='All settings') - elif event == 'Display Section': - sect = settings['My Section'] - sg.popup_scrolled(sect, title='Section Contents') - elif event == 'Display filename setting': - sg.popup_scrolled(f'filename = {settings["My Section"]["filename"]}', title='Filename Setting') - elif event.startswith('Dump'): - filename = sg.popup_get_file('What INI file would you like to display?', file_types= (("INI Files", "*.ini"),)) - if filename: - show_settings_file(filename) - - window.close() - - -if __name__ == '__main__': - sg.theme('dark green 7') - SETTINGS_PATH = '.' - # create the settings object and use ini format - settings = sg.UserSettings(path=SETTINGS_PATH, use_config_file=True, convert_bools_and_none=True) - # sg.popup(settings) - # settings['My Section1'].delete_entry(key='test') - # settings.delete_entry(section='My Section1', key='test') - # settings['My Section1'].delete_section() - # del settings['My Section1'] - # settings.delete_section(section='My Section1') - settings['Section 2'].set('var1', 'Default') - settings['Section 2']['var'] = 'New Value' - settings['NEW SECTION']['a'] = 'brand new section' - save_previous_filename_demo() diff --git a/DemoPrograms/Demo_User_Settings_Element_setting_Parameter.py b/DemoPrograms/Demo_User_Settings_Element_setting_Parameter.py deleted file mode 100644 index a9a17538c..000000000 --- a/DemoPrograms/Demo_User_Settings_Element_setting_Parameter.py +++ /dev/null @@ -1,48 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - User Settings - - Using the PySimpleGUI 5 setting parameter. - - New in the PSG5 release is a capability to automatically save and restore values in elements. Each element that has the capability has a parameter called "setting" - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def make_window(): - layout = [[sg.Text('Window with values saved between runs')], - [sg.Input(key='-IN-', setting='My initial value')], - [sg.Checkbox('Checkbox', key='-CB-', setting=True)], - [sg.Button('Re-create Window'), sg.Button('Exit')]] - - window = sg.Window('Setting Example', layout, enable_close_attempted_event=True, print_event_values=True, auto_save_location=True) - - return window - - -def main(): - - window = make_window() - - while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit' or event == sg.WIN_CLOSE_ATTEMPTED_EVENT: - window.settings_save(values) - break - - if event == 'Re-create Window': # You can also close and re-open a window using the values previously entered - window.settings_save(values) - window.close() - window = make_window() - - window.close() - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_User_Settings_Remember_Input_and_Combo.py b/DemoPrograms/Demo_User_Settings_Remember_Input_and_Combo.py deleted file mode 100644 index 6d00cb9b2..000000000 --- a/DemoPrograms/Demo_User_Settings_Remember_Input_and_Combo.py +++ /dev/null @@ -1,40 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Save previously entered strings for Input and Combo elements by using user_settings calls - - It's literally 1 parameter in the layout to get the list of previously used entries shown. - Then, when the OK button is clicked, it's one line of code to save the newly added - name into the saved list. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - sg.user_settings_filename(path='.') # The settings file will be in the same folder as this program - - layout = [[sg.T('This is your layout')], - [sg.T('Enter or choose name'), - sg.Combo(values=sorted(sg.user_settings_get_entry('-names-', [])), - default_value=sg.user_settings_get_entry('-last name chosen-', None), - size=(20,1), k='-COMBO-')], - [sg.T('Remembers last value'), sg.In(sg.user_settings_get_entry('-input-', ''), k='-INPUT-')], - [sg.OK(), sg.Button('Exit')]] - - event, values = sg.Window('Pattern for saving with Combobox', layout).read(close=True) - - if event == 'OK': - sg.user_settings_set_entry('-names-', list(set(sg.user_settings_get_entry('-names-', []) + [values['-COMBO-'],]))) - sg.user_settings_set_entry('-last name chosen-', values['-COMBO-']) - sg.user_settings_set_entry('-input-', values['-INPUT-']) - sg.popup(f"You chose {values['-COMBO-']} and input {values['-INPUT-']}", - 'The settions dictionary:', sg.user_settings()) - - -if __name__ == '__main__': - main() - diff --git a/DemoPrograms/Demo_Watermark_Window.py b/DemoPrograms/Demo_Watermark_Window.py deleted file mode 100644 index f1a2a3ca1..000000000 --- a/DemoPrograms/Demo_Watermark_Window.py +++ /dev/null @@ -1,113 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Watermarking all windows - - Watermarking windows can be done in 4.60.0.160 and greater. It's a very simple mechanism for now. - - The option is normally set in the Global Settings control panel. However, you can "Force" the watermark - on all windows by setting the Window paramter watermark=True on any window you create and from then on - all windows will have the watermark. - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -""" -M"""""""`YM -M mmmm. M -M MMMMM M .d8888b. -M MMMMM M 88' `88 -M MMMMM M 88. .88 -M MMMMM M `88888P' -MMMMMMMMMMM - -M""MMM""MMM""M dP dP -M MMM MMM M 88 88 -M MMP MMP M .d8888b. d8888P .d8888b. 88d888b. 88d8b.d8b. .d8888b. 88d888b. 88 .dP -M MM' MM' .M 88' `88 88 88ooood8 88' `88 88'`88'`88 88' `88 88' `88 88888" -M `' . '' .MM 88. .88 88 88. ... 88 88 88 88 88. .88 88 88 `8b. -M .d .dMMM `88888P8 dP `88888P' dP dP dP dP `88888P8 dP dP `YP -MMMMMMMMMMMMMM -""" - -layout = [ [sg.Text('No Watermark')], - [sg.Button('Exit')] ] - -window = sg.Window('No Watermark', layout) - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - -window.close() - - -""" -MP""""""`MM dP -M mmmmm..M 88 -M. `YM dP dP .d8888b. d8888P .d8888b. 88d8b.d8b. -MMMMMMM. M 88 88 Y8ooooo. 88 88ooood8 88'`88'`88 -M. .MMM' M 88. .88 88 88 88. ... 88 88 88 -Mb. .dM `8888P88 `88888P' dP `88888P' dP dP dP -MMMMMMMMMMM .88 - d8888P -M""MMM""MMM""M dP dP -M MMM MMM M 88 88 -M MMP MMP M .d8888b. d8888P .d8888b. 88d888b. 88d8b.d8b. .d8888b. 88d888b. 88 .dP -M MM' MM' .M 88' `88 88 88ooood8 88' `88 88'`88'`88 88' `88 88' `88 88888" -M `' . '' .MM 88. .88 88 88. ... 88 88 88 88 88. .88 88 88 `8b. -M .d .dMMM `88888P8 dP `88888P' dP dP dP dP `88888P8 dP dP `YP -MMMMMMMMMMMMMM -""" - -sg.set_options(watermark_text='') # noramlly not requird unless previously set by user - -layout = [ [sg.Text('System Provided Watermark')], - [sg.Button('Exit')] ] - -window = sg.Window('System Watermark', layout, watermark=True) - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - -window.close() - - -""" -M""MMMMM""M -M MMMMM M -M MMMMM M .d8888b. .d8888b. 88d888b. -M MMMMM M Y8ooooo. 88ooood8 88' `88 -M `MMM' M 88 88. ... 88 -Mb dM `88888P' `88888P' dP -MMMMMMMMMMM - -M""MMM""MMM""M dP dP -M MMM MMM M 88 88 -M MMP MMP M .d8888b. d8888P .d8888b. 88d888b. 88d8b.d8b. .d8888b. 88d888b. 88 .dP -M MM' MM' .M 88' `88 88 88ooood8 88' `88 88'`88'`88 88' `88 88' `88 88888" -M `' . '' .MM 88. .88 88 88. ... 88 88 88 88 88. .88 88 88 `8b. -M .d .dMMM `88888P8 dP `88888P' dP dP dP dP `88888P8 dP dP `YP -MMMMMMMMMMMMMM -""" - -sg.set_options(watermark_text='User Supplied Version 1.0') - -layout = [ [sg.Text('User Supplied Watermark')], - [sg.Button('Exit')] ] - -window = sg.Window('User Supplied Watermark', layout, watermark=True) - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - -window.close() diff --git a/DemoPrograms/Demo_Window_Background_Image.py b/DemoPrograms/Demo_Window_Background_Image.py deleted file mode 100644 index 36f36049e..000000000 --- a/DemoPrograms/Demo_Window_Background_Image.py +++ /dev/null @@ -1,109 +0,0 @@ -import PySimpleGUI as sg - -""" - Highly experimental demo of how the illusion of a window with a background image is possible with PySimpleGUI. - - Requires the latest PySimpleGUI from GitHub. Your copy of PySimpleGUI should be local to your application so that - the global variable _move_all_windows can be changed. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -sg.Window._move_all_windows = True - - -def title_bar(title, text_color, background_color): - """ - Creates a "row" that can be added to a layout. This row looks like a titlebar - :param title: The "title" to show in the titlebar - :type title: str - :param text_color: Text color for titlebar - :type text_color: str - :param background_color: Background color for titlebar - :type background_color: str - :return: A list of elements (i.e. a "row" for a layout) - :rtype: List[sg.Element] - """ - bc = background_color - tc = text_color - font = 'Helvetica 12' - - return [sg.Col([[sg.T(title, text_color=tc, background_color=bc, font=font, grab=True)]], pad=(0, 0), background_color=bc), - sg.Col([[sg.T('_', text_color=tc, background_color=bc, enable_events=True, font=font, key='-MINIMIZE-'), sg.Text('❎', text_color=tc, background_color=bc, font=font, enable_events=True, key='Exit')]], element_justification='r', key='-C-', grab=True, - pad=(0, 0), background_color=bc)] - - - -def main(): - - background_layout = [ title_bar('This is the titlebar', sg.theme_text_color(), sg.theme_background_color()), - [sg.Image(data=background_image)]] - window_background = sg.Window('Background', background_layout, no_titlebar=True, finalize=True, margins=(0, 0), element_padding=(0,0), right_click_menu=[[''], ['Exit',]]) - - window_background['-C-'].expand(True, False, False) # expand the titlebar's rightmost column so that it resizes correctly - - - # ------ Column Definition ------ # - column1 = [[sg.Text('Column 1', justification='center', size=(10, 1))], - [sg.Spin(values=('Spin Box 1', 'Spin Box 2', 'Spin Box 3'), - initial_value='Spin Box 1')], - [sg.Spin(values=['Spin Box 1', '2', '3'], - initial_value='Spin Box 2')], - [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 3')]] - - layout = [ - [sg.Text('Window + Background Image\nWith tkinter', size=(30, 2), justification='center', font=("Helvetica", 25), relief=sg.RELIEF_RIDGE)], - [sg.Text('Here is some text.... and a place to enter text')], - [sg.InputText('This is my text')], - [sg.Frame(layout=[ - [sg.CBox('Checkbox', size=(10, 1)), - sg.CBox('My second checkbox!', default=True)], - [sg.Radio('My first Radio! ', "RADIO1", default=True, size=(10, 1)), - sg.Radio('My second Radio!', "RADIO1")]], title='Options', relief=sg.RELIEF_SUNKEN, tooltip='Use these to set flags')], - [sg.MLine(default_text='This is the default Text should you decide not to type anything', size=(35, 3)), - sg.MLine(default_text='A second multi-line', size=(35, 3))], - [sg.Combo(('Combobox 1', 'Combobox 2'),default_value='Combobox 1', size=(20, 1)), - sg.Slider(range=(1, 100), orientation='h', size=(34, 20), default_value=85)], - [sg.OptionMenu(('Menu Option 1', 'Menu Option 2', 'Menu Option 3'))], - [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3'), size=(30, 3)), - sg.Frame('Labelled Group', [[ - sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=25, tick_interval=25), - sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=75), - sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=10), - sg.Col(column1)]]) - ], - [sg.Text('_' * 80)], - [sg.Text('Choose A Folder', size=(35, 1))], - [sg.Text('Your Folder', size=(15, 1), justification='right'), - sg.InputText('Default Folder'), sg.FolderBrowse()], - [sg.Submit(tooltip='Click to submit this form'), sg.Cancel()], - [sg.Text('Right Click To Exit', size=(30, 1), justification='center', font=("Helvetica", 25), relief=sg.RELIEF_SUNKEN)], ] - - top_window = sg.Window('Everything bagel', layout, finalize=True, keep_on_top=True, grab_anywhere=False, transparent_color=sg.theme_background_color(), no_titlebar=True) - - # window_background.send_to_back() - # top_window.bring_to_front() - - while True: - window, event, values = sg.read_all_windows() - print(event, values) - if event is None or event == 'Cancel' or event == 'Exit': - print(f'closing window = {window.Title}') - break - - top_window.close() - window_background.close() - - - -if __name__ == '__main__': - - - background_image = b'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' - - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Window_Config_Events.py b/DemoPrograms/Demo_Window_Config_Events.py deleted file mode 100644 index af82e991a..000000000 --- a/DemoPrograms/Demo_Window_Config_Events.py +++ /dev/null @@ -1,38 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Window Config Events - - The Window object has a parameter enable_window_config_events that when set to True will - cause sg.WINDOW_CONFIG_EVENT events to be generated when the window is moved or resized. - - Note that if you move the window using the Titlebar supplied by the operating system, then you - will only get an event at the end of the window being moved. If you want to receive numerous - events during the movement, then you can achieve this using a grab_anywhere setting either - at the window level or on a single element as shown in this demo. - - Copyright 2022-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [ [sg.Text('Demonstration of the enable_window_config_events')], - [sg.Text('Grab me HERE for continuous location changed events', grab=True, text_color=sg.theme_background_color(), background_color=sg.theme_text_color())], - [sg.Text(key='-OUT-', font='_18')], - [sg.VPush()], - [sg.Button('Go'), sg.Button('Exit'), sg.Sizegrip()] ] - -window = sg.Window('Window Title', layout, resizable=True, enable_window_config_events=True, finalize=True) - -window.set_min_size(window.current_size_accurate()) - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == sg.WINDOW_CONFIG_EVENT: - window['-OUT-'].update(f'Size: {window.current_size_accurate()}\nLocation:{window.current_location()}') - -window.close() diff --git a/DemoPrograms/Demo_Window_Disappear.py b/DemoPrograms/Demo_Window_Disappear.py deleted file mode 100644 index 4add56736..000000000 --- a/DemoPrograms/Demo_Window_Disappear.py +++ /dev/null @@ -1,29 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -# Example .disappear() .reappear() methods in window - - -layout = [[ sg.Text('My Window') ], - [ sg.Button('Disappear')]] - -window = sg.Window('My window', layout) - -while True: - event, values = window.read() - if event == sg.WIN_CLOSED: - break - if event == 'Disappear': - window.disappear() - sg.popup('Click OK to make window reappear') - window.reappear() - -window.close() \ No newline at end of file diff --git a/DemoPrograms/Demo_Window_Location_Finder.py b/DemoPrograms/Demo_Window_Location_Finder.py deleted file mode 100644 index 57634b61c..000000000 --- a/DemoPrograms/Demo_Window_Location_Finder.py +++ /dev/null @@ -1,47 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Find window's location according to tkinter - - Drag this window around your multiple monitors. It will show you where - tkinter believes the corners are for the window. - - You can then use this information to locate your what to pass in the location - parameter when you want to create a window at a specific spot. - - The value in the center is the screen dimensions for the primary window. - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -sg.theme('dark green 7') -layout = [ - [sg.T(sg.SYMBOL_UP_ARROWHEAD), - sg.Text(size=(None,1), key='-OUT-'), - sg.Text(size=(None,1), key='-OUT2-', expand_x=True, expand_y=True, justification='c'), sg.T(sg.SYMBOL_UP_ARROWHEAD)], - [sg.T('Screen size: '),sg.T(sg.Window.get_screen_size()), sg.T(sg.SYMBOL_SQUARE)], - [sg.T(sg.SYMBOL_DOWN_ARROWHEAD), - sg.Text(size=(None,1), key='-OUT4-'), - sg.Text(size=(None,1), key='-OUT3-', expand_x=True, expand_y=True, justification='r'), sg.T(sg.SYMBOL_DOWN_ARROWHEAD, justification='r')], - ] - -window = sg.Window('Title not seen', layout, grab_anywhere=True, no_titlebar=True, margins=(0,0), element_padding=(0,0), right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_EXIT, keep_on_top=True, font='_ 25', finalize=True, transparent_color=sg.theme_background_color()) - -while True: - event, values = window.read(timeout=100) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == 'Edit Me': - sg.execute_editor(__file__) - - loc = window.current_location() - window['-OUT-'].update(loc) - window['-OUT2-'].update((loc[0]+window.size[0], loc[1])) - window['-OUT3-'].update((loc[0]+window.size[0], loc[1]+window.size[1])) - window['-OUT4-'].update((loc[0], loc[1]+window.size[1])) - -window.close() diff --git a/DemoPrograms/Demo_Window_Open_Multiple_Times.py b/DemoPrograms/Demo_Window_Open_Multiple_Times.py deleted file mode 100644 index c2ad1dfca..000000000 --- a/DemoPrograms/Demo_Window_Open_Multiple_Times.py +++ /dev/null @@ -1,53 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo Restart Window (sorta reopen) - - Once a window is closed, you can't do anything with it. You can't read it. You can't "re-open" it. - The only choice is to recreate the window. It's important that you use a "Fresh Layout" every time. - You can't pass the same layout from one indow to another. You will get a popup error infomrning you - that you've attempted to resuse a layout. - - The purpose of this demo is to show you the simple "make window" design pattern. It simply makes a - window using a layout that's defined in that function and returns the Window object. It's not a bad - way to encapsulate windows if your applcation is gettinga little larger than the typical small data - entry window. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def make_window(): - """ - Defines a window layout and createws a indow using this layout. The newly made Window - is returned to the caller. - - :return: Window that is created using the layout defined in the function - :rtype: Window - """ - layout = [[sg.Text('My Window')], - [sg.Input(key='-IN-'), sg.Text(size=(12, 1), key='-OUT-')], - [sg.Button('Go'), sg.Button('Exit')]] - - return sg.Window('Window Title', layout) - - -def main(): - window = make_window() - - while True: # Event Loop - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - window.close() - window = make_window() - elif event == 'Go': - window['-OUT-'].update(values['-IN-']) - - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_Window_Pin_On_Top.py b/DemoPrograms/Demo_Window_Pin_On_Top.py deleted file mode 100644 index 0520e5ecd..000000000 --- a/DemoPrograms/Demo_Window_Pin_On_Top.py +++ /dev/null @@ -1,83 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Pin a window on top - - Note that the PIN used requires Python 3.7+ due to a tkinter problem - This demo uses a Window call only recently added to GitHub in Aug 2021 - - 4.46.0.7 of PySimpleGUI provides the methods: - Window.keep_on_top_set - Window.keep_on_top_clear - - A temporary implementation is included in case you don't have that version - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def main(): - sg.theme('dark green 7') - - PIN = '📌' - - # This custom titlebar inveses the normal text/background colors. Uses a little bigger font - my_titlebar = [[sg.Text('Window title', expand_x=True, grab=True, - text_color=sg.theme_background_color(), background_color=sg.theme_text_color(), font='_ 12', pad=(0,0)), - sg.Text(PIN, enable_events=True, k='-PIN-', font='_ 12', pad=(0,0), metadata=False, - text_color=sg.theme_background_color(), background_color=sg.theme_text_color())]] - - layout = my_titlebar + \ - [ [sg.Text('This is my window layout')], - [sg.Input(key='-IN-')], - [sg.Button('Go'), sg.Button('Exit')] ] - - window = sg.Window('Window Title', layout, no_titlebar=True, resizable=True, margins=(0,0)) - - while True: - event, values = window.read() - print(event, values) - if event == sg.WIN_CLOSED or event == 'Exit': - break - if event == '-PIN-': - window['-PIN-'].metadata = not window['-PIN-'].metadata # use metadata to store current state of pin - if window['-PIN-'].metadata: - window['-PIN-'].update(text_color='red') - window.keep_on_top_set() - else: - window['-PIN-'].update(text_color=sg.theme_background_color()) - window.keep_on_top_clear() - - window.close() - -# Temp definitions of the Window methods added to 4.46.0.7 of PySimpleGUI -def keep_on_top_set(window): - """ - Sets keep_on_top after a window has been created. Effect is the same - as if the window was created with this set. The Window is also brought - to the front - """ - window.KeepOnTop = True - window.bring_to_front() - window.TKroot.wm_attributes("-topmost", 1) - - -def keep_on_top_clear(window): - """ - Clears keep_on_top after a window has been created. Effect is the same - as if the window was created with this set. - """ - window.KeepOnTop = False - window.TKroot.wm_attributes("-topmost", 0) - - -if __name__ == '__main__': - if 'keep_on_top_set' not in dir(sg.Window): - print('You do not have a PySimpleGUI version with required methods. Using the temp ones from this file.') - sg.Window.keep_on_top_set = keep_on_top_set - sg.Window.keep_on_top_clear = keep_on_top_clear - main() - diff --git a/DemoPrograms/Demo_Window_Relative_Location.py b/DemoPrograms/Demo_Window_Relative_Location.py deleted file mode 100644 index ff11a8f89..000000000 --- a/DemoPrograms/Demo_Window_Relative_Location.py +++ /dev/null @@ -1,57 +0,0 @@ -import PySimpleGUI as sg - -""" - Demo - Relative Location - - How to create a window at a location relative to where it would normally be placed. - - Normally, by default, windows are centered on the screen. - Other ways initial window position is determined: - 1. You can also specify the location when creating it by using the location parameter - 2. You can use set_options to set the location all windows will be created - - This demo shows how to use the paramter to Window called relative_location. - - As the name suggests, it is a position relative to where it would normally be created. - - Both positive and negative values are valid. - relative_location=(0, -150) will create the window UP 150 pixels from where it would normally be created - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def second_window(): - layout = [[sg.Text('Window 2\nrelative_location=(0,-150)')], - [sg.Button('Exit')]] - - window = sg.Window('Window 2', layout, relative_location=(0,-150), finalize=True) - return window - - -def main(): - sg.set_options(font='_ 18', keep_on_top=True) - layout = [ [sg.Text('Window 1\nrelative_location=(0,150)')], - [sg.Button('Popup'), sg.Button('Exit')] ] - - window = sg.Window('Window 1', layout, relative_location=(0,150), finalize=True) - - window2 = second_window() - - while True: # Event Loop - window, event, values = sg.read_all_windows() - if window == None: # If all windows were closed - break - if event == sg.WIN_CLOSED or event == 'Exit': - window.close() - if event == 'Popup': - sg.popup('Popups will go to the center of course!') - - sg.popup_no_buttons('All windows closed... Bye!', background_color='red', text_color='white', auto_close_duration=3, auto_close=True, no_titlebar=True) - -if __name__ == '__main__': - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_YouTube_Intro.py b/DemoPrograms/Demo_YouTube_Intro.py deleted file mode 100644 index 850a91bde..000000000 --- a/DemoPrograms/Demo_YouTube_Intro.py +++ /dev/null @@ -1,19 +0,0 @@ -import PySimpleGUI as sg - -""" - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -layout = [[sg.Text('What is your name?')], - [sg.InputText()], - [sg.Button('Ok')]] - -window = sg.Window('Title of Window', layout) -event, values = window.read() -window.close() - -sg.popup('Hello {}'.format(values[0])) \ No newline at end of file diff --git a/DemoPrograms/Demo_Youtube-dl_Frontend.py b/DemoPrograms/Demo_Youtube-dl_Frontend.py deleted file mode 100644 index 0473b1872..000000000 --- a/DemoPrograms/Demo_Youtube-dl_Frontend.py +++ /dev/null @@ -1,88 +0,0 @@ -#!/usr/bin/env python -import sys -import PySimpleGUI as sg -import subprocess - -""" -Simple wrapper for youtube-dl.exe. -Paste the youtube link into the GUI. The GUI link is queried when you click Get List. -Get List will populate the pulldown list with the language options available for the video. -Choose the language to download and click Download - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -youtube_executable = 'path/to/youtube-dl' - - -def DownloadSubtitlesGUI(): - sg.theme('Dark') - - combobox = sg.Combo(values=['', ], size=(10, 1), key='lang') - layout = [ - [sg.Text('Subtitle Grabber', size=(40, 1), font=('Any 15'))], - [sg.Text('YouTube Link'), sg.Input(default_text='', size=(60, 1), key='link')], - [sg.Output(size=(90, 20), font='Courier 12')], - [sg.Button('Get List')], - [sg.Text('Language Code'), combobox, sg.Button('Download')], - [sg.Button('Exit', button_color=('white', 'firebrick3'))] - ] - - window = sg.Window('Subtitle Grabber launcher', layout, - text_justification='r', - default_element_size=(15, 1), - font=('Any 14')) - - # ---===--- Loop taking in user input and using it to query HowDoI --- # - while True: - event, values = window.read() - if event in ('Exit', None): - break # exit button clicked - link = values['link'] - if event == 'Get List': - print('Getting list of subtitles....') - window.refresh() - command = [youtube_executable + f' --list-subs {link}'] - output = ExecuteCommandSubprocess(command, wait=True, quiet=True) - lang_list = [o[:5].rstrip() - for o in output.split('\n') if 'vtt' in o] - lang_list = sorted(lang_list) - combobox.update(values=lang_list) - print('Done') - - elif event == 'Download': - lang = values['lang'] or 'en' - print(f'Downloading subtitle for {lang}...') - window.refresh() - command = [youtube_executable + f' --sub-lang {lang} --write-sub {link}', ] - print(ExecuteCommandSubprocess(command, wait=True, quiet=False)) - print('Done') - window.close() - - -def ExecuteCommandSubprocess(command, wait=False, quiet=True, *args): - try: - sp = subprocess.Popen([command, *args], - shell=True, - stdout=subprocess.PIPE, - stderr=subprocess.PIPE) - if wait: - out, err = sp.communicate() - if not quiet: - if out: - print(out.decode("utf-8")) - if err: - print(err.decode("utf-8")) - except Exception as e: - print('Exception encountered running command ', e) - return '' - - return (out.decode('utf-8')) - - -if __name__ == '__main__': - DownloadSubtitlesGUI() diff --git a/DemoPrograms/Demo_one_line_progress_meter.py b/DemoPrograms/Demo_one_line_progress_meter.py deleted file mode 100644 index 8489fefc2..000000000 --- a/DemoPrograms/Demo_one_line_progress_meter.py +++ /dev/null @@ -1,70 +0,0 @@ -""" - Demo one_line_progress_meter - - Add 1 line of code, get a very nice graphical progress meter window - - As a software engineer, it's frustrating to know that there is a better way that - are not being shown. Adding a progress meter to your loop does not require 2 lines - of code. It can be done with 1. - - So many of the popular progress meter packages require multiple changes to your code. - There are 2 varieties: - * Add 2 lines of code - 1. Add - A setup outside your loop - 2. Add - A call to a meter update function inside inside your loop - * Modify 1, add 1 - 1. Modify - Your existing for statement to use an iterator made by the meter API - 2. Add - A call to the meter update function inside your loop - - The PySimpleGUI "One Line Progress Meter" requires you to: - * Add - A call to the meter update funciton inside your loop - - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -import PySimpleGUI as sg -import time - - - -# --------------------------------- BEFORE --------------------------------- -# Your EXISTING code may look like this - -MAX=100 # the max number of items you'll process -for i in range(MAX): - # Do your processing stuff here (simulated with this sleep) - time.sleep(.1) - print(f'Your old code simply looped through {i}') - - -# --------------------------------- AFTER --------------------------------- -# Now let's add a PySimpleGUI one line progress meter - -MAX=100 # the max number of items you'll process -for i in range(MAX): - # Here is your line of code - sg.one_line_progress_meter('Some test', i+1, MAX) - time.sleep(.1) - print(f'Your new code still simply loops through, but you also get the nifty progress window {i}') - -sg.popup('Done', 'As you can see, the bar auto disappeared', 'because it reached max value') - -# --------------------------------- FANCY --------------------------------- -# What about that "Cancel" button? Let's hook it up - -MAX=100 # the max number of items you'll process -for i in range(MAX): - # This time we're checking to see if the meter stopped. If it stopped early, then it was cancelled. - if not sg.one_line_progress_meter('A Meter You Can Cancel', i+1, MAX, 'KEY', 'Try Clicking Cancel Button') and i+1 != MAX: - sg.popup_auto_close('Cancelling your loop...') - break - time.sleep(.1) - print(f'Your new code still simply loops through, but you also get the nifty progress window {i}') - -sg.popup('Done with your loop!', 'About to exit program') \ No newline at end of file diff --git a/DemoPrograms/Demo_psutil_Kill_Processes.py b/DemoPrograms/Demo_psutil_Kill_Processes.py deleted file mode 100644 index 3edeeb594..000000000 --- a/DemoPrograms/Demo_psutil_Kill_Processes.py +++ /dev/null @@ -1,151 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import os -import signal -import psutil -import operator - -CONFIRM_KILLS = False - - - -""" - Utility to show running processes, CPU usage and provides way to kill processes. - Based on psutil package that is easily installed using pip - - Copyright 2021-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - -def kill_proc_tree(pid, sig=signal.SIGTERM, include_parent=True, - timeout=None, on_terminate=None): - """Kill a process tree (including grandchildren) with signal - "sig" and return a (gone, still_alive) tuple. - "on_terminate", if specified, is a callabck function which is - called as soon as a child terminates. - """ - if pid == os.getpid(): - raise RuntimeError("I refuse to kill myself") - parent = psutil.Process(pid) - children = parent.children(recursive=True) - if include_parent: - children.append(parent) - for p in children: - p.send_signal(sig) - gone, alive = psutil.wait_procs(children, timeout=timeout, - callback=on_terminate) - return (gone, alive) - - -def show_list_by_name(window): - psutil.cpu_percent(interval=.1) - procs = psutil.process_iter() - all_procs = [] - for proc in procs: - pinfo = [proc.cpu_percent(), proc.name(), proc.pid] - try: - cmd = proc.cmdline() - pinfo.append(' '.join(cmd)) - except: - pinfo.append('') - all_procs.append(pinfo) - # all_procs = [[proc.cpu_percent(), proc.name(), proc.pid, proc.cmdline()] for proc in procs] - sorted_by_cpu_procs = sorted(all_procs, key=operator.itemgetter(1), reverse=False) - display_list = [] - for process in sorted_by_cpu_procs: - display_list.append('{:5d} {:5.2f} {} {}\n'.format(process[2], process[0] / 10, process[1], process[3])) - window['-PROCESSES-'].update(display_list) - return display_list - -def main(): - - # ---------------- Create Form ---------------- - sg.theme('Dark Grey 9') - - layout = [[sg.Text('Process Killer - Choose one or more processes', - size=(45,1), font=('Helvetica', 15), text_color='yellow')], - [sg.Listbox(values=[' '], size=(130, 30), select_mode=sg.SELECT_MODE_EXTENDED, horizontal_scroll=True, font=('Courier', 12), key='-PROCESSES-')], - [sg.Col([ - [sg.Text('Click refresh once or twice.. once for list, second to get CPU usage')], - [sg.Text('Filter by typing name', font='ANY 14'), sg.Input(size=(15,1), font='any 14', key='-FILTER-')], - [sg.Button('Sort by Name', ), - sg.Button('Sort by % CPU', button_color=('white', 'DarkOrange2')), - sg.Button('Kill', button_color=('white','red'), bind_return_key=True), - sg.Exit(button_color=('white', 'sea green')), sg.Sizegrip()]], expand_x=True) ]] - - window = sg.Window('Process Killer', layout, - keep_on_top=True, - auto_size_buttons=False, - default_button_element_size=(12,1), - return_keyboard_events=True, - resizable=True, - right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_EXIT, - finalize=True) - window['-PROCESSES-'].expand(True, True) - window.set_min_size(window.size) - display_list = show_list_by_name(window) - # ---------------- main loop ---------------- - while True: - # --------- Read and update window -------- - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - - # skip mouse, control key and shift key events entirely - if 'Mouse' in event or 'Control' in event or 'Shift' in event: - continue - - # --------- Do Button Operations -------- - if event == 'Sort by Name': - display_list = show_list_by_name(window) - # psutil.cpu_percent(interval=.1) - # procs = psutil.process_iter() - # all_procs = [[proc.cpu_percent(), proc.name(), proc.pid] for proc in procs] - # sorted_by_cpu_procs = sorted(all_procs, key=operator.itemgetter(1), reverse=False) - # display_list = [] - # for process in sorted_by_cpu_procs: - # display_list.append('{:5d} {:5.2f} {}\n'.format(process[2], process[0]/10, process[1])) - # window['-PROCESSES-'].update(display_list) - new_output = [] - for line in display_list: - if values['-FILTER-'] in line.lower(): - new_output.append(line) - window['-PROCESSES-'].update(new_output) - elif event == 'Kill': - processes_to_kill = values['-PROCESSES-'] - for proc in processes_to_kill: - pid = int(proc[0:5]) - # if sg.popup_yes_no('About to kill {} {}'.format(pid, proc[12:]), keep_on_top=True) == 'Yes': - try: - kill_proc_tree(pid=pid) - except: - sg.popup_non_blocking('Error killing process', auto_close_duration=2, auto_close=True, keep_on_top=True) - elif event == 'Sort by % CPU': - psutil.cpu_percent(interval=.1) - procs = psutil.process_iter() - all_procs = [[proc.cpu_percent(), proc.name(), proc.pid] for proc in procs] - # procs = psutil.process_iter() - # for proc in procs: - # sg.Print(sg.obj_to_string_single_obj(proc)) - sorted_by_cpu_procs = sorted(all_procs, key=operator.itemgetter(0), reverse=True) - display_list = [] - for process in sorted_by_cpu_procs: - display_list.append('{:5d} {:5.2f} {}\n'.format(process[2], process[0]/10, process[1])) - window['-PROCESSES-'].update(display_list) - elif event == 'Edit Me': - sg.execute_editor(__file__) - else: # was a typed character - if display_list is not None: - new_output = [] - for line in display_list: - if values['-FILTER-'] in line.lower(): - new_output.append(line) - window['-PROCESSES-'].update(new_output) - window.close() - - -if __name__ == "__main__": - main() \ No newline at end of file diff --git a/DemoPrograms/Demo_psutil_Kill_Python_Processes.py b/DemoPrograms/Demo_psutil_Kill_Python_Processes.py deleted file mode 100644 index ee07aefe7..000000000 --- a/DemoPrograms/Demo_psutil_Kill_Python_Processes.py +++ /dev/null @@ -1,221 +0,0 @@ -#!/usr/bin/env python -import PySimpleGUI as sg -import os -import signal -import psutil -import operator -import sys - -CONFIRM_KILLS = False - -""" - Task killer program focused on Python only programs - - While there is another demo program that handles all running processes, this specific - demo is for Python oriented processes only. It is based on the original, more general - purpose task killer demo. - - In addition to filtering out all but Python programs, it also displays the command line used - to launch the program. This is particularly good for programs that have no titlebar or - are running in the background or system tray. - - Copyright 2020-2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" - - -def kill_proc_tree(pid, sig=signal.SIGTERM, include_parent=True, - timeout=None, on_terminate=None): - """Kill a process tree (including grandchildren) with signal - "sig" and return a (gone, still_alive) tuple. - "on_terminate", if specified, is a callabck function which is - called as soon as a child terminates. - """ - if pid == os.getpid(): - raise RuntimeError("I refuse to kill myself") - parent = psutil.Process(pid) - children = parent.children(recursive=True) - if include_parent: - children.append(parent) - for p in children: - p.send_signal(sig) - gone, alive = psutil.wait_procs(children, timeout=timeout, - callback=on_terminate) - return (gone, alive) - - -def kill_proc(pid, sig=signal.SIGTERM, include_parent=True, - timeout=None, on_terminate=None): - """Kill a process tree (including grandchildren) with signal - "sig" and return a (gone, still_alive) tuple. - "on_terminate", if specified, is a callabck function which is - called as soon as a child terminates. - """ - if pid == os.getpid(): - raise RuntimeError("I refuse to kill myself") - parent = psutil.Process(pid) - parent.send_signal(sig) - - -def get_all_procs(): - psutil.cpu_percent(interval=.1) - procs = psutil.process_iter() - all_procs = [] - for proc in procs: - try: - all_procs.append([proc.cpu_percent(), proc.name(), proc.pid, proc.cmdline()]) - except: pass - - disp_data = [] - for process in all_procs: - try: - name = process[3][1] - except: - name = '' - disp_data.append([process[2], process[0]/10, process[1], name]) - return disp_data - - -def show_list_by_name(python_only=False): - disp_data = get_all_procs() - disp_data = sorted(disp_data, key=operator.itemgetter(3), reverse=False) - display_list = [] - for process in disp_data: - if not python_only or (python_only and 'python' in process[2].lower()): - display_list.append('{:5d} {:5.2f} {} {}\n'.format(process[0], process[1], process[2], process[3])) - return display_list - - -def show_list_by_cpu(python_only=False): - disp_data = get_all_procs() - disp_data = sorted(disp_data, key=operator.itemgetter(1), reverse=True) - - display_list = [] - for process in disp_data: - if not python_only or (python_only and 'python' in process[2].lower()): - display_list.append('{:5d} {:5.2f} {} {}\n'.format(process[0], process[1], process[2], process[3])) - return display_list - - -def make_window(): - layout = [[sg.Text('Python Process Killer - Choose one or more processes', - size=(45, 1), font=('Helvetica', 15), text_color='yellow')], - [sg.Listbox(values=[' '], size=(130, 30), select_mode=sg.SELECT_MODE_EXTENDED, font=('Courier', 10), key='-PROCESSES-', expand_x=True, expand_y=True)], - [sg.Text('Click refresh once or twice.. once for list, second to get CPU usage')], - [sg.Text('Filter by typing name', font='ANY 14'), sg.Input(size=(15, 1), font='any 14', key='-FILTER-', enable_events=True), - sg.Checkbox('Show only Python processes', default=True, enable_events=True, key='-PYTHON ONLY-')], - [sg.Button('Sort by Name', ), - sg.Button('Sort by % CPU', button_color=('white', 'DarkOrange2')), - sg.Button('Show Open Files', button_color=('white', 'dark green')), - sg.Button('Kill Selected', button_color=('white', 'red'), bind_return_key=True), - sg.Button('Kill All', button_color='red on white'), - sg.Button('Kill All & Exit', button_color='red on white'), - sg.Exit(button_color=('white', 'sea green')), sg.Sizegrip()]] - - window = sg.Window('Python Process Killer', layout, - keep_on_top=True, - auto_size_buttons=False, - default_button_element_size=(12, 1), - return_keyboard_events=True, - resizable=True, - right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_EXIT, - finalize=True) - window.bind('', 'Kill Selected') - window.set_min_size(window.size) - return window - -def kill_all(python_only=True): - processes_to_kill = show_list_by_name(python_only=python_only) - for proc in processes_to_kill: - pid = int(proc[0:5]) - try: - kill_proc(pid=pid) - # kill_proc_tree(pid=pid) - except Exception as e: - pass - -def main(silent=False): - if silent: - kill_all(python_only=True) - sg.popup_auto_close('Killed everything....', 'This window autocloses') - sys.exit() - # ---------------- Create Form ---------------- - sg.theme('Dark Grey 9') - sg.set_options(icon=icon) - - window = make_window() - current_display_list = display_list = show_list_by_name(window['-PYTHON ONLY-'].get()) - window['-PROCESSES-'].update(display_list) - name_sorted = True - - # ---------------- main loop ---------------- - while True: - # --------- Read and update window -------- - event, values = window.read() - if event in (sg.WIN_CLOSED, 'Exit'): - break - - # skip mouse, control key and shift key events entirely - if 'Mouse' in event or 'Control' in event or 'Shift' in event: - continue - - # --------- Do Button Operations -------- - if event == 'Sort by Name': - window['-PROCESSES-'].update(show_list_by_name(values['-PYTHON ONLY-'])) - name_sorted = True - elif event.startswith('Kill'): - if event.startswith('Kill All'): - processes_to_kill = show_list_by_name(values['-PYTHON ONLY-']) - else: - processes_to_kill = values['-PROCESSES-'] - for proc in processes_to_kill: - pid = int(proc[0:5]) - try: - kill_proc(pid=pid) - # kill_proc_tree(pid=pid) - except Exception as e: - if event.endswith('Selected'): # only show the error if trying to kill only 1 process - sg.popup_no_wait('Error killing process', e, auto_close_duration=2, auto_close=True, keep_on_top=True) - current_display_list = show_list_by_name(values['-PYTHON ONLY-']) if name_sorted else show_list_by_cpu(values['-PYTHON ONLY-']) - window['-PROCESSES-'].update(current_display_list) - if event.endswith('Exit'): - break - elif event == 'Sort by % CPU': - window['-PROCESSES-'].update(show_list_by_cpu(values['-PYTHON ONLY-'])) - name_sorted = False - elif event == 'Show Open Files': - for proc in values['-PROCESSES-']: - pid = int(proc[0:5]) - parent = psutil.Process(pid) - file_list = parent.open_files() - out = '' - for f in file_list: - out += f'{f}\n' - sg.popup_scrolled(out, non_blocking=True, keep_on_top=True,size=(100,30)) - elif event == '-PYTHON ONLY-': # if checkbox changed - current_display_list = show_list_by_name(values['-PYTHON ONLY-']) if name_sorted else show_list_by_cpu(values['-PYTHON ONLY-']) - window['-PROCESSES-'].update(current_display_list) - elif event == '-FILTER-': # was a typed character - # display_list = window['-PROCESSES-'].get_list_values() - display_list = current_display_list - if display_list is not None: - new_output = [] - for line in display_list: - if values['-FILTER-'] in line.lower(): - new_output.append(line) - window['-PROCESSES-'].update(new_output) - elif event == 'Edit Me': - sg.execute_editor(__file__) - window.close() - - -if __name__ == "__main__": - icon = b'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' - - if len(sys.argv) == 2 and sys.argv[1] == 'silent': - main(silent=True) - else: - main(silent=False) \ No newline at end of file diff --git a/DemoPrograms/LICENSE.txt b/DemoPrograms/LICENSE.txt deleted file mode 100644 index d688c9b82..000000000 --- a/DemoPrograms/LICENSE.txt +++ /dev/null @@ -1,588 +0,0 @@ -PySimpleGUI License Agreement - -Version 1.0, Last updated: January 17, 2024 - -This PySimpleGUI License Agreement (the "Agreement") governs the use, -reproduction, distribution, modification and all other exploitation of -PySimpleGUI. 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It is agreed that -because of the proprietary nature of PySimpleGUI, Licensor's remedies at law -for a breach by the Licensee of its obligations under this Agreement may be -inadequate and that Licensor will, in the event of such breach, be entitled to, -in addition to any other remedy available to it, equitable relief, including -injunctive relief, without the posting of any bond and in addition to all other -remedies provided under this Agreement or available at law. - -Exhibit A - -PySimpleGUI Flow-Down License Terms - -This product (the "Product") includes PySimpleGUI (https://PySimpleGUI.com) or -a version of PySimpleGUI modified by the person or legal entity that provided -you with this product ("Provider"). - -PySimpleGUI is Copyright (c) PySimpleSoft, Inc. and/or its licensors. - -Use of PySimpleGUI is subject to the license terms available at -https://PySimpleGUI.com/eula, including all limitations of liability and other -terms set forth therein. By using the Product, you acknowledge and agree that -PySimpleSoft has no obligation or liability to you regarding the operation, -support or maintenance of PySimpleGUI or of the Product. PYSIMPLEGUI IS -PROVIDED "AS IS," WITHOUT ANY WARRANTIES, WHETHER EXPRESS OR IMPLIED. -PYSIMPLESOFT DISCLAIMS ALL IMPLIED WARRANTIES, INCLUDING WITHOUT LIMITATION THE -IMPLIED WARRANTIES OF NONINFRINGEMENT, TITLE, MERCHANTABILITY AND FITNESS FOR A -PARTICULAR PURPOSE. diff --git a/DemoPrograms/README.md b/DemoPrograms/README.md deleted file mode 100644 index abfb00885..000000000 --- a/DemoPrograms/README.md +++ /dev/null @@ -1,121 +0,0 @@ -

-

- -

psgdemos

-

A PySimpleGUI Application

-

- -PySimpleGUI Demo Programs - -Demonstrate PySimpleGUI features. Are you trying to figure out a -specific feature of PySimpleGUI? There's a demo for that! The Demo -Browser let's you search through hundreds of demo programs to find -ones that demonstrates the features you need. - - - - - -

- - - -## Features - -* Hundreds of programs to demonstrate any feature. -* Run demos with a single click. -* Browse demo names and search demo source code. -* Integrates with your favorite editor. -* Advanced features for advanced users. - -## Installation - -### Using PIP with PyPI - -The latest official release of PySimpleGUI products can be found on PyPI. To pip install the demo applications from PyPI, use this command - -#### If you use the command `python` on your computer to invoke Python (Windows): - -`pip install --upgrade psgdemos` - -#### If you use the command `python3` on your computer to invoke Python (Linux, Mac): - -`pip3 install --upgrade psgdemos` - -### Using PIP with GitHub - -You can also pip install the Demo Programs that are in the PySimpleGUI GitHub account. The GitHub version has bug fixes and new programs/features that have not yet been released to PyPI. These same Demo Programs can be found in the `psgdemos` repo. To directly pip install from that repo: - -#### If you use the command `python` on your computer to invoke Python (Windows): - -```bash -python -m pip install --upgrade https://github.com/PySimpleGUI/psgdemos/zipball/main -``` - -#### If you use the command `python3` on your computer to invoke Python (Linux, Mac): - -```bash -python3 -m pip install --upgrade https://github.com/PySimpleGUI/psgdemos/zipball/main -``` - -## Usage - -Once installed, launch psgdemos by typing the following in your command line: - -`psgdemos` - -## Create a Windows 1-Click Shortcut - -psgdemos is your first stop when implementing any new feature for your -application. To keep psgdemos at your fingertips, on Windows, you can -create a shortcut that keeps psgdemos as close as a single click. Use -the [`psgshortcut` application](https://pypi.org/project/psgshortcut/) -app to make such shortcuts. You can then add the shortcut to your -desktop or taskbar and launch psgdemos with a single click! - -To do this, follow these steps: - -1. `pip install psgshortcut` -1. Open a command window (We promise, it's the last time you'll need the command line for psgdemos) -2. Type `where psgdemos` -3. Copy the resulting line into psgshortcut first input -4. Run psgdemos by typing `psgdemos` in your command window -5. Right click and choose "File Location" -6. Copy the file location results, but change the extension from .py to .ico and paste into the Icon file input of the shortcut maker -7. Click "Create Shortcut" - -These steps create a shortcut in the same folder as the target file. You can now move this shortcut file to any place you want (like to your desktop). Double-click the shortcut and your program will launch. - -## License & Copyright - -Copyright 2023-2024 PySimpleSoft, Inc. and/or its licensors. - -This is a free-to-use "Utility" and is licensed under the -PySimpleGUI License Agreement, a copy of which is included in the -license.txt file and also available at https://pysimplegui.com/eula. - -Please see Section 1.2 of the license regarding the use of this Utility, -and see https://pysimplegui.com/faq for any questions. - - -## Contributing - -We are happy to receive issues describing bug reports and feature -requests! If your bug report relates to a security vulnerability, -please do not file a public issue, and please instead reach out to us -at issues@PySimpleGUI.com. - -We do not accept (and do not wish to receive) contributions of -user-created or third-party code, including patches, pull requests, or -code snippets incorporated into submitted issues. Please do not send -us any such code! Bug reports and feature requests should not include -any source code. - -If you nonetheless submit any user-created or third-party code to us, -(1) you assign to us all rights and title in or relating to the code; -and (2) to the extent any such assignment is not fully effective, you -hereby grant to us a royalty-free, perpetual, irrevocable, worldwide, -unlimited, sublicensable, transferrable license under all intellectual -property rights embodied therein or relating thereto, to exploit the -code in any manner we choose, including to incorporate the code into -PySimpleGUI and to redistribute it under any terms at our discretion. diff --git a/DemoPrograms/psgdemos.ico b/DemoPrograms/psgdemos.ico deleted file mode 100644 index 8eda664ef..000000000 Binary files a/DemoPrograms/psgdemos.ico and /dev/null differ diff --git a/DemoPrograms/psgdemos.py b/DemoPrograms/psgdemos.py deleted file mode 100644 index 329a6ec12..000000000 --- a/DemoPrograms/psgdemos.py +++ /dev/null @@ -1,1066 +0,0 @@ -''' -Copyright 2022-2024 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject -to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant -to the PySimpleGUI License Agreement. -''' - -import os -import sys -import mmap, re -import warnings -import PySimpleGUI as sg - -version = '5.0.0' -__version__ = version.split()[0] - - -packages_with_weird_names = {'cv2':'opencv-python', - 'PIL':'pillow', - 'vlc':'python-vlc', - } - - -""" - PySimpleGUI Demo Program Browser - - Originaly written for PySimpleGUI Demo Programs, but expanded to - be a general purpose tool. Enable Advanced Mode in settings for more fun - - Use to filter and search your source code tree. - Then run or edit your files - - Filter the list of : - * Search using filename - * Searching within the programs' source code (like grep) - - The basic file operations are - * Edit a file in your editor - * Run a file - * Filter file list - * Search in files - * Run a regular expression search on all files - * Display the matching line in a file - - Additional operations - * Edit this file in editor - - Keeps a "history" of the previously chosen folders to easy switching between projects - - Versions: - 5.0.0 11-Feb-2024 The NEW Demo Browser for use with PySimpleGUI 5! - - Copyright 2021, 2022, 2023, 2024 PySimpleSoft Inc. -""" - -''' -MM""""""""`M oo dP -MM mmmmmmmM 88 -M' MMMM dP 88 .d8888b. -MM MMMMMMMM 88 88 88ooood8 -MM MMMMMMMM 88 88 88. ... -MM MMMMMMMM dP dP `88888P' -MMMMMMMMMMMM - -MM""""""""`M -MM mmmmmmmM -M' MMMM dP dP 88d888b. .d8888b. .d8888b. -MM MMMMMMMM 88 88 88' `88 88' `"" Y8ooooo. -MM MMMMMMMM 88. .88 88 88 88. ... 88 -MM MMMMMMMM `88888P' dP dP `88888P' `88888P' -MMMMMMMMMMMM -''' - -def get_file_list_dict(): - """ - Returns dictionary of files - Key is short filename - Value is the full filename and path - - :return: Dictionary of demo files - :rtype: Dict[str:str] - """ - python_only = not sg.user_settings_get_entry('-show all files-', False) - demo_path = get_demo_path() - demo_files_dict = {} - for dirname, dirnames, filenames in os.walk(demo_path): - for filename in filenames: - if python_only is not True or filename.endswith('.py') or filename.endswith('.pyw'): - fname_full = os.path.join(dirname, filename) - if filename not in demo_files_dict.keys(): - demo_files_dict[filename] = fname_full - else: - # Allow up to 100 dupicated names. After that, give up - for i in range(1, 100): - new_filename = f'{filename}_{i}' - if new_filename not in demo_files_dict: - demo_files_dict[new_filename] = fname_full - break - - return demo_files_dict - - -def get_file_list(): - """ - Returns list of filenames of files to display - No path is shown, only the short filename - - :return: List of filenames - :rtype: List[str] - """ - return sorted(list(get_file_list_dict().keys())) - - -def get_demo_path(): - """ - Get the top-level folder path - :return: Path to list of files using the user settings for this file. Returns folder of this file if not found - :rtype: str - """ - demo_path = sg.user_settings_get_entry('-demos folder-', os.path.dirname(__file__)) - - return demo_path - - -def get_global_editor(): - """ - Get the path to the editor based on user settings or on PySimpleGUI's global settings - - :return: Path to the editor - :rtype: str - """ - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_editor = sg.pysimplegui_user_settings.get('-editor program-') - except: - global_editor = '' - return global_editor - - -def get_editor(): - """ - Get the path to the editor based on user settings or on PySimpleGUI's global settings - - :return: Path to the editor - :rtype: str - """ - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_editor = sg.pysimplegui_user_settings.get('-editor program-') - except: - global_editor = '' - user_editor = sg.user_settings_get_entry('-editor program-', '') - if user_editor == '': - user_editor = global_editor - - return user_editor - -def using_local_editor(): - user_editor = sg.user_settings_get_entry('-editor program-', None) - return get_editor() == user_editor - - -def get_explorer(): - """ - Get the path to the file explorer program - - :return: Path to the file explorer EXE - :rtype: str - """ - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_explorer = sg.pysimplegui_user_settings.get('-explorer program-', '') - except: - global_explorer = '' - explorer = sg.user_settings_get_entry('-explorer program-', '') - if explorer == '': - explorer = global_explorer - return explorer - - -def advanced_mode(): - """ - Returns True is advanced GUI should be shown - - :return: True if user indicated wants the advanced GUI to be shown (set in the settings window) - :rtype: bool - """ - return sg.user_settings_get_entry('-advanced mode-', True) - - - -def get_theme(): - """ - Get the theme to use for the program - Value is in this program's user settings. If none set, then use PySimpleGUI's global default theme - :return: The theme - :rtype: str - """ - # First get the current global theme for PySimpleGUI to use if none has been set for this program - try: - global_theme = sg.theme_global() - except: - global_theme = sg.theme() - # Get theme from user settings for this program. Use global theme if no entry found - user_theme = sg.user_settings_get_entry('-theme-', '') - if user_theme == '': - user_theme = global_theme - return user_theme - -# We handle our code properly. But in case the user types in a flag, the flags are now in the middle of a regex. Ignore this warning. - -warnings.filterwarnings("ignore", category=DeprecationWarning) - -# New function -def get_line_number(file_path, string, dupe_lines): - lmn = 0 - with open(file_path, encoding="utf-8") as f: - for num, line in enumerate(f, 1): - if string.strip() == line.strip() and num not in dupe_lines: - lmn = num - return lmn - -def kill_ascii(s): - return "".join([x if ord(x) < 128 else '?' for x in s]) - -''' -MM'""""'YMM dP dP -M' .mmm. `M 88 88 -M MMMMMooM 88d888b. .d8888b. .d8888b. 88 .dP -M MMMMMMMM 88' `88 88ooood8 88' `"" 88888" -M. `MMM' .M 88 88 88. ... 88. ... 88 `8b. -MM. .dM dP dP `88888P' `88888P' dP `YP -MMMMMMMMMMM - -M""M dP -M M 88 -M M 88d8b.d8b. 88d888b. .d8888b. 88d888b. d8888P .d8888b. -M M 88'`88'`88 88' `88 88' `88 88' `88 88 Y8ooooo. -M M 88 88 88 88. .88 88. .88 88 88 88 -M M dP dP dP 88Y888P' `88888P' dP dP `88888P' -MMMM 88 - dP -''' - - -def offer_install(module): - if sg.popup_yes_no(f'The program failed to import a package. You need to install {module}.', 'Would you like PySimpleGUI to install this package for you?', - title=f'Package {module} not found') != 'Yes': - return False - if module in packages_with_weird_names.keys(): - module = packages_with_weird_names[module] - try: - sg.execute_pip_install_package(module) - sg.cprint(f'Module {module} successfully installed.', colors='white on green') - sg.popup('Restarting your application to reload the modules...', auto_close_duration=2, auto_close=True) - sg.execute_command_subprocess(sys.executable, __file__, pipe_output=False, wait=False) - exit() - return True - except Exception as e: - sg.popup('Error performing the pip install. You may need a newer version of PySimpleGUI.', e) - # pip_install_latest(package) - # sg.popup('Restarting your application...', auto_close_duration=2, auto_close=True) - # sg.execute_command_subprocess(sys.executable, __file__, pipe_output=False, wait=False) - return False - -def check_module(module): - try: - __import__(module) - # print(f'{module} passed') - return True - except ImportError: - sg.cprint(f'Module {module} not found.', colors='white on red') - if offer_install(module): - return True - return False - - -def check_modules_on_import_line(line:str): - modules = line.split(' ', 1)[1].split(',') - # print(f'modules = {modules}') - for module in modules: - if ' as ' in module: - module = module.split('as')[0].strip() - if '.' in module: - module = module.split('.')[0].strip() - # print(f'checking "{module}"') - if not check_module(module): - return False - - return True - - - - -def check_imports_in_file(filename): - # Check if the file exists - if not os.path.exists(filename): - print("File does not exist") - return False - all_passed = True - # Open the file - file = open(filename, 'r', encoding='utf-8') - lines = file.readlines() - # Read the file line by line - for line in lines: - # print(line) - # Check if the line is an import statement - sline = line.strip() # strip the line in case it's indented - if sline.startswith('import'): - # Check if the module exists - if not check_modules_on_import_line(sline): - all_passed = False - elif sline.startswith('from'): - module = re.search(r'from (\w+)', sline).group(1) - if not check_module(module): - all_passed = False - # Close the file - file.close() - return all_passed - -''' -MM""""""""`M oo dP -MM mmmmmmmM 88 -M' MMMM dP 88 .d8888b. -MM MMMMMMMM 88 88 88ooood8 -MM MMMMMMMM 88 88 88. ... -MM MMMMMMMM dP dP `88888P' -MMMMMMMMMMMM - -MP""""""`MM dP -M mmmmm..M 88 -M. `YM .d8888b. .d8888b. 88d888b. .d8888b. 88d888b. -MMMMMMM. M 88ooood8 88' `88 88' `88 88' `"" 88' `88 -M. .MMM' M 88. ... 88. .88 88 88. ... 88 88 -Mb. .dM `88888P' `88888P8 dP `88888P' dP dP -MMMMMMMMMMM -''' - -def find_in_file(string, demo_files_dict, regex=False, verbose=False, window=None, ignore_case=True, show_first_match=True): - """ - Search through the demo files for a string. - The case of the string and the file contents are ignored - - :param string: String to search for - :param verbose: if True print the FIRST match - :type verbose: bool - :param find_all_matches: if True, then return all matches in the dictionary - :type find_all_matches: bool - :return: List of files containing the string - :rtype: List[str] - """ - - - # So you face a predicament here. You wish to read files, both small and large; however the bigger the file/bigger the list, the longer to read the file. - # This probably isn't what you want, right? - # Well, we can't use a direct command line to run grep and parse. But it is an option. The user may not have it. - # We could check if grep exists and if not use our method; but it isn't the best way. - # So using background knowldge, we know that grep is *very* fast. - # - # Why? - # Grep reads a *ton* of files into memory then searches through the memory to find the string or regex/pattern corresponding to the file. - # (This is useful if you ever accidently delete a file, grep may be able to get you the contents of it again!) - # How can we load a file into memory on python as fast as grep whilst keeping it universal? - # memory mapping (mmap). - # We can't load a lot of files into memory as we may face issues with watchdog on other operating systems. So we load one file at a time and search though there. - # This will allow the fastest searching and loading of a file without sacrificing read times. - # 2.8 seconds on the highend for both small and large files in memory. - # We also don't have to iterate over lines this way. - file_list = [] - num_files = 0 - matched_dict = {} - for file in demo_files_dict: - try: - full_filename = demo_files_dict[file] - if not demo_files_dict == get_file_list_dict(): - full_filename = full_filename[0] - matches = None - - with open(full_filename, 'rb', 0) as f, mmap.mmap(f.fileno(), 0, access=mmap.ACCESS_READ) as s: - if regex: - window['-FIND NUMBER-'].update(f'{num_files} files') - window.refresh() - matches = re.finditer(bytes("^.*(" + string + ").*$", 'utf-8'), s, re.MULTILINE) - if matches: - for match in matches: - if match is not None: - if file not in file_list: - file_list.append(file) - num_files += 1 - if verbose: - sg.cprint(f"{file}:", c = 'white on green') - sg.cprint(f"{match.group(0).decode('utf-8')}\n") - else: - window['-FIND NUMBER-'].update(f'{num_files} files') - window.refresh() - matches = None - if ignore_case: - if show_first_match: - matches = re.search(br'(?i)^' + bytes(".*("+re.escape(string.lower()) + ").*$", 'utf-8'), s, re.MULTILINE) - else: - matches = re.finditer(br'(?i)^' + bytes(".*("+re.escape(string.lower()) + ").*$", 'utf-8'), s, re.MULTILINE) - else: - if show_first_match: - matches = re.search(br'^' + bytes(".*("+re.escape(string) + ").*$", 'utf-8'), s, re.MULTILINE) - else: - matches = re.finditer(br'^' + bytes(".*("+re.escape(string) + ").*$", 'utf-8'), s, re.MULTILINE) - if matches: - if show_first_match: - #file_list.append(file) - #num_files += 1 - match_array = [] - - matched_str = matches.group(0).decode('utf-8') - if not all(x in matched_str for x in ("b'", '=')) and len(matched_str) < 500: - # safe to assume this is not a base64 string as it does not contain the proper ending - match_array.append(matches.group(0).decode('utf-8')) - matched_dict[full_filename] = match_array - file_list.append(file) - num_files += 1 - else: - # We need to do this because strings are "falsy" in Python, but empty matches still return True... - append_file = False - match_array = [] - for match_ in matches: - matched_str = match_.group(0).decode('utf-8') - if matched_str: - if not all(x in matched_str for x in ("b'", '=')) and len(matched_str) < 500: - # if len(match_str) < 500 and "=" not in match_str and "b'" not in match_str: - match_array.append(matched_str) - append_file = True - if append_file: - file_list.append(file) - num_files += 1 - matched_dict[full_filename] = match_array - - # del matches - except ValueError: - del matches - except Exception as e: - exc_type, exc_obj, exc_tb = sys.exc_info() - fname = os.path.split(exc_tb.tb_frame.f_code.co_filename)[1] - print(exc_type, fname, exc_tb.tb_lineno) - print(f'{file}', e, file=sys.stderr) - - # Format of the matches dictionary - # Filename, [num1, num2, num3] - file_lines_dict = {} - list_of_matches = [] - if not regex: - for key in matched_dict: - head, tail = os.path.split(key) - # Tails. Don't wanna put Washington in places he doesn't want to be. - file_array_old = [key] - - file_array_new = [] - - file_match_list = [] - - if verbose: - sg.cprint(f"{tail}:", c='white on green') - try: - dupe_lines = [] - for _match in matched_dict[key]: - line_num_match = get_line_number(key, _match, dupe_lines) - dupe_lines.append(line_num_match) - file_array_new.append(line_num_match) - file_match_list.append(_match) # I *really* overthinked this. - if verbose: - sg.cprint(f"Line: {line_num_match} ", c='white on purple', end='') - sg.cprint(f"{_match.strip()}\n") - # Make a list of the matches found in this file to add to the dictionry - list_of_matches.append(_match.strip()) - file_array_old.append(file_array_new) - file_array_old.append(file_match_list) - - if tail in file_lines_dict: - for i in range(1, 100): - new_tail = f'{tail}_{i}' - if new_tail not in file_lines_dict: - file_lines_dict[new_tail] = file_array_old - break - else: - file_lines_dict[tail] = file_array_old - except Exception as e: - pass - find_in_file.file_list_dict = file_lines_dict - - file_list = list(set(file_list)) - return file_list - - -def window_choose_line_to_edit(filename, full_filename, line_num_list, match_list): - # sg.popup('matches previously found for this file:', filename, line_num_list) - i = 0 - if len(line_num_list) == 1: - return full_filename, line_num_list[0] - layout = [[sg.T(f'Choose line from {filename}', font='_ 14')]] - for line in sorted(set(line_num_list)): - match_text = match_list[i] - layout += [[sg.Text(f'Line {line} : {match_text}', key=('-T-', line), enable_events=True, size=(min(len(match_text), 90), None))]] - i += 1 - layout += [[sg.B('Cancel')]] - - window = sg.Window('Open Editor', layout) - - line_chosen = line_num_list[0] - while True: - event, values = window.read() - if event in ('Cancel', sg.WIN_CLOSED): - line_chosen = None - break - # At this point we know a line was chosen - line_chosen = event[1] - break - - window.close() - return full_filename, line_chosen - -''' -MP""""""`MM dP dP oo -M mmmmm..M 88 88 -M. `YM .d8888b. d8888P d8888P dP 88d888b. .d8888b. .d8888b. -MMMMMMM. M 88ooood8 88 88 88 88' `88 88' `88 Y8ooooo. -M. .MMM' M 88. ... 88 88 88 88 88 88. .88 88 -Mb. .dM `88888P' dP dP dP dP dP `8888P88 `88888P' -MMMMMMMMMMM .88 - d8888P -M""MMM""MMM""M oo dP -M MMM MMM M 88 -M MMP MMP M dP 88d888b. .d888b88 .d8888b. dP dP dP -M MM' MM' .M 88 88' `88 88' `88 88' `88 88 88 88 -M `' . '' .MM 88 88 88 88. .88 88. .88 88.88b.88' -M .d .dMMM dP dP dP `88888P8 `88888P' 8888P Y8P -MMMMMMMMMMMMMM - -''' - - -def settings_window(): - """ - Show the settings window. - This is where the folder paths and program paths are set. - Returns True if settings were changed - - :return: True if settings were changed - :rtype: (bool) - """ - - try: - global_editor = sg.pysimplegui_user_settings.get('-editor program-') - except: - global_editor = '' - try: - global_explorer = sg.pysimplegui_user_settings.get('-explorer program-') - except: - global_explorer = '' - try: # in case running with old version of PySimpleGUI that doesn't have a global PSG settings path - global_theme = sg.theme_global() - except: - global_theme = '' - - layout = [[sg.T('Program Settings', font='DEFAULT 25')], - [sg.T('Path to Tree', font='_ 16')], - [sg.Combo(sorted(sg.user_settings_get_entry('-folder names-', [])), default_value=sg.user_settings_get_entry('-demos folder-', get_demo_path()), size=(50, 1), key='-FOLDERNAME-'), - sg.FolderBrowse('Folder Browse', target='-FOLDERNAME-'), sg.B('Clear History')], - [sg.T('Editor Program', font='_ 16')], - [sg.T('Leave blank to use global default'), sg.T(global_editor)], - [ sg.In(sg.user_settings_get_entry('-editor program-', ''),k='-EDITOR PROGRAM-'), sg.FileBrowse()], - [sg.T('File Explorer Program', font='_ 16')], - [sg.T('Leave blank to use global default'), sg.T(global_explorer)], - [ sg.In(sg.user_settings_get_entry('-explorer program-'), k='-EXPLORER PROGRAM-'), sg.FileBrowse()], - [sg.T('Theme', font='_ 16')], - [sg.T('Leave blank to use global default'), sg.T(global_theme)], - [sg.Combo(['']+sg.theme_list(),sg.user_settings_get_entry('-theme-', ''), readonly=True, k='-THEME-')], - [sg.T('Double-click a File Will:'), sg.R('Run', 2, sg.user_settings_get_entry('-dclick runs-', False), k='-DCLICK RUNS-'), sg.R('Edit', 2, sg.user_settings_get_entry('-dclick edits-', False), k='-DCLICK EDITS-'), sg.R('Nothing', 2, sg.user_settings_get_entry('-dclick none-', False), k='-DCLICK NONE-')], - [sg.CB('Check That Imported Modules Are Installed', sg.user_settings_get_entry('-check imports-', False), k='-CHECK IMPORTS-')], - [sg.CB('Use Advanced Interface', default=advanced_mode() ,k='-ADVANCED MODE-')], - [sg.B('Ok', bind_return_key=True), sg.B('Cancel')], - ] - - window = sg.Window('Settings', layout) - - settings_changed = False - - while True: - event, values = window.read() - if event in ('Cancel', sg.WIN_CLOSED): - break - if event == 'Ok': - sg.user_settings_set_entry('-demos folder-', values['-FOLDERNAME-']) - sg.user_settings_set_entry('-editor program-', values['-EDITOR PROGRAM-']) - sg.user_settings_set_entry('-theme-', values['-THEME-']) - sg.user_settings_set_entry('-folder names-', list(set(sg.user_settings_get_entry('-folder names-', []) + [values['-FOLDERNAME-'], ]))) - sg.user_settings_set_entry('-explorer program-', values['-EXPLORER PROGRAM-']) - sg.user_settings_set_entry('-advanced mode-', values['-ADVANCED MODE-']) - sg.user_settings_set_entry('-dclick runs-', values['-DCLICK RUNS-']) - sg.user_settings_set_entry('-dclick edits-', values['-DCLICK EDITS-']) - sg.user_settings_set_entry('-dclick nothing-', values['-DCLICK NONE-']) - sg.user_settings_set_entry('-check imports-', values['-CHECK IMPORTS-']) - settings_changed = True - break - elif event == 'Clear History': - sg.user_settings_set_entry('-folder names-', []) - sg.user_settings_set_entry('-last filename-', '') - window['-FOLDERNAME-'].update(values=[], value='') - - window.close() - return settings_changed - - - -''' -M"""""`'"""`YM oo -M mm. mm. M -M MMM MMM M .d8888b. dP 88d888b. -M MMM MMM M 88' `88 88 88' `88 -M MMM MMM M 88. .88 88 88 88 -M MMM MMM M `88888P8 dP dP dP -MMMMMMMMMMMMMM - -M""MMM""MMM""M oo dP -M MMM MMM M 88 -M MMP MMP M dP 88d888b. .d888b88 .d8888b. dP dP dP -M MM' MM' .M 88 88' `88 88' `88 88' `88 88 88 88 -M `' . '' .MM 88 88 88 88. .88 88. .88 88.88b.88' -M .d .dMMM dP dP dP `88888P8 `88888P' 8888P Y8P -MMMMMMMMMMMMMM -''' - -ML_KEY = '-ML-' # Multline's key - -# --------------------------------- Create the window --------------------------------- -def make_window(): - """ - Creates the main window - :return: The main window object - :rtype: (sg.Window) - """ - theme = get_theme() - if not theme: - theme = sg.OFFICIAL_PYSIMPLEGUI_THEME - sg.theme(theme) - # First the window layout...2 columns - - find_tooltip = "Find in file\nEnter a string in box to search for string inside of the files.\nFile list will update with list of files string found inside." - filter_tooltip = "Filter files\nEnter a string in box to narrow down the list of files.\nFile list will update with list of files with string in filename." - find_re_tooltip = "Find in file using Regular Expression\nEnter a string in box to search for string inside of the files.\nSearch is performed after clicking the FindRE button." - - - left_col = sg.Column([ - [sg.Listbox(values=get_file_list(), select_mode=sg.SELECT_MODE_EXTENDED, size=(50,20), bind_return_key=True, key='-DEMO LIST-', expand_x=True, expand_y=True)], - [sg.Text('Filter (F1):', tooltip=filter_tooltip), sg.Input(size=(25, 1), focus=True, enable_events=True, key='-FILTER-', tooltip=filter_tooltip), - sg.T(size=(15,1), k='-FILTER NUMBER-')], - [sg.Button('Run'), sg.B('Edit'), sg.B('Clear'), sg.B('Open Folder'), sg.B('Copy Path')], - [sg.Text('Find (F2):', tooltip=find_tooltip), sg.Input(size=(25, 1), enable_events=True, key='-FIND-', tooltip=find_tooltip), - sg.T(size=(15,1), k='-FIND NUMBER-')], - ], element_justification='l', expand_x=True, expand_y=True) - - lef_col_find_re = sg.pin(sg.Col([ - [sg.Text('Find (F3):', tooltip=find_re_tooltip), sg.Input(size=(25, 1),key='-FIND RE-', tooltip=find_re_tooltip),sg.B('Find RE')]], k='-RE COL-')) - - right_col = [ - [sg.Multiline(size=(70, 21), write_only=True, expand_x=True, expand_y=True, key=ML_KEY, reroute_stdout=True, echo_stdout_stderr=True, reroute_cprint=True)], - [sg.B('Settings'), sg.Button('Exit')], - [sg.T('Demo Browser Ver ' + version)], - [sg.T('PySimpleGUI ver ' + sg.version.split(' ')[0] + ' tkinter ver ' + sg.tclversion_detailed, font='Default 8', pad=(0,0))], - [sg.T('Python ver ' + sys.version, font='Default 8', pad=(0,0))], - [sg.T('Interpreter ' + sg.execute_py_get_interpreter(), font='Default 8', pad=(0,0))], - ] - - options_at_bottom = sg.pin(sg.Column([[sg.CB('Verbose', enable_events=True, k='-VERBOSE-', tooltip='Enable to see the matches in the right hand column'), - sg.CB('Show only first match in file', default=True, enable_events=True, k='-FIRST MATCH ONLY-', tooltip='Disable to see ALL matches found in files'), - sg.CB('Find ignore case', default=True, enable_events=True, k='-IGNORE CASE-'), - sg.CB('Wait for Runs to Complete', default=False, enable_events=True, k='-WAIT-'), - sg.CB('Show ALL file types', default=sg.user_settings_get_entry('-show all files-', False), enable_events=True, k='-SHOW ALL FILES-'), - ]], - pad=(0,0), k='-OPTIONS BOTTOM-', expand_x=True, expand_y=False), expand_x=True, expand_y=False) - - choose_folder_at_top = sg.pin(sg.Column([[sg.T('Click settings to set top of your tree or choose a previously chosen folder'), - sg.Combo(sorted(sg.user_settings_get_entry('-folder names-', [])), default_value=sg.user_settings_get_entry('-demos folder-', ''), size=(50, 30), key='-FOLDERNAME-', enable_events=True, readonly=True)]], pad=(0,0), k='-FOLDER CHOOSE-')) - # ----- Full layout ----- - - layout = [[sg.Text('PySimpleGUI Demo Program & Project Browser', font='Any 20')], - [choose_folder_at_top], - # [sg.Column([[left_col],[ lef_col_find_re]], element_justification='l', expand_x=True, expand_y=True), sg.Column(right_col, element_justification='c', expand_x=True, expand_y=True)], - [sg.Pane([sg.Column([[left_col],[ lef_col_find_re]], element_justification='l', expand_x=True, expand_y=True), sg.Column(right_col, element_justification='c', expand_x=True, expand_y=True) ], orientation='h', relief=sg.RELIEF_SUNKEN, expand_x=True, expand_y=True, k='-PANE-')], - [options_at_bottom, sg.Sizegrip()]] - - # --------------------------------- Create Window --------------------------------- - # TODO Uncomment when deploy PSG5 - # window = sg.Window('PSG Demo & Project Browser', layout, finalize=True, resizable=True, use_default_focus=False, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT, auto_save_location=True) - # TODO Remove when deploy PSG5 - window = sg.Window('PSG Demo & Project Browser', layout, finalize=True, resizable=True, use_default_focus=False, right_click_menu=sg.MENU_RIGHT_CLICK_EDITME_VER_EXIT) - window.set_min_size(window.size) - - - # window.bind("", 'Exit') # matches the underscore shown on the Exit button (For now disabled this feature until buttons with underscore released to PyPI) - - window.bind('', '-FOCUS FILTER-') - window.bind('', '-FOCUS FIND-') - window.bind('', '-FOCUS RE FIND-') - if not advanced_mode(): - window['-FOLDER CHOOSE-'].update(visible=False) - window['-RE COL-'].update(visible=False) - window['-OPTIONS BOTTOM-'].update(visible=False) - - window.bring_to_front() - return window - - -''' -M""M dP dP dP -M M 88 88 88 -M M 88d888b. .d8888b. d8888P .d8888b. 88 88 .d8888b. 88d888b. -M M 88' `88 Y8ooooo. 88 88' `88 88 88 88ooood8 88' `88 -M M 88 88 88 88 88. .88 88 88 88. ... 88 -M M dP dP `88888P' dP `88888P8 dP dP `88888P' dP -MMMM -''' - - -def pip_install_thread(window, sp): - window.write_event_value('-THREAD-', (sp, 'Install thread started')) - for line in sp.stdout: - oline = line.decode().rstrip() - window.write_event_value('-THREAD-', (sp, oline)) - - - -def pip_install_latest(): - - pip_command = '-m pip install --upgrade --no-cache-dir PySimpleGUI>=5' - - python_command = sys.executable # always use the currently running interpreter to perform the pip! - if 'pythonw' in python_command: - python_command = python_command.replace('pythonw', 'python') - - layout = [[sg.Text('Installing PySimpleGUI', font='_ 14')], - [sg.Multiline(s=(90, 15), k='-MLINE-', reroute_cprint=True, reroute_stdout=True, echo_stdout_stderr=True, write_only=True, expand_x=True, expand_y=True)], - [sg.Push(), sg.Button('Downloading...', k='-EXIT-'), sg.Sizegrip()]] - - window = sg.Window('Pip Install PySimpleGUI Utilities', layout, finalize=True, keep_on_top=True, modal=True, disable_close=True, resizable=True) - - window.disable_debugger() - - sg.cprint('Installing with the Python interpreter =', python_command, c='white on purple') - - sp = sg.execute_command_subprocess(python_command, pip_command, pipe_output=True, wait=False) - - window.start_thread(lambda: pip_install_thread(window, sp), end_key='-THREAD DONE-') - - while True: - event, values = window.read() - if event == sg.WIN_CLOSED or (event == '-EXIT-' and window['-EXIT-'].ButtonText == 'Done'): - break - elif event == '-THREAD DONE-': - sg.cprint('\n') - show_package_version('PySimpleGUI') - sg.cprint('Done Installing PySimpleGUI. Click Done and the program will restart.', c='white on red', font='default 12 italic') - window['-EXIT-'].update(text='Done', button_color='white on red') - elif event == '-THREAD-': - sg.cprint(values['-THREAD-'][1]) - - window.close() - -def suggest_upgrade_gui(): - layout = [[sg.Image(sg.EMOJI_BASE64_HAPPY_GASP), sg.Text(f'PySimpleGUI 5+ Required', font='_ 15 bold')], - [sg.Text(f'PySimpleGUI 5+ required for this program to function correctly.')], - [sg.Text(f'You are running PySimpleGUI {sg.version}')], - [sg.Text('Would you like to upgrade to the latest version of PySimpleGUI now?')], - [sg.Push(), sg.Button('Upgrade', size=8, k='-UPGRADE-'), sg.Button('Cancel', size=8)]] - - window = sg.Window(title=f'Newer version of PySimpleGUI required', layout=layout, font='_ 12') - - while True: - event, values = window.read() - - if event in (sg.WIN_CLOSED, 'Cancel'): - window.close() - break - elif event == '-UPGRADE-': - window.close() - pip_install_latest() - sg.execute_command_subprocess(sys.executable, __file__, pipe_output=True, wait=False) - break - - -def make_str_pre_38(package): - return f""" -import warnings -warnings.filterwarnings("ignore", category=DeprecationWarning) -import pkg_resources -try: - ver=pkg_resources.get_distribution("{package}").version.rstrip() -except: - ver=' ' -print(ver, end='') -""" - -def make_str(package): - return f""" -import importlib.metadata - -try: - ver = importlib.metadata.version("{package}") -except importlib.metadata.PackageNotFoundError: - ver = ' ' -print(ver, end='') -""" - - -def show_package_version(package): - """ - Function that shows all versions of a package - """ - interpreter = sg.execute_py_get_interpreter() - sg.cprint(f'{package} upgraded to ', end='', c='red') - # print(f'{interpreter}') - if sys.version_info.major == 3 and sys.version_info.minor in (6, 7): # if running Python version 3.6 or 3.7 - pstr = make_str_pre_38(package) - else: - pstr = make_str(package) - temp_file = os.path.join(os.path.dirname(__file__), 'temp_py.py') - with open(temp_file, 'w') as file: - file.write(pstr) - sg.execute_py_file(temp_file, interpreter_command=interpreter, pipe_output=True, wait=True) - os.remove(temp_file) - - - -def upgrade_check(): - if not sg.version.startswith('5'): - suggest_upgrade_gui() - exit() - - - -''' -M"""""`'"""`YM oo -M mm. mm. M -M MMM MMM M .d8888b. dP 88d888b. -M MMM MMM M 88' `88 88 88' `88 -M MMM MMM M 88. .88 88 88 88 -M MMM MMM M `88888P8 dP dP dP -MMMMMMMMMMMMMM -''' -# --------------------------------- Main Program Layout --------------------------------- - -def main(): - """ - The main program that contains the event loop. - It will call the make_window function to create the window. - """ - - sg.user_settings_filename(filename='psgdemos.json') - upgrade_check() - - sg.user_settings_filename('psgdemos.json') - sg.set_options(icon=sg.EMOJI_BASE64_HAPPY_IDEA) - find_in_file.file_list_dict = None - - old_typed_value = None - - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window = make_window() - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window.force_focus() - window['-FILTER-'].set_focus() - counter = 0 - while True: - event, values = window.read() - # print(event, values) - - counter += 1 - if event in (sg.WINDOW_CLOSED, 'Exit'): - break - if event == '-DEMO LIST-': # if double clicked (used the bind return key parm) - if sg.user_settings_get_entry('-dclick runs-'): - event = 'Run' - elif sg.user_settings_get_entry('-dclick edits-'): - event = 'Edit' - if event == 'Edit': - editor_program = get_editor() - for file in values['-DEMO LIST-']: - if find_in_file.file_list_dict is not None: - full_filename, line = window_choose_line_to_edit(file, find_in_file.file_list_dict[file][0], find_in_file.file_list_dict[file][1], find_in_file.file_list_dict[file][2]) - else: - full_filename, line = get_file_list_dict()[file], 1 - if line is not None: - sg.cprint(f'Editing using {editor_program}', c='white on red', end='') - sg.cprint('') - sg.cprint(f'{full_filename}', c='white on purple') - if not get_editor(): - sg.popup_error_with_traceback('No editor has been configured', 'You need to configure an editor in order to use this feature', 'You can configure the editor in the Demo Brower Settings or the PySimpleGUI Global Settings') - else: - if using_local_editor(): - sg.execute_command_subprocess(editor_program, f'"{full_filename}"') - else: - try: - sg.execute_editor(full_filename, line_number=int(line)) - except: - sg.execute_command_subprocess(editor_program, f'"{full_filename}"') - else: - sg.cprint('Editing canceled') - elif event == 'Run': - sg.cprint('Running....', c='white on green', end='') - sg.cprint('') - - for file in values['-DEMO LIST-']: - file_to_run = str(file_list_dict[file]) - # sg.cprint('Checking Imports....', c='white on green') - if sg.user_settings_get_entry('-check imports-', False) and not check_imports_in_file(file_to_run): - sg.cprint(f'The demo program {os.path.basename(file_to_run)} depends on modules that are not installed.') - else: - sg.cprint(file_to_run,text_color='white', background_color='purple') - try: - sp = sg.execute_py_file(file_to_run, pipe_output=values['-WAIT-']) - except Exception as e: - sg.cprint(f'Error trying to run python file. Error info:', e, c='white on red') - try: - if values['-WAIT-']: - sg.cprint(f'Waiting on results..', text_color='white', background_color='red', end='') - while True: - results = sg.execute_get_results(sp) - sg.cprint(f'STDOUT:', text_color='white', background_color='green') - sg.cprint(results[0]) - sg.cprint(f'STDERR:', text_color='white', background_color='green') - sg.cprint(results[1]) - if not sg.execute_subprocess_still_running(sp): - break - except AttributeError: - sg.cprint('Your version of PySimpleGUI needs to be upgraded to fully use the "WAIT" feature.', c='white on red') - elif event.startswith('Edit Me'): - editor_program = get_editor() - sg.cprint(f'opening using {editor_program}:') - sg.cprint(f'{__file__}', text_color='white', background_color='red', end='') - sg.execute_command_subprocess(f'{editor_program}', f'"{__file__}"') - elif event == '-FILTER-': - new_list = [i for i in file_list if values['-FILTER-'].lower() in i.lower()] - window['-DEMO LIST-'].update(new_list) - window['-FILTER NUMBER-'].update(f'{len(new_list)} files') - window['-FIND NUMBER-'].update('') - window['-FIND-'].update('') - window['-FIND RE-'].update('') - elif event == '-FOCUS FIND-': - window['-FIND-'].set_focus() - elif event == '-FOCUS FILTER-': - window['-FILTER-'].set_focus() - elif event == '-FOCUS RE FIND-': - window['-FIND RE-'].set_focus() - elif event == '-FIND-' or event == '-FIRST MATCH ONLY-' or event == '-VERBOSE-' or event == '-FIND RE-': - is_ignore_case = values['-IGNORE CASE-'] - old_ignore_case = False - current_typed_value = str(values['-FIND-']) - if len(values['-FIND-']) == 1: - window[ML_KEY].update('') - window['-VERBOSE-'].update(False) - values['-VERBOSE-'] = False - if values['-VERBOSE-']: - window[ML_KEY].update('') - if values['-FIND-']: - if find_in_file.file_list_dict is None or old_typed_value is None or old_ignore_case is not is_ignore_case: - # New search. - old_typed_value = current_typed_value - file_list = find_in_file(values['-FIND-'], get_file_list_dict(), verbose=values['-VERBOSE-'], window=window, ignore_case=is_ignore_case, show_first_match=values['-FIRST MATCH ONLY-']) - elif current_typed_value.startswith(old_typed_value) and old_ignore_case is is_ignore_case: - old_typed_value = current_typed_value - file_list = find_in_file(values['-FIND-'], find_in_file.file_list_dict, verbose=values['-VERBOSE-'], window=window, ignore_case=is_ignore_case, show_first_match=values['-FIRST MATCH ONLY-']) - else: - old_typed_value = current_typed_value - file_list = find_in_file(values['-FIND-'], get_file_list_dict(), verbose=values['-VERBOSE-'], window=window, ignore_case=is_ignore_case, show_first_match=values['-FIRST MATCH ONLY-']) - window['-DEMO LIST-'].update(sorted(file_list)) - window['-FIND NUMBER-'].update(f'{len(file_list)} files') - window['-FILTER NUMBER-'].update('') - window['-FIND RE-'].update('') - window['-FILTER-'].update('') - elif values['-FIND RE-']: - window['-ML-'].update('') - file_list = find_in_file(values['-FIND RE-'], get_file_list_dict(), regex=True, verbose=values['-VERBOSE-'],window=window) - window['-DEMO LIST-'].update(sorted(file_list)) - window['-FIND NUMBER-'].update(f'{len(file_list)} files') - window['-FILTER NUMBER-'].update('') - window['-FIND-'].update('') - window['-FILTER-'].update('') - elif event == 'Find RE': - window['-ML-'].update('') - file_list = find_in_file(values['-FIND RE-'], get_file_list_dict(), regex=True, verbose=values['-VERBOSE-'],window=window) - window['-DEMO LIST-'].update(sorted(file_list)) - window['-FIND NUMBER-'].update(f'{len(file_list)} files') - window['-FILTER NUMBER-'].update('') - window['-FIND-'].update('') - window['-FILTER-'].update('') - sg.cprint('Regular expression find completed') - elif event == 'Settings': - if settings_window() is True: - window.close() - window = make_window() - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - elif event == 'Clear': - file_list = get_file_list() - window['-FILTER-'].update('') - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window['-FIND-'].update('') - window['-DEMO LIST-'].update(file_list) - window['-FIND NUMBER-'].update('') - window['-FIND RE-'].update('') - window['-ML-'].update('') - elif event == '-FOLDERNAME-': - sg.user_settings_set_entry('-demos folder-', values['-FOLDERNAME-']) - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window['-DEMO LIST-'].update(values=file_list) - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window['-ML-'].update('') - window['-FIND NUMBER-'].update('') - window['-FIND-'].update('') - window['-FIND RE-'].update('') - window['-FILTER-'].update('') - elif event == 'Open Folder': - explorer_program = get_explorer() - if explorer_program: - sg.cprint(f'Opening Folder using {explorer_program}...', c='white on green', end='') - sg.cprint('') - for file in values['-DEMO LIST-']: - file_selected = str(file_list_dict[file]) - file_path = os.path.dirname(file_selected) - if sg.running_windows(): - file_path = file_path.replace('/', '\\') - sg.cprint(file_path, text_color='white', background_color='purple') - sg.execute_command_subprocess(explorer_program, file_path) - elif event == 'Copy Path': - for file in values['-DEMO LIST-']: - sg.cprint('Copying the last highlighted filename in your list') - if find_in_file.file_list_dict is not None: - full_filename, line = window_choose_line_to_edit(file, find_in_file.file_list_dict[file][0], find_in_file.file_list_dict[file][1], find_in_file.file_list_dict[file][2]) - else: - full_filename, line = get_file_list_dict()[file], 1 - if line is not None: - sg.cprint(f'Added to Clipboard Full Path {full_filename}', c='white on purple') - sg.clipboard_set(full_filename) - elif event == 'Version': - sg.popup_scrolled(sg.get_versions(), f'This Program: {__file__}' ,keep_on_top=True, non_blocking=True) - elif event == '-SHOW ALL FILES-': - sg.user_settings_set_entry('-show all files-', values[event]) - file_list_dict = get_file_list_dict() - file_list = get_file_list() - window['-DEMO LIST-'].update(values=file_list) - window['-FILTER NUMBER-'].update(f'{len(file_list)} files') - window['-ML-'].update('') - window['-FIND NUMBER-'].update('') - window['-FIND-'].update('') - window['-FIND RE-'].update('') - window['-FILTER-'].update('') - window.close() - - - - - - -if __name__ == '__main__': - - main() diff --git a/DemoPrograms/screenshot.jpg b/DemoPrograms/screenshot.jpg deleted file mode 100644 index a168611ec..000000000 Binary files a/DemoPrograms/screenshot.jpg and /dev/null differ diff --git a/Demo_All_Widgets.py b/Demo_All_Widgets.py new file mode 100644 index 000000000..66f6c5980 --- /dev/null +++ b/Demo_All_Widgets.py @@ -0,0 +1,41 @@ +import PySimpleGUI as sg + + +def Everything(): + # sg.ChangeLookAndFeel('LightGreen') + # sg.SetOptions(input_elements_background_color=sg.COLOR_SYSTEM_DEFAULT) + form = sg.FlexForm('Everything bagel', default_element_size=(40, 1)) + + column1 = [[sg.Text('Column 1', background_color='#d3dfda', justification='center', size=(10, 1))], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 1')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 3')]] + + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25))], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText('This is my text')], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text should you decide not to type anything', size=(35, 3)), + sg.Multiline(default_text='A second multi-line', size=(35, 3))], + [sg.InputCombo(('Combobox 1', 'Combobox 2'), size=(20, 1)), + sg.Slider(range=(1, 100), orientation='h', size=(34, 20), default_value=85)], + [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3'), size=(30, 3)), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=10), + sg.Column(column1, background_color='#d3dfda')], + [sg.Text('_' * 80)], + [sg.Text('Choose A Folder', size=(35, 1))], + [sg.Text('Your Folder', size=(15, 1), auto_size_text=False, justification='right'), + sg.InputText('Default Folder'), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel()] + ] + + button, values = form.LayoutAndRead(layout) + + # sg.MsgBox('Title', 'The results of the form.', 'The button clicked was "{}"'.format(button), 'The values are', values) + +sg.SetOptions(button_color=sg.COLOR_SYSTEM_DEFAULT) +Everything() \ No newline at end of file diff --git a/Demo_Canvas.py b/Demo_Canvas.py new file mode 100644 index 000000000..35eec4942 --- /dev/null +++ b/Demo_Canvas.py @@ -0,0 +1,22 @@ +import PySimpleGUI as gui + +canvas = gui.Canvas(size=(100,100), background_color='red') + +layout = [ + [canvas], + [gui.T('Change circle color to:'), gui.ReadFormButton('Red'), gui.ReadFormButton('Blue')] + ] + +form = gui.FlexForm('Canvas test') +form.Layout(layout) +form.ReadNonBlocking() + +cir = canvas.TKCanvas.create_oval(50, 50, 100, 100) + +while True: + button, values = form.Read() + if button is None: break + if button is 'Blue': + canvas.TKCanvas.itemconfig(cir, fill = "Blue") + elif button is 'Red': + canvas.TKCanvas.itemconfig(cir, fill = "Red") diff --git a/Demo_Chat.py b/Demo_Chat.py new file mode 100644 index 000000000..5e4d793b1 --- /dev/null +++ b/Demo_Chat.py @@ -0,0 +1,60 @@ +import PySimpleGUI as sg + +''' +A chatbot with history +Scroll up and down through prior commands using the arrow keys +Special keyboard keys: + Up arrow - scroll up in commands + Down arrow - scroll down in commands + Escape - clear current command + Control C - exit form +''' + +def ChatBotWithHistory(): + # ------- Make a new FlexForm ------- # + sg.ChangeLookAndFeel('GreenTan') # give our form a spiffy set of colors + + form = sg.FlexForm('Chat window with history', default_element_size=(30, 2), font=('Helvetica',' 13'), default_button_element_size=(8,2), return_keyboard_events=True) + + multiline_elem = sg.Multiline(size=(85, 5), enter_submits=True, key='query', do_not_clear=False) + history_elem = sg.T('', size=(20,3)) + layout = [ + [sg.Text('Your output will go here', size=(40, 1))], + [sg.Output(size=(127, 30), font=('Helvetica 10'))], + [sg.T('Command History'), history_elem], + [multiline_elem, + sg.ReadFormButton('SEND', button_color=(sg.YELLOWS[0], sg.BLUES[0]), bind_return_key=True), + sg.SimpleButton('EXIT', button_color=(sg.YELLOWS[0], sg.GREENS[0]))] + ] + form.Layout(layout) + + # ---===--- Loop taking in user input and using it to query HowDoI --- # + command_history = [] + history_offset = 0 + while True: + (button, value) = form.Read() + if button is 'SEND': + query = value['query'].rstrip() + # EXECUTE YOUR COMMAND HERE + print('The command you entered was {}'.format(query)) + command_history.append(query) + history_offset = len(command_history)-1 + multiline_elem.Update('') # manually clear input because keyboard events blocks clear + history_elem.Update('\n'.join(command_history[-3:])) + elif button is None or button is 'EXIT': # quit if exit button or X + break + elif 'Up' in button and len(command_history): + command = command_history[history_offset] + history_offset -= 1 * (history_offset > 0) # decrement is not zero + multiline_elem.Update(command) + elif 'Down' in button and len(command_history): + history_offset += 1 * (history_offset < len(command_history)-1) # increment up to end of list + command = command_history[history_offset] + multiline_elem.Update(command) + elif 'Escape' in button: + multiline_elem.Update('') + + exit(69) + + +ChatBotWithHistory() diff --git a/Demo_Chatterbot.py b/Demo_Chatterbot.py new file mode 100644 index 000000000..25ac0a301 --- /dev/null +++ b/Demo_Chatterbot.py @@ -0,0 +1,68 @@ +import PySimpleGUI as g +from chatterbot import ChatBot +import chatterbot.utils + +''' +Demo_Chatterbot.py +A GUI wrapped arouind the Chatterbot package. +The GUI is used to show progress bars during the training process and +to collect user input that is sent to the chatbot. The reply is displayed in the GUI window +''' + +# Create the 'Trainer GUI' +# The Trainer GUI consists of a lot of progress bars stacked on top of each other +g.ChangeLookAndFeel('GreenTan') +MAX_PROG_BARS = 20 # number of training sessions +bars = [] +texts = [] +training_layout = [[g.T('TRAINING PROGRESS', size=(20,1), font=('Helvetica', 17))],] +for i in range(MAX_PROG_BARS): + bars.append(g.ProgressBar(100, size=(30, 4))) + texts.append(g.T(' '*20, size=(20,1), justification='right')) + training_layout += [[texts[i], bars[i]],] # add a single row + +training_form = g.FlexForm('Training') +training_form.Layout(training_layout) +current_bar = 0 + +# callback function for training runs +def print_progress_bar(description, iteration_counter, total_items, progress_bar_length=20): + global current_bar + global bars + global texts + global training_form + # update the form and the bars + button, values = training_form.ReadNonBlocking() + if button is None and values is None: # if user closed the form on us, exit + exit(69) + if bars[current_bar].UpdateBar(iteration_counter, max=total_items) is False: + exit(69) + texts[current_bar].Update(description) # show the training dataset name + if iteration_counter == total_items: + current_bar += 1 + +# redefine the chatbot text based progress bar with a graphical one +chatterbot.utils.print_progress_bar = print_progress_bar + +chatbot = ChatBot('Ron Obvious', trainer='chatterbot.trainers.ChatterBotCorpusTrainer') + +# Train based on the english corpus +chatbot.train("chatterbot.corpus.english") + +################# GUI ################# +with g.FlexForm('Chat Window', auto_size_text=True, default_element_size=(30, 2)) as form: + layout = [[g.Output(size=(80, 20))], + [g.Multiline(size=(70, 5), enter_submits=True), + g.ReadFormButton('SEND', bind_return_key=True), g.ReadFormButton('EXIT')]] + + form.Layout(layout) + # ---===--- Loop taking in user input and using it to query HowDoI web oracle --- # + while True: + button, (value,) = form.Read() + if button is not 'SEND': + break + string = value.rstrip() + print(string.rjust(120)) + # send the user input to chatbot to get a response + response = chatbot.get_response(value.rstrip()) + print(response) \ No newline at end of file diff --git a/Demo_Color.py b/Demo_Color.py new file mode 100644 index 000000000..142b19cba --- /dev/null +++ b/Demo_Color.py @@ -0,0 +1,1729 @@ +import PySimpleGUI as g + +MY_WINDOW_ICON = 'E:\\TheRealMyDocs\\Icons\\The Planets\\jupiter.ico' +reverse = {} +colorhex = {} + +colors = { + "abbey" : ( 76, 79, 86), + "acadia" : ( 27, 20, 4), + "acapulco" : (124, 176, 161), + "aero blue" : (201, 255, 229), + "affair" : (113, 70, 147), + "akaroa" : (212, 196, 168), + "alabaster" : (250, 250, 250), + "albescent white" : (245, 233, 211), + "algae green" : (147, 223, 184), + "alice blue" : (240, 248, 255), + "alizarin crimson" : (227, 38, 54), + "allports" : ( 0, 118, 163), + "almond" : (238, 217, 196), + "almond frost" : (144, 123, 113), + "alpine" : (175, 143, 44), + "alto" : (219, 219, 219), + "aluminium" : (169, 172, 182), + "amaranth" : (229, 43, 80), + "amazon" : ( 59, 122, 87), + "amber" : (255, 191, 0), + "americano" : (135, 117, 110), + "amethyst" : (153, 102, 204), + "amethyst smoke" : (163, 151, 180), + "amour" : (249, 234, 243), + "amulet" : (123, 159, 128), + "anakiwa" : (157, 229, 255), + "antique brass" : (200, 138, 101), + "antique bronze" : (112, 74, 7), + "anzac" : (224, 182, 70), + "apache" : (223, 190, 111), + "apple" : ( 79, 168, 61), + "apple blossom" : (175, 77, 67), + "apple green" : (226, 243, 236), + "apricot" : (235, 147, 115), + "apricot peach" : (251, 206, 177), + "apricot white" : (255, 254, 236), + "aqua deep" : ( 1, 75, 67), + "aqua forest" : ( 95, 167, 119), + "aqua haze" : (237, 245, 245), + "aqua island" : (161, 218, 215), + "aqua spring" : (234, 249, 245), + "aqua squeeze" : (232, 245, 242), + "aquamarine" : (127, 255, 212), + "aquamarine blue" : (113, 217, 226), + "arapawa" : ( 17, 12, 108), + "armadillo" : ( 67, 62, 55), + "arrowtown" : (148, 135, 113), + "ash" : (198, 195, 181), + "asparagus" : (123, 160, 91), + "asphalt" : ( 19, 10, 6), + "astra" : (250, 234, 185), + "astral" : ( 50, 125, 160), + "astronaut" : ( 40, 58, 119), + "astronaut blue" : ( 1, 62, 98), + "athens gray" : (238, 240, 243), + "aths special" : (236, 235, 206), + "atlantis" : (151, 205, 45), + "atoll" : ( 10, 111, 117), + "atomic tangerine" : (255, 153, 102), + "au chico" : (151, 96, 93), + "aubergine" : ( 59, 9, 16), + "australian mint" : (245, 255, 190), + "avocado" : (136, 141, 101), + "axolotl" : ( 78, 102, 73), + "azalea" : (247, 200, 218), + "aztec" : ( 13, 28, 25), + "azure" : ( 49, 91, 161), + "azure radiance" : ( 0, 127, 255), + "baby blue" : (224, 255, 255), + "bahama blue" : ( 2, 99, 149), + "bahia" : (165, 203, 12), + "baja white" : (255, 248, 209), + "bali hai" : (133, 159, 175), + "baltic sea" : ( 42, 38, 48), + "bamboo" : (218, 99, 4), + "banana mania" : (251, 231, 178), + "bandicoot" : (133, 132, 112), + "barberry" : (222, 215, 23), + "barley corn" : (166, 139, 91), + "barley white" : (255, 244, 206), + "barossa" : ( 68, 1, 45), + "bastille" : ( 41, 33, 48), + "battleship gray" : (130, 143, 114), + "bay leaf" : (125, 169, 141), + "bay of many" : ( 39, 58, 129), + "bazaar" : (152, 119, 123), + "bean " : ( 61, 12, 2), + "beauty bush" : (238, 193, 190), + "beaver" : (146, 111, 91), + "beeswax" : (254, 242, 199), + "beige" : (245, 245, 220), + "bermuda" : (125, 216, 198), + "bermuda gray" : (107, 139, 162), + "beryl green" : (222, 229, 192), + "bianca" : (252, 251, 243), + "big stone" : ( 22, 42, 64), + "bilbao" : ( 50, 124, 20), + "biloba flower" : (178, 161, 234), + "birch" : ( 55, 48, 33), + "bird flower" : (212, 205, 22), + "biscay" : ( 27, 49, 98), + "bismark" : ( 73, 113, 131), + "bison hide" : (193, 183, 164), + "bistre" : ( 61, 43, 31), + "bitter" : (134, 137, 116), + "bitter lemon" : (202, 224, 13), + "bittersweet" : (254, 111, 94), + "bizarre" : (238, 222, 218), + "black" : ( 0, 0, 0), + "black bean" : ( 8, 25, 16), + "black forest" : ( 11, 19, 4), + "black haze" : (246, 247, 247), + "black marlin" : ( 62, 44, 28), + "black olive" : ( 36, 46, 22), + "black pearl" : ( 4, 19, 34), + "black rock" : ( 13, 3, 50), + "black rose" : (103, 3, 45), + "black russian" : ( 10, 0, 28), + "black squeeze" : (242, 250, 250), + "black white" : (255, 254, 246), + "blackberry" : ( 77, 1, 53), + "blackcurrant" : ( 50, 41, 58), + "blaze orange" : (255, 102, 0), + "bleach white" : (254, 243, 216), + "bleached cedar" : ( 44, 33, 51), + "blizzard blue" : (163, 227, 237), + "blossom" : (220, 180, 188), + "blue" : ( 0, 0, 255), + "blue bayoux" : ( 73, 102, 121), + "blue bell" : (153, 153, 204), + "blue chalk" : (241, 233, 255), + "blue charcoal" : ( 1, 13, 26), + "blue chill" : ( 12, 137, 144), + "blue diamond" : ( 56, 4, 116), + "blue dianne" : ( 32, 72, 82), + "blue gem" : ( 44, 14, 140), + "blue haze" : (191, 190, 216), + "blue lagoon" : ( 1, 121, 135), + "blue marguerite" : (118, 102, 198), + "blue ribbon" : ( 0, 102, 255), + "blue romance" : (210, 246, 222), + "blue smoke" : (116, 136, 129), + "blue stone" : ( 1, 97, 98), + "blue violet" : (100, 86, 183), + "blue whale" : ( 4, 46, 76), + "blue zodiac" : ( 19, 38, 77), + "blumine" : ( 24, 88, 122), + "blush" : (180, 70, 104), + "blush pink" : (255, 111, 255), + "bombay" : (175, 177, 184), + "bon jour" : (229, 224, 225), + "bondi blue" : ( 0, 149, 182), + "bone" : (228, 209, 192), + "bordeaux" : ( 92, 1, 32), + "bossanova" : ( 78, 42, 90), + "boston blue" : ( 59, 145, 180), + "botticelli" : (199, 221, 229), + "bottle green" : ( 9, 54, 36), + "boulder" : (122, 122, 122), + "bouquet" : (174, 128, 158), + "bourbon" : (186, 111, 30), + "bracken" : ( 74, 42, 4), + "brandy" : (222, 193, 150), + "brandy punch" : (205, 132, 41), + "brandy rose" : (187, 137, 131), + "breaker bay" : ( 93, 161, 159), + "brick red" : (198, 45, 66), + "bridal heath" : (255, 250, 244), + "bridesmaid" : (254, 240, 236), + "bright gray" : ( 60, 65, 81), + "bright green" : (102, 255, 0), + "bright red" : (177, 0, 0), + "bright sun" : (254, 211, 60), + "bright turquoise" : ( 8, 232, 222), + "brilliant rose" : (246, 83, 166), + "brink pink" : (251, 96, 127), + "bronco" : (171, 161, 150), + "bronze" : ( 63, 33, 9), + "bronze olive" : ( 78, 66, 12), + "bronzetone" : ( 77, 64, 15), + "broom" : (255, 236, 19), + "brown" : (150, 75, 0), + "brown bramble" : ( 89, 40, 4), + "brown derby" : ( 73, 38, 21), + "brown pod" : ( 64, 24, 1), + "brown rust" : (175, 89, 62), + "brown tumbleweed" : ( 55, 41, 14), + "bubbles" : (231, 254, 255), + "buccaneer" : ( 98, 47, 48), + "bud" : (168, 174, 156), + "buddha gold" : (193, 160, 4), + "buff" : (240, 220, 130), + "bulgarian rose" : ( 72, 6, 7), + "bull shot" : (134, 77, 30), + "bunker" : ( 13, 17, 23), + "bunting" : ( 21, 31, 76), + "burgundy" : (144, 0, 32), + "burnham" : ( 0, 46, 32), + "burning orange" : (255, 112, 52), + "burning sand" : (217, 147, 118), + "burnt maroon" : ( 66, 3, 3), + "burnt orange" : (204, 85, 0), + "burnt sienna" : (233, 116, 81), + "burnt umber" : (138, 51, 36), + "bush" : ( 13, 46, 28), + "buttercup" : (243, 173, 22), + "buttered rum" : (161, 117, 13), + "butterfly bush" : ( 98, 78, 154), + "buttermilk" : (255, 241, 181), + "buttery white" : (255, 252, 234), + "cab sav" : ( 77, 10, 24), + "cabaret" : (217, 73, 114), + "cabbage pont" : ( 63, 76, 58), + "cactus" : ( 88, 113, 86), + "cadet blue" : (169, 178, 195), + "cadillac" : (176, 76, 106), + "cafe royale" : (111, 68, 12), + "calico" : (224, 192, 149), + "california" : (254, 157, 4), + "calypso" : ( 49, 114, 141), + "camarone" : ( 0, 88, 26), + "camelot" : (137, 52, 86), + "cameo" : (217, 185, 155), + "camouflage" : ( 60, 57, 16), + "camouflage green" : (120, 134, 107), + "can can" : (213, 145, 164), + "canary" : (243, 251, 98), + "candlelight" : (252, 217, 23), + "candy corn" : (251, 236, 93), + "cannon black" : ( 37, 23, 6), + "cannon pink" : (137, 67, 103), + "cape cod" : ( 60, 68, 67), + "cape honey" : (254, 229, 172), + "cape palliser" : (162, 102, 69), + "caper" : (220, 237, 180), + "caramel" : (255, 221, 175), + "cararra" : (238, 238, 232), + "cardin green" : ( 1, 54, 28), + "cardinal" : (196, 30, 58), + "cardinal pink" : (140, 5, 94), + "careys pink" : (210, 158, 170), + "caribbean green" : ( 0, 204, 153), + "carissma" : (234, 136, 168), + "carla" : (243, 255, 216), + "carmine" : (150, 0, 24), + "carnaby tan" : ( 92, 46, 1), + "carnation" : (249, 90, 97), + "carnation pink" : (255, 166, 201), + "carousel pink" : (249, 224, 237), + "carrot orange" : (237, 145, 33), + "casablanca" : (248, 184, 83), + "casal" : ( 47, 97, 104), + "cascade" : (139, 169, 165), + "cashmere" : (230, 190, 165), + "casper" : (173, 190, 209), + "castro" : ( 82, 0, 31), + "catalina blue" : ( 6, 42, 120), + "catskill white" : (238, 246, 247), + "cavern pink" : (227, 190, 190), + "cedar" : ( 62, 28, 20), + "cedar wood finish" : (113, 26, 0), + "celadon" : (172, 225, 175), + "celery" : (184, 194, 93), + "celeste" : (209, 210, 202), + "cello" : ( 30, 56, 91), + "celtic" : ( 22, 50, 34), + "cement" : (141, 118, 98), + "ceramic" : (252, 255, 249), + "cerise" : (218, 50, 135), + "cerise red" : (222, 49, 99), + "cerulean" : ( 2, 164, 211), + "cerulean blue" : ( 42, 82, 190), + "chablis" : (255, 244, 243), + "chalet green" : ( 81, 110, 61), + "chalky" : (238, 215, 148), + "chambray" : ( 53, 78, 140), + "chamois" : (237, 220, 177), + "champagne" : (250, 236, 204), + "chantilly" : (248, 195, 223), + "charade" : ( 41, 41, 55), + "chardon" : (255, 243, 241), + "chardonnay" : (255, 205, 140), + "charlotte" : (186, 238, 249), + "charm" : (212, 116, 148), + "chartreuse" : (127, 255, 0), + "chartreuse yellow" : (223, 255, 0), + "chateau green" : ( 64, 168, 96), + "chatelle" : (189, 179, 199), + "chathams blue" : ( 23, 85, 121), + "chelsea cucumber" : (131, 170, 93), + "chelsea gem" : (158, 83, 2), + "chenin" : (223, 205, 111), + "cherokee" : (252, 218, 152), + "cherry pie" : ( 42, 3, 89), + "cherrywood" : (101, 26, 20), + "cherub" : (248, 217, 233), + "chestnut" : (185, 78, 72), + "chestnut rose" : (205, 92, 92), + "chetwode blue" : (133, 129, 217), + "chicago" : ( 93, 92, 88), + "chiffon" : (241, 255, 200), + "chilean fire" : (247, 119, 3), + "chilean heath" : (255, 253, 230), + "china ivory" : (252, 255, 231), + "chino" : (206, 199, 167), + "chinook" : (168, 227, 189), + "chocolate" : ( 55, 2, 2), + "christalle" : ( 51, 3, 107), + "christi" : (103, 167, 18), + "christine" : (231, 115, 10), + "chrome white" : (232, 241, 212), + "cinder" : ( 14, 14, 24), + "cinderella" : (253, 225, 220), + "cinnabar" : (227, 66, 52), + "cinnamon" : (123, 63, 0), + "cioccolato" : ( 85, 40, 12), + "citrine white" : (250, 247, 214), + "citron" : (158, 169, 31), + "citrus" : (161, 197, 10), + "clairvoyant" : ( 72, 6, 86), + "clam shell" : (212, 182, 175), + "claret" : (127, 23, 52), + "classic rose" : (251, 204, 231), + "clay ash" : (189, 200, 179), + "clay creek" : (138, 131, 96), + "clear day" : (233, 255, 253), + "clementine" : (233, 110, 0), + "clinker" : ( 55, 29, 9), + "cloud" : (199, 196, 191), + "cloud burst" : ( 32, 46, 84), + "cloudy" : (172, 165, 159), + "clover" : ( 56, 73, 16), + "cobalt" : ( 0, 71, 171), + "cocoa bean" : ( 72, 28, 28), + "cocoa brown" : ( 48, 31, 30), + "coconut cream" : (248, 247, 220), + "cod gray" : ( 11, 11, 11), + "coffee" : (112, 101, 85), + "coffee bean" : ( 42, 20, 14), + "cognac" : (159, 56, 29), + "cola" : ( 63, 37, 0), + "cold purple" : (171, 160, 217), + "cold turkey" : (206, 186, 186), + "colonial white" : (255, 237, 188), + "comet" : ( 92, 93, 117), + "como" : ( 81, 124, 102), + "conch" : (201, 217, 210), + "concord" : (124, 123, 122), + "concrete" : (242, 242, 242), + "confetti" : (233, 215, 90), + "congo brown" : ( 89, 55, 55), + "congress blue" : ( 2, 71, 142), + "conifer" : (172, 221, 77), + "contessa" : (198, 114, 107), + "copper" : (184, 115, 51), + "copper canyon" : (126, 58, 21), + "copper rose" : (153, 102, 102), + "copper rust" : (148, 71, 71), + "copperfield" : (218, 138, 103), + "coral" : (255, 127, 80), + "coral red" : (255, 64, 64), + "coral reef" : (199, 188, 162), + "coral tree" : (168, 107, 107), + "corduroy" : ( 96, 110, 104), + "coriander" : (196, 208, 176), + "cork" : ( 64, 41, 29), + "corn" : (231, 191, 5), + "corn field" : (248, 250, 205), + "corn harvest" : (139, 107, 11), + "cornflower" : (147, 204, 234), + "cornflower blue" : (100, 149, 237), + "cornflower lilac" : (255, 176, 172), + "corvette" : (250, 211, 162), + "cosmic" : (118, 57, 93), + "cosmos" : (255, 216, 217), + "costa del sol" : ( 97, 93, 48), + "cotton candy" : (255, 183, 213), + "cotton seed" : (194, 189, 182), + "county green" : ( 1, 55, 26), + "cowboy" : ( 77, 40, 45), + "crail" : (185, 81, 64), + "cranberry" : (219, 80, 121), + "crater brown" : ( 70, 36, 37), + "cream" : (255, 253, 208), + "cream brulee" : (255, 229, 160), + "cream can" : (245, 200, 92), + "creole" : ( 30, 15, 4), + "crete" : (115, 120, 41), + "crimson" : (220, 20, 60), + "crocodile" : (115, 109, 88), + "crown of thorns" : (119, 31, 31), + "crowshead" : ( 28, 18, 8), + "cruise" : (181, 236, 223), + "crusoe" : ( 0, 72, 22), + "crusta" : (253, 123, 51), + "cumin" : (146, 67, 33), + "cumulus" : (253, 255, 213), + "cupid" : (251, 190, 218), + "curious blue" : ( 37, 150, 209), + "cutty sark" : ( 80, 118, 114), + "cyan / aqua" : ( 0, 255, 255), + "cyprus" : ( 0, 62, 64), + "daintree" : ( 1, 39, 49), + "dairy cream" : (249, 228, 188), + "daisy bush" : ( 79, 35, 152), + "dallas" : (110, 75, 38), + "dandelion" : (254, 216, 93), + "danube" : ( 96, 147, 209), + "dark blue" : ( 0, 0, 200), + "dark burgundy" : (119, 15, 5), + "dark ebony" : ( 60, 32, 5), + "dark fern" : ( 10, 72, 13), + "dark tan" : (102, 16, 16), + "dawn" : (166, 162, 154), + "dawn pink" : (243, 233, 229), + "de york" : (122, 196, 136), + "deco" : (210, 218, 151), + "deep blue" : ( 34, 8, 120), + "deep blush" : (228, 118, 152), + "deep bronze" : ( 74, 48, 4), + "deep cerulean" : ( 0, 123, 167), + "deep cove" : ( 5, 16, 64), + "deep fir" : ( 0, 41, 0), + "deep forest green" : ( 24, 45, 9), + "deep koamaru" : ( 27, 18, 123), + "deep oak" : ( 65, 32, 16), + "deep sapphire" : ( 8, 37, 103), + "deep sea" : ( 1, 130, 107), + "deep sea green" : ( 9, 88, 89), + "deep teal" : ( 0, 53, 50), + "del rio" : (176, 154, 149), + "dell" : ( 57, 100, 19), + "delta" : (164, 164, 157), + "deluge" : (117, 99, 168), + "denim" : ( 21, 96, 189), + "derby" : (255, 238, 216), + "desert" : (174, 96, 32), + "desert sand" : (237, 201, 175), + "desert storm" : (248, 248, 247), + "dew" : (234, 255, 254), + "di serria" : (219, 153, 94), + "diesel" : ( 19, 0, 0), + "dingley" : ( 93, 119, 71), + "disco" : (135, 21, 80), + "dixie" : (226, 148, 24), + "dodger blue" : ( 30, 144, 255), + "dolly" : (249, 255, 139), + "dolphin" : (100, 96, 119), + "domino" : (142, 119, 94), + "don juan" : ( 93, 76, 81), + "donkey brown" : (166, 146, 121), + "dorado" : (107, 87, 85), + "double colonial white" : (238, 227, 173), + "double pearl lusta" : (252, 244, 208), + "double spanish white" : (230, 215, 185), + "dove gray" : (109, 108, 108), + "downriver" : ( 9, 34, 86), + "downy" : (111, 208, 197), + "driftwood" : (175, 135, 81), + "drover" : (253, 247, 173), + "dull lavender" : (168, 153, 230), + "dune" : ( 56, 53, 51), + "dust storm" : (229, 204, 201), + "dusty gray" : (168, 152, 155), + "eagle" : (182, 186, 164), + "earls green" : (201, 185, 59), + "early dawn" : (255, 249, 230), + "east bay" : ( 65, 76, 125), + "east side" : (172, 145, 206), + "eastern blue" : ( 30, 154, 176), + "ebb" : (233, 227, 227), + "ebony" : ( 12, 11, 29), + "ebony clay" : ( 38, 40, 59), + "eclipse" : ( 49, 28, 23), + "ecru white" : (245, 243, 229), + "ecstasy" : (250, 120, 20), + "eden" : ( 16, 88, 82), + "edgewater" : (200, 227, 215), + "edward" : (162, 174, 171), + "egg sour" : (255, 244, 221), + "egg white" : (255, 239, 193), + "eggplant" : ( 97, 64, 81), + "el paso" : ( 30, 23, 8), + "el salva" : (143, 62, 51), + "electric lime" : (204, 255, 0), + "electric violet" : (139, 0, 255), + "elephant" : ( 18, 52, 71), + "elf green" : ( 8, 131, 112), + "elm" : ( 28, 124, 125), + "emerald" : ( 80, 200, 120), + "eminence" : (108, 48, 130), + "emperor" : ( 81, 70, 73), + "empress" : (129, 115, 119), + "endeavour" : ( 0, 86, 167), + "energy yellow" : (248, 221, 92), + "english holly" : ( 2, 45, 21), + "english walnut" : ( 62, 43, 35), + "envy" : (139, 166, 144), + "equator" : (225, 188, 100), + "espresso" : ( 97, 39, 24), + "eternity" : ( 33, 26, 14), + "eucalyptus" : ( 39, 138, 91), + "eunry" : (207, 163, 157), + "evening sea" : ( 2, 78, 70), + "everglade" : ( 28, 64, 46), + "faded jade" : ( 66, 121, 119), + "fair pink" : (255, 239, 236), + "falcon" : (127, 98, 109), + "fall green" : (236, 235, 189), + "falu red" : (128, 24, 24), + "fantasy" : (250, 243, 240), + "fedora" : (121, 106, 120), + "feijoa" : (159, 221, 140), + "fern" : ( 99, 183, 108), + "fern frond" : (101, 114, 32), + "fern green" : ( 79, 121, 66), + "ferra" : (112, 79, 80), + "festival" : (251, 233, 108), + "feta" : (240, 252, 234), + "fiery orange" : (179, 82, 19), + "finch" : ( 98, 102, 73), + "finlandia" : ( 85, 109, 86), + "finn" : (105, 45, 84), + "fiord" : ( 64, 81, 105), + "fire" : (170, 66, 3), + "fire bush" : (232, 153, 40), + "firefly" : ( 14, 42, 48), + "flame pea" : (218, 91, 56), + "flamenco" : (255, 125, 7), + "flamingo" : (242, 85, 42), + "flax" : (238, 220, 130), + "flax smoke" : (123, 130, 101), + "flesh" : (255, 203, 164), + "flint" : (111, 106, 97), + "flirt" : (162, 0, 109), + "flush mahogany" : (202, 52, 53), + "flush orange" : (255, 127, 0), + "foam" : (216, 252, 250), + "fog" : (215, 208, 255), + "foggy gray" : (203, 202, 182), + "forest green" : ( 34, 139, 34), + "forget me not" : (255, 241, 238), + "fountain blue" : ( 86, 180, 190), + "frangipani" : (255, 222, 179), + "french gray" : (189, 189, 198), + "french lilac" : (236, 199, 238), + "french pass" : (189, 237, 253), + "french rose" : (246, 74, 138), + "fresh eggplant" : (153, 0, 102), + "friar gray" : (128, 126, 121), + "fringy flower" : (177, 226, 193), + "froly" : (245, 117, 132), + "frost" : (237, 245, 221), + "frosted mint" : (219, 255, 248), + "frostee" : (228, 246, 231), + "fruit salad" : ( 79, 157, 93), + "fuchsia blue" : (122, 88, 193), + "fuchsia pink" : (193, 84, 193), + "fuego" : (190, 222, 13), + "fuel yellow" : (236, 169, 39), + "fun blue" : ( 25, 89, 168), + "fun green" : ( 1, 109, 57), + "fuscous gray" : ( 84, 83, 77), + "fuzzy wuzzy brown" : (196, 86, 85), + "gable green" : ( 22, 53, 49), + "gallery" : (239, 239, 239), + "galliano" : (220, 178, 12), + "gamboge" : (228, 155, 15), + "geebung" : (209, 143, 27), + "genoa" : ( 21, 115, 107), + "geraldine" : (251, 137, 137), + "geyser" : (212, 223, 226), + "ghost" : (199, 201, 213), + "gigas" : ( 82, 60, 148), + "gimblet" : (184, 181, 106), + "gin" : (232, 242, 235), + "gin fizz" : (255, 249, 226), + "givry" : (248, 228, 191), + "glacier" : (128, 179, 196), + "glade green" : ( 97, 132, 95), + "go ben" : (114, 109, 78), + "goblin" : ( 61, 125, 82), + "gold" : (255, 215, 0), + "gold drop" : (241, 130, 0), + "gold sand" : (230, 190, 138), + "gold tips" : (222, 186, 19), + "golden bell" : (226, 137, 19), + "golden dream" : (240, 213, 45), + "golden fizz" : (245, 251, 61), + "golden glow" : (253, 226, 149), + "golden grass" : (218, 165, 32), + "golden sand" : (240, 219, 125), + "golden tainoi" : (255, 204, 92), + "goldenrod" : (252, 214, 103), + "gondola" : ( 38, 20, 20), + "gordons green" : ( 11, 17, 7), + "gorse" : (255, 241, 79), + "gossamer" : ( 6, 155, 129), + "gossip" : (210, 248, 176), + "gothic" : (109, 146, 161), + "governor bay" : ( 47, 60, 179), + "grain brown" : (228, 213, 183), + "grandis" : (255, 211, 140), + "granite green" : (141, 137, 116), + "granny apple" : (213, 246, 227), + "granny smith" : (132, 160, 160), + "granny smith apple" : (157, 224, 147), + "grape" : ( 56, 26, 81), + "graphite" : ( 37, 22, 7), + "gravel" : ( 74, 68, 75), + "gray" : (128, 128, 128), + "gray asparagus" : ( 70, 89, 69), + "gray chateau" : (162, 170, 179), + "gray nickel" : (195, 195, 189), + "gray nurse" : (231, 236, 230), + "gray olive" : (169, 164, 145), + "gray suit" : (193, 190, 205), + "green" : ( 0, 255, 0), + "green haze" : ( 1, 163, 104), + "green house" : ( 36, 80, 15), + "green kelp" : ( 37, 49, 28), + "green leaf" : ( 67, 106, 13), + "green mist" : (203, 211, 176), + "green pea" : ( 29, 97, 66), + "green smoke" : (164, 175, 110), + "green spring" : (184, 193, 177), + "green vogue" : ( 3, 43, 82), + "green waterloo" : ( 16, 20, 5), + "green white" : (232, 235, 224), + "green yellow" : (173, 255, 47), + "grenadier" : (213, 70, 0), + "guardsman red" : (186, 1, 1), + "gulf blue" : ( 5, 22, 87), + "gulf stream" : (128, 179, 174), + "gull gray" : (157, 172, 183), + "gum leaf" : (182, 211, 191), + "gumbo" : (124, 161, 166), + "gun powder" : ( 65, 66, 87), + "gunsmoke" : (130, 134, 133), + "gurkha" : (154, 149, 119), + "hacienda" : (152, 129, 27), + "hairy heath" : (107, 42, 20), + "haiti" : ( 27, 16, 53), + "half baked" : (133, 196, 204), + "half colonial white" : (253, 246, 211), + "half dutch white" : (254, 247, 222), + "half spanish white" : (254, 244, 219), + "half and half" : (255, 254, 225), + "hampton" : (229, 216, 175), + "harlequin" : ( 63, 255, 0), + "harp" : (230, 242, 234), + "harvest gold" : (224, 185, 116), + "havelock blue" : ( 85, 144, 217), + "hawaiian tan" : (157, 86, 22), + "hawkes blue" : (212, 226, 252), + "heath" : ( 84, 16, 18), + "heather" : (183, 195, 208), + "heathered gray" : (182, 176, 149), + "heavy metal" : ( 43, 50, 40), + "heliotrope" : (223, 115, 255), + "hemlock" : ( 94, 93, 59), + "hemp" : (144, 120, 116), + "hibiscus" : (182, 49, 108), + "highland" : (111, 142, 99), + "hillary" : (172, 165, 134), + "himalaya" : (106, 93, 27), + "hint of green" : (230, 255, 233), + "hint of red" : (251, 249, 249), + "hint of yellow" : (250, 253, 228), + "hippie blue" : ( 88, 154, 175), + "hippie green" : ( 83, 130, 75), + "hippie pink" : (174, 69, 96), + "hit gray" : (161, 173, 181), + "hit pink" : (255, 171, 129), + "hokey pokey" : (200, 165, 40), + "hoki" : (101, 134, 159), + "holly" : ( 1, 29, 19), + "hollywood cerise" : (244, 0, 161), + "honey flower" : ( 79, 28, 112), + "honeysuckle" : (237, 252, 132), + "hopbush" : (208, 109, 161), + "horizon" : ( 90, 135, 160), + "horses neck" : ( 96, 73, 19), + "hot cinnamon" : (210, 105, 30), + "hot pink" : (255, 105, 180), + "hot toddy" : (179, 128, 7), + "humming bird" : (207, 249, 243), + "hunter green" : ( 22, 29, 16), + "hurricane" : (135, 124, 123), + "husk" : (183, 164, 88), + "ice cold" : (177, 244, 231), + "iceberg" : (218, 244, 240), + "illusion" : (246, 164, 201), + "inch worm" : (176, 227, 19), + "indian khaki" : (195, 176, 145), + "indian tan" : ( 77, 30, 1), + "indigo" : ( 79, 105, 198), + "indochine" : (194, 107, 3), + "international klein blue" : ( 0, 47, 167), + "international orange" : (255, 79, 0), + "irish coffee" : ( 95, 61, 38), + "iroko" : ( 67, 49, 32), + "iron" : (212, 215, 217), + "ironside gray" : (103, 102, 98), + "ironstone" : (134, 72, 60), + "island spice" : (255, 252, 238), + "ivory" : (255, 255, 240), + "jacaranda" : ( 46, 3, 41), + "jacarta" : ( 58, 42, 106), + "jacko bean" : ( 46, 25, 5), + "jacksons purple" : ( 32, 32, 141), + "jade" : ( 0, 168, 107), + "jaffa" : (239, 134, 63), + "jagged ice" : (194, 232, 229), + "jagger" : ( 53, 14, 87), + "jaguar" : ( 8, 1, 16), + "jambalaya" : ( 91, 48, 19), + "janna" : (244, 235, 211), + "japanese laurel" : ( 10, 105, 6), + "japanese maple" : (120, 1, 9), + "japonica" : (216, 124, 99), + "java" : ( 31, 194, 194), + "jazzberry jam" : (165, 11, 94), + "jelly bean" : ( 41, 123, 154), + "jet stream" : (181, 210, 206), + "jewel" : ( 18, 107, 64), + "jon" : ( 59, 31, 31), + "jonquil" : (238, 255, 154), + "jordy blue" : (138, 185, 241), + "judge gray" : ( 84, 67, 51), + "jumbo" : (124, 123, 130), + "jungle green" : ( 41, 171, 135), + "jungle mist" : (180, 207, 211), + "juniper" : (109, 146, 146), + "just right" : (236, 205, 185), + "kabul" : ( 94, 72, 62), + "kaitoke green" : ( 0, 70, 32), + "kangaroo" : (198, 200, 189), + "karaka" : ( 30, 22, 9), + "karry" : (255, 234, 212), + "kashmir blue" : ( 80, 112, 150), + "kelp" : ( 69, 73, 54), + "kenyan copper" : (124, 28, 5), + "keppel" : ( 58, 176, 158), + "key lime pie" : (191, 201, 33), + "khaki" : (240, 230, 140), + "kidnapper" : (225, 234, 212), + "kilamanjaro" : ( 36, 12, 2), + "killarney" : ( 58, 106, 71), + "kimberly" : (115, 108, 159), + "kingfisher daisy" : ( 62, 4, 128), + "kobi" : (231, 159, 196), + "kokoda" : (110, 109, 87), + "korma" : (143, 75, 14), + "koromiko" : (255, 189, 95), + "kournikova" : (255, 231, 114), + "kumera" : (136, 98, 33), + "la palma" : ( 54, 135, 22), + "la rioja" : (179, 193, 16), + "las palmas" : (198, 230, 16), + "laser" : (200, 181, 104), + "laser lemon" : (255, 255, 102), + "laurel" : (116, 147, 120), + "lavender" : (181, 126, 220), + "lavender gray" : (189, 187, 215), + "lavender magenta" : (238, 130, 238), + "lavender pink" : (251, 174, 210), + "lavender purple" : (150, 123, 182), + "lavender rose" : (251, 160, 227), + "lavender blush" : (255, 240, 245), + "leather" : (150, 112, 89), + "lemon" : (253, 233, 16), + "lemon chiffon" : (255, 250, 205), + "lemon ginger" : (172, 158, 34), + "lemon grass" : (155, 158, 143), + "light apricot" : (253, 213, 177), + "light orchid" : (226, 156, 210), + "light wisteria" : (201, 160, 220), + "lightning yellow" : (252, 192, 30), + "lilac" : (200, 162, 200), + "lilac bush" : (152, 116, 211), + "lily" : (200, 170, 191), + "lily white" : (231, 248, 255), + "lima" : (118, 189, 23), + "lime" : (191, 255, 0), + "limeade" : (111, 157, 2), + "limed ash" : (116, 125, 99), + "limed oak" : (172, 138, 86), + "limed spruce" : ( 57, 72, 81), + "linen" : (250, 240, 230), + "link water" : (217, 228, 245), + "lipstick" : (171, 5, 99), + "lisbon brown" : ( 66, 57, 33), + "livid brown" : ( 77, 40, 46), + "loafer" : (238, 244, 222), + "loblolly" : (189, 201, 206), + "lochinvar" : ( 44, 140, 132), + "lochmara" : ( 0, 126, 199), + "locust" : (168, 175, 142), + "log cabin" : ( 36, 42, 29), + "logan" : (170, 169, 205), + "lola" : (223, 207, 219), + "london hue" : (190, 166, 195), + "lonestar" : (109, 1, 1), + "lotus" : (134, 60, 60), + "loulou" : ( 70, 11, 65), + "lucky" : (175, 159, 28), + "lucky point" : ( 26, 26, 104), + "lunar green" : ( 60, 73, 58), + "luxor gold" : (167, 136, 44), + "lynch" : (105, 126, 154), + "mabel" : (217, 247, 255), + "macaroni and cheese" : (255, 185, 123), + "madang" : (183, 240, 190), + "madison" : ( 9, 37, 93), + "madras" : ( 63, 48, 2), + "magenta / fuchsia" : (255, 0, 255), + "magic mint" : (170, 240, 209), + "magnolia" : (248, 244, 255), + "mahogany" : ( 78, 6, 6), + "mai tai" : (176, 102, 8), + "maize" : (245, 213, 160), + "makara" : (137, 125, 109), + "mako" : ( 68, 73, 84), + "malachite" : ( 11, 218, 81), + "malibu" : (125, 200, 247), + "mallard" : ( 35, 52, 24), + "malta" : (189, 178, 161), + "mamba" : (142, 129, 144), + "manatee" : (141, 144, 161), + "mandalay" : (173, 120, 27), + "mandy" : (226, 84, 101), + "mandys pink" : (242, 195, 178), + "mango tango" : (231, 114, 0), + "manhattan" : (245, 201, 153), + "mantis" : (116, 195, 101), + "mantle" : (139, 156, 144), + "manz" : (238, 239, 120), + "mardi gras" : ( 53, 0, 54), + "marigold" : (185, 141, 40), + "marigold yellow" : (251, 232, 112), + "mariner" : ( 40, 106, 205), + "maroon" : (128, 0, 0), + "maroon flush" : (195, 33, 72), + "maroon oak" : ( 82, 12, 23), + "marshland" : ( 11, 15, 8), + "martini" : (175, 160, 158), + "martinique" : ( 54, 48, 80), + "marzipan" : (248, 219, 157), + "masala" : ( 64, 59, 56), + "matisse" : ( 27, 101, 157), + "matrix" : (176, 93, 84), + "matterhorn" : ( 78, 59, 65), + "mauve" : (224, 176, 255), + "mauvelous" : (240, 145, 169), + "maverick" : (216, 194, 213), + "medium carmine" : (175, 64, 53), + "medium purple" : (147, 112, 219), + "medium red violet" : (187, 51, 133), + "melanie" : (228, 194, 213), + "melanzane" : ( 48, 5, 41), + "melon" : (254, 186, 173), + "melrose" : (199, 193, 255), + "mercury" : (229, 229, 229), + "merino" : (246, 240, 230), + "merlin" : ( 65, 60, 55), + "merlot" : (131, 25, 35), + "metallic bronze" : ( 73, 55, 27), + "metallic copper" : (113, 41, 29), + "meteor" : (208, 125, 18), + "meteorite" : ( 60, 31, 118), + "mexican red" : (167, 37, 37), + "mid gray" : ( 95, 95, 110), + "midnight" : ( 1, 22, 53), + "midnight blue" : ( 0, 51, 102), + "midnight moss" : ( 4, 16, 4), + "mikado" : ( 45, 37, 16), + "milan" : (250, 255, 164), + "milano red" : (184, 17, 4), + "milk punch" : (255, 246, 212), + "millbrook" : ( 89, 68, 51), + "mimosa" : (248, 253, 211), + "mindaro" : (227, 249, 136), + "mine shaft" : ( 50, 50, 50), + "mineral green" : ( 63, 93, 83), + "ming" : ( 54, 116, 125), + "minsk" : ( 63, 48, 127), + "mint green" : (152, 255, 152), + "mint julep" : (241, 238, 193), + "mint tulip" : (196, 244, 235), + "mirage" : ( 22, 25, 40), + "mischka" : (209, 210, 221), + "mist gray" : (196, 196, 188), + "mobster" : (127, 117, 137), + "moccaccino" : (110, 29, 20), + "mocha" : (120, 45, 25), + "mojo" : (192, 71, 55), + "mona lisa" : (255, 161, 148), + "monarch" : (139, 7, 35), + "mondo" : ( 74, 60, 48), + "mongoose" : (181, 162, 127), + "monsoon" : (138, 131, 137), + "monte carlo" : (131, 208, 198), + "monza" : (199, 3, 30), + "moody blue" : (127, 118, 211), + "moon glow" : (252, 254, 218), + "moon mist" : (220, 221, 204), + "moon raker" : (214, 206, 246), + "morning glory" : (158, 222, 224), + "morocco brown" : ( 68, 29, 0), + "mortar" : ( 80, 67, 81), + "mosque" : ( 3, 106, 110), + "moss green" : (173, 223, 173), + "mountain meadow" : ( 26, 179, 133), + "mountain mist" : (149, 147, 150), + "mountbatten pink" : (153, 122, 141), + "muddy waters" : (183, 142, 92), + "muesli" : (170, 139, 91), + "mulberry" : (197, 75, 140), + "mulberry wood" : ( 92, 5, 54), + "mule fawn" : (140, 71, 47), + "mulled wine" : ( 78, 69, 98), + "mustard" : (255, 219, 88), + "my pink" : (214, 145, 136), + "my sin" : (255, 179, 31), + "mystic" : (226, 235, 237), + "nandor" : ( 75, 93, 82), + "napa" : (172, 164, 148), + "narvik" : (237, 249, 241), + "natural gray" : (139, 134, 128), + "navajo white" : (255, 222, 173), + "navy blue" : ( 0, 0, 128), + "nebula" : (203, 219, 214), + "negroni" : (255, 226, 197), + "neon carrot" : (255, 153, 51), + "nepal" : (142, 171, 193), + "neptune" : (124, 183, 187), + "nero" : ( 20, 6, 0), + "nevada" : (100, 110, 117), + "new orleans" : (243, 214, 157), + "new york pink" : (215, 131, 127), + "niagara" : ( 6, 161, 137), + "night rider" : ( 31, 18, 15), + "night shadz" : (170, 55, 90), + "nile blue" : ( 25, 55, 81), + "nobel" : (183, 177, 177), + "nomad" : (186, 177, 162), + "norway" : (168, 189, 159), + "nugget" : (197, 153, 34), + "nutmeg" : (129, 66, 44), + "nutmeg wood finish" : (104, 54, 0), + "oasis" : (254, 239, 206), + "observatory" : ( 2, 134, 111), + "ocean green" : ( 65, 170, 120), + "ochre" : (204, 119, 34), + "off green" : (230, 248, 243), + "off yellow" : (254, 249, 227), + "oil" : ( 40, 30, 21), + "old brick" : (144, 30, 30), + "old copper" : (114, 74, 47), + "old gold" : (207, 181, 59), + "old lace" : (253, 245, 230), + "old lavender" : (121, 104, 120), + "old rose" : (192, 128, 129), + "olive" : (128, 128, 0), + "olive drab" : (107, 142, 35), + "olive green" : (181, 179, 92), + "olive haze" : (139, 132, 112), + "olivetone" : (113, 110, 16), + "olivine" : (154, 185, 115), + "onahau" : (205, 244, 255), + "onion" : ( 47, 39, 14), + "opal" : (169, 198, 194), + "opium" : (142, 111, 112), + "oracle" : ( 55, 116, 117), + "orange" : (255, 104, 31), + "orange peel" : (255, 160, 0), + "orange roughy" : (196, 87, 25), + "orange white" : (254, 252, 237), + "orchid" : (218, 112, 214), + "orchid white" : (255, 253, 243), + "oregon" : (155, 71, 3), + "orient" : ( 1, 94, 133), + "oriental pink" : (198, 145, 145), + "orinoco" : (243, 251, 212), + "oslo gray" : (135, 141, 145), + "ottoman" : (233, 248, 237), + "outer space" : ( 45, 56, 58), + "outrageous orange" : (255, 96, 55), + "oxford blue" : ( 56, 69, 85), + "oxley" : (119, 158, 134), + "oyster bay" : (218, 250, 255), + "oyster pink" : (233, 206, 205), + "paarl" : (166, 85, 41), + "pablo" : (119, 111, 97), + "pacific blue" : ( 0, 157, 196), + "pacifika" : (119, 129, 32), + "paco" : ( 65, 31, 16), + "padua" : (173, 230, 196), + "pale canary" : (255, 255, 153), + "pale leaf" : (192, 211, 185), + "pale oyster" : (152, 141, 119), + "pale prim" : (253, 254, 184), + "pale rose" : (255, 225, 242), + "pale sky" : (110, 119, 131), + "pale slate" : (195, 191, 193), + "palm green" : ( 9, 35, 15), + "palm leaf" : ( 25, 51, 14), + "pampas" : (244, 242, 238), + "panache" : (234, 246, 238), + "pancho" : (237, 205, 171), + "papaya whip" : (255, 239, 213), + "paprika" : (141, 2, 38), + "paradiso" : ( 49, 125, 130), + "parchment" : (241, 233, 210), + "paris daisy" : (255, 244, 110), + "paris m" : ( 38, 5, 106), + "paris white" : (202, 220, 212), + "parsley" : ( 19, 79, 25), + "pastel green" : (119, 221, 119), + "pastel pink" : (255, 209, 220), + "patina" : ( 99, 154, 143), + "pattens blue" : (222, 245, 255), + "paua" : ( 38, 3, 104), + "pavlova" : (215, 196, 152), + "peach" : (255, 229, 180), + "peach cream" : (255, 240, 219), + "peach orange" : (255, 204, 153), + "peach schnapps" : (255, 220, 214), + "peach yellow" : (250, 223, 173), + "peanut" : (120, 47, 22), + "pear" : (209, 226, 49), + "pearl bush" : (232, 224, 213), + "pearl lusta" : (252, 244, 220), + "peat" : (113, 107, 86), + "pelorous" : ( 62, 171, 191), + "peppermint" : (227, 245, 225), + "perano" : (169, 190, 242), + "perfume" : (208, 190, 248), + "periglacial blue" : (225, 230, 214), + "periwinkle" : (204, 204, 255), + "periwinkle gray" : (195, 205, 230), + "persian blue" : ( 28, 57, 187), + "persian green" : ( 0, 166, 147), + "persian indigo" : ( 50, 18, 122), + "persian pink" : (247, 127, 190), + "persian plum" : (112, 28, 28), + "persian red" : (204, 51, 51), + "persian rose" : (254, 40, 162), + "persimmon" : (255, 107, 83), + "peru tan" : (127, 58, 2), + "pesto" : (124, 118, 49), + "petite orchid" : (219, 150, 144), + "pewter" : (150, 168, 161), + "pharlap" : (163, 128, 123), + "picasso" : (255, 243, 157), + "pickled bean" : (110, 72, 38), + "pickled bluewood" : ( 49, 68, 89), + "picton blue" : ( 69, 177, 232), + "pig pink" : (253, 215, 228), + "pigeon post" : (175, 189, 217), + "pigment indigo" : ( 75, 0, 130), + "pine cone" : (109, 94, 84), + "pine glade" : (199, 205, 144), + "pine green" : ( 1, 121, 111), + "pine tree" : ( 23, 31, 4), + "pink" : (255, 192, 203), + "pink flamingo" : (255, 102, 255), + "pink flare" : (225, 192, 200), + "pink lace" : (255, 221, 244), + "pink lady" : (255, 241, 216), + "pink salmon" : (255, 145, 164), + "pink swan" : (190, 181, 183), + "piper" : (201, 99, 35), + "pipi" : (254, 244, 204), + "pippin" : (255, 225, 223), + "pirate gold" : (186, 127, 3), + "pistachio" : (157, 194, 9), + "pixie green" : (192, 216, 182), + "pizazz" : (255, 144, 0), + "pizza" : (201, 148, 21), + "plantation" : ( 39, 80, 75), + "plum" : (132, 49, 121), + "pohutukawa" : (143, 2, 28), + "polar" : (229, 249, 246), + "polo blue" : (141, 168, 204), + "pomegranate" : (243, 71, 35), + "pompadour" : (102, 0, 69), + "porcelain" : (239, 242, 243), + "porsche" : (234, 174, 105), + "port gore" : ( 37, 31, 79), + "portafino" : (255, 255, 180), + "portage" : (139, 159, 238), + "portica" : (249, 230, 99), + "pot pourri" : (245, 231, 226), + "potters clay" : (140, 87, 56), + "powder ash" : (188, 201, 194), + "powder blue" : (176, 224, 230), + "prairie sand" : (154, 56, 32), + "prelude" : (208, 192, 229), + "prim" : (240, 226, 236), + "primrose" : (237, 234, 153), + "provincial pink" : (254, 245, 241), + "prussian blue" : ( 0, 49, 83), + "puce" : (204, 136, 153), + "pueblo" : (125, 44, 20), + "puerto rico" : ( 63, 193, 170), + "pumice" : (194, 202, 196), + "pumpkin" : (255, 117, 24), + "pumpkin skin" : (177, 97, 11), + "punch" : (220, 67, 51), + "punga" : ( 77, 61, 20), + "purple" : (102, 0, 153), + "purple heart" : (101, 45, 193), + "purple mountain's majesty" : (150, 120, 182), + "purple pizzazz" : (255, 0, 204), + "putty" : (231, 205, 140), + "quarter pearl lusta" : (255, 253, 244), + "quarter spanish white" : (247, 242, 225), + "quicksand" : (189, 151, 142), + "quill gray" : (214, 214, 209), + "quincy" : ( 98, 63, 45), + "racing green" : ( 12, 25, 17), + "radical red" : (255, 53, 94), + "raffia" : (234, 218, 184), + "rainee" : (185, 200, 172), + "rajah" : (247, 182, 104), + "rangitoto" : ( 46, 50, 34), + "rangoon green" : ( 28, 30, 19), + "raven" : (114, 123, 137), + "raw sienna" : (210, 125, 70), + "raw umber" : (115, 74, 18), + "razzle dazzle rose" : (255, 51, 204), + "razzmatazz" : (227, 11, 92), + "rebel" : ( 60, 18, 6), + "red" : (255, 0, 0), + "red beech" : (123, 56, 1), + "red berry" : (142, 0, 0), + "red damask" : (218, 106, 65), + "red devil" : (134, 1, 17), + "red orange" : (255, 63, 52), + "red oxide" : (110, 9, 2), + "red ribbon" : (237, 10, 63), + "red robin" : (128, 52, 31), + "red stage" : (208, 95, 4), + "red violet" : (199, 21, 133), + "redwood" : ( 93, 30, 15), + "reef" : (201, 255, 162), + "reef gold" : (159, 130, 28), + "regal blue" : ( 1, 63, 106), + "regent gray" : (134, 148, 159), + "regent st blue" : (170, 214, 230), + "remy" : (254, 235, 243), + "reno sand" : (168, 101, 21), + "resolution blue" : ( 0, 35, 135), + "revolver" : ( 44, 22, 50), + "rhino" : ( 46, 63, 98), + "rice cake" : (255, 254, 240), + "rice flower" : (238, 255, 226), + "rich gold" : (168, 83, 7), + "rio grande" : (187, 208, 9), + "ripe lemon" : (244, 216, 28), + "ripe plum" : ( 65, 0, 86), + "riptide" : (139, 230, 216), + "river bed" : ( 67, 76, 89), + "rob roy" : (234, 198, 116), + "robin's egg blue" : ( 0, 204, 204), + "rock" : ( 77, 56, 51), + "rock blue" : (158, 177, 205), + "rock spray" : (186, 69, 12), + "rodeo dust" : (201, 178, 155), + "rolling stone" : (116, 125, 131), + "roman" : (222, 99, 96), + "roman coffee" : (121, 93, 76), + "romance" : (255, 254, 253), + "romantic" : (255, 210, 183), + "ronchi" : (236, 197, 78), + "roof terracotta" : (166, 47, 32), + "rope" : (142, 77, 30), + "rose" : (255, 0, 127), + "rose bud" : (251, 178, 163), + "rose bud cherry" : (128, 11, 71), + "rose fog" : (231, 188, 180), + "rose white" : (255, 246, 245), + "rose of sharon" : (191, 85, 0), + "rosewood" : (101, 0, 11), + "roti" : (198, 168, 75), + "rouge" : (162, 59, 108), + "royal blue" : ( 65, 105, 225), + "royal heath" : (171, 52, 114), + "royal purple" : (107, 63, 160), + "rum" : (121, 105, 137), + "rum swizzle" : (249, 248, 228), + "russet" : (128, 70, 27), + "russett" : (117, 90, 87), + "rust" : (183, 65, 14), + "rustic red" : ( 72, 4, 4), + "rusty nail" : (134, 86, 10), + "saddle" : ( 76, 48, 36), + "saddle brown" : ( 88, 52, 1), + "saffron" : (244, 196, 48), + "saffron mango" : (249, 191, 88), + "sage" : (158, 165, 135), + "sahara" : (183, 162, 20), + "sahara sand" : (241, 231, 136), + "sail" : (184, 224, 249), + "salem" : ( 9, 127, 75), + "salmon" : (255, 140, 105), + "salomie" : (254, 219, 141), + "salt box" : (104, 94, 110), + "saltpan" : (241, 247, 242), + "sambuca" : ( 58, 32, 16), + "san felix" : ( 11, 98, 7), + "san juan" : ( 48, 75, 106), + "san marino" : ( 69, 108, 172), + "sand dune" : (130, 111, 101), + "sandal" : (170, 141, 111), + "sandrift" : (171, 145, 122), + "sandstone" : (121, 109, 98), + "sandwisp" : (245, 231, 162), + "sandy beach" : (255, 234, 200), + "sandy brown" : (244, 164, 96), + "sangria" : (146, 0, 10), + "sanguine brown" : (141, 61, 56), + "santa fe" : (177, 109, 82), + "santas gray" : (159, 160, 177), + "sapling" : (222, 212, 164), + "sapphire" : ( 47, 81, 158), + "saratoga" : ( 85, 91, 16), + "satin linen" : (230, 228, 212), + "sauvignon" : (255, 245, 243), + "sazerac" : (255, 244, 224), + "scampi" : (103, 95, 166), + "scandal" : (207, 250, 244), + "scarlet" : (255, 36, 0), + "scarlet gum" : ( 67, 21, 96), + "scarlett" : (149, 0, 21), + "scarpa flow" : ( 88, 85, 98), + "schist" : (169, 180, 151), + "school bus yellow" : (255, 216, 0), + "schooner" : (139, 132, 126), + "science blue" : ( 0, 102, 204), + "scooter" : ( 46, 191, 212), + "scorpion" : (105, 95, 98), + "scotch mist" : (255, 251, 220), + "screamin' green" : (102, 255, 102), + "sea buckthorn" : (251, 161, 41), + "sea green" : ( 46, 139, 87), + "sea mist" : (197, 219, 202), + "sea nymph" : (120, 163, 156), + "sea pink" : (237, 152, 158), + "seagull" : (128, 204, 234), + "seance" : (115, 30, 143), + "seashell" : (241, 241, 241), + "seashell peach" : (255, 245, 238), + "seaweed" : ( 27, 47, 17), + "selago" : (240, 238, 253), + "selective yellow" : (255, 186, 0), + "sepia" : (112, 66, 20), + "sepia black" : ( 43, 2, 2), + "sepia skin" : (158, 91, 64), + "serenade" : (255, 244, 232), + "shadow" : (131, 112, 80), + "shadow green" : (154, 194, 184), + "shady lady" : (170, 165, 169), + "shakespeare" : ( 78, 171, 209), + "shalimar" : (251, 255, 186), + "shamrock" : ( 51, 204, 153), + "shark" : ( 37, 39, 44), + "sherpa blue" : ( 0, 73, 80), + "sherwood green" : ( 2, 64, 44), + "shilo" : (232, 185, 179), + "shingle fawn" : (107, 78, 49), + "ship cove" : (120, 139, 186), + "ship gray" : ( 62, 58, 68), + "shiraz" : (178, 9, 49), + "shocking" : (226, 146, 192), + "shocking pink" : (252, 15, 192), + "shuttle gray" : ( 95, 102, 114), + "siam" : (100, 106, 84), + "sidecar" : (243, 231, 187), + "silk" : (189, 177, 168), + "silver" : (192, 192, 192), + "silver chalice" : (172, 172, 172), + "silver rust" : (201, 192, 187), + "silver sand" : (191, 193, 194), + "silver tree" : (102, 181, 143), + "sinbad" : (159, 215, 211), + "siren" : (122, 1, 58), + "sirocco" : (113, 128, 128), + "sisal" : (211, 203, 186), + "skeptic" : (202, 230, 218), + "sky blue" : (118, 215, 234), + "slate gray" : (112, 128, 144), + "smalt" : ( 0, 51, 153), + "smalt blue" : ( 81, 128, 143), + "smoky" : ( 96, 91, 115), + "snow drift" : (247, 250, 247), + "snow flurry" : (228, 255, 209), + "snowy mint" : (214, 255, 219), + "snuff" : (226, 216, 237), + "soapstone" : (255, 251, 249), + "soft amber" : (209, 198, 180), + "soft peach" : (245, 237, 239), + "solid pink" : (137, 56, 67), + "solitaire" : (254, 248, 226), + "solitude" : (234, 246, 255), + "sorbus" : (253, 124, 7), + "sorrell brown" : (206, 185, 143), + "soya bean" : (106, 96, 81), + "spanish green" : (129, 152, 133), + "spectra" : ( 47, 90, 87), + "spice" : (106, 68, 46), + "spicy mix" : (136, 83, 66), + "spicy mustard" : (116, 100, 13), + "spicy pink" : (129, 110, 113), + "spindle" : (182, 209, 234), + "spray" : (121, 222, 236), + "spring green" : ( 0, 255, 127), + "spring leaves" : ( 87, 131, 99), + "spring rain" : (172, 203, 177), + "spring sun" : (246, 255, 220), + "spring wood" : (248, 246, 241), + "sprout" : (193, 215, 176), + "spun pearl" : (170, 171, 183), + "squirrel" : (143, 129, 118), + "st tropaz" : ( 45, 86, 155), + "stack" : (138, 143, 138), + "star dust" : (159, 159, 156), + "stark white" : (229, 215, 189), + "starship" : (236, 242, 69), + "steel blue" : ( 70, 130, 180), + "steel gray" : ( 38, 35, 53), + "stiletto" : (156, 51, 54), + "stonewall" : (146, 133, 115), + "storm dust" : (100, 100, 99), + "storm gray" : (113, 116, 134), + "stratos" : ( 0, 7, 65), + "straw" : (212, 191, 141), + "strikemaster" : (149, 99, 135), + "stromboli" : ( 50, 93, 82), + "studio" : (113, 74, 178), + "submarine" : (186, 199, 201), + "sugar cane" : (249, 255, 246), + "sulu" : (193, 240, 124), + "summer green" : (150, 187, 171), + "sun" : (251, 172, 19), + "sundance" : (201, 179, 91), + "sundown" : (255, 177, 179), + "sunflower" : (228, 212, 34), + "sunglo" : (225, 104, 101), + "sunglow" : (255, 204, 51), + "sunset orange" : (254, 76, 64), + "sunshade" : (255, 158, 44), + "supernova" : (255, 201, 1), + "surf" : (187, 215, 193), + "surf crest" : (207, 229, 210), + "surfie green" : ( 12, 122, 121), + "sushi" : (135, 171, 57), + "suva gray" : (136, 131, 135), + "swamp" : ( 0, 27, 28), + "swamp green" : (172, 183, 142), + "swans down" : (220, 240, 234), + "sweet corn" : (251, 234, 140), + "sweet pink" : (253, 159, 162), + "swirl" : (211, 205, 197), + "swiss coffee" : (221, 214, 213), + "sycamore" : (144, 141, 57), + "tabasco" : (160, 39, 18), + "tacao" : (237, 179, 129), + "tacha" : (214, 197, 98), + "tahiti gold" : (233, 124, 7), + "tahuna sands" : (238, 240, 200), + "tall poppy" : (179, 45, 41), + "tallow" : (168, 165, 137), + "tamarillo" : (153, 22, 19), + "tamarind" : ( 52, 21, 21), + "tan" : (210, 180, 140), + "tan hide" : (250, 157, 90), + "tana" : (217, 220, 193), + "tangaroa" : ( 3, 22, 60), + "tangerine" : (242, 133, 0), + "tango" : (237, 122, 28), + "tapa" : (123, 120, 116), + "tapestry" : (176, 94, 129), + "tara" : (225, 246, 232), + "tarawera" : ( 7, 58, 80), + "tasman" : (207, 220, 207), + "taupe" : ( 72, 60, 50), + "taupe gray" : (179, 175, 149), + "tawny port" : (105, 37, 69), + "te papa green" : ( 30, 67, 60), + "tea" : (193, 186, 176), + "tea green" : (208, 240, 192), + "teak" : (177, 148, 97), + "teal" : ( 0, 128, 128), + "teal blue" : ( 4, 66, 89), + "temptress" : ( 59, 0, 11), + "tenn" : (205, 87, 0), + "tequila" : (255, 230, 199), + "terracotta" : (226, 114, 91), + "texas" : (248, 249, 156), + "texas rose" : (255, 181, 85), + "thatch" : (182, 157, 152), + "thatch green" : ( 64, 61, 25), + "thistle" : (216, 191, 216), + "thistle green" : (204, 202, 168), + "thunder" : ( 51, 41, 47), + "thunderbird" : (192, 43, 24), + "tia maria" : (193, 68, 14), + "tiara" : (195, 209, 209), + "tiber" : ( 6, 53, 55), + "tickle me pink" : (252, 128, 165), + "tidal" : (241, 255, 173), + "tide" : (191, 184, 176), + "timber green" : ( 22, 50, 44), + "timberwolf" : (217, 214, 207), + "titan white" : (240, 238, 255), + "toast" : (154, 110, 97), + "tobacco brown" : (113, 93, 71), + "toledo" : ( 58, 0, 32), + "tolopea" : ( 27, 2, 69), + "tom thumb" : ( 63, 88, 59), + "tonys pink" : (231, 159, 140), + "topaz" : (124, 119, 138), + "torch red" : (253, 14, 53), + "torea bay" : ( 15, 45, 158), + "tory blue" : ( 20, 80, 170), + "tosca" : (141, 63, 63), + "totem pole" : (153, 27, 7), + "tower gray" : (169, 189, 191), + "tradewind" : ( 95, 179, 172), + "tranquil" : (230, 255, 255), + "travertine" : (255, 253, 232), + "tree poppy" : (252, 156, 29), + "treehouse" : ( 59, 40, 32), + "trendy green" : (124, 136, 26), + "trendy pink" : (140, 100, 149), + "trinidad" : (230, 78, 3), + "tropical blue" : (195, 221, 249), + "tropical rain forest" : ( 0, 117, 94), + "trout" : ( 74, 78, 90), + "true v" : (138, 115, 214), + "tuatara" : ( 54, 53, 52), + "tuft bush" : (255, 221, 205), + "tulip tree" : (234, 179, 59), + "tumbleweed" : (222, 166, 129), + "tuna" : ( 53, 53, 66), + "tundora" : ( 74, 66, 68), + "turbo" : (250, 230, 0), + "turkish rose" : (181, 114, 129), + "turmeric" : (202, 187, 72), + "turquoise" : ( 48, 213, 200), + "turquoise blue" : (108, 218, 231), + "turtle green" : ( 42, 56, 11), + "tuscany" : (189, 94, 46), + "tusk" : (238, 243, 195), + "tussock" : (197, 153, 75), + "tutu" : (255, 241, 249), + "twilight" : (228, 207, 222), + "twilight blue" : (238, 253, 255), + "twine" : (194, 149, 93), + "tyrian purple" : (102, 2, 60), + "ultramarine" : ( 18, 10, 143), + "valencia" : (216, 68, 55), + "valentino" : ( 53, 14, 66), + "valhalla" : ( 43, 25, 79), + "van cleef" : ( 73, 23, 12), + "vanilla" : (209, 190, 168), + "vanilla ice" : (243, 217, 223), + "varden" : (255, 246, 223), + "venetian red" : (114, 1, 15), + "venice blue" : ( 5, 89, 137), + "venus" : (146, 133, 144), + "verdigris" : ( 93, 94, 55), + "verdun green" : ( 73, 84, 0), + "vermilion" : (255, 77, 0), + "vesuvius" : (177, 74, 11), + "victoria" : ( 83, 68, 145), + "vida loca" : ( 84, 144, 25), + "viking" : (100, 204, 219), + "vin rouge" : (152, 61, 97), + "viola" : (203, 143, 169), + "violent violet" : ( 41, 12, 94), + "violet" : ( 36, 10, 64), + "violet eggplant" : (153, 17, 153), + "violet red" : (247, 70, 138), + "viridian" : ( 64, 130, 109), + "viridian green" : (103, 137, 117), + "vis vis" : (255, 239, 161), + "vista blue" : (143, 214, 180), + "vista white" : (252, 248, 247), + "vivid tangerine" : (255, 153, 128), + "vivid violet" : (128, 55, 144), + "voodoo" : ( 83, 52, 85), + "vulcan" : ( 16, 18, 29), + "wafer" : (222, 203, 198), + "waikawa gray" : ( 90, 110, 156), + "waiouru" : ( 54, 60, 13), + "walnut" : (119, 63, 26), + "wasabi" : (120, 138, 37), + "water leaf" : (161, 233, 222), + "watercourse" : ( 5, 111, 87), + "waterloo " : (123, 124, 148), + "wattle" : (220, 215, 71), + "watusi" : (255, 221, 207), + "wax flower" : (255, 192, 168), + "we peep" : (247, 219, 230), + "web orange" : (255, 165, 0), + "wedgewood" : ( 78, 127, 158), + "well read" : (180, 51, 50), + "west coast" : ( 98, 81, 25), + "west side" : (255, 145, 15), + "westar" : (220, 217, 210), + "wewak" : (241, 155, 171), + "wheat" : (245, 222, 179), + "wheatfield" : (243, 237, 207), + "whiskey" : (213, 154, 111), + "whisper" : (247, 245, 250), + "white" : (255, 255, 255), + "white ice" : (221, 249, 241), + "white lilac" : (248, 247, 252), + "white linen" : (248, 240, 232), + "white pointer" : (254, 248, 255), + "white rock" : (234, 232, 212), + "wild blue yonder" : (122, 137, 184), + "wild rice" : (236, 224, 144), + "wild sand" : (244, 244, 244), + "wild strawberry" : (255, 51, 153), + "wild watermelon" : (253, 91, 120), + "wild willow" : (185, 196, 106), + "william" : ( 58, 104, 108), + "willow brook" : (223, 236, 218), + "willow grove" : (101, 116, 93), + "windsor" : ( 60, 8, 120), + "wine berry" : ( 89, 29, 53), + "winter hazel" : (213, 209, 149), + "wisp pink" : (254, 244, 248), + "wisteria" : (151, 113, 181), + "wistful" : (164, 166, 211), + "witch haze" : (255, 252, 153), + "wood bark" : ( 38, 17, 5), + "woodland" : ( 77, 83, 40), + "woodrush" : ( 48, 42, 15), + "woodsmoke" : ( 12, 13, 15), + "woody brown" : ( 72, 49, 49), + "xanadu" : (115, 134, 120), + "yellow" : (255, 255, 0), + "yellow green" : (197, 225, 122), + "yellow metal" : (113, 99, 56), + "yellow orange" : (255, 174, 66), + "yellow sea" : (254, 169, 4), + "your pink" : (255, 195, 192), + "yukon gold" : (123, 102, 8), + "yuma" : (206, 194, 145), + "zambezi" : (104, 85, 88), + "zanah" : (218, 236, 214), + "zest" : (229, 132, 27), + "zeus" : ( 41, 35, 25), + "ziggurat" : (191, 219, 226), + "zinnwaldite" : (235, 194, 175), + "zircon" : (244, 248, 255), + "zombie" : (228, 214, 155), + "zorba" : (165, 155, 145), + "zuccini" : ( 4, 64, 34), + "zumthor" : (237, 246, 255)} + +def build_reverse_dict(): + global reverse + global colorhex + global colors + for color in colors: + rgb = colors[color] + hex = '#%02X%02X%02X' % (rgb) + reverse[hex] = color + colorhex[color] = hex + return + + +def get_complementary_hex(color): + # strip the # from the beginning + color = color[1:] + # convert the string into hex + color = int(color, 16) + # invert the three bytes + # as good as substracting each of RGB component by 255(FF) + comp_color = 0xFFFFFF ^ color + # convert the color back to hex by prefixing a # + comp_color = "#%06X" % comp_color + # return the result + return comp_color + +def get_complementary_rgb(red, green, blue): + color_string = '#%02X%02X%02X' % (red, green, blue) + # strip the # from the beginning + color = color_string[1:] + # convert the string into hex + color = int(color, 16) + # invert the three bytes + # as good as substracting each of RGB component by 255(FF) + comp_color = 0xFFFFFF ^ color + # convert the color back to hex by prefixing a # + comp_color = "#%06X" % comp_color + # return the result + return comp_color + +def get_name_from_hex(hex): + global reverse + global colorhex + global colors + + hex = hex.upper() + try: + name = reverse[hex] + except: + name = 'No Hex For Name' + return name + +def get_hex_from_name(name): + global reverse + global colorhex + global colors + + name = name.lower() + try: + hex = colorhex[name] + except: + hex = '#000000' + return hex + +def show_all_colors_on_buttons(): + global reverse + global colorhex + global colors + form = g.FlexForm('Colors on Buttons Demo', default_element_size=(3,1), location=(0,0), icon=MY_WINDOW_ICON, font=("Helvetica", 7)) + row = [] + row_len = 20 + for i, c in enumerate(colors): + hex = get_hex_from_name(c) + button1 = g.Button(button_text=c, button_color=(get_complementary_hex(hex), hex), size=(8,1)) + button2 = g.Button(button_text=c, button_color=(hex,get_complementary_hex(hex)), size=(8,1)) + row.append(button1) + row.append(button2) + if (i+1) % row_len == 0: + form.AddRow(*row) + row = [] + if row != []: + form.AddRow(*row) + form.Show() + + +GoodColors = [('#0e6251',g.RGB(255,246,122) ), + ('white', g.RGB(0,74,60)), + (g.RGB(0,210,124),g.RGB(0,74,60) ), + (g.RGB(0,210,87),g.RGB(0,74,60) ), + (g.RGB(0,164,73),g.RGB(0,74,60) ), + (g.RGB(0,74,60),g.RGB(0,74,60) ), + + ] + + +def main(): + global colors + global reverse + + build_reverse_dict() + list_of_colors = [c for c in colors] + printable = '\n'.join(map(str, list_of_colors)) + # show_all_colors_on_buttons() + while True: + # ------- Form show ------- # + layout = [[g.Text('Find color')], + [g.Text('Demonstration of colors')], + [g.Text('Enter a color name in text or hex #RRGGBB format')], + [g.InputText()], + [g.Listbox(list_of_colors, size=(20,30)), g.T('Or choose from list')], + [g.Submit(), g.Quit(), g.SimpleButton('Show me lots of colors!', button_color=('white','#0e6251'))], + ] + # [g.Multiline(DefaultText=str(printable), Size=(30,20))]] + (button, (hex_input, drop_down_value)) = g.FlexForm('Color Demo', auto_size_text=True, icon=MY_WINDOW_ICON).LayoutAndShow(layout) + + drop_down_value = drop_down_value[0] + + # ------- Form show ------- # + # layout = [[g.Text('Find color')], + # [g.Text('Demonstration of colors')], + # [g.Text('Enter a color name in text or hex #RRGGBB format')], + # [g.InputText()], + # [g.InputCombo(list_of_colors, size=(20,6)), g.T('Or choose from list')], + # [g.Submit(), g.Quit(), g.SimpleButton('Show me lots of colors!', button_color=('white','#0e6251'))], + # ] + # # [g.Multiline(DefaultText=str(printable), Size=(30,20))]] + # (button, (hex_input, drop_down_value)) = g.FlexForm('Color Demo', auto_size_text=True, icon=MY_WINDOW_ICON).LayoutAndShow(layout) + + + # ------- OUTPUT results portion ------- # + if button == '' or button == 'Quit' or button is None: + exit(0) + elif button == 'Show me lots of colors!': + show_all_colors_on_buttons() + + if hex_input is not '' and hex_input[0] == '#': + color_hex = hex_input.upper() + color_name = get_name_from_hex(hex_input) + else: + color_name = drop_down_value + color_hex = get_hex_from_name(color_name) + + complementary_hex = get_complementary_hex(color_hex) + complementary_color = get_name_from_hex(complementary_hex) + + # g.MsgBox('Colors', 'The RBG value is', rgb, 'color and comp are', color_string, compl) + layout = [[g.Text('That color and it\'s compliment are shown on these buttons. This form auto-closes')], + [g.Button(button_text=color_name, button_color=(color_hex, complementary_hex))], + [g.Button(button_text=complementary_hex + ' ' + complementary_color, button_color=(complementary_hex , color_hex), size=(30,1))], + ] + g.FlexForm('Color demo', default_element_size=(100,1), auto_size_text=True, auto_close=True, auto_close_duration=5, icon=MY_WINDOW_ICON).LayoutAndShow(layout) + + + +if __name__ == '__main__': + main() diff --git a/Demo_Columns.py b/Demo_Columns.py new file mode 100644 index 000000000..2f07b83b7 --- /dev/null +++ b/Demo_Columns.py @@ -0,0 +1,61 @@ +import PySimpleGUI as sg + +# Demo of how columns work +# Form has on row 1 a vertical slider followed by a COLUMN with 7 rows +# Prior to the Column element, this layout was not possible +# Columns layouts look identical to form layouts, they are a list of lists of elements. + +# sg.ChangeLookAndFeel('BlueMono') + + +def ScrollableColumns(): + # sg.ChangeLookAndFeel('Dark') + + + column1 = [[sg.Text('Column 1', justification='center', size=(20, 1))], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 1', key='spin1', size=(30,1))], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 3', key='spin3')]] + + + column2 = [[sg.T('Table Test')]] + + for i in range(50): + column2.append([sg.T(f'{i}{j}', size=(4, 1), background_color='gray25', text_color='white', pad=(1, 1)) for j in range(10)]) + + layout = [[sg.Column(column2, scrollable=True, size=(400,300)), sg.Column(column1, scrollable=True, size=(200,150))], + [sg.OK()]] + + form = sg.FlexForm('Form Fill Demonstration', default_element_size=(40, 1)) + b, v = form.LayoutAndRead(layout) + + +def NormalColumns(): + # Column layout + col = [[sg.Text('col Row 1', text_color='white', background_color='blue')], + [sg.Text('col Row 2', text_color='white', background_color='blue'), sg.Input('col input 1')], + [sg.Text('col Row 3', text_color='white', background_color='blue'), sg.Input('col input 2')]] + + layout = [[sg.Listbox(values=('Listbox Item 1', 'Listbox Item 2', 'Listbox Item 3'), select_mode=sg.LISTBOX_SELECT_MODE_MULTIPLE, size=(20,3)), sg.Column(col, background_color='blue')], + [sg.Input('Last input')], + [sg.OK()]] + + # Display the form and get values + # If you're willing to not use the "context manager" design pattern, then it's possible + # to collapse the form display and read down to a single line of code. + button, values = sg.FlexForm('Compact 1-line form with column').LayoutAndRead(layout) + + sg.Popup(button, values, line_width=200) + +NormalColumns() +ScrollableColumns() \ No newline at end of file diff --git a/Demo_Compare_Files.py b/Demo_Compare_Files.py new file mode 100644 index 000000000..c5ecf7f23 --- /dev/null +++ b/Demo_Compare_Files.py @@ -0,0 +1,33 @@ +import PySimpleGUI as sg + +def GetFilesToCompare(): + with sg.FlexForm('File Compare') as form: + form_rows = [[sg.Text('Enter 2 files to comare')], + [sg.Text('File 1', size=(15, 1)), sg.InputText(), sg.FileBrowse()], + [sg.Text('File 2', size=(15, 1)), sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + rc = form.LayoutAndShow(form_rows) + return rc + +def main(): + button, (f1, f2) = GetFilesToCompare() + if any((button != 'Submit', f1 =='', f2 == '')): + sg.MsgBoxError('Operation cancelled') + exit(69) + + with open(f1, 'rb') as file1: + with open(f2, 'rb') as file2: + a = file1.read() + b = file2.read() + + for i, x in enumerate(a): + if x != b[i]: + sg.MsgBox('Compare results for files', f1, f2, '**** Mismatch at offset {} ****'.format(i)) + break + else: + if len(a) == len(b): + sg.MsgBox('**** The files are IDENTICAL ****') + + +if __name__ == '__main__': + main() diff --git a/Demo_Cookbook_Browser.py b/Demo_Cookbook_Browser.py new file mode 100644 index 000000000..2e1cc91b8 --- /dev/null +++ b/Demo_Cookbook_Browser.py @@ -0,0 +1,804 @@ + + +# import PySimpleGUI as sg +import inspect + +def SimpleDataEntry(): + """Simple Data Entry - Return Values As List + Same GUI screen except the return values are in a list instead of a dictionary and doesn't have initial values. + """ + import PySimpleGUI as sg + # Very basic form. Return values as a list + form = sg.FlexForm('Simple data entry form') # begin with a blank form + + layout = [ + [sg.Text('Please enter your Name, Address, Phone')], + [sg.Text('Name', size=(15, 1)), sg.InputText()], + [sg.Text('Address', size=(15, 1)), sg.InputText()], + [sg.Text('Phone', size=(15, 1)), sg.InputText()], + [sg.Submit(), sg.Cancel()] + ] + + button, values = form.LayoutAndRead(layout) + + print(button, values[0], values[1], values[2]) + +def SimpleReturnAsDict(): + """ + Simple data entry - Return Values As Dictionary + A simple form with default values. Results returned in a dictionary. Does not use a context manager + """ + import PySimpleGUI as sg + + # Very basic form. Return values as a dictionary + form = sg.FlexForm('Simple data entry form') # begin with a blank form + + layout = [ + [sg.Text('Please enter your Name, Address, Phone')], + [sg.Text('Name', size=(15, 1)), sg.InputText('name', key='name')], + [sg.Text('Address', size=(15, 1)), sg.InputText('address', key='address')], + [sg.Text('Phone', size=(15, 1)), sg.InputText('phone', key='phone')], + [sg.Submit(), sg.Cancel()] + ] + + button, values = form.LayoutAndRead(layout) + + print(button, values['name'], values['address'], values['phone']) + +def FileBrowse(): + """ + Simple File Browse + Browse for a filename that is populated into the input field. + """ + import PySimpleGUI as sg + + with sg.FlexForm('SHA-1 & 256 Hash') as form: + form_rows = [[sg.Text('SHA-1 and SHA-256 Hashes for the file')], + [sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + (button, (source_filename,)) = form.LayoutAndShow(form_rows) + + print(button, source_filename) + +def GUIAddOn(): + """ + Add GUI to Front-End of Script + Quickly add a GUI allowing the user to browse for a filename if a filename is not supplied on the command line using this 1-line GUI. It's the best of both worlds. + """ + import PySimpleGUI as sg + import sys + + if len(sys.argv) == 1: + button, (fname,) = sg.FlexForm('My Script').LayoutAndRead([[sg.T('Document to open')], + [sg.In(), sg.FileBrowse()], + [sg.Open(), sg.Cancel()]]) + else: + fname = sys.argv[1] + + if not fname: + sg.Popup("Cancel", "No filename supplied") + # raise SystemExit("Cancelling: no filename supplied") + +def Compare2Files(): + """ + Compare 2 Files + Browse to get 2 file names that can be then compared. Uses a context manager + """ + import PySimpleGUI as sg + + with sg.FlexForm('File Compare') as form: + form_rows = [[sg.Text('Enter 2 files to comare')], + [sg.Text('File 1', size=(8, 1)), sg.InputText(), sg.FileBrowse()], + [sg.Text('File 2', size=(8, 1)), sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + + button, values = form.LayoutAndShow(form_rows) + + print(button, values) + +def AllWidgetsWithContext(): + """ + Nearly All Widgets with Green Color Theme with Context Manager + Example of nearly all of the widgets in a single form. Uses a customized color scheme. This recipe uses a context manager, the preferred method. + """ + import PySimpleGUI as sg + # Green & tan color scheme + sg.SetOptions(background_color='#9FB8AD', + text_element_background_color='#9FB8AD', + element_background_color='#9FB8AD', + input_elements_background_color='#F7F3EC', + button_color=('white', '#475841'), + border_width=0, + slider_border_width=0, + progress_meter_border_depth=0, + scrollbar_color='#F7F3EC') + + with sg.FlexForm('Everything bagel', default_element_size=(40, 1)) as form: + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25))], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText()], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text should you decide not to type anything', size=(35, 3)), + sg.Multiline(default_text='A second multi-line', size=(35, 3))], + [sg.InputCombo(('Combobox 1', 'Combobox 2'), size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(34, 20), default_value=85)], + [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3', 'Listbox 4'), size=(30, 3)), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=10), + sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 1')], + [sg.Text('_' * 80)], + [sg.Text('Your Folder', size=(15, 1), auto_size_text=False, justification='right'), + sg.InputText('Default Folder'), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel(), sg.SimpleButton('Customized', button_color=('black', '#EDE5B7'))]] + + button, values = form.LayoutAndRead(layout) + +def AllWidgetsNoContext(): + """ + All Widgets No Context Manager + """ + import PySimpleGUI as sg + + # Green & tan color scheme + sg.SetOptions(background_color='#9FB8AD', + text_element_background_color='#9FB8AD', + element_background_color='#9FB8AD', + input_elements_background_color='#F7F3EC', + button_color=('white', '#475841'), + border_width=0, + slider_border_width=0, + progress_meter_border_depth=0, + scrollbar_color='#F7F3EC') + + form = sg.FlexForm('Everything bagel', default_element_size=(40, 1)) + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25))], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText('This is my text')], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text should you decide not to type anything', size=(35, 3)), + sg.Multiline(default_text='A second multi-line', size=(35, 3))], + [sg.InputCombo(('Combobox 1', 'Combobox 2'), size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(34, 20), default_value=85)], + [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3'), size=(30, 3)), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=10), + sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 1')], + [sg.Text('_' * 80)], + [sg.Text('Choose A Folder', size=(35, 1))], + [sg.Text('Your Folder', size=(15, 1), auto_size_text=False, justification='right'), + sg.InputText('Default Folder'), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel(), sg.SimpleButton('Customized', button_color=('white', '#7E6C92'))] + ] + + button, values = form.LayoutAndRead(layout) + +def NonBlockingWithUpdates(): + """ + Non-Blocking Form With Periodic Update + An async form that has a button read loop. A Text Element is updated periodically with a running timer. There is no context manager for this recipe because the loop that reads the form is likely to be some distance away from where the form was initialized. + """ + import PySimpleGUI as sg + import time + + form = sg.FlexForm('Running Timer') + # create a text element that will be updated periodically + text_element = sg.Text('', size=(10, 2), font=('Helvetica', 20), justification='center') + + form_rows = [[sg.Text('Stopwatch', size=(20,2), justification='center')], + [text_element], + [sg.T(' ' * 5), sg.ReadFormButton('Start/Stop', focus=True), sg.Quit()]] + + form.LayoutAndRead(form_rows, non_blocking=True) + + timer_running = True + i = 0 + # loop to process user clicks + while True: + i += 1 * (timer_running is True) + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': # if user closed the window using X or clicked Quit button + break + elif button == 'Start/Stop': + timer_running = not timer_running + text_element.Update('{:02d}:{:02d}.{:02d}'.format((i // 100) // 60, (i // 100) % 60, i % 100)) + + time.sleep(.01) + # if the loop finished then need to close the form for the user + form.CloseNonBlockingForm() + +def NonBlockingWithContext(): + """ + Async Form (Non-Blocking) with Context Manager + Like the previous recipe, this form is an async form. The difference is that this form uses a context manager. + """ + import PySimpleGUI as sg + import time + + with sg.FlexForm('Running Timer') as form: + text_element = sg.Text('', size=(10, 2), font=('Helvetica', 20), text_color='red', justification='center') + layout = [[sg.Text('Non blocking GUI with updates', justification='center')], + [text_element], + [sg.T(' ' * 15), sg.Quit()]] + form.LayoutAndRead(layout, non_blocking=True) + + for i in range(1, 500): + text_element.Update('{:02d}:{:02d}.{:02d}'.format((i // 100) // 60, (i // 100) % 60, i % 100)) + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': # if user closed the window using X + break + time.sleep(.01) + else: + # if the loop finished then need to close the form for the user + form.CloseNonBlockingForm() + +def CallbackSimulation(): + """ + Callback Function Simulation + The architecture of some programs works better with button callbacks instead of handling in-line. While button callbacks are part of the PySimpleGUI implementation, they are not directly exposed to the caller. The way to get the same result as callbacks is to simulate them with a recipe like this one. + """ + import PySimpleGUI as sg + + # This design pattern simulates button callbacks + # Note that callbacks are NOT a part of the package's interface to the + # caller intentionally. The underlying implementation actually does use + # tkinter callbacks. They are simply hidden from the user. + + # The callback functions + def button1(): + print('Button 1 callback') + + def button2(): + print('Button 2 callback') + + # Create a standard form + form = sg.FlexForm('Button callback example') + # Layout the design of the GUI + layout = [[sg.Text('Please click a button')], + [sg.ReadFormButton('1'), sg.ReadFormButton('2'), sg.Quit()]] + # Show the form to the user + form.Layout(layout) + + # Event loop. Read buttons, make callbacks + while True: + # Read the form + button, value = form.Read() + # Take appropriate action based on button + if button == '1': + button1() + elif button == '2': + button2() + elif button =='Quit' or button is None: + break + + # All done! + sg.PopupOk('Done') + +def RealtimeButtons(): + """ + Realtime Buttons (Good For Raspberry Pi) + This recipe implements a remote control interface for a robot. There are 4 directions, forward, reverse, left, right. When a button is clicked, PySimpleGUI immediately returns button events for as long as the buttons is held down. When released, the button events stop. This is an async/non-blocking form. + """ + import PySimpleGUI as sg + + # Make a form, but don't use context manager + form = sg.FlexForm('Robotics Remote Control', auto_size_text=True) + + form_rows = [[sg.Text('Robotics Remote Control')], + [sg.T(' ' * 10), sg.RealtimeButton('Forward')], + [sg.RealtimeButton('Left'), sg.T(' ' * 15), sg.RealtimeButton('Right')], + [sg.T(' ' * 10), sg.RealtimeButton('Reverse')], + [sg.T('')], + [sg.Quit(button_color=('black', 'orange'))] + ] + + form.LayoutAndRead(form_rows, non_blocking=True) + + # + # Some place later in your code... + # You need to perform a ReadNonBlocking on your form every now and then or + # else it won't refresh. + # + # your program's main loop + while (True): + # This is the code that reads and updates your window + button, values = form.ReadNonBlocking() + if button is not None: + print(button) + if button is 'Quit' or values is None: + break + + form.CloseNonBlockingForm() + +def EasyProgressMeter(): + """ + Easy Progress Meter + This recipe shows just how easy it is to add a progress meter to your code. + """ + import PySimpleGUI as sg + + for i in range(1000): + sg.EasyProgressMeter('Easy Meter Example', i+1, 1000) + +def TabbedForm(): + """ + Tabbed Form + Tabbed forms are easy to make and use in PySimpleGUI. You simple may your layouts for each tab and then instead of LayoutAndRead you call ShowTabbedForm. Results are returned as a list of form results. Each tab acts like a single form. + """ + import PySimpleGUI as sg + + with sg.FlexForm('', auto_size_text=True) as form: + with sg.FlexForm('', auto_size_text=True) as form2: + + layout_tab_1 = [[sg.Text('First tab', size=(20, 1), font=('helvetica', 15))], + [sg.InputText(), sg.Text('Enter some info')], + [sg.Submit(button_color=('red', 'yellow')), sg.Cancel(button_color=('white', 'blue'))]] + + layout_tab_2 = [[sg.Text('Second Tab', size=(20, 1), font=('helvetica', 15))], + [sg.InputText(), sg.Text('Enter some info')], + [sg.Submit(button_color=('red', 'yellow')), sg.Cancel(button_color=('white', 'blue'))]] + + results = sg.ShowTabbedForm('Tabbed form example', (form, layout_tab_1, 'First Tab'), + (form2, layout_tab_2,'Second Tab')) + + sg.Popup(results) + +def MediaPlayer(): + """ + Button Graphics (Media Player) + Buttons can have PNG of GIF images on them. This Media Player recipe requires 4 images in order to function correctly. The background is set to the same color as the button background so that they blend together. + """ + import PySimpleGUI as sg + + background = '#F0F0F0' + # Set the backgrounds the same as the background on the buttons + sg.SetOptions(background_color=background, element_background_color=background) + # Images are located in a subfolder in the Demo Media Player.py folder + image_pause = './ButtonGraphics/Pause.png' + image_restart = './ButtonGraphics/Restart.png' + image_next = './ButtonGraphics/Next.png' + image_exit = './ButtonGraphics/Exit.png' + + # A text element that will be changed to display messages in the GUI + TextElem = sg.Text('', size=(15, 2), font=("Helvetica", 14)) + + # Open a form, note that context manager can't be used generally speaking for async forms + form = sg.FlexForm('Media File Player', auto_size_text=True, default_element_size=(20, 1), + font=("Helvetica", 25)) + # define layout of the rows + layout = [[sg.Text('Media File Player', size=(17, 1), font=("Helvetica", 25))], + [TextElem], + [sg.ReadFormButton('Restart Song', button_color=(background, background), + image_filename=image_restart, image_size=(50, 50), image_subsample=2, border_width=0), + sg.Text(' ' * 2), + sg.ReadFormButton('Pause', button_color=(background, background), + image_filename=image_pause, image_size=(50, 50), image_subsample=2, border_width=0), + sg.Text(' ' * 2), + sg.ReadFormButton('Next', button_color=(background, background), + image_filename=image_next, image_size=(50, 50), image_subsample=2, border_width=0), + sg.Text(' ' * 2), + sg.Text(' ' * 2), sg.SimpleButton('Exit', button_color=(background, background), + image_filename=image_exit, image_size=(50, 50), image_subsample=2, + border_width=0)], + [sg.Text('_' * 20)], + [sg.Text(' ' * 30)], + [ + sg.Slider(range=(-10, 10), default_value=0, size=(10, 20), orientation='vertical', + font=("Helvetica", 15)), + sg.Text(' ' * 2), + sg.Slider(range=(-10, 10), default_value=0, size=(10, 20), orientation='vertical', + font=("Helvetica", 15)), + sg.Text(' ' * 8), + sg.Slider(range=(-10, 10), default_value=0, size=(10, 20), orientation='vertical', + font=("Helvetica", 15))], + [sg.Text('Bass', font=("Helvetica", 15), size=(6, 1)), + sg.Text('Treble', font=("Helvetica", 15), size=(10, 1)), + sg.Text('Volume', font=("Helvetica", 15), size=(7, 1))] + + ] + + # Call the same LayoutAndRead but indicate the form is non-blocking + form.LayoutAndRead(layout, non_blocking=True) + # Our event loop + while (True): + # Read the form (this call will not block) + button, values = form.ReadNonBlocking() + if button == 'Exit' or values is None: + break + # If a button was pressed, display it on the GUI by updating the text element + if button: + TextElem.Update(button) + +def ScriptLauncher(): + """ + Script Launcher - Persistent Form + This form doesn't close after button clicks. To achieve this the buttons are specified as sg.ReadFormButton instead of sg.SimpleButton. The exception to this is the EXIT button. Clicking it will close the form. This program will run commands and display the output in the scrollable window. + """ + import PySimpleGUI as sg + import subprocess + + def Launcher(): + + form = sg.FlexForm('Script launcher') + + layout = [ + [sg.Text('Script output....', size=(40, 1))], + [sg.Output(size=(88, 20))], + [sg.ReadFormButton('script1'), sg.ReadFormButton('script2'), sg.SimpleButton('EXIT')], + [sg.Text('Manual command', size=(15,1)), sg.InputText(focus=True), sg.ReadFormButton('Run', bind_return_key=True)] + ] + + form.Layout(layout) + + # ---===--- Loop taking in user input and using it to query HowDoI --- # + while True: + (button, value) = form.Read() + if button == 'EXIT' or button is None: + break # exit button clicked + if button == 'script1': + ExecuteCommandSubprocess('pip','list') + elif button == 'script2': + ExecuteCommandSubprocess('python', '--version') + elif button == 'Run': + ExecuteCommandSubprocess(value[0]) + + + def ExecuteCommandSubprocess(command, *args): + try: + sp = subprocess.Popen([command,*args], shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) + out, err = sp.communicate() + if out: + print(out.decode("utf-8")) + if err: + print(err.decode("utf-8")) + except: pass + + Launcher() + +def MachineLearning(): + """ + Machine Learning GUI + A standard non-blocking GUI with lots of inputs. + """ + import PySimpleGUI as sg + + # Green & tan color scheme + sg.SetOptions(background_color='#9FB8AD', + text_element_background_color='#9FB8AD', + element_background_color='#9FB8AD', + input_elements_background_color='#F7F3EC', + button_color=('white', '#475841'), + border_width=0, + slider_border_width=0, + progress_meter_border_depth=0, + scrollbar_color='#F7F3EC') + + sg.SetOptions(text_justification='right') + + form = sg.FlexForm('Machine Learning Front End', font=("Helvetica", 12)) # begin with a blank form + + layout = [[sg.Text('Machine Learning Command Line Parameters', font=('Helvetica', 16))], + [sg.Text('Passes', size=(15, 1)), sg.Spin(values=[i for i in range(1, 1000)], initial_value=20, size=(6, 1)), + sg.Text('Steps', size=(18, 1)), sg.Spin(values=[i for i in range(1, 1000)], initial_value=20, size=(6, 1))], + [sg.Text('ooa', size=(15, 1)), sg.In(default_text='6', size=(10, 1)), sg.Text('nn', size=(15, 1)), sg.In(default_text='10', size=(10, 1))], + [sg.Text('q', size=(15, 1)), sg.In(default_text='ff', size=(10, 1)), sg.Text('ngram', size=(15, 1)), sg.In(default_text='5', size=(10, 1))], + [sg.Text('l', size=(15, 1)), sg.In(default_text='0.4', size=(10, 1)), sg.Text('Layers', size=(15, 1)), sg.Drop(values=('BatchNorm', 'other'),auto_size_text=True)], + [sg.Text('_' * 100, size=(65, 1))], + [sg.Text('Flags', font=('Helvetica', 15), justification='left')], + [sg.Checkbox('Normalize', size=(12, 1), default=True), sg.Checkbox('Verbose', size=(20, 1))], + [sg.Checkbox('Cluster', size=(12, 1)), sg.Checkbox('Flush Output', size=(20, 1), default=True)], + [sg.Checkbox('Write Results', size=(12, 1)), sg.Checkbox('Keep Intermediate Data', size=(20, 1))], + [sg.Text('_' * 100, size=(65, 1))], + [sg.Text('Loss Functions', font=('Helvetica', 15), justification='left')], + [sg.Radio('Cross-Entropy', 'loss', size=(12, 1)), sg.Radio('Logistic', 'loss', default=True, size=(12, 1))], + [sg.Radio('Hinge', 'loss', size=(12, 1)), sg.Radio('Huber', 'loss', size=(12, 1))], + [sg.Radio('Kullerback', 'loss', size=(12, 1)), sg.Radio('MAE(L1)', 'loss', size=(12, 1))], + [sg.Radio('MSE(L2)', 'loss', size=(12, 1)), sg.Radio('MB(L0)', 'loss', size=(12, 1))], + [sg.Submit(), sg.Cancel()]] + + button, values = form.LayoutAndRead(layout) + +def CustromProgressMeter(): + """" + Custom Progress Meter / Progress Bar + Perhaps you don't want all the statistics that the EasyProgressMeter provides and want to create your own progress bar. Use this recipe to do just that. + """ + import PySimpleGUI as sg + + def CustomMeter(): + # create the progress bar element + progress_bar = sg.ProgressBar(10000, orientation='h', size=(20,20)) + # layout the form + layout = [[sg.Text('A custom progress meter')], + [progress_bar], + [sg.Cancel()]] + + # create the form + form = sg.FlexForm('Custom Progress Meter') + # display the form as a non-blocking form + form.LayoutAndRead(layout, non_blocking=True) + # loop that would normally do something useful + for i in range(10000): + # check to see if the cancel button was clicked and exit loop if clicked + button, values = form.ReadNonBlocking() + if button == 'Cancel' or values == None: + break + # update bar with loop value +1 so that bar eventually reaches the maximum + progress_bar.UpdateBar(i+1) + # done with loop... need to destroy the window as it's still open + form.CloseNonBlockingForm() + + CustomMeter() + +def OneLineGUI(): + """ + The One-Line GUI + For those of you into super-compact code, a complete customized GUI can be specified, shown, and received the results using a single line of Python code. The way this is done is to combine the call to FlexForm and the call to LayoutAndRead. FlexForm returns a FlexForm object which has the LayoutAndRead method. + """ + import PySimpleGUI as sg + + layout = [[sg.Text('Filename')], + [sg.Input(), sg.FileBrowse()], + [sg.OK(), sg.Cancel()] ] + + button, (number,) = sg.FlexForm('Get filename example').LayoutAndRead(layout) + + """ + you can write this line of code for the exact same result (OK, two lines with the import): + """ + # import PySimpleGUI as sg + + button, (filename,) = sg.FlexForm('Get filename example'). LayoutAndRead([[sg.Text('Filename')], [sg.Input(), sg.FileBrowse()], [sg.OK(), sg.Cancel()] ]) + +def MultipleColumns(): + """ + Multiple Columns + Starting in version 2.9 (not yet released but you can get from current GitHub) you can use the Column Element. A Column is required when you have a tall element to the left of smaller elements. + + This example uses a Column. There is a Listbox on the left that is 3 rows high. To the right of it are 3 single rows of text and input. These 3 rows are in a Column Element. + + To make it easier to see the Column in the window, the Column background has been shaded blue. The code is wordier than normal due to the blue shading. Each element in the column needs to have the color set to match blue background. + """ + import PySimpleGUI as sg + + # Demo of how columns work + # Form has on row 1 a vertical slider followed by a COLUMN with 7 rows + # Prior to the Column element, this layout was not possible + # Columns layouts look identical to form layouts, they are a list of lists of elements. + + # sg.ChangeLookAndFeel('BlueMono') + + # Column layout + col = [[sg.Text('col Row 1', text_color='white', background_color='blue')], + [sg.Text('col Row 2', text_color='white', background_color='blue'), sg.Input('col input 1')], + [sg.Text('col Row 3', text_color='white', background_color='blue'), sg.Input('col input 2')]] + + layout = [[sg.Listbox(values=('Listbox Item 1', 'Listbox Item 2', 'Listbox Item 3'), select_mode=sg.LISTBOX_SELECT_MODE_MULTIPLE, size=(20,3)), sg.Column(col, background_color='blue')], + [sg.Input('Last input')], + [sg.OK()]] + + # Display the form and get values + # If you're willing to not use the "context manager" design pattern, then it's possible + # to collapse the form display and read down to a single line of code. + button, values = sg.FlexForm('Compact 1-line form with column').LayoutAndRead(layout) + + sg.Popup(button, values, line_width=200) + +def PersistentForm(): + """ + Persistent Form With Text Element Updates + This simple program keep a form open, taking input values until the user terminates the program using the "X" button. + """ + import PySimpleGUI as sg + + form = sg.FlexForm('Math') + + output = sg.Txt('', size=(8,1)) + + layout = [ [sg.Txt('Enter values to calculate')], + [sg.In(size=(8,1), key='numerator')], + [sg.Txt('_' * 10)], + [sg.In(size=(8,1), key='denominator')], + [output], + [sg.ReadFormButton('Calculate', bind_return_key=True)]] + + form.Layout(layout) + + while True: + button, values = form.Read() + + if button is not None: + try: + numerator = float(values['numerator']) + denominator = float(values['denominator']) + calc = numerator / denominator + except: + calc = 'Invalid' + + output.Update(calc) + else: + break + +def CanvasWidget(): + """ + tkinter Canvas Widget + The Canvas Element is one of the few tkinter objects that are directly accessible. The tkinter Canvas widget itself can be retrieved from a Canvas Element like this: + """ + + import PySimpleGUI as gui + + canvas = gui.Canvas(size=(100,100), background_color='red') + + layout = [ + [canvas], + [gui.T('Change circle color to:'), gui.ReadFormButton('Red'), gui.ReadFormButton('Blue')] + ] + + form = gui.FlexForm('Canvas test') + form.Layout(layout) + form.ReadNonBlocking() + + cir = canvas.TKCanvas.create_oval(50, 50, 100, 100) + + while True: + button, values = form.Read() + if button is None: + break + if button is 'Blue': + canvas.TKCanvas.itemconfig(cir, fill = "Blue") + elif button is 'Red': + canvas.TKCanvas.itemconfig(cir, fill = "Red") + +def InputElementUpdate(): + """ + Input Element Update + This Recipe implements a Raspberry Pi touchscreen based keypad entry. As the digits are entered using the buttons, the Input Element above it is updated with the input digits. There are a number of features used in this Recipe including: Default Element Size auto_size_buttons ReadFormButton Dictionary Return values Update of Elements in form (Input, Text) do_not_clear of Input Elements + """ + import PySimpleGUI as g + + # g.SetOptions(button_color=g.COLOR_SYSTEM_DEFAULT) # because some people like gray buttons + + # Demonstrates a number of PySimpleGUI features including: + # Default element size + # auto_size_buttons + # ReadFormButton + # Dictionary return values + # Update of elements in form (Text, Input) + # do_not_clear of Input elements + + # create the 2 Elements we want to control outside the form + out_elem = g.Text('', size=(15, 1), font=('Helvetica', 18), text_color='red') + in_elem = g.Input(size=(10, 1), do_not_clear=True, key='input') + + layout = [[g.Text('Enter Your Passcode')], + [in_elem], + [g.ReadFormButton('1'), g.ReadFormButton('2'), g.ReadFormButton('3')], + [g.ReadFormButton('4'), g.ReadFormButton('5'), g.ReadFormButton('6')], + [g.ReadFormButton('7'), g.ReadFormButton('8'), g.ReadFormButton('9')], + [g.ReadFormButton('Submit'), g.ReadFormButton('0'), g.ReadFormButton('Clear')], + [out_elem], + ] + + form = g.FlexForm('Keypad', default_element_size=(5, 2), auto_size_buttons=False) + form.Layout(layout) + + # Loop forever reading the form's values, updating the Input field + keys_entered = '' + while True: + button, values = form.Read() # read the form + if button is None: # if the X button clicked, just exit + break + if button is 'Clear': # clear keys if clear button + keys_entered = '' + elif button in '1234567890': + keys_entered = values['input'] # get what's been entered so far + keys_entered += button # add the new digit + elif button is 'Submit': + keys_entered = values['input'] + out_elem.Update(keys_entered) # output the final string + + in_elem.Update(keys_entered) # change the form to reflect current key string + + +def TableSimulation(): + """ + Display data in a table format + """ + import PySimpleGUI as sg + + layout = [[sg.T('Table Test')]] + + for i in range(20): + row = [sg.T(f'Row {i} ', size=(10, 1))] + layout.append([sg.T(f'{i}{j}', size=(4, 1), background_color='white', pad=(1, 1)) for j in range(10)]) + + sg.FlexForm('Table').LayoutAndRead(layout) + + +def TightLayout(): + """ + Turn off padding in order to get a really tight looking layout. + """ + import PySimpleGUI as sg + + sg.ChangeLookAndFeel('Dark') + sg.SetOptions(element_padding=(0, 0)) + layout = [[sg.T('User:', pad=((3, 0), 0)), sg.OptionMenu(values=('User 1', 'User 2'), size=(20, 1)), + sg.T('0', size=(8, 1))], + [sg.T('Customer:', pad=((3, 0), 0)), sg.OptionMenu(values=('Customer 1', 'Customer 2'), size=(20, 1)), + sg.T('1', size=(8, 1))], + [sg.T('Notes:', pad=((3, 0), 0)), sg.In(size=(44, 1), background_color='white', text_color='black')], + [sg.ReadFormButton('Start', button_color=('white', 'black')), + sg.ReadFormButton('Stop', button_color=('white', 'black')), + sg.ReadFormButton('Reset', button_color=('white', 'firebrick3')), + sg.ReadFormButton('Submit', button_color=('white', 'springgreen4'))] + ] + + form = sg.FlexForm("Time Tracker", default_element_size=(12, 1), text_justification='r', auto_size_text=False, + auto_size_buttons=False, + default_button_element_size=(12, 1)) + form.Layout(layout) + while True: + button, values = form.Read() + if button is None: + return + +# -------------------------------- GUI Starts Here -------------------------------# +# fig = your figure you want to display. Assumption is that 'fig' holds the # +# information to display. # +# --------------------------------------------------------------------------------# + + +import PySimpleGUI as sg + +fig_dict = {'Simple Data Entry':SimpleDataEntry, 'Simple Entry Return Data as Dict':SimpleReturnAsDict, 'File Browse' : FileBrowse, + 'GUI Add On':GUIAddOn, 'Compare 2 Files':Compare2Files, 'All Widgets With Context Manager':AllWidgetsWithContext, 'All Widgets No Context Manager':AllWidgetsNoContext, + 'Non-Blocking With Updates':NonBlockingWithUpdates, 'Non-Bocking With Context Manager':NonBlockingWithContext, 'Callback Simulation':CallbackSimulation, + 'Realtime Buttons':RealtimeButtons, 'Easy Progress Meter':EasyProgressMeter, 'Tabbed Form':TabbedForm, 'Media Player':MediaPlayer, 'Script Launcher':ScriptLauncher, + 'Machine Learning':MachineLearning, 'Custom Progress Meter':CustromProgressMeter, 'One Line GUI':OneLineGUI, 'Multiple Columns':MultipleColumns, + 'Persistent Form':PersistentForm, 'Canvas Widget':CanvasWidget, 'Input Element Update':InputElementUpdate, + 'Table Simulation':TableSimulation, 'Tight Layout':TightLayout} + + +# multiline_elem = sg.Multiline(size=(70,35),pad=(5,(3,90))) +# define the form layout +listbox_values = [key for key in fig_dict.keys()] + +while True: + sg.ChangeLookAndFeel('Dark') + col_listbox = [[sg.Listbox(values=listbox_values, size=(max(len(x) for x in listbox_values),len(listbox_values)), change_submits=True, key='func')], + [sg.SimpleButton('Run'), sg.Exit()]] + + layout = [[sg.Text('PySimpleGUI Coookbook', font=('current 18'))], + [sg.Column(col_listbox, pad=(5,(3,2))), sg.Multiline(size=(70,35), do_not_clear=True, key='multi')], + ] + +# create the form and show it without the plot +# form.Layout(layout) + + form = sg.FlexForm('Demo Application - Embedding Matplotlib In PySimpleGUI', default_button_element_size=(8,2),auto_size_buttons=False) + button, values = form.LayoutAndRead(layout) + # show it all again and get buttons + while True: + if button is None or button is 'Exit': + exit(69) + try: + choice = values['func'][0] + func = fig_dict[choice] + except: + continue + + if button is '': + form.FindElement('multi').Update(inspect.getsource(func)) + button, values = form.Read() + elif button is 'Run': + sg.ChangeLookAndFeel('SystemDefault') + func() + break + else: + button, values = form.Read() diff --git a/Demo_DOC_Viewer_PIL.py b/Demo_DOC_Viewer_PIL.py new file mode 100644 index 000000000..ac2c82324 --- /dev/null +++ b/Demo_DOC_Viewer_PIL.py @@ -0,0 +1,238 @@ +""" +@created: 2018-08-19 18:00:00 +@author: (c) 2018 Jorj X. McKie +Display a PyMuPDF Document using Tkinter +------------------------------------------------------------------------------- +Dependencies: +------------- +PyMuPDF, PySimpleGUI (requires Python 3), Tkinter, PIL +License: +-------- +GNU GPL V3+ +Description +------------ +Get filename and start displaying page 1. Please note that all file types +of MuPDF are supported (including EPUB e-books and HTML files for example). +Pages can be directly jumped to, or buttons can be used for paging. + +This version contains enhancements: +* Use of PIL improves response times by a factor 3 or more. +* Zooming is now flexible: only one button serves as a toggle. Arrow keys can + be used for moving the window when zooming. + +We also interpret keyboard events (PageDown / PageUp) and mouse wheel actions +to support paging as if a button was clicked. Similarly, we do not include +a 'Quit' button. Instead, the ESCAPE key can be used, or cancelling the form. +To improve paging performance, we are not directly creating pixmaps from +pages, but instead from the fitz.DisplayList of the page. A display list +will be stored in a list and looked up by page number. This way, zooming +pixmaps and page re-visits will re-use a once-created display list. + +""" +import sys +import fitz +import PySimpleGUI as sg +import tkinter as tk +from PIL import Image, ImageTk +import time + +if len(sys.argv) == 1: + rc, fname = sg.GetFileBox('Document Browser', 'Document file to open', + file_types = ( + ("PDF Files", "*.pdf"), + ("XPS Files", "*.*xps"), + ("Epub Files", "*.epub"), + ("Fiction Books", "*.fb2"), + ("Comic Books", "*.cbz"), + ("HTML", "*.htm*"), + # add more document types here + ) + ) +else: + fname = sys.argv[1] + +if not fname: + sg.MsgBox("Cancelling:", "No filename supplied") + raise SystemExit("Cancelled: no filename supplied") + +doc = fitz.open(fname) +page_count = len(doc) + +# used for response time statistics only +fitz_img_time = 0.0 +tk_img_time = 0.0 +img_count = 1 + +# allocate storage for page display lists +dlist_tab = [None] * page_count + +title = "PyMuPDF display of '%s', pages: %i" % (fname, page_count) + +def get_page(pno, zoom = False, max_size = None, first = False): + """Return a PNG image for a document page number. + """ + dlist = dlist_tab[pno] # get display list of page number + if not dlist: # create if not yet there + dlist_tab[pno] = doc[pno].getDisplayList() + dlist = dlist_tab[pno] + r = dlist.rect # the page rectangle + clip = r + # ensure image fits screen: + # exploit, but do not exceed width or height + zoom_0 = 1 + if max_size: + zoom_0 = min(1, max_size[0] / r.width, max_size[1] / r.height) + if zoom_0 == 1: + zoom_0 = min(max_size[0] / r.width, max_size[1] / r.height) + mat_0 = fitz.Matrix(zoom_0, zoom_0) + + if not zoom: # show total page + pix = dlist.getPixmap(matrix = mat_0, alpha=False) + else: + mp = r.tl + (r.br - r.tl) * 0.5 # page rect center + w2 = r.width / 2 + h2 = r.height / 2 + clip = r * 0.5 + tl = zoom[0] # old top-left + tl.x += zoom[1] * (w2 / 2) + tl.x = max(0, tl.x) + tl.x = min(w2, tl.x) + tl.y += zoom[2] * (h2 / 2) + tl.y = max(0, tl.y) + tl.y = min(h2, tl.y) + clip = fitz.Rect(tl, tl.x + w2, tl.y + h2) + + mat = mat_0 * fitz.Matrix(2, 2) # zoom matrix + pix = dlist.getPixmap(alpha=False, matrix=mat, clip=clip) + + if first: # first call: tkinter still inactive + img = pix.getPNGData() # so use fitz png output + else: # else take tk photo image + pilimg = Image.frombytes("RGB", [pix.width, pix.height], pix.samples) + img = ImageTk.PhotoImage(pilimg) + + return img, clip.tl # return image, clip position + + +root = tk.Tk() +max_width = root.winfo_screenwidth() - 20 +max_height = root.winfo_screenheight() - 135 +max_size = (max_width, max_height) +root.destroy() +del root + +form = sg.FlexForm(title, return_keyboard_events = True, + location = (0,0), use_default_focus = False) + +cur_page = 0 +data, clip_pos = get_page(cur_page, + zoom = False, + max_size = max_size, + first = True) + +image_elem = sg.Image(data = data) + +goto = sg.InputText(str(cur_page + 1), size=(5, 1), do_not_clear=True, + key = "PageNumber") + +layout = [ + [ + sg.ReadFormButton('Next'), + sg.ReadFormButton('Prev'), + sg.Text('Page:'), + goto, + sg.Text('(%i)' % page_count), + sg.ReadFormButton('Zoom'), + sg.Text('(toggle on/off, use arrows to navigate while zooming)'), + ], + [image_elem], +] + +form.Layout(layout) + +# now define the buttons / events we want to handle +enter_buttons = [chr(13), "Return:13"] +quit_buttons = ["Escape:27", chr(27)] +next_buttons = ["Next", "Next:34", "MouseWheel:Down"] +prev_buttons = ["Prev", "Prior:33", "MouseWheel:Up"] +Up = "Up:38" +Left = "Left:37" +Right = "Right:39" +Down = "Down:40" +zoom_buttons = ["Zoom", Up, Down, Left, Right] + +# all the buttons we will handle +my_keys = enter_buttons + next_buttons + prev_buttons + zoom_buttons + +# old page store and zoom toggle +old_page = 0 +old_zoom = False + +while True: + button, value = form.Read() + if button is None and (value is None or value['PageNumber'] is None): + break + if button in quit_buttons: + break + + zoom_pressed = False + zoom = False + + if button in enter_buttons: + try: + cur_page = int(value['PageNumber']) - 1 # check if valid + while cur_page < 0: + cur_page += page_count + except: + cur_page = 0 # this guy's trying to fool me + + elif button in next_buttons: + cur_page += 1 + elif button in prev_buttons: + cur_page -= 1 + elif button == Up: + zoom = (clip_pos, 0, -1) + elif button == Down: + zoom = (clip_pos, 0, 1) + elif button == Left: + zoom = (clip_pos, -1, 0) + elif button == Right: + zoom = (clip_pos, 1, 0) + elif button == "Zoom": + zoom_pressed = True + zoom = (clip_pos, 0, 0) + + # sanitize page number + if cur_page >= page_count: # wrap around + cur_page = 0 + while cur_page < 0: # pages > 0 look nicer + cur_page += page_count + + if zoom_pressed and old_zoom: + zoom = zoom_pressed = old_zoom = False + + t0 = time.perf_counter() + data, clip_pos = get_page(cur_page, zoom = zoom, max_size = max_size, + first = False) + t1 = time.perf_counter() + image_elem.Update(data = data) + t2 = time.perf_counter() + fitz_img_time += t1 - t0 + tk_img_time += t2 - t1 + img_count += 1 + old_page = cur_page + old_zoom = zoom_pressed or zoom + + # update page number field + if button in my_keys: + goto.Update(str(cur_page + 1)) + + +# print some response time statistics +if img_count > 0: + print("response times for '%s'" % doc.name) + print("%.4f" % (fitz_img_time/img_count), "sec fitz avg. image time") + print("%.4f" % (tk_img_time/img_count), "sec tk avg. image time") + print("%.4f" % ((fitz_img_time + tk_img_time)/img_count), "sec avg. total time") + print(img_count, "images read") + print(page_count, "pages") diff --git a/Demo_Dictionary.py b/Demo_Dictionary.py new file mode 100644 index 000000000..9b001eae6 --- /dev/null +++ b/Demo_Dictionary.py @@ -0,0 +1,27 @@ +import PySimpleGUI as sg + +# THIS FILE REQIRES THE LATEST PySimpleGUI.py FILE +# IT WILL NOT WORK WITH CURRENT PIP RELEASE (2.7) +# +# If you want to use the return values as Dictionary feature, you need to download the PySimpleGUI.py file +# from GitHub and then place it in your project's folder. This SHOULD cause it to use this downloaded version +# instead of the pip installed one, if you've pip installed it. You can always uninstall the pip one :-) + + +# This design pattern shows how to use return values in dictionary form + +form = sg.FlexForm('Simple data entry form') # begin with a blank form + +layout = [ + [sg.Text('Please enter your Name, Address, Phone')], + [sg.Text('Name', size=(15, 1)), sg.InputText('1')], + [sg.Text('Address', size=(15, 1)), sg.InputText('2', key='address')], + [sg.Text('Phone', size=(15, 1)), sg.InputText('3', key='phone')], + [sg.Submit(), sg.Cancel()] + ] + +button, values = form.LayoutAndRead(layout) + +sg.MsgBox(button, values, values[0], values['address'], values['phone']) + +print(values) diff --git a/Demo_DisplayHash1and256.py b/Demo_DisplayHash1and256.py new file mode 100644 index 000000000..4aa3db1d0 --- /dev/null +++ b/Demo_DisplayHash1and256.py @@ -0,0 +1,123 @@ +#!Python 3 +import hashlib +import PySimpleGUI as SG + + ######################################################################### +# DisplayHash # +# A PySimpleGUI demo app that displays SHA1 hash for user browsed file # +# Useful and a recipe for GUI success # + ######################################################################### + +# ====____====____==== FUNCTION compute_hash_for_file(filename) ====____====____==== # +# Reads a file, computes the Hash # +# ---------------------------------------------------------------------------------- # +def compute_sha1_hash_for_file(filename): + try: + x = open(filename, "rb").read() + except: + return 0 + + m = hashlib.sha1() + m.update(x) + f_sha = m.hexdigest() + + return f_sha + + +# ====____====____==== FUNCTION compute_hash_for_file(filename) ====____====____==== # +# Reads a file, computes the Hash # +# ---------------------------------------------------------------------------------- # +def compute_sha256_hash_for_file(filename): + try: + f = open(filename, "rb") + x = f.read() + except: + return 0 + + m = hashlib.sha256() + m.update(x) + f_sha = m.hexdigest() + + return f_sha + + + # ====____====____==== Uses A GooeyGUI GUI ====____====____== # +# Get the filename, display the hash, dirt simple all around # + # ----------------------------------------------------------- # + +# ---------------------------------------------------------------------- # +# Compute and display SHA1 hash # +# Builds and displays the form using the most basic building blocks # +# ---------------------------------------------------------------------- # +def HashManuallyBuiltGUI(): + # ------- Form design ------- # + with SG.FlexForm('SHA-1 & 256 Hash', auto_size_text=True) as form: + form_rows = [[SG.Text('SHA-1 and SHA-256 Hashes for the file')], + [SG.InputText(), SG.FileBrowse()], + [SG.Submit(), SG.Cancel()]] + (button, (source_filename, )) = form.LayoutAndShow(form_rows) + + if button == 'Submit': + if source_filename != '': + hash_sha1 = compute_sha1_hash_for_file(source_filename).upper() + hash_sha256 = compute_sha256_hash_for_file(source_filename).upper() + SG.MsgBox( 'Display A Hash in PySimpleGUI', 'The SHA-1 Hash for the file\n', source_filename, hash_sha1, 'SHA-256 is', hash_sha256, line_width=75) + else: SG.MsgBoxError('Display A Hash in PySimpleGUI', 'Illegal filename') + else: + SG.MsgBoxError('Display A Hash in PySimpleGUI', '* Cancelled *') + +def HashManuallyBuiltGUINonContext(): + # ------- Form design ------- # + form = SG.FlexForm('SHA-1 & 256 Hash', auto_size_text=True) + form_rows = [[SG.Text('SHA-1 and SHA-256 Hashes for the file')], + [SG.InputText(), SG.FileBrowse()], + [SG.Submit(), SG.Cancel()]] + button, (source_filename, ) = form.LayoutAndShow(form_rows) + + if button == 'Submit': + if source_filename != '': + hash_sha1 = compute_sha1_hash_for_file(source_filename).upper() + hash_sha256 = compute_sha256_hash_for_file(source_filename).upper() + SG.MsgBox( 'Display A Hash in PySimpleGUI', 'The SHA-1 Hash for the file\n', source_filename, hash_sha1, 'SHA-256 is', hash_sha256, line_width=75) + else: SG.MsgBoxError('Display A Hash in PySimpleGUI', 'Illegal filename') + else: + SG.MsgBoxError('Display A Hash in PySimpleGUI', '* Cancelled *') + + + + +# ---------------------------------------------------------------------- # +# Compute and display SHA1 hash # +# This one cheats and uses the higher-level Get A File pre-made func # +# Hey, it's a really common operation so why not? # +# ---------------------------------------------------------------------- # +def HashMostCompactGUI(): + # ------- INPUT GUI portion ------- # + + rc, source_filename = SG.GetFileBox('Display A Hash Using PySimpleGUI', + 'Display a Hash code for file of your choice') + + # ------- OUTPUT GUI results portion ------- # + if rc == True: + hash = compute_sha1_hash_for_file(source_filename) + SG.MsgBox('Display Hash - Compact GUI', 'The SHA-1 Hash for the file\n', source_filename, hash) + else: + SG.MsgBox('Display Hash - Compact GUI', '* Cancelled *') + + +# ---------------------------------------------------------------------- # +# Our main calls two GUIs that act identically but use different calls # +# ---------------------------------------------------------------------- # +def main(): + HashManuallyBuiltGUINonContext() + HashMostCompactGUI() + + +# ====____====____==== Pseudo-MAIN program ====____====____==== # +# This is our main-alike piece of code # +# + Starts up the GUI # +# + Gets values from GUI # +# + Runs DeDupe_folder based on GUI inputs # +# ------------------------------------------------------------- # +if __name__ == '__main__': + main() diff --git a/DemoPrograms/Demo_DuplicateFileFinder.py b/Demo_DuplicateFileFinder.py similarity index 56% rename from DemoPrograms/Demo_DuplicateFileFinder.py rename to Demo_DuplicateFileFinder.py index 45ada4c01..958e5f8f4 100644 --- a/DemoPrograms/Demo_DuplicateFileFinder.py +++ b/Demo_DuplicateFileFinder.py @@ -1,36 +1,23 @@ -#!/usr/bin/env python -import PySimpleGUI as sg import hashlib import os +import PySimpleGUI as sg -''' - Find dups with PySimpleGUI - - Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - - Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - - You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -''' # ====____====____==== FUNCTION DeDuplicate_folder(path) ====____====____==== # # Function to de-duplicate the folder passed in # # --------------------------------------------------------------------------- # def FindDuplicatesFilesInFolder(path): shatab = [] - total, small_count, dup_count, error_count = [0]*4 + total = 0 + small_count, dup_count, error_count = 0,0,0 pngdir = path if not os.path.exists(path): - sg.popup('Duplicate Finder', '** Folder doesn\'t exist***', path) + sg.MsgBox('Duplicate Finder', '** Folder doesn\'t exist***', path) return pngfiles = os.listdir(pngdir) total_files = len(pngfiles) - for idx, f in enumerate(pngfiles): - if not sg.one_line_progress_meter('Counting Duplicates', - idx + 1, - total_files, - 'Counting Duplicate Files'): + if not sg.EasyProgressMeter('Counting Duplicates', idx + 1, total_files, 'Counting Duplicate Files'): break total += 1 fname = os.path.join(pngdir, f) @@ -49,10 +36,8 @@ def FindDuplicatesFilesInFolder(path): continue shatab.append(f_sha) - msg = '{} Files processed\n {} Duplicates found'.format( - total_files, dup_count) - sg.popup('Duplicate Finder Ended', msg) - + msg = '{} Files processed\n {} Duplicates found'.format(total_files, dup_count) + sg.MsgBox('Duplicate Finder Ended', msg) # ====____====____==== Pseudo-MAIN program ====____====____==== # # This is our main-alike piece of code # @@ -63,10 +48,9 @@ def FindDuplicatesFilesInFolder(path): if __name__ == '__main__': source_folder = None - source_folder = sg.popup_get_folder( - 'Duplicate Finder - Count number of duplicate files', 'Enter path to folder you wish to find duplicates in') - if source_folder is not None: + rc, source_folder = sg.GetPathBox('Duplicate Finder - Count number of duplicate files', 'Enter path to folder you wish to find duplicates in') + if rc is True and source_folder is not None: FindDuplicatesFilesInFolder(source_folder) else: - sg.popup_cancel('Cancelling', '*** Cancelling ***') + sg.MsgBoxCancel('Cancelling', '*** Cancelling ***') exit(0) diff --git a/Demo_Fill_Form.py b/Demo_Fill_Form.py new file mode 100644 index 000000000..c638de531 --- /dev/null +++ b/Demo_Fill_Form.py @@ -0,0 +1,75 @@ +# from tkinter.filedialog import asksaveasfilename, askopenfilename +import pickle +import PySimpleGUI as sg + + +def save(values): + sfilename = sg.PopupGetFile('Save Settings', save_as=True, no_window=True) + if not sfilename: + return + with open(sfilename, 'wb') as sf: + pickle.dump(values, sf) + + +def load(form): + dfilename = sg.PopupGetFile('Load Settings', no_window=True) + if not dfilename: + return + with open(dfilename, 'rb') as df: + form.Fill(pickle.load(df)) + + +def Everything(): + sg.ChangeLookAndFeel('TanBlue') + + column1 = [ + [sg.Text('Column 1', background_color=sg.DEFAULT_BACKGROUND_COLOR, justification='center', size=(10, 1))], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 1', key='spin1')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2', key='spin2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 3', key='spin3')]] + + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25))], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText('This is my text', key='in1', do_not_clear=True)], + [sg.Checkbox('Checkbox', key='cb1'), sg.Checkbox('My second checkbox!', key='cb2', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", key='rad1', default=True), + sg.Radio('My second Radio!', "RADIO1", key='rad2')], + [sg.Multiline(default_text='This is the default Text should you decide not to type anything', size=(35, 3), + key='multi1', do_not_clear=True), + sg.Multiline(default_text='A second multi-line', size=(35, 3), key='multi2', do_not_clear=True)], + [sg.InputCombo(('Combobox 1', 'Combobox 2'), key='combo', size=(20, 1)), + sg.Slider(range=(1, 100), orientation='h', size=(34, 20), key='slide1', default_value=85)], + [sg.InputOptionMenu(('Menu Option 1', 'Menu Option 2', 'Menu Option 3'), key='optionmenu')], + [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3'), size=(30, 3), key='listbox'), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=25, key='slide2', ), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=75, key='slide3', ), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=10, key='slide4'), + sg.Column(column1, background_color='gray34')], + [sg.Text('_' * 80)], + [sg.Text('Choose A Folder', size=(35, 1))], + [sg.Text('Your Folder', size=(15, 1), auto_size_text=False, justification='right'), + sg.InputText('Default Folder', key='folder', do_not_clear=True), sg.FolderBrowse()], + [sg.ReadFormButton('Exit'), + sg.Text(' ' * 40), sg.ReadFormButton('SaveSettings'), sg.ReadFormButton('LoadSettings')] + ] + + form = sg.FlexForm('Form Fill Demonstration', default_element_size=(40, 1)) + # button, values = form.LayoutAndRead(layout, non_blocking=True) + form.Layout(layout) + + while True: + button, values = form.Read() + + if button is 'SaveSettings': + save(values) + elif button is 'LoadSettings': + load(form) + elif button in ['Exit', None]: + break + + # form.CloseNonBlockingForm() + + +if __name__ == '__main__': + Everything() diff --git a/Demo_Font_Sizer.py b/Demo_Font_Sizer.py new file mode 100644 index 000000000..40878f2f4 --- /dev/null +++ b/Demo_Font_Sizer.py @@ -0,0 +1,30 @@ + +# Testing async form, see if can have a slider +# that adjusts the size of text displayed + +import PySimpleGUI as sg + +form = sg.FlexForm("Font size selector") + +fontSize = 12 + +layout = [[sg.Spin([sz for sz in range(6, 172)], font=('Helvetica 20'), initial_value=fontSize, change_submits=True, key='spin'), + sg.Slider(range=(6,172), orientation='h', size=(10,20), change_submits=True, key='slider', font=('Helvetica 20')), sg.Text("Aa", size=(2, 1), font="Helvetica " + str(fontSize), key='text')]] + +sz = fontSize +form.Layout(layout) +while True: + button, values= form.Read() + if button is None: + break + sz_spin = int(values['spin']) + sz_slider = int(values['slider']) + sz = sz_spin if sz_spin != fontSize else sz_slider + if sz != fontSize: + fontSize = sz + font = "Helvetica " + str(fontSize) + form.FindElement('text').Update(font=font) + form.FindElement('slider').Update(sz) + form.FindElement('spin').Update(sz) + +print("Done.") diff --git a/Demo_Func_Callback_Simulation.py b/Demo_Func_Callback_Simulation.py new file mode 100644 index 000000000..618ff94ea --- /dev/null +++ b/Demo_Func_Callback_Simulation.py @@ -0,0 +1,36 @@ +import PySimpleGUI as sg + +# This design pattern simulates button callbacks +# Note that callbacks are NOT a part of the package's interface to the +# caller intentionally. The underlying implementation actually does use +# tkinter callbacks. They are simply hidden from the user. + +# The callback functions +def button1(): + print('Button 1 callback') + +def button2(): + print('Button 2 callback') + +# Create a standard form +form = sg.FlexForm('Button callback example') +# Layout the design of the GUI +layout = [[sg.Text('Please click a button', auto_size_text=True)], + [sg.ReadFormButton('1'), sg.ReadFormButton('2'), sg.Quit()]] +# Show the form to the user +form.Layout(layout) + +# Event loop. Read buttons, make callbacks +while True: + # Read the form + button, value = form.Read() + # Take appropriate action based on button + if button == '1': + button1() + elif button == '2': + button2() + elif button =='Quit' or button is None: + break + +# All done! +sg.MsgBoxOK('Done') diff --git a/Demo_GoodColors.py b/Demo_GoodColors.py new file mode 100644 index 000000000..f1c0a09c3 --- /dev/null +++ b/Demo_GoodColors.py @@ -0,0 +1,50 @@ +import PySimpleGUI as gg +import time + +def main(): + # ------- Make a new FlexForm ------- # + form = gg.FlexForm('GoodColors', auto_size_text=True, default_element_size=(30,2)) + form.AddRow(gg.Text('Having trouble picking good colors? Try one of the colors defined by PySimpleGUI')) + form.AddRow(gg.Text('Here come the good colors as defined by PySimpleGUI')) + + #===== Show some nice BLUE colors with yellow text ===== ===== ===== ===== ===== ===== =====# + text_color = gg.YELLOWS[0] + buttons = (gg.SimpleButton('BLUES[{}]\n{}'.format(j, c), button_color=(text_color, c), size=(10,2)) for j, c in enumerate(gg.BLUES)) + form.AddRow(gg.T('Button Colors Using PySimpleGUI.BLUES')) + form.AddRow(*buttons) + form.AddRow(gg.Text('_' * 100, size=(65, 1))) + + #===== Show some nice PURPLE colors with yellow text ===== ===== ===== ===== ===== ===== =====# + buttons = (gg.SimpleButton('PURPLES[{}]\n{}'.format(j, c), button_color=(text_color, c), size=(10,2)) for j, c in enumerate(gg.PURPLES)) + form.AddRow(gg.T('Button Colors Using PySimpleGUI.PURPLES')) + form.AddRow(*buttons) + form.AddRow(gg.Text('_' * 100, size=(65, 1))) + + #===== Show some nice GREEN colors with yellow text ===== ===== ===== ===== ===== ===== =====# + buttons = (gg.SimpleButton('GREENS[{}]\n{}'.format(j, c), button_color=(text_color, c), size=(10,2)) for j, c in enumerate(gg.GREENS)) + form.AddRow(gg.T('Button Colors Using PySimpleGUI.GREENS')) + form.AddRow(*buttons) + form.AddRow(gg.Text('_' * 100, size=(65, 1))) + + #===== Show some nice TAN colors with yellow text ===== ===== ===== ===== ===== ===== =====# + text_color = gg.GREENS[0] # let's use GREEN text on the tan + buttons = (gg.SimpleButton('TANS[{}]\n{}'.format(j, c), button_color=(text_color, c), size=(10,2)) for j, c in enumerate(gg.TANS)) + form.AddRow(gg.T('Button Colors Using PySimpleGUI.TANS')) + form.AddRow(*buttons) + form.AddRow(gg.Text('_' * 100, size=(65, 1))) + + #===== Show some nice YELLOWS colors with black text ===== ===== ===== ===== ===== ===== =====# + text_color = 'black' # let's use black text on the tan + buttons = (gg.SimpleButton('YELLOWS[{}]\n{}'.format(j, c), button_color=(text_color, c), size=(10,2)) for j, c in enumerate(gg.YELLOWS)) + form.AddRow(gg.T('Button Colors Using PySimpleGUI.YELLOWS')) + form.AddRow(*buttons) + form.AddRow(gg.Text('_' * 100, size=(65, 1))) + + + #===== Add a click me button for fun and SHOW the form ===== ===== ===== ===== ===== ===== =====# + form.AddRow(gg.SimpleButton('Click ME!')) + (button, value) = form.Show() # show it! + + +if __name__ == '__main__': + main() diff --git a/Demo_HowDoI.py b/Demo_HowDoI.py new file mode 100644 index 000000000..f97c6df7f --- /dev/null +++ b/Demo_HowDoI.py @@ -0,0 +1,81 @@ +import PySimpleGUI as sg +import subprocess + + +# Test this command in a dos window if you are having trouble. +HOW_DO_I_COMMAND = 'python -m howdoi.howdoi' + +# if you want an icon on your taskbar for this gui, then change this line of code to point to the ICO file +DEFAULT_ICON = 'E:\\TheRealMyDocs\\Icons\\QuestionMark.ico' + +def HowDoI(): + ''' + Make and show a window (PySimpleGUI form) that takes user input and sends to the HowDoI web oracle + Excellent example of 2 GUI concepts + 1. Output Element that will show text in a scrolled window + 2. Non-Window-Closing Buttons - These buttons will cause the form to return with the form's values, but doesn't close the form + :return: never returns + ''' + # ------- Make a new FlexForm ------- # + sg.ChangeLookAndFeel('GreenTan') # give our form a spiffy set of colors + + form = sg.FlexForm('How Do I ??', default_element_size=(30, 2), icon=DEFAULT_ICON, font=('Helvetica',' 13'), default_button_element_size=(8,2), return_keyboard_events=True) + + multiline_elem = sg.Multiline(size=(85, 5), enter_submits=True, key='query', do_not_clear=False) + history_elem = sg.T('', size=(40,3)) + layout = [ + [sg.Text('Ask and your answer will appear here....', size=(40, 1))], + [sg.Output(size=(127, 30), font=('Helvetica 10'))], + [ sg.Spin(values=(1, 2, 3, 4), initial_value=1, size=(2, 1), key='Num Answers', font='Helvetica 15'), sg.T('Num Answers',font='Helvetica 15'), sg.Checkbox('Display Full Text', key='full text', font='Helvetica 15')], + [sg.T('Command History'), history_elem], + [multiline_elem, + sg.ReadFormButton('SEND', button_color=(sg.YELLOWS[0], sg.BLUES[0]), bind_return_key=True), + sg.SimpleButton('EXIT', button_color=(sg.YELLOWS[0], sg.GREENS[0]))] + ] + form.Layout(layout) + # ---===--- Loop taking in user input and using it to query HowDoI --- # + command_history = [] + history_offset = 0 + while True: + (button, value) = form.Read() + if button is 'SEND': + query = value['query'].rstrip() + QueryHowDoI(query, value['Num Answers'], value['full text']) # send the string to HowDoI + command_history.append(query) + history_offset = len(command_history)-1 + multiline_elem.Update('') # manually clear input because keyboard events blocks clear + history_elem.Update('\n'.join(command_history[-3:])) + elif button is None or button is 'EXIT': # if exit button or closed using X + break + elif 'Up' in button and len(command_history): # scroll back in history + command = command_history[history_offset] + history_offset -= 1 * (history_offset > 0) # decrement is not zero + multiline_elem.Update(command) + elif 'Down' in button and len(command_history): # scroll forward in history + history_offset += 1 * (history_offset < len(command_history)-1) # increment up to end of list + command = command_history[history_offset] + multiline_elem.Update(command) + elif 'Escape' in button: # clear currently line + multiline_elem.Update('') + + exit(69) + +def QueryHowDoI(Query, num_answers, full_text): + ''' + Kicks off a subprocess to send the 'Query' to HowDoI + Prints the result, which in this program will route to a gooeyGUI window + :param Query: text english question to ask the HowDoI web engine + :return: nothing + ''' + howdoi_command = HOW_DO_I_COMMAND + full_text_option = ' -a' if full_text else '' + t = subprocess.Popen(howdoi_command + ' '+ Query + ' -n ' + str(num_answers)+full_text_option, stdout=subprocess.PIPE) + (output, err) = t.communicate() + print('{:^88}'.format(Query.rstrip())) + print('_'*60) + print(output.decode("utf-8") ) + exit_code = t.wait() + +if __name__ == '__main__': + HowDoI() + diff --git a/DemoPrograms/Demo_Img_Viewer.py b/Demo_Img_Viewer.py similarity index 57% rename from DemoPrograms/Demo_Img_Viewer.py rename to Demo_Img_Viewer.py index 213ee6b59..df075f697 100644 --- a/DemoPrograms/Demo_Img_Viewer.py +++ b/Demo_Img_Viewer.py @@ -1,9 +1,7 @@ -#!/usr/bin/env python import PySimpleGUI as sg import os from PIL import Image, ImageTk import io - """ Simple Image Browser based on PySimpleGUI -------------------------------------------- @@ -16,20 +14,13 @@ Dependecies ------------ -Python3 +Python v3 PIL - -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. - -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. """ - -# Get the folder containin:g the images from the user -folder = sg.popup_get_folder('Image folder to open', default_path='') -if not folder: - sg.popup_cancel('Cancelling') +# Get the folder containing the images from the user +rc, folder = sg.GetPathBox('Image Browser', 'Image folder to open', default_path='') +if not rc or not folder: + sg.PopupCancel('Cancelling') raise SystemExit() # PIL supported image types @@ -39,74 +30,75 @@ flist0 = os.listdir(folder) # create sub list of image files (no sub folders, no wrong file types) -fnames = [f for f in flist0 if os.path.isfile( - os.path.join(folder, f)) and f.lower().endswith(img_types)] +fnames = [f for f in flist0 if os.path.isfile(os.path.join(folder,f)) and f.lower().endswith(img_types)] num_files = len(fnames) # number of iamges found if num_files == 0: - sg.popup('No files in folder') + sg.Popup('No files in folder') raise SystemExit() del flist0 # no longer needed -# ------------------------------------------------------------------------------ +#------------------------------------------------------------------------------ # use PIL to read data of one image -# ------------------------------------------------------------------------------ - - -def get_img_data(f, maxsize=(1200, 850), first=False): +#------------------------------------------------------------------------------ +def get_img_data(f, maxsize = (1200, 850), first = False): """Generate image data using PIL """ img = Image.open(f) img.thumbnail(maxsize) if first: # tkinter is inactive the first time bio = io.BytesIO() - img.save(bio, format="PNG") + img.save(bio, format = "PNG") del img return bio.getvalue() return ImageTk.PhotoImage(img) -# ------------------------------------------------------------------------------ +#------------------------------------------------------------------------------ + +# create the form that also returns keyboard events +form = sg.FlexForm('Image Browser', return_keyboard_events=True, + location=(0, 0), use_default_focus=False) # make these 2 elements outside the layout as we want to "update" them later # initialize to the first file in the list filename = os.path.join(folder, fnames[0]) # name of first file in list -image_elem = sg.Image(data=get_img_data(filename, first=True)) +image_elem = sg.Image(data = get_img_data(filename, first = True)) filename_display_elem = sg.Text(filename, size=(80, 3)) -file_num_display_elem = sg.Text('File 1 of {}'.format(num_files), size=(15, 1)) +file_num_display_elem = sg.Text('File 1 of {}'.format(num_files), size=(15,1)) # define layout, show and read the form col = [[filename_display_elem], - [image_elem]] + [image_elem]] -col_files = [[sg.Listbox(values=fnames, change_submits=True, size=(60, 30), key='listbox')], - [sg.Button('Next', size=(8, 2)), sg.Button('Prev', size=(8, 2)), file_num_display_elem]] +col_files = [[sg.Listbox(values = fnames, change_submits=True, size=(60, 30), key='listbox')], + [sg.ReadFormButton('Next', size=(8,2)), sg.ReadFormButton('Prev', + size=(8,2)), file_num_display_elem]] layout = [[sg.Column(col_files), sg.Column(col)]] -window = sg.Window('Image Browser', layout, return_keyboard_events=True, - location=(0, 0), use_default_focus=False) +form.Layout(layout) # Shows form on screen # loop reading the user input and displaying image, filename -i = 0 +i=0 while True: # read the form - event, values = window.read() - print(event, values) + button, values = form.Read() + # perform button and keyboard operations - if event == sg.WIN_CLOSED: + if button is None: break - elif event in ('Next', 'MouseWheel:Down', 'Down:40', 'Next:34'): + elif button in ('Next', 'MouseWheel:Down', 'Down:40', 'Next:34'): i += 1 if i >= num_files: i -= num_files filename = os.path.join(folder, fnames[i]) - elif event in ('Prev', 'MouseWheel:Up', 'Up:38', 'Prior:33'): + elif button in ('Prev', 'MouseWheel:Up', 'Up:38', 'Prior:33'): i -= 1 if i < 0: i = num_files + i filename = os.path.join(folder, fnames[i]) - elif event == 'listbox': # something from the listbox + elif button in ('Read', ''): # something from the listbox f = values["listbox"][0] # selected filename filename = os.path.join(folder, f) # read this file i = fnames.index(f) # update running index @@ -114,10 +106,10 @@ def get_img_data(f, maxsize=(1200, 850), first=False): filename = os.path.join(folder, fnames[i]) # update window with new image - image_elem.update(data=get_img_data(filename, first=True)) + image_elem.Update(data=get_img_data(filename)) # update window with filename - filename_display_elem.update(filename) + filename_display_elem.Update(filename) # update page display - file_num_display_elem.update('File {} of {}'.format(i+1, num_files)) + file_num_display_elem.Update('File {} of {}'.format(i+1, num_files)) + -window.close() diff --git a/Demo_Keyboard.py b/Demo_Keyboard.py new file mode 100644 index 000000000..a2ac060cb --- /dev/null +++ b/Demo_Keyboard.py @@ -0,0 +1,25 @@ +import PySimpleGUI as sg + +# Recipe for getting keys, one at a time as they are released +# If want to use the space bar, then be sure and disable the "default focus" + +with sg.FlexForm("Keyboard Test", return_keyboard_events=True, use_default_focus=False) as form: + text_elem = sg.Text("", size=(18,1)) + layout = [[sg.Text("Press a key or scroll mouse")], + [text_elem], + [sg.SimpleButton("OK")]] + + form.Layout(layout) + # ---===--- Loop taking in user input --- # + while True: + button, value = form.Read() + + if button == "OK" or (button is None and value is None): + print(button, "exiting") + break + if len(button) == 1: + text_elem.Update(new_value='%s - %s'%(button, ord(button))) + if button is not None: + text_elem.Update(button) + + diff --git a/Demo_Keyboard_Realtime.py b/Demo_Keyboard_Realtime.py new file mode 100644 index 000000000..258120240 --- /dev/null +++ b/Demo_Keyboard_Realtime.py @@ -0,0 +1,20 @@ +import PySimpleGUI as sg + +with sg.FlexForm("Realtime Keyboard Test", return_keyboard_events=True, use_default_focus=False) as form: + layout = [[sg.Text("Hold down a key")], + [sg.SimpleButton("OK")]] + + form.Layout(layout) + + while True: + button, value = form.ReadNonBlocking() + + if button == "OK": + print(button, value, "exiting") + break + if button is not None: + print(button) + elif value is None: + break + + diff --git a/Demo_Keypad.py b/Demo_Keypad.py new file mode 100644 index 000000000..124f34d08 --- /dev/null +++ b/Demo_Keypad.py @@ -0,0 +1,46 @@ +import PySimpleGUI as g + +# g.SetOptions(button_color=g.COLOR_SYSTEM_DEFAULT) # because some people like gray buttons + +# Demonstrates a number of PySimpleGUI features including: +# Default element size +# auto_size_buttons +# ReadFormButton +# Dictionary return values +# Update of elements in form (Text, Input) +# do_not_clear of Input elements + + +# create the 2 Elements we want to control outside the form +out_elem = g.Text('', size=(15, 1), font=('Helvetica', 18), text_color='red') +in_elem = g.Input(size=(10,1), do_not_clear=True, key='input') + +layout = [[g.Text('Choose Test'), g.DropDown(values=['Input', 'Output', 'Some option']), g.ReadFormButton('Input Option', auto_size_button=True)], + [in_elem], + [g.ReadFormButton('1'), g.ReadFormButton('2'), g.ReadFormButton('3')], + [g.ReadFormButton('4'), g.ReadFormButton('5'), g.ReadFormButton('6')], + [g.ReadFormButton('7'), g.ReadFormButton('8'), g.ReadFormButton('9')], + [g.ReadFormButton('Submit'),g.ReadFormButton('0'), g.ReadFormButton('Clear')], + [out_elem], + ] + +form = g.FlexForm('Keypad', default_element_size=(5,2), auto_size_buttons=False) +form.Layout(layout) + +# Loop forever reading the form's values, updating the Input field +keys_entered = '' +while True: + button, values = form.Read() # read the form + if button is None: # if the X button clicked, just exit + break + if button == 'Clear': # clear keys if clear button + keys_entered = '' + elif button in '1234567890': + keys_entered = values['input'] # get what's been entered so far + keys_entered += button # add the new digit + elif button == 'Submit': + keys_entered = values['input'] + out_elem.Update(keys_entered) # output the final string + + in_elem.Update(keys_entered) # change the form to reflect current key string + diff --git a/Demo_MIDI_Player.py b/Demo_MIDI_Player.py new file mode 100644 index 000000000..dbaabc0c1 --- /dev/null +++ b/Demo_MIDI_Player.py @@ -0,0 +1,226 @@ +import os +import PySimpleGUI as g +import mido +import time + +PLAYER_COMMAND_NONE = 0 +PLAYER_COMMAND_EXIT = 1 +PLAYER_COMMAND_PAUSE = 2 +PLAYER_COMMAND_NEXT = 3 +PLAYER_COMMAND_RESTART_SONG = 4 + +# ---------------------------------------------------------------------- # +# PlayerGUI CLASS # +# ---------------------------------------------------------------------- # +class PlayerGUI(): + ''' + Class implementing GUI for both initial screen but the player itself + ''' + + def __init__(self): + self.Form = None + self.TextElem = None + self.PortList = mido.get_output_names() # use to get the list of midi ports + self.PortList = self.PortList[::-1] # reverse the list so the last one is first + + # ---------------------------------------------------------------------- # + # PlayerChooseSongGUI # + # Show a GUI get to the file to playback # + # ---------------------------------------------------------------------- # + def PlayerChooseSongGUI(self): + + # ---------------------- DEFINION OF CHOOSE WHAT TO PLAY GUI ---------------------------- + with g.FlexForm('MIDI File Player', auto_size_text=False, + default_element_size=(30, 1), + font=("Helvetica", 12)) as form: + layout = [[g.Text('MIDI File Player', font=("Helvetica", 15), size=(20, 1), text_color='green')], + [g.Text('File Selection', font=("Helvetica", 15), size=(20, 1))], + [g.Text('Single File Playback', justification='right'), g.InputText(size=(65, 1), key='midifile'), g.FileBrowse(size=(10, 1), file_types=(("MIDI files", "*.mid"),))], + [g.Text('Or Batch Play From This Folder', auto_size_text=False, justification='right'), g.InputText(size=(65, 1), key='folder'), g.FolderBrowse(size=(10, 1))], + [g.Text('_' * 250, auto_size_text=False, size=(100, 1))], + [g.Text('Choose MIDI Output Device', size=(22, 1)), + g.Listbox(values=self.PortList, size=(30, len(self.PortList) + 1), key='device')], + [g.Text('_' * 250, auto_size_text=False, size=(100, 1))], + [g.SimpleButton('PLAY', size=(12, 2), button_color=('red', 'white'), font=("Helvetica", 15), bind_return_key=True), g.Text(' ' * 2, size=(4, 1)), g.Cancel(size=(8, 2), font=("Helvetica", 15))]] + + + self.Form = form + return form.LayoutAndRead(layout) + + + def PlayerPlaybackGUIStart(self, NumFiles=1): + # ------- Make a new FlexForm ------- # + + image_pause = './ButtonGraphics/Pause.png' + image_restart = './ButtonGraphics/Restart.png' + image_next = './ButtonGraphics/Next.png' + image_exit = './ButtonGraphics/Exit.png' + + self.TextElem = g.T('Song loading....', size=(70,5 + NumFiles), font=("Helvetica", 14), auto_size_text=False) + self.SliderElem = g.Slider(range=(1,100), size=(50, 8), orientation='h', text_color='#f0f0f0') + form = g.FlexForm('MIDI File Player', default_element_size=(30,1),font=("Helvetica", 25)) + layout = [ + [g.T('MIDI File Player', size=(30,1), font=("Helvetica", 25))], + [self.TextElem], + [self.SliderElem], + [g.ReadFormButton('PAUSE', button_color=g.TRANSPARENT_BUTTON, + image_filename=image_pause, image_size=(50,50),image_subsample=2, border_width=0), g.T(' '), + g.ReadFormButton('NEXT', button_color=g.TRANSPARENT_BUTTON, + image_filename=image_next, image_size=(50,50),image_subsample=2, border_width=0), g.T(' '), + g.ReadFormButton('Restart Song', button_color=g.TRANSPARENT_BUTTON, + image_filename=image_restart, image_size=(50,50), image_subsample=2, border_width=0), g.T(' '), + g.SimpleButton('EXIT', button_color=g.TRANSPARENT_BUTTON, + image_filename=image_exit, image_size=(50,50), image_subsample=2, border_width=0,)] + ] + + form.LayoutAndRead(layout, non_blocking=True) + self.Form = form + + + + # ------------------------------------------------------------------------- # + # PlayerPlaybackGUIUpdate # + # Refresh the GUI for the main playback interface (must call periodically # + # ------------------------------------------------------------------------- # + def PlayerPlaybackGUIUpdate(self, DisplayString): + form = self.Form + if 'form' not in locals() or form is None: # if the form has been destoyed don't mess with it + return PLAYER_COMMAND_EXIT + self.TextElem.Update(DisplayString) + button, (values) = form.ReadNonBlocking() + if values is None: + return PLAYER_COMMAND_EXIT + if button == 'PAUSE': + return PLAYER_COMMAND_PAUSE + elif button == 'EXIT': + return PLAYER_COMMAND_EXIT + elif button == 'NEXT': + return PLAYER_COMMAND_NEXT + elif button == 'Restart Song': + return PLAYER_COMMAND_RESTART_SONG + return PLAYER_COMMAND_NONE + + +# ---------------------------------------------------------------------- # +# MAIN - our main program... this is it # +# Runs the GUI to get the file / path to play # +# Decodes the MIDI-Video into a MID file # +# Plays the decoded MIDI file # +# ---------------------------------------------------------------------- # +def main(): + def GetCurrentTime(): + ''' + Get the current system time in milliseconds + :return: milliseconds + ''' + return int(round(time.time() * 1000)) + + + pback = PlayerGUI() + + button, values = pback.PlayerChooseSongGUI() + if button != 'PLAY': + g.MsgBoxCancel('Cancelled...\nAutoclose in 2 sec...', auto_close=True, auto_close_duration=2) + exit(69) + if values['device']: + midi_port = values['device'][0] + else: + g.MsgBoxCancel('No devices found\nAutoclose in 2 sec...', auto_close=True, auto_close_duration=2) + + batch_folder = values['folder'] + midi_filename = values['midifile'] + # ------ Build list of files to play --------------------------------------------------------- # + if batch_folder: + filelist = os.listdir(batch_folder) + filelist = [batch_folder+'/'+f for f in filelist if f.endswith(('.mid', '.MID'))] + filetitles = [os.path.basename(f) for f in filelist] + elif midi_filename: # an individual filename + filelist = [midi_filename,] + filetitles = [os.path.basename(midi_filename),] + else: + g.MsgBoxError('*** Error - No MIDI files specified ***') + exit(666) + + # ------ LOOP THROUGH MULTIPLE FILES --------------------------------------------------------- # + pback.PlayerPlaybackGUIStart(NumFiles=len(filelist) if len(filelist) <=10 else 10) + port = None + # Loop through the files in the filelist + for now_playing_number, current_midi_filename in enumerate(filelist): + display_string = 'Playing Local File...\n{} of {}\n{}'.format(now_playing_number+1, len(filelist), current_midi_filename) + midi_title = filetitles[now_playing_number] + # --------------------------------- REFRESH THE GUI ----------------------------------------- # + pback.PlayerPlaybackGUIUpdate(display_string) + + # ---===--- Output Filename is .MID --- # + midi_filename = current_midi_filename + + # --------------------------------- MIDI - STARTS HERE ----------------------------------------- # + if not port: # if the midi output port not opened yet, then open it + port = mido.open_output(midi_port if midi_port else None) + + try: + mid = mido.MidiFile(filename=midi_filename) + except: + print('****** Exception trying to play MidiFile filename = {}***************'.format(midi_filename)) + g.MsgBoxError('Exception trying to play MIDI file:', midi_filename, 'Skipping file') + continue + + # Build list of data contained in MIDI File using only track 0 + midi_length_in_seconds = mid.length + display_file_list = '>> ' + '\n'.join([f for i, f in enumerate(filetitles[now_playing_number:]) if i < 10]) + paused = cancelled = next_file = False + ######################### Loop through MIDI Messages ########################### + while(True): + start_playback_time = GetCurrentTime() + port.reset() + + for midi_msg_number, msg in enumerate(mid.play()): + #################### GUI - read values ################## + if not midi_msg_number % 4: # update the GUI every 4 MIDI messages + t = (GetCurrentTime() - start_playback_time)//1000 + display_midi_len = '{:02d}:{:02d}'.format(*divmod(int(midi_length_in_seconds),60)) + display_string = 'Now Playing {} of {}\n{}\n {:02d}:{:02d} of {}\nPlaylist:'.\ + format(now_playing_number+1, len(filelist), midi_title, *divmod(t, 60), display_midi_len) + # display list of next 10 files to be played. + pback.SliderElem.Update(t, range=(1,midi_length_in_seconds)) + rc = pback.PlayerPlaybackGUIUpdate(display_string + '\n' + display_file_list) + else: # fake rest of code as if GUI did nothing + rc = PLAYER_COMMAND_NONE + if paused: + rc = PLAYER_COMMAND_NONE + while rc == PLAYER_COMMAND_NONE: # TIGHT-ASS loop waiting on a GUI command + rc = pback.PlayerPlaybackGUIUpdate(display_string) + time.sleep(.25) + + ####################################### MIDI send data ################################## + port.send(msg) + + # ------- Execute GUI Commands after sending MIDI data ------- # + if rc == PLAYER_COMMAND_EXIT: + cancelled = True + break + elif rc == PLAYER_COMMAND_PAUSE: + paused = not paused + port.reset() + elif rc == PLAYER_COMMAND_NEXT: + next_file = True + break + elif rc == PLAYER_COMMAND_RESTART_SONG: + break + + if cancelled or next_file: + break + #------- DONE playing the song ------- # + port.reset() # reset the midi port when done with the song + + if cancelled: + break + exit(69) + +# ---------------------------------------------------------------------- # +# LAUNCH POINT -- program starts and ends here # +# ---------------------------------------------------------------------- # +if __name__ == '__main__': + main() + + exit(69) diff --git a/Demo_Machine_Learning.py b/Demo_Machine_Learning.py new file mode 100644 index 000000000..3d2eeb0b5 --- /dev/null +++ b/Demo_Machine_Learning.py @@ -0,0 +1,57 @@ +import PySimpleGUI as sg + +def MachineLearningGUI(): + sg.SetOptions(text_justification='right') + form = sg.FlexForm('Machine Learning Front End', font=("Helvetica", 12)) # begin with a blank form + + layout = [[sg.Text('Machine Learning Command Line Parameters', font=('Helvetica', 16))], + [sg.Text('Passes', size=(15, 1)), sg.Spin(values=[i for i in range(1, 1000)], initial_value=20, size=(6, 1)), + sg.Text('Steps', size=(18, 1)), sg.Spin(values=[i for i in range(1, 1000)], initial_value=20, size=(6, 1))], + [sg.Text('ooa', size=(15, 1)), sg.In(default_text='6', size=(10, 1)), sg.Text('nn', size=(15, 1)), sg.In(default_text='10', size=(10, 1))], + [sg.Text('q', size=(15, 1)), sg.In(default_text='ff', size=(10, 1)), sg.Text('ngram', size=(15, 1)), sg.In(default_text='5', size=(10, 1))], + [sg.Text('l', size=(15, 1)), sg.In(default_text='0.4', size=(10, 1)), sg.Text('Layers', size=(15, 1)), sg.Drop(values=('BatchNorm', 'other'),auto_size_text=True)], + [sg.Text('_' * 100, size=(65, 1))], + [sg.Text('Flags', font=('Helvetica', 15), justification='left')], + [sg.Checkbox('Normalize', size=(12, 1), default=True), sg.Checkbox('Verbose', size=(20, 1))], + [sg.Checkbox('Cluster', size=(12, 1)), sg.Checkbox('Flush Output', size=(20, 1), default=True)], + [sg.Checkbox('Write Results', size=(12, 1)), sg.Checkbox('Keep Intermediate Data', size=(20, 1))], + [sg.Text('_' * 100, size=(65, 1))], + [sg.Text('Loss Functions', font=('Helvetica', 15), justification='left')], + [sg.Radio('Cross-Entropy', 'loss', size=(12, 1)), sg.Radio('Logistic', 'loss', default=True, size=(12, 1))], + [sg.Radio('Hinge', 'loss', size=(12, 1)), sg.Radio('Huber', 'loss', size=(12, 1))], + [sg.Radio('Kullerback', 'loss', size=(12, 1)), sg.Radio('MAE(L1)', 'loss', size=(12, 1))], + [sg.Radio('MSE(L2)', 'loss', size=(12, 1)), sg.Radio('MB(L0)', 'loss', size=(12, 1))], + [sg.Submit(), sg.Cancel()]] + button, values = form.LayoutAndRead(layout) + del(form) + sg.SetOptions(text_justification='left') + + return button, values + + +def CustomMeter(): + # create the progress bar element + progress_bar = sg.ProgressBar(10000, orientation='h', size=(20,20)) + # layout the form + layout = [[sg.Text('A custom progress meter')], + [progress_bar], + [sg.Cancel()]] + + # create the form + form = sg.FlexForm('Custom Progress Meter') + # display the form as a non-blocking form + form.LayoutAndRead(layout, non_blocking=True) + # loop that would normally do something useful + for i in range(10000): + # check to see if the cancel button was clicked and exit loop if clicked + button, values = form.ReadNonBlocking() + if button == 'Cancel' or values == None: + break + # update bar with loop value +1 so that bar eventually reaches the maximum + progress_bar.UpdateBar(i+1) + # done with loop... need to destroy the window as it's still open + form.CloseNonBlockingForm() + +if __name__ == '__main__': + CustomMeter() + MachineLearningGUI() diff --git a/Demo_Matplotlib.py b/Demo_Matplotlib.py new file mode 100644 index 000000000..9dc26dad3 --- /dev/null +++ b/Demo_Matplotlib.py @@ -0,0 +1,125 @@ +import PySimpleGUI as g +import matplotlib +matplotlib.use('TkAgg') +from matplotlib.backends.backend_tkagg import FigureCanvasAgg +import matplotlib.backends.tkagg as tkagg +import tkinter as Tk + +""" +Demonstrates one way of embedding Matplotlib figures into a PySimpleGUI window. + +Basic steps are: + * Create a Canvas Element + * Layout form + * Display form (NON BLOCKING) + * Draw plots onto convas + * Display form (BLOCKING) +""" + + +def draw_figure(canvas, figure, loc=(0, 0)): + """ Draw a matplotlib figure onto a Tk canvas + + loc: location of top-left corner of figure on canvas in pixels. + + Inspired by matplotlib source: lib/matplotlib/backends/backend_tkagg.py + """ + figure_canvas_agg = FigureCanvasAgg(figure) + figure_canvas_agg.draw() + figure_x, figure_y, figure_w, figure_h = figure.bbox.bounds + figure_w, figure_h = int(figure_w), int(figure_h) + photo = Tk.PhotoImage(master=canvas, width=figure_w, height=figure_h) + + # Position: convert from top-left anchor to center anchor + canvas.create_image(loc[0] + figure_w/2, loc[1] + figure_h/2, image=photo) + + # Unfortunately, there's no accessor for the pointer to the native renderer + tkagg.blit(photo, figure_canvas_agg.get_renderer()._renderer, colormode=2) + + # Return a handle which contains a reference to the photo object + # which must be kept live or else the picture disappears + return photo + +#------------------------------- PASTE YOUR MATPLOTLIB CODE HERE ------------------------------- + +import numpy as np +import matplotlib.pyplot as plt + +from matplotlib.ticker import NullFormatter # useful for `logit` scale + +# Fixing random state for reproducibility +np.random.seed(19680801) + +# make up some data in the interval ]0, 1[ +y = np.random.normal(loc=0.5, scale=0.4, size=1000) +y = y[(y > 0) & (y < 1)] +y.sort() +x = np.arange(len(y)) + +# plot with various axes scales +plt.figure(1) + +# linear +plt.subplot(221) +plt.plot(x, y) +plt.yscale('linear') +plt.title('linear') +plt.grid(True) + + +# log +plt.subplot(222) +plt.plot(x, y) +plt.yscale('log') +plt.title('log') +plt.grid(True) + + +# symmetric log +plt.subplot(223) +plt.plot(x, y - y.mean()) +plt.yscale('symlog', linthreshy=0.01) +plt.title('symlog') +plt.grid(True) + +# logit +plt.subplot(224) +plt.plot(x, y) +plt.yscale('logit') +plt.title('logit') +plt.grid(True) +# Format the minor tick labels of the y-axis into empty strings with +# `NullFormatter`, to avoid cumbering the axis with too many labels. +plt.gca().yaxis.set_minor_formatter(NullFormatter()) +# Adjust the subplot layout, because the logit one may take more space +# than usual, due to y-tick labels like "1 - 10^{-3}" +plt.subplots_adjust(top=0.92, bottom=0.08, left=0.10, right=0.95, hspace=0.25, + wspace=0.35) + + +#------------------------------- END OF YOUR MATPLOTLIB CODE ------------------------------- + +# ****** Comment out this line if not using Pyplot ****** +fig = plt.gcf() # if using Pyplot then get the figure from the plot + +# -------------------------------- GUI Starts Here -------------------------------# +# fig = your figure you want to display. Assumption is that 'fig' holds the # +# information to display. # +# --------------------------------------------------------------------------------# +figure_x, figure_y, figure_w, figure_h = fig.bbox.bounds +canvas_elem = g.Canvas(size=(figure_w, figure_h)) # get the canvas we'll be drawing on +# define the form layout +layout = [[g.Text('Plot test')], + [canvas_elem], + [g.OK(pad=((figure_w/2,0), 3), size=(4,2))]] + +# create the form and show it without the plot +form = g.FlexForm('Demo Application - Embedding Matplotlib In PySimpleGUI') +form.Layout(layout) +form.ReadNonBlocking() + +# add the plot to the window +fig_photo = draw_figure(canvas_elem.TKCanvas, fig) + +# show it all again and get buttons +button, values = form.Read() diff --git a/Demo_Matplotlib_Animated.py b/Demo_Matplotlib_Animated.py new file mode 100644 index 000000000..5f640fea4 --- /dev/null +++ b/Demo_Matplotlib_Animated.py @@ -0,0 +1,61 @@ +from random import randint +import PySimpleGUI as g +from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg, FigureCanvasAgg +from matplotlib.figure import Figure +import matplotlib.backends.tkagg as tkagg +import tkinter as tk + + +def main(): + fig = Figure() + + ax = fig.add_subplot(111) + ax.set_xlabel("X axis") + ax.set_ylabel("Y axis") + ax.grid() + + canvas_elem = g.Canvas(size=(640, 480)) # get the canvas we'll be drawing on + slider_elem = g.Slider(range=(0,10000), size=(60,10), orientation='h') + # define the form layout + layout = [[g.Text('Animated Matplotlib', size=(40,1), justification='center', font='Helvetica 20')], + [canvas_elem], + [slider_elem], + [g.ReadFormButton('Exit', size=(10,2), pad=((280, 0), 3), font='Helvetica 14')]] + + # create the form and show it without the plot + form = g.FlexForm('Demo Application - Embedding Matplotlib In PySimpleGUI') + form.Layout(layout) + form.ReadNonBlocking() + + graph = FigureCanvasTkAgg(fig, master=canvas_elem.TKCanvas) + canvas = canvas_elem.TKCanvas + + dpts = [randint(0, 10) for x in range(10000)] + for i in range(len(dpts)): + button, values = form.ReadNonBlocking() + if button is 'Exit' or values is None: + exit(69) + + slider_elem.Update(i) + ax.cla() + ax.grid() + DATA_POINTS_PER_SCREEN = 40 + ax.plot(range(DATA_POINTS_PER_SCREEN), dpts[i:i+DATA_POINTS_PER_SCREEN], color='purple') + graph.draw() + figure_x, figure_y, figure_w, figure_h = fig.bbox.bounds + figure_w, figure_h = int(figure_w), int(figure_h) + photo = tk.PhotoImage(master=canvas, width=figure_w, height=figure_h) + + canvas.create_image(640/2, 480/2, image=photo) + + figure_canvas_agg = FigureCanvasAgg(fig) + figure_canvas_agg.draw() + + # Unfortunately, there's no accessor for the pointer to the native renderer + tkagg.blit(photo, figure_canvas_agg.get_renderer()._renderer, colormode=2) + + # time.sleep(.1) + + +if __name__ == '__main__': + main() diff --git a/Demo_Matplotlib_Animated_Scatter.py b/Demo_Matplotlib_Animated_Scatter.py new file mode 100644 index 000000000..53f0e5802 --- /dev/null +++ b/Demo_Matplotlib_Animated_Scatter.py @@ -0,0 +1,62 @@ +from random import randint +import PySimpleGUI as g +from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg, FigureCanvasAgg +from matplotlib.figure import Figure +import matplotlib.backends.tkagg as tkagg +import tkinter as tk + + +def main(): + canvas_elem = g.Canvas(size=(640, 480)) # get the canvas we'll be drawing on + # define the form layout + layout = [[g.Text('Animated Matplotlib', size=(40,1), justification='center', font='Helvetica 20')], + [canvas_elem], + [g.ReadFormButton('Exit', size=(10,2), pad=((280, 0), 3), font='Helvetica 14')]] + + # create the form and show it without the plot + form = g.FlexForm('Demo Application - Embedding Matplotlib In PySimpleGUI') + form.Layout(layout) + form.ReadNonBlocking() + + canvas = canvas_elem.TKCanvas + + while True: + button, values = form.ReadNonBlocking() + if button is 'Exit' or values is None: + exit(69) + + def PyplotScatterWithLegend(): + import matplotlib.pyplot as plt + from numpy.random import rand + + fig, ax = plt.subplots() + for color in ['red', 'green', 'blue']: + n = 750 + x, y = rand(2, n) + scale = 200.0 * rand(n) + ax.scatter(x, y, c=color, s=scale, label=color, + alpha=0.3, edgecolors='none') + + ax.legend() + ax.grid(True) + return fig + + fig = PyplotScatterWithLegend() + + figure_x, figure_y, figure_w, figure_h = fig.bbox.bounds + figure_w, figure_h = int(figure_w), int(figure_h) + photo = tk.PhotoImage(master=canvas, width=figure_w, height=figure_h) + + canvas.create_image(640/2, 480/2, image=photo) + + figure_canvas_agg = FigureCanvasAgg(fig) + figure_canvas_agg.draw() + + # Unfortunately, there's no accessor for the pointer to the native renderer + tkagg.blit(photo, figure_canvas_agg.get_renderer()._renderer, colormode=2) + + # time.sleep(.1) + + +if __name__ == '__main__': + main() diff --git a/DemoPrograms/Demo_Matplotlib_Browser.py b/Demo_Matplotlib_Browser.py similarity index 90% rename from DemoPrograms/Demo_Matplotlib_Browser.py rename to Demo_Matplotlib_Browser.py index df2163e0c..7301b5fda 100644 --- a/DemoPrograms/Demo_Matplotlib_Browser.py +++ b/Demo_Matplotlib_Browser.py @@ -1,10 +1,10 @@ -#!/usr/bin/env python -import PySimpleGUI as sg +import PySimpleGUI as g import matplotlib -import inspect matplotlib.use('TkAgg') - -from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg +from matplotlib.backends.backend_tkagg import FigureCanvasAgg +import matplotlib.backends.tkagg as tkagg +import tkinter as Tk +import inspect """ Demonstrates one way of embedding Matplotlib figures into a PySimpleGUI window. @@ -15,15 +15,9 @@ * Display form (NON BLOCKING) * Draw plots onto convas * Display form (BLOCKING) - -Each plotting function, complete with imports, was copied directly from Matplot examples page +""" -Copyright 2023 PySimpleSoft, Inc. and/or its licensors. All rights reserved. -Redistribution, modification, or any other use of PySimpleGUI or any portion thereof is subject to the terms of the PySimpleGUI License Agreement available at https://eula.pysimplegui.com. - -You may not redistribute, modify or otherwise use PySimpleGUI or its contents except pursuant to the PySimpleGUI License Agreement. -""" import numpy as np import matplotlib.pyplot as plt @@ -33,8 +27,8 @@ def PyplotSimple(): import numpy as np import matplotlib.pyplot as plt - # evenly sampled time .2 intervals - t = np.arange(0., 5., 0.2) # go from 0 to 5 using .2 intervals + # evenly sampled time at 200ms intervals + t = np.arange(0., 5., 0.2) # red dashes, blue squares and green triangles plt.plot(t, t, 'r--', t, t ** 2, 'bs', t, t ** 3, 'g^') @@ -826,28 +820,29 @@ def get_rgb(): plt.draw() return plt.gcf() +# The magic function that makes it possible.... glues together tkinter and pyplot using Canvas Widget +def draw_figure(canvas, figure, loc=(0, 0)): + """ Draw a matplotlib figure onto a Tk canvas + loc: location of top-left corner of figure on canvas in pixels. -# The magic function that makes it possible.... glues together tkinter and pyplot using Canvas Widget -def draw_figure(canvas, figure): - if not hasattr(draw_figure, 'canvas_packed'): - draw_figure.canvas_packed = {} - figure_canvas_agg = FigureCanvasTkAgg(figure, canvas) + Inspired by matplotlib source: lib/matplotlib/backends/backend_tkagg.py + """ + figure_canvas_agg = FigureCanvasAgg(figure) figure_canvas_agg.draw() - widget = figure_canvas_agg.get_tk_widget() - if widget not in draw_figure.canvas_packed: - draw_figure.canvas_packed[widget] = figure - widget.pack(side='top', fill='both', expand=1) - return figure_canvas_agg + figure_x, figure_y, figure_w, figure_h = figure.bbox.bounds + figure_w, figure_h = int(figure_w), int(figure_h) + photo = Tk.PhotoImage(master=canvas, width=figure_w, height=figure_h) + # Position: convert from top-left anchor to center anchor + canvas.create_image(loc[0] + figure_w/2, loc[1] + figure_h/2, image=photo) -def delete_figure_agg(figure_agg): - figure_agg.get_tk_widget().forget() - try: - draw_figure.canvas_packed.pop(figure_agg.get_tk_widget()) - except Exception as e: - print(f'Error removing {figure_agg} from list', e) - plt.close('all') + # Unfortunately, there's no accessor for the pointer to the native renderer + tkagg.blit(photo, figure_canvas_agg.get_renderer()._renderer, colormode=2) + + # Return a handle which contains a reference to the photo object + # which must be kept live or else the picture disappears + return photo # -------------------------------- GUI Starts Here -------------------------------# @@ -855,6 +850,9 @@ def delete_figure_agg(figure_agg): # information to display. # # --------------------------------------------------------------------------------# +# print(inspect.getsource(PyplotSimple)) + + fig_dict = {'Pyplot Simple':PyplotSimple, 'Pyplot Formatstr':PyplotFormatstr,'PyPlot Three':Subplot3d, 'Unicode Minus': UnicodeMinus, 'Pyplot Scales' : PyplotScales, 'Axes Grid' : AxesGrid, 'Exploring Normalizations' : ExploringNormalizations, 'Different Scales' : DifferentScales, @@ -863,36 +861,41 @@ def delete_figure_agg(figure_agg): 'Pyplot Scatter With Legend' :PyplotScatterWithLegend, 'Artist Customized Box Plots' : PyplotArtistBoxPlots, 'Artist Customized Box Plots 2' : ArtistBoxplot2, 'Pyplot Histogram' : PyplotHistogram} -sg.theme('LightGreen') +g.ChangeLookAndFeel('LightGreen') figure_w, figure_h = 650, 650 +canvas_elem = g.Canvas(size=(figure_w, figure_h)) # get the canvas we'll be drawing on +multiline_elem = g.Multiline(size=(70,35),pad=(5,(3,90))) # define the form layout -listbox_values = list(fig_dict) -col_listbox = [[sg.Listbox(values=listbox_values, enable_events=True, size=(28, len(listbox_values)), key='-LISTBOX-')], - [sg.Text(' ' * 12), sg.Exit(size=(5, 2))]] +listbox_values = [key for key in fig_dict.keys()] +col_listbox = [[g.Listbox(values=listbox_values, change_submits=True, size=(28, len(listbox_values)), key='func')], + [g.T(' '*12), g.Exit(size=(5,2))]] -layout = [[sg.Text('Matplotlib Plot Test', font=('current 18'))], - [sg.Col(col_listbox, pad=(5, (3, 330))), sg.Canvas(size=(figure_w, figure_h), key='-CANVAS-') , - sg.MLine(size=(70, 35), pad=(5, (3, 90)), key='-MULTILINE-')],] +layout = [[g.Text('Matplotlib Plot Test', font=('current 18'))], + [g.Column(col_listbox, pad=(5,(3,330))), canvas_elem, multiline_elem], + ] # create the form and show it without the plot -window = sg.Window('Demo Application - Embedding Matplotlib In PySimpleGUI', layout, grab_anywhere=False, finalize=True) -figure_agg = None -# The GUI Event Loop +form = g.FlexForm('Demo Application - Embedding Matplotlib In PySimpleGUI') +form.Layout(layout) + while True: - event, values = window.read() - # print(event, values) # helps greatly when debugging - if event in (sg.WIN_CLOSED, 'Exit'): # if user closed window or clicked Exit button + button, values = form.Read() + print(button) + # show it all again and get buttons + if button is None or button is 'Exit': break - if figure_agg: - # ** IMPORTANT ** Clean up previous drawing before drawing again - delete_figure_agg(figure_agg) - choice = values['-LISTBOX-'][0] # get first listbox item chosen (returned as a list) - func = fig_dict[choice] # get function to call from the dictionary - window['-MULTILINE-'].update(inspect.getsource(func)) # show source code to function in multiline + try: - fig = func() # call function to get the figure - figure_agg = draw_figure(window['-CANVAS-'].TKCanvas, fig) # draw the figure - except Exception as e: - print('Exception in fucntion', e) -window.close() \ No newline at end of file + choice = values['func'][0] + func = fig_dict[choice] + except: + pass + # func = fig_dict['Pyplot Simple'] + + multiline_elem.Update(inspect.getsource(func)) + plt.clf() + fig = func() + fig_photo = draw_figure(canvas_elem.TKCanvas, fig) + + diff --git a/Demo_Matplotlib_Ping_Graph.py b/Demo_Matplotlib_Ping_Graph.py new file mode 100644 index 000000000..d20755a8d --- /dev/null +++ b/Demo_Matplotlib_Ping_Graph.py @@ -0,0 +1,671 @@ +import PySimpleGUI as g +import matplotlib.pyplot as plt +from matplotlib.backends.backend_tkagg import FigureCanvasAgg +import matplotlib.backends.tkagg as tkagg +import tkinter as tk + + +""" +A graph of time to ping Google.com +Demonstrates Matploylib used in an animated way. + +Note this file contains a copy of ping.py. It is contained in the first part of this file + +""" + + +""" + A pure python ping implementation using raw sockets. + + (This is Python 3 port of https://github.com/jedie/python-ping) + (Tested and working with python 2.7, should work with 2.6+) + + Note that ICMP messages can only be sent from processes running as root + (in Windows, you must run this script as 'Administrator'). + + Derived from ping.c distributed in Linux's netkit. That code is + copyright (c) 1989 by The Regents of the University of California. + That code is in turn derived from code written by Mike Muuss of the + US Army Ballistic Research Laboratory in December, 1983 and + placed in the public domain. They have my thanks. + + Bugs are naturally mine. I'd be glad to hear about them. There are + certainly word - size dependencies here. + + Copyright (c) Matthew Dixon Cowles, . + Distributable under the terms of the GNU General Public License + version 2. Provided with no warranties of any sort. + + Original Version from Matthew Dixon Cowles: + -> ftp://ftp.visi.com/users/mdc/ping.py + + Rewrite by Jens Diemer: + -> http://www.python-forum.de/post-69122.html#69122 + + Rewrite by George Notaras: + -> http://www.g-loaded.eu/2009/10/30/python-ping/ + + Enhancements by Martin Falatic: + -> http://www.falatic.com/index.php/39/pinging-with-python + + Enhancements and fixes by Georgi Kolev: + -> http://github.com/jedie/python-ping/ + + Bug fix by Andrejs Rozitis: + -> http://github.com/rozitis/python-ping/ + + Revision history + ~~~~~~~~~~~~~~~~ + May 1, 2014 + ----------- + Little modifications by Mohammad Emami + - Added Python 3 support. For now this project will just support + python 3.x + - Tested with python 3.3 + - version was upped to 0.6 + + March 19, 2013 + -------------- + * Fixing bug to prevent divide by 0 during run-time. + + January 26, 2012 + ---------------- + * Fixing BUG #4 - competability with python 2.x [tested with 2.7] + - Packet data building is different for 2.x and 3.x. + 'cose of the string/bytes difference. + * Fixing BUG #10 - the multiple resolv issue. + - When pinging domain names insted of hosts (for exmaple google.com) + you can get different IP every time you try to resolv it, we should + resolv the host only once and stick to that IP. + * Fixing BUGs #3 #10 - Doing hostname resolv only once. + * Fixing BUG #14 - Removing all 'global' stuff. + - You should not use globul! Its bad for you...and its not thread safe! + * Fix - forcing the use of different times on linux/windows for + more accurate mesurments. (time.time - linux/ time.clock - windows) + * Adding quiet_ping function - This way we'll be able to use this script + as external lib. + * Changing default timeout to 3s. (1second is not enought) + * Switching data syze to packet size. It's easyer for the user to ignore the + fact that the packet headr is 8b and the datasize 64 will make packet with + size 72. + + October 12, 2011 + -------------- + Merged updates from the main project + -> https://github.com/jedie/python-ping + + September 12, 2011 + -------------- + Bugfixes + cleanup by Jens Diemer + Tested with Ubuntu + Windows 7 + + September 6, 2011 + -------------- + Cleanup by Martin Falatic. Restored lost comments and docs. Improved + functionality: constant time between pings, internal times consistently + use milliseconds. Clarified annotations (e.g., in the checksum routine). + Using unsigned data in IP & ICMP header pack/unpack unless otherwise + necessary. Signal handling. Ping-style output formatting and stats. + + August 3, 2011 + -------------- + Ported to py3k by Zach Ware. Mostly done by 2to3; also minor changes to + deal with bytes vs. string changes (no more ord() in checksum() because + >source_string< is actually bytes, added .encode() to data in + send_one_ping()). That's about it. + + March 11, 2010 + -------------- + changes by Samuel Stauffer: + - replaced time.clock with default_timer which is set to + time.clock on windows and time.time on other systems. + + November 8, 2009 + ---------------- + Improved compatibility with GNU/Linux systems. + + Fixes by: + * George Notaras -- http://www.g-loaded.eu + Reported by: + * Chris Hallman -- http://cdhallman.blogspot.com + + Changes in this release: + - Re-use time.time() instead of time.clock(). The 2007 implementation + worked only under Microsoft Windows. Failed on GNU/Linux. + time.clock() behaves differently under the two OSes[1]. + + [1] http://docs.python.org/library/time.html#time.clock + + May 30, 2007 + ------------ + little rewrite by Jens Diemer: + - change socket asterisk import to a normal import + - replace time.time() with time.clock() + - delete "return None" (or change to "return" only) + - in checksum() rename "str" to "source_string" + + December 4, 2000 + ---------------- + Changed the struct.pack() calls to pack the checksum and ID as + unsigned. My thanks to Jerome Poincheval for the fix. + + November 22, 1997 + ----------------- + Initial hack. Doesn't do much, but rather than try to guess + what features I (or others) will want in the future, I've only + put in what I need now. + + December 16, 1997 + ----------------- + For some reason, the checksum bytes are in the wrong order when + this is run under Solaris 2.X for SPARC but it works right under + Linux x86. Since I don't know just what's wrong, I'll swap the + bytes always and then do an htons(). + + =========================================================================== + IP header info from RFC791 + -> http://tools.ietf.org/html/rfc791) + + 0 1 2 3 + 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + |Version| IHL |Type of Service| Total Length | + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + | Identification |Flags| Fragment Offset | + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + | Time to Live | Protocol | Header Checksum | + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + | Source Address | + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + | Destination Address | + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + | Options | Padding | + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + + =========================================================================== + ICMP Echo / Echo Reply Message header info from RFC792 + -> http://tools.ietf.org/html/rfc792 + + 0 1 2 3 + 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + | Type | Code | Checksum | + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + | Identifier | Sequence Number | + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + | Data ... + +-+-+-+-+- + + =========================================================================== + ICMP parameter info: + -> http://www.iana.org/assignments/icmp-parameters/icmp-parameters.xml + + =========================================================================== + An example of ping's typical output: + + PING heise.de (193.99.144.80): 56 data bytes + 64 bytes from 193.99.144.80: icmp_seq=0 ttl=240 time=127 ms + 64 bytes from 193.99.144.80: icmp_seq=1 ttl=240 time=127 ms + 64 bytes from 193.99.144.80: icmp_seq=2 ttl=240 time=126 ms + 64 bytes from 193.99.144.80: icmp_seq=3 ttl=240 time=126 ms + 64 bytes from 193.99.144.80: icmp_seq=4 ttl=240 time=127 ms + + ----heise.de PING Statistics---- + 5 packets transmitted, 5 packets received, 0.0% packet loss + round-trip (ms) min/avg/max/med = 126/127/127/127 + + =========================================================================== +""" + +# =============================================================================# +import argparse +import os, sys, socket, struct, select, time, signal + +__description__ = 'A pure python ICMP ping implementation using raw sockets.' + +if sys.platform == "win32": + # On Windows, the best timer is time.clock() + default_timer = time.clock +else: + # On most other platforms the best timer is time.time() + default_timer = time.time + +NUM_PACKETS = 3 +PACKET_SIZE = 64 +WAIT_TIMEOUT = 3.0 + +# =============================================================================# +# ICMP parameters + +ICMP_ECHOREPLY = 0 # Echo reply (per RFC792) +ICMP_ECHO = 8 # Echo request (per RFC792) +ICMP_MAX_RECV = 2048 # Max size of incoming buffer + +MAX_SLEEP = 1000 + + +class MyStats: + thisIP = "0.0.0.0" + pktsSent = 0 + pktsRcvd = 0 + minTime = 999999999 + maxTime = 0 + totTime = 0 + avrgTime = 0 + fracLoss = 1.0 + + +myStats = MyStats # NOT Used globally anymore. + + +# =============================================================================# +def checksum(source_string): + """ + A port of the functionality of in_cksum() from ping.c + Ideally this would act on the string as a series of 16-bit ints (host + packed), but this works. + Network data is big-endian, hosts are typically little-endian + """ + countTo = (int(len(source_string) / 2)) * 2 + sum = 0 + count = 0 + + # Handle bytes in pairs (decoding as short ints) + loByte = 0 + hiByte = 0 + while count < countTo: + if (sys.byteorder == "little"): + loByte = source_string[count] + hiByte = source_string[count + 1] + else: + loByte = source_string[count + 1] + hiByte = source_string[count] + try: # For Python3 + sum = sum + (hiByte * 256 + loByte) + except: # For Python2 + sum = sum + (ord(hiByte) * 256 + ord(loByte)) + count += 2 + + # Handle last byte if applicable (odd-number of bytes) + # Endianness should be irrelevant in this case + if countTo < len(source_string): # Check for odd length + loByte = source_string[len(source_string) - 1] + try: # For Python3 + sum += loByte + except: # For Python2 + sum += ord(loByte) + + sum &= 0xffffffff # Truncate sum to 32 bits (a variance from ping.c, which + # uses signed ints, but overflow is unlikely in ping) + + sum = (sum >> 16) + (sum & 0xffff) # Add high 16 bits to low 16 bits + sum += (sum >> 16) # Add carry from above (if any) + answer = ~sum & 0xffff # Invert and truncate to 16 bits + answer = socket.htons(answer) + + return answer + + +# =============================================================================# +def do_one(myStats, destIP, hostname, timeout, mySeqNumber, packet_size, quiet=False): + """ + Returns either the delay (in ms) or None on timeout. + """ + delay = None + + try: # One could use UDP here, but it's obscure + mySocket = socket.socket(socket.AF_INET, socket.SOCK_RAW, socket.getprotobyname("icmp")) + except socket.error as e: + print("failed. (socket error: '%s')" % e.args[1]) + raise # raise the original error + + my_ID = os.getpid() & 0xFFFF + + sentTime = send_one_ping(mySocket, destIP, my_ID, mySeqNumber, packet_size) + if sentTime == None: + mySocket.close() + return delay + + myStats.pktsSent += 1 + + recvTime, dataSize, iphSrcIP, icmpSeqNumber, iphTTL = receive_one_ping(mySocket, my_ID, timeout) + + mySocket.close() + + if recvTime: + delay = (recvTime - sentTime) * 1000 + if not quiet: + print("%d bytes from %s: icmp_seq=%d ttl=%d time=%d ms" % ( + dataSize, socket.inet_ntoa(struct.pack("!I", iphSrcIP)), icmpSeqNumber, iphTTL, delay) + ) + myStats.pktsRcvd += 1 + myStats.totTime += delay + if myStats.minTime > delay: + myStats.minTime = delay + if myStats.maxTime < delay: + myStats.maxTime = delay + else: + delay = None + print("Request timed out.") + + return delay + + +# =============================================================================# +def send_one_ping(mySocket, destIP, myID, mySeqNumber, packet_size): + """ + Send one ping to the given >destIP<. + """ + # destIP = socket.gethostbyname(destIP) + + # Header is type (8), code (8), checksum (16), id (16), sequence (16) + # (packet_size - 8) - Remove header size from packet size + myChecksum = 0 + + # Make a dummy heder with a 0 checksum. + header = struct.pack( + "!BBHHH", ICMP_ECHO, 0, myChecksum, myID, mySeqNumber + ) + + padBytes = [] + startVal = 0x42 + # 'cose of the string/byte changes in python 2/3 we have + # to build the data differnely for different version + # or it will make packets with unexpected size. + if sys.version[:1] == '2': + bytes = struct.calcsize("d") + data = ((packet_size - 8) - bytes) * "Q" + data = struct.pack("d", default_timer()) + data + else: + for i in range(startVal, startVal + (packet_size - 8)): + padBytes += [(i & 0xff)] # Keep chars in the 0-255 range + # data = bytes(padBytes) + data = bytearray(padBytes) + + # Calculate the checksum on the data and the dummy header. + myChecksum = checksum(header + data) # Checksum is in network order + + # Now that we have the right checksum, we put that in. It's just easier + # to make up a new header than to stuff it into the dummy. + header = struct.pack( + "!BBHHH", ICMP_ECHO, 0, myChecksum, myID, mySeqNumber + ) + + packet = header + data + + sendTime = default_timer() + + try: + mySocket.sendto(packet, (destIP, 1)) # Port number is irrelevant for ICMP + except socket.error as e: + print("General failure (%s)" % (e.args[1])) + return + + return sendTime + + +# =============================================================================# +def receive_one_ping(mySocket, myID, timeout): + """ + Receive the ping from the socket. Timeout = in ms + """ + timeLeft = timeout / 1000 + + while True: # Loop while waiting for packet or timeout + startedSelect = default_timer() + whatReady = select.select([mySocket], [], [], timeLeft) + howLongInSelect = (default_timer() - startedSelect) + if whatReady[0] == []: # Timeout + return None, 0, 0, 0, 0 + + timeReceived = default_timer() + + recPacket, addr = mySocket.recvfrom(ICMP_MAX_RECV) + + ipHeader = recPacket[:20] + iphVersion, iphTypeOfSvc, iphLength, \ + iphID, iphFlags, iphTTL, iphProtocol, \ + iphChecksum, iphSrcIP, iphDestIP = struct.unpack( + "!BBHHHBBHII", ipHeader + ) + + icmpHeader = recPacket[20:28] + icmpType, icmpCode, icmpChecksum, \ + icmpPacketID, icmpSeqNumber = struct.unpack( + "!BBHHH", icmpHeader + ) + + if icmpPacketID == myID: # Our packet + dataSize = len(recPacket) - 28 + # print (len(recPacket.encode())) + return timeReceived, (dataSize + 8), iphSrcIP, icmpSeqNumber, iphTTL + + timeLeft = timeLeft - howLongInSelect + if timeLeft <= 0: + return None, 0, 0, 0, 0 + + +# =============================================================================# +def dump_stats(myStats): + """ + Show stats when pings are done + """ + print("\n----%s PYTHON PING Statistics----" % (myStats.thisIP)) + + if myStats.pktsSent > 0: + myStats.fracLoss = (myStats.pktsSent - myStats.pktsRcvd) / myStats.pktsSent + + print("%d packets transmitted, %d packets received, %0.1f%% packet loss" % ( + myStats.pktsSent, myStats.pktsRcvd, 100.0 * myStats.fracLoss + )) + + if myStats.pktsRcvd > 0: + print("round-trip (ms) min/avg/max = %d/%0.1f/%d" % ( + myStats.minTime, myStats.totTime / myStats.pktsRcvd, myStats.maxTime + )) + + print("") + return + + +# =============================================================================# +def signal_handler(signum, frame): + """ + Handle exit via signals + """ + dump_stats() + print("\n(Terminated with signal %d)\n" % (signum)) + sys.exit(0) + + +# =============================================================================# +def verbose_ping(hostname, timeout=WAIT_TIMEOUT, count=NUM_PACKETS, + packet_size=PACKET_SIZE, path_finder=False): + """ + Send >count< ping to >destIP< with the given >timeout< and display + the result. + """ + signal.signal(signal.SIGINT, signal_handler) # Handle Ctrl-C + if hasattr(signal, "SIGBREAK"): + # Handle Ctrl-Break e.g. under Windows + signal.signal(signal.SIGBREAK, signal_handler) + + myStats = MyStats() # Reset the stats + + mySeqNumber = 0 # Starting value + + try: + destIP = socket.gethostbyname(hostname) + print("\nPYTHON PING %s (%s): %d data bytes" % (hostname, destIP, packet_size)) + except socket.gaierror as e: + print("\nPYTHON PING: Unknown host: %s (%s)" % (hostname, e.args[1])) + print() + return + + myStats.thisIP = destIP + + for i in range(count): + delay = do_one(myStats, destIP, hostname, timeout, mySeqNumber, packet_size) + + if delay == None: + delay = 0 + + mySeqNumber += 1 + + # Pause for the remainder of the MAX_SLEEP period (if applicable) + if (MAX_SLEEP > delay): + time.sleep((MAX_SLEEP - delay) / 1000) + + dump_stats(myStats) + +#=============================================================================# +def quiet_ping(hostname, timeout=WAIT_TIMEOUT, count=NUM_PACKETS, + packet_size=PACKET_SIZE, path_finder=False): + """ + Same as verbose_ping, but the results are returned as tuple + """ + myStats = MyStats() # Reset the stats + mySeqNumber = 0 # Starting value + + try: + destIP = socket.gethostbyname(hostname) + except socket.gaierror as e: + return 0,0,0,0 + + myStats.thisIP = destIP + + # This will send packet that we dont care about 0.5 seconds before it starts + # acrutally pinging. This is needed in big MAN/LAN networks where you sometimes + # loose the first packet. (while the switches find the way... :/ ) + if path_finder: + fakeStats = MyStats() + do_one(fakeStats, destIP, hostname, timeout, + mySeqNumber, packet_size, quiet=True) + time.sleep(0.5) + + for i in range(count): + delay = do_one(myStats, destIP, hostname, timeout, + mySeqNumber, packet_size, quiet=True) + + if delay == None: + delay = 0 + + mySeqNumber += 1 + + # Pause for the remainder of the MAX_SLEEP period (if applicable) + if (MAX_SLEEP > delay): + time.sleep((MAX_SLEEP - delay)/1000) + + if myStats.pktsSent > 0: + myStats.fracLoss = (myStats.pktsSent - myStats.pktsRcvd)/myStats.pktsSent + if myStats.pktsRcvd > 0: + myStats.avrgTime = myStats.totTime / myStats.pktsRcvd + + # return tuple(max_rtt, min_rtt, avrg_rtt, percent_lost) + return myStats.maxTime, myStats.minTime, myStats.avrgTime, myStats.fracLoss + +# =============================================================================# + + + +#================================================================================ +# Globals +# These are needed because callback functions are used. +# Need to retain state across calls +#================================================================================ +SIZE=(320,240) + +class MyGlobals: + axis_pings = None + ping_x_array = [] + ping_y_array = [] + +g_my_globals = MyGlobals() + +#================================================================================ +# Performs *** PING! *** +#================================================================================ +def run_a_ping_and_graph(): + global g_my_globals # graphs are global so that can be retained across multiple calls to this callback + + #===================== Do the ping =====================# + response = quiet_ping('google.com',timeout=1000) + if response[0] == 0: + ping_time = 1000 + else: + ping_time = response[0] + #===================== Store current ping in historical array =====================# + g_my_globals.ping_x_array.append(len(g_my_globals.ping_x_array)) + g_my_globals.ping_y_array.append(ping_time) + # ===================== Only graph last 100 items =====================# + if len(g_my_globals.ping_x_array) > 100: + x_array = g_my_globals.ping_x_array[-100:] + y_array = g_my_globals.ping_y_array[-100:] + else: + x_array = g_my_globals.ping_x_array + y_array = g_my_globals.ping_y_array + + # ===================== Call graphinc functions =====================# + g_my_globals.axis_ping.clear() # clear before graphing + set_chart_labels() + g_my_globals.axis_ping.plot(x_array,y_array) # graph the ping values + +#================================================================================ +# Function: Set graph titles and Axis labels +# Sets the text for the subplots +# Have to do this in 2 places... initially when creating and when updating +# So, putting into a function so don't have to duplicate code +#================================================================================ +def set_chart_labels(): + global g_my_globals + + g_my_globals.axis_ping.set_xlabel('Time', fontsize=8) + g_my_globals.axis_ping.set_ylabel('Ping (ms)', fontsize=8) + g_my_globals.axis_ping.set_title('Current Ping Duration', fontsize = 8) + +def draw(fig, canvas): + # Magic code that draws the figure onto the Canvas Element's canvas + figure_x, figure_y, figure_w, figure_h = fig.bbox.bounds + figure_w, figure_h = int(figure_w), int(figure_h) + photo = tk.PhotoImage(master=canvas, width=figure_w, height=figure_h) + canvas.create_image(SIZE[0] / 2, SIZE[1] / 2, image=photo) + figure_canvas_agg = FigureCanvasAgg(fig) + figure_canvas_agg.draw() + tkagg.blit(photo, figure_canvas_agg.get_renderer()._renderer, colormode=2) + return photo + +#================================================================================ +# Function: MAIN +#================================================================================ +def main(): + global g_my_globals + + canvas_elem = g.Canvas(size=SIZE, background_color='white') # get the canvas we'll be drawing on + # define the form layout + layout = [[ canvas_elem, g.ReadFormButton('Exit', pad=(0,(210,0)))] ] + + # create the form and show it without the plot + form = g.FlexForm('Ping Graph', background_color='white') + form.Layout(layout) + form.ReadNonBlocking() + + canvas = canvas_elem.TKCanvas + + fig = plt.figure(figsize=(3.1, 2.25), tight_layout={'pad':0}) + g_my_globals.axis_ping = fig.add_subplot(1,1,1) + plt.rcParams['xtick.labelsize'] = 8 + plt.rcParams['ytick.labelsize'] = 8 + set_chart_labels() + plt.tight_layout() + + while True: + button, values = form.ReadNonBlocking() + if button is 'Exit' or values is None: + exit(0) + + run_a_ping_and_graph() + photo = draw(fig, canvas) + + +if __name__ == '__main__': + main() diff --git a/Demo_Media_Player.py b/Demo_Media_Player.py new file mode 100644 index 000000000..87e5586e4 --- /dev/null +++ b/Demo_Media_Player.py @@ -0,0 +1,66 @@ +import PySimpleGUI as sg + +# +# An Async Demonstration of a media player +# Uses button images for a super snazzy look +# See how it looks here: +# https://user-images.githubusercontent.com/13696193/43159403-45c9726e-8f50-11e8-9da0-0d272e20c579.jpg +# +def MediaPlayerGUI(): + background = '#F0F0F0' + # Set the backgrounds the same as the background on the buttons + sg.SetOptions(background_color=background, element_background_color=background) + # Images are located in a subfolder in the Demo Media Player.py folder + image_pause = './ButtonGraphics/Pause.png' + image_restart = './ButtonGraphics/Restart.png' + image_next = './ButtonGraphics/Next.png' + image_exit = './ButtonGraphics/Exit.png' + + # A text element that will be changed to display messages in the GUI + TextElem = sg.Text('', size=(15, 2), font=("Helvetica", 14)) + + # Open a form, note that context manager can't be used generally speaking for async forms + form = sg.FlexForm('Media File Player', auto_size_text=True, default_element_size=(20, 1), + font=("Helvetica", 25)) + # define layout of the rows + layout= [[sg.Text('Media File Player',size=(17,1), font=("Helvetica", 25))], + [TextElem], + [sg.ReadFormButton('Restart Song', button_color=(background,background), + image_filename=image_restart, image_size=(50, 50), image_subsample=2, border_width=0), + sg.Text(' ' * 2), + sg.ReadFormButton('Pause', button_color=(background,background), + image_filename=image_pause, image_size=(50, 50), image_subsample=2, border_width=0), + sg.Text(' ' * 2), + sg.ReadFormButton('Next', button_color=(background,background), + image_filename=image_next, image_size=(50, 50), image_subsample=2, border_width=0), + sg.Text(' ' * 2), + sg.Text(' ' * 2), sg.SimpleButton('Exit', button_color=(background,background), + image_filename=image_exit, image_size=(50, 50), image_subsample=2, border_width=0)], + [sg.Text('_'*30)], + [sg.Text(' '*30)], + [ + sg.Slider(range=(-10, 10), default_value=0, size=(10, 20), orientation='vertical', font=("Helvetica", 15)), + sg.Text(' ' * 2), + sg.Slider(range=(-10, 10), default_value=0, size=(10, 20), orientation='vertical', font=("Helvetica", 15)), + sg.Text(' ' * 8), + sg.Slider(range=(-10, 10), default_value=0, size=(10, 20), orientation='vertical', font=("Helvetica", 15))], + [sg.Text('Bass', font=("Helvetica", 15), size=(6, 1)), + sg.Text('Treble', font=("Helvetica", 15), size=(10, 1)), + sg.Text('Volume', font=("Helvetica", 15), size=(7, 1))] + + ] + + # Call the same LayoutAndRead but indicate the form is non-blocking + form.LayoutAndRead(layout, non_blocking=True) + # Our event loop + while(True): + # Read the form (this call will not block) + button, values = form.ReadNonBlocking() + if button == 'Exit': + break + # If a button was pressed, display it on the GUI by updating the text element + if button: + TextElem.Update(button) + +MediaPlayerGUI() + diff --git a/Demo_NonBlocking_Form.py b/Demo_NonBlocking_Form.py new file mode 100644 index 000000000..79693a25f --- /dev/null +++ b/Demo_NonBlocking_Form.py @@ -0,0 +1,109 @@ +import PySimpleGUI as sg +import time + + +# form that doen't block +# good for applications with an loop that polls hardware +def StatusOutputExample(): + # Make a form, but don't use context manager + form = sg.FlexForm('Running Timer', auto_size_text=True) + # Create a text element that will be updated with status information on the GUI itself + output_element = sg.Text('', size=(8, 2), font=('Helvetica', 20), justification='center') + # Create the rows + form_rows = [[sg.Text('Non-blocking GUI with updates')], + [output_element], + [sg.ReadFormButton('LED On'), sg.ReadFormButton('LED Off'), sg.ReadFormButton('Quit')]] + # Layout the rows of the form and perform a read. Indicate the form is non-blocking! + form.LayoutAndRead(form_rows, non_blocking=True) + + # + # Some place later in your code... + # You need to perform a ReadNonBlocking on your form every now and then or + # else it won't refresh. + # + # your program's main loop + i=0 + while (True): + # This is the code that reads and updates your window + output_element.Update('{:02d}:{:02d}.{:02d}'.format((i // 100) // 60, (i // 100) % 60, i % 100)) + button, values = form.ReadNonBlocking() + if button == 'Quit' or values is None: + break + if button == 'LED On': + print('Turning on the LED') + elif button == 'LED Off': + print('Turning off the LED') + + i += 1 + # Your code begins here + time.sleep(.01) + + # Broke out of main loop. Close the window. + form.CloseNonBlockingForm() + + +def RemoteControlExample(): + # Make a form, but don't use context manager + form = sg.FlexForm('Robotics Remote Control', auto_size_text=True) + + form_rows = [[sg.Text('Robotics Remote Control')], + [sg.T(' '*10), sg.RealtimeButton('Forward')], + [ sg.RealtimeButton('Left'), sg.T(' '*15), sg.RealtimeButton('Right')], + [sg.T(' '*10), sg.RealtimeButton('Reverse')], + [sg.T('')], + [sg.Quit(button_color=('black', 'orange'))] + ] + + form.LayoutAndRead(form_rows, non_blocking=True) + + # + # Some place later in your code... + # You need to perform a ReadNonBlocking on your form every now and then or + # else it won't refresh. + # + # your program's main loop + while (True): + # This is the code that reads and updates your window + button, values = form.ReadNonBlocking() + if button is not None: + sg.Print(button) + if button == 'Quit' or values is None: + break + # time.sleep(.01) + + form.CloseNonBlockingForm() + + + + +# This design pattern follows the uses a context manager to better control the resources +# It may not be realistic to use a context manager within an embedded (Pi) environment +# If on a Pi, then consider the above design patterns instead +def StatusOutputExample_context_manager(): + with sg.FlexForm('Running Timer', auto_size_text=True) as form: + output_element = sg.Text('', size=(8, 2), font=('Helvetica', 20)) + form_rows = [[sg.Text('Non-blocking GUI with updates')], + [output_element], + [sg.SimpleButton('Quit')]] + + form.LayoutAndRead(form_rows, non_blocking=True) + + for i in range(1, 1000): + output_element.Update('{:02d}:{:02d}.{:02d}'.format((i // 100) // 60, (i // 100) % 60, i % 100)) + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': + break + time.sleep(.01) + else: + form.CloseNonBlockingForm() + +def main(): + RemoteControlExample() + StatusOutputExample() + sg.MsgBox('End of non-blocking demonstration') + # StatusOutputExample_context_manager() + + +if __name__ == '__main__': + + main() diff --git a/DemoPrograms/Demo_PDF_Viewer.py b/Demo_PDF_Viewer.py similarity index 74% rename from DemoPrograms/Demo_PDF_Viewer.py rename to Demo_PDF_Viewer.py index bf4dc66d4..6fd5fb424 100644 --- a/DemoPrograms/Demo_PDF_Viewer.py +++ b/Demo_PDF_Viewer.py @@ -24,7 +24,7 @@ We also interpret keyboard events to support paging by PageDown / PageUp keys as if the resp. buttons were clicked. Similarly, we do not include -a 'Quit' button. Instead, the ESCAPE key can be used, or cancelling the window. +a 'Quit' button. Instead, the ESCAPE key can be used, or cancelling the form. To improve paging performance, we are not directly creating pixmaps from pages, but instead from the fitz.DisplayList of the page. A display list @@ -35,15 +35,14 @@ import sys import fitz import PySimpleGUI as sg -from sys import exit +from binascii import hexlify -sg.theme('GreenTan') +sg.ChangeLookAndFeel('GreenTan') if len(sys.argv) == 1: - fname = sg.popup_get_file( - 'PDF Browser', 'PDF file to open', file_types=(("PDF Files", "*.pdf"),)) - if fname is None: - sg.popup_cancel('Cancelling') + rc, fname = sg.GetFileBox('PDF Browser', 'PDF file to open', file_types=(("PDF Files", "*.pdf"),)) + if rc is False: + sg.MsgBoxCancel('Cancelling') exit(0) else: fname = sys.argv[1] @@ -87,71 +86,72 @@ def get_page(pno, zoom=0): return pix.getPNGData() # return the PNG image +form = sg.FlexForm(title, return_keyboard_events=True, use_default_focus=False) cur_page = 0 data = get_page(cur_page) # show page 1 for start image_elem = sg.Image(data=data) -goto = sg.InputText(str(cur_page + 1), size=(5, 1)) +goto = sg.InputText(str(cur_page + 1), size=(5, 1), do_not_clear=True) layout = [ [ - sg.Button('Prev'), - sg.Button('Next'), + sg.ReadFormButton('Next'), + sg.ReadFormButton('Prev'), sg.Text('Page:'), goto, ], [ sg.Text("Zoom:"), - sg.Button('Top-L'), - sg.Button('Top-R'), - sg.Button('Bot-L'), - sg.Button('Bot-R'), + sg.ReadFormButton('Top-L'), + sg.ReadFormButton('Top-R'), + sg.ReadFormButton('Bot-L'), + sg.ReadFormButton('Bot-R'), ], [image_elem], ] + +form.Layout(layout) my_keys = ("Next", "Next:34", "Prev", "Prior:33", "Top-L", "Top-R", "Bot-L", "Bot-R", "MouseWheel:Down", "MouseWheel:Up") zoom_buttons = ("Top-L", "Top-R", "Bot-L", "Bot-R") - - -window = sg.Window(title, layout, - return_keyboard_events=True, use_default_focus=False) - old_page = 0 old_zoom = 0 # used for zoom on/off # the zoom buttons work in on/off mode. while True: - event, values = window.read(timeout=100) + button, value = form.ReadNonBlocking() zoom = 0 force_page = False - if event == sg.WIN_CLOSED: + if button is None and value is None: break + if button is None: + continue - if event in ("Escape:27",): # this spares me a 'Quit' button! + if button in ("Escape:27",): # this spares me a 'Quit' button! break - if event[0] == chr(13): # surprise: this is 'Enter'! + # print("hex(button)", hexlify(button.encode())) + if button[0] == chr(13): # surprise: this is 'Enter'! try: - cur_page = int(values[0]) - 1 # check if valid + cur_page = int(value[0]) - 1 # check if valid while cur_page < 0: cur_page += page_count except: cur_page = 0 # this guy's trying to fool me - goto.update(str(cur_page + 1)) + goto.Update(str(cur_page + 1)) # goto.TKStringVar.set(str(cur_page + 1)) - elif event in ("Next", "Next:34", "MouseWheel:Down"): + elif button in ("Next", "Next:34", "MouseWheel:Down"): cur_page += 1 - elif event in ("Prev", "Prior:33", "MouseWheel:Up"): + elif button in ("Prev", "Prior:33", "MouseWheel:Up"): cur_page -= 1 - elif event == "Top-L": + elif button == "Top-L": zoom = 1 - elif event == "Top-R": + elif button == "Top-R": zoom = 2 - elif event == "Bot-L": + elif button == "Bot-L": zoom = 3 - elif event == "Bot-R": + elif button == "Bot-R": zoom = 4 # sanitize page number @@ -165,7 +165,7 @@ def get_page(pno, zoom=0): zoom = old_zoom = 0 force_page = True - if event in zoom_buttons: + if button in zoom_buttons: if 0 < zoom == old_zoom: zoom = 0 force_page = True @@ -175,11 +175,11 @@ def get_page(pno, zoom=0): if force_page: data = get_page(cur_page, zoom) - image_elem.update(data=data) + image_elem.Update(data=data) old_page = cur_page old_zoom = zoom # update page number field - if event in my_keys or not values[0]: - goto.update(str(cur_page + 1)) + if button in my_keys or not value[0]: + goto.Update(str(cur_page + 1)) # goto.TKStringVar.set(str(cur_page + 1)) diff --git a/Demo_PNG_Viewer.py b/Demo_PNG_Viewer.py new file mode 100644 index 000000000..7d6bcd7d4 --- /dev/null +++ b/Demo_PNG_Viewer.py @@ -0,0 +1,65 @@ +import PySimpleGUI as sg +import os + +# Simple Image Browser based on PySimpleGUI + +# Get the folder containing the images from the user +rc, folder = sg.GetPathBox('Image Browser', 'Image folder to open', default_path='') +if rc is False or folder is '': + sg.MsgBoxCancel('Cancelling') + exit(0) + +# get list of PNG files in folder +png_files = [folder + '\\' + f for f in os.listdir(folder) if '.png' in f] +filenames_only = [f for f in os.listdir(folder) if '.png' in f] + +if len(png_files) == 0: + sg.MsgBox('No PNG images in folder') + exit(0) + +# create the form that also returns keyboard events +form = sg.FlexForm('Image Browser', return_keyboard_events=True, location=(0,0), use_default_focus=False ) + +# make these 2 elements outside the layout because want to "update" them later +# initialize to the first PNG file in the list +image_elem = sg.Image(filename=png_files[0]) +filename_display_elem = sg.Text(png_files[0], size=(80, 3)) +file_num_display_elem = sg.Text('File 1 of {}'.format(len(png_files)), size=(15,1)) + +# define layout, show and read the form +col = [[filename_display_elem], + [image_elem], + [sg.ReadFormButton('Next', size=(8,2)), sg.ReadFormButton('Prev', size=(8,2)), file_num_display_elem]] + +col_files = [[sg.Listbox(values=filenames_only, size=(60,30), key='listbox')], + [sg.ReadFormButton('Read')]] +layout = [[sg.Column(col_files), sg.Column(col)]] +button, values = form.LayoutAndRead(layout) # Shows form on screen + +# loop reading the user input and displaying image, filename +i=0 +while True: + + # perform button and keyboard operations + if button is None: + break + elif button in ('Next', 'MouseWheel:Down', 'Down:40', 'Next:34') and i < len(png_files)-1: + i += 1 + elif button in ('Prev', 'MouseWheel:Up', 'Up:38', 'Prior:33') and i > 0: + i -= 1 + + if button == 'Read': + filename = folder + '\\' + values['listbox'][0] + # print(filename) + else: + filename = png_files[i] + + # update window with new image + image_elem.Update(filename=filename) + # update window with filename + filename_display_elem.Update(filename) + # update page display + file_num_display_elem.Update('File {} of {}'.format(i+1, len(png_files))) + + # read the form + button, values = form.Read() diff --git a/Demo_Pi_Robotics.py b/Demo_Pi_Robotics.py new file mode 100644 index 000000000..607fa3661 --- /dev/null +++ b/Demo_Pi_Robotics.py @@ -0,0 +1,96 @@ +import PySimpleGUI as sg + +# Robotics design pattern +# Uses Realtime Buttons to simulate the controls for a robot +# Rather than sending a single click when a button is clicked, Realtime Buttons +# send button presses continuously while the button is pressed down. +# Two examples, one using fancy graphics, one plain. + +def RemoteControlExample(): + # Make a form, but don't use context manager + back ='#eeeeee' + image_forward = 'ButtonGraphics/RobotForward.png' + image_backward = 'ButtonGraphics/RobotBack.png' + image_left = 'ButtonGraphics/RobotLeft.png' + image_right = 'ButtonGraphics/RobotRight.png' + sg.SetOptions(border_width=0, button_color=('black', back), background_color=back, element_background_color=back, text_element_background_color=back) + form = sg.FlexForm('Robotics Remote Control', auto_size_text=True) + status_display_elem = sg.T('', justification='center', size=(19,1)) + form_rows = [[sg.Text('Robotics Remote Control')], + [status_display_elem], + [sg.T(' '*10), sg.RealtimeButton('Forward', image_filename=image_forward)], + [ sg.RealtimeButton('Left', image_filename=image_left), sg.T(' '), sg.RealtimeButton('Right', image_filename=image_right)], + [sg.T(' '*10), sg.RealtimeButton('Reverse', image_filename=image_backward)], + [sg.T('')], + [sg.Quit(button_color=('black', 'orange'))] + ] + + form.LayoutAndRead(form_rows, non_blocking=True) + + # + # Some place later in your code... + # You need to perform a ReadNonBlocking on your form every now and then or + # else it won't refresh. + # + # your program's main loop + while (True): + # This is the code that reads and updates your window + button, values = form.ReadNonBlocking() + if button is not None: + status_display_elem.Update(button) + else: + status_display_elem.Update('') + # if user clicked quit button OR closed the form using the X, then break out of loop + if button == 'Quit' or values is None: + break + + form.CloseNonBlockingForm() + + +def RemoteControlExample_NoGraphics(): + # Make a form, but don't use context manager + form = sg.FlexForm('Robotics Remote Control', auto_size_text=True) + status_display_elem = sg.T('', justification='center', size=(19,1)) + form_rows = [[sg.Text('Robotics Remote Control')], + [status_display_elem], + [sg.T(' '*10), sg.RealtimeButton('Forward')], + [ sg.RealtimeButton('Left'), sg.T(' '), sg.RealtimeButton('Right')], + [sg.T(' '*10), sg.RealtimeButton('Reverse')], + [sg.T('')], + [sg.Quit(button_color=('black', 'orange'))] + ] + # Display form to user + form.LayoutAndRead(form_rows, non_blocking=True) + + # + # Some place later in your code... + # You need to perform a ReadNonBlocking on your form every now and then or + # else it won't refresh. + # + # your program's main loop + while (True): + # This is the code that reads and updates your window + button, values = form.ReadNonBlocking() + if button is not None: + status_display_elem.Update(button) + else: + status_display_elem.Update('') + # if user clicked quit button OR closed the form using the X, then break out of loop + if button == 'Quit' or values is None: + break + + form.CloseNonBlockingForm() + + + + +# ------------------------------------- main ------------------------------------- +def main(): + RemoteControlExample_NoGraphics() + # Uncomment to get the fancy graphics version. Be sure and download the button images! + RemoteControlExample() + sg.MsgBox('End of non-blocking demonstration') + +if __name__ == '__main__': + + main() diff --git a/Demo_Recipes.py b/Demo_Recipes.py new file mode 100644 index 000000000..529b2480a --- /dev/null +++ b/Demo_Recipes.py @@ -0,0 +1,234 @@ +import time +from random import randint +import PySimpleGUI as sg + +# A simple blocking form. Your best starter-form +def SourceDestFolders(): + with sg.FlexForm('Demo Source / Destination Folders') as form: + form_rows = ([sg.Text('Enter the Source and Destination folders')], + [sg.Text('Source Folder', size=(15, 1), justification='right'), sg.InputText('Source', key='source'), sg.FolderBrowse()], + [sg.Text('Destination Folder', size=(15, 1), justification='right'), sg.InputText('Dest', key='dest'), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel()]) + + button, values = form.LayoutAndRead(form_rows) + if button == 'Submit': + sg.MsgBox('Submitted', values, 'The user entered source:', values['source'], 'Destination folder:', values['dest'], 'Using button', button) + else: + sg.MsgBoxError('Cancelled', 'User Cancelled') + + +def MachineLearningGUI(): + sg.SetOptions(text_justification='right') + form = sg.FlexForm('Machine Learning Front End', font=("Helvetica", 12)) # begin with a blank form + + layout = [[sg.Text('Machine Learning Command Line Parameters', font=('Helvetica', 16))], + [sg.Text('Passes', size=(15, 1)), sg.Spin(values=[i for i in range(1, 1000)], initial_value=20, size=(6, 1)), + sg.Text('Steps', size=(18, 1)), sg.Spin(values=[i for i in range(1, 1000)], initial_value=20, size=(6, 1))], + [sg.Text('ooa', size=(15, 1)), sg.In(default_text='6', size=(10, 1)), sg.Text('nn', size=(15, 1)), sg.In(default_text='10', size=(10, 1))], + [sg.Text('q', size=(15, 1)), sg.In(default_text='ff', size=(10, 1)), sg.Text('ngram', size=(15, 1)), sg.In(default_text='5', size=(10, 1))], + [sg.Text('l', size=(15, 1)), sg.In(default_text='0.4', size=(10, 1)), sg.Text('Layers', size=(15, 1)), sg.Drop(values=('BatchNorm', 'other'),auto_size_text=True)], + [sg.Text('_' * 100, size=(65, 1))], + [sg.Text('Flags', font=('Helvetica', 15), justification='left')], + [sg.Checkbox('Normalize', size=(12, 1), default=True), sg.Checkbox('Verbose', size=(20, 1))], + [sg.Checkbox('Cluster', size=(12, 1)), sg.Checkbox('Flush Output', size=(20, 1), default=True)], + [sg.Checkbox('Write Results', size=(12, 1)), sg.Checkbox('Keep Intermediate Data', size=(20, 1))], + [sg.Text('_' * 100, size=(65, 1))], + [sg.Text('Loss Functions', font=('Helvetica', 15), justification='left')], + [sg.Radio('Cross-Entropy', 'loss', size=(12, 1)), sg.Radio('Logistic', 'loss', default=True, size=(12, 1))], + [sg.Radio('Hinge', 'loss', size=(12, 1)), sg.Radio('Huber', 'loss', size=(12, 1))], + [sg.Radio('Kullerback', 'loss', size=(12, 1)), sg.Radio('MAE(L1)', 'loss', size=(12, 1))], + [sg.Radio('MSE(L2)', 'loss', size=(12, 1)), sg.Radio('MB(L0)', 'loss', size=(12, 1))], + [sg.Submit(), sg.Cancel()]] + button, values = form.LayoutAndRead(layout) + del(form) + sg.SetOptions(text_justification='left') + + return button, values + +# YOUR BEST STARTING POINT +# This is a form showing you all of the basic Elements (widgets) +# Some have a few of the optional parameters set, but there are more to choose from +# You want to use the context manager because it will free up resources when you are finished +# Use this especially if you are runningm multi-threaded +# Where you free up resources is really important to tkinter +def Everything(): + + with sg.FlexForm('Everything bagel', auto_size_text=True, default_element_size=(40, 1)) as form: + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25))], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText()], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text should you decide not to type anything',size=(35,3)), + sg.Multiline(default_text='A second multi-line',size=(35,3))], + [sg.InputCombo(('Combobox 1', 'Combobox 2'), size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(34, 20), default_value=85)], + [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3', 'Listbox 4'), size=(30, 3)), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=10), + sg.Spin(values=('Spin Box 1', '2','3'), initial_value='Spin Box 1')], + [sg.Text('_' * 80)], + [sg.Text('Your Folder', size=(15, 1), auto_size_text=False, justification='right'), sg.InputText('Default Folder'), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel(), sg.SimpleButton('Customized', button_color=('black', '#EDE5B7'))] ] + + button, values = form.LayoutAndRead(layout) + + sg.MsgBox('Title', 'The results of the form.', 'The button clicked was "{}"'.format(button), 'The values are', values) + +# Should you decide not to use a context manager, then try this form as your starting point +# Be aware that tkinter, which this is based on, is picky about who frees up resources, especially if +# you are running multithreaded +def Everything_NoContextManager(): + form = sg.FlexForm('Everything bagel', auto_size_text=True, default_element_size=(40, 1)) + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25))], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText('This is my text')], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text should you decide not to type anything', size=(35, 3)), + sg.Multiline(default_text='A second multi-line', size=(35, 3))], + [sg.InputCombo(('Combobox 1', 'Combobox 2'), size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(34, 20), default_value=85)], + [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3'), size=(30, 3)), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=10), + sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 1')], + [sg.Text('_' * 80)], + [sg.Text('Choose A Folder', size=(35, 1))], + [sg.Text('Your Folder', size=(15, 1), auto_size_text=False, justification='right'), + sg.InputText('Default Folder'), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel(), sg.SimpleButton('Customized', button_color=('white', '#7E6C92'))] + ] + + button, values = form.LayoutAndRead(layout) + del(form) + + sg.MsgBox('Title', 'The results of the form.', 'The button clicked was "{}"'.format(button), 'The values are', values) + + +def ProgressMeter(): + for i in range(1,1000): + if not sg.EasyProgressMeter('My Meter', i + 1, 1000, orientation='h'): break + time.sleep(.01) + +# Blocking form that doesn't close +def ChatBot(): + with sg.FlexForm('Chat Window', auto_size_text=True, default_element_size=(30, 2)) as form: + layout = [[(sg.Text('This is where standard out is being routed', size=[40, 1]))], + [sg.Output(size=(80, 20))], + [sg.Multiline(size=(70, 5), enter_submits=True), sg.ReadFormButton('SEND', button_color=(sg.YELLOWS[0], sg.BLUES[0]), bind_return_key=True), sg.SimpleButton('EXIT', button_color=(sg.YELLOWS[0], sg.GREENS[0]))]] + # notice this is NOT the usual LayoutAndRead call because you don't yet want to read the form + # if you call LayoutAndRead from here, then you will miss the first button click + form.Layout(layout) + # ---===--- Loop taking in user input and using it to query HowDoI web oracle --- # + while True: + button, value = form.Read() + if button == 'SEND': + print(value) + else: + break + +# Shows a form that's a running counter +# this is the basic design pattern if you can keep your reading of the +# form within the 'with' block. If your read occurs far away in your code from the form creation +# then you will want to use the NonBlockingPeriodicUpdateForm example +def NonBlockingPeriodicUpdateForm_ContextManager(): + with sg.FlexForm('Running Timer', auto_size_text=True) as form: + text_element = sg.Text('', size=(10, 2), font=('Helvetica', 20), text_color='red', justification='center') + layout = [[sg.Text('Non blocking GUI with updates', justification='center')], + [text_element], + [sg.T(' ' * 15), sg.Quit()]] + form.LayoutAndRead(layout, non_blocking=True) + + for i in range(1,500): + text_element.Update('{:02d}:{:02d}.{:02d}'.format((i // 100) // 60, (i // 100) % 60, i % 100)) + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': # if user closed the window using X + break + time.sleep(.01) + else: + # if the loop finished then need to close the form for the user + form.CloseNonBlockingForm() + +# Use this context-manager-free version if your read of the form occurs far away in your code +# from the form creation (call to LayoutAndRead) +def NonBlockingPeriodicUpdateForm(): + # Show a form that's a running counter + form = sg.FlexForm('Running Timer', auto_size_text=True) + text_element = sg.Text('', size=(10, 2), font=('Helvetica', 20), justification='center') + form_rows = [[sg.Text('Stopwatch')], + [text_element], + [sg.T(' ' * 5), sg.ReadFormButton('Start/Stop', focus=True), sg.Quit()]] + + form.LayoutAndRead(form_rows, non_blocking=True) + + timer_running = True + i = 0 + while True: + i += 1 * (timer_running is True) + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': # if user closed the window using X or clicked Quit button + break + elif button == 'Start/Stop': + timer_running = not timer_running + text_element.Update('{:02d}:{:02d}.{:02d}'.format((i//100)//60, (i//100)%60, i%100)) + + time.sleep(.01) + # if the loop finished then need to close the form for the user + form.CloseNonBlockingForm() + del(form) + +def DebugTest(): + # SG.Print('How about we print a bunch of random numbers?', , size=(90,40)) + for i in range (1,300): + sg.Print('Here are 300 random numbers', i, randint(1, 1000), sep='-') + +# Change the colors and set borders to 0 for a flat look +def ChangeLookAndFeel(colors): + sg.SetOptions(background_color=colors['BACKGROUND'], + text_element_background_color=colors['BACKGROUND'], + element_background_color=colors['BACKGROUND'], + text_color=colors['TEXT'], + input_elements_background_color=colors['INPUT'], + button_color=colors['BUTTON'], + progress_meter_color=colors['PROGRESS'], + border_width=0, + slider_border_width=0, + progress_meter_border_depth=0, + scrollbar_color=(colors['INPUT']), + element_text_color=colors['TEXT']) + +#=---------------------------------- main ------------------------------ +def main(): + + Everything() + ChatBot() + + sg.ChangeLookAndFeel('BrownBlue') + SourceDestFolders() + sg.ChangeLookAndFeel('BlueMono') + Everything() + sg.ChangeLookAndFeel('BluePurple') + Everything() + sg.ChangeLookAndFeel('LightGreen') + Everything() + sg.ChangeLookAndFeel('GreenMono') + MachineLearningGUI() + sg.ChangeLookAndFeel('TealMono') + NonBlockingPeriodicUpdateForm() + ChatBot() + ProgressMeter() + sg.ChangeLookAndFeel('Purple') + Everything_NoContextManager() + NonBlockingPeriodicUpdateForm_ContextManager() + + sg.MsgBox('Done with all recipes') + DebugTest() + +if __name__ == '__main__': + main() + exit(69) diff --git a/Demo_Script_Launcher.py b/Demo_Script_Launcher.py new file mode 100644 index 000000000..807ee013c --- /dev/null +++ b/Demo_Script_Launcher.py @@ -0,0 +1,64 @@ +import PySimpleGUI as sg +import glob +import ntpath +import subprocess + +LOCATION_OF_YOUR_SCRIPTS = 'C:/Python/PycharmProjects/GooeyGUI/' + +# Execute the command. Will not see the output from the command until it completes. +def execute_command_blocking(command, *args): + try: + sp = subprocess.Popen([command,*args], shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) + out, err = sp.communicate() + if out: + print(out.decode("utf-8")) + if err: + print(err.decode("utf-8")) + except: pass + +# Executes command and immediately returns. Will not see anything the script outputs +def execute_command_nonblocking(command, *args): + try: + sp = subprocess.Popen([command,*args], shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) + except: pass + +def Launcher2(): + sg.ChangeLookAndFeel('GreenTan') + form = sg.FlexForm('Script launcher') + + filelist = glob.glob(LOCATION_OF_YOUR_SCRIPTS+'*.py') + namesonly = [] + for file in filelist: + namesonly.append(ntpath.basename(file)) + + layout = [ + [sg.Text('Script output....', size=(40, 1))], + [sg.Listbox(values=namesonly, size=(30, 19), select_mode=sg.SELECT_MODE_EXTENDED, key='demolist'), sg.Output(size=(88, 20), font='Courier 10')], + [sg.Checkbox('Wait for program to complete', default=False, key='wait')], + [sg.ReadFormButton('Run'), sg.ReadFormButton('Shortcut 1'), sg.ReadFormButton('Fav Program'), sg.SimpleButton('EXIT')], + ] + + form.Layout(layout) + + # ---===--- Loop taking in user input and using it to query HowDoI --- # + while True: + (button, value) = form.Read() + if button in ('EXIT', None): + break # exit button clicked + if button in ('Shortcut 1', 'Fav Program'): + print('Quickly launch your favorite programs using these shortcuts') + print('Or copy files to your github folder. Or anything else you type on the command line') + # copyfile(source, dest) + elif button is 'Run': + for index, file in enumerate(value['demolist']): + print('Launching %s'%file) + form.Refresh() # make the print appear immediately + if value['wait']: + execute_command_blocking(LOCATION_OF_YOUR_SCRIPTS + file) + else: + execute_command_nonblocking(LOCATION_OF_YOUR_SCRIPTS + file) + + +if __name__ == '__main__': + Launcher2() + diff --git a/Demo_Script_Parameters.py b/Demo_Script_Parameters.py new file mode 100644 index 000000000..aa16c0658 --- /dev/null +++ b/Demo_Script_Parameters.py @@ -0,0 +1,25 @@ +import PySimpleGUI as sg +import sys + +''' +Quickly add a GUI to your script! + +This simple script shows a 1-line-GUI addition to a typical Python command line script. + +Previously this script accepted 1 parameter on the command line. When executed, that +parameter is read into the variable fname. + +The 1-line-GUI shows a form that allows the user to browse to find the filename. The GUI +stores the result in the variable fname, just like the command line parsing did. +''' + +if len(sys.argv) == 1: + button, (fname,) = sg.FlexForm('My Script').LayoutAndRead([[sg.T('Document to open')], + [sg.In(), sg.FileBrowse()], + [sg.Open(), sg.Cancel()]]) +else: + fname = sys.argv[1] + +if not fname: + sg.MsgBox("Cancel", "No filename supplied") + raise SystemExit("Cancelling: no filename supplied") diff --git a/Demo_Super_Simple_Form.py b/Demo_Super_Simple_Form.py new file mode 100644 index 000000000..54726258a --- /dev/null +++ b/Demo_Super_Simple_Form.py @@ -0,0 +1,17 @@ +import PySimpleGUI as sg + +form = sg.FlexForm('Simple data entry form') # begin with a blank form + +layout = [ + [sg.Text('Please enter your Name, Address, Phone')], + [sg.Text('Name', size=(15, 1)), sg.InputText('1', key='name')], + [sg.Text('Address', size=(15, 1)), sg.InputText('2', key='address')], + [sg.Text('Phone', size=(15, 1)), sg.InputText('3', key='phone')], + [sg.Submit(), sg.Cancel()] + ] + +button, values = form.LayoutAndRead(layout) + +sg.MsgBox(button, values['name'], values['address'], values['phone']) + +print(values) diff --git a/Demo_Tabbed_Form.py b/Demo_Tabbed_Form.py new file mode 100644 index 000000000..00ac6fd58 --- /dev/null +++ b/Demo_Tabbed_Form.py @@ -0,0 +1,87 @@ +import PySimpleGUI as sg + +def eBaySuperSearcherGUI(): + # Drop Down list of options + configs = ('0 - Gruen - Started 2 days ago in Watches', + '1 - Gruen - Currently Active in Watches', + '2 - Alpina - Currently Active in Jewelry', + '3 - Gruen - Ends in 1 day in Watches', + '4 - Gruen - Completed in Watches', + '5 - Gruen - Advertising', + '6 - Gruen - Currently Active in Jewelry', + '7 - Gruen - Price Test', + '8 - Gruen - No brand name specified') + + us_categories = ('Use Default with no change', + 'All - 1', + 'Jewelry - 281', + ' Watches - 14324', + ' Wristwatches - 31387', + ' Pocket Watches - 3937', + 'Advertising - 34', + ' Watch Ads - 165254' + ) + + german_categories =('Use Default with no change', + 'All - 1', + 'Jewelry - 281', + ' Watches - 14324', + ' Wristwatches - 31387', + ' Pocket Watches - 3937', + 'Advertising - 1', + ' Watch Ads - 19823' + ) + + + # the form layout + with sg.FlexForm('EBay Super Searcher', auto_size_text=True) as form: + with sg.FlexForm('EBay Super Searcher') as form2: + layout_tab_1 = [[sg.Text('eBay Super Searcher!', size=(60,1), font=('helvetica', 15))], + [sg.Text('Choose base configuration to run')], + [sg.InputCombo(configs)], + [sg.Text('_'*100, size=(80,1))], + [sg.InputText(),sg.Text('Choose Destination Folder'), sg.FolderBrowse(target=(sg.ThisRow,0))], + [sg.InputText(),sg.Text('Custom text to add to folder name')], + [sg.Text('_'*100, size=(80,1))], + [sg.Checkbox('US', default=True, size=(15, 1)), sg.Checkbox('German', size=(15, 1), default=True, )], + [sg.Radio('Active Listings','ActiveComplete', default = True,size=(15, 1)), sg.Radio('Completed Listings', 'ActiveComplete', size=(15, 1))], + [sg.Text('_'*100, size=(80,1))], + [sg.Checkbox('Save Images', size=(15,1)),sg.Checkbox('Save PDFs', size=(15,1)), sg.Checkbox('Extract PDFs', size=(15,1))], + [sg.Text('_'*100, size=(80,1))], + [sg.Text('Time Filters')], + [sg.Radio('No change','time', default=True),sg.Radio('ALL listings','time'),sg.Radio('Started 1 day ago','time', size=(15,1)),sg.Radio('Started 2 days ago','time', size=(15,1)), sg.Radio('Ends in 1 day','time', size=(15,1))], + [sg.Text('_'*100, size=(80,1))], + [sg.Text('Price Range'), sg.InputText(size=(10,1)),sg.Text('To'), sg.InputText(size=(10,1))], + [sg.Text('_'*100, size=(80,1))], + [sg.Submit(button_color=('red', 'yellow')), sg.Cancel(button_color=('white', 'blue'))]] + + + # First category is default (need to special case this) + layout_tab_2 = [[sg.Text('Choose Category')], + [sg.Text('US Categories'),sg.Text('German Categories')], + [sg.Radio(us_categories[0],'CATUS', default=True), sg.Radio(german_categories[0], 'CATDE', default=True)]] + + for i,cat in enumerate(us_categories): + if i == 0: continue # skip first one + layout_tab_2.append([sg.Radio(cat,'CATUS'), sg.Radio(german_categories[i],'CATDE')]) + + + layout_tab_2.append([sg.Text('_' * 100, size=(75, 1))]) + layout_tab_2.append([sg.Text('US Search String Override')]) + layout_tab_2.append([sg.InputText(size=(100,1))]) + layout_tab_2.append([sg.Text('German Search String Override')]) + layout_tab_2.append([sg.InputText(size=(100,1))]) + layout_tab_2.append([sg.Text('Typical US Search String')]) + layout_tab_2.append([sg.InputText(size=(100,1), default_text='gruen -sara -quarz -quartz -embassy -bob -robert -elephants -adidas -LED ')]) + layout_tab_2.append([sg.Text('_' * 100, size=(75, 1))]) + layout_tab_2.append([sg.Submit(button_color=('red', 'yellow')), sg.Cancel(button_color=('white', 'blue'))]) + + results = sg.ShowTabbedForm('eBay Super Searcher', (form,layout_tab_1,'Where To Save'), (form2, layout_tab_2, 'Categories & Search String')) + + return results + + +if __name__ == '__main__': + results = eBaySuperSearcherGUI() + print(results) + sg.MsgBox('Results', results) \ No newline at end of file diff --git a/LICENSE.txt b/LICENSE.txt deleted file mode 100644 index 6a6cce6db..000000000 --- a/LICENSE.txt +++ /dev/null @@ -1,591 +0,0 @@ -PySimpleGUI License Agreement - 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By using the Product, you acknowledge and agree that -PySimpleSoft has no obligation or liability to you regarding the operation, -support or maintenance of PySimpleGUI or of the Product. PYSIMPLEGUI IS -PROVIDED "AS IS," WITHOUT ANY WARRANTIES, WHETHER EXPRESS OR IMPLIED. -PYSIMPLESOFT DISCLAIMS ALL IMPLIED WARRANTIES, INCLUDING WITHOUT LIMITATION THE -IMPLIED WARRANTIES OF NONINFRINGEMENT, TITLE, MERCHANTABILITY AND FITNESS FOR A -PARTICULAR PURPOSE. diff --git a/PySimpleGUI.py b/PySimpleGUI.py new file mode 100644 index 000000000..ab33c1e85 --- /dev/null +++ b/PySimpleGUI.py @@ -0,0 +1,3317 @@ +#!/usr/bin/env Python3 +import tkinter as tk +from tkinter import filedialog +from tkinter import ttk +import tkinter.scrolledtext as tkst +import tkinter.font +import datetime +import sys +import os +import base64 +import tempfile +import textwrap + +# TODO - Sept 1 2018 - HIGHLY EXPERIMENTAL.... start TK right away with a hidden window +# dummyroot = tk.Tk() +# dummyroot.attributes('-alpha', 0) # hide window while getting info and moving + +# ----====----====----==== Constants the user CAN safely change ====----====----====----# +DEFAULT_WINDOW_ICON = 'default_icon.ico' +DEFAULT_ELEMENT_SIZE = (45,1) # In CHARACTERS +DEFAULT_BUTTON_ELEMENT_SIZE = (10,1) # In CHARACTERS +DEFAULT_MARGINS = (10,5) # Margins for each LEFT/RIGHT margin is first term +DEFAULT_ELEMENT_PADDING = (5,3) # Padding between elements (row, col) in pixels +DEFAULT_AUTOSIZE_TEXT = True +DEFAULT_AUTOSIZE_BUTTONS = True +DEFAULT_FONT = ("Helvetica", 10) +DEFAULT_TEXT_JUSTIFICATION = 'left' +DEFAULT_BORDER_WIDTH = 1 +DEFAULT_AUTOCLOSE_TIME = 3 # time in seconds to show an autoclose form +DEFAULT_DEBUG_WINDOW_SIZE = (80,20) +DEFAULT_WINDOW_LOCATION = (None,None) +MAX_SCROLLED_TEXT_BOX_HEIGHT = 50 +#################### COLOR STUFF #################### +BLUES = ("#082567","#0A37A3","#00345B") +PURPLES = ("#480656","#4F2398","#380474") +GREENS = ("#01826B","#40A860","#96D2AB", "#00A949","#003532") +YELLOWS = ("#F3FB62", "#F0F595") +TANS = ("#FFF9D5","#F4EFCF","#DDD8BA") +NICE_BUTTON_COLORS = ((GREENS[3], TANS[0]), ('#000000','#FFFFFF'),('#FFFFFF', '#000000'), (YELLOWS[0], PURPLES[1]), + (YELLOWS[0], GREENS[3]), (YELLOWS[0], BLUES[2])) + +COLOR_SYSTEM_DEFAULT = '1234567890' # Colors should never be this long +if sys.platform is 'darwin': + DEFAULT_BUTTON_COLOR = COLOR_SYSTEM_DEFAULT # Foreground, Background (None, None) == System Default + OFFICIAL_PYSIMPLEGUI_BUTTON_COLOR = COLOR_SYSTEM_DEFAULT # Colors should never be this long +else: + DEFAULT_BUTTON_COLOR = ('white', BLUES[0]) # Foreground, Background (None, None) == System Default + OFFICIAL_PYSIMPLEGUI_BUTTON_COLOR = ('white', BLUES[0]) # Colors should never be this long + +DEFAULT_ERROR_BUTTON_COLOR =("#FFFFFF", "#FF0000") +DEFAULT_BACKGROUND_COLOR = None +DEFAULT_ELEMENT_BACKGROUND_COLOR = None +DEFAULT_ELEMENT_TEXT_COLOR = COLOR_SYSTEM_DEFAULT +DEFAULT_TEXT_ELEMENT_BACKGROUND_COLOR = None +DEFAULT_TEXT_COLOR = COLOR_SYSTEM_DEFAULT +DEFAULT_INPUT_ELEMENTS_COLOR = COLOR_SYSTEM_DEFAULT +DEFAULT_INPUT_TEXT_COLOR = COLOR_SYSTEM_DEFAULT +DEFAULT_SCROLLBAR_COLOR = None +# DEFAULT_BUTTON_COLOR = (YELLOWS[0], PURPLES[0]) # (Text, Background) or (Color "on", Color) as a way to remember +# DEFAULT_BUTTON_COLOR = (GREENS[3], TANS[0]) # Foreground, Background (None, None) == System Default +# DEFAULT_BUTTON_COLOR = (YELLOWS[0], GREENS[4]) # Foreground, Background (None, None) == System Default +# DEFAULT_BUTTON_COLOR = ('white', 'black') # Foreground, Background (None, None) == System Default +# DEFAULT_BUTTON_COLOR = (YELLOWS[0], PURPLES[2]) # Foreground, Background (None, None) == System Default +# DEFAULT_PROGRESS_BAR_COLOR = (GREENS[2], GREENS[0]) # a nice green progress bar +# DEFAULT_PROGRESS_BAR_COLOR = (BLUES[1], BLUES[1]) # a nice green progress bar +# DEFAULT_PROGRESS_BAR_COLOR = (BLUES[0], BLUES[0]) # a nice green progress bar +# DEFAULT_PROGRESS_BAR_COLOR = (PURPLES[1],PURPLES[0]) # a nice purple progress bar + +# A transparent button is simply one that matches the background +TRANSPARENT_BUTTON = ('#F0F0F0', '#F0F0F0') +#-------------------------------------------------------------------------------- +# Progress Bar Relief Choices +RELIEF_RAISED= 'raised' +RELIEF_SUNKEN= 'sunken' +RELIEF_FLAT= 'flat' +RELIEF_RIDGE= 'ridge' +RELIEF_GROOVE= 'groove' +RELIEF_SOLID = 'solid' + +DEFAULT_PROGRESS_BAR_COLOR = (GREENS[0], '#D0D0D0') # a nice green progress bar +DEFAULT_PROGRESS_BAR_SIZE = (25,20) # Size of Progress Bar (characters for length, pixels for width) +DEFAULT_PROGRESS_BAR_BORDER_WIDTH=1 +DEFAULT_PROGRESS_BAR_RELIEF = RELIEF_GROOVE +PROGRESS_BAR_STYLES = ('default','winnative', 'clam', 'alt', 'classic', 'vista', 'xpnative') +DEFAULT_PROGRESS_BAR_STYLE = 'default' +DEFAULT_METER_ORIENTATION = 'Horizontal' +DEFAULT_SLIDER_ORIENTATION = 'vertical' +DEFAULT_SLIDER_BORDER_WIDTH=1 +DEFAULT_SLIDER_RELIEF = tk.FLAT + +DEFAULT_LISTBOX_SELECT_MODE = tk.SINGLE +SELECT_MODE_MULTIPLE = tk.MULTIPLE +LISTBOX_SELECT_MODE_MULTIPLE = 'multiple' +SELECT_MODE_BROWSE = tk.BROWSE +LISTBOX_SELECT_MODE_BROWSE = 'browse' +SELECT_MODE_EXTENDED = tk.EXTENDED +LISTBOX_SELECT_MODE_EXTENDED = 'extended' +SELECT_MODE_SINGLE = tk.SINGLE +LISTBOX_SELECT_MODE_SINGLE = 'single' + +# DEFAULT_METER_ORIENTATION = 'Vertical' +# ----====----====----==== Constants the user should NOT f-with ====----====----====----# +ThisRow = 555666777 # magic number + + +# DEFAULT_WINDOW_ICON = '' +MESSAGE_BOX_LINE_WIDTH = 60 + +# a shameful global variable. This represents the top-level window information. Needed because opening a second window is different than opening the first. +class MyWindows(): + def __init__(self): + self.NumOpenWindows = 0 + self.user_defined_icon = None + + def Decrement(self): + self.NumOpenWindows -= 1 * (self.NumOpenWindows != 0) # decrement if not 0 + # print('---- DECREMENTING Num Open Windows = {} ---'.format(self.NumOpenWindows)) + + def Increment(self): + self.NumOpenWindows += 1 + # print('++++ INCREMENTING Num Open Windows = {} ++++'.format(self.NumOpenWindows)) + +_my_windows = MyWindows() # terrible hack using globals... means need a class for collecing windows + +# ====================================================================== # +# One-liner functions that are handy as f_ck # +# ====================================================================== # +def RGB(red,green,blue): return '#%02x%02x%02x' % (red,green,blue) + +# ====================================================================== # +# Enums for types # +# ====================================================================== # +# ------------------------- Button types ------------------------- # +#todo Consider removing the Submit, Cancel types... they are just 'RETURN' type in reality +#uncomment this line and indent to go back to using Enums +# class ButtonType(Enum): +BUTTON_TYPE_BROWSE_FOLDER = 1 +BUTTON_TYPE_BROWSE_FILE = 2 +BUTTON_TYPE_BROWSE_FILES = 21 +BUTTON_TYPE_SAVEAS_FILE = 3 +BUTTON_TYPE_CLOSES_WIN = 5 +BUTTON_TYPE_CLOSES_WIN_ONLY = 6 +BUTTON_TYPE_READ_FORM = 7 +BUTTON_TYPE_REALTIME = 9 + +# ------------------------- Element types ------------------------- # +# class ElementType(Enum): +ELEM_TYPE_TEXT = 1 +ELEM_TYPE_INPUT_TEXT = 20 +ELEM_TYPE_INPUT_COMBO = 21 +ELEM_TYPE_INPUT_OPTION_MENU = 22 +ELEM_TYPE_INPUT_RADIO = 5 +ELEM_TYPE_INPUT_MULTILINE = 7 +ELEM_TYPE_INPUT_CHECKBOX = 8 +ELEM_TYPE_INPUT_SPIN = 9 +ELEM_TYPE_BUTTON = 3 +ELEM_TYPE_IMAGE = 30 +ELEM_TYPE_CANVAS = 40 +ELEM_TYPE_FRAME = 41 +ELEM_TYPE_INPUT_SLIDER = 10 +ELEM_TYPE_INPUT_LISTBOX = 11 +ELEM_TYPE_OUTPUT = 300 +ELEM_TYPE_COLUMN = 555 +ELEM_TYPE_PROGRESS_BAR = 200 +ELEM_TYPE_BLANK = 100 + +# ------------------------- MsgBox Buttons Types ------------------------- # +MSG_BOX_YES_NO = 1 +MSG_BOX_CANCELLED = 2 +MSG_BOX_ERROR = 3 +MSG_BOX_OK_CANCEL = 4 +MSG_BOX_OK = 0 +MSG_BOX_NO_BUTTONS = 5 + +# ---------------------------------------------------------------------- # +# Cascading structure.... Objects get larger # +# Button # +# Element # +# Row # +# Form # +# ---------------------------------------------------------------------- # +# ------------------------------------------------------------------------- # +# Element CLASS # +# ------------------------------------------------------------------------- # +class Element(): + def __init__(self, type, scale=(None, None), size=(None, None), auto_size_text=None, font=None, background_color=None, text_color=None, key=None, pad=None): + self.Size = size + self.Type = type + self.AutoSizeText = auto_size_text + self.Scale = scale + self.Pad = DEFAULT_ELEMENT_PADDING if pad is None else pad + self.Font = font + + self.TKStringVar = None + self.TKIntVar = None + self.TKText = None + self.TKEntry = None + self.TKImage = None + + self.ParentForm=None + self.TextInputDefault = None + self.Position = (0,0) # Default position Row 0, Col 0 + self.BackgroundColor = background_color if background_color is not None else DEFAULT_ELEMENT_BACKGROUND_COLOR + self.TextColor = text_color if text_color is not None else DEFAULT_ELEMENT_TEXT_COLOR + self.Key = key # dictionary key for return values + + def FindReturnKeyBoundButton(self, form): + for row in form.Rows: + for element in row: + if element.Type == ELEM_TYPE_BUTTON: + if element.BindReturnKey: + return element + if element.Type == ELEM_TYPE_COLUMN: + rc = self.FindReturnKeyBoundButton(element) + if rc is not None: + return rc + return None + + def ReturnKeyHandler(self, event): + MyForm = self.ParentForm + button_element = self.FindReturnKeyBoundButton(MyForm) + if button_element is not None: + button_element.ButtonCallBack() + + + def ListboxSelectHandler(self, event): + MyForm = self.ParentForm + # first, get the results table built + # modify the Results table in the parent FlexForm object + self.ParentForm.LastButtonClicked = '' + self.ParentForm.FormRemainedOpen = True + self.ParentForm.TKroot.quit() # kick the users out of the mainloop + + + def __del__(self): + try: + self.TKStringVar.__del__() + except: + pass + try: + self.TKIntVar.__del__() + except: + pass + try: + self.TKText.__del__() + except: + pass + try: + self.TKEntry.__del__() + except: + pass + +# ---------------------------------------------------------------------- # +# Input Class # +# ---------------------------------------------------------------------- # +class InputText(Element): + def __init__(self, default_text ='', scale=(None, None), size=(None, None), auto_size_text=None, password_char='', background_color=None, text_color=None, do_not_clear=False, key=None, focus=False, pad=None): + ''' + Input a line of text Element + :param default_text: Default value to display + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param auto_size_text: True if should shrink field to fit the default text + :param password_char: If non-blank, will display this character for every character typed + :param background_color: Color for Element. Text or RGB Hex + ''' + self.DefaultText = default_text + self.PasswordCharacter = password_char + bg = background_color if background_color is not None else DEFAULT_INPUT_ELEMENTS_COLOR + fg = text_color if text_color is not None else DEFAULT_INPUT_TEXT_COLOR + self.Focus = focus + self.do_not_clear = do_not_clear + super().__init__(ELEM_TYPE_INPUT_TEXT, scale=scale, size=size, auto_size_text=auto_size_text, background_color=bg, text_color=fg, key=key, pad=pad) + + + def Update(self, new_value): + try: + self.TKStringVar.set(new_value) + except: pass + self.DefaultText = new_value + + def Get(self): + return self.TKStringVar.get() + + def __del__(self): + super().__del__() + +# ---------------------------------------------------------------------- # +# Combo # +# ---------------------------------------------------------------------- # +class InputCombo(Element): + def __init__(self, values, default_value=None, scale=(None, None), size=(None, None), auto_size_text=None, background_color=None, text_color=None, key=None, pad=None): + ''' + Input Combo Box Element (also called Dropdown box) + :param values: + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param auto_size_text: True if should shrink field to fit the default text + :param background_color: Color for Element. Text or RGB Hex + ''' + self.Values = values + self.DefaultValue = default_value + self.TKComboBox = None + bg = background_color if background_color else DEFAULT_INPUT_ELEMENTS_COLOR + fg = text_color if text_color is not None else DEFAULT_INPUT_TEXT_COLOR + + super().__init__(ELEM_TYPE_INPUT_COMBO, scale=scale, size=size, auto_size_text=auto_size_text, background_color=bg, text_color=fg, key=key, pad=pad) + + def Update(self, value=None, values=None): + if values is not None: + try: + self.TKCombo['values'] = values + self.TKCombo.current(0) + except: pass + self.Values = values + + for index, v in enumerate(self.Values): + if v == value: + try: + self.TKCombo.current(index) + except: pass + self.DefaultValue = value + break + + + def __del__(self): + try: + self.TKComboBox.__del__() + except: + pass + super().__del__() + + +# ---------------------------------------------------------------------- # +# Option Menu # +# ---------------------------------------------------------------------- # +class InputOptionMenu(Element): + def __init__(self, values, default_value=None, scale=(None, None), size=(None, None), auto_size_text=None, background_color=None, text_color=None, key=None, pad=None): + ''' + Input Combo Box Element (also called Dropdown box) + :param values: + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param auto_size_text: True if should shrink field to fit the default text + :param background_color: Color for Element. Text or RGB Hex + ''' + self.Values = values + self.DefaultValue = default_value + self.TKOptionMenu = None + bg = background_color if background_color else DEFAULT_INPUT_ELEMENTS_COLOR + fg = text_color if text_color is not None else DEFAULT_INPUT_TEXT_COLOR + + super().__init__(ELEM_TYPE_INPUT_OPTION_MENU, scale=scale, size=size, auto_size_text=auto_size_text, background_color=bg, text_color=fg, key=key, pad=pad) + + def Update(self, value): + for index, v in enumerate(self.Values): + if v == value: + try: + self.TKStringVar.set(value) + except: pass + self.DefaultValue = value + break + + + def __del__(self): + try: + self.TKOptionMenu.__del__() + except: + pass + super().__del__() + +# ---------------------------------------------------------------------- # +# Listbox # +# ---------------------------------------------------------------------- # +class Listbox(Element): + def __init__(self, values, default_values=None, select_mode=None, change_submits=False, scale=(None, None), size=(None, None), auto_size_text=None, font=None, background_color=None, text_color=None, key=None, pad=None): + ''' + Listbox Element + :param values: + :param select_mode: SELECT_MODE_BROWSE, SELECT_MODE_EXTENDED, SELECT_MODE_MULTIPLE, SELECT_MODE_SINGLE + :param font: + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param auto_size_text: True if should shrink field to fit the default text + :param background_color: Color for Element. Text or RGB Hex ''' + self.Values = values + self.DefaultValues = default_values + self.TKListbox = None + self.ChangeSubmits = change_submits + if select_mode == LISTBOX_SELECT_MODE_BROWSE: + self.SelectMode = SELECT_MODE_BROWSE + elif select_mode == LISTBOX_SELECT_MODE_EXTENDED: + self.SelectMode = SELECT_MODE_EXTENDED + elif select_mode == LISTBOX_SELECT_MODE_MULTIPLE: + self.SelectMode = SELECT_MODE_MULTIPLE + elif select_mode == LISTBOX_SELECT_MODE_SINGLE: + self.SelectMode = SELECT_MODE_SINGLE + else: + self.SelectMode = DEFAULT_LISTBOX_SELECT_MODE + bg = background_color if background_color else DEFAULT_INPUT_ELEMENTS_COLOR + fg = text_color if text_color is not None else DEFAULT_INPUT_TEXT_COLOR + + super().__init__(ELEM_TYPE_INPUT_LISTBOX, scale=scale, size=size, auto_size_text=auto_size_text, font=font, background_color=bg, text_color=fg, key=key, pad=pad) + + def Update(self, values): + self.TKListbox.delete(0, 'end') + for item in values: + self.TKListbox.insert(tk.END, item) + self.TKListbox.selection_set(0, 0) + + def SetValue(self, values): + for index, item in enumerate(self.Values): + try: + if item in values: + self.TKListbox.selection_set(index) + else: + self.TKListbox.selection_clear(index) + except: pass + self.DefaultValues = values + + def __del__(self): + try: + self.TKListBox.__del__() + except: + pass + super().__del__() + + + +# ---------------------------------------------------------------------- # +# Radio # +# ---------------------------------------------------------------------- # +class Radio(Element): + def __init__(self, text, group_id, default=False, scale=(None, None), size=(None, None), auto_size_text=None, background_color=None, text_color=None, font=None, key=None, pad=None): + ''' + Radio Button Element + :param text: + :param group_id: + :param default: + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param auto_size_text: True if should shrink field to fit the default text + :param background_color: Color for Element. Text or RGB Hex + :param font: + ''' + self.InitialState = default + self.Text = text + self.TKRadio = None + self.GroupID = group_id + self.Value = None + self.TextColor = text_color if text_color else DEFAULT_TEXT_COLOR + + super().__init__(ELEM_TYPE_INPUT_RADIO, scale=scale , size=size, auto_size_text=auto_size_text, font=font, background_color=background_color, text_color=self.TextColor, key=key, pad=pad) + + def Update(self, value): + if not value: + return + location = EncodeRadioRowCol(self.Position[0], self.Position[1]) + try: + self.TKIntVar.set(location) + except: pass + self.InitialState = value + + def __del__(self): + try: + self.TKRadio.__del__() + except: + pass + super().__del__() + +# ---------------------------------------------------------------------- # +# Checkbox # +# ---------------------------------------------------------------------- # +class Checkbox(Element): + def __init__(self, text, default=False, scale=(None, None), size=(None, None), auto_size_text=None, font=None, background_color=None, text_color=None, key=None, pad=None): + ''' + Check Box Element + :param text: + :param default: + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param auto_size_text: True if should shrink field to fit the default text + :param background_color: Color for Element. Text or RGB Hex + :param font: + ''' + self.Text = text + self.InitialState = default + self.Value = None + self.TKCheckbutton = None + self.TextColor = text_color if text_color else DEFAULT_TEXT_COLOR + + super().__init__(ELEM_TYPE_INPUT_CHECKBOX, scale=scale, size=size, auto_size_text=auto_size_text, font=font, background_color=background_color, text_color=self.TextColor, key=key, pad=pad) + + def Get(self): + return self.TKIntVar.get() + + def Update(self, value): + try: + if value is None: + self.TKCheckbutton.configure(state='disabled') + else: + self.TKCheckbutton.configure(state='normal') + self.TKIntVar.set(value) + except: pass + self.InitialState = value + + + def __del__(self): + super().__del__() + +# ---------------------------------------------------------------------- # +# Spin # +# ---------------------------------------------------------------------- # + +class Spin(Element): + # Values = None + # TKSpinBox = None + def __init__(self, values, initial_value=None, change_submits=False, scale=(None, None), size=(None, None), auto_size_text=None, font=None, background_color=None, text_color=None, key=None, pad=None): + ''' + Spin Box Element + :param values: + :param initial_value: + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param auto_size_text: True if should shrink field to fit the default text + :param background_color: Color for Element. Text or RGB Hex + :param font: + ''' + self.Values = values + self.DefaultValue = initial_value + self.ChangeSubmits = change_submits + self.TKSpinBox = None + bg = background_color if background_color else DEFAULT_INPUT_ELEMENTS_COLOR + fg = text_color if text_color is not None else DEFAULT_INPUT_TEXT_COLOR + + super().__init__(ELEM_TYPE_INPUT_SPIN, scale, size, auto_size_text, font=font,background_color=bg, text_color=fg, key=key, pad=pad) + return + + def Update(self, new_value): + try: + self.TKStringVar.set(new_value) + except: pass + self.DefaultValue = new_value + + def SpinChangedHandler(self, event): + # first, get the results table built + # modify the Results table in the parent FlexForm object + self.ParentForm.LastButtonClicked = '' + self.ParentForm.FormRemainedOpen = True + self.ParentForm.TKroot.quit() # kick the users out of the mainloop + + def __del__(self): + try: + self.TKSpinBox.__del__() + except: + pass + super().__del__() + +# ---------------------------------------------------------------------- # +# Multiline # +# ---------------------------------------------------------------------- # +class Multiline(Element): + def __init__(self, default_text='', enter_submits = False, scale=(None, None), size=(None, None), auto_size_text=None, background_color=None, text_color=None, do_not_clear=False, key=None, focus=False, pad=None): + ''' + Input Multi-line Element + :param default_text: + :param enter_submits: + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param auto_size_text: True if should shrink field to fit the default text + :param background_color: Color for Element. Text or RGB Hex + ''' + self.DefaultText = default_text + self.EnterSubmits = enter_submits + bg = background_color if background_color else DEFAULT_INPUT_ELEMENTS_COLOR + self.Focus = focus + self.do_not_clear = do_not_clear + fg = text_color if text_color is not None else DEFAULT_INPUT_TEXT_COLOR + + super().__init__(ELEM_TYPE_INPUT_MULTILINE, scale=scale, size=size, auto_size_text=auto_size_text, background_color=bg, text_color=fg, key=key, pad=pad) + return + + def Update(self, new_value): + try: + self.TKText.delete('1.0', tk.END) + self.TKText.insert(1.0, new_value) + except: pass + self.DefaultText = new_value + + def Get(self): + return self.TKText.get(1.0, tk.END) + + + def __del__(self): + super().__del__() + +# ---------------------------------------------------------------------- # +# Text # +# ---------------------------------------------------------------------- # +class Text(Element): + def __init__(self, text, scale=(None, None), size=(None, None), auto_size_text=None, font=None, text_color=None, background_color=None,justification=None, pad=None, key=None): + ''' + Text Element - Displays text in your form. Can be updated in non-blocking forms + :param text: The text to display + :param scale: Scaling factor (w,h) (2,2)= 2 * Size + :param size: Size of Element in Characters + :param auto_size_text: True if the field should shrink to fit the text + :param font: Font name and size ("name", size) + :param text_color: Text Color name or RGB hex value '#RRGGBB' + :param background_color: Background color for text (name or RGB Hex) + :param justification: 'left', 'right', 'center' + ''' + self.DisplayText = text + self.TextColor = text_color if text_color else DEFAULT_TEXT_COLOR + self.Justification = justification + if background_color is None: + bg = DEFAULT_TEXT_ELEMENT_BACKGROUND_COLOR + else: + bg = background_color + super().__init__(ELEM_TYPE_TEXT, scale, size, auto_size_text, background_color=bg, font=font if font else DEFAULT_FONT, text_color=self.TextColor, pad=pad, key=key) + return + + def Update(self, new_value = None, background_color=None, text_color=None, font=None): + if new_value is not None: + self.DisplayText=new_value + stringvar = self.TKStringVar + stringvar.set(new_value) + if background_color is not None: + self.TKText.configure(background=background_color) + if text_color is not None: + self.TKText.configure(fg=text_color) + if font is not None: + self.TKText.configure(font=font) + + + def __del__(self): + super().__del__() + + +# ---------------------------------------------------------------------- # +# TKProgressBar # +# Emulate the TK ProgressBar using canvas and rectangles +# ---------------------------------------------------------------------- # + +class TKProgressBar(): + def __init__(self, root, max, length=400, width=DEFAULT_PROGRESS_BAR_SIZE[1], style=DEFAULT_PROGRESS_BAR_STYLE, relief=DEFAULT_PROGRESS_BAR_RELIEF, border_width=DEFAULT_PROGRESS_BAR_BORDER_WIDTH, orientation='horizontal', BarColor=(None,None)): + self.Length = length + self.Width = width + self.Max = max + self.Orientation = orientation + self.Count = None + self.PriorCount = 0 + + if orientation[0].lower() == 'h': + s = ttk.Style() + s.theme_use(style) + if BarColor != COLOR_SYSTEM_DEFAULT: + s.configure(str(length)+str(width)+"my.Horizontal.TProgressbar", background=BarColor[0], troughcolor=BarColor[1], troughrelief=relief, borderwidth=border_width, thickness=width) + else: + s.configure(str(length)+str(width)+"my.Horizontal.TProgressbar", troughrelief=relief, borderwidth=border_width, thickness=width) + + self.TKProgressBarForReal = ttk.Progressbar(root, maximum=self.Max, style=str(length)+str(width)+'my.Horizontal.TProgressbar', length=length, orient=tk.HORIZONTAL, mode='determinate') + else: + s = ttk.Style() + s.theme_use(style) + if BarColor != COLOR_SYSTEM_DEFAULT: + s.configure(str(length)+str(width)+"my.Vertical.TProgressbar", background=BarColor[0], troughcolor=BarColor[1], troughrelief=relief, borderwidth=border_width, thickness=width) + else: + s.configure(str(length)+str(width)+"my.Vertical.TProgressbar", troughrelief=relief, borderwidth=border_width, thickness=width) + self.TKProgressBarForReal = ttk.Progressbar(root, maximum=self.Max, style=str(length)+str(width)+'my.Vertical.TProgressbar', length=length, orient=tk.VERTICAL, mode='determinate') + + def Update(self, count, max=None): + if max is not None: + self.Max = max + try: + self.TKProgressBarForReal.config(maximum=max) + except: + return False + if count > self.Max: return False + try: + self.TKProgressBarForReal['value'] = count + except: return False + return True + + def __del__(self): + try: + self.TKProgressBarForReal.__del__() + except: + pass + +# ---------------------------------------------------------------------- # +# TKOutput # +# New Type of TK Widget that's a Text Widget in disguise # +# Note that it's inherited from the TKFrame class so that the # +# Scroll bar will span the length of the frame # +# ---------------------------------------------------------------------- # +class TKOutput(tk.Frame): + def __init__(self, parent, width, height, bd, background_color=None, text_color=None, font=None, pad=None): + frame = tk.Frame(parent) + tk.Frame.__init__(self, frame) + self.output = tk.Text(frame, width=width, height=height, bd=bd, font=font) + if background_color and background_color != COLOR_SYSTEM_DEFAULT: + self.output.configure(background=background_color) + frame.configure(background=background_color) + if text_color and text_color != COLOR_SYSTEM_DEFAULT: + self.output.configure(fg=text_color) + self.vsb = tk.Scrollbar(frame, orient="vertical", command=self.output.yview) + self.output.configure(yscrollcommand=self.vsb.set) + self.output.pack(side="left", fill="both") + self.vsb.pack(side="left", fill="y") + frame.pack(side="left", padx=pad[0], pady=pad[1]) + self.previous_stdout = sys.stdout + self.previous_stderr = sys.stderr + + sys.stdout = self + sys.stderr = self + self.pack() + + def write(self, txt): + try: + self.output.insert(tk.END, str(txt)) + self.output.see(tk.END) + except: + pass + + def Close(self): + sys.stdout = self.previous_stdout + sys.stderr = self.previous_stderr + + def flush(self): + sys.stdout = self.previous_stdout + sys.stderr = self.previous_stderr + + def __del__(self): + sys.stdout = self.previous_stdout + sys.stderr = self.previous_stderr + +# ---------------------------------------------------------------------- # +# Output # +# Routes stdout, stderr to a scrolled window # +# ---------------------------------------------------------------------- # +class Output(Element): + def __init__(self, scale=(None, None), size=(None, None), background_color=None, text_color=None, pad=None, font=None): + ''' + Output Element - reroutes stdout, stderr to this window + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param background_color: Color for Element. Text or RGB Hex + ''' + self.TKOut = None + bg = background_color if background_color else DEFAULT_INPUT_ELEMENTS_COLOR + fg = text_color if text_color is not None else DEFAULT_INPUT_TEXT_COLOR + + super().__init__(ELEM_TYPE_OUTPUT, scale=scale, size=size, background_color=bg, text_color=fg, pad=pad, font=font) + + def __del__(self): + try: + self.TKOut.__del__() + except: + pass + super().__del__() + +# ---------------------------------------------------------------------- # +# Button Class # +# ---------------------------------------------------------------------- # +class Button(Element): + def __init__(self, button_type=BUTTON_TYPE_CLOSES_WIN, target=(None, None), button_text='', file_types=(("ALL Files", "*.*"),), image_filename=None, image_size=(None, None), image_subsample=None, border_width=None, scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, bind_return_key=False, focus=False, pad=None, key=None): + ''' + Button Element - Specifies all types of buttons + :param button_type: + :param target: + :param button_text: + :param file_types: + :param image_filename: + :param image_size: + :param image_subsample: + :param border_width: + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param auto_size_button: + :param button_color: + :param font: + ''' + self.AutoSizeButton = auto_size_button + self.BType = button_type + self.FileTypes = file_types + self.TKButton = None + self.Target = target + self.ButtonText = button_text + self.ButtonColor = button_color if button_color else DEFAULT_BUTTON_COLOR + self.ImageFilename = image_filename + self.ImageSize = image_size + self.ImageSubsample = image_subsample + self.UserData = None + self.BorderWidth = border_width if border_width is not None else DEFAULT_BORDER_WIDTH + self.BindReturnKey = bind_return_key + self.Focus = focus + super().__init__(ELEM_TYPE_BUTTON, scale=scale, size=size, font=font, pad=pad, key=key) + return + + def ButtonReleaseCallBack(self, parm): + r, c = self.Position + self.ParentForm.LastButtonClicked = None + + def ButtonPressCallBack(self, parm): + r, c = self.Position + self.ParentForm.LastButtonClicked = self.ButtonText + + # ------- Button Callback ------- # + def ButtonCallBack(self): + global _my_windows + # Buttons modify targets or return from the form + # If modifying target, get the element object at the target and modify its StrVar + target = self.Target + if target[0] == ThisRow: + target = [self.Position[0], target[1]] + if target[1] < 0: + target[1] = self.Position[1] + target[1] + strvar = None + if target[0] != None: + if target[0] < 0: + target = [self.Position[0] + target[0], target[1]] + target_element = self.ParentForm._GetElementAtLocation(target) + try: + strvar = target_element.TKStringVar + except: pass + else: + strvar = None + filetypes = [] if self.FileTypes is None else self.FileTypes + if self.BType == BUTTON_TYPE_BROWSE_FOLDER: + folder_name = tk.filedialog.askdirectory() # show the 'get folder' dialog box + try: + strvar.set(folder_name) + except: pass + elif self.BType == BUTTON_TYPE_BROWSE_FILE: + file_name = tk.filedialog.askopenfilename(filetypes=filetypes) # show the 'get file' dialog box + strvar.set(file_name) + elif self.BType == BUTTON_TYPE_BROWSE_FILES: + file_name = tk.filedialog.askopenfilenames(filetypes=filetypes) + file_name = ';'.join(file_name) + strvar.set(file_name) + elif self.BType == BUTTON_TYPE_SAVEAS_FILE: + file_name = tk.filedialog.asksaveasfilename(filetypes=filetypes) # show the 'get file' dialog box + strvar.set(file_name) + elif self.BType == BUTTON_TYPE_CLOSES_WIN: # this is a return type button so GET RESULTS and destroy window + # first, get the results table built + # modify the Results table in the parent FlexForm object + r,c = self.Position + self.ParentForm.LastButtonClicked = self.ButtonText + self.ParentForm.FormRemainedOpen = False + # if the form is tabbed, must collect all form's results and destroy all forms + if self.ParentForm.IsTabbedForm: + self.ParentForm.UberParent._Close() + else: + self.ParentForm._Close() + self.ParentForm.TKroot.quit() + if self.ParentForm.NonBlocking: + self.ParentForm.TKroot.destroy() + _my_windows.Decrement() + elif self.BType == BUTTON_TYPE_READ_FORM: # LEAVE THE WINDOW OPEN!! DO NOT CLOSE + # first, get the results table built + # modify the Results table in the parent FlexForm object + self.ParentForm.LastButtonClicked = self.ButtonText + self.ParentForm.FormRemainedOpen = True + self.ParentForm.TKroot.quit() # kick the users out of the mainloop + elif self.BType == BUTTON_TYPE_CLOSES_WIN_ONLY: # this is a return type button so GET RESULTS and destroy window + # if the form is tabbed, must collect all form's results and destroy all forms + if self.ParentForm.IsTabbedForm: + self.ParentForm.UberParent._Close() + else: + self.ParentForm._Close() + if self.ParentForm.NonBlocking: + self.ParentForm.TKroot.destroy() + _my_windows.Decrement() + return + + def Update(self, new_text=None, button_color=(None, None)): + try: + if new_text is not None: + self.TKButton.configure(text=new_text) + if button_color != (None, None): + self.TKButton.config(foreground=button_color[0], background=button_color[1]) + except: + return + + def __del__(self): + try: + self.TKButton.__del__() + except: + pass + super().__del__() + +# ---------------------------------------------------------------------- # +# ProgreessBar # +# ---------------------------------------------------------------------- # +class ProgressBar(Element): + def __init__(self, max_value, orientation=None, scale=(None, None), size=(None, None), auto_size_text=None, bar_color=(None, None), style=None, border_width=None, relief=None, pad=None): + ''' + Progress Bar Element + :param max_value: + :param orientation: + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + :param auto_size_text: True if should shrink field to fit the default text + :param bar_color: + :param style: + :param border_width: + :param relief: + ''' + self.MaxValue = max_value + self.TKProgressBar = None + self.Cancelled = False + self.NotRunning = True + self.Orientation = orientation if orientation else DEFAULT_METER_ORIENTATION + self.BarColor = bar_color + self.BarStyle = style if style else DEFAULT_PROGRESS_BAR_STYLE + self.BorderWidth = border_width if border_width else DEFAULT_PROGRESS_BAR_BORDER_WIDTH + self.Relief = relief if relief else DEFAULT_PROGRESS_BAR_RELIEF + self.BarExpired = False + super().__init__(ELEM_TYPE_PROGRESS_BAR, scale=scale, size=size, auto_size_text=auto_size_text, pad=pad) + return + + def UpdateBar(self, current_count, max=None): + if self.ParentForm.TKrootDestroyed: + return False + self.TKProgressBar.Update(current_count, max=max) + try: + self.ParentForm.TKroot.update() + except: + _my_windows.Decrement() + return False + return True + + def __del__(self): + try: + self.TKProgressBar.__del__() + except: + pass + super().__del__() + +# ---------------------------------------------------------------------- # +# Image # +# ---------------------------------------------------------------------- # +class Image(Element): + def __init__(self, filename=None, data=None,scale=(None, None), size=(None, None), pad=None, key=None): + ''' + Image Element + :param filename: + :param scale: Adds multiplier to size (w,h) + :param size: Size of field in characters + ''' + self.Filename = filename + self.Data = data + self.tktext_label = None + + if data is None and filename is None: + print('* Warning... no image specified in Image Element! *') + super().__init__(ELEM_TYPE_IMAGE, scale=scale, size=size, pad=pad, key=key) + return + + def Update(self, filename=None, data=None): + if filename is not None: + image = tk.PhotoImage(file=filename) + elif data is not None: + if type(data) is bytes: + image = tk.PhotoImage(data=data) + else: + image = data + else: return + width, height = image.width(), image.height() + self.tktext_label.configure(image=image, width=width, height=height) + self.tktext_label.image = image + + def __del__(self): + super().__del__() + + +# ---------------------------------------------------------------------- # +# Canvas # +# ---------------------------------------------------------------------- # +class Canvas(Element): + def __init__(self, canvas=None, background_color=None, scale=(None, None), size=(None, None), pad=None, key=None): + self.BackgroundColor = background_color if background_color is not None else DEFAULT_BACKGROUND_COLOR + self.TKCanvas = canvas + + super().__init__(ELEM_TYPE_CANVAS, background_color=background_color, scale=scale, size=size, pad=pad, key=key) + return + + def __del__(self): + super().__del__() + + +# ---------------------------------------------------------------------- # +# Frame # +# ---------------------------------------------------------------------- # +class Frame(Element): + def __init__(self, frame=None, background_color=None, scale=(None, None), size=(None, None), pad=None, key=None): + self.BackgroundColor = background_color if background_color is not None else DEFAULT_BACKGROUND_COLOR + self.TKFrame = frame + + super().__init__(ELEM_TYPE_FRAME, background_color=background_color, scale=scale, size=size, pad=pad, key=key) + return + + def __del__(self): + super().__del__() + +# ---------------------------------------------------------------------- # +# Slider # +# ---------------------------------------------------------------------- # +class Slider(Element): + def __init__(self, range=(None,None), default_value=None, resolution=None, orientation=None, border_width=None, relief=None, change_submits=False, scale=(None, None), size=(None, None), font=None, background_color=None, text_color=None, key=None, pad=None): + ''' + Slider + :param range: + :param default_value: + :param resolution: + :param orientation: + :param border_width: + :param relief: + :param change_submits: + :param scale: + :param size: + :param font: + :param background_color: + :param text_color: + :param key: + :param pad: + ''' + self.TKScale = None + self.Range = (1,10) if range == (None, None) else range + self.DefaultValue = self.Range[0] if default_value is None else default_value + self.Orientation = orientation if orientation else DEFAULT_SLIDER_ORIENTATION + self.BorderWidth = border_width if border_width else DEFAULT_SLIDER_BORDER_WIDTH + self.Relief = relief if relief else DEFAULT_SLIDER_RELIEF + self.Resolution = 1 if resolution is None else resolution + self.ChangeSubmits = change_submits + + super().__init__(ELEM_TYPE_INPUT_SLIDER, scale=scale, size=size, font=font, background_color=background_color, text_color=text_color, key=key, pad=pad) + return + + def Update(self, value, range=(None, None)): + try: + self.TKIntVar.set(value) + if range != (None, None): + self.TKScale.config(from_ = range[0], to_ = range[1]) + except: pass + self.DefaultValue = value + + def SliderChangedHandler(self, event): + # first, get the results table built + # modify the Results table in the parent FlexForm object + self.ParentForm.LastButtonClicked = '' + self.ParentForm.FormRemainedOpen = True + self.ParentForm.TKroot.quit() # kick the users out of the mainloop + + def __del__(self): + super().__del__() + + +# ---------------------------------------------------------------------- # +# TkScrollableFrame (Used by Column (SOON) # +# ---------------------------------------------------------------------- # +# TODO NOT YET WORKING! DO NOT USE. Will be used to make scrollable columns +class TkScrollableFrame(tk.Frame): + def __init__(self, master, **kwargs): + tk.Frame.__init__(self, master, **kwargs) + + # create a canvas object and a vertical scrollbar for scrolling it + self.vscrollbar = tk.Scrollbar(self, orient=tk.VERTICAL) + self.vscrollbar.pack(side='right', fill="y", expand="false") + + self.hscrollbar = tk.Scrollbar(self, orient=tk.HORIZONTAL) + self.hscrollbar.pack(side='bottom', fill="x", expand="false") + + self.canvas = tk.Canvas(self, yscrollcommand=self.vscrollbar.set, xscrollcommand=self.hscrollbar.set) + self.canvas.pack(side="left", fill="both", expand=True) + + self.vscrollbar.config(command=self.canvas.yview) + self.hscrollbar.config(command=self.canvas.xview) + + # reset the view + self.canvas.xview_moveto(0) + self.canvas.yview_moveto(0) + + # create a frame inside the canvas which will be scrolled with it + self.TKFrame = tk.Frame(self.canvas, **kwargs) + self.canvas.create_window(0, 0, window=self.TKFrame, anchor="nw") + self.canvas.config(borderwidth=0, highlightthickness=0) + self.TKFrame.config(borderwidth=0, highlightthickness=0) + self.config(borderwidth=0, highlightthickness=0) + + self.bind('', self.set_scrollregion) + + self.bind_mouse_scroll(self.canvas, self.yscroll) + self.bind_mouse_scroll(self.hscrollbar, self.xscroll) + self.bind_mouse_scroll(self.vscrollbar, self.yscroll) + + + def yscroll(self, event): + if event.num == 5 or event.delta < 0: + self.canvas.yview_scroll(1, "unit") + elif event.num == 4 or event.delta > 0: + self.canvas.yview_scroll(-1, "unit") + + def xscroll(self, event): + if event.num == 5 or event.delta < 0: + self.canvas.xview_scroll(1, "unit") + elif event.num == 4 or event.delta > 0: + self.canvas.xview_scroll(-1, "unit") + + def bind_mouse_scroll(self, parent, mode): + # ~~ Windows only + parent.bind("", mode) + # ~~ Unix only + parent.bind("", mode) + parent.bind("", mode) + + def set_scrollregion(self, event=None): + """ Set the scroll region on the canvas""" + self.canvas.configure(scrollregion=self.canvas.bbox('all')) + + +# ---------------------------------------------------------------------- # +# Column # +# ---------------------------------------------------------------------- # +class Column(Element): + def __init__(self, layout, background_color = None, size=(None, None), pad=None, scrollable=False): + self.UseDictionary = False + self.ReturnValues = None + self.ReturnValuesList = [] + self.ReturnValuesDictionary = {} + self.DictionaryKeyCounter = 0 + self.ParentWindow = None + self.Rows = [] + self.ParentForm = None + self.TKFrame = None + self.Scrollable = scrollable + bg = background_color if background_color is not None else DEFAULT_BACKGROUND_COLOR + + self.Layout(layout) + + super().__init__(ELEM_TYPE_COLUMN, background_color=background_color, size=size, pad=pad) + return + + def AddRow(self, *args): + ''' Parms are a variable number of Elements ''' + NumRows = len(self.Rows) # number of existing rows is our row number + CurrentRowNumber = NumRows # this row's number + CurrentRow = [] # start with a blank row and build up + # ------------------------- Add the elements to a row ------------------------- # + for i, element in enumerate(args): # Loop through list of elements and add them to the row + element.Position = (CurrentRowNumber, i) + CurrentRow.append(element) + if element.Key is not None: + self.UseDictionary = True + # ------------------------- Append the row to list of Rows ------------------------- # + self.Rows.append(CurrentRow) + + def Layout(self, rows): + for row in rows: + self.AddRow(*row) + + def __del__(self): + for row in self.Rows: + for element in row: + element.__del__() + try: + del(self.TKFrame) + except: + pass + super().__del__() + + +# ------------------------------------------------------------------------- # +# FlexForm CLASS # +# ------------------------------------------------------------------------- # +class FlexForm: + ''' + Display a user defined for and return the filled in data + ''' + def __init__(self, title, default_element_size=DEFAULT_ELEMENT_SIZE, default_button_element_size = (None, None), auto_size_text=None, auto_size_buttons=None, scale=(None, None), location=(None, None), button_color=None, font=None, progress_bar_color=(None, None), background_color=None, is_tabbed_form=False, border_depth=None, auto_close=False, auto_close_duration=DEFAULT_AUTOCLOSE_TIME, icon=DEFAULT_WINDOW_ICON, return_keyboard_events=False, use_default_focus=True, text_justification=None): + self.AutoSizeText = auto_size_text if auto_size_text is not None else DEFAULT_AUTOSIZE_TEXT + self.AutoSizeButtons = auto_size_buttons if auto_size_buttons is not None else DEFAULT_AUTOSIZE_BUTTONS + self.Title = title + self.Rows = [] # a list of ELEMENTS for this row + self.DefaultElementSize = default_element_size + self.DefaultButtonElementSize = default_button_element_size if default_button_element_size != (None, None) else DEFAULT_BUTTON_ELEMENT_SIZE + self.Scale = scale + self.Location = location + self.ButtonColor = button_color if button_color else DEFAULT_BUTTON_COLOR + self.BackgroundColor = background_color if background_color else DEFAULT_BACKGROUND_COLOR + self.IsTabbedForm = is_tabbed_form + self.ParentWindow = None + self.Font = font if font else DEFAULT_FONT + self.RadioDict = {} + self.BorderDepth = border_depth + # self.WindowIcon = icon + # self.WindowIcon = icon if icon else icon_tempfile + self.WindowIcon = icon if not None else _my_windows.user_defined_icon + self.AutoClose = auto_close + self.NonBlocking = False + self.TKroot = None + self.TKrootDestroyed = False + self.FormRemainedOpen = False + self.TKAfterID = None + self.ProgressBarColor = progress_bar_color + self.AutoCloseDuration = auto_close_duration + self.UberParent = None + self.RootNeedsDestroying = False + self.Shown = False + self.ReturnValues = None + self.ReturnValuesList = [] + self.ReturnValuesDictionary = {} + self.DictionaryKeyCounter = 0 + self.LastButtonClicked = None + self.UseDictionary = False + self.UseDefaultFocus = use_default_focus + self.ReturnKeyboardEvents = return_keyboard_events + self.LastKeyboardEvent = None + self.TextJustification = text_justification + + # ------------------------- Add ONE Row to Form ------------------------- # + def AddRow(self, *args): + ''' Parms are a variable number of Elements ''' + NumRows = len(self.Rows) # number of existing rows is our row number + CurrentRowNumber = NumRows # this row's number + CurrentRow = [] # start with a blank row and build up + # ------------------------- Add the elements to a row ------------------------- # + for i, element in enumerate(args): # Loop through list of elements and add them to the row + element.Position = (CurrentRowNumber, i) + CurrentRow.append(element) + # ------------------------- Append the row to list of Rows ------------------------- # + self.Rows.append(CurrentRow) + + # ------------------------- Add Multiple Rows to Form ------------------------- # + def AddRows(self,rows): + for row in rows: + self.AddRow(*row) + + def Layout(self,rows): + self.AddRows(rows) + + def LayoutAndRead(self,rows, non_blocking=False): + self.AddRows(rows) + self.Show(non_blocking=non_blocking) + return self.ReturnValues + + # ------------------------- ShowForm THIS IS IT! ------------------------- # + def Show(self, non_blocking=False): + self.Shown = True + # Compute num rows & num cols (it'll come in handy debugging) + self.NumRows = len(self.Rows) + self.NumCols = max(len(row) for row in self.Rows) + self.NonBlocking=non_blocking + + # Search through entire form to see if any elements set the focus + # if not, then will set the focus to the first input element + found_focus = False + for row in self.Rows: + for element in row: + try: + if element.Focus: + found_focus = True + except: + pass + try: + if element.Key is not None: + self.UseDictionary = True + except: + pass + + if not found_focus and self.UseDefaultFocus: + self.UseDefaultFocus = True + else: + self.UseDefaultFocus = False + # -=-=-=-=-=-=-=-=- RUN the GUI -=-=-=-=-=-=-=-=- ## + StartupTK(self) + # If a button or keyboard event happened but no results have been built, build the results + if self.LastKeyboardEvent is not None or self.LastButtonClicked is not None: + return BuildResults(self, False, self) + return self.ReturnValues + + # ------------------------- SetIcon - set the window's fav icon ------------------------- # + def SetIcon(self, icon): + self.WindowIcon = icon + try: + self.TKroot.iconbitmap(icon) + except: pass + + def _GetElementAtLocation(self, location): + (row_num,col_num) = location + row = self.Rows[row_num] + element = row[col_num] + return element + + def _GetDefaultElementSize(self): + return self.DefaultElementSize + + def _AutoCloseAlarmCallback(self): + try: + if self.UberParent: + window = self.UberParent + else: + window = self + if window: + window._Close() + self.TKroot.quit() + self.RootNeedsDestroying = True + except: + pass + + def Read(self): + self.NonBlocking = False + if self.TKrootDestroyed: + return None, None + if not self.Shown: + self.Show() + else: + InitializeResults(self) + self.TKroot.mainloop() + if self.RootNeedsDestroying: + self.TKroot.destroy() + _my_windows.Decrement() + # if form was closed with X + if self.LastButtonClicked is None and self.LastKeyboardEvent is None and self.ReturnValues[0] is None: + _my_windows.Decrement() + if self.LastKeyboardEvent is not None or self.LastButtonClicked is not None: + return BuildResults(self, False, self) + else: + return self.ReturnValues + + def ReadNonBlocking(self, Message=''): + if self.TKrootDestroyed: + return None, None + if not self.Shown: + self.Show(non_blocking=True) + if Message: + print(Message) + try: + rc = self.TKroot.update() + except: + self.TKrootDestroyed = True + _my_windows.Decrement() + # return None, None + return BuildResults(self, False, self) + + def Refresh(self): + if self.TKrootDestroyed: + return + try: + rc = self.TKroot.update() + except: + pass + + + def Fill(self, values_dict): + FillFormWithValues(self, values_dict) + + def FindElement(self, key): + return _FindElementFromKeyInSubForm(self, key) + + + def GetScreenDimensions(self): + if self.TKrootDestroyed: + return None, None + screen_width = self.TKroot.winfo_screenwidth() # get window info to move to middle of screen + screen_height = self.TKroot.winfo_screenheight() + return screen_width, screen_height + + + def _KeyboardCallback(self, event ): + self.LastButtonClicked = None + self.FormRemainedOpen = True + if event.char != '': + self.LastKeyboardEvent = event.char + else: + self.LastKeyboardEvent = str(event.keysym) + ':' + str(event.keycode) + if not self.NonBlocking: + BuildResults(self, False, self) + self.TKroot.quit() + + def _MouseWheelCallback(self, event ): + self.LastButtonClicked = None + self.FormRemainedOpen = True + self.LastKeyboardEvent = 'MouseWheel:Down' if event.delta < 0 else 'MouseWheel:Up' + if not self.NonBlocking: + BuildResults(self, False, self) + self.TKroot.quit() + + + def _Close(self): + try: + self.TKroot.update() + except: pass + if not self.NonBlocking: + BuildResults(self, False, self) + if self.TKrootDestroyed: + return None + self.TKrootDestroyed = True + self.RootNeedsDestroying = True + return None + + def CloseNonBlockingForm(self): + if self.TKrootDestroyed: + return + try: + self.TKroot.destroy() + _my_windows.Decrement() + except: pass + + def OnClosingCallback(self): + return + + def __enter__(self): + return self + + def __exit__(self, *a): + self.__del__() + return False + + def __del__(self): + for row in self.Rows: + for element in row: + element.__del__() + # try: + # del(self.TKroot) + # except: + # pass + +# ------------------------------------------------------------------------- # +# UberForm CLASS # +# Used to make forms into TABS (it's trick) # +# ------------------------------------------------------------------------- # +class UberForm(): + FormList = None # list of all the forms in this window + FormReturnValues = None + TKroot = None # tk root for the overall window + TKrootDestroyed = False + def __init__(self): + self.FormList = [] + self.FormReturnValues = [] + self.TKroot = None + self.TKrootDestroyed = False + + def AddForm(self, form): + self.FormList.append(form) + + def _Close(self): + self.FormReturnValues = [] + for form in self.FormList: + form._Close() + self.FormReturnValues.append(form.ReturnValues) + if not self.TKrootDestroyed: + self.TKrootDestroyed = True + self.TKroot.destroy() + _my_windows.Decrement() + + def __del__(self): + return + +# ====================================================================== # +# BUTTON Lazy Functions # +# ====================================================================== # + +# ------------------------- INPUT TEXT Element lazy functions ------------------------- # +In = InputText +Input = InputText +#### TODO REMOVE THESE COMMENTS - was the old way, but want to keep around for a bit just in case +# def In(default_text ='', scale=(None, None), size=(None, None), auto_size_text=None, password_char='', background_color=None, text_color=None, do_not_clear=False, key=None, focus=False): +# return InputText(default_text=default_text, scale=scale, size=size, auto_size_text=auto_size_text, password_char=password_char, background_color=background_color, text_color=text_color, do_not_clear=do_not_clear, focus=focus, key=key) + +# def Input(default_text ='', scale=(None, None), size=(None, None), auto_size_text=None, password_char='', background_color=None, text_color=None, do_not_clear=False, key=None, focus=False): +# return InputText(default_text=default_text, scale=scale, size=size, auto_size_text=auto_size_text, password_char=password_char, background_color=background_color, text_color=text_color, do_not_clear=do_not_clear, focus=focus, key=key) + +# ------------------------- CHECKBOX Element lazy functions ------------------------- # +CB = Checkbox +CBox = Checkbox +Check = Checkbox + +# ------------------------- INPUT COMBO Element lazy functions ------------------------- # + +Combo = InputCombo +DropDown = InputCombo +Drop = InputCombo + + +# ------------------------- OPTION MENU Element lazy functions ------------------------- # + +OptionMenu = InputOptionMenu + + + +# def Combo(values, scale=(None, None), size=(None, None), auto_size_text=None, background_color=None): +# return InputCombo(values=values, scale=scale, size=size, auto_size_text=auto_size_text, background_color=background_color) +# +# def DropDown(values, scale=(None, None), size=(None, None), auto_size_text=None): +# return InputCombo(values=values, scale=scale, size=size, auto_size_text=auto_size_text) +# +# def Drop(values, scale=(None, None), size=(None, None), auto_size_text=None): +# return InputCombo(values=values, scale=scale, size=size, auto_size_text=auto_size_text) +# ------------------------- TEXT Element lazy functions ------------------------- # + +Txt = Text +T = Text + +# def Txt(display_text, scale=(None, None), size=(None, None), auto_size_text=None, font=None, text_color=None, justification=None): +# return Text(display_text, scale=scale, size=size, auto_size_text=auto_size_text, font=font, text_color=text_color, justification=justification) +# +# def T(display_text, scale=(None, None), size=(None, None), auto_size_text=None, font=None, text_color=None, justification=None): +# return Text(display_text, scale=scale, size=size, auto_size_text=auto_size_text, font=font, text_color=text_color, justification=justification) + +# ------------------------- FOLDER BROWSE Element lazy function ------------------------- # +def FolderBrowse(target=(ThisRow, -1), button_text='Browse', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, pad=None, key=None): + return Button(BUTTON_TYPE_BROWSE_FOLDER, target=target, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, pad=pad, key=key) + +# ------------------------- FILE BROWSE Element lazy function ------------------------- # +def FileBrowse(target=(ThisRow, -1), file_types=(("ALL Files", "*.*"),), button_text='Browse', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, pad=None, key=None): + return Button(BUTTON_TYPE_BROWSE_FILE, target, button_text=button_text, file_types=file_types, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, pad=pad, key=key) + +# ------------------------- FILES BROWSE Element (Multiple file selection) lazy function ------------------------- # +def FilesBrowse(target=(ThisRow, -1), file_types=(("ALL Files", "*.*"),), button_text='Browse', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, pad=None, key=None): + return Button(BUTTON_TYPE_BROWSE_FILES, target, button_text=button_text, file_types=file_types, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, pad=pad, key=key) + +# ------------------------- FILE BROWSE Element lazy function ------------------------- # +def FileSaveAs(target=(ThisRow, -1), file_types=(("ALL Files", "*.*"),), button_text='Save As...', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, pad=None, key=None): + return Button(BUTTON_TYPE_SAVEAS_FILE, target, button_text=button_text, file_types=file_types, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, pad=pad, key=key) + +# ------------------------- SAVE AS Element lazy function ------------------------- # +def SaveAs(target=(ThisRow, -1), file_types=(("ALL Files", "*.*"),), button_text='Save As...', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, pad=None, key=None): + return Button(BUTTON_TYPE_SAVEAS_FILE, target, button_text=button_text, file_types=file_types, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, pad=pad, key=key) + +# ------------------------- SAVE BUTTON Element lazy function ------------------------- # +def Save(button_text='Save', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, bind_return_key=True,font=None, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color,font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- SUBMIT BUTTON Element lazy function ------------------------- # +def Submit(button_text='Submit', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, bind_return_key=True,font=None, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color,font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- OPEN BUTTON Element lazy function ------------------------- # +def Open(button_text='Open', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, bind_return_key=True,font=None, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color,font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- OK BUTTON Element lazy function ------------------------- # +def OK(button_text='OK', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, bind_return_key=True, font=None,focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color,font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- YES BUTTON Element lazy function ------------------------- # +def Ok(button_text='Ok', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, bind_return_key=True, font=None,focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- CANCEL BUTTON Element lazy function ------------------------- # +def Cancel(button_text='Cancel', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, bind_return_key=False, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- QUIT BUTTON Element lazy function ------------------------- # +def Quit(button_text='Quit', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, bind_return_key=False, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- Exit BUTTON Element lazy function ------------------------- # +def Exit(button_text='Exit', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, bind_return_key=False, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- YES BUTTON Element lazy function ------------------------- # +def Yes(button_text='Yes', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None,font=None, bind_return_key=True, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- NO BUTTON Element lazy function ------------------------- # +def No(button_text='No', scale=(None, None), size=(None, None), auto_size_button=None, button_color=None,font=None, bind_return_key=False, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- GENERIC BUTTON Element lazy function ------------------------- # +# this is the only button that REQUIRES button text field +def SimpleButton(button_text, image_filename=None, image_size=(None, None), image_subsample=None, border_width=None, scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, bind_return_key=False, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN, image_filename=image_filename, image_size=image_size, image_subsample=image_subsample, button_text=button_text, border_width=border_width, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) +# ------------------------- GENERIC BUTTON Element lazy function ------------------------- # +# this is the only button that REQUIRES button text field +def ReadFormButton(button_text, image_filename=None, image_size=(None, None),image_subsample=None,border_width=None,scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, bind_return_key=False, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_READ_FORM, image_filename=image_filename, image_size=image_size, image_subsample=image_subsample, border_width=border_width, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +def RealtimeButton(button_text, image_filename=None, image_size=(None, None),image_subsample=None,border_width=None,scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, bind_return_key=False, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_REALTIME, image_filename=image_filename, image_size=image_size, image_subsample=image_subsample, border_width=border_width, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +# ------------------------- GENERIC BUTTON Element lazy function ------------------------- # +# this is the only button that REQUIRES button text field +def DummyButton(button_text, image_filename=None, image_size=(None, None),image_subsample=None,border_width=None,scale=(None, None), size=(None, None), auto_size_button=None, button_color=None, font=None, bind_return_key=False, focus=False, pad=None, key=None): + return Button(BUTTON_TYPE_CLOSES_WIN_ONLY, image_filename=image_filename, image_size=image_size, image_subsample=image_subsample, border_width=border_width, button_text=button_text, scale=scale, size=size, auto_size_button=auto_size_button, button_color=button_color, font=font, bind_return_key=bind_return_key, focus=focus, pad=pad, key=key) + +##################################### ----- RESULTS ------ ################################################## + +def AddToReturnDictionary(form, element, value): + if element.Key is None: + form.ReturnValuesDictionary[form.DictionaryKeyCounter] = value + element.Key = form.DictionaryKeyCounter + form.DictionaryKeyCounter += 1 + else: + form.ReturnValuesDictionary[element.Key] = value + +def AddToReturnList(form, value): + form.ReturnValuesList.append(value) + + +#----------------------------------------------------------------------------# +# ------- FUNCTION InitializeResults. Sets up form results matrix --------# +def InitializeResults(form): + BuildResults(form, True, form) + return + +#===== Radio Button RadVar encoding and decoding =====# +#===== The value is simply the row * 1000 + col =====# +def DecodeRadioRowCol(RadValue): + row = RadValue//1000 + col = RadValue%1000 + return row,col + +def EncodeRadioRowCol(row, col): + RadValue = row * 1000 + col + return RadValue + +# ------- FUNCTION BuildResults. Form exiting so build the results to pass back ------- # +# format of return values is +# (Button Pressed, input_values) +def BuildResults(form, initialize_only, top_level_form): + # Results for elements are: + # TEXT - Nothing + # INPUT - Read value from TK + # Button - Button Text and position as a Tuple + + # Get the initialized results so we don't have to rebuild + form.DictionaryKeyCounter = 0 + form.ReturnValuesDictionary = {} + form.ReturnValuesList = [] + BuildResultsForSubform(form, initialize_only, top_level_form) + top_level_form.LastButtonClicked = None + return form.ReturnValues + +def BuildResultsForSubform(form, initialize_only, top_level_form): + button_pressed_text = top_level_form.LastButtonClicked + for row_num,row in enumerate(form.Rows): + for col_num, element in enumerate(row): + value = None + if element.Type == ELEM_TYPE_COLUMN: + element.DictionaryKeyCounter = top_level_form.DictionaryKeyCounter + element.ReturnValuesList = [] + element.ReturnValuesDictionary = {} + BuildResultsForSubform(element, initialize_only, top_level_form) + for item in element.ReturnValuesList: + AddToReturnList(top_level_form, item) + # for key in element.ReturnValuesDictionary: + # top_level_form.ReturnValuesDictionary[key] = element.ReturnValuesDictionary[key] + # top_level_form.DictionaryKeyCounter += element.DictionaryKeyCounter + if element.UseDictionary: + top_level_form.UseDictionary = True + if element.ReturnValues[0] is not None: # if a button was clicked + button_pressed_text = element.ReturnValues[0] + + if not initialize_only: + if element.Type == ELEM_TYPE_INPUT_TEXT: + value=element.TKStringVar.get() + if not top_level_form.NonBlocking and not element.do_not_clear and not top_level_form.ReturnKeyboardEvents: + element.TKStringVar.set('') + elif element.Type == ELEM_TYPE_INPUT_CHECKBOX: + value = element.TKIntVar.get() + value = (value != 0) + elif element.Type == ELEM_TYPE_INPUT_RADIO: + RadVar=element.TKIntVar.get() + this_rowcol = EncodeRadioRowCol(row_num,col_num) + value = RadVar == this_rowcol + elif element.Type == ELEM_TYPE_BUTTON: + if top_level_form.LastButtonClicked == element.ButtonText: + button_pressed_text = top_level_form.LastButtonClicked + if element.BType != BUTTON_TYPE_REALTIME: # Do not clear realtime buttons + top_level_form.LastButtonClicked = None + elif element.Type == ELEM_TYPE_INPUT_COMBO: + value=element.TKStringVar.get() + elif element.Type == ELEM_TYPE_INPUT_OPTION_MENU: + value=element.TKStringVar.get() + elif element.Type == ELEM_TYPE_INPUT_LISTBOX: + try: + items=element.TKListbox.curselection() + value = [element.Values[int(item)] for item in items] + except: + value = '' + elif element.Type == ELEM_TYPE_INPUT_SPIN: + try: + value=element.TKStringVar.get() + except: + value = 0 + elif element.Type == ELEM_TYPE_INPUT_SLIDER: + try: + value=element.TKIntVar.get() + except: + value = 0 + elif element.Type == ELEM_TYPE_INPUT_MULTILINE: + try: + value=element.TKText.get(1.0, tk.END) + if not top_level_form.NonBlocking and not element.do_not_clear and not top_level_form.ReturnKeyboardEvents: + element.TKText.delete('1.0', tk.END) + except: + value = None + else: + value = None + + # if an input type element, update the results + if element.Type != ELEM_TYPE_BUTTON and element.Type != ELEM_TYPE_TEXT and element.Type != ELEM_TYPE_IMAGE and\ + element.Type != ELEM_TYPE_OUTPUT and element.Type != ELEM_TYPE_PROGRESS_BAR and element.Type!= ELEM_TYPE_COLUMN: + AddToReturnList(form, value) + AddToReturnDictionary(top_level_form, element, value) + + # if this is a column, then will fail so need to wrap with tr + try: + if form.ReturnKeyboardEvents and form.LastKeyboardEvent is not None: + button_pressed_text = form.LastKeyboardEvent + form.LastKeyboardEvent = None + except: pass + + try: + form.ReturnValuesDictionary.pop(None, None) # clean up dictionary include None was included + except: pass + + if not form.UseDictionary: + form.ReturnValues = button_pressed_text, form.ReturnValuesList + else: + form.ReturnValues = button_pressed_text, form.ReturnValuesDictionary + + return form.ReturnValues + +def FillFormWithValues(form, values_dict): + FillSubformWithValues(form, values_dict) + +def FillSubformWithValues(form, values_dict): + for row_num,row in enumerate(form.Rows): + for col_num, element in enumerate(row): + value = None + if element.Type == ELEM_TYPE_COLUMN: + FillSubformWithValues(element, values_dict) + try: + value = values_dict[element.Key] + except: + continue + if element.Type == ELEM_TYPE_INPUT_TEXT: + element.Update(value) + elif element.Type == ELEM_TYPE_INPUT_CHECKBOX: + element.Update(value) + elif element.Type == ELEM_TYPE_INPUT_RADIO: + element.Update(value) + elif element.Type == ELEM_TYPE_INPUT_COMBO: + element.Update(value) + elif element.Type == ELEM_TYPE_INPUT_OPTION_MENU: + element.Update(value) + elif element.Type == ELEM_TYPE_INPUT_LISTBOX: + element.SetValue(value) + elif element.Type == ELEM_TYPE_INPUT_SLIDER: + element.Update(value) + elif element.Type == ELEM_TYPE_INPUT_MULTILINE: + element.Update(value) + elif element.Type == ELEM_TYPE_INPUT_SPIN: + element.Update(value) + + +def _FindElementFromKeyInSubForm(form, key): + for row_num, row in enumerate(form.Rows): + for col_num, element in enumerate(row): + if element.Type == ELEM_TYPE_COLUMN: + matching_elem = _FindElementFromKeyInSubForm(element, key) + if matching_elem is not None: + return matching_elem + if element.Key == key: + return element + + +# ------------------------------------------------------------------------------------------------------------------ # +# ===================================== TK CODE STARTS HERE ====================================================== # +# ------------------------------------------------------------------------------------------------------------------ # + +def PackFormIntoFrame(form, containing_frame, toplevel_form): + def CharWidthInPixels(): + return tkinter.font.Font().measure('A') # single character width + # only set title on non-tabbed forms + border_depth = toplevel_form.BorderDepth if toplevel_form.BorderDepth is not None else DEFAULT_BORDER_WIDTH + # --------------------------------------------------------------------------- # + # **************** Use FlexForm to build the tkinter window ********** ----- # + # Building is done row by row. # + # --------------------------------------------------------------------------- # + focus_set = False + ######################### LOOP THROUGH ROWS ######################### + # *********** ------- Loop through ROWS ------- ***********# + for row_num, flex_row in enumerate(form.Rows): + ######################### LOOP THROUGH ELEMENTS ON ROW ######################### + # *********** ------- Loop through ELEMENTS ------- ***********# + # *********** Make TK Row ***********# + tk_row_frame = tk.Frame(containing_frame) + for col_num, element in enumerate(flex_row): + element.ParentForm = toplevel_form # save the button's parent form object + if toplevel_form.Font and (element.Font == DEFAULT_FONT or not element.Font): + font = toplevel_form.Font + elif element.Font is not None: + font = element.Font + else: + font = DEFAULT_FONT + # ------- Determine Auto-Size setting on a cascading basis ------- # + if element.AutoSizeText is not None: # if element overide + auto_size_text = element.AutoSizeText + elif toplevel_form.AutoSizeText is not None: # if form override + auto_size_text = toplevel_form.AutoSizeText + else: + auto_size_text = DEFAULT_AUTOSIZE_TEXT + element_type = element.Type + # Set foreground color + text_color = element.TextColor + # Determine Element size + element_size = element.Size + if (element_size == (None, None) and element_type != ELEM_TYPE_BUTTON): # user did not specify a size + element_size = toplevel_form.DefaultElementSize + elif (element_size == (None, None) and element_type == ELEM_TYPE_BUTTON): + element_size = toplevel_form.DefaultButtonElementSize + else: auto_size_text = False # if user has specified a size then it shouldn't autosize + # Apply scaling... Element scaling is higher priority than form level + if element.Scale != (None, None): + element_size = (int(element_size[0] * element.Scale[0]), int(element_size[1] * element.Scale[1])) + elif toplevel_form.Scale != (None, None): + element_size = (int(element_size[0] * toplevel_form.Scale[0]), int(element_size[1] * toplevel_form.Scale[1])) + # ------------------------- COLUMN element ------------------------- # + if element_type == ELEM_TYPE_COLUMN: + if element.Scrollable: + col_frame = TkScrollableFrame(tk_row_frame) # do not use yet! not working + PackFormIntoFrame(element, col_frame.TKFrame, toplevel_form) + col_frame.TKFrame.update() + if element.Size == (None, None): # if no size specified, use column width x column height/2 + col_frame.canvas.config(width=col_frame.TKFrame.winfo_reqwidth(),height=col_frame.TKFrame.winfo_reqheight()/2) + else: + col_frame.canvas.config(width=element.Size[0],height=element.Size[1]) + + if not element.BackgroundColor in (None, COLOR_SYSTEM_DEFAULT): + col_frame.canvas.config(background=element.BackgroundColor) + col_frame.TKFrame.config(background=element.BackgroundColor, borderwidth =0, highlightthickness=0) + col_frame.config(background=element.BackgroundColor, borderwidth =0, highlightthickness=0) + else: + col_frame = tk.Frame(tk_row_frame) + PackFormIntoFrame(element, col_frame, toplevel_form) + + col_frame.pack(side=tk.LEFT, padx=element.Pad[0], pady=element.Pad[1]) + if element.BackgroundColor != COLOR_SYSTEM_DEFAULT and element.BackgroundColor is not None: + col_frame.configure(background=element.BackgroundColor, highlightbackground=element.BackgroundColor, highlightcolor=element.BackgroundColor) + # ------------------------- TEXT element ------------------------- # + elif element_type == ELEM_TYPE_TEXT: + display_text = element.DisplayText # text to display + if auto_size_text is False: + width, height=element_size + else: + lines = display_text.split('\n') + max_line_len = max([len(l) for l in lines]) + num_lines = len(lines) + if max_line_len > element_size[0]: # if text exceeds element size, the will have to wrap + width = element_size[0] + else: + width=max_line_len + height=num_lines + # ---===--- LABEL widget create and place --- # + stringvar = tk.StringVar() + element.TKStringVar = stringvar + stringvar.set(display_text) + if auto_size_text: + width = 0 + if element.Justification is not None: + justification = element.Justification + elif toplevel_form.TextJustification is not None: + justification = toplevel_form.TextJustification + else: + justification = DEFAULT_TEXT_JUSTIFICATION + justify = tk.LEFT if justification == 'left' else tk.CENTER if justification == 'center' else tk.RIGHT + anchor = tk.NW if justification == 'left' else tk.N if justification == 'center' else tk.NE + tktext_label = tk.Label(tk_row_frame, textvariable=stringvar, width=width, height=height, justify=justify, bd=border_depth, font=font) + # Set wrap-length for text (in PIXELS) == PAIN IN THE ASS + wraplen = tktext_label.winfo_reqwidth()+40 # width of widget in Pixels + if not auto_size_text: + wraplen = 0 + # print("wraplen, width, height", wraplen, width, height) + tktext_label.configure(anchor=anchor, wraplen=wraplen) # set wrap to width of widget + if element.BackgroundColor is not None and element.BackgroundColor != COLOR_SYSTEM_DEFAULT: + tktext_label.configure(background=element.BackgroundColor) + if element.TextColor != COLOR_SYSTEM_DEFAULT and element.TextColor is not None: + tktext_label.configure(fg=element.TextColor) + tktext_label.pack(side=tk.LEFT,padx=element.Pad[0], pady=element.Pad[1]) + element.TKText = tktext_label + # ------------------------- BUTTON element ------------------------- # + elif element_type == ELEM_TYPE_BUTTON: + element.Location = (row_num, col_num) + btext = element.ButtonText + btype = element.BType + if element.AutoSizeButton is not None: + auto_size = element.AutoSizeButton + else: auto_size = toplevel_form.AutoSizeButtons + if auto_size is False or element.Size[0] is not None: + width, height = element_size + else: + width = 0 + height= toplevel_form.DefaultButtonElementSize[1] + lines = btext.split('\n') + max_line_len = max([len(l) for l in lines]) + num_lines = len(lines) + if element.ButtonColor != (None, None)and element.ButtonColor != DEFAULT_BUTTON_COLOR: + bc = element.ButtonColor + elif toplevel_form.ButtonColor != (None, None) and toplevel_form.ButtonColor != DEFAULT_BUTTON_COLOR: + bc = toplevel_form.ButtonColor + else: + bc = DEFAULT_BUTTON_COLOR + border_depth = element.BorderWidth + if btype != BUTTON_TYPE_REALTIME: + tkbutton = tk.Button(tk_row_frame, text=btext, width=width, height=height,command=element.ButtonCallBack, justify=tk.LEFT, bd=border_depth, font=font) + else: + tkbutton = tk.Button(tk_row_frame, text=btext, width=width, height=height, justify=tk.LEFT, bd=border_depth, font=font) + tkbutton.bind('', element.ButtonReleaseCallBack) + tkbutton.bind('', element.ButtonPressCallBack) + if bc != (None, None) and bc != COLOR_SYSTEM_DEFAULT: + tkbutton.config(foreground=bc[0], background=bc[1]) + element.TKButton = tkbutton # not used yet but save the TK button in case + wraplen = tkbutton.winfo_reqwidth() # width of widget in Pixels + if element.ImageFilename: # if button has an image on it + tkbutton.config(highlightthickness=0) + photo = tk.PhotoImage(file=element.ImageFilename) + if element.ImageSize != (None, None): + width, height = element.ImageSize + if element.ImageSubsample: + photo = photo.subsample(element.ImageSubsample) + else: + width, height = photo.width(), photo.height() + tkbutton.config(image=photo, width=width, height=height) + tkbutton.image = photo + if width != 0: + tkbutton.configure(wraplength=wraplen+10) # set wrap to width of widget + tkbutton.pack(side=tk.LEFT, padx=element.Pad[0], pady=element.Pad[1]) + if element.BindReturnKey: + element.TKButton.bind('', element.ReturnKeyHandler) + if element.Focus is True or (toplevel_form.UseDefaultFocus and not focus_set): + focus_set = True + element.TKButton.bind('', element.ReturnKeyHandler) + element.TKButton.focus_set() + toplevel_form.TKroot.focus_force() + # ------------------------- INPUT (Single Line) element ------------------------- # + elif element_type == ELEM_TYPE_INPUT_TEXT: + default_text = element.DefaultText + element.TKStringVar = tk.StringVar() + element.TKStringVar.set(default_text) + show = element.PasswordCharacter if element.PasswordCharacter else "" + element.TKEntry = tk.Entry(tk_row_frame, width=element_size[0], textvariable=element.TKStringVar, bd=border_depth, font=font, show=show) + element.TKEntry.bind('', element.ReturnKeyHandler) + if element.BackgroundColor is not None and element.BackgroundColor != COLOR_SYSTEM_DEFAULT: + element.TKEntry.configure(background=element.BackgroundColor) + if text_color is not None and text_color != COLOR_SYSTEM_DEFAULT: + element.TKEntry.configure(fg=text_color) + element.TKEntry.pack(side=tk.LEFT,padx=element.Pad[0], pady=element.Pad[1]) + if element.Focus is True or (toplevel_form.UseDefaultFocus and not focus_set): + focus_set = True + element.TKEntry.focus_set() + # ------------------------- COMBO BOX (Drop Down) element ------------------------- # + elif element_type == ELEM_TYPE_INPUT_COMBO: + max_line_len = max([len(str(l)) for l in element.Values]) + if auto_size_text is False: width=element_size[0] + else: width = max_line_len + element.TKStringVar = tk.StringVar() + if element.BackgroundColor is not None and element.BackgroundColor != COLOR_SYSTEM_DEFAULT: + combostyle = ttk.Style() + try: + combostyle.theme_create('combostyle', + settings={'TCombobox': + {'configure': + {'selectbackground': element.BackgroundColor, + 'fieldbackground': element.BackgroundColor, + 'foreground': text_color, + 'background': element.BackgroundColor} + }}) + except: + try: + combostyle.theme_settings('combostyle', + settings={'TCombobox': + {'configure': + {'selectbackground': element.BackgroundColor, + 'fieldbackground': element.BackgroundColor, + 'foreground': text_color, + 'background': element.BackgroundColor} + }}) + except: pass + # ATTENTION: this applies the new style 'combostyle' to all ttk.Combobox + combostyle.theme_use('combostyle') + element.TKCombo = ttk.Combobox(tk_row_frame, width=width, textvariable=element.TKStringVar,font=font ) + # element.TKCombo['state']='readonly' + element.TKCombo['values'] = element.Values + # if element.BackgroundColor is not None: + # element.TKCombo.configure(background=element.BackgroundColor) + element.TKCombo.pack(side=tk.LEFT,padx=element.Pad[0], pady=element.Pad[1]) + if element.DefaultValue: + for i, v in enumerate(element.Values): + if v == element.DefaultValue: + element.TKCombo.current(i) + break + else: + element.TKCombo.current(0) + # ------------------------- OPTION MENU (Like ComboBox but different) element ------------------------- # + elif element_type == ELEM_TYPE_INPUT_OPTION_MENU: + max_line_len = max([len(str(l)) for l in element.Values]) + if auto_size_text is False: width=element_size[0] + else: width = max_line_len + element.TKStringVar = tk.StringVar() + default = element.DefaultValue if element.DefaultValue else element.Values[0] + element.TKStringVar.set(default) + element.TKOptionMenu = tk.OptionMenu(tk_row_frame, element.TKStringVar ,*element.Values) + element.TKOptionMenu.config(highlightthickness=0, font=font, width=width ) + element.TKOptionMenu.config(borderwidth=border_depth) + if element.BackgroundColor is not None and element.BackgroundColor != COLOR_SYSTEM_DEFAULT: + element.TKOptionMenu.configure(background=element.BackgroundColor) + if element.TextColor != COLOR_SYSTEM_DEFAULT and element.TextColor is not None: + element.TKOptionMenu.configure(fg=element.TextColor) + element.TKOptionMenu.pack(side=tk.LEFT,padx=element.Pad[0], pady=element.Pad[1]) + # ------------------------- LISTBOX element ------------------------- # + elif element_type == ELEM_TYPE_INPUT_LISTBOX: + max_line_len = max([len(str(l)) for l in element.Values]) + if auto_size_text is False: width=element_size[0] + else: width = max_line_len + listbox_frame = tk.Frame(tk_row_frame) + element.TKStringVar = tk.StringVar() + element.TKListbox= tk.Listbox(listbox_frame, height=element_size[1], width=width, selectmode=element.SelectMode, font=font) + for index, item in enumerate(element.Values): + element.TKListbox.insert(tk.END, item) + if element.DefaultValues is not None and item in element.DefaultValues: + element.TKListbox.selection_set(index) + if element.BackgroundColor is not None and element.BackgroundColor != COLOR_SYSTEM_DEFAULT: + element.TKListbox.configure(background=element.BackgroundColor) + if text_color is not None and text_color != COLOR_SYSTEM_DEFAULT: + element.TKListbox.configure(fg=text_color) + if element.ChangeSubmits: + element.TKListbox.bind('<>', element.ListboxSelectHandler) + vsb = tk.Scrollbar(listbox_frame, orient="vertical", command=element.TKListbox.yview) + element.TKListbox.configure(yscrollcommand=vsb.set) + element.TKListbox.pack(side=tk.LEFT) + vsb.pack(side=tk.LEFT, fill='y') + listbox_frame.pack(side=tk.LEFT,padx=element.Pad[0], pady=element.Pad[1]) + element.TKListbox.bind('', element.ReturnKeyHandler) + # ------------------------- INPUT MULTI LINE element ------------------------- # + elif element_type == ELEM_TYPE_INPUT_MULTILINE: + default_text = element.DefaultText + width, height = element_size + element.TKText = tk.scrolledtext.ScrolledText(tk_row_frame, width=width, height=height, wrap='word', bd=border_depth,font=font) + element.TKText.insert(1.0, default_text) # set the default text + if element.BackgroundColor is not None and element.BackgroundColor != COLOR_SYSTEM_DEFAULT: + element.TKText.configure(background=element.BackgroundColor) + element.TKText.vbar.config(troughcolor=DEFAULT_SCROLLBAR_COLOR) + element.TKText.pack(side=tk.LEFT,padx=element.Pad[0], pady=element.Pad[1]) + if element.EnterSubmits: + element.TKText.bind('', element.ReturnKeyHandler) + if element.Focus is True or (toplevel_form.UseDefaultFocus and not focus_set): + focus_set = True + element.TKText.focus_set() + if text_color is not None and text_color != COLOR_SYSTEM_DEFAULT: + element.TKText.configure(fg=text_color) + # ------------------------- INPUT CHECKBOX element ------------------------- # + elif element_type == ELEM_TYPE_INPUT_CHECKBOX: + width = 0 if auto_size_text else element_size[0] + default_value = element.InitialState + element.TKIntVar = tk.IntVar() + element.TKIntVar.set(default_value if default_value is not None else 0) + element.TKCheckbutton = tk.Checkbutton(tk_row_frame, anchor=tk.NW, text=element.Text, width=width, variable=element.TKIntVar, bd=border_depth, font=font) + if default_value is None: + element.TKCheckbutton.configure(state='disable') + if element.BackgroundColor is not None: + element.TKCheckbutton.configure(background=element.BackgroundColor) + element.TKCheckbutton.configure(selectcolor=element.BackgroundColor) + if text_color is not None and text_color != COLOR_SYSTEM_DEFAULT: + element.TKCheckbutton.configure(fg=text_color) + element.TKCheckbutton.pack(side=tk.LEFT,padx=element.Pad[0], pady=element.Pad[1]) + # ------------------------- PROGRESS BAR element ------------------------- # + elif element_type == ELEM_TYPE_PROGRESS_BAR: + # save this form because it must be 'updated' (refreshed) solely for the purpose of updating bar + width = element_size[0] + fnt = tkinter.font.Font() + char_width = fnt.measure('A') # single character width + progress_length = width*char_width + progress_width = element_size[1] + direction = element.Orientation + if element.BarColor != (None, None): # if element has a bar color, use it + bar_color = element.BarColor + else: + bar_color = DEFAULT_PROGRESS_BAR_COLOR + element.TKProgressBar = TKProgressBar(tk_row_frame, element.MaxValue, progress_length, progress_width, orientation=direction, BarColor=bar_color, border_width=element.BorderWidth, relief=element.Relief, style=element.BarStyle ) + element.TKProgressBar.TKProgressBarForReal.pack(side=tk.LEFT, padx=element.Pad[0], pady=element.Pad[1]) + # ------------------------- INPUT RADIO BUTTON element ------------------------- # + elif element_type == ELEM_TYPE_INPUT_RADIO: + width = 0 if auto_size_text else element_size[0] + default_value = element.InitialState + ID = element.GroupID + # see if ID has already been placed + value = EncodeRadioRowCol(row_num, col_num) # value to set intvar to if this radio is selected + if ID in toplevel_form.RadioDict: + RadVar = toplevel_form.RadioDict[ID] + else: + RadVar = tk.IntVar() + toplevel_form.RadioDict[ID] = RadVar + element.TKIntVar = RadVar # store the RadVar in Radio object + if default_value: # if this radio is the one selected, set RadVar to match + element.TKIntVar.set(value) + element.TKRadio = tk.Radiobutton(tk_row_frame, anchor=tk.NW, text=element.Text, width=width, + variable=element.TKIntVar, value=value, bd=border_depth, font=font) + if not element.BackgroundColor in (None, COLOR_SYSTEM_DEFAULT): + element.TKRadio.configure(background=element.BackgroundColor) + element.TKRadio.configure(selectcolor=element.BackgroundColor) + if text_color is not None and text_color != COLOR_SYSTEM_DEFAULT: + element.TKRadio.configure(fg=text_color) + element.TKRadio.pack(side=tk.LEFT, padx=element.Pad[0],pady=element.Pad[1]) + # ------------------------- INPUT SPIN Box element ------------------------- # + elif element_type == ELEM_TYPE_INPUT_SPIN: + width, height = element_size + width = 0 if auto_size_text else element_size[0] + element.TKStringVar = tk.StringVar() + element.TKSpinBox = tk.Spinbox(tk_row_frame, values=element.Values, textvariable=element.TKStringVar, width=width, bd=border_depth) + element.TKStringVar.set(element.DefaultValue) + element.TKSpinBox.configure(font=font) # set wrap to width of widget + if element.BackgroundColor is not None and element.BackgroundColor != COLOR_SYSTEM_DEFAULT: + element.TKSpinBox.configure(background=element.BackgroundColor) + element.TKSpinBox.pack(side=tk.LEFT, padx=element.Pad[0], pady=element.Pad[1]) + if text_color is not None and text_color != COLOR_SYSTEM_DEFAULT: + element.TKSpinBox.configure(fg=text_color) + if element.ChangeSubmits: + element.TKSpinBox.bind('', element.SpinChangedHandler) + # ------------------------- OUTPUT element ------------------------- # + elif element_type == ELEM_TYPE_OUTPUT: + width, height = element_size + element.TKOut = TKOutput(tk_row_frame, width=width, height=height, bd=border_depth, background_color=element.BackgroundColor, text_color=text_color, font=font, pad=element.Pad) + element.TKOut.pack(side=tk.LEFT) + # ------------------------- IMAGE Box element ------------------------- # + elif element_type == ELEM_TYPE_IMAGE: + if element.Filename is not None: + photo = tk.PhotoImage(file=element.Filename) + elif element.Data is not None: + photo = tk.PhotoImage(data=element.Data) + else: + photo = None + print('*ERROR laying out form.... Image Element has no image specified*') + + if photo is not None: + if element_size == (None, None) or element_size == None or element_size == toplevel_form.DefaultElementSize: + width, height = photo.width(), photo.height() + else: + width, height = element_size + element.tktext_label = tk.Label(tk_row_frame, image=photo, width=width, height=height, bd=border_depth) + element.tktext_label.image = photo + # tktext_label.configure(anchor=tk.NW, image=photo) + element.tktext_label.pack(side=tk.LEFT, padx=element.Pad[0],pady=element.Pad[1]) + # ------------------------- Canvas element ------------------------- # + elif element_type == ELEM_TYPE_CANVAS: + width, height = element_size + if element.TKCanvas is None: + element.TKCanvas = tk.Canvas(tk_row_frame, width=width, height=height, bd=border_depth) + else: + element.TKCanvas.master = tk_row_frame + if element.BackgroundColor is not None and element.BackgroundColor != COLOR_SYSTEM_DEFAULT: + element.TKCanvas.configure(background=element.BackgroundColor) + element.TKCanvas.pack(side=tk.LEFT, padx=element.Pad[0], pady=element.Pad[1]) + # ------------------------- Frame element ------------------------- # + elif element_type == ELEM_TYPE_FRAME: + width, height = element_size + if element.TKFrame is None: + element.TKFrame = tk.Frame(tk_row_frame, width=width, height=height, bd=border_depth) + if element.BackgroundColor is not None and element.BackgroundColor != COLOR_SYSTEM_DEFAULT: + element.TKFrame.configure(background=element.BackgroundColor) + element.TKFrame.pack(side=tk.LEFT, padx=element.Pad[0], pady=element.Pad[1]) + # ------------------------- SLIDER Box element ------------------------- # + elif element_type == ELEM_TYPE_INPUT_SLIDER: + slider_length = element_size[0] * CharWidthInPixels() + slider_width = element_size[1] + element.TKIntVar = tk.IntVar() + element.TKIntVar.set(element.DefaultValue) + if element.Orientation[0] == 'v': + range_from = element.Range[1] + range_to = element.Range[0] + slider_length += DEFAULT_MARGINS[1]*(element_size[0]*2) # add in the padding + else: + range_from = element.Range[0] + range_to = element.Range[1] + if element.ChangeSubmits: + tkscale = tk.Scale(tk_row_frame, orient=element.Orientation, variable=element.TKIntVar, from_=range_from, to_=range_to, resolution = element.Resolution, length=slider_length, width=slider_width , bd=element.BorderWidth, relief=element.Relief, font=font, command=element.SliderChangedHandler) + else: + tkscale = tk.Scale(tk_row_frame, orient=element.Orientation, variable=element.TKIntVar, from_=range_from, to_=range_to, resolution = element.Resolution, length=slider_length, width=slider_width , bd=element.BorderWidth, relief=element.Relief, font=font) + tkscale.config(highlightthickness=0) + if element.BackgroundColor is not None and element.BackgroundColor != COLOR_SYSTEM_DEFAULT: + tkscale.configure(background=element.BackgroundColor) + if DEFAULT_SCROLLBAR_COLOR != COLOR_SYSTEM_DEFAULT: + tkscale.config(troughcolor=DEFAULT_SCROLLBAR_COLOR) + if text_color is not None and text_color != COLOR_SYSTEM_DEFAULT: + tkscale.configure(fg=text_color) + tkscale.pack(side=tk.LEFT, padx=element.Pad[0],pady=element.Pad[1]) + element.TKScale = tkscale + #............................DONE WITH ROW pack the row of widgets ..........................# + # done with row, pack the row of widgets + # tk_row_frame.grid(row=row_num+2, sticky=tk.NW, padx=DEFAULT_MARGINS[0]) + tk_row_frame.pack(side=tk.TOP, anchor='sw', padx=DEFAULT_MARGINS[0]) + + if form.BackgroundColor is not None and form.BackgroundColor != COLOR_SYSTEM_DEFAULT: + tk_row_frame.configure(background=form.BackgroundColor) + if not toplevel_form.IsTabbedForm: + toplevel_form.TKroot.configure(padx=DEFAULT_MARGINS[0], pady=DEFAULT_MARGINS[1]) + else: toplevel_form.ParentWindow.configure(padx=DEFAULT_MARGINS[0], pady=DEFAULT_MARGINS[1]) + return + + +def ConvertFlexToTK(MyFlexForm): + master = MyFlexForm.TKroot + # only set title on non-tabbed forms + if not MyFlexForm.IsTabbedForm: + master.title(MyFlexForm.Title) + InitializeResults(MyFlexForm) + try: + master.attributes('-alpha', 0) # hide window while building it. makes for smoother 'paint' + except: + pass + PackFormIntoFrame(MyFlexForm, master, MyFlexForm) + #....................................... DONE creating and laying out window ..........................# + if MyFlexForm.IsTabbedForm: + master = MyFlexForm.ParentWindow + screen_width = master.winfo_screenwidth() # get window info to move to middle of screen + screen_height = master.winfo_screenheight() + if MyFlexForm.Location != (None, None): + x,y = MyFlexForm.Location + elif DEFAULT_WINDOW_LOCATION != (None, None): + x,y = DEFAULT_WINDOW_LOCATION + else: + master.update_idletasks() # don't forget to do updates or values are bad + win_width = master.winfo_width() + win_height = master.winfo_height() + x = screen_width/2 -win_width/2 + y = screen_height/2 - win_height/2 + if y+win_height > screen_height: + y = screen_height-win_height + if x+win_width > screen_width: + x = screen_width-win_width + + move_string = '+%i+%i'%(int(x),int(y)) + master.geometry(move_string) + master.attributes('-alpha', 255) # Make window visible again + master.update_idletasks() # don't forget + return + + +# ----====----====----====----====----==== STARTUP TK ====----====----====----====----====----# +def ShowTabbedForm(title, *args, auto_close=False, auto_close_duration=DEFAULT_AUTOCLOSE_TIME, fav_icon=DEFAULT_WINDOW_ICON): + # takes as input (form, rows, tab name) for each tab + global _my_windows + + uber = UberForm() + root = tk.Tk() + uber.TKroot = root + if title is not None: + root.title(title) + if not len(args): + print('******************* SHOW TABBED FORMS ERROR .... no arguments') + return + if DEFAULT_BACKGROUND_COLOR: + framestyle = ttk.Style() + try: + framestyle.theme_create('framestyle', parent='alt', + settings={'TFrame': + {'configure': + {'background': DEFAULT_BACKGROUND_COLOR, + }}}) + except: pass + # ATTENTION: this applies the new style 'combostyle' to all ttk.Combobox + # framestyle.theme_use('framestyle') + tab_control = ttk.Notebook(root) + for num,x in enumerate(args): + form, rows, tab_name = x + form.AddRows(rows) + + if DEFAULT_BACKGROUND_COLOR: + framestyle.theme_use('framestyle') + tab = ttk.Frame(tab_control) # Create tab 1 + # s.configure("my.Frame.TFrame", background=DEFAULT_BACKGROUND_COLOR) + tab_control.add(tab, text=tab_name) # Add tab 1 + # tab_control.configure(text='new text') + tab_control.grid(row=0, sticky=tk.W) + form.TKTabControl = tab_control + form.TKroot = tab + form.IsTabbedForm = True + form.ParentWindow = root + ConvertFlexToTK(form) + form.UberParent = uber + uber.AddForm(form) + uber.FormReturnValues.append(form.ReturnValues) + + # dangerous?? or clever? use the final form as a callback for autoclose + id = root.after(auto_close_duration * 1000, form._AutoCloseAlarmCallback) if auto_close else 0 + icon = fav_icon if not _my_windows.user_defined_icon else _my_windows.user_defined_icon + try: uber.TKroot.iconbitmap(icon) + except: pass + + root.mainloop() + + if id: root.after_cancel(id) + uber.TKrootDestroyed = True + return uber.FormReturnValues + +# ----====----====----====----====----==== STARTUP TK ====----====----====----====----====----# +def StartupTK(my_flex_form): + global _my_windows + + ow = _my_windows.NumOpenWindows + # print('Starting TK open Windows = {}'.format(ow)) + root = tk.Tk() if not ow else tk.Toplevel() + # root = tk.Toplevel() + if my_flex_form.BackgroundColor is not None and my_flex_form.BackgroundColor != COLOR_SYSTEM_DEFAULT: + root.configure(background=my_flex_form.BackgroundColor) + _my_windows.Increment() + + my_flex_form.TKroot = root + # root.protocol("WM_DELETE_WINDOW", MyFlexForm.DestroyedCallback()) + # root.bind('', MyFlexForm.DestroyedCallback()) + ConvertFlexToTK(my_flex_form) + my_flex_form.SetIcon(my_flex_form.WindowIcon) + if my_flex_form.ReturnKeyboardEvents and not my_flex_form.NonBlocking: + root.bind("", my_flex_form._KeyboardCallback) + root.bind("", my_flex_form._MouseWheelCallback) + elif my_flex_form.ReturnKeyboardEvents: + root.bind("", my_flex_form._KeyboardCallback) + root.bind("", my_flex_form._MouseWheelCallback) + + if my_flex_form.AutoClose: + duration = DEFAULT_AUTOCLOSE_TIME if my_flex_form.AutoCloseDuration is None else my_flex_form.AutoCloseDuration + my_flex_form.TKAfterID = root.after(duration * 1000, my_flex_form._AutoCloseAlarmCallback) + if my_flex_form.NonBlocking: + my_flex_form.TKroot.protocol("WM_WINDOW_DESTROYED", my_flex_form.OnClosingCallback()) + else: # it's a blocking form + # print('..... CALLING MainLoop') + my_flex_form.TKroot.mainloop() + # print('..... BACK from MainLoop') + if not my_flex_form.FormRemainedOpen: + _my_windows.Decrement() + if my_flex_form.RootNeedsDestroying: + my_flex_form.TKroot.destroy() + my_flex_form.RootNeedsDestroying = False + return + +# ==============================_GetNumLinesNeeded ==# +# Helper function for determining how to wrap text # +# ===================================================# +def _GetNumLinesNeeded(text, max_line_width): + if max_line_width == 0: + return 1 + lines = text.split('\n') + num_lines = len(lines) # number of original lines of text + max_line_len = max([len(l) for l in lines]) # longest line + lines_used = [] + for L in lines: + lines_used.append(len(L)//max_line_width + (len(L) % max_line_width > 0)) # fancy math to round up + total_lines_needed = sum(lines_used) + return total_lines_needed + +# ------------------------------------------------------------------------------------------------------------------ # +# ===================================== Upper PySimpleGUI ============================================================== # +# Pre-built dialog boxes for all your needs # +# ------------------------------------------------------------------------------------------------------------------ # + +# ==================================== MSG BOX =====# +# Display a message wrapping at 60 characters # +# Exits via an OK button2 press # +# Returns nothing # +# ===================================================# +def Popup(*args, button_color=None, button_type=MSG_BOX_OK, auto_close=False, auto_close_duration=None, non_blocking=False, icon=DEFAULT_WINDOW_ICON, line_width=None, font=None): + ''' + Show message box. Displays one line per user supplied argument. Takes any Type of variable to display. + :param args: + :param button_color: + :param button_type: + :param auto_close: + :param auto_close_duration: + :param icon: + :param line_width: + :param font: + :return: + ''' + if not args: + args_to_print = [''] + else: + args_to_print = args + if line_width != None: + local_line_width = line_width + else: + local_line_width = MESSAGE_BOX_LINE_WIDTH + title = args_to_print[0] if args_to_print[0] is not None else 'None' + with FlexForm(title, auto_size_text=True, button_color=button_color, auto_close=auto_close, auto_close_duration=auto_close_duration, icon=icon, font=font) as form: + max_line_total, total_lines = 0,0 + for message in args_to_print: + # fancy code to check if string and convert if not is not need. Just always convert to string :-) + # if not isinstance(message, str): message = str(message) + message = str(message) + if message.count('\n'): + message_wrapped = message + else: + message_wrapped = textwrap.fill(message, local_line_width) + message_wrapped_lines = message_wrapped.count('\n')+1 + longest_line_len = max([len(l) for l in message.split('\n')]) + width_used = min(longest_line_len, local_line_width) + max_line_total = max(max_line_total, width_used) + # height = _GetNumLinesNeeded(message, width_used) + height = message_wrapped_lines + # print('Msgbox width, height', width_used, height) + form.AddRow(Text(message_wrapped, auto_size_text=True)) + total_lines += height + + pad = max_line_total-15 if max_line_total > 15 else 1 + pad =1 + if non_blocking: + PopupButton = DummyButton + else: + PopupButton = SimpleButton + # show either an OK or Yes/No depending on paramater + if button_type is MSG_BOX_YES_NO: + form.AddRow(Text('', size=(pad, 1), auto_size_text=False), PopupButton('Yes', button_color=button_color, focus=True, bind_return_key=True), PopupButton('No', button_color=button_color)) + elif button_type is MSG_BOX_CANCELLED: + form.AddRow(Text('', size=(pad, 1), auto_size_text=False), PopupButton('Cancelled', button_color=button_color, focus=True, bind_return_key=True)) + elif button_type is MSG_BOX_ERROR: + form.AddRow(Text('', size=(pad, 1), auto_size_text=False), PopupButton('ERROR', size=(5, 1), button_color=button_color, focus=True, bind_return_key=True)) + elif button_type is MSG_BOX_OK_CANCEL: + form.AddRow(Text('', size=(pad, 1), auto_size_text=False), PopupButton('OK', size=(5, 1), button_color=button_color, focus=True, bind_return_key=True), + PopupButton('Cancel', size=(5, 1), button_color=button_color)) + elif button_type is MSG_BOX_NO_BUTTONS: + pass + else: + form.AddRow(Text('', size=(pad, 1), auto_size_text=False), PopupButton('OK', size=(5, 1), button_color=button_color, focus=True, bind_return_key=True)) + + if non_blocking: + button, values = form.ReadNonBlocking() + else: + button, values = form.Show() + + return button + + + +# ============================== MsgBox============# +# Lazy function. Same as calling Popup with parms # +# ==================================================# +# MsgBox is the legacy call and show not be used any longer +MsgBox = Popup + +# --------------------------- PopupNonBlocking --------------------------- +def PopupoNoButtons(*args, button_color=None, auto_close=False, auto_close_duration=None, font=None): + Popup(*args, button_type=MSG_BOX_NO_BUTTONS, button_color=button_color, auto_close=auto_close, auto_close_duration=auto_close_duration, font=font) + return + + +# --------------------------- PopupNonBlocking --------------------------- +def PopupoNonBlocking(*args, button_color=None, auto_close=False, auto_close_duration=None, font=None): + Popup(*args, non_blocking=True, button_color=button_color, auto_close=auto_close, auto_close_duration=auto_close_duration, font=font) + return + +PopupNoWait = PopupoNonBlocking + + +# ============================== MsgBoxAutoClose====# +# Lazy function. Same as calling MsgBox with parms # +# ===================================================# +def MsgBoxAutoClose(*args, button_color=None, auto_close=True, auto_close_duration=DEFAULT_AUTOCLOSE_TIME, font=None): + ''' + Display a standard MsgBox that will automatically close after a specified amount of time + :param args: + :param button_color: + :param auto_close: + :param auto_close_duration: + :param font: + :return: + ''' + return MsgBox(*args, button_color=button_color, auto_close=auto_close, auto_close_duration=auto_close_duration, font=font) + +PopupTimed = MsgBoxAutoClose +PopupAutoClose = MsgBoxAutoClose + +# ============================== MsgBoxError =====# +# Like MsgBox but presents RED BUTTONS # +# ===================================================# +def MsgBoxError(*args, button_color=DEFAULT_ERROR_BUTTON_COLOR, auto_close=False, auto_close_duration=None, font=None): + ''' + Display a MsgBox with a red button + :param args: + :param button_color: + :param auto_close: + :param auto_close_duration: + :param font: + :return: + ''' + return MsgBox(*args, button_color=button_color, auto_close=auto_close, auto_close_duration=auto_close_duration, font=font) + + +PopupError = MsgBoxError + + +# ============================== MsgBoxCancel =====# +# # +# ===================================================# +def MsgBoxCancel(*args, button_color=None, auto_close=False, auto_close_duration=None, font=None): + ''' + Display a MsgBox with a single "Cancel" button. + :param args: + :param button_color: + :param auto_close: + :param auto_close_duration: + :param font: + :return: + ''' + return MsgBox(*args, button_type=MSG_BOX_CANCELLED, button_color=button_color, auto_close=auto_close, auto_close_duration=auto_close_duration, font=font) + +PopupCancel = MsgBoxCancel + + +# ============================== MsgBoxOK =====# +# Like MsgBox but only 1 button # +# ===================================================# +def MsgBoxOK(*args, button_color=None, auto_close=False, auto_close_duration=None, font=None): + ''' + Display a MsgBox with a single buttoned labelled "OK" + :param args: + :param button_color: + :param auto_close: + :param auto_close_duration: + :param font: + :return: + ''' + return MsgBox(*args, button_type=MSG_BOX_OK, button_color=button_color, auto_close=auto_close, auto_close_duration=auto_close_duration, font=font) + +PopupOk = MsgBoxOK + + +# ============================== MsgBoxOKCancel ====# +# Like MsgBox but presents OK and Cancel buttons # +# ===================================================# +def MsgBoxOKCancel(*args, button_color=None, auto_close=False, auto_close_duration=None, font=None): + ''' + Display MsgBox with 2 buttons, "OK" and "Cancel" + :param args: + :param button_color: + :param auto_close: + :param auto_close_duration: + :param font: + :return: + ''' + return MsgBox(*args, button_type=MSG_BOX_OK_CANCEL, button_color=button_color, auto_close=auto_close, auto_close_duration=auto_close_duration, font=font) + +PopupOkCancel = MsgBoxOKCancel + + +# ==================================== YesNoBox=====# +# Like MsgBox but presents Yes and No buttons # +# Returns True if Yes was pressed else False # +# ===================================================# +def MsgBoxYesNo(*args, button_color=None, auto_close=False, auto_close_duration=None, font=None): + ''' + Display MsgBox with 2 buttons, "Yes" and "No" + :param args: + :param button_color: + :param auto_close: + :param auto_close_duration: + :param font: + :return: + ''' + result = MsgBox(*args, button_type=MSG_BOX_YES_NO, button_color=button_color, auto_close=auto_close, auto_close_duration=auto_close_duration, font=font) + return result + + +PopupYesNo = MsgBoxYesNo + +# ============================== PROGRESS METER ========================================== # + +def ConvertArgsToSingleString(*args): + max_line_total, width_used , total_lines, = 0,0,0 + single_line_message = '' + # loop through args and built a SINGLE string from them + for message in args: + # fancy code to check if string and convert if not is not need. Just always convert to string :-) + # if not isinstance(message, str): message = str(message) + message = str(message) + longest_line_len = max([len(l) for l in message.split('\n')]) + width_used = max(longest_line_len, width_used) + max_line_total = max(max_line_total, width_used) + lines_needed = _GetNumLinesNeeded(message, width_used) + total_lines += lines_needed + single_line_message += message + '\n' + return single_line_message, width_used, total_lines + + +# ============================== ProgressMeter =====# +# ===================================================# +def _ProgressMeter(title, max_value, *args, orientation=None, bar_color=(None,None), button_color=None, size=DEFAULT_PROGRESS_BAR_SIZE, scale=(None, None), border_width=None): + ''' + Create and show a form on tbe caller's behalf. + :param title: + :param max_value: + :param args: ANY number of arguments the caller wants to display + :param orientation: + :param bar_color: + :param size: + :param scale: + :param Style: + :param StyleOffset: + :return: ProgressBar object that is in the form + ''' + local_orientation = DEFAULT_METER_ORIENTATION if orientation is None else orientation + local_border_width = DEFAULT_PROGRESS_BAR_BORDER_WIDTH if border_width is None else border_width + bar2 = ProgressBar(max_value, orientation=local_orientation, size=size, bar_color=bar_color, scale=scale, border_width=local_border_width, relief=DEFAULT_PROGRESS_BAR_RELIEF) + form = FlexForm(title, auto_size_text=True) + + # Form using a horizontal bar + if local_orientation[0].lower() == 'h': + single_line_message, width, height = ConvertArgsToSingleString(*args) + bar2.TextToDisplay = single_line_message + bar2.MaxValue = max_value + bar2.CurrentValue = 0 + bar_text = Text(single_line_message, size=(width, height + 3), auto_size_text=True) + form.AddRow(bar_text) + form.AddRow((bar2)) + form.AddRow((Cancel(button_color=button_color))) + else: + single_line_message, width, height = ConvertArgsToSingleString(*args) + bar2.TextToDisplay = single_line_message + bar2.MaxValue = max_value + bar2.CurrentValue = 0 + bar_text = Text(single_line_message, size=(width, height + 3), auto_size_text=True) + form.AddRow(bar2, bar_text) + form.AddRow((Cancel(button_color=button_color))) + + form.NonBlocking = True + form.Show(non_blocking= True) + return bar2, bar_text + +# ============================== ProgressMeterUpdate =====# +def _ProgressMeterUpdate(bar, value, text_elem, *args): + ''' + Update the progress meter for a form + :param form: class ProgressBar + :param value: int + :return: True if not cancelled, OK....False if Error + ''' + global _my_windows + if bar == None: return False + if bar.BarExpired: return False + message, w, h = ConvertArgsToSingleString(*args) + text_elem.Update(message) + # bar.TextToDisplay = message + bar.CurrentValue = value + rc = bar.UpdateBar(value) + if value >= bar.MaxValue or not rc: + bar.BarExpired = True + bar.ParentForm._Close() + if bar.ParentForm.RootNeedsDestroying: + try: + bar.ParentForm.TKroot.destroy() + _my_windows.Decrement() + except: pass + bar.ParentForm.RootNeedsDestroying = False + bar.ParentForm.__del__() + return False + + return rc + +# ============================== EASY PROGRESS METER ========================================== # +# class to hold the easy meter info (a global variable essentialy) +class EasyProgressMeterDataClass(): + def __init__(self, title='', current_value=1, max_value=10, start_time=None, stat_messages=()): + self.Title = title + self.CurrentValue = current_value + self.MaxValue = max_value + self.StartTime = start_time + self.StatMessages = stat_messages + self.ParentForm = None + self.MeterID = None + self.MeterText = None + + # =========================== COMPUTE PROGRESS STATS ======================# + def ComputeProgressStats(self): + utc = datetime.datetime.utcnow() + time_delta = utc - self.StartTime + total_seconds = time_delta.total_seconds() + if not total_seconds: + total_seconds = 1 + try: + time_per_item = total_seconds / self.CurrentValue + except: + time_per_item = 1 + seconds_remaining = (self.MaxValue - self.CurrentValue) * time_per_item + time_remaining = str(datetime.timedelta(seconds=seconds_remaining)) + time_remaining_short = (time_remaining).split(".")[0] + time_delta_short = str(time_delta).split(".")[0] + total_time = time_delta + datetime.timedelta(seconds=seconds_remaining) + total_time_short = str(total_time).split(".")[0] + self.StatMessages = [ + '{} of {}'.format(self.CurrentValue, self.MaxValue), + '{} %'.format(100*self.CurrentValue//self.MaxValue), + '', + ' {:6.2f} Iterations per Second'.format(self.CurrentValue/total_seconds), + ' {:6.2f} Seconds per Iteration'.format(total_seconds/(self.CurrentValue if self.CurrentValue else 1)), + '', + '{} Elapsed Time'.format(time_delta_short), + '{} Time Remaining'.format(time_remaining_short), + '{} Estimated Total Time'.format(total_time_short)] + return + + +# ============================== EasyProgressMeter =====# +def EasyProgressMeter(title, current_value, max_value, *args, orientation=None, bar_color=(None,None), button_color=None, size=DEFAULT_PROGRESS_BAR_SIZE, scale=(None, None), border_width=None): + ''' + A ONE-LINE progress meter. Add to your code where ever you need a meter. No need for a second + function call before your loop. You've got enough code to write! + :param title: Title will be shown on the window + :param current_value: Current count of your items + :param max_value: Max value your count will ever reach. This indicates it should be closed + :param args: VARIABLE number of arguements... you request it, we'll print it no matter what the item! + :param orientation: + :param bar_color: + :param size: + :param scale: + :param Style: + :param StyleOffset: + :return: False if should stop the meter + ''' + local_border_width = DEFAULT_PROGRESS_BAR_BORDER_WIDTH if not border_width else border_width + # STATIC VARIABLE! + # This is a very clever form of static variable using a function attribute + # If the variable doesn't yet exist, then it will create it and initialize with the 3rd parameter + EasyProgressMeter.EasyProgressMeterData = getattr(EasyProgressMeter, 'EasyProgressMeterData', EasyProgressMeterDataClass()) + # if no meter currently running + if EasyProgressMeter.EasyProgressMeterData.MeterID is None: # Starting a new meter + if int(current_value) >= int(max_value): + return False + del(EasyProgressMeter.EasyProgressMeterData) + EasyProgressMeter.EasyProgressMeterData = EasyProgressMeterDataClass(title, 1, int(max_value), datetime.datetime.utcnow(), []) + EasyProgressMeter.EasyProgressMeterData.ComputeProgressStats() + message = "\n".join([line for line in EasyProgressMeter.EasyProgressMeterData.StatMessages]) + EasyProgressMeter.EasyProgressMeterData.MeterID, EasyProgressMeter.EasyProgressMeterData.MeterText= _ProgressMeter(title, int(max_value), message, *args, orientation=orientation, bar_color=bar_color, size=size, scale=scale, button_color=button_color, border_width=local_border_width) + EasyProgressMeter.EasyProgressMeterData.ParentForm = EasyProgressMeter.EasyProgressMeterData.MeterID.ParentForm + return True + # if exactly the same values as before, then ignore. + if EasyProgressMeter.EasyProgressMeterData.MaxValue == max_value and EasyProgressMeter.EasyProgressMeterData.CurrentValue == current_value: + return True + if EasyProgressMeter.EasyProgressMeterData.MaxValue != int(max_value): + EasyProgressMeter.EasyProgressMeterData.MeterID = None + EasyProgressMeter.EasyProgressMeterData.ParentForm = None + del(EasyProgressMeter.EasyProgressMeterData) + EasyProgressMeter.EasyProgressMeterData = EasyProgressMeterDataClass() # setup a new progress meter + return True # HAVE to return TRUE or else the new meter will thing IT is failing when it hasn't + EasyProgressMeter.EasyProgressMeterData.CurrentValue = int(current_value) + EasyProgressMeter.EasyProgressMeterData.MaxValue = int(max_value) + EasyProgressMeter.EasyProgressMeterData.ComputeProgressStats() + message = '' + for line in EasyProgressMeter.EasyProgressMeterData.StatMessages: + message = message + str(line) + '\n' + message = "\n".join(EasyProgressMeter.EasyProgressMeterData.StatMessages) + args= args + (message,) + rc = _ProgressMeterUpdate(EasyProgressMeter.EasyProgressMeterData.MeterID, current_value, + EasyProgressMeter.EasyProgressMeterData.MeterText, *args) + # if counter >= max then the progress meter is all done. Indicate none running + if current_value >= EasyProgressMeter.EasyProgressMeterData.MaxValue or not rc: + EasyProgressMeter.EasyProgressMeterData.MeterID = None + del(EasyProgressMeter.EasyProgressMeterData) + EasyProgressMeter.EasyProgressMeterData = EasyProgressMeterDataClass() # setup a new progress meter + return False # even though at the end, return True so don't cause error with the app + return rc # return whatever the update told us + + +def EasyProgressMeterCancel(title, *args): + EasyProgressMeter.EasyProgressMeterData = getattr(EasyProgressMeter, 'EasyProgressMeterData', EasyProgressMeterDataClass()) + if EasyProgressMeter.EasyProgressMeterData.MeterID is not None: + # tell the normal meter update that we're at max value which will close the meter + rc = EasyProgressMeter(title, EasyProgressMeter.EasyProgressMeterData.MaxValue, EasyProgressMeter.EasyProgressMeterData.MaxValue, ' *** CANCELLING ***', 'Caller requested a cancel', *args) + return rc + return True + + +# input is #RRGGBB +# output is #RRGGBB +def GetComplimentaryHex(color): + # strip the # from the beginning + color = color[1:] + # convert the string into hex + color = int(color, 16) + # invert the three bytes + # as good as substracting each of RGB component by 255(FF) + comp_color = 0xFFFFFF ^ color + # convert the color back to hex by prefixing a # + comp_color = "#%06X" % comp_color + return comp_color + + + +# ======================== EasyPrint =====# +# ===================================================# +_easy_print_data = None # global variable... I'm cheating + +class DebugWin(): + def __init__(self, size=(None, None)): + # Show a form that's a running counter + win_size = size if size !=(None, None) else DEFAULT_DEBUG_WINDOW_SIZE + self.form = FlexForm('Debug Window', auto_size_text=True, font=('Courier New', 12)) + self.output_element = Output(size=win_size) + self.form_rows = [[Text('EasyPrint Output')], + [self.output_element], + [Quit()]] + self.form.AddRows(self.form_rows) + self.form.Show(non_blocking=True) # Show a ;non-blocking form, returns immediately + return + + def Print(self, *args, end=None, sep=None): + sepchar = sep if sep is not None else ' ' + endchar = end if end is not None else '\n' + print(*args, sep=sepchar, end=endchar) + # for a in args: + # msg = str(a) + # print(msg, end="", sep=sepchar) + # print(1, 2, 3, sep='-') + # if end is None: + # print("") + self.form.ReadNonBlocking() + + def Close(self): + self.form.CloseNonBlockingForm() + self.form.__del__() + +def Print(*args, size=(None,None), end=None, sep=None): + EasyPrint(*args, size=size, end=end, sep=sep) + +def PrintClose(): + EasyPrintClose() + +def eprint(*args, size=(None,None), end=None, sep=None): + EasyPrint(*args, size=size, end=end, sep=sep) + +def EasyPrint(*args, size=(None,None), end=None, sep=None): + global _easy_print_data + + if _easy_print_data is None: + _easy_print_data = DebugWin(size=size) + _easy_print_data.Print(*args, end=end, sep=sep) + + + +def EasyPrintold(*args, size=(None,None), end=None, sep=None): + if 'easy_print_data' not in EasyPrint.__dict__: # use a function property to save DebugWin object (static variable) + EasyPrint.easy_print_data = DebugWin(size=size) + if EasyPrint.easy_print_data is None: + EasyPrint.easy_print_data = DebugWin(size=size) + EasyPrint.easy_print_data.Print(*args, end=end, sep=sep) + +def EasyPrintClose(): + if 'easy_print_data' in EasyPrint.__dict__: + if EasyPrint.easy_print_data is not None: + EasyPrint.easy_print_data._Close() + EasyPrint.easy_print_data = None + # del EasyPrint.easy_print_data + +# ======================== Scrolled Text Box =====# +# ===================================================# +def ScrolledTextBox(*args, button_color=None, yes_no=False, auto_close=False, auto_close_duration=None, size=(None, None)): + if not args: return + width, height = size + width = width if width else MESSAGE_BOX_LINE_WIDTH + with FlexForm(args[0], auto_size_text=True, button_color=button_color, auto_close=auto_close, auto_close_duration=auto_close_duration) as form: + max_line_total, max_line_width, total_lines, height_computed = 0,0,0,0 + complete_output = '' + for message in args: + # fancy code to check if string and convert if not is not need. Just always convert to string :-) + # if not isinstance(message, str): message = str(message) + message = str(message) + longest_line_len = max([len(l) for l in message.split('\n')]) + width_used = min(longest_line_len, width) + max_line_total = max(max_line_total, width_used) + max_line_width = width + lines_needed = _GetNumLinesNeeded(message, width_used) + height_computed += lines_needed + complete_output += message + '\n' + total_lines += lines_needed + height_computed = MAX_SCROLLED_TEXT_BOX_HEIGHT if height_computed > MAX_SCROLLED_TEXT_BOX_HEIGHT else height_computed + if height: + height_computed = height + form.AddRow(Multiline(complete_output, size=(max_line_width, height_computed))) + pad = max_line_total-15 if max_line_total > 15 else 1 + # show either an OK or Yes/No depending on paramater + if yes_no: + form.AddRow(Text('', size=(pad, 1), auto_size_text=False), Yes(), No()) + button, values = form.Read() + return button + else: + form.AddRow(Text('', size=(pad, 1), auto_size_text=False), SimpleButton('OK', size=(5, 1), button_color=button_color)) + button, values = form.Read() + return button + + +PopupScrolled = ScrolledTextBox + +# ---------------------------------------------------------------------- # +# GetPathBox # +# Pre-made dialog that looks like this roughly # +# MESSAGE # +# __________________________ # +# |__________________________| (BROWSE) # +# (SUBMIT) (CANCEL) # +# RETURNS two values: # +# True/False, path # +# (True if Submit was pressed, false otherwise) # +# ---------------------------------------------------------------------- # +def GetPathBox(title, message, default_path='', button_color=None, size=(None, None)): + with FlexForm(title, auto_size_text=True, button_color=button_color) as form: + layout = [[Text(message, auto_size_text=True)], + [InputText(default_text=default_path, size=size), FolderBrowse()], + [Submit(), Cancel()]] + + (button, input_values) = form.LayoutAndRead(layout) + if button != 'Submit': + return False,None + else: + path = input_values[0] + return True, path + + +def PopupGetFolder(message, default_path='', button_color=None, size=(None, None)): + with FlexForm(title=message, auto_size_text=True, button_color=button_color) as form: + layout = [[Text(message, auto_size_text=True)], + [InputText(default_text=default_path, size=size), FolderBrowse()], + [Ok(), Cancel()]] + + (button, input_values) = form.LayoutAndRead(layout) + if button != 'Ok': + return None + else: + path = input_values[0] + return path + +# ============================== GetFileBox =========# +# Like the Get folder box but for files # +# ===================================================# +def GetFileBox(title, message, default_path='', file_types=(("ALL Files", "*.*"),), button_color=None, size=(None, None)): + with FlexForm(title, auto_size_text=True, button_color=button_color) as form: + layout = [[Text(message, auto_size_text=True)], + [InputText(default_text=default_path, size=size), FileBrowse(file_types=file_types)], + [Submit(), Cancel()]] + + (button, input_values) = form.LayoutAndRead(layout) + if button != 'Submit': + return False,None + else: + path = input_values[0] + return True, path + +GetFile = GetFileBox +AskForFile = GetFileBox + + +def PopupGetFile(message, save_as=False, no_window=False, default_path='', file_types=(("ALL Files", "*.*"),), button_color=None, size=(None, None)): + if no_window: + if save_as: + return tk.filedialog.asksaveasfilename(filetypes=file_types) # show the 'get file' dialog box + else: + return tk.filedialog.askopenfilename(filetypes=file_types) # show the 'get file' dialog box + + if save_as: + browse_button = SaveAs(file_types=file_types) + else: + browse_button = FileBrowse(file_types=file_types) + + with FlexForm(title=message, auto_size_text=True, button_color=button_color) as form: + layout = [[Text(message, auto_size_text=True)], + [InputText(default_text=default_path, size=size), browse_button], + [Ok(), Cancel()]] + + (button, input_values) = form.LayoutAndRead(layout) + if button != 'Ok': + return None + else: + path = input_values[0] + return path + + +# ============================== GetTextBox =========# +# Get a single line of text # +# ===================================================# +def GetTextBox(title, message, Default='', button_color=None, size=(None, None)): + with FlexForm(title, auto_size_text=True, button_color=button_color) as form: + layout = [[Text(message, auto_size_text=True)], + [InputText(default_text=Default, size=size)], + [Submit(), Cancel()]] + + (button, input_values) = form.LayoutAndRead(layout) + if button != 'Submit': + return False,None + else: + return True, input_values[0] + + +def PopupGetText(message, Default='', button_color=None, size=(None, None)): + with FlexForm(title=message, auto_size_text=True, button_color=button_color) as form: + layout = [[Text(message, auto_size_text=True)], + [InputText(default_text=Default, size=size)], + [Ok(), Cancel()]] + + (button, input_values) = form.LayoutAndRead(layout) + if button != 'Ok': + return None + else: + return input_values[0] + + +# ============================== SetGlobalIcon ======# +# Sets the icon to be used by default # +# ===================================================# +def SetGlobalIcon(icon): + global _my_windows + + try: + with open(icon, 'r') as icon_file: + pass + except: + raise FileNotFoundError + _my_windows.user_defined_icon = icon + return True + + +# ============================== SetOptions =========# +# Sets the icon to be used by default # +# ===================================================# +def SetOptions(icon=None, button_color=None, element_size=(None,None), button_element_size=(None, None), margins=(None,None), + element_padding=(None,None),auto_size_text=None, auto_size_buttons=None, font=None, border_width=None, + slider_border_width=None, slider_relief=None, slider_orientation=None, + autoclose_time=None, message_box_line_width=None, + progress_meter_border_depth=None, progress_meter_style=None, + progress_meter_relief=None, progress_meter_color=None, progress_meter_size=None, + text_justification=None, background_color=None, element_background_color=None, + text_element_background_color=None, input_elements_background_color=None, input_text_color=None, + scrollbar_color=None, text_color=None, element_text_color = None, debug_win_size=(None,None), window_location=(None,None)): + + global DEFAULT_ELEMENT_SIZE + global DEFAULT_BUTTON_ELEMENT_SIZE + global DEFAULT_MARGINS # Margins for each LEFT/RIGHT margin is first term + global DEFAULT_ELEMENT_PADDING # Padding between elements (row, col) in pixels + global DEFAULT_AUTOSIZE_TEXT + global DEFAULT_AUTOSIZE_BUTTONS + global DEFAULT_FONT + global DEFAULT_BORDER_WIDTH + global DEFAULT_AUTOCLOSE_TIME + global DEFAULT_BUTTON_COLOR + global MESSAGE_BOX_LINE_WIDTH + global DEFAULT_PROGRESS_BAR_BORDER_WIDTH + global DEFAULT_PROGRESS_BAR_STYLE + global DEFAULT_PROGRESS_BAR_RELIEF + global DEFAULT_PROGRESS_BAR_COLOR + global DEFAULT_PROGRESS_BAR_SIZE + global DEFAULT_TEXT_JUSTIFICATION + global DEFAULT_DEBUG_WINDOW_SIZE + global DEFAULT_SLIDER_BORDER_WIDTH + global DEFAULT_SLIDER_RELIEF + global DEFAULT_SLIDER_ORIENTATION + global DEFAULT_BACKGROUND_COLOR + global DEFAULT_INPUT_ELEMENTS_COLOR + global DEFAULT_ELEMENT_BACKGROUND_COLOR + global DEFAULT_TEXT_ELEMENT_BACKGROUND_COLOR + global DEFAULT_SCROLLBAR_COLOR + global DEFAULT_TEXT_COLOR + global DEFAULT_WINDOW_LOCATION + global DEFAULT_ELEMENT_TEXT_COLOR + global DEFAULT_INPUT_TEXT_COLOR + global _my_windows + + if icon: + try: + with open(icon, 'r') as icon_file: + pass + except: + raise FileNotFoundError + _my_windows.user_defined_icon = icon + + if button_color != None: + DEFAULT_BUTTON_COLOR = button_color + + if element_size != (None,None): + DEFAULT_ELEMENT_SIZE = element_size + + if button_element_size != (None,None): + DEFAULT_BUTTON_ELEMENT_SIZE = button_element_size + + if margins != (None,None): + DEFAULT_MARGINS = margins + + if element_padding != (None,None): + DEFAULT_ELEMENT_PADDING = element_padding + + if auto_size_text != None: + DEFAULT_AUTOSIZE_TEXT = auto_size_text + + if auto_size_buttons != None: + DEFAULT_AUTOSIZE_BUTTONS = auto_size_buttons + + if font !=None: + DEFAULT_FONT = font + + if border_width != None: + DEFAULT_BORDER_WIDTH = border_width + + if autoclose_time != None: + DEFAULT_AUTOCLOSE_TIME = autoclose_time + + if message_box_line_width != None: + MESSAGE_BOX_LINE_WIDTH = message_box_line_width + + if progress_meter_border_depth != None: + DEFAULT_PROGRESS_BAR_BORDER_WIDTH = progress_meter_border_depth + + if progress_meter_style != None: + DEFAULT_PROGRESS_BAR_STYLE = progress_meter_style + + if progress_meter_relief != None: + DEFAULT_PROGRESS_BAR_RELIEF = progress_meter_relief + + if progress_meter_color != None: + DEFAULT_PROGRESS_BAR_COLOR = progress_meter_color + + if progress_meter_size != None: + DEFAULT_PROGRESS_BAR_SIZE = progress_meter_size + + if slider_border_width != None: + DEFAULT_SLIDER_BORDER_WIDTH = slider_border_width + + if slider_orientation != None: + DEFAULT_SLIDER_ORIENTATION = slider_orientation + + if slider_relief != None: + DEFAULT_SLIDER_RELIEF = slider_relief + + if text_justification != None: + DEFAULT_TEXT_JUSTIFICATION = text_justification + + if background_color != None: + DEFAULT_BACKGROUND_COLOR = background_color + + if text_element_background_color != None: + DEFAULT_TEXT_ELEMENT_BACKGROUND_COLOR = text_element_background_color + + if input_elements_background_color != None: + DEFAULT_INPUT_ELEMENTS_COLOR = input_elements_background_color + + if element_background_color != None: + DEFAULT_ELEMENT_BACKGROUND_COLOR = element_background_color + + if window_location != (None,None): + DEFAULT_WINDOW_LOCATION = window_location + + if debug_win_size != (None,None): + DEFAULT_DEBUG_WINDOW_SIZE = debug_win_size + + if text_color != None: + DEFAULT_TEXT_COLOR = text_color + + if scrollbar_color != None: + DEFAULT_SCROLLBAR_COLOR = scrollbar_color + + if element_text_color != None: + DEFAULT_ELEMENT_TEXT_COLOR = element_text_color + + if input_text_color is not None: + DEFAULT_INPUT_TEXT_COLOR = input_text_color + return True + + +#################### ChangeLookAndFeel ####################### +# Predefined settings that will change the colors and styles # +# of the elements. # +############################################################## +def ChangeLookAndFeel(index): + # look and feel table + look_and_feel = {'SystemDefault': {'BACKGROUND' : COLOR_SYSTEM_DEFAULT, 'TEXT': COLOR_SYSTEM_DEFAULT, 'INPUT': COLOR_SYSTEM_DEFAULT,'TEXT_INPUT' : COLOR_SYSTEM_DEFAULT, 'SCROLL': COLOR_SYSTEM_DEFAULT, 'BUTTON': OFFICIAL_PYSIMPLEGUI_BUTTON_COLOR, 'PROGRESS': COLOR_SYSTEM_DEFAULT, 'BORDER': 1,'SLIDER_DEPTH':1, 'PROGRESS_DEPTH':0}, + + 'GreenTan': {'BACKGROUND' : '#9FB8AD', 'TEXT': COLOR_SYSTEM_DEFAULT, 'INPUT':'#F7F3EC','TEXT_INPUT' : 'black','SCROLL': '#F7F3EC', 'BUTTON': ('white', '#475841'), 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'Dark': {'BACKGROUND': 'gray25', 'TEXT': 'white', 'INPUT': 'gray30', + 'TEXT_INPUT': 'white', 'SCROLL': 'gray44', 'BUTTON': ('white', '#004F00'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1, 'SLIDER_DEPTH': 0, + 'PROGRESS_DEPTH': 0}, + + 'Dark2': {'BACKGROUND': 'gray25', 'TEXT': 'white', 'INPUT': 'white', + 'TEXT_INPUT': 'black', 'SCROLL': 'gray44', 'BUTTON': ('white', '#004F00'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1, 'SLIDER_DEPTH': 0, + 'PROGRESS_DEPTH': 0}, + + 'Black': {'BACKGROUND': 'black', 'TEXT': 'white', 'INPUT': 'gray30', + 'TEXT_INPUT': 'white', 'SCROLL': 'gray44', 'BUTTON': ('black', 'white'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1, 'SLIDER_DEPTH': 0, + 'PROGRESS_DEPTH': 0}, + + 'Tan': {'BACKGROUND': '#fdf6e3', 'TEXT': '#268bd1', 'INPUT': '#eee8d5', + 'TEXT_INPUT': '#6c71c3', 'SCROLL': '#eee8d5', 'BUTTON': ('white', '#063542'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1, 'SLIDER_DEPTH': 0, + 'PROGRESS_DEPTH': 0}, + + 'TanBlue': {'BACKGROUND': '#e5dece', 'TEXT': '#063289', 'INPUT': '#f9f8f4', + 'TEXT_INPUT': '#242834', 'SCROLL': '#eee8d5', 'BUTTON': ('white', '#063289'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1, 'SLIDER_DEPTH': 0, + 'PROGRESS_DEPTH': 0}, + + 'DarkTanBlue': {'BACKGROUND': '#242834', 'TEXT': '#dfe6f8', 'INPUT': '#97755c', + 'TEXT_INPUT': 'white', 'SCROLL': '#a9afbb', 'BUTTON': ('white', '#063289'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1, 'SLIDER_DEPTH': 0, + 'PROGRESS_DEPTH': 0}, + + 'DarkAmber': {'BACKGROUND': '#2c2825', 'TEXT': '#fdcb52', 'INPUT': '#705e52', + 'TEXT_INPUT': '#fdcb52', 'SCROLL': '#705e52', 'BUTTON': ('black', '#fdcb52'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1, 'SLIDER_DEPTH': 0, + 'PROGRESS_DEPTH': 0}, + + 'DarkBlue': {'BACKGROUND': '#1a2835', 'TEXT': '#d1ecff', 'INPUT': '#335267', + 'TEXT_INPUT': '#acc2d0', 'SCROLL': '#1b6497', 'BUTTON': ('black', '#fafaf8'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1, 'SLIDER_DEPTH': 0, + 'PROGRESS_DEPTH': 0}, + + 'Reds': {'BACKGROUND': '#280001', 'TEXT': 'white', 'INPUT': '#d8d584', + 'TEXT_INPUT': 'black', 'SCROLL': '#763e00', 'BUTTON': ('black', '#daad28'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1, 'SLIDER_DEPTH': 0, + 'PROGRESS_DEPTH': 0}, + + 'Green': {'BACKGROUND': '#82a459', 'TEXT': 'black', 'INPUT': '#d8d584', + 'TEXT_INPUT': 'black', 'SCROLL': '#e3ecf3', 'BUTTON': ('white', '#517239'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1, 'SLIDER_DEPTH': 0, + 'PROGRESS_DEPTH': 0}, + + 'LightGreen' :{'BACKGROUND' : '#B7CECE', 'TEXT': 'black', 'INPUT':'#FDFFF7','TEXT_INPUT' : 'black', 'SCROLL': '#FDFFF7','BUTTON': ('white', '#658268'), 'PROGRESS':DEFAULT_PROGRESS_BAR_COLOR, 'BORDER':1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'BluePurple': {'BACKGROUND' : '#A5CADD', 'TEXT': '#6E266E', 'INPUT':'#E0F5FF','TEXT_INPUT' : 'black', 'SCROLL': '#E0F5FF','BUTTON': ('white', '#303952'),'PROGRESS':DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'Purple': {'BACKGROUND': '#B0AAC2', 'TEXT': 'black', 'INPUT': '#F2EFE8','SCROLL': '#F2EFE8','TEXT_INPUT' : 'black', + 'BUTTON': ('black', '#C2D4D8'), 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'BlueMono': {'BACKGROUND': '#AAB6D3', 'TEXT': 'black', 'INPUT': '#F1F4FC','SCROLL': '#F1F4FC','TEXT_INPUT' : 'black', + 'BUTTON': ('white', '#7186C7'), 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'GreenMono': {'BACKGROUND': '#A8C1B4', 'TEXT': 'black', 'INPUT': '#DDE0DE', 'SCROLL': '#E3E3E3','TEXT_INPUT' : 'black', + 'BUTTON': ('white', '#6D9F85'), 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'BrownBlue': {'BACKGROUND': '#64778d', 'TEXT': 'white', 'INPUT': '#f0f3f7', 'SCROLL': '#A6B2BE','TEXT_INPUT' : 'black', 'BUTTON': ('white', '#283b5b'), 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'BrightColors': {'BACKGROUND': '#b4ffb4', 'TEXT': 'black', 'INPUT': '#ffff64','SCROLL': '#ffb482','TEXT_INPUT' : 'black', 'BUTTON': ('black', '#ffa0dc'), 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'NeutralBlue': {'BACKGROUND': '#92aa9d', 'TEXT': 'black', 'INPUT': '#fcfff6', + 'SCROLL': '#fcfff6', 'TEXT_INPUT': 'black', 'BUTTON': ('black', '#d0dbbd'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'Kayak': {'BACKGROUND': '#a7ad7f', 'TEXT': 'black', 'INPUT': '#e6d3a8', + 'SCROLL': '#e6d3a8', 'TEXT_INPUT': 'black', 'BUTTON': ('white', '#5d907d'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'SandyBeach': {'BACKGROUND': '#efeccb', 'TEXT': '#012f2f', 'INPUT': '#e6d3a8', + 'SCROLL': '#e6d3a8', 'TEXT_INPUT': '#012f2f', 'BUTTON': ('white', '#046380'), + 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0}, + + 'TealMono': {'BACKGROUND': '#a8cfdd', 'TEXT': 'black', 'INPUT': '#dfedf2','SCROLL': '#dfedf2', 'TEXT_INPUT' : 'black', 'BUTTON': ('white', '#183440'), 'PROGRESS': DEFAULT_PROGRESS_BAR_COLOR, 'BORDER': 1,'SLIDER_DEPTH':0, 'PROGRESS_DEPTH':0} + } + try: + colors = look_and_feel[index] + + SetOptions(background_color=colors['BACKGROUND'], + text_element_background_color=colors['BACKGROUND'], + element_background_color=colors['BACKGROUND'], + text_color=colors['TEXT'], + input_elements_background_color=colors['INPUT'], + button_color=colors['BUTTON'], + progress_meter_color=colors['PROGRESS'], + border_width=colors['BORDER'], + slider_border_width=colors['SLIDER_DEPTH'], + progress_meter_border_depth=colors['PROGRESS_DEPTH'], + scrollbar_color=(colors['SCROLL']), + element_text_color=colors['TEXT'], + input_text_color=colors['TEXT_INPUT']) + except: # most likely an index out of range + pass + + + + +# ============================== sprint ======# +# Is identical to the Scrolled Text Box # +# Provides a crude 'print' mechanism but in a # +# GUI environment # +# ============================================# +sprint=ScrolledTextBox + +# Converts an object's contents into a nice printable string. Great for dumping debug data +def ObjToStringSingleObj(obj): + if obj is None: + return 'None' + return str(obj.__class__) + '\n' + '\n'.join( + (repr(item) + ' = ' + repr(obj.__dict__[item]) for item in sorted(obj.__dict__))) + +def ObjToString(obj, extra=' '): + if obj is None: + return 'None' + return str(obj.__class__) + '\n' + '\n'.join( + (extra + (str(item) + ' = ' + + (ObjToString(obj.__dict__[item], extra + ' ') if hasattr(obj.__dict__[item], '__dict__') else str( + obj.__dict__[item]))) + for item in sorted(obj.__dict__))) + + +def main(): + with FlexForm('Demo form..') as form: + form_rows = [[Text('You are running the PySimpleGUI.py file itself')], + [Text('You should be importing it rather than running it', size=(50,2))], + [Text('Here is your sample input form....')], + [Text('Source Folder', size=(15, 1), justification='right'), InputText('Source', focus=True),FolderBrowse()], + [Text('Destination Folder', size=(15, 1), justification='right'), InputText('Dest'), FolderBrowse()], + [Ok(), Cancel()]] + + button, (source, dest) = form.LayoutAndRead(form_rows) + + +if __name__ == '__main__': + main() + exit(69) \ No newline at end of file diff --git a/PySimpleGUI_Logo_640.png b/PySimpleGUI_Logo_640.png new file mode 100644 index 000000000..0de414a32 Binary files /dev/null and b/PySimpleGUI_Logo_640.png differ diff --git a/README.md b/README.md deleted file mode 100644 index bd233387c..000000000 --- a/README.md +++ /dev/null @@ -1,96 +0,0 @@ - -

- - -

- -![](https://PySimpleGUI.net/images/emojis/news_112.png) - -# Two Important updates about PySimpleGUI - -![](https://PySimpleGUI.net/images/emojis/search_56.png) - -## 1. New Package Location - -We were recently informed by PyPI that PySimpleGUI does not meet updated PyPI Terms of Service, that it needs to be removed, and hosted on a private server. As a result, you’ll need to add a parameter to your pip install commands in order to access the PySimpleGUI private PyPI server. -The parameter to add is: - -`--extra-index-url https://PySimpleGUI.net/install ` - -### To force a reinstall of PySimpleGUI from new server - -`python -m pip install --force-reinstall --extra-index-url https://PySimpleGUI.net/install PySimpleGUI` - - -### Performing an upgrade - -This command will also install needed modules like rsa from PyPI automatically - -The basic install/upgrade command **was**: - -`python -m pip install –-upgrade PySimpleGUI` - -or for Linux/Mac - -`python3 -m pip install –-upgrade PySimpleGUI` - -The **new command** with the new parameter is: - -`python -m pip install --upgrade --extra-index-url https://PySimpleGUI.net/install PySimpleGUI` - -### Uninstall May Be Needed If Error - -If you're getting errors, please uninstall PySimpleGUI entirely and install again using the new parameter. - - -### BUG - Commercial Key Expiration - Upgrade to 5.0.10 - -There is a bug in versions of PySimpleGUI older than 5.0.10 that causes an erroneous expired error when using a Commercial Developer key. These keys do not expire and shouldn't not be generating the error. - -A fix was released in version 5.0.10 on 2-Apr-2025. **Please upgrade to version 5.0.10** so that your key doesn't generate an expiration error. - -![](https://PySimpleGUI.net/images/emojis/wave_56.png) - - -## 2. PySimpleGUI Shutdown - -We gave it our best shot…. After 7 years of attempting to make the PySimpleGUI project sustainable, we are stopping the PySimpleGUI project. - -If you've followed the project over the years, you'll have read about the difficulties that all open-source projects face in generating enough income to pay for the project, seen the requests for sponsorships, and attempts to generate income via a Udemy course. There was not enough income to cover the costs of running a business and, of course, wasn’t able to generate any income for our small team. This isn’t a sustainable situation. - -## One Year Update PySimpleGUI 5 - -It's been a little over a year since the release of PySimpleGUI 5. Of the 100,000’s of Version 5 users, 10,000's of which were large corporate users, only 600 people paid the $99 for a commercial license. - -## End of PySimpleGUI Project - -The revenue generated was not enough to cover the basic costs, so we've made the difficult decision to end the PySimpleGUI project. - -## Support for Commercial Users - -Unlike traditional software companies, where stopping business means support ends immediately, we thought it would be classier to go the extra mile by continuing to provide support to Commercial License users this year as a way of saying "thank you" for your help in trying to give the project a viable future. Please provide your Priority Support code or your submission will be automatically blocked. We'll do the best we can to help with the limited resources we've got. - -Your license doesn’t expire so you’ll be able to continue to run your applications at the end of the year we’re providing maintenance and beyond. We’ll be distributing an offline version of the documentation so that you’ll have it for the future. - -## Hobbyists - -Hobbyists can continue to use PySimpleGUI 5 until their keys expire. After that you'll need to switch to version 4, which you'll find 1,000s of copies on GitHub with at least 1 being community supported. - -If you wish to use PySimpleGUI without the key expiring or want support, then you can buy a Commercial License which is good perpetually. - -## Websites Availability - -The PySimpleGUI registration and documentation websites will continue to operate for a couple of months to give commercial customers an opportunity to create distribution keys. No new Hobbyist keys will be available. - -![](https://PySimpleGUI.net/images/emojis/pray_56.png) - -## Thank you to everyone - -PySimpleGUI has been an experience of a lifetime, and we’ve -enjoyed watching & helping people create incredible applications. - -## Business Partnership Inquires - -If you're a business with a serious partnership that you wish to discuss, email mike@PySimpleGUI.com. - - diff --git a/default_icon.ico b/default_icon.ico new file mode 100644 index 000000000..1a41525ec Binary files /dev/null and b/default_icon.ico differ diff --git a/development_build_changelog.txt b/development_build_changelog.txt deleted file mode 100644 index 78ce3e8b7..000000000 --- a/development_build_changelog.txt +++ /dev/null @@ -1,7 +0,0 @@ -Changelog since last major release - -5.0.10 Released 02-Apr-2025 - -5.0.10.3 Fix for a potential problem with trial periods -5.0.10.4 More fixes - diff --git a/docs/cookbook.md b/docs/cookbook.md new file mode 100644 index 000000000..d623d5e09 --- /dev/null +++ b/docs/cookbook.md @@ -0,0 +1,908 @@ + +# The PySimpleGUI Cookbook + +You will find all of these Recipes in a single Python file ([Demo_Cookbook.py](https://github.com/MikeTheWatchGuy/PySimpleGUI/blob/master/Demo_Cookbook.py)) located on the project's GitHub page. This program will allow you to view the source code and the window that it produces. + +You'll find that starting with a Recipe will give you a big jump-start on creating your custom GUI. Copy and paste one of these Recipes and modify it to match your requirements. + +## Simple Data Entry - Return Values As List +Same GUI screen except the return values are in a list instead of a dictionary and doesn't have initial values. + +![super simple 2](https://user-images.githubusercontent.com/13696193/43934091-8100e29a-9c1b-11e8-8d0a-9bd2d13e6d8e.jpg) + + import PySimpleGUI as sg + + # Very basic form. Return values as a list + form = sg.FlexForm('Simple data entry form') # begin with a blank form + + layout = [ + [sg.Text('Please enter your Name, Address, Phone')], + [sg.Text('Name', size=(15, 1)), sg.InputText()], + [sg.Text('Address', size=(15, 1)), sg.InputText()], + [sg.Text('Phone', size=(15, 1)), sg.InputText()], + [sg.Submit(), sg.Cancel()] + ] + + button, values = form.LayoutAndRead(layout) + + print(button, values[0], values[1], values[2]) + +## Simple data entry - Return Values As Dictionary +A simple form with default values. Results returned in a dictionary. Does not use a context manager + +![super simple 2](https://user-images.githubusercontent.com/13696193/43934091-8100e29a-9c1b-11e8-8d0a-9bd2d13e6d8e.jpg) + + import PySimpleGUI as sg + + # Very basic form. Return values as a dictionary + form = sg.FlexForm('Simple data entry form') # begin with a blank form + + layout = [ + [sg.Text('Please enter your Name, Address, Phone')], + [sg.Text('Name', size=(15, 1)), sg.InputText('name', key='name')], + [sg.Text('Address', size=(15, 1)), sg.InputText('address', key='address')], + [sg.Text('Phone', size=(15, 1)), sg.InputText('phone', key='phone')], + [sg.Submit(), sg.Cancel()] + ] + + button, values = form.LayoutAndRead(layout) + + print(button, values['name'], values['address'], values['phone']) + +--------------------- + + + +----------- +## Simple File Browse +Browse for a filename that is populated into the input field. + +![simple file browse](https://user-images.githubusercontent.com/13696193/43934539-d8bd9490-9c1d-11e8-927f-98b523776fcb.jpg) + + import PySimpleGUI as sg + + with sg.FlexForm('SHA-1 & 256 Hash') as form: + form_rows = [[sg.Text('SHA-1 and SHA-256 Hashes for the file')], + [sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + (button, (source_filename,)) = form.LayoutAndShow(form_rows) + + print(button, source_filename) + +-------------------------- +## Add GUI to Front-End of Script +Quickly add a GUI allowing the user to browse for a filename if a filename is not supplied on the command line using this 1-line GUI. It's the best of both worlds. + +![script front-end](https://user-images.githubusercontent.com/13696193/44756573-39e9c380-aaf9-11e8-97b4-6679f9f5bd46.jpg) + + + import PySimpleGUI as sg + import sys + + if len(sys.argv) == 1: + button, (fname,) = sg.FlexForm('My Script').LayoutAndRead([[sg.T('Document to open')], + [sg.In(), sg.FileBrowse()], + [sg.Open(), sg.Cancel()]]) + else: + fname = sys.argv[1] + + if not fname: + sg.Popup("Cancel", "No filename supplied") + raise SystemExit("Cancelling: no filename supplied") + + + + +-------------- + +## Compare 2 Files + +Browse to get 2 file names that can be then compared. Uses a context manager + +![compare 2 files](https://user-images.githubusercontent.com/13696193/43934659-60dc5fbe-9c1e-11e8-8d2b-07c0e3b61892.jpg) + + import PySimpleGUI as sg + + with sg.FlexForm('File Compare') as form: + form_rows = [[sg.Text('Enter 2 files to comare')], + [sg.Text('File 1', size=(8, 1)), sg.InputText(), sg.FileBrowse()], + [sg.Text('File 2', size=(8, 1)), sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + + button, values = form.LayoutAndShow(form_rows) + + print(button, values) + +--------------- +## Nearly All Widgets with Green Color Theme with Context Manager +Example of nearly all of the widgets in a single form. Uses a customized color scheme. This recipe uses a context manager, the preferred method. + +![green everything](https://user-images.githubusercontent.com/13696193/43937043-7d0794be-9c29-11e8-8591-31373ddd5c34.jpg) + + # Green & tan color scheme + sg.SetOptions(background_color='#9FB8AD', + text_element_background_color='#9FB8AD', + element_background_color='#9FB8AD', + input_elements_background_color='#F7F3EC', + button_color=('white', '#475841'), + border_width=0, + slider_border_width=0, + progress_meter_border_depth=0, + scrollbar_color='#F7F3EC') + + with sg.FlexForm('Everything bagel', default_element_size=(40, 1)) as form: + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25))], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText()], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text should you decide not to type anything', size=(35, 3)), + sg.Multiline(default_text='A second multi-line', size=(35, 3))], + [sg.InputCombo(('Combobox 1', 'Combobox 2'), size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(34, 20), default_value=85)], + [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3', 'Listbox 4'), size=(30, 3)), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=10), + sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 1')], + [sg.Text('_' * 80)], + [sg.Text('Your Folder', size=(15, 1), auto_size_text=False, justification='right'), + sg.InputText('Default Folder'), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel(), sg.SimpleButton('Customized', button_color=('black', '#EDE5B7'))]] + + button, values = form.LayoutAndRead(layout) +------------- +### All Widgets No Context Manager + +![green everything](https://user-images.githubusercontent.com/13696193/43937043-7d0794be-9c29-11e8-8591-31373ddd5c34.jpg) + + import PySimpleGUI as sg + + # Green & tan color scheme + sg.SetOptions(background_color='#9FB8AD', + text_element_background_color='#9FB8AD', + element_background_color='#9FB8AD', + input_elements_background_color='#F7F3EC', + button_color=('white', '#475841'), + border_width=0, + slider_border_width=0, + progress_meter_border_depth=0, + scrollbar_color='#F7F3EC') + + form = sg.FlexForm('Everything bagel', default_element_size=(40, 1)) + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25))], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText('This is my text')], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text should you decide not to type anything', size=(35, 3)), + sg.Multiline(default_text='A second multi-line', size=(35, 3))], + [sg.InputCombo(('Combobox 1', 'Combobox 2'), size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(34, 20), default_value=85)], + [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3'), size=(30, 3)), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=10), + sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 1')], + [sg.Text('_' * 80)], + [sg.Text('Choose A Folder', size=(35, 1))], + [sg.Text('Your Folder', size=(15, 1), auto_size_text=False, justification='right'), + sg.InputText('Default Folder'), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel(), sg.SimpleButton('Customized', button_color=('white', '#7E6C92'))] + ] + + button, values = form.LayoutAndRead(layout) + +---- +## Non-Blocking Form With Periodic Update +An async form that has a button read loop. A Text Element is updated periodically with a running timer. There is no context manager for this recipe because the loop that reads the form is likely to be some distance away from where the form was initialized. + +![non-blocking](https://user-images.githubusercontent.com/13696193/43955295-70f6ac48-9c6d-11e8-8ea2-e6729ba9330c.jpg) + + import PySimpleGUI as sg + import time + + form = sg.FlexForm('Running Timer') + # create a text element that will be updated periodically + text_element = sg.Text('', size=(10, 2), font=('Helvetica', 20), justification='center') + + form_rows = [[sg.Text('Stopwatch', size=(20,2), justification='center')], + [text_element], + [sg.T(' ' * 5), sg.ReadFormButton('Start/Stop', focus=True), sg.Quit()]] + + form.LayoutAndRead(form_rows, non_blocking=True) + + timer_running = True + i = 0 + # loop to process user clicks + while True: + i += 1 * (timer_running is True) + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': # if user closed the window using X or clicked Quit button + break + elif button == 'Start/Stop': + timer_running = not timer_running + text_element.Update('{:02d}:{:02d}.{:02d}'.format((i // 100) // 60, (i // 100) % 60, i % 100)) + + time.sleep(.01) + # if the loop finished then need to close the form for the user + form.CloseNonBlockingForm() + del (form) +---- +## Async Form (Non-Blocking) with Context Manager +Like the previous recipe, this form is an async form. The difference is that this form uses a context manager. + +![non-blocking 2](https://user-images.githubusercontent.com/13696193/43955456-4d5d9ef8-9c6e-11e8-8598-80dddf8eba6f.jpg) + + import PySimpleGUI as sg + import time + + with sg.FlexForm('Running Timer') as form: + text_element = sg.Text('', size=(10, 2), font=('Helvetica', 20), text_color='red', justification='center') + layout = [[sg.Text('Non blocking GUI with updates', justification='center')], + [text_element], + [sg.T(' ' * 15), sg.Quit()]] + form.LayoutAndRead(layout, non_blocking=True) + + for i in range(1, 500): + text_element.Update('{:02d}:{:02d}.{:02d}'.format((i // 100) // 60, (i // 100) % 60, i % 100)) + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': # if user closed the window using X + break + time.sleep(.01) + else: + # if the loop finished then need to close the form for the user + form.CloseNonBlockingForm() +---- +## Callback Function Simulation +The architecture of some programs works better with button callbacks instead of handling in-line. While button callbacks are part of the PySimpleGUI implementation, they are not directly exposed to the caller. The way to get the same result as callbacks is to simulate them with a recipe like this one. + +![button callback 2](https://user-images.githubusercontent.com/13696193/43955588-e139ddc6-9c6e-11e8-8c78-c1c226b8d9b1.jpg) + + import PySimpleGUI as sg + + # This design pattern simulates button callbacks + # Note that callbacks are NOT a part of the package's interface to the + # caller intentionally. The underlying implementation actually does use + # tkinter callbacks. They are simply hidden from the user. + + # The callback functions + def button1(): + print('Button 1 callback') + + def button2(): + print('Button 2 callback') + + # Create a standard form + form = sg.FlexForm('Button callback example') + # Layout the design of the GUI + layout = [[sg.Text('Please click a button')], + [sg.ReadFormButton('1'), sg.ReadFormButton('2'), sg.Quit()]] + # Show the form to the user + form.Layout(layout) + + # Event loop. Read buttons, make callbacks + while True: + # Read the form + button, value = form.Read() + # Take appropriate action based on button + if button == '1': + button1() + elif button == '2': + button2() + elif button =='Quit' or button is None: + break + + # All done! + sg.PopupOk('Done') + +----- +## Realtime Buttons (Good For Raspberry Pi) +This recipe implements a remote control interface for a robot. There are 4 directions, forward, reverse, left, right. When a button is clicked, PySimpleGUI immediately returns button events for as long as the buttons is held down. When released, the button events stop. This is an async/non-blocking form. + +![robot control](https://user-images.githubusercontent.com/13696193/44006710-d227f23e-9e56-11e8-89a3-2be5b2726199.jpg) + + import PySimpleGUI as sg + + # Make a form, but don't use context manager + form = sg.FlexForm('Robotics Remote Control', auto_size_text=True) + + form_rows = [[sg.Text('Robotics Remote Control')], + [sg.T(' ' * 10), sg.RealtimeButton('Forward')], + [sg.RealtimeButton('Left'), sg.T(' ' * 15), sg.RealtimeButton('Right')], + [sg.T(' ' * 10), sg.RealtimeButton('Reverse')], + [sg.T('')], + [sg.Quit(button_color=('black', 'orange'))] + ] + + form.LayoutAndRead(form_rows, non_blocking=True) + + # + # Some place later in your code... + # You need to perform a ReadNonBlocking on your form every now and then or + # else it won't refresh. + # + # your program's main loop + while (True): + # This is the code that reads and updates your window + button, values = form.ReadNonBlocking() + if button is not None: + print(button) + if button == 'Quit' or values is None: + break + + form.CloseNonBlockingForm() + +--------- + +## Easy Progress Meter +This recipe shows just how easy it is to add a progress meter to your code. + +![progress meter 6](https://user-images.githubusercontent.com/13696193/43955982-73b33b38-9c70-11e8-8b07-cc1473a58a73.jpg) + + import PySimpleGUI as sg + + for i in range(1000): + sg.EasyProgressMeter('Easy Meter Example', i+1, 1000) + + +----- +## Tabbed Form +Tabbed forms are **easy** to make and use in PySimpleGUI. You simple may your layouts for each tab and then instead of `LayoutAndRead` you call `ShowTabbedForm`. Results are returned as a list of form results. Each tab acts like a single form. + + +![tabbed form](https://user-images.githubusercontent.com/13696193/43956352-cffa6564-9c71-11e8-971b-2b395a668bf3.jpg) + + import PySimpleGUI as sg + + with sg.FlexForm('', auto_size_text=True) as form: + with sg.FlexForm('', auto_size_text=True) as form2: + + layout_tab_1 = [[sg.Text('First tab', size=(20, 1), font=('helvetica', 15))], + [sg.InputText(), sg.Text('Enter some info')], + [sg.Submit(button_color=('red', 'yellow')), sg.Cancel(button_color=('white', 'blue'))]] + + layout_tab_2 = [[sg.Text('Second Tab', size=(20, 1), font=('helvetica', 15))], + [sg.InputText(), sg.Text('Enter some info')], + [sg.Submit(button_color=('red', 'yellow')), sg.Cancel(button_color=('white', 'blue'))]] + + results = sg.ShowTabbedForm('Tabbed form example', (form, layout_tab_1, 'First Tab'), + (form2, layout_tab_2,'Second Tab')) + + sg.Popup(results) +----- +## Button Graphics (Media Player) +Buttons can have PNG of GIF images on them. This Media Player recipe requires 4 images in order to function correctly. The background is set to the same color as the button background so that they blend together. + +![media player](https://user-images.githubusercontent.com/13696193/43958418-5dd133f2-9c79-11e8-9432-0a67007e85ac.jpg) + + import PySimpleGUI as sg + + background = '#F0F0F0' + # Set the backgrounds the same as the background on the buttons + sg.SetOptions(background_color=background, element_background_color=background) + # Images are located in a subfolder in the Demo Media Player.py folder + image_pause = './ButtonGraphics/Pause.png' + image_restart = './ButtonGraphics/Restart.png' + image_next = './ButtonGraphics/Next.png' + image_exit = './ButtonGraphics/Exit.png' + + # A text element that will be changed to display messages in the GUI + TextElem = sg.Text('', size=(15, 2), font=("Helvetica", 14)) + + # Open a form, note that context manager can't be used generally speaking for async forms + form = sg.FlexForm('Media File Player', auto_size_text=True, default_element_size=(20, 1), + font=("Helvetica", 25)) + # define layout of the rows + layout = [[sg.Text('Media File Player', size=(17, 1), font=("Helvetica", 25))], + [TextElem], + [sg.ReadFormButton('Restart Song', button_color=(background, background), + image_filename=image_restart, image_size=(50, 50), image_subsample=2, border_width=0), + sg.Text(' ' * 2), + sg.ReadFormButton('Pause', button_color=(background, background), + image_filename=image_pause, image_size=(50, 50), image_subsample=2, border_width=0), + sg.Text(' ' * 2), + sg.ReadFormButton('Next', button_color=(background, background), + image_filename=image_next, image_size=(50, 50), image_subsample=2, border_width=0), + sg.Text(' ' * 2), + sg.Text(' ' * 2), sg.SimpleButton('Exit', button_color=(background, background), + image_filename=image_exit, image_size=(50, 50), image_subsample=2, + border_width=0)], + [sg.Text('_' * 30)], + [sg.Text(' ' * 30)], + [ + sg.Slider(range=(-10, 10), default_value=0, size=(10, 20), orientation='vertical', + font=("Helvetica", 15)), + sg.Text(' ' * 2), + sg.Slider(range=(-10, 10), default_value=0, size=(10, 20), orientation='vertical', + font=("Helvetica", 15)), + sg.Text(' ' * 8), + sg.Slider(range=(-10, 10), default_value=0, size=(10, 20), orientation='vertical', + font=("Helvetica", 15))], + [sg.Text('Bass', font=("Helvetica", 15), size=(6, 1)), + sg.Text('Treble', font=("Helvetica", 15), size=(10, 1)), + sg.Text('Volume', font=("Helvetica", 15), size=(7, 1))] + + ] + + # Call the same LayoutAndRead but indicate the form is non-blocking + form.LayoutAndRead(layout, non_blocking=True) + # Our event loop + while (True): + # Read the form (this call will not block) + button, values = form.ReadNonBlocking() + if button == 'Exit' or values is None: + break + # If a button was pressed, display it on the GUI by updating the text element + if button: + TextElem.Update(button) +---- +## Script Launcher - Persistent Form +This form doesn't close after button clicks. To achieve this the buttons are specified as `sg.ReadFormButton` instead of `sg.SimpleButton`. The exception to this is the EXIT button. Clicking it will close the form. This program will run commands and display the output in the scrollable window. + +![launcher 2](https://user-images.githubusercontent.com/13696193/43958519-b30af218-9c79-11e8-88da-fadc69da818c.jpg) + + import PySimpleGUI as sg + import subprocess + + def Launcher(): + + form = sg.FlexForm('Script launcher') + + layout = [ + [sg.Text('Script output....', size=(40, 1))], + [sg.Output(size=(88, 20))], + [sg.ReadFormButton('script1'), sg.ReadFormButton('script2'), sg.SimpleButton('EXIT')], + [sg.Text('Manual command', size=(15,1)), sg.InputText(focus=True), sg.ReadFormButton('Run', bind_return_key=True)] + ] + + form.Layout(layout) + + # ---===--- Loop taking in user input and using it to query HowDoI --- # + while True: + (button, value) = form.Read() + if button == 'EXIT' or button is None: + break # exit button clicked + if button == 'script1': + ExecuteCommandSubprocess('pip','list') + elif button == 'script2': + ExecuteCommandSubprocess('python', '--version') + elif button == 'Run': + ExecuteCommandSubprocess(value[0]) + + + def ExecuteCommandSubprocess(command, *args): + try: + sp = subprocess.Popen([command,*args], shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) + out, err = sp.communicate() + if out: + print(out.decode("utf-8")) + if err: + print(err.decode("utf-8")) + except: pass + + + if __name__ == '__main__': + Launcher() +---- +## Machine Learning GUI +A standard non-blocking GUI with lots of inputs. + +![machine learning green](https://user-images.githubusercontent.com/13696193/43979000-408b77ba-9cb7-11e8-9ffd-24c156767532.jpg) + + import PySimpleGUI as sg + + # Green & tan color scheme + sg.SetOptions(background_color='#9FB8AD', + text_element_background_color='#9FB8AD', + element_background_color='#9FB8AD', + input_elements_background_color='#F7F3EC', + button_color=('white', '#475841'), + border_width=0, + slider_border_width=0, + progress_meter_border_depth=0, + scrollbar_color='#F7F3EC') + + sg.SetOptions(text_justification='right') + + form = sg.FlexForm('Machine Learning Front End', font=("Helvetica", 12)) # begin with a blank form + + layout = [[sg.Text('Machine Learning Command Line Parameters', font=('Helvetica', 16))], + [sg.Text('Passes', size=(15, 1)), sg.Spin(values=[i for i in range(1, 1000)], initial_value=20, size=(6, 1)), + sg.Text('Steps', size=(18, 1)), sg.Spin(values=[i for i in range(1, 1000)], initial_value=20, size=(6, 1))], + [sg.Text('ooa', size=(15, 1)), sg.In(default_text='6', size=(10, 1)), sg.Text('nn', size=(15, 1)), sg.In(default_text='10', size=(10, 1))], + [sg.Text('q', size=(15, 1)), sg.In(default_text='ff', size=(10, 1)), sg.Text('ngram', size=(15, 1)), sg.In(default_text='5', size=(10, 1))], + [sg.Text('l', size=(15, 1)), sg.In(default_text='0.4', size=(10, 1)), sg.Text('Layers', size=(15, 1)), sg.Drop(values=('BatchNorm', 'other'),auto_size_text=True)], + [sg.Text('_' * 100, size=(65, 1))], + [sg.Text('Flags', font=('Helvetica', 15), justification='left')], + [sg.Checkbox('Normalize', size=(12, 1), default=True), sg.Checkbox('Verbose', size=(20, 1))], + [sg.Checkbox('Cluster', size=(12, 1)), sg.Checkbox('Flush Output', size=(20, 1), default=True)], + [sg.Checkbox('Write Results', size=(12, 1)), sg.Checkbox('Keep Intermediate Data', size=(20, 1))], + [sg.Text('_' * 100, size=(65, 1))], + [sg.Text('Loss Functions', font=('Helvetica', 15), justification='left')], + [sg.Radio('Cross-Entropy', 'loss', size=(12, 1)), sg.Radio('Logistic', 'loss', default=True, size=(12, 1))], + [sg.Radio('Hinge', 'loss', size=(12, 1)), sg.Radio('Huber', 'loss', size=(12, 1))], + [sg.Radio('Kullerback', 'loss', size=(12, 1)), sg.Radio('MAE(L1)', 'loss', size=(12, 1))], + [sg.Radio('MSE(L2)', 'loss', size=(12, 1)), sg.Radio('MB(L0)', 'loss', size=(12, 1))], + [sg.Submit(), sg.Cancel()]] + + button, values = form.LayoutAndRead(layout) + +------- +## Custom Progress Meter / Progress Bar +Perhaps you don't want all the statistics that the EasyProgressMeter provides and want to create your own progress bar. Use this recipe to do just that. + +![custom progress meter](https://user-images.githubusercontent.com/13696193/43982958-3393b23e-9cc6-11e8-8b49-e7f4890cbc4b.jpg) + + + import PySimpleGUI as sg + + def CustomMeter(): + # create the progress bar element + progress_bar = sg.ProgressBar(10000, orientation='h', size=(20,20)) + # layout the form + layout = [[sg.Text('A custom progress meter')], + [progress_bar], + [sg.Cancel()]] + + # create the form + form = sg.FlexForm('Custom Progress Meter') + # display the form as a non-blocking form + form.LayoutAndRead(layout, non_blocking=True) + # loop that would normally do something useful + for i in range(10000): + # check to see if the cancel button was clicked and exit loop if clicked + button, values = form.ReadNonBlocking() + if button == 'Cancel' or values == None: + break + # update bar with loop value +1 so that bar eventually reaches the maximum + progress_bar.UpdateBar(i+1) + # done with loop... need to destroy the window as it's still open + form.CloseNonBlockingForm() + + ---- + +## The One-Line GUI + +For those of you into super-compact code, a complete customized GUI can be specified, shown, and received the results using a single line of Python code. The way this is done is to combine the call to `FlexForm` and the call to `LayoutAndRead`. `FlexForm` returns a `FlexForm` object which has the `LayoutAndRead` method. + + +![simple](https://user-images.githubusercontent.com/13696193/44227935-ecb53b80-a161-11e8-968b-b3f963404dec.jpg) + + +Instead of + + import PySimpleGUI as sg + + layout = [[sg.Text('Filename')], + [sg.Input(), sg.FileBrowse()], + [sg.OK(), sg.Cancel()] ] + + button, (number,) = sg.FlexForm('Get filename example').LayoutAndRead(layout) + +you can write this line of code for the exact same result (OK, two lines with the import): + + import PySimpleGUI as sg + + button, (filename,) = sg.FlexForm('Get filename example'). LayoutAndRead([[sg.Text('Filename')], [sg.Input(), sg.FileBrowse()], [sg.OK(), sg.Cancel()] ]) +-------------------- +## Multiple Columns +Starting in version 2.9 (not yet released but you can get from current GitHub) you can use the Column Element. A Column is required when you have a tall element to the left of smaller elements. + +This example uses a Column. There is a Listbox on the left that is 3 rows high. To the right of it are 3 single rows of text and input. These 3 rows are in a Column Element. + +To make it easier to see the Column in the window, the Column background has been shaded blue. The code is wordier than normal due to the blue shading. Each element in the column needs to have the color set to match blue background. + +![snap0202](https://user-images.githubusercontent.com/13696193/44234671-27749f00-a175-11e8-9e66-a3fccf6c077e.jpg) + + + import PySimpleGUI as sg + + # Demo of how columns work + # Form has on row 1 a vertical slider followed by a COLUMN with 7 rows + # Prior to the Column element, this layout was not possible + # Columns layouts look identical to form layouts, they are a list of lists of elements. + + # sg.ChangeLookAndFeel('BlueMono') + + # Column layout + col = [[sg.Text('col Row 1', text_color='white', background_color='blue')], + [sg.Text('col Row 2', text_color='white', background_color='blue'), sg.Input('col input 1')], + [sg.Text('col Row 3', text_color='white', background_color='blue'), sg.Input('col input 2')]] + + layout = [[sg.Listbox(values=('Listbox Item 1', 'Listbox Item 2', 'Listbox Item 3'), select_mode=sg.LISTBOX_SELECT_MODE_MULTIPLE, size=(20,3)), sg.Column(col, background_color='blue')], + [sg.Input('Last input')], + [sg.OK()]] + + # Display the form and get values + # If you're willing to not use the "context manager" design pattern, then it's possible + # to collapse the form display and read down to a single line of code. + button, values = sg.FlexForm('Compact 1-line form with column').LayoutAndRead(layout) + + sg.Popup(button, values, line_width=200) + + +## Persistent Form With Text Element Updates + +This simple program keep a form open, taking input values until the user terminates the program using the "X" button. + +![math game](https://user-images.githubusercontent.com/13696193/44537842-c9444080-a6cd-11e8-94bc-6cdf1b765dd8.jpg) + + + + import PySimpleGUI as sg + + form = sg.FlexForm('Math') + + output = sg.Txt('', size=(8,1)) + + layout = [ [sg.Txt('Enter values to calculate')], + [sg.In(size=(8,1), key='numerator')], + [sg.Txt('_' * 10)], + [sg.In(size=(8,1), key='denominator')], + [output], + [sg.ReadFormButton('Calculate', bind_return_key=True)]] + + form.Layout(layout) + + while True: + button, values = form.Read() + + if button is not None: + try: + numerator = float(values['numerator']) + denominator = float(values['denominator']) + calc = numerator / denominator + except: + calc = 'Invalid' + + output.Update(calc) + else: + break + + + +## tkinter Canvas Widget + +The Canvas Element is one of the few tkinter objects that are directly accessible. The tkinter Canvas widget itself can be retrieved from a Canvas Element like this: + + can = sg.Canvas(size=(100,100)) + tkcanvas = can.TKCanvas + tkcanvas.create_oval(50, 50, 100, 100) + + +![canvas](https://user-images.githubusercontent.com/13696193/44632429-5266ac00-a948-11e8-9ee0-664103c40178.jpg) + + + + + import PySimpleGUI as gui + + canvas = gui.Canvas(size=(100,100), background_color='red') + + layout = [ + [canvas], + [gui.T('Change circle color to:'), gui.ReadFormButton('Red'), gui.ReadFormButton('Blue')] + ] + + form = gui.FlexForm('Canvas test') + form.Layout(layout) + form.ReadNonBlocking() + + cir = canvas.TKCanvas.create_oval(50, 50, 100, 100) + + while True: + button, values = form.Read() + if button is None: + break + if button is 'Blue': + canvas.TKCanvas.itemconfig(cir, fill = "Blue") + elif button is 'Red': + canvas.TKCanvas.itemconfig(cir, fill = "Red") + + +## Input Element Update + +This Recipe implements a Raspberry Pi touchscreen based keypad entry. As the digits are entered using the buttons, the Input Element above it is updated with the input digits. +There are a number of features used in this Recipe including: +* Default Element Size +* auto_size_buttons +* ReadFormButton +* Dictionary Return values +* Update of Elements in form (Input, Text) +* do_not_clear of Input Elements + + +![keypad 2](https://user-images.githubusercontent.com/13696193/44640891-57504d80-a992-11e8-93f4-4e97e586505e.jpg) + + + + import PySimpleGUI as g + + # g.SetOptions(button_color=g.COLOR_SYSTEM_DEFAULT) # because some people like gray buttons + + # Demonstrates a number of PySimpleGUI features including: + # Default element size + # auto_size_buttons + # ReadFormButton + # Dictionary return values + # Update of elements in form (Text, Input) + # do_not_clear of Input elements + + # create the 2 Elements we want to control outside the form + out_elem = g.Text('', size=(15, 1), font=('Helvetica', 18), text_color='red') + in_elem = g.Input(size=(10, 1), do_not_clear=True, key='input') + + layout = [[g.Text('Enter Your Passcode')], + [in_elem], + [g.ReadFormButton('1'), g.ReadFormButton('2'), g.ReadFormButton('3')], + [g.ReadFormButton('4'), g.ReadFormButton('5'), g.ReadFormButton('6')], + [g.ReadFormButton('7'), g.ReadFormButton('8'), g.ReadFormButton('9')], + [g.ReadFormButton('Submit'), g.ReadFormButton('0'), g.ReadFormButton('Clear')], + [out_elem], + ] + + form = g.FlexForm('Keypad', default_element_size=(5, 2), auto_size_buttons=False) + form.Layout(layout) + + # Loop forever reading the form's values, updating the Input field + keys_entered = '' + while True: + button, values = form.Read() # read the form + if button is None: # if the X button clicked, just exit + break + if button is 'Clear': # clear keys if clear button + keys_entered = '' + elif button in '1234567890': + keys_entered = values['input'] # get what's been entered so far + keys_entered += button # add the new digit + elif button is 'Submit': + keys_entered = values['input'] + out_elem.Update(keys_entered) # output the final string + + in_elem.Update(keys_entered) # change the form to reflect current key string + +## Animated Matplotlib Graph + +Use the Canvas Element to create an animated graph. The code is a bit tricky to follow, but if you know Matplotlib then this recipe shouldn't be too difficult to copy and modify. + +![animated matplotlib](https://user-images.githubusercontent.com/13696193/44640937-91b9ea80-a992-11e8-9c1c-85ae74013679.jpg) + + + from tkinter import * + from random import randint + import PySimpleGUI as g + from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg, FigureCanvasAgg + from matplotlib.figure import Figure + import matplotlib.backends.tkagg as tkagg + import tkinter as Tk + + + def main(): + fig = Figure() + + ax = fig.add_subplot(111) + ax.set_xlabel("X axis") + ax.set_ylabel("Y axis") + ax.grid() + + canvas_elem = g.Canvas(size=(640, 480)) # get the canvas we'll be drawing on + + layout = [[g.Text('Animated Matplotlib', size=(40, 1), justification='center', font='Helvetica 20')], + [canvas_elem], + [g.ReadFormButton('Exit', size=(10, 2), pad=((280, 0), 3), font='Helvetica 14')]] + + # create the form and show it without the plot + form = g.FlexForm('Demo Application - Embedding Matplotlib In PySimpleGUI') + form.Layout(layout) + form.ReadNonBlocking() + + graph = FigureCanvasTkAgg(fig, master=canvas_elem.TKCanvas) + canvas = canvas_elem.TKCanvas + + dpts = [randint(0, 10) for x in range(10000)] + for i in range(len(dpts)): + button, values = form.ReadNonBlocking() + if button is 'Exit' or values is None: + exit(69) + + ax.cla() + ax.grid() + + ax.plot(range(20), dpts[i:i + 20], color='purple') + graph.draw() + figure_x, figure_y, figure_w, figure_h = fig.bbox.bounds + figure_w, figure_h = int(figure_w), int(figure_h) + photo = Tk.PhotoImage(master=canvas, width=figure_w, height=figure_h) + + canvas.create_image(640 / 2, 480 / 2, image=photo) + + figure_canvas_agg = FigureCanvasAgg(fig) + figure_canvas_agg.draw() + + tkagg.blit(photo, figure_canvas_agg.get_renderer()._renderer, colormode=2) + # time.sleep(.1) + + if __name__ == '__main__': + main() + + + +## Tables + +While there is no official support for "Tables" (e.g. there is no Table Element), it is possible to display information in a tabular way. This only works for smaller tables because there is no way to scroll a window or a column element. Until scrollable columns are implemented there is little use in creating a Table Element. + +![simpletable](https://user-images.githubusercontent.com/13696193/44960497-c667fd80-aece-11e8-988c-5fa7dfdb90a6.jpg) + + layout = [[sg.T('Table Test')]] + + for i in range(20): + row = [sg.T(f'Row {i} ', size=(10,1))] + layout.append([sg.T(f'{i}{j}', size=(4,1), background_color='white', pad=(1,1)) for j in range(10)]) + + sg.FlexForm('Table').LayoutAndRead(layout) + +## Tight Layout + +Saw this example layout written in tkinter and liked it so much I duplicated the interface. It's "tight", clean, and has a nice dark look and feel. + +This Recipe also contains code that implements the button interactions so that you'll have a template to build from. + +In other GUI frameworks this program would be most likely "event driven" with callback functions being used to communicate button events. The "event loop" would be handled by the GUI engine. If code already existed that used a call-back mechanism, the loop in the example code below could simply call these callback functions directly based on the button text it receives in the form.Read call. + +![timemanagement](https://user-images.githubusercontent.com/13696193/44996818-0f27c100-af78-11e8-8836-9ef6164efe3b.jpg) + + + import PySimpleGUI as sg + + sg.ChangeLookAndFeel('Dark') + sg.SetOptions(element_padding=(0, 0)) + + StartButton = sg.ReadFormButton('Start', button_color=('white', 'black')) + StopButton = sg.ReadFormButton('Stop', button_color=('gray34', 'black')) + ResetButton = sg.ReadFormButton('Reset', button_color=('gray', 'firebrick3')) + SubmitButton = sg.ReadFormButton('Submit', button_color=('gray34', 'springgreen4')) + + layout = [ + [sg.T('User:', pad=((3, 0), 0)), sg.OptionMenu(values=('User 1', 'User 2'), size=(20, 1)), sg.T('0', size=(8, 1))], + [sg.T('Customer:', pad=((3, 0), 0)), sg.OptionMenu(values=('Customer 1', 'Customer 2'), size=(20, 1)), + sg.T('1', size=(8, 1))], + [sg.T('Notes:', pad=((3, 0), 0)), sg.In(size=(44, 1), background_color='white', text_color='black')], + [StartButton, StopButton, ResetButton, SubmitButton] + ] + + form = sg.FlexForm("Time Tracker", default_element_size=(12, 1), text_justification='r', auto_size_text=False, + auto_size_buttons=False, + default_button_element_size=(12, 1)) + form.Layout(layout) + recording = have_data = False + while True: + button, values = form.Read() + if button is None: + exit(69) + if button is 'Start': + StartButton.Update(button_color=('gray34', 'black')) + StopButton.Update(button_color=('white', 'black')) + ResetButton.Update(button_color=('white', 'firebrick3')) + recording = True + elif button is 'Stop' and recording: + StopButton.Update(button_color=('gray34', 'black')) + StartButton.Update(button_color=('white', 'black')) + SubmitButton.Update(button_color=('white', 'springgreen4')) + recording = False + have_data = True + elif button is 'Reset': + StopButton.Update(button_color=('gray34', 'black')) + StartButton.Update(button_color=('white', 'black')) + SubmitButton.Update(button_color=('gray34', 'springgreen4')) + ResetButton.Update(button_color=('gray34', 'firebrick3')) + recording = False + have_data = False + elif button is 'Submit' and have_data: + StopButton.Update(button_color=('gray34', 'black')) + StartButton.Update(button_color=('white', 'black')) + SubmitButton.Update(button_color=('gray34', 'springgreen4')) + ResetButton.Update(button_color=('gray34', 'firebrick3')) + recording = False diff --git a/docs/index.md b/docs/index.md new file mode 100644 index 000000000..8078be65f --- /dev/null +++ b/docs/index.md @@ -0,0 +1,2008 @@ + + +![pysimplegui_logo](https://user-images.githubusercontent.com/13696193/43165867-fe02e3b2-8f62-11e8-9fd0-cc7c86b11772.png) + +[![Downloads](http://pepy.tech/badge/pysimplegui)](http://pepy.tech/project/pysimplegui) since Jul 11, 2018 + +![Documentation Status](https://readthedocs.org/projects/pysimplegui/badge/?version=latest) + +[![Python Version](https://img.shields.io/badge/Python-3-brightgreen.svg)](https://www.python.org/downloads/) + + +# PySimpleGUI + + (Ver 2.11) + +[Latest Demos and Master Branch on GitHub](https://github.com/MikeTheWatchGuy/PySimpleGUI) + +[Wiki for the latest news](https://github.com/MikeTheWatchGuy/PySimpleGUI/wiki) + +Lots of documentation available in addition to this Readme File. +[Formatted ReadTheDocs Version of this Readme](http://pysimplegui.readthedocs.io/) + +[COOKBOOK!](https://pysimplegui.readthedocs.io/en/latest/cookbook/) + +[Brief Tutorial](https://pysimplegui.readthedocs.io/en/latest/tutorial/) + +Super-simple GUI to grasp... Powerfully customizable. + +Create a custom GUI in 5 lines of code. + +Can create a custom GUI in 1 line of code if desired. + +Note - ***Python3*** is required to run PySimpleGUI. It takes advantage of some Python3 features that do not translate well into Python2. + +Looking to take your Python code from the world of command lines and into the convenience of a GUI? Have a Raspberry **Pi** with a touchscreen that's going to waste because you don't have the time to learn a GUI SDK? Into Machine Learning and are sick of the command line? Look no further, **you've found your GUI package**. + + import PySimpleGUI as sg + + sg.Popup('Hello From PySimpleGUI!', 'This is the shortest GUI program ever!') + + +![hello world](https://user-images.githubusercontent.com/13696193/44960047-1f7f6380-aec6-11e8-9d5e-12ef935bcade.jpg) + + +Or how about a ***custom GUI*** in 1 line of code? + + import PySimpleGUI as sg + + button, (filename,) = sg.FlexForm('Get filename example'). LayoutAndRead([[sg.Text('Filename')], [sg.Input(), sg.FileBrowse()], [sg.OK(), sg.Cancel()] ]) + +![get filename](https://user-images.githubusercontent.com/13696193/44960039-f1018880-aec5-11e8-8a43-3d7f8ff93b67.jpg) + + + Build beautiful customized forms that fit your specific problem. Let PySimpleGUI solve your GUI problem while you solve the real problems. Do you really want to plod through the mountains of code required to program tkinter? + +PySimpleGUI wraps tkinter so that you get all the same widgets as you would tkinter, but you interact with them in a **much** more friendly way. + +![everything dark theme](https://user-images.githubusercontent.com/13696193/44959854-b1d23800-aec3-11e8-90b6-5af915a86d15.jpg) + +Perhaps you're looking for a way to interact with your **Raspberry Pi** in a more friendly way. The same for shown as on Pi (roughly the same) + +![raspberry pi everything demo](https://user-images.githubusercontent.com/13696193/44279694-5b58ce80-a220-11e8-9ab6-d6021f5a944f.jpg) + + + +In addition to a primary GUI, you can add a Progress Meter to your code with ONE LINE of code. Slide this into any of your `for` loops and get a nice meter like this: + + EasyProgressMeter('My meter title', current_value, max value) + + ![easyprogressmeter](https://user-images.githubusercontent.com/13696193/44960065-83099100-aec6-11e8-8aa8-96e4b100a0e4.jpg) + +You can build an async media player GUI with custom buttons in 30 lines of code. + +![media player 2](https://user-images.githubusercontent.com/13696193/44960091-eeebf980-aec6-11e8-884e-80d4447a83cd.jpg) + + + ## Background +I was frustrated by having to deal with the dos prompt when I had a powerful Windows machine right in front of me. Why is it SO difficult to do even the simplest of input/output to a window in Python?? + +There are a number of 'easy to use' Python GUIs, but they're **very** limiting. PySimpleGUI takes the best of packages like `EasyGUI`and `WxSimpleGUI` , both really handy but limited, and adds the ability to define your own layouts. This ability to make your own forms is the primary difference between these and `PySimpleGUI`. + +Every call has optional parameters so that you can change the look and feel. Don't like the button color? It's easy to change by adding a button_color parameter to your widget. The configure is done in-place. + +With a simple GUI, it becomes practical to "associate" .py files with the python interpreter on Windows. Double click a py file and up pops a GUI window, a more pleasant experience than opening a dos Window and typing a command line. + +The `PySimpleGUI` package is focused on the ***developer***. Create a custom GUI with as little and as simple code as possible. This was the primary mantra used to create PySimpleGUI. "Do it in a Python-like way" was the second desired outcome. + +## Features + + Features of PySimpleGUI include: + Text + Single Line Input + Buttons including these types: + File Browse + Folder Browse + Non-closing return + Close form + Realtime + Checkboxes + Radio Buttons + Listbox + Slider + Icons + Multi-line Text Input + Scroll-able Output + Images + Progress Bar + Async/Non-Blocking Windows + Tabbed forms + Persistent Windows + Redirect Python Output/Errors to scrolling window + 'Higher level' APIs (e.g. MessageBox, YesNobox, ...) + Single-Line-Of-Code Proress Bar & Debug Print + Complete control of colors, look and feel + Selection of pre-defined palettes + Button images + Return values as dictionary + Set focus + Bind return key to buttons + Group widgets into a column and place into form anywhere + Keyboard low-level key capture + Mouse scroll-wheel support + Get Listbox values as they are selected + Update elements in a live form + Bulk form-fill operation + + +An example of many widgets used on a single form. A little further down you'll find the TWENTY lines of code required to create this complex form. Try it if you don't believe it. Start Python, copy and paste the code below into the >>> prompt and hit enter. This will pop up... + +![everything example](https://user-images.githubusercontent.com/13696193/43097412-0a4652aa-8e8a-11e8-8e09-939484e3c568.jpg) + +Here is the code that produced the above screenshot. + + import PySimpleGUI as sg + + with sg.FlexForm('Everything bagel', auto_size_text=True, default_element_size=(40, 1)) as form: + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25), text_color='blue')], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText()], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text shoulsd you decide not to type anything', + scale=(2, 10))], + [sg.InputCombo(['Combobox 1', 'Combobox 2'], size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(35, 20), default_value=85)], + [sg.Listbox(values=['Listbox 1', 'Listbox 2', 'Listbox 3'], size=(30, 6)), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=10)], + [sg.Text('_' * 100, size=(70, 1))], + [sg.Text('Choose Source and Destination Folders', size=(35, 1))], + [sg.Text('Source Folder', size=(15, 1), auto_size_text=False, justification='right'), sg.InputText('Source'), + sg.FolderBrowse()], + [sg.Text('Destination Folder', size=(15, 1), auto_size_text=False, justification='right'), sg.InputText('Dest'), + sg.FolderBrowse()], + [sg.Submit(), sg.Cancel(), sg.SimpleButton('Customized', button_color=('white', 'green'))] + ] + + button, values = form.LayoutAndRead(layout) + + **A note on screen shots** +You will see a number of different styles of buttons, data entry fields, etc, in this readme. They were all made with the same SDK, the only difference is in the settings that are specified on a per-element, row, form, or global basis. One setting in particular, border_width, can make a big difference on the look of the form. Some of the screenshots had a border_width of 6, others a value of 1. + + +--- +### Design Goals +> Copy, Paste, Run. + +`PySimpleGUI's` goal with the API is to be easy on the programmer, and to function in a Python-like way. Since GUIs are visual, it was desirable for the code to visually match what's on the screen. + + > Be Pythonic + + Be Pythonic... Attempted to use language constructs in a natural way and to exploit some of Python's interesting features. Python's lists and optional parameters make PySimpleGUI work. + - Forms are represented as Python lists. + - A form is a list of rows + - A row is a list of elements +- Return values are a list of button presses and input values. +- Return values can also be represented as a dictionary +- The SDK calls collapse down into a single line of Python code that presents a custom GUI and returns values + + + ----- +## Getting Started with PySimpleGUI + +### Installing + + pip install PySimpleGUI + or +Simply download the file - PySimpleGUI.py and import it into your code + + +### Prerequisites + +Python 3 +tkinter + +Runs on all Python platforms that have tkinter running on them. Thoroughly tested on Windows. Runs on Windows, Mac, Linux, Raspberry Pi. Even runs on `pypy3`. + +### Using + +To use in your code, simply import.... + `import PySimpleGUI as sg` + +Then use either "high level" API calls or build your own forms. + + sg.Popup('This is my first Popup') + +![first popup](https://user-images.githubusercontent.com/13696193/44957300-c7813680-ae9e-11e8-9a8c-c70198db7907.jpg) + + +Yes, it's just that easy to have a window appear on the screen using Python. With PySimpleGUI, making a custom form appear isn't much more difficult. The goal is to get you running on your GUI within ***minutes***, not hours nor days. + +--- +## APIs + +PySimpleGUI can be broken down into 2 types of API's: + * High Level single call functions (The `Popup` calls) + * Custom form functions + + +### Python Language Features + + There are a number of Python language features that PySimpleGUI utilizes heavily for API access that should be understood... + * Variable number of arguments to a function call + * Optional parameters to a function call + +#### Variable Number of Arguments + + The "High Level" API calls that *output* values take a variable number of arguments so that they match a "print" statement as much as possible. The idea is to make it simple for the programmer to output as many items as desired and in any format. The user need not convert the variables to be output into the strings. The PySimpleGUI functions do that for the user. + + sg.Popup('Variable number of parameters example', var1, var2, "etc") + +Each new item begins on a new line in the Popup + + ![snap0179](https://user-images.githubusercontent.com/13696193/43658129-f6ca49c6-9725-11e8-9317-1f77443eb04a.jpg) + + + +#### Optional Parameters to a Function Call + +This feature of the Python language is utilized ***heavily*** as a method of customizing forms and form Elements. Rather than requiring the programmer to specify every possible option for a widget, instead only the options the caller wants to override are specified. + +Here is the function definition for the Popup function. The details aren't important. What is important is seeing that there is a long list of potential tweaks that a caller can make. However, they don't *have* to be specified on each and every call. + + def Popup(*args, + button_color=None, + button_type=MSG_BOX_OK, + auto_close=False, + auto_close_duration=None, + icon=DEFAULT_WINDOW_ICON, + line_width=MESSAGE_BOX_LINE_WIDTH, + font=None): + +If the caller wanted to change the button color to be black on yellow, the call would look something like this: + + sg.Popup('This box has a custom button color', button_color=('black', 'yellow')) + + +![snap0180](https://user-images.githubusercontent.com/13696193/43658171-13a72bfe-9726-11e8-8c7a-0a46e46fb202.jpg) + + +--- + +### High Level API Calls - Popup's + +"High level calls" are those that start with "Popup". They are the most basic form of communications with the user. They are named after the type of window they create, a pop-up window. These windows are meant to be short lived while, either delivering information or collecting it, and then quickly disappearing. + +### Popup Output + +Think of the `Popup` call as the GUI equivelent of a `print` statement. It's your way of displaying results to a user in the windowed world. Each call to Popup will create a new Popup window. + +`Popup` calls are normally blocking. your program will stop executing until the user has closed the Popup window. A non-blocking form of Popup discussed in the async section. + +Just like a print statement, you can pass any number of arguments you wish. They will all be turned into strings and displayed in the popup window. + +There are a number of Popup output calls, each with a slightly different look (e.g. different button labels). + +The list of Popup output functions are + + Popup,PopupOk + PopupYesNo + PopupCancel + PopupOkCancel + PopupError + PopupTimed, PopupAutoClose + +The trailing portion of the function name after Popup indicates what buttons are shown. `PopupYesNo` shows a pair of button with Yes and No on them. `PopupCancel` has a Cancel button, etc. + +While these are "output" windows, they do collect input in the form of buttons. The Popup functions return the button that was clicked. If the Ok button was clicked, then Popup returns the string 'Ok'. If the user clicked the X button to close the window, then the button value returned is `None`. + +The function `PopupTimed` or `PopupAutoClose` are popup windows that will automatically close after come period of time. + +Here is a quick-reference showing how the Popup calls look. + + print(sg.Popup('Popup')) + print(sg.PopupOk('PopupOk')) + print(sg.PopupYesNo('PopupYesNo')) + print(sg.PopupCancel('PopupCancel')) + print(sg.PopupOkCancel('PopupOkCancel')) + print(sg.PopupError('PopupError')) + print(sg.PopupTimed('PopupTimed')) + print(sg.PopupAutoClose('PopupAutoClose')) + + +![snap0256](https://user-images.githubusercontent.com/13696193/44957394-1380ab00-aea0-11e8-98b1-1ab7d7bd5b37.jpg) + +![snap0257](https://user-images.githubusercontent.com/13696193/44957400-167b9b80-aea0-11e8-9d42-2314f24e62de.jpg) + +![snap0258](https://user-images.githubusercontent.com/13696193/44957399-154a6e80-aea0-11e8-9580-e716f839d400.jpg) + +![snap0259](https://user-images.githubusercontent.com/13696193/44957398-14b1d800-aea0-11e8-9e88-c2b36a248447.jpg) + +![snap0260](https://user-images.githubusercontent.com/13696193/44957397-14b1d800-aea0-11e8-950b-6d0b4f33841a.jpg) + +![snap0261](https://user-images.githubusercontent.com/13696193/44957396-14194180-aea0-11e8-8eef-bb2e1193ecfa.jpg) + +![snap0264](https://user-images.githubusercontent.com/13696193/44957595-9e15da00-aea1-11e8-8909-6b6121b74509.jpg) + +#### Scrolled Output +There is a scrolled version of Popups should you have a lot of information to display. + + sg.PopupScrolled(my_text) + +![scrolledtextbox 2](https://user-images.githubusercontent.com/13696193/43667324-712aa0d4-9745-11e8-83a9-a0d0570d0865.jpg) + + +The `PopupScrolled` will auto-fit the window size to the size of the text. Specify `None` in the height field of a `size` parameter to get auto-sized height. + +This call will create a scrolled box 80 characters wide and a height dependent upon the number of lines of text. + +sg.PopupScrolled(my_text, size=(80, None)) + +Note that the default max number of lines before scrolling happens is set to 50. At 50 lines the scrolling will begin. + +### Popup Input + +There are Popup calls for single-item inputs. These follow the pattern of `Popup` followed by `Get` and then the type of item to get. + + - `PopupGetString` - get a single line of text + - `PopupGetFile` - get a filename + - `PopupGetFolder` - get a folder name + +Rather than make a custom form to get one data value, call the Popup input function to get the item from the user. + + + import PySimpleGUI as sg + + text = sg.PopupGetText('Title', 'Please input something') + sg.Popup('Results', 'The value returned from PopupGetText', text) + + ![popupgettext](https://user-images.githubusercontent.com/13696193/44957281-8721b880-ae9e-11e8-98cd-d06369f4187e.jpg) + +![popup gettext response](https://user-images.githubusercontent.com/13696193/44957282-8721b880-ae9e-11e8-84ae-dc8bb30504a0.jpg) + + + text = sg.PopupGetFile('Please enter a file name') + sg.Popup('Results', 'The value returned from PopupGetFile', text) + +![popupgetfile](https://user-images.githubusercontent.com/13696193/44957857-2fd31680-aea5-11e8-8eb7-f6b91c202cc8.jpg) + +The window created to get a folder name looks the same as the get a file name. The difference is in what the browse button does. `PopupGetFile` shows an Open File dialog box while `PopupGetFolder` shows an Open Folder dialog box. + + text = sg.PopupGetFolder('Please enter a folder name') + sg.Popup('Results', 'The value returned from PopupGetFolder', text) + +![popupgetfolder](https://user-images.githubusercontent.com/13696193/44957861-45484080-aea5-11e8-926c-cf607a45251c.jpg) + +#### Progress Meter! +We all have loops in our code. 'Isn't it joyful waiting, watching a counter scrolling past in a text window? How about one line of code to get a progress meter, that contains statistics about your code? + + + EasyProgressMeter(title, + current_value, + max_value, + *args, + orientation=None, + bar_color=DEFAULT_PROGRESS_BAR_COLOR, + button_color=None, + size=DEFAULT_PROGRESS_BAR_SIZE, + scale=(None, None), + border_width=DEFAULT_PROGRESS_BAR_BORDER_WIDTH): + +Here's the one-line Progress Meter in action! + + for i in range(1,10000): + sg.EasyProgressMeter('My Meter', i+1, 10000, 'Optional message') + +That line of code resulted in this window popping up and updating. + +![preogress meter](https://user-images.githubusercontent.com/13696193/43667625-d47da702-9746-11e8-91e6-e5177883abae.jpg) + +A meter AND fun statistics to watch while your machine grinds away, all for the price of 1 line of code. +With a little trickery you can provide a way to break out of your loop using the Progress Meter form. The cancel button results in a `False` return value from `EasyProgressMeter`. It normally returns `True`. + +***Be sure and add one to your loop counter*** so that your counter goes from 1 to the max value. If you do not add one, your counter will never hit the max value. Instead it will go from 0 to max-1. + +#### Debug Output +Another call in the 'Easy' families of APIs is `EasyPrint`. It will output to a debug window. If the debug window isn't open, then the first call will open it. No need to do anything but stick a 'print' call in your code. You can even replace your 'print' calls with calls to EasyPrint by simply sticking the statement + + print = sg.EasyPrint + +at the top of your code. +There are a number of names for the same EasyPrint function. `Print` is one of the better ones to use as it's easy to remember. It is simply `print` with a capital P. + + import PySimpleGUI as sg + + for i in range(100): + sg.Print(i) + +![snap0125](https://user-images.githubusercontent.com/13696193/43114979-a696189e-8ecf-11e8-83c7-473fcf0ccc66.jpg) +Or if you didn't want to change your code: + + import PySimpleGUI as sg + + print=sg.Print + for i in range(100): + print(i) + +Just like the standard print call, `EasyPrint` supports the `sep` and `end` keyword arguments. Other names that can be used to call `EasyPrint` include Print, `eprint`, If you want to close the window, call the function `EasyPrintClose`. + +A word of caution. There are known problems when multiple PySimpleGUI windows are opened, particularly if the user closes them in an unusual way. Not a reason to stay away from using it. Just something to keep in mind if you encounter a problem. + +You can change the size of the debug window using the `SetOptions` call with the `debug_win_size` parameter. + +--- +# Custom Form API Calls (Your First Form) + +This is the FUN part of the programming of this GUI. In order to really get the most out of the API, you should be using an IDE that supports auto complete or will show you the definition of the function. This will make customizing go smoother. + +This first section on custom forms is for your typical, blocking, non-persistant form. By this I mean, when you "show" the form, the function will not return until the user has clicked a button or closed the window. When this happens, the form's window will be automatically closed. + +Two other types of forms exist. +1. Persistent form - rather than closing on button clicks, the show form function returns and the form continues to be visible. This is good for applications like a chat window. +2. Asynchronous form - the trickiest of the lot. Great care must be exercised. Examples are an MP3 player or status dashboard. Async forms are updated (refreshed) on a periodic basis. + +It's both not enjoyable nor helpful to immediately jump into tweaking each and every little thing available to you. + +## The Form Designer +The good news to newcomers to GUI programming is that PySimpleGUI has a form designer. Better yet, the form designer requires no training and everyone knows how to use it. + +![gui0_1](https://user-images.githubusercontent.com/13696193/44159598-e2257400-a085-11e8-9b02-343e72cc75c3.JPG) + +It's a manual process, but if you follow the instructions, it will take only a minute to do and the result will be a nice looking GUI. The steps you'll take are: +1. Sketch your GUI on paper +2. Divide your GUI up into rows +3. Label each Element with the Element name +4. Write your Python code using the labels as pseudo-code + +Let's take a couple of examples. + +**Enter a number**.... Popular beginner programs are often based on a game or logic puzzle that requires the user to enter something, like a number. The "high-low" answer game comes to mind where you try to guess the number based on high or low tips. + +**Step 1- Sketch the GUI** +![gui1_1](https://user-images.githubusercontent.com/13696193/44160127-6a584900-a087-11e8-8fec-09099a8e16f6.JPG) + +**Step 2 - Divide into rows** + +![gui2_1](https://user-images.githubusercontent.com/13696193/44160128-6a584900-a087-11e8-9973-af866fb94c56.JPG) + +Step 3 - Label elements + +![gui6_1](https://user-images.githubusercontent.com/13696193/44160116-64626800-a087-11e8-8b57-671c0461b508.JPG) + +Step 4 - Write the code +The code we're writing is the layout of the GUI itself. This tutorial only focuses on getting the window code written, not the stuff to display it, get results. + +We have only 1 element on the first row, some text. Rows are written as a "list of elements", so we'll need [ ] to make a list. Here's the code for row 1 + + [ sg.Text('Enter a number') ] + +Row 2 has 1 elements, an input field. + + [ sg.Input() ] +Row 3 has an OK button + + [ sg.OK() ] + +Now that we've got the 3 rows defined, they are put into a list that represents the entire window. + + layout = [ [sg.Text('Enter a Number')], + [sg.Input()], + [sg.OK()] ] + +Finally we can put it all together into a program that will display our window. + + import PySimpleGUI as sg + + layout = [[sg.Text('Enter a Number')], + [sg.Input()], + [sg.OK()] ] + + button, (number,) = sg.FlexForm('Enter a number example').LayoutAndRead(layout) + + sg.Popup(button, number) + +### Example 2 - Get a filename +Let's say you've got a utility you've written that operates on some input file and you're ready to use a GUI to enter than filename rather than the command line. Follow the same steps as the previous example - draw your form on paper, break it up into rows, label the elements. + +![gui4_1](https://user-images.githubusercontent.com/13696193/44160132-6a584900-a087-11e8-862f-7d791a67ee5d.JPG) +![gui5_1](https://user-images.githubusercontent.com/13696193/44160133-6af0df80-a087-11e8-9dec-bb4d4c59393d.JPG) + +Writing the code for this one is just as straightforward. There is one tricky thing, that browse for a file button. Thankfully PySimpleGUI takes care of associating it with the input field next to it. As a result, the code looks almost exactly like the form on the paper. + + import PySimpleGUI as sg + + layout = [[sg.Text('Filename')], + [sg.Input(), sg.FileBrowse()], + [sg.OK(), sg.Cancel()] ] + + button, (number,) = sg.FlexForm('Get filename example').LayoutAndRead(layout) + + sg.Popup(button, number) + + +Read on for detailed instructions on the calls that show the form and return your results. + + + +# Copy these design patterns! +## Pattern 1 - With Context Manager + + + with sg.FlexForm('SHA-1 & 256 Hash') as form: + form_rows = [[sg.Text('SHA-1 and SHA-256 Hashes for the file')], + [sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + button, (source_filename,) = form.LayoutAndRead(form_rows) + +## Pattern 2 - No Context Manager + + + form = sg.FlexForm('SHA-1 & 256 Hash') + form_rows = [[sg.Text('SHA-1 and SHA-256 Hashes for the file')], + [sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + button, (source_filename,) = form.LayoutAndRead(form_rows) + + ---- + +## Pattern 3 - Short Form + + + form_rows = [[sg.Text('SHA-1 and SHA-256 Hashes for the file')], + [sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + button, (source_filename,) = sg.FlexForm('SHA-1 & 256 Hash').LayoutAndRead(form_rows) + + + +These 3 design patterns both produce this custom form: + +![snap0134](https://user-images.githubusercontent.com/13696193/43162410-e7775466-8f58-11e8-8d6a-da4772c00dd8.jpg) + +When you're code leaves forms open or you show many forms, then it's important to use the "with" context manager so that resources are freed as quickly as possible. PySimpleGUI uses `tkinter`. `tkinter` is very picky about who releases objects and when. The `with` takes care of disposing of everything properly for you. + +The second design pattern is not context manager based. If you are struggling with an unknown error, try modifying the code to run without a context manager. To do so, you simple remove the with, stick the form on the front of that statement, and un-indent the with-block code. + +The third is the 'compact form'. It compacts down into 2 lines of code. One line is your form definition. The next is the call that shows the form and returns the values. You can use this pattern for simple, short programs where resource allocation isn't an issue. + +You will use these design patterns or code templates for all of your "normal" (blocking) types of input forms. Copy it and modify it to suit your needs. This is the quickest way to get your code up and running with PySimpleGUI. This is the most basic / normal of the design patterns. + +### How GUI Programming in Python Should Look + +GUI programming in Python is a mess. tkinter kinda sucks. Why is Python such a great teaching language and yet no GUI framework exists that lends itself to the basic building blocks of Python, the list or dictionary? + +The key to custom forms in PySimpleGUI is to view forms as ROWS of Widgets (Elements). Each row is specified as a list of these widgets. Put the rows together and you've got a form. + +Let's look at this one. + + +![snap0131](https://user-images.githubusercontent.com/13696193/43417007-df6d8408-9407-11e8-9986-30f0415f08a5.jpg) + +Let's agree the form has 4 rows. + +The first row only has **text** that reads `Rename files or folders` + +The second row has 3 elements in it. First the **text** `Source for Folders`, then an **input** field, then a **browse** button. + +Now let's look at how those 2 rows and the other two row from Python code: + + layout = [[sg.Text('Rename files or folders')], + [sg.Text('Source for Folders', size=(15, 1)), sg.InputText(), sg.FolderBrowse()], + [sg.Text('Source for Files ', size=(15, 1)), sg.InputText(), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel()]] + +See how the source code mirrors the layout? You simply make lists for each row, then submit that table to PySimpleGUI to show and get values from. + +And what about those return values? Most people simply want to show a form, get the input values and do something with them. So why break up the code into button callbacks, etc, when I simply want my form's input values to be given to me. + +The same "row" concept applies to return values. The form is scanned from top to bottom, left to right. Each field that's an input field will occupy a spot in the return values. + +In our example form, there are 2 fields, so the return values from this form will be a list with 2 values in it. + + button, (folder_path, file_path) = form.LayoutAndRead(layout) + +In the statement that shows and reads the form, the two input fields are directly assigned to the caller's variables `folder_path` and `file_path`, ready to use. No parsing no callbacks. + +Isn't this what almost every Python programmer looking for a GUI wants?? Something easy to work with to get the values and move on to the rest of the program, where the real action is taking place. Why write pages of tkinter code when the same layout can be achieved with PySimpleGUI in 3 or 4 lines of code. 4 lines or 40? I chose 4. + +### The Auto-Packer + +Once you've laid out your elements into, it's the job of the Auto-Packer to place your elements into a window frame. + +The layout of custom GUIs is made trivial by the use of the Auto-Packer. GUI frameworks often use a grid system and sometimes have a "pack" function that's used to place widgets into a window. It's almost always a confusing exercise to use them. + +PySimpleGUI uses a "row by row" approach to building GUIs. When you were to sketch your GUI out on a sheet of paper and then draw horizontal lines across the page under each widget then you would have a several "rows" of widgets. + +For each row in your GUI, you will have a list of elements. In Python this list is a simple Python list. An entire GUI window is a list of rows, one after another. + +This is how your GUI is created, one row at a time, with one row stacked on top of another. This visual form of coding makes GUI creation go so much quicker. + + layout = [ [ Row 1 Elements], + [ Row 2 Elements] ] + + +### Laying out your form + +Your form is a 2 dimensional list in Python. The first dimension are rows, the second is a list of Elements for each row. The first thing you want to do is layout your form on paper. + + layout = [ [row 1], + [row 2], + [row 3] ] + +Simple enough... a list of lists. +A row is a list of Elements. For example this could be a row with a couple of elements on it. + + [ Input, Button] + +Turning back to our example. This GUI roughly looks like this: + + layout = [ [Text], + [InputText, FileBrowse] + [Submit, Cancel] ] + + Now let's put it all together into an entire program. + + +### Line by line explanation + +Going through each line of code in the above form will help explain how to use this design patter. Copy, modify and run it! + + with sg.FlexForm('SHA-1 & 256 Hash', auto_size_text=True) as form: +This creates a new form, storing it in the variable `form`. + + form_rows = [[sg.Text('SHA-1 and SHA-256 Hashes for the file')], +The next few rows of code lay out the rows of elements in the window to be displayed. The variable `form_rows` holds our entire GUI window. The first row of this form has a Text element. These simply display text on the form. + + [sg.InputText(), sg.FileBrowse()], +Now we're on the second row of the form. On this row there are 2 elements. The first is an `Input` field. It's a place the user can enter `strings`. The second element is a `File Browse Button`. A file or folder browse button will always fill in the text field to it's left unless otherwise specified. In this example, the File Browse Button will interact with the `InputText` field to its left. + + [sg.Submit(), sg.Cancel()]] + +The last line of the `form_rows` variable assignment contains a Submit and a Cancel Button. These are buttons that will cause a form to return its value to the caller. + + button, (source_filename, ) = form.LayoutAndRead(form_rows) +This is the code that **displays** the form, collects the information and returns the data collected. In this example we have a button return code and only 1 input field. The result of the form is stored directly into the variable we wish to work with. + + +## Return values + + As of version 2.8 there are 2 forms of return values, list and dictionary. + +### Return values as a list + + By default return values are a list of values, one entry for each input field. + + Return information from FlexForm, SG's primary form builder interface, is in this format: + + button, (value1, value2, ...) + +Each of the Elements that are Input Elements will have a value in the list of return values. You can unpack your GUI directly into the variables you want to use. + + button, (filename, folder1, folder2, should_overwrite) = form.LayoutAndRead(form_rows) + + Or, you can unpack the return results separately. + + button, values = form.LayoutAndRead(form_rows) + filename, folder1, folder2, should_overwrite = values + +If you have a SINGLE value being returned, it is written this way: + + button, (value1,) = form.LayoutAndRead(form_rows) + + + Another way of parsing the return values is to store the list of values into a variable representing the list of values and then index each individual value. This is not the preferred way of doing it. + + button, value_list = form.LayoutAndRead(form_rows) + value1 = value_list[0] + value2 = value_list[1] + ... + +### Return values as a dictionary + +If you wish to receive the return values as a dictionary rather than a simple list, then you'll have to one thing... + * Mark each input element you wish to be in the dictionary with the keyword `key`. + +If **any** element in the form has a `key`, then **all** of the return values are returned via a dictionary. If some elements do not have a key, then they are numbered starting at zero. + +This sample program demonstrates these 2 steps as well as how to address the return values (e.g. `values['name']`) + + + import PySimpleGUI as sg + form = sg.FlexForm('Simple data entry form') + layout = [ + [sg.Text('Please enter your Name, Address, Phone')], + [sg.Text('Name', size=(15, 1)), sg.InputText('1')], + [sg.Text('Address', size=(15, 1)), sg.InputText('2', key='address')], + [sg.Text('Phone', size=(15, 1)), sg.InputText('3', key='phone')], + [sg.Submit(), sg.Cancel()] + ] + + button, values = form.LayoutAndRead(layout) + + sg.Popup(button, values, values[0], values['address'], values['phone']) + +--- + +## All Widgets / Elements +This code utilizes as many of the elements in one form as possible. + + with sg.FlexForm('Everything bagel', auto_size_text=True, default_element_size=(40, 1)) as form: + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25), text_color='blue')], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText()], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text shoulsd you decide not to type anything', + scale=(2, 10))], + [sg.InputCombo(['Combobox 1', 'Combobox 2'], size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(35, 20), default_value=85)], + [sg.Listbox(values=['Listbox 1', 'Listbox 2', 'Listbox 3'], size=(30, 6)), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=10)], + [sg.Text('_' * 100, size=(70, 1))], + [sg.Text('Choose Source and Destination Folders', size=(35, 1))], + [sg.Text('Source Folder', size=(15, 1), auto_size_text=False, justification='right'), sg.InputText('Source'), sg.FolderBrowse()], + [sg.Text('Destination Folder', size=(15, 1), auto_size_text=False, justification='right'), sg.InputText('Dest'), + sg.FolderBrowse()], + [sg.Submit(), sg.Cancel(), sg.SimpleButton('Customized', button_color=('white', 'green'))] + ] + + button, values = form.LayoutAndRead(layout) + +This is a somewhat complex form with quite a bit of custom sizing to make things line up well. This is code you only have to write once. When looking at the code, remember that what you're seeing is a list of lists. Each row contains a list of Graphical Elements that are used to create the form. + +![everything example](https://user-images.githubusercontent.com/13696193/43097412-0a4652aa-8e8a-11e8-8e09-939484e3c568.jpg) + +Clicking the Submit button caused the form call to return. The call to Popup resulted in this dialog box. +![results 2](https://user-images.githubusercontent.com/13696193/43097502-44e3ed32-8e8a-11e8-9a51-2b8af0b1a682.jpg) + + +**`Note, button value can be None`**. The value for `button` will be the text that is displayed on the button element when it was created. If the user closed the form using something other than a button, then `button` will be `None`. + +You can see in the Popup that the values returned are a list. Each input field in the form generates one item in the return values list. All input fields return a `string` except for Check Boxes and Radio Buttons. These return `bool`. + +--- +# Building Custom Forms + +You will find it much easier to write code using PySimpleGUI if you use an IDE such as PyCharm. The features that show you documentation about the API call you are making will help you determine which settings you want to change, if any. In PyCharm, two commands are particularly helpful. + + Control-Q (when cursor is on function name) brings up a box with the function definition + Control-P (when cursor inside function call "()") shows a list of parameters and their default values + +## Synchronous Forms +The most common use of PySimpleGUI is to display and collect information from the user. The most straightforward way to do this is using a "blocking" GUI call. Execution is "blocked" while waiting for the user to close the GUI form/dialog box. +You've already seen a number of examples above that use blocking forms. Anytime you see a context manager used (see the `with` statement) it's most likely a blocking form. You can examine the show calls to be sure. If the form is a non-blocking form, it must indicate that in the call to `form.show`. + +NON-BLOCKING form call: + + form.Show(non_blocking=True) + +### Beginning a Form +The first step is to create the form object using the desired form customization. + + with FlexForm('Everything bagel', auto_size_text=True, default_element_size=(30,1)) as form: + +This is the definition of the FlexForm object: + + def FlexForm(title, + default_element_size=(DEFAULT_ELEMENT_SIZE[0], DEFAULT_ELEMENT_SIZE[1]), + auto_size_text=None, + auto_size_buttons=None, + scale=(None, None), + location=(None, None), + button_color=None,Font=None, + progress_bar_color=(None,None), + background_color=None + is_tabbed_form=False, + border_depth=None, + auto_close=False, + auto_close_duration=DEFAULT_AUTOCLOSE_TIME, + icon=DEFAULT_WINDOW_ICON, + return_keyboard_events=False, + use_default_focus=True, + text_justification=None): + + + + + +Parameter Descriptions. You will find these same parameters specified for each `Element` and some of them in `Row` specifications. The `Element` specified value will take precedence over the `Row` and `Form` values. + + default_element_size - Size of elements in form in characters (width, height) + auto_size_text - Bool. True if elements should size themselves according to contents + auto_size_buttons - Bool. True if button elements should size themselves according to their text label + scale - Set size of element to be a multiple of the Element size + location - (x,y) Location to place window in pixels + button_color - Default color for buttons (foreground, background). Can be text or hex + progress_bar_color - Foreground and background colors for progress bars + background_color - Color of the window background + is_tabbed_form - Bool. If True then form is a tabbed form + border_depth - Amount of 'bezel' to put on input boxes, buttons, etc. + auto_close - Bool. If True form will autoclose + auto_close_duration - Duration in seconds before form closes + icon - .ICO file that will appear on the Task Bar and end of Title Bar + return_keyboard_events - if True key presses are returned as buttons + use_default_focus - if True and no focus set, then automatically set a focus + text_justification - Justification to use for Text Elements in this form + + +#### Window Location +PySimpleGUI computes the exact center of your window and centers the window on the screen. If you want to locate your window elsewhere, such as the system default of (0,0), if you have 2 ways of doing this. The first is when the form is created. Use the `location` parameter to set where the window. The second way of doing this is to use the `SetOptions` call which will set the default window location for all windows in the future. + +#### Sizes +Note several variables that deal with "size". Element sizes are measured in characters. A Text Element with a size of 20,1 has a size of 20 characters wide by 1 character tall. + +The default Element size for PySimpleGUI is `(45,1)`. + +Sizes can be set at the element level, or in this case, the size variables apply to all elements in the form. Setting `size=(20,1)` in the form creation call will set all elements in the form to that size. + +In addition to `size` there is a `scale` option. `scale` will take the Element's size and scale it up or down depending on the scale value. `scale=(1,1)` doesn't change the Element's size. `scale=(2,1)` will set the Element's size to be twice as wide as the size setting. + +There are a couple of widgets where one of the size values is in pixels rather than characters. This is true for Progress Meters and Sliders. The second parameter is the 'height' in pixels. + +#### FlexForm - form-level variables overview +A summary of the variables that can be changed when a FlexForm is created + + default_element_size - set default size for all elements in the form + auto_size_text- true/false autosizing turned on / off + scale - set scale value for all elements + button_color- default button color (foreground, background) + font - font name and size for all text items + progress_bar_color - progress bar colors + is_tabbed_form - true/false indicates form is a tabbed or normal form + border_depth - style setting for buttons, input fields + auto_close - true/false indicates if form will automatically close + auto_close_duration - how long in seconds before closing form + icon - filename for icon that's displayed on the window on taskbar + + +## Elements +"Elements" are the building blocks used to create forms. Some GUI APIs use the term "Widget" to describe these graphic elements. + + Text + Single Line Input + Buttons including these types: + File Browse + Folder Browse + Non-closing return + Close form + Realtime + Checkboxes + Radio Buttons + Listbox + Slider + Multi-line Text Input + Scroll-able Output + Progress Bar + Async/Non-Blocking Windows + Tabbed forms + Persistent Windows + Redirect Python Output/Errors to scrolling Window + "Higher level" APIs (e.g. MessageBox, YesNobox, ...) + + +### Output Elements +Building a form is simply making lists of Elements. Each list is a row in the overall GUI dialog box. The definition looks something like this: + + layout = [ [row 1 element, row 1 element], + [row 2 element, row 2 element, row 2 element] ] +The code is a crude representation of the GUI, laid out in text. + +#### Text Element + + layout = [[sg.Text('This is what a Text Element looks like')]] + + ![simple text](https://user-images.githubusercontent.com/13696193/44959877-e9d97b00-aec3-11e8-9d24-b4405ee4a148.jpg) + + +The most basic element is the Text element. It simply displays text. Many of the 'options' that can be set for a Text element are shared by other elements. Size, Scale are a couple that you will see in every element. + + Text(Text, + scale=(None, None), + size=(None, None), + auto_size_text=None, + font=None, + text_color=None, + justification=None) +. + + Text - The text that's displayed + size - Element's size + auto_size_text - Bool. Change width to match size of text + font - Font name and size to use + text_color - text color + justification - Justification for the text. String - 'left', 'right', 'center' + +Some commonly used elements have 'shorthand' versions of the functions to make the code more compact. The functions `T` and `Txt` are the same as calling `Text`. + +**Fonts** in PySimpleGUI are always in this format: + + (font_name, point_size) + +The default font setting is + + ("Helvetica", 10) + +**Color** in PySimpleGUI are in one of two format. They can be a single color or a color pair. Buttons are an example of a color pair. + + (foreground, background) + + Individual colors are specified using either the color names as defined in tkinter or an RGB string of this format: + + "#RRGGBB" + +**auto_size_text** +A `True` value for `auto_size_text`, when placed on Text Elements, indicates that the width of the Element should be shrunk do the width of the text. The default setting is True. + + - [ ] List item + + +**Shortcut functions** +The shorthand functions for `Text` are `Txt` and `T` + +#### Multiline Text Element + + layout = [[sg.Multiline('This is what a Multi-line Text Element looks like', size=(45,5))]] + +![multiline](https://user-images.githubusercontent.com/13696193/44959853-b139a180-aec3-11e8-972f-f52188510c88.jpg) + +This Element doubles as both an input and output Element. The `DefaultText` optional parameter is used to indicate what to output to the window. + + Multiline(default_text='', + enter_submits = False, + scale=(None, None), + size=(None, None), + auto_size_text=None) +. + + default_text - Text to display in the text box + enter_submits - Bool. If True, pressing Enter key submits form + scale - Element's scale + size - Element's size + auto_size_text - Bool. Change width to match size of text + +#### Output Element +Output re-routes `Stdout` to a scrolled text box. It's used with Async forms. More on this later. + + form.AddRow(gg.Output(size=(100,20))) + +![output](https://user-images.githubusercontent.com/13696193/44959863-b72f8280-aec3-11e8-8caa-7bc743149953.jpg) + + Output(scale=(None, None), + size=(None, None)) +. + + scale - How much to scale size of element + size - Size of element (width, height) in characters + +### Input Elements + These make up the majority of the form definition. Optional variables at the Element level override the Form level values (e.g. `size` is specified in the Element). All input Elements create an entry in the list of return values. A Text Input Element creates a string in the list of items returned. + +#### Text Input Element + + layout = [[sg.InputText('Default text')]] + +![inputtext 2](https://user-images.githubusercontent.com/13696193/44959861-b5fe5580-aec3-11e8-8040-53ec241b5079.jpg) + + + def InputText(default_text = '', + scale=(None, None), + size=(None, None), + auto_size_text=None, + password_char='', + background_color=None, + text_color=None, + do_not_clear=False, + key=None, + focus=False + ) +. + + default_text - Text initially shown in the input box + scale - Amount size is scaled by + size - (width, height) of element in characters + auto_size_text- Bool. True is element should be sized to fit text + password_char - Character that will be used to replace each entered character. Setting to a value indicates this field is a password entry field + background_color - color to use for the input field background + text_color - color to use for the typed text + do_not_clear - Bool. Normally forms clear when read, turn off clearing with this flag. + key = Dictionary key to use for return values + focus = Bool. True if this field should capture the focus (moves cursor to this field) + + There are two methods that can be called: + + InputText.Update(new_Value) - sets the input value + Input.Text(Get() - returns the current value of the field. + + +Shorthand functions that are equivalent to `InputText` are `Input` and `In` + + +#### Combo Element +Also known as a drop-down list. Only required parameter is the list of choices. The return value is a string matching what's visible on the GUI. + + layout = [[sg.InputCombo(['choice 1', 'choice 2'])]] + +![combobox](https://user-images.githubusercontent.com/13696193/44959860-b565bf00-aec3-11e8-82fe-dbe41252458b.jpg) + + InputCombo(values, + scale=(None, None), + size=(None, None), + auto_size_text=None, + background_color = None, + text_color = None, + key = None) +. + + values - Choices to be displayed. List of strings + scale - Amount to scale size by + size - (width, height) of element in characters + auto_size_text - Bool. True if size should fit the text length + background_color - color to use for the input field background + text_color - color to use for the typed text + key = Dictionary key to use for return values + +#### Listbox Element +The standard listbox like you'll find in most GUIs. Note that the return values from this element will be a ***list of results, not a single result***. This is because the user can select more than 1 item from the list (if you set the right mode). + + layout = [[sg.Listbox(values=['Listbox 1', 'Listbox 2', 'Listbox 3'], size=(30, 6))]] + +![listbox 2](https://user-images.githubusercontent.com/13696193/44959859-b4cd2880-aec3-11e8-881c-1e369d5c6337.jpg) + + + Listbox(values, + select_mode=None, + scale=(None, None), + size=(None, None), + auto_size_text=None, + font=None, + background_color = None, + text_color = None, + key = None) +. + + values - Choices to be displayed. List of strings + select_mode - Defines how to list is to operate. + Choices include constants or strings: + Constants version: + LISTBOX_SELECT_MODE_BROWSE + LISTBOX_SELECT_MODE_EXTENDED + LISTBOX_SELECT_MODE_MULTIPLE + LISTBOX_SELECT_MODE_SINGLE - the default + Strings version: + 'browse' + 'extended' + 'multiple' + 'single' + scale - Amount to scale size by + size - (width, height) of element in characters + auto_size_text - Bool. True if size should fit the text length + background_color - color to use for the input field background + text_color - color to use for the typed text + key = Dictionary key to use for return values + +The `select_mode` option can be a string or a constant value defined as a variable. Generally speaking strings are used for these kinds of options. + +#### Slider Element + +Sliders have a couple of slider-specific settings as well as appearance settings. Examples include the `orientation` and `range` settings. + + layout = [[sg.Slider(range=(1,500), default_value=222, size=(20,15), orientation='horizontal', font=('Helvetica', 12))]] + +![slider](https://user-images.githubusercontent.com/13696193/44959858-b4349200-aec3-11e8-9e25-c0fcf025d19e.jpg) + + Slider(range=(None,None), + default_value=None, + orientation=None, + border_width=None, + relief=None, + scale=(None, None), + size=(None, None), + font=None, + background_color = None, + text_color = None, + key = None) ): +. + + range - (min, max) slider's range + default_value - default setting (within range) + orientation - 'horizontal' or 'vertical' ('h' or 'v' work) + border_width - how deep the widget looks + relief - relief style. Values are same as progress meter relief values. Can be a constant or a string: + RELIEF_RAISED= 'raised' + RELIEF_SUNKEN= 'sunken' + RELIEF_FLAT= 'flat' + RELIEF_RIDGE= 'ridge' + RELIEF_GROOVE= 'groove' + RELIEF_SOLID = 'solid' + scale - Amount to scale size by + size - (width, height) of element in characters + auto_size_text - Bool. True if size should fit the text + background_color - color to use for the input field background + text_color - color to use for the typed text + key = Dictionary key to use for return values + +#### Radio Button Element + +Creates one radio button that is assigned to a group of radio buttons. Only 1 of the buttons in the group can be selected at any one time. + + layout = [[sg.Radio('My first Radio!', "RADIO1", default=True), sg.Radio('My second radio!', "RADIO1")]] + +![radio](https://user-images.githubusercontent.com/13696193/44959857-b4349200-aec3-11e8-8e2d-e6a49ffbd0b6.jpg) + + Radio(text, + group_id, + default=False, + scale=(None, None), + size=(None, None), + auto_size_text=None, + font=None, + background_color = None, + text_color = None, + key = None) + +. + + text - Text to display next to button + group_id - Groups together multiple Radio Buttons. Can be any value + default - Bool. Initial state + scale - Amount to scale size of element + size- (width, height) size of element in characters + auto_size_text - Bool. True if should size width to fit text + font - Font type and size for text display + background_color - color to use for the background + text_color - color to use for the text + key = Dictionary key to use for return values + + +#### Checkbox Element +Checkbox elements are like Radio Button elements. They return a bool indicating whether or not they are checked. + + layout = [[sg.Checkbox('My first Checkbox!', default=True), sg.Checkbox('My second Checkbox!')]] + + +![checkbox](https://user-images.githubusercontent.com/13696193/44959906-6f5d2b00-aec4-11e8-9c8a-962c787f0286.jpg) + + + Checkbox(text, + default=False, + scale=(None, None), + size=(None, None), + auto_size_text=None, + font=None, + background_color = None, + text_color = None, + key = None): +. + + text - Text to display next to checkbox + default- Bool + None. Initial state. True = Checked, False = unchecked, None = Not available (grayed out) + scale - Amount to scale size of element + size - (width, height) size of element in characters + auto_size_text- Bool. True if should size width to fit text + font- Font type and size for text display + background_color - color to use for the background + text_color - color to use for the typed text + key = Dictionary key to use for return values + + +#### Spin Element + +An up/down spinner control. The valid values are passed in as a list. + + layout = [[sg.Spin([i for i in range(1,11)], initial_value=1), sg.Text('Volume level')]] + +![spinner](https://user-images.githubusercontent.com/13696193/44959855-b1d23800-aec3-11e8-9f51-afb2109879da.jpg) + + Spin(values, + intiial_value=None, + scale=(None, None), + size=(None, None), + auto_size_text=None, + font=None, + background_color = None, + text_color = None, + key = None): +. + + values - List of valid values + initial_value - String with initial value + scale - Amount to scale size of element + size - (width, height) size of element in characters + auto_size_text - Bool. True if should size width to fit text + font - Font type and size for text display + background_color - color to use for the background + text_color - color to use for the typed text + key = Dictionary key to use for return values + +#### Button Element + +Buttons are the most important element of all! They cause the majority of the action to happen. After all, it's a button press that will get you out of a form, whether it but Submit or Cancel, one way or another a button is involved in all forms. The only exception is to this is when the user closes the window using the "X" in the upper corner which means no button was involved. + +The Types of buttons include: +* Folder Browse +* File Browse +* Close Form +* Read Form +* Realtime + + + Close Form - Normal buttons like Submit, Cancel, Yes, No, etc, are "Close Form" buttons. They cause the input values to be read and then the form is closed, returning the values to the caller. + +Folder Browse - When clicked a folder browse dialog box is opened. The results of the Folder Browse dialog box are written into one of the input fields of the form. + +File Browse - Same as the Folder Browse except rather than choosing a folder, a single file is chosen. + +Read Form - This is an async form button that will read a snapshot of all of the input fields, but does not close the form after it's clicked. + +Realtime - This is another async form button. Normal button clicks occur after a button's click is released. Realtime buttons report a click the entire time the button is held down. + +While it's possible to build forms using the Button Element directly, you should never need to do that. There are pre-made buttons and shortcuts that will make life much easier. The most basic Button element call to use is `SimpleButton` + + SimpleButton(text, + image_filename=None, + image_size=(None, None), + image_subsample=None, + border_width=None, + bind_return_key=False, + scale=(None, None), + size=(None, None), + auto_size_button=None, + button_color=None, + font=None, + focus=False) + +These Pre-made buttons are some of the most important elements of all because they are used so much. If you find yourself needing to create a custom button often because it's not on this list, please post a request on GitHub. (hmmm Save already comes to mind). They include: + + OK + Ok + Submit + Cancel + Yes + No + Exit + Quit + Save + SaveAs + FileBrowse + FileSaveAs + FolderBrowse +. + layout = [[sg.OK(), sg.Cancel()]] + +![ok cancel 3](https://user-images.githubusercontent.com/13696193/44959927-aa5f5e80-aec4-11e8-86e1-5dc0b3a2b803.jpg) + + +The FileBrowse, FolderBrowse, FileSaveAs buttons all fill-in values into a text input field somewhere on the form. The location of the TextInput element is specified by the `Target` variable in the function call. The Target is specified using a grid system. The rows in your GUI are numbered starting with 0. The target can be specified as a hard coded grid item or it can be relative to the button. + +The default value for `Target` is `(ThisRow, -1)`. ThisRow is a special value that tells the GUI to use the same row as the button. The Y-value of -1 means the field one value to the left of the button. For a File or Folder Browse button, the field that it fills are generally to the left of the button is most cases. + +Let's examine this form as an example: + + +![file browse](https://user-images.githubusercontent.com/13696193/44959944-d1b62b80-aec4-11e8-8a68-9d79d37b2c81.jpg) + + +The `InputText` element is located at (1,0)... row 1, column 0. The `Browse` button is located at position (2,0). The Target for the button could be any of these values: + + Target = (1,0) + Target = (-1,0) + +The code for the entire form could be: + + layout = [[sg.T('Source Folder')], + [sg.In()], + [sg.FolderBrowse(target=(-1, 0)), sg.OK()]] + + +**Custom Buttons** +Not all buttons are created equal. A button that closes a form is different that a button that returns from the form without closing it. If you want to define your own button, you will generally do this with the Button Element `SimpleButton`, which closes the form when clicked. + +layout = [[sg.SimpleButton('My Button')]] + +![button](https://user-images.githubusercontent.com/13696193/44959862-b696ec00-aec3-11e8-9e88-4b9af0338a03.jpg) + +All buttons can have their text changed by changing the `button_text` variable in the button call. It is this text that is returned when a form is read. This text will be what tells you which button is called so make it unique. Most of the convenience buttons (Submit, Cancel, Yes, etc) are all SimpleButtons. Some that are not are `FileBrowse` , `FolderBrowse`, `FileSaveAs`. They clearly do not close the form. Instead they bring up a file or folder browser dialog box. + +**Button Images** +Now this is an exciting feature not found in many simplified packages.... images on buttons! You can make a pretty spiffy user interface with the help of a few button images. + +Your button images need to be in PNG or GIF format. When you make a button with an image, set the button background to the same color as the background. There's a button color TRANSPARENT_BUTTON that you can set your button color to in order for it to blend into the background. Note that this value is currently the same as the color as the default system background on Windows. + +This example comes from the `Demo Media Player.py` example program. Because it's a non-blocking button, it's defined as `ReadFormButton`. You also put images on blocking buttons by using `SimpleButton`. + + + sg.ReadFormButton('Restart Song', button_color=sg.TRANSPARENT_BUTTON, + image_filename=image_restart, image_size=(50, 50), image_subsample=2, border_width=0) + +Three parameters are used for button images. + + image_filename - Filename. Can be a relative path + image_size - Size of image file in pixels + image_subsample - Amount to divide the size by. 2 means your image will be 1/2 the size. 3 means 1/3 + +Here's an example form made with button images. + +![media file player](https://user-images.githubusercontent.com/13696193/43161977-9ee7cace-8f57-11e8-8ff8-3ea24b69dab9.jpg) + +You'll find the source code in the file Demo Media Player. Here is what the button calls look like to create media player form + + sg.ReadFormButton('Pause', button_color=sg.TRANSPARENT_BUTTON, + image_filename=image_pause, image_size=(50, 50), image_subsample=2, border_width=0) + +This is one you'll have to experiment with at this point. Not up for an exhaustive explanation. + + **Realtime Buttons** + + Normally buttons are considered "clicked" when the mouse button is let UP after a downward click on the button. What about times when you need to read the raw up/down button values. A classic example for this is a robotic remote control. Building a remote control using a GUI is easy enough. One button for each of the directions is a start. Perhaps something like this: + +![robot remote](https://user-images.githubusercontent.com/13696193/44959958-ff9b7000-aec4-11e8-99ea-7450926409be.jpg) + + +This form has 2 button types. There's the normal "Simple Button" (Quit) and 4 "Realtime Buttons". + +Here is the code to make, show and get results from this form: + + form = sg.FlexForm('Robotics Remote Control', auto_size_text=True) + + form_rows = [[sg.Text('Robotics Remote Control')], + [sg.T(' '*10), sg.RealtimeButton('Forward')], + [ sg.RealtimeButton('Left'), sg.T(' '*15), sg.RealtimeButton('Right')], + [sg.T(' '*10), sg.RealtimeButton('Reverse')], + [sg.T('')], + [sg.Quit(button_color=('black', 'orange'))] + ] + + form.LayoutAndRead(form_rows, non_blocking=True) + +Somewhere later in your code will be your main event loop. This is where you do your polling of devices, do input/output, etc. It's here that you will read your form's buttons. + + while (True): + # This is the code that reads and updates your window + button, values = form.ReadNonBlocking() + if button is not None: + sg.Print(button) + if button == 'Quit' or values is None: + break + time.sleep(.01) + +This loop will read button values and print them. When one of the Realtime buttons is clicked, the call to `form.ReadNonBlocking` will return a button name matching the name on the button that was depressed. It will continue to return values as long as the button remains depressed. Once released, the ReadNonBlocking will return None for buttons until a button is again clicked. + +**File Types** +The `FileBrowse` & `SaveAs` buttons have an additional setting named `file_types`. This variable is used to filter the files shown in the file dialog box. The default value for this setting is + + FileTypes=(("ALL Files", "*.*"),) + +This code produces a form where the Browse button only shows files of type .TXT + + layout = [[sg.In() ,sg.FileBrowse(file_types=(("Text Files", "*.txt"),))]] + + ***The ENTER key*** + The ENTER key is an important part of data entry for forms. There's a long tradition of the enter key being used to quickly submit forms. PySimpleGUI implements this by tying the ENTER key to the first button that closes or reads a form. + +The Enter Key can be "bound" to a particular button so that when the key is pressed, it causes the form to return as if the button was clicked. This is done using the `bind_return_key` parameter in the button calls. +If there are more than 1 button on a form, the FIRST button that is of type Close Form or Read Form is used. First is determined by scanning the form, top to bottom and left to right. + + --- +#### ProgressBar +The `ProgressBar` element is used to build custom Progress Bar forms. It is HIGHLY recommended that you use the functions that provide a complete progress meter solution for you. Progress Meters are not easy to work with because the forms have to be non-blocking and they are tricky to debug. + +The **easiest** way to get progress meters into your code is to use the `EasyProgessMeter` API. This consists of a pair of functions, `EasyProgessMeter` and `EasyProgressMeterCancel`. You can easily cancel any progress meter by calling it with the current value = max value. This will mark the meter as expired and close the window. +You've already seen EasyProgressMeter calls presented earlier in this readme. + + sg.EasyProgressMeter('My Meter', i+1, 1000, 'Optional message') + +The return value for `EasyProgressMeter` is: +`True` if meter updated correctly +`False` if user clicked the Cancel button, closed the form, or vale reached the max value. +**Customized Progress Bar** +If you want a bit more customization of your meter, then you can go up 1 level and use the calls to `ProgressMeter` and `ProgressMeterUpdate`. These APIs behave like an object we're all used to. First you create the `ProgressMeter` object, then you call the `Update` method to update it. + +You setup the progress meter by calling + + my_meter = ProgressMeter(title, + max_value, + *args, + orientantion=None, + bar_color=DEFAULT_PROGRESS_BAR_COLOR, + button_color=None, + size=DEFAULT_PROGRESS_BAR_SIZE, + scale=(None, None), + border_width=DEFAULT_PROGRESS_BAR_BORDER_WIDTH) +Then to update the bar within your loop + + return_code = ProgressMeterUpdate(my_meter, + value, + *args): +Putting it all together you get this design pattern + + my_meter = sg.ProgressMeter('Meter Title', 100000, orentation='Vert') + + for i in range(0, 100000): + sg.ProgressMeterUpdate(my_meter, i+1, 'Some variable', 'Another variable') + + +The final way of using a Progress Meter with PySimpleGUI is to build a custom form with a `ProgressBar` Element in the form. You will need to run your form as a non-blocking form. When you are ready to update your progress bar, you call the `UpdateBar` method for the `ProgressBar` element itself. + + +#### Output +The Output Element is a re-direction of Stdout. Anything "printed" will be displayed in this element. + + Output(scale=(None, None), + size=(None, None)) + +Here's a complete solution for a chat-window using an Async form with an Output Element + + import PySimpleGUI as sg + # Blocking form that doesn't close + def ChatBot(): + with sg.FlexForm('Chat Window', auto_size_text=True, default_element_size=(30, 2)) as form: + layout = [[(sg.Text('This is where standard out is being routed', size=[40, 1]))], + [sg.Output(size=(80, 20))], + [sg.Multiline(size=(70, 5), enter_submits=True), sg.ReadFormButton('SEND', button_color=(sg.YELLOWS[0], sg.BLUES[0])), sg.SimpleButton('EXIT', button_color=(sg.YELLOWS[0], sg.GREENS[0]))]] + # notice this is NOT the usual LayoutAndRead call because you don't yet want to read the form + # if you call LayoutAndRead from here, then you will miss the first button click + form.Layout(layout) + # ---===--- Loop taking in user input and using it to query HowDoI web oracle --- # + while True: + button, value = form.Read() + if button == 'SEND': + print(value) + else: + break +------------------- +## Columns +Starting in version 2.9 you'll be able to do more complex layouts by using the Column Element. Think of a Column as a form within a form. And, yes, you can have a Column within a Column if you want. + +Columns are specified in exactly the same way as a form is, as a list of lists. + +Columns are needed when you have an element that has a height > 1 line on the left, with single-line elements on the right. Here's an example of this kind of layout: + + +![column](https://user-images.githubusercontent.com/13696193/44959988-66b92480-aec5-11e8-9c26-316ed24a68c0.jpg) + + +This code produced the above window. + + + import PySimpleGUI as sg + + # Demo of how columns work + # Form has on row 1 a vertical slider followed by a COLUMN with 7 rows + # Prior to the Column element, this layout was not possible + # Columns layouts look identical to form layouts, they are a list of lists of elements. + + form = sg.FlexForm('Columns') # blank form + + # Column layout + col = [[sg.Text('col Row 1')], + [sg.Text('col Row 2'), sg.Input('col input 1')], + [sg.Text('col Row 3'), sg.Input('col input 2')], + [sg.Text('col Row 4'), sg.Input('col input 3')], + [sg.Text('col Row 5'), sg.Input('col input 4')], + [sg.Text('col Row 6'), sg.Input('col input 5')], + [sg.Text('col Row 7'), sg.Input('col input 6')]] + + layout = [[sg.Slider(range=(1,100), default_value=10, orientation='v', size=(8,20)), sg.Column(col)], + [sg.In('Last input')], + [sg.OK()]] + + # Display the form and get values + # If you're willing to not use the "context manager" design pattern, then it's possible + # to collapse the form display and read down to a single line of code. + button, values = sg.FlexForm('Compact 1-line form with column').LayoutAndRead(layout) + + sg.Popup(button, values, line_width=200) + +The Column Element has 1 required parameter and 1 optional (the layout and the background color). Setting the background color has the same effect as setting the form's background color, except it only affects the column rectangle. + + Column(layout, background_color=None) + +The default background color for Columns is the same as the default window background color. If you change the look and feel of the form, the column background will match the form background automatically. + +## Tabbed Forms +Tabbed forms are shown using the `ShowTabbedForm` call. The call has the format + + results = ShowTabbedForm('Title for the form', + (form,layout,'Tab 1 label'), + (form2,layout2, 'Tab 2 label'), ...) + +Each of the tabs of the form is in fact a form. The same steps are taken to create the form as before. A `FlexForm` is created, then rows are filled with Elements, and finally the form is shown. When calling `ShowTabbedForm`, each form is passed in as a tuple. The tuple has the format: `(the form, the rows, a string shown on the tab)` + +Results are returned as a list of lists. For each form you'll get a list that's in the same format as a normal form. A single tab's values would be: + + (button, (values)) + +Recall that values is a list as well. Multiple tabs in the form would return like this: + + ((button1, (values1)), (button2, (values2)) + + ## Colors ## +Starting in version 2.5 you can change the background colors for the window and the Elements. + +Your forms can go from this: + +![snap0155](https://user-images.githubusercontent.com/13696193/43273879-a9fdc10a-90cb-11e8-8c20-4f6a244ebe2f.jpg) + + +to this... with one function call... + + +![snap0156](https://user-images.githubusercontent.com/13696193/43273880-aa1955e6-90cb-11e8-94b6-673ecdb2698c.jpg) + + + +While you can do it on an element by element or form level basis, the easiest way, by far, is a call to `SetOptions`. + +Be aware that once you change these options they are changed for the rest of your program's execution. All of your forms will have that look and feel, until you change it to something else (which could be the system default colors. + +This call sets all of the different color options. + + SetOptions(background_color='#9FB8AD', + text_element_background_color='#9FB8AD', + element_background_color='#9FB8AD', + scrollbar_color=None, + input_elements_background_color='#F7F3EC', + progress_meter_color = ('green', 'blue') + button_color=('white','#475841')) + + + +## Global Settings +**Global Settings** +Let's have some fun customizing! Make PySimpleGUI look the way you want it to look. You can set the global settings using the function `PySimpleGUI.SetOptions`. Each option has an optional parameter that's used to set it. + + SetOptions(icon=None + button_color=(None,None) + element_size=(None,None), + margins=(None,None), + element_padding=(None,None) + auto_size_text=None + auto_size_buttons=None + font=None + border_width=None + slider_border_width=None + slider_relief=None + slider_orientation=None + autoclose_time=None + message_box_line_width=None + progress_meter_border_depth=None + progress_meter_style=None + progress_meter_relief=None + progress_meter_color=None + progress_meter_size=None + text_justification=None + text_color=None + background_color=None + element_background_color=None + text_element_background_color=None + input_elements_background_color=None + element_text_color=None + input_text_color=None + scrollbar_color=None, text_color=None + debug_win_size=(None,None) + window_location=(None,None) + +Explanation of parameters + + icon - filename of icon used for taskbar and title bar + button_color - button color (foreground, background) + element_size - element size (width, height) in characters + margins - tkinter margins around outsize + element_padding - tkinter padding around each element + auto_size_text - autosize the elements to fit their text + auto_size_buttons - autosize the buttons to fit their text + font - font used for elements + border_width - amount of bezel or border around sunken or raised elements + slider_border_width - changes the way sliders look + slider_relief - changes the way sliders look + slider_orientation - changes orientation of slider + autoclose_time - time in seconds for autoclose boxes + message_box_line_width - number of characers in a line of text in message boxes + progress_meter_border_depth - amount of border around raised or lowered progress meters + progress_meter_style - style of progress meter as defined by tkinter + progress_meter_relief - relief style + progress_meter_color - color of the bar and background of progress meters + progress_meter_size - size in (characters, pixels) + background_color - Color of the main window's background + element_background_color - Background color of the elements + text_element_background_color - Text element background color + input_elements_background_color - Input fields background color + element_text_color - Text color of elements that have text, like Radio Buttons + input_text_color - Color of the text that you type in + scrollbar_color - Color for scrollbars (may not always work) + text_color - Text element default text color + text_justification - justification to use on Text Elements. Values are strings - 'left', 'right', 'center' + debug_win_size - size of the Print output window + window_location - location on the screen (x,y) of window's top left cornder + + +These settings apply to all forms `SetOptions`. The Row options and Element options will take precedence over these settings. Settings can be thought of as levels of settings with the Form-level being the highest and the Element-level the lowest. Thus the levels are: + + - Form level + - Row level + - Element level + +Each lower level overrides the settings of the higher level. Once settings have been changed, they remain changed for the duration of the program (unless changed again). + +## Persistent Forms (Window stays open after button click) + +There are 2 ways to keep a window open after the user has clicked a button. One way is to use non-blocking forms (see the next section). The other way is to use buttons that 'read' the form instead of 'close' the form when clicked. The typical buttons you find in forms, including the shortcut buttons, close the form. These include OK, Cancel, Submit, etc. The SimpleButton Element also closes the form. + +The `ReadFormButton` Element creates a button that when clicked will return control to the user, but will leave the form open and visible. This button is also used in Non-Blocking forms. The difference is in which call is made to read the form. The `Read` call will block, the `ReadNonBlocking` will not block. + + + +## Asynchronous (Non-Blocking) Forms +So you want to be a wizard do ya? Well go boldly! While the majority of GUIs are a simple exercise to "collect input values and return with them", there are instances where we want to continue executing while the form is open. These are "asynchronous" forms and require special options, new SDK calls, and **great care**. With asynchronous forms the form is shown, user input is read, but your code keeps right on chugging. YOUR responsibility is to call `PySimpleGUI.ReadNonBlocking` on a periodic basis. Once a second or more will produce a reasonably snappy GUI. + +When do you use a non-blocking form? A couple of examples are +* A media file player like an MP3 player +* A status dashboard that's periodically updated +* Progress Meters - when you want to make your own progress meters +* Output using print to a scrolled text element. Good for debugging. + +Word of warning... starting with version 2.2 there is a change in the return values from the`ReadNonBlocking` call. Previously the function returned 2 values, except when the form is closed using the "X" which returned a single value of `None`. The *new* way is that `ReadNonBlocking` always returns 2 values. If the user closed the form with the "X" then the return values will be None, None. You will want to key off the second value to catch this case. +The proper code to check if the user has exited the form will be a polling-loop that looks something like this: + + while True: + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': + break + +We're going to build an app that does the latter. It's going to update our form with a running clock. + +The basic flow and functions you will be calling are: +Setup + + + + form = FlexForm() + form_rows = ..... + form.LayoutAndRead(form_rows, non_blocking=True) + + + +Periodic refresh + + form.ReadNonBlocking() +If you need to close the form + + form.CloseNonBlockingForm() + +Rather than the usual `form.LayoutAndRead()` call, we're manually adding the rows (doing the layout) and then showing the form. After the form is shown, you simply call `form.ReadNonBlocking()` every now and then. + +When you are ready to close the form (assuming the form wasn't closed by the user or a button click) you simply call `form.CloseNonBlockingForm()` + +**Example - Running timer that updates** +See the sample code on the GitHub named Demo Media Player for another example of Async Forms. We're going to make a form and update one of the elements of that form every .01 seconds. Here's the entire code to do that. + + + import PySimpleGUI as sg + import time + + # form that doesn't block + # Make a form, but don't use context manager + form = sg.FlexForm('Running Timer', auto_size_text=True) + # Create a text element that will be updated with status information on the GUI itself + output_element = sg.Text('', size=(8, 2), font=('Helvetica', 20)) + # Create the rows + form_rows = [[sg.Text('Non-blocking GUI with updates')], + [output_element], + [sg.SimpleButton('Quit')]] + # Layout the rows of the form and perform a read. Indicate the form is non-blocking! + form.LayoutAndRead(form_rows, non_blocking=True) + + # + # Some place later in your code... + # You need to perform a ReadNonBlocking on your form every now and then or + # else it won't refresh + # + + for i in range(1, 1000): + output_element.Update('{:02d}:{:02d}.{:02d}'.format(*divmod(int(i / 100), 60), i % 100)) + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': + break + time.sleep(.01) + else: + form.CloseNonBlockingForm() + + + +What we have here is the same sequence of function calls as in the description. Get a form, add rows to it, show the form, and then refresh it every now and then. + +The new thing in this example is the call use of the Update method for the Text Element. The first thing we do inside the loop is "update" the text element that we made earlier. This changes the value of the text field on the form. The new value will be displayed when `form.ReadNonBlocking()` is called. + +Note the `else` statement on the for loop. This is needed because we're about to exit the loop while the form is still open. The user has not closed the form using the X nor a button so it's up to the caller to close the form using `CloseNonBlockingForm`. + +That's it... this example follows the async design pattern well. + +## Keyboard & Mouse Capture +Beginning in version 2.10 you can capture keyboard key presses and mouse scroll-wheel events. Keyboard keys can be used, for example, to detect the page-up and page-down keys for a PDF viewer. To use this feature, there's a boolean setting in the FlexForm call return_keyboard_events that is set to True in order to get keys returned along with buttons. + +Keys and scroll-wheel events are returned in exactly the same way as buttons. + +For scroll-wheel events, if the mouse is scrolled up, then the `button` text will be `MouseWheel:Up`. For downward scrolling, the text returned is `MouseWheel:Down` + +Keyboard keys return 2 types of key events. For "normal" keys (a,b,c, etc), a single character is returned that represents that key. Modifier and special keys are returned as a string with 2 parts: + + Key Sym:Key Code + +Key Sym is a string such as 'Control_L'. The Key Code is a numeric representation of that key. The left control key, when pressed will return the value 'Control_L:17' + + import PySimpleGUI as sg + + # Recipe for getting keys, one at a time as they are released + # If want to use the space bar, then be sure and disable the "default focus" + + with sg.FlexForm("Keyboard Test", return_keyboard_events=True, use_default_focus=False) as form: + text_elem = sg.Text("", size=(18,1)) + layout = [[sg.Text("Press a key or scroll mouse")], + [text_elem], + [sg.SimpleButton("OK")]] + + form.Layout(layout) + # ---===--- Loop taking in user input --- # + while True: + button, value = form.ReadNonBlocking() + + if button == "OK" or (button is None and value is None): + print(button, "exiting") + break + if button is not None: + text_elem.Update(button) + +You want to turn off the default focus so that there no buttons that will be selected should you press the spacebar. + +### Realtime Keyboard Capture +Use realtime keyboard capture by calling + + import PySimpleGUI as sg + + with sg.FlexForm("Realtime Keyboard Test", return_keyboard_events=True, use_default_focus=False) as form: + layout = [[sg.Text("Hold down a key")], + [sg.SimpleButton("OK")]] + + form.Layout(layout) + + while True: + button, value = form.ReadNonBlocking() + + if button == "OK": + print(button, value, "exiting") + break + if button is not None: + print(button) + elif value is None: + break + + + +## Sample Applications + +Use the example programs as a starting basis for your GUI. Copy, paste, modify and run! The demo files are: + + | Source File| Description | +|--|--| +|**Demo_All_Widgets.py**| Nearly all of the Elements shown in a single form +|**Demo_Canvas.py** | Form with a Canvas Element that is updated outside of the form +|**Demo_Chat.py** | A chat window with scrollable history +|**Demo_Chatterbot.py** | Front-end to Chatterbot Machine Learning project +|**Demo_Color.py** | How to interact with color using RGB hex values and named colors +|**Demo_Columns.py** | Using the Column Element to create more complex forms +|**Demo_Compare_Files.py** | Using a simple GUI front-end to create a compare 2-files utility +|**Demo_Cookbook_Browser.py** | Source code browser for all Recipes in Cookbook +|**Demo_Dictionary.py** | Specifying and using return values in dictionary format +|**Demo_DisplayHash1and256.py** | Using high level API and custom form to implement a simple display hash code utility +|**Demo_DuplicateFileFinder.py** | High level API used to get a folder that is used by utility that finds duplicate files. Uses progress meter to show progress. 2 lines of code required to add GUI and meter +|**Demo_Func_Callback_Simulator.py** | For the Raspberry Pi crowd. Event loop that simulates traditional GUI callback functions should you already have an architecture that uses them +|**Demo_GoodColors.py** | Using some of the pre-defined PySimpleGUI individual colors +|**Demo_HowDoI.py** | This is a utility to be experienced! It will change how you code +|**Demo_Keyboard.py** | Using blocking keyboard events +|**Demo_Keyboard_Realtime.py** | Using non-blocking / realtime keyboard events +|**Demo_Machine_Learning.py** | A sample Machine Learning front end +|**Demo_Matplotlib.py** | Integrating with Matplotlib to create a single graph +|**Demo_Matplotlib_Animated.py** | Animated Matplotlib line graph +|**Demo_Matplotlib_Animated_Scatter.py** | Animated Matplotlib scatter graph +|**Demo_Matplotlib_Browser.py** | Browse Matplotlib gallery +|**Demo_Media_Player.py** | Non-blocking form with a media player layout. Demonstrates button graphics, Update method +|**Demo_MIDI_Player.py** | GUI wrapper for Mido MIDI package. Functional MIDI player that controls attached MIDI devices +|**Demo_NonBlocking_Form.py** | a basic async form +|**Demo_PDF_Viewer.py** | Submitted by a user! Previews PDF documents. Uses keyboard input & mouse scrollwheel to navigate +|**Demo_Pi_Robotics.py** | Simulated robot control using realtime buttons +|**Demo_PNG_Vierwer.py** | Uses Image Element to display PNG files +|**Demo_Recipes.py** | A collection of various Recipes. Note these are not the same as the Recipes in the Recipe Cookbook +|**Demo_Script_Launcher.py** | Demonstrates one way of adding a front-end onto several command line scripts +|**Demo_Script_Parameters.py** | Add a 1-line GUI to the front of your previously command-line only scripts +|**Demo_Tabbed_Form.py** | Using the Tab feature + +## Packages Used In Demos + + + While the core PySimpleGUI code does not utilize any 3rd party packages, some of the demos do. They add a GUI to a few popular packages. These packages include: + * [Chatterbot](https://github.com/gunthercox/ChatterBot) + * [Mido](https://github.com/olemb/mido) + * [Matplotlib](https://matplotlib.org/) + * [PyMuPDF](https://github.com/rk700/PyMuPDF) + +## Fun Stuff +Here are some things to try if you're bored or want to further customize + +**Debug Output** +Be sure and check out the EasyPrint (Print) function described in the high-level API section. Leave your code the way it is, route your stdout and stderror to a scrolling window. + +For a fun time, add these lines to the top of your script + + import PySimpleGUI as sg + print = sg.Print + +This will turn all of your print statements into prints that display in a window on your screen rather than to the terminal. + +**Look and Feel** +Dial in the look and feel that you like with the `SetOptions` function. You can change all of the defaults in one function call. One line of code to customize the entire GUI. +Or beginning in version 2.9 you can choose from a look and feel using pre-defined color schemes. Call ChangeLookAndFeel with a description string. + + sg.ChangeLookAndFeel('GreenTan') + +Valid values for the description string are: + + GreenTan + LightGreen + BluePurple + Purple + BlueMono + GreenMono + BrownBlue + BrightColors + NeutralBlue + Kayak + SandyBeach + TealMono + +To see the latest list of color choices, take a look at the bottom of the `PySimpleGUI.py` file where you'll find the `ChangLookAndFeel` function. + +You can also combine the `ChangeLookAndFeel` function with the `SetOptions` function to quickly modify one of the canned color schemes. Maybe you like the colors but was more depth to your bezels. You can dial in exactly what you want. + +**ObjToString** +Ever wanted to easily display an objects contents easily? Use ObjToString to get a nicely formatted recursive walk of your objects. +This statement: + + print(sg.ObjToSting(x)) + +And this was the output + + + abc = abc + attr12 = 12 + c = + b = + a = + attr1 = 1 + attr2 = 2 + attr3 = three + attr10 = 10 + attrx = x + +You'll quickly wonder how you ever coded without it. + +--- +# Known Issues +While not an "issue" this is a ***stern warning*** + +## **Do not attempt** to call `PySimpleGUI` from multiple threads! It's `tkinter` based and `tkinter` has issues with multiple threads + +**Progress Meters** - the visual graphic portion of the meter may be off. May return to the native tkinter progress meter solution in the future. Right now a "custom" progress meter is used. On the bright side, the statistics shown are extremely accurate and can tell you something about the performance of your code. + +**Async Forms** - these include the 'easy' forms (EasyProgressMeter and EasyPrint/Print). If you start overlapping having Async forms open with normal forms then things get a littler squirrelly. Still tracking down the issues and am making it more solid every day possible. You'll know there's an issue when you see blank form. + +**EasyPrint** - EasyPrint is a new feature that's pretty awesome. You print and the output goes to a window, with a scroll bar, that you can copy and paste from. Being a new feature, it's got some potential problems. There are known interaction problems with other GUI windows. For example, closing a Print window can also close other windows you have open. For now, don't close your debug print window until other windows are closed too. + +## Contributing + +A MikeTheWatchGuy production... entirely responsible for this code.... unless it causes you trouble in which case I'm not at all responsible. + +## Versions +|Version | Description | +|--|--| +| 1.0.9 | July 10, 2018 - Initial Release | +| 1.0.21 | July 13, 2018 - Readme updates | +| 2.0.0 | July 16, 2018 - ALL optional parameters renamed from CamelCase to all_lower_case +| 2.1.1 | July 18, 2018 - Global settings exposed, fixes +| 2.2.0| July 20, 2018 - Image Elements, Print output +| 2.3.0 | July 23, 2018 - Changed form.Read return codes, Slider Elements, Listbox element. Renamed some methods but left legacy calls in place for now. +| 2.4.0 | July 24, 2018 - Button images. Fixes so can run on Raspberry Pi +| 2.5.0 | July 26, 2018 - Colors. Listbox scrollbar. tkinter Progress Bar instead of homegrown. +| 2.6.0 | July 27, 2018 - auto_size_button setting. License changed to LGPL 3+ +| 2.7.0 | July 30, 2018 - realtime buttons, window_location default setting +| 2.8.0 | Aug 9, 2018 - New None default option for Checkbox element, text color option for all elements, return values as a dictionary, setting focus, binding return key +| 2.9.0 | Aug 16,2018 - Screen flash fix, `do_not_clear` input field option, `autosize_text` defaults to `True` now, return values as ordered dict, removed text target from progress bar, rework of return values and initial return values, removed legacy Form.Refresh() method (replaced by Form.ReadNonBlockingForm()), COLUMN elements!!, colored text defaults +| 2.10.0 | Aug 25, 2018 - Keyboard & Mouse features (Return individual keys as if buttons, return mouse scroll-wheel as button, bind return-key to button, control over keyboard focus), SaveAs Button, Update & Get methods for InputText, Update for Listbox, Update & Get for Checkbox, Get for Multiline, Color options for Text Element Update, Progess bar Update can change max value, Update for Button to change text & colors, Update for Image Element, Update for Slider, Form level text justification, Turn off default focus, scroll bar for Listboxes, Images can be from filename or from in-RAM, Update for Image). Fixes - text wrapping in buttons, msg box, removed slider borders entirely and others +| 2.11.0 | Aug 29, 2018 - Lots of little changes that are needed for the demo programs to work. Buttons have their own default element size, fix for Mac default button color, padding support for all elements, option to immediately return if list box gets selected, FilesBrowse button, Canvas Element, Frame Element, Slider resolution option, Form.Refresh method, better text wrapping, 'SystemDefault' look and feel setting, + +### Release Notes +2.3 - Sliders, Listbox's and Image elements (oh my!) + +If using Progress Meters, avoid cancelling them when you have another window open. It could lead to future windows being blank. It's being worked on. + +New debug printing capability. `sg.Print` + +2.5 Discovered issue with scroll bar on `Output` elements. The bar will match size of ROW not the size of the element. Normally you never notice this due to where on a form the `Output` element goes. + +Listboxes are still without scrollwheels. The mouse can drag to see more items. The mouse scrollwheel will also scroll the list and will `page up` and `page down` keys. + +2.7 Is the "feature complete" release. Pretty much all features are done and in the code + +2.8 More text color controls. The caller has more control over things like the focus and what buttons should be clicked when enter key is pressed. Return values as a dictionary! (NICE addition) + +2.9 COLUMNS! This is the biggest feature and had the biggest impact on the code base. It was a difficult feature to add, but it was worth it. Can now make even more layouts. Almost any layout is possible with this addition. + + +### Upcoming +Make suggestions people! Future release features + +Port to other graphic engines. Hook up the front-end interface to a backend other than tkinter. Qt, WxPython, etc. + + + +## Code Condition + + Make it run + Make it right + Make it fast + +It's a recipe for success if done right. PySimpleGUI has completed the "Make it run" phase. It's far from "right" in many ways. These are being worked on. The module is particularly poor for PEP 8 compliance. It was a learning exercise that turned into a somewhat complete GUI solution for lightweight problems. + +While the internals to PySimpleGUI are a tad sketchy, the public interfaces into the SDK are more strictly defined and comply with PEP 8 for the most part. + +Please log bugs and suggestions in the GitHub! It will only make the code stronger and better in the end, a good thing for us all, right? + +## Design + +A moment about the design-spirit of `PySimpleGUI`. From the beginning, this package was meant to take advantage of Python's capabilities with the goal of programming ease. + +**Single File** +While not the best programming practice, the implementation resulted in a single file solution. Only one file is needed, PySimpleGUI.py. You can post this file, email it, and easily import it using one statement. + +**Functions as objects** +In Python, functions behave just like object. When you're placing a Text Element into your form, you may be sometimes calling a function and other times declaring an object. If you use the word Text, then you're getting an object. If you're using `Txt`, then you're calling a function that returns a `Text` object. + +**Lists** +It seemed quite natural to use Python's powerful list constructs when possible. The form is specified as a series of lists. Each "row" of the GUI is represented as a list of Elements. When the form read returns the results to the user, all of the results are presented as a single list. This makes reading a form's values super-simple to do in a single line of Python code. + +**Dictionaries** +Want to view your form's results as a dictionary instead of a list... no problem, just use the `key` keyword on your elements. For complex forms with a lot of values that need to be changed frequently, this is by far the best way of consuming the results. + + +## Authors +MikeTheWatchGuy + +## License + +GNU Lesser General Public License (LGPL 3) + + +## Acknowledgments + +* Jorj McKie was the motivator behind the entire project. His wxsimpleGUI concepts sparked PySimpleGUI into existence +* [Fredrik Lundh](https://wiki.python.org/moin/FredrikLundh) for his work on `tkinter` +* [Ruud van der Ham](https://forum.pythonistacafe.com/u/Ruud) for all the help he's provided as a Python-mentor. Quite a few tricky bits of logic was supplied by Ruud. The dual-purpose return values scheme is Ruud's for example + + +## How Do I +Finally, I must thank the fine folks at How Do I. +https://github.com/gleitz/howdoi +Their utility has forever changed the way and pace in which I can program. I urge you to try the HowDoI.py application here on GitHub. Trust me, **it's going to be worth the effort!** +Here are the steps to run that application + + Install howdoi: + pip install howdoi + Test your install: + python -m howdoi howdoi.py + To run it: + Python HowDoI.py + +The pip command is all there is to the setup. + +The way HowDoI works is that it uses your search term to look through stack overflow posts. It finds the best answer, gets the code from the answer, and presents it as a response. It gives you the correct answer OFTEN. It's a miracle that it work SO well. +For Python questions, I simply start my query with 'Python'. Let's say you forgot how to reverse a list in Python. When you run HowDoI and ask this question, this is what you'll see. +![snap0109](https://user-images.githubusercontent.com/13696193/42916444-4199b16c-8ad3-11e8-8423-d12e61a58d3d.jpg) + +In the hands of a competent programmer, this tool is **amazing**. It's a must-try kind of program that has completely changed my programming process. I'm not afraid of asking for help! You just have to be smart about using what you find. + +The PySimpleGUI window that the results are shown in is an 'input' field which means you can copy and paste the results right into your code. + diff --git a/docs/tutorial.md b/docs/tutorial.md new file mode 100644 index 000000000..6f790fa0c --- /dev/null +++ b/docs/tutorial.md @@ -0,0 +1,292 @@ +# Add GUIs to your programs and scripts easily with PySimpleGUI + +## Introduction +Few people run Python programs by double clicking the .py file as if it were a .exe file. When a typical user (non-programmer types) double clicks an exe file, they expect it to pop open with a window they can interact with. While GUIs, using tkinter, are possible using standard Python installations, it's unlikely many programs do this. + +What if it were easy so to open a Python program into a GUI that complete beginners could do it? Would anyone care? Would anyone use it? It's difficult to answer because to date it's not been "easy" to build a custom GUI. + +There seems to be a gap in the ability to add a GUI onto a Python program/script. Complete beginners are left using only the command line and many advanced programmers don't want to take the time required to code up a tkinter GUI. + + +## GUI Frameworks +There is no shortage of GUI frameworks for Python. tkinter, WxPython, Qt, Kivy are a few of the major packages. In addition, there are a good number of dumbed down GUI packages that wrap one of the major packages. These include EasyGUI, PyGUI, Pyforms, ... + +The problem is that beginners (those with experience of less than 6 weeks) are not capable of learning even the simplest of the major packages. That leaves the wrapper-packages. Users will likely find it difficult or impossible to build a custom GUI layout. Or, if it's possible, pages of code are required. + +PySimpleGUI attempts to address these GUI challenges by providing a super-simple, easy to understand interface to GUIs that can be easily customized. Even the most complex of GUIs are often less than 20 lines of code when PySimpleGUI is used. + +## The Secret + +What makes PySimpleGUI superior for newcomers is that the package contains the majority of the code that the user is normally expected to write. Button callbacks are handled by PySimpleGUI, not the user's code. Beginners struggle to grasp the concept of a function, expecting them to understand a call-back function in the first few weeks is a stretch. + +With most GUIs arranging the GUI Widgets often requires several lines of code.... at least one or two lines per widget. PySimpleGUI uses an "auto-packer" that creates the layout for the user automatically. There is no concept of a pack nor a grid system needed to layout a GUI Window. + +Finally, PySimpleGUI leverages the Python language constructs in clever ways that shortens the amount of code and returns the GUI data in a straightforward manner. When a Widget is created in a form layout, it is configured in-place, not several lines of code away. Results are returned as a simple list or a dictionary. + +## What is a GUI? + +Most GUIs do one thing.... they collect information from the user and return it. From a programmer's viewpoint this could be summed up as a function call that looks like this: + + button, values = GUI_Display(gui_layout) + +What's expected from most GUIs is the button that was clicked (OK, cancel, save, yes, no, etc), and the values that were input by the user. The essence of a GUI can be boiled down into a single line of code. + +This is exactly how PySimpleGUI works (for these simple kinds of GUIs). When the call is made to display the GUI, execution does no return until a button is clicked that closes the form. + +There are more complex GUIs such as those that don't close after a button is clicked. These complex forms can also be created with PySimpleGUI. A remote control interface for a robot and a chat window are a couple of examples. + +## The 5-Minute GUI + +When is PySimpleGUI useful? Immediately, anytime you've got a GUI need. It will take under 5 minutes for you to create and try your GUI. With those kinds of times, what do you have to lose trying it? + +The best way to go about making your GUI in under 5 minutes is to copy one of the GUIs from the [PySimpleGUI Cookbook](https://pysimplegui.readthedocs.io/en/latest/cookbook/). Follow these steps: +* Find a GUI that looks similar to what you want to create +* Copy code from Cookbook +* Paste into your IDE and run + +Let's look at the first recipe from the book + + import PySimpleGUI as sg + + # Very basic form. Return values as a list + form = sg.FlexForm('Simple data entry form') # begin with a blank form + + layout = [ + [sg.Text('Please enter your Name, Address, Phone')], + [sg.Text('Name', size=(15, 1)), sg.InputText('name')], + [sg.Text('Address', size=(15, 1)), sg.InputText('address')], + [sg.Text('Phone', size=(15, 1)), sg.InputText('phone')], + [sg.Submit(), sg.Cancel()] + ] + + button, values = form.LayoutAndRead(layout) + + print(button, values[0], values[1], values[2]) + + +It's a reasonably sized form. + + +![super simple 2](https://user-images.githubusercontent.com/13696193/43934091-8100e29a-9c1b-11e8-8d0a-9bd2d13e6d8e.jpg) + +If you only need to collect a few values and they're all basically strings, then you would copy this recipe and modify it to suit your needs. + +## The 5-line GUI + +Not all GUIs take 5 minutes. Some take 5 lines of code. This is a GUI with a custom layout contained in 5 lines of code. + + import PySimpleGUI as sg + + form = sg.FlexForm('My first GUI') + + layout = [ [sg.Text('Enter your name'), sg.InputText()], + [sg.OK()] ] + + button, (name,) = form.LayoutAndRead(layout) + + +![myfirstgui](https://user-images.githubusercontent.com/13696193/44315412-d2918c80-a3f1-11e8-9eda-0d5d9bfefb0f.jpg) + + + +## Making Your Custom GUI + +That 5-minute estimate wasn't the time it takes to copy and paste the code from the Cookbook. You should be able to modify the code within 5 minutes in order to get to your layout, assuming you've got a straightforward layout. + +Widgets are called Elements in PySimpleGUI. This list of Elements are spelled exactly as you would type it into your Python code. + +### Core Element list +``` + Text + InputText + Multiline + InputCombo + Listbox + Radio + Checkbox + Spin + Output + SimpleButton + RealtimeButton + ReadFormButton + ProgressBar + Image + Slider + Column +``` + +You can also have short-cut Elements. There are 2 types of shortcuts. One is simply other names for the exact same element (e.g. T instead of Text). The second type configures an Element with particular setting, sparing the programmer from specifying all of the parameters (e.g. Submit is a button with the text "Submit" on it). +### Shortcut list + + T = Text + Txt = Text + In = InputText + Input = IntputText + Combo = InputCombo + DropDown = InputCombo + Drop = InputCombo + +A number of common buttons have been implemented as shortcuts. These include: +### Button Shortcuts + FolderBrowse + FileBrowse + FileSaveAs + Save + Submit + OK + Ok + Cancel + Quit + Exit + Yes + No + +The more generic button functions, that are also shortcuts +### Generic Buttons + SimpleButton + ReadFormButton + RealtimeButton + +These are all of the GUI Widgets you have to choose from. If it's not in this list, it doesn't go in your form layout. + +### GUI Design Pattern + +The stuff that tends not to change in GUIs are the calls that setup and show the Window. It's the layout of the Elements that changes from one program to another. This is the code from above with the layout removed: + + import PySimpleGUI as sg + + form = sg.FlexForm('Simple data entry form') + # Define your form here (it's a list of lists) + button, values = form.LayoutAndRead(layout) + + The flow for most GUIs is: + * Create the Form object + * Define GUI as a list of lists + * Show the GUI and get results + +These are line for line what you see in design pattern. + +### GUI Layout + +To create your custom GUI, first break your form down into "rows". You'll be defining your form one row at a time. Then for each for, you'll be placing one Element after another, working from left to right. + +The result is a "list of lists" that looks something like this: + + layout = [ [Text('Row 1')], + [Text('Row 2'), Checkbox('Checkbox 1', OK()), Checkbox('Checkbox 2'), OK()] ] + +The layout produced this window: + +![tutorial2](https://user-images.githubusercontent.com/13696193/44302312-e5259c00-a2f3-11e8-9c17-63e4eb130a9e.jpg) + + +## Display GUI & Get Results + +Once you have your layout complete and you've copied over the lines of code that setup and show the form, it's time to look at how to display the form and get the values from the user. + +This is the line of code that displays the form and provides the results: + + button, values = form.LayoutAndRead(layout) + + Forms return 2 values, the text of the button that was clicked and a ***list of values*** the user entered into the form. + +If the example form was displayed and the user did nothing other than click the OK button, then the results would have been: + + button == 'OK' + values == [False, False] + +Checkbox Elements return a value of True/False. Because these checkboxes defaulted to unchecked, the values returned were both False. + +## Displaying Results + +Once you have the values from the GUI it would be nice to check what values are in the variables. Rather than print them out using a `print` statement, let's stick with the GUI idea and output to a window. + +PySimpleGUI has a number of Message Boxes to choose from. The data passed to the message box will be displayed in a window. The function takes any number of arguments. Simply indicate all the variables you would like to see in the call. + +The most-commonly used Message Box in PySimpleGUI is MsgBox. To display the results of the previous example, one would write: + + MsgBox('The GUI returned:', button, values) + +## Putting It All Together + +Now that you know the basics, let's put together a form that contains as many PySimpleGUI's elements as possible. Also, just to give it a nice look, we'll change the "look and feel" to a green and tan color scheme. + + import PySimpleGUI as sg + + sg.ChangeLookAndFeel('GreenTan') + + form = sg.FlexForm('Everything bagel', default_element_size=(40, 1)) + + column1 = [[sg.Text('Column 1', background_color='#d3dfda', justification='center', size=(10,1))], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 1')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 2')], + [sg.Spin(values=('Spin Box 1', '2', '3'), initial_value='Spin Box 3')]] + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25))], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText('This is my text')], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text should you decide not to type anything', size=(35, 3)), + sg.Multiline(default_text='A second multi-line', size=(35, 3))], + [sg.InputCombo(('Combobox 1', 'Combobox 2'), size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(34, 20), default_value=85)], + [sg.Listbox(values=('Listbox 1', 'Listbox 2', 'Listbox 3'), size=(30, 3)), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(5, 20), default_value=10), + sg.Column(column1, background_color='#d3dfda')], + [sg.Text('_' * 80)], + [sg.Text('Choose A Folder', size=(35, 1))], + [sg.Text('Your Folder', size=(15, 1), auto_size_text=False, justification='right'), + sg.InputText('Default Folder'), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel()] + ] + + button, values = form.LayoutAndRead(layout) + sg.MsgBox(button, values) + +That may seem like a lot of code, but try coding this same GUI layout directly in tkinter and you'll quickly realize that the length is tiny. + +![everything for tutorial](https://user-images.githubusercontent.com/13696193/44302997-38531b00-a303-11e8-8c45-698ea62590a8.jpg) + +The last line of code opens a message box. This is how it looks: + +![tutorial results](https://user-images.githubusercontent.com/13696193/44303004-79e3c600-a303-11e8-8311-2f3726d364ad.jpg) + + +Each parameter to the message box call is displayed on a new line. There are actually 2 lines of text in the message box. The second line is very long and wrapped a number of times + +Take a moment and pair up the results values with the GUI to get an understanding of how results are created and returned. + +## Adding a GUI to Your Program or Script +If you have a script that uses the command line, you don't have to abandon it in order to add a GUI. An easy solution is that if there are zero parameters given on the command line, then the GUI is run. Otherwise, execute the command line as you do today. + +This kind of logic is all that's needed: + + if len(sys.argv) == 1: + # collect arguments from GUI + else: + # collect arguements from sys.argv + +The easiest way to get a GUI up and running quickly is to copy and modify one of the Recipes from the [PySimpleGUI Cookbook](https://pysimplegui.readthedocs.io/en/latest/cookbook/) + +Have some fun! Spice up the scripts you're tired of running by hand. Spend 5 or 10 minutes playing with the demo scripts. You may find one already exists that does exactly what you need. If not, you will find it's 'simple' to create your own. If you really get lost, you've only invested 10 minutes. + +## Resources + +### Installation +Requires Python 3 + + pip install PySimpleGUI + +Works on all systems that run tkinter, including the Raspberry Pi + +### Documentation +[Main manual](https://pysimplegui.readthedocs.io/en/latest/) + +[Cookbook](https://pysimplegui.readthedocs.io/en/latest/cookbook/) + +### Home Page + +[www.PySimpleGUI.com](www.PySimpleGUI.com) \ No newline at end of file diff --git a/images/ButtonGraphics/Play.png b/images/ButtonGraphics/Play.png deleted file mode 100644 index 510aaa2da..000000000 Binary files a/images/ButtonGraphics/Play.png and /dev/null differ diff --git a/images/ButtonGraphics/green.png b/images/ButtonGraphics/green.png deleted file mode 100644 index a39404f10..000000000 Binary files a/images/ButtonGraphics/green.png and /dev/null differ diff --git a/images/ButtonGraphics/green30.png 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' 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' 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since Jul 11, 2018 + +![Documentation Status](https://readthedocs.org/projects/pysimplegui/badge/?version=latest) + +[![Python Version](https://img.shields.io/badge/Python-3-brightgreen.svg)](https://www.python.org/downloads/) + + +# PySimpleGUI + + (Ver 2.11) + +[Latest Demos and Master Branch on GitHub](https://github.com/MikeTheWatchGuy/PySimpleGUI) + +[Wiki for the latest news](https://github.com/MikeTheWatchGuy/PySimpleGUI/wiki) + +Lots of documentation available in addition to this Readme File. +[Formatted ReadTheDocs Version of this Readme](http://pysimplegui.readthedocs.io/) + +[COOKBOOK!](https://pysimplegui.readthedocs.io/en/latest/cookbook/) + +[Brief Tutorial](https://pysimplegui.readthedocs.io/en/latest/tutorial/) + +Super-simple GUI to grasp... Powerfully customizable. + +Create a custom GUI in 5 lines of code. + +Can create a custom GUI in 1 line of code if desired. + +Note - ***Python3*** is required to run PySimpleGUI. It takes advantage of some Python3 features that do not translate well into Python2. + +Looking to take your Python code from the world of command lines and into the convenience of a GUI? Have a Raspberry **Pi** with a touchscreen that's going to waste because you don't have the time to learn a GUI SDK? Into Machine Learning and are sick of the command line? Look no further, **you've found your GUI package**. + + import PySimpleGUI as sg + + sg.Popup('Hello From PySimpleGUI!', 'This is the shortest GUI program ever!') + + +![hello world](https://user-images.githubusercontent.com/13696193/44960047-1f7f6380-aec6-11e8-9d5e-12ef935bcade.jpg) + + +Or how about a ***custom GUI*** in 1 line of code? + + import PySimpleGUI as sg + + button, (filename,) = sg.FlexForm('Get filename example'). LayoutAndRead([[sg.Text('Filename')], [sg.Input(), sg.FileBrowse()], [sg.OK(), sg.Cancel()] ]) + +![get filename](https://user-images.githubusercontent.com/13696193/44960039-f1018880-aec5-11e8-8a43-3d7f8ff93b67.jpg) + + + Build beautiful customized forms that fit your specific problem. Let PySimpleGUI solve your GUI problem while you solve the real problems. Do you really want to plod through the mountains of code required to program tkinter? + +PySimpleGUI wraps tkinter so that you get all the same widgets as you would tkinter, but you interact with them in a **much** more friendly way. + +![everything dark theme](https://user-images.githubusercontent.com/13696193/44959854-b1d23800-aec3-11e8-90b6-5af915a86d15.jpg) + +Perhaps you're looking for a way to interact with your **Raspberry Pi** in a more friendly way. The same for shown as on Pi (roughly the same) + +![raspberry pi everything demo](https://user-images.githubusercontent.com/13696193/44279694-5b58ce80-a220-11e8-9ab6-d6021f5a944f.jpg) + + + +In addition to a primary GUI, you can add a Progress Meter to your code with ONE LINE of code. Slide this into any of your `for` loops and get a nice meter like this: + + EasyProgressMeter('My meter title', current_value, max value) + + ![easyprogressmeter](https://user-images.githubusercontent.com/13696193/44960065-83099100-aec6-11e8-8aa8-96e4b100a0e4.jpg) + +You can build an async media player GUI with custom buttons in 30 lines of code. + +![media player 2](https://user-images.githubusercontent.com/13696193/44960091-eeebf980-aec6-11e8-884e-80d4447a83cd.jpg) + + + ## Background +I was frustrated by having to deal with the dos prompt when I had a powerful Windows machine right in front of me. Why is it SO difficult to do even the simplest of input/output to a window in Python?? + +There are a number of 'easy to use' Python GUIs, but they're **very** limiting. PySimpleGUI takes the best of packages like `EasyGUI`and `WxSimpleGUI` , both really handy but limited, and adds the ability to define your own layouts. This ability to make your own forms is the primary difference between these and `PySimpleGUI`. + +Every call has optional parameters so that you can change the look and feel. Don't like the button color? It's easy to change by adding a button_color parameter to your widget. The configure is done in-place. + +With a simple GUI, it becomes practical to "associate" .py files with the python interpreter on Windows. Double click a py file and up pops a GUI window, a more pleasant experience than opening a dos Window and typing a command line. + +The `PySimpleGUI` package is focused on the ***developer***. Create a custom GUI with as little and as simple code as possible. This was the primary mantra used to create PySimpleGUI. "Do it in a Python-like way" was the second desired outcome. + +## Features + + Features of PySimpleGUI include: + Text + Single Line Input + Buttons including these types: + File Browse + Folder Browse + Non-closing return + Close form + Realtime + Checkboxes + Radio Buttons + Listbox + Slider + Icons + Multi-line Text Input + Scroll-able Output + Images + Progress Bar + Async/Non-Blocking Windows + Tabbed forms + Persistent Windows + Redirect Python Output/Errors to scrolling window + 'Higher level' APIs (e.g. MessageBox, YesNobox, ...) + Single-Line-Of-Code Proress Bar & Debug Print + Complete control of colors, look and feel + Selection of pre-defined palettes + Button images + Return values as dictionary + Set focus + Bind return key to buttons + Group widgets into a column and place into form anywhere + Keyboard low-level key capture + Mouse scroll-wheel support + Get Listbox values as they are selected + Update elements in a live form + Bulk form-fill operation + + +An example of many widgets used on a single form. A little further down you'll find the TWENTY lines of code required to create this complex form. Try it if you don't believe it. Start Python, copy and paste the code below into the >>> prompt and hit enter. This will pop up... + +![everything example](https://user-images.githubusercontent.com/13696193/43097412-0a4652aa-8e8a-11e8-8e09-939484e3c568.jpg) + +Here is the code that produced the above screenshot. + + import PySimpleGUI as sg + + with sg.FlexForm('Everything bagel', auto_size_text=True, default_element_size=(40, 1)) as form: + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25), text_color='blue')], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText()], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text shoulsd you decide not to type anything', + scale=(2, 10))], + [sg.InputCombo(['Combobox 1', 'Combobox 2'], size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(35, 20), default_value=85)], + [sg.Listbox(values=['Listbox 1', 'Listbox 2', 'Listbox 3'], size=(30, 6)), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=10)], + [sg.Text('_' * 100, size=(70, 1))], + [sg.Text('Choose Source and Destination Folders', size=(35, 1))], + [sg.Text('Source Folder', size=(15, 1), auto_size_text=False, justification='right'), sg.InputText('Source'), + sg.FolderBrowse()], + [sg.Text('Destination Folder', size=(15, 1), auto_size_text=False, justification='right'), sg.InputText('Dest'), + sg.FolderBrowse()], + [sg.Submit(), sg.Cancel(), sg.SimpleButton('Customized', button_color=('white', 'green'))] + ] + + button, values = form.LayoutAndRead(layout) + + **A note on screen shots** +You will see a number of different styles of buttons, data entry fields, etc, in this readme. They were all made with the same SDK, the only difference is in the settings that are specified on a per-element, row, form, or global basis. One setting in particular, border_width, can make a big difference on the look of the form. Some of the screenshots had a border_width of 6, others a value of 1. + + +--- +### Design Goals +> Copy, Paste, Run. + +`PySimpleGUI's` goal with the API is to be easy on the programmer, and to function in a Python-like way. Since GUIs are visual, it was desirable for the code to visually match what's on the screen. + + > Be Pythonic + + Be Pythonic... Attempted to use language constructs in a natural way and to exploit some of Python's interesting features. Python's lists and optional parameters make PySimpleGUI work. + - Forms are represented as Python lists. + - A form is a list of rows + - A row is a list of elements +- Return values are a list of button presses and input values. +- Return values can also be represented as a dictionary +- The SDK calls collapse down into a single line of Python code that presents a custom GUI and returns values + + + ----- +## Getting Started with PySimpleGUI + +### Installing + + pip install PySimpleGUI + or +Simply download the file - PySimpleGUI.py and import it into your code + + +### Prerequisites + +Python 3 +tkinter + +Runs on all Python platforms that have tkinter running on them. Thoroughly tested on Windows. Runs on Windows, Mac, Linux, Raspberry Pi. Even runs on `pypy3`. + +### Using + +To use in your code, simply import.... + `import PySimpleGUI as sg` + +Then use either "high level" API calls or build your own forms. + + sg.Popup('This is my first Popup') + +![first popup](https://user-images.githubusercontent.com/13696193/44957300-c7813680-ae9e-11e8-9a8c-c70198db7907.jpg) + + +Yes, it's just that easy to have a window appear on the screen using Python. With PySimpleGUI, making a custom form appear isn't much more difficult. The goal is to get you running on your GUI within ***minutes***, not hours nor days. + +--- +## APIs + +PySimpleGUI can be broken down into 2 types of API's: + * High Level single call functions (The `Popup` calls) + * Custom form functions + + +### Python Language Features + + There are a number of Python language features that PySimpleGUI utilizes heavily for API access that should be understood... + * Variable number of arguments to a function call + * Optional parameters to a function call + +#### Variable Number of Arguments + + The "High Level" API calls that *output* values take a variable number of arguments so that they match a "print" statement as much as possible. The idea is to make it simple for the programmer to output as many items as desired and in any format. The user need not convert the variables to be output into the strings. The PySimpleGUI functions do that for the user. + + sg.Popup('Variable number of parameters example', var1, var2, "etc") + +Each new item begins on a new line in the Popup + + ![snap0179](https://user-images.githubusercontent.com/13696193/43658129-f6ca49c6-9725-11e8-9317-1f77443eb04a.jpg) + + + +#### Optional Parameters to a Function Call + +This feature of the Python language is utilized ***heavily*** as a method of customizing forms and form Elements. Rather than requiring the programmer to specify every possible option for a widget, instead only the options the caller wants to override are specified. + +Here is the function definition for the Popup function. The details aren't important. What is important is seeing that there is a long list of potential tweaks that a caller can make. However, they don't *have* to be specified on each and every call. + + def Popup(*args, + button_color=None, + button_type=MSG_BOX_OK, + auto_close=False, + auto_close_duration=None, + icon=DEFAULT_WINDOW_ICON, + line_width=MESSAGE_BOX_LINE_WIDTH, + font=None): + +If the caller wanted to change the button color to be black on yellow, the call would look something like this: + + sg.Popup('This box has a custom button color', button_color=('black', 'yellow')) + + +![snap0180](https://user-images.githubusercontent.com/13696193/43658171-13a72bfe-9726-11e8-8c7a-0a46e46fb202.jpg) + + +--- + +### High Level API Calls - Popup's + +"High level calls" are those that start with "Popup". They are the most basic form of communications with the user. They are named after the type of window they create, a pop-up window. These windows are meant to be short lived while, either delivering information or collecting it, and then quickly disappearing. + +### Popup Output + +Think of the `Popup` call as the GUI equivelent of a `print` statement. It's your way of displaying results to a user in the windowed world. Each call to Popup will create a new Popup window. + +`Popup` calls are normally blocking. your program will stop executing until the user has closed the Popup window. A non-blocking form of Popup discussed in the async section. + +Just like a print statement, you can pass any number of arguments you wish. They will all be turned into strings and displayed in the popup window. + +There are a number of Popup output calls, each with a slightly different look (e.g. different button labels). + +The list of Popup output functions are + + Popup,PopupOk + PopupYesNo + PopupCancel + PopupOkCancel + PopupError + PopupTimed, PopupAutoClose + +The trailing portion of the function name after Popup indicates what buttons are shown. `PopupYesNo` shows a pair of button with Yes and No on them. `PopupCancel` has a Cancel button, etc. + +While these are "output" windows, they do collect input in the form of buttons. The Popup functions return the button that was clicked. If the Ok button was clicked, then Popup returns the string 'Ok'. If the user clicked the X button to close the window, then the button value returned is `None`. + +The function `PopupTimed` or `PopupAutoClose` are popup windows that will automatically close after come period of time. + +Here is a quick-reference showing how the Popup calls look. + + print(sg.Popup('Popup')) + print(sg.PopupOk('PopupOk')) + print(sg.PopupYesNo('PopupYesNo')) + print(sg.PopupCancel('PopupCancel')) + print(sg.PopupOkCancel('PopupOkCancel')) + print(sg.PopupError('PopupError')) + print(sg.PopupTimed('PopupTimed')) + print(sg.PopupAutoClose('PopupAutoClose')) + + +![snap0256](https://user-images.githubusercontent.com/13696193/44957394-1380ab00-aea0-11e8-98b1-1ab7d7bd5b37.jpg) + +![snap0257](https://user-images.githubusercontent.com/13696193/44957400-167b9b80-aea0-11e8-9d42-2314f24e62de.jpg) + +![snap0258](https://user-images.githubusercontent.com/13696193/44957399-154a6e80-aea0-11e8-9580-e716f839d400.jpg) + +![snap0259](https://user-images.githubusercontent.com/13696193/44957398-14b1d800-aea0-11e8-9e88-c2b36a248447.jpg) + +![snap0260](https://user-images.githubusercontent.com/13696193/44957397-14b1d800-aea0-11e8-950b-6d0b4f33841a.jpg) + +![snap0261](https://user-images.githubusercontent.com/13696193/44957396-14194180-aea0-11e8-8eef-bb2e1193ecfa.jpg) + +![snap0264](https://user-images.githubusercontent.com/13696193/44957595-9e15da00-aea1-11e8-8909-6b6121b74509.jpg) + +#### Scrolled Output +There is a scrolled version of Popups should you have a lot of information to display. + + sg.PopupScrolled(my_text) + +![scrolledtextbox 2](https://user-images.githubusercontent.com/13696193/43667324-712aa0d4-9745-11e8-83a9-a0d0570d0865.jpg) + + +The `PopupScrolled` will auto-fit the window size to the size of the text. Specify `None` in the height field of a `size` parameter to get auto-sized height. + +This call will create a scrolled box 80 characters wide and a height dependent upon the number of lines of text. + +sg.PopupScrolled(my_text, size=(80, None)) + +Note that the default max number of lines before scrolling happens is set to 50. At 50 lines the scrolling will begin. + +### Popup Input + +There are Popup calls for single-item inputs. These follow the pattern of `Popup` followed by `Get` and then the type of item to get. + + - `PopupGetString` - get a single line of text + - `PopupGetFile` - get a filename + - `PopupGetFolder` - get a folder name + +Rather than make a custom form to get one data value, call the Popup input function to get the item from the user. + + + import PySimpleGUI as sg + + text = sg.PopupGetText('Title', 'Please input something') + sg.Popup('Results', 'The value returned from PopupGetText', text) + + ![popupgettext](https://user-images.githubusercontent.com/13696193/44957281-8721b880-ae9e-11e8-98cd-d06369f4187e.jpg) + +![popup gettext response](https://user-images.githubusercontent.com/13696193/44957282-8721b880-ae9e-11e8-84ae-dc8bb30504a0.jpg) + + + text = sg.PopupGetFile('Please enter a file name') + sg.Popup('Results', 'The value returned from PopupGetFile', text) + +![popupgetfile](https://user-images.githubusercontent.com/13696193/44957857-2fd31680-aea5-11e8-8eb7-f6b91c202cc8.jpg) + +The window created to get a folder name looks the same as the get a file name. The difference is in what the browse button does. `PopupGetFile` shows an Open File dialog box while `PopupGetFolder` shows an Open Folder dialog box. + + text = sg.PopupGetFolder('Please enter a folder name') + sg.Popup('Results', 'The value returned from PopupGetFolder', text) + +![popupgetfolder](https://user-images.githubusercontent.com/13696193/44957861-45484080-aea5-11e8-926c-cf607a45251c.jpg) + +#### Progress Meter! +We all have loops in our code. 'Isn't it joyful waiting, watching a counter scrolling past in a text window? How about one line of code to get a progress meter, that contains statistics about your code? + + + EasyProgressMeter(title, + current_value, + max_value, + *args, + orientation=None, + bar_color=DEFAULT_PROGRESS_BAR_COLOR, + button_color=None, + size=DEFAULT_PROGRESS_BAR_SIZE, + scale=(None, None), + border_width=DEFAULT_PROGRESS_BAR_BORDER_WIDTH): + +Here's the one-line Progress Meter in action! + + for i in range(1,10000): + sg.EasyProgressMeter('My Meter', i+1, 10000, 'Optional message') + +That line of code resulted in this window popping up and updating. + +![preogress meter](https://user-images.githubusercontent.com/13696193/43667625-d47da702-9746-11e8-91e6-e5177883abae.jpg) + +A meter AND fun statistics to watch while your machine grinds away, all for the price of 1 line of code. +With a little trickery you can provide a way to break out of your loop using the Progress Meter form. The cancel button results in a `False` return value from `EasyProgressMeter`. It normally returns `True`. + +***Be sure and add one to your loop counter*** so that your counter goes from 1 to the max value. If you do not add one, your counter will never hit the max value. Instead it will go from 0 to max-1. + +#### Debug Output +Another call in the 'Easy' families of APIs is `EasyPrint`. It will output to a debug window. If the debug window isn't open, then the first call will open it. No need to do anything but stick a 'print' call in your code. You can even replace your 'print' calls with calls to EasyPrint by simply sticking the statement + + print = sg.EasyPrint + +at the top of your code. +There are a number of names for the same EasyPrint function. `Print` is one of the better ones to use as it's easy to remember. It is simply `print` with a capital P. + + import PySimpleGUI as sg + + for i in range(100): + sg.Print(i) + +![snap0125](https://user-images.githubusercontent.com/13696193/43114979-a696189e-8ecf-11e8-83c7-473fcf0ccc66.jpg) +Or if you didn't want to change your code: + + import PySimpleGUI as sg + + print=sg.Print + for i in range(100): + print(i) + +Just like the standard print call, `EasyPrint` supports the `sep` and `end` keyword arguments. Other names that can be used to call `EasyPrint` include Print, `eprint`, If you want to close the window, call the function `EasyPrintClose`. + +A word of caution. There are known problems when multiple PySimpleGUI windows are opened, particularly if the user closes them in an unusual way. Not a reason to stay away from using it. Just something to keep in mind if you encounter a problem. + +You can change the size of the debug window using the `SetOptions` call with the `debug_win_size` parameter. + +--- +# Custom Form API Calls (Your First Form) + +This is the FUN part of the programming of this GUI. In order to really get the most out of the API, you should be using an IDE that supports auto complete or will show you the definition of the function. This will make customizing go smoother. + +This first section on custom forms is for your typical, blocking, non-persistant form. By this I mean, when you "show" the form, the function will not return until the user has clicked a button or closed the window. When this happens, the form's window will be automatically closed. + +Two other types of forms exist. +1. Persistent form - rather than closing on button clicks, the show form function returns and the form continues to be visible. This is good for applications like a chat window. +2. Asynchronous form - the trickiest of the lot. Great care must be exercised. Examples are an MP3 player or status dashboard. Async forms are updated (refreshed) on a periodic basis. + +It's both not enjoyable nor helpful to immediately jump into tweaking each and every little thing available to you. + +## The Form Designer +The good news to newcomers to GUI programming is that PySimpleGUI has a form designer. Better yet, the form designer requires no training and everyone knows how to use it. + +![gui0_1](https://user-images.githubusercontent.com/13696193/44159598-e2257400-a085-11e8-9b02-343e72cc75c3.JPG) + +It's a manual process, but if you follow the instructions, it will take only a minute to do and the result will be a nice looking GUI. The steps you'll take are: +1. Sketch your GUI on paper +2. Divide your GUI up into rows +3. Label each Element with the Element name +4. Write your Python code using the labels as pseudo-code + +Let's take a couple of examples. + +**Enter a number**.... Popular beginner programs are often based on a game or logic puzzle that requires the user to enter something, like a number. The "high-low" answer game comes to mind where you try to guess the number based on high or low tips. + +**Step 1- Sketch the GUI** +![gui1_1](https://user-images.githubusercontent.com/13696193/44160127-6a584900-a087-11e8-8fec-09099a8e16f6.JPG) + +**Step 2 - Divide into rows** + +![gui2_1](https://user-images.githubusercontent.com/13696193/44160128-6a584900-a087-11e8-9973-af866fb94c56.JPG) + +Step 3 - Label elements + +![gui6_1](https://user-images.githubusercontent.com/13696193/44160116-64626800-a087-11e8-8b57-671c0461b508.JPG) + +Step 4 - Write the code +The code we're writing is the layout of the GUI itself. This tutorial only focuses on getting the window code written, not the stuff to display it, get results. + +We have only 1 element on the first row, some text. Rows are written as a "list of elements", so we'll need [ ] to make a list. Here's the code for row 1 + + [ sg.Text('Enter a number') ] + +Row 2 has 1 elements, an input field. + + [ sg.Input() ] +Row 3 has an OK button + + [ sg.OK() ] + +Now that we've got the 3 rows defined, they are put into a list that represents the entire window. + + layout = [ [sg.Text('Enter a Number')], + [sg.Input()], + [sg.OK()] ] + +Finally we can put it all together into a program that will display our window. + + import PySimpleGUI as sg + + layout = [[sg.Text('Enter a Number')], + [sg.Input()], + [sg.OK()] ] + + button, (number,) = sg.FlexForm('Enter a number example').LayoutAndRead(layout) + + sg.Popup(button, number) + +### Example 2 - Get a filename +Let's say you've got a utility you've written that operates on some input file and you're ready to use a GUI to enter than filename rather than the command line. Follow the same steps as the previous example - draw your form on paper, break it up into rows, label the elements. + +![gui4_1](https://user-images.githubusercontent.com/13696193/44160132-6a584900-a087-11e8-862f-7d791a67ee5d.JPG) +![gui5_1](https://user-images.githubusercontent.com/13696193/44160133-6af0df80-a087-11e8-9dec-bb4d4c59393d.JPG) + +Writing the code for this one is just as straightforward. There is one tricky thing, that browse for a file button. Thankfully PySimpleGUI takes care of associating it with the input field next to it. As a result, the code looks almost exactly like the form on the paper. + + import PySimpleGUI as sg + + layout = [[sg.Text('Filename')], + [sg.Input(), sg.FileBrowse()], + [sg.OK(), sg.Cancel()] ] + + button, (number,) = sg.FlexForm('Get filename example').LayoutAndRead(layout) + + sg.Popup(button, number) + + +Read on for detailed instructions on the calls that show the form and return your results. + + + +# Copy these design patterns! +## Pattern 1 - With Context Manager + + + with sg.FlexForm('SHA-1 & 256 Hash') as form: + form_rows = [[sg.Text('SHA-1 and SHA-256 Hashes for the file')], + [sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + button, (source_filename,) = form.LayoutAndRead(form_rows) + +## Pattern 2 - No Context Manager + + + form = sg.FlexForm('SHA-1 & 256 Hash') + form_rows = [[sg.Text('SHA-1 and SHA-256 Hashes for the file')], + [sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + button, (source_filename,) = form.LayoutAndRead(form_rows) + + ---- + +## Pattern 3 - Short Form + + + form_rows = [[sg.Text('SHA-1 and SHA-256 Hashes for the file')], + [sg.InputText(), sg.FileBrowse()], + [sg.Submit(), sg.Cancel()]] + button, (source_filename,) = sg.FlexForm('SHA-1 & 256 Hash').LayoutAndRead(form_rows) + + + +These 3 design patterns both produce this custom form: + +![snap0134](https://user-images.githubusercontent.com/13696193/43162410-e7775466-8f58-11e8-8d6a-da4772c00dd8.jpg) + +When you're code leaves forms open or you show many forms, then it's important to use the "with" context manager so that resources are freed as quickly as possible. PySimpleGUI uses `tkinter`. `tkinter` is very picky about who releases objects and when. The `with` takes care of disposing of everything properly for you. + +The second design pattern is not context manager based. If you are struggling with an unknown error, try modifying the code to run without a context manager. To do so, you simple remove the with, stick the form on the front of that statement, and un-indent the with-block code. + +The third is the 'compact form'. It compacts down into 2 lines of code. One line is your form definition. The next is the call that shows the form and returns the values. You can use this pattern for simple, short programs where resource allocation isn't an issue. + +You will use these design patterns or code templates for all of your "normal" (blocking) types of input forms. Copy it and modify it to suit your needs. This is the quickest way to get your code up and running with PySimpleGUI. This is the most basic / normal of the design patterns. + +### How GUI Programming in Python Should Look + +GUI programming in Python is a mess. tkinter kinda sucks. Why is Python such a great teaching language and yet no GUI framework exists that lends itself to the basic building blocks of Python, the list or dictionary? + +The key to custom forms in PySimpleGUI is to view forms as ROWS of Widgets (Elements). Each row is specified as a list of these widgets. Put the rows together and you've got a form. + +Let's look at this one. + + +![snap0131](https://user-images.githubusercontent.com/13696193/43417007-df6d8408-9407-11e8-9986-30f0415f08a5.jpg) + +Let's agree the form has 4 rows. + +The first row only has **text** that reads `Rename files or folders` + +The second row has 3 elements in it. First the **text** `Source for Folders`, then an **input** field, then a **browse** button. + +Now let's look at how those 2 rows and the other two row from Python code: + + layout = [[sg.Text('Rename files or folders')], + [sg.Text('Source for Folders', size=(15, 1)), sg.InputText(), sg.FolderBrowse()], + [sg.Text('Source for Files ', size=(15, 1)), sg.InputText(), sg.FolderBrowse()], + [sg.Submit(), sg.Cancel()]] + +See how the source code mirrors the layout? You simply make lists for each row, then submit that table to PySimpleGUI to show and get values from. + +And what about those return values? Most people simply want to show a form, get the input values and do something with them. So why break up the code into button callbacks, etc, when I simply want my form's input values to be given to me. + +The same "row" concept applies to return values. The form is scanned from top to bottom, left to right. Each field that's an input field will occupy a spot in the return values. + +In our example form, there are 2 fields, so the return values from this form will be a list with 2 values in it. + + button, (folder_path, file_path) = form.LayoutAndRead(layout) + +In the statement that shows and reads the form, the two input fields are directly assigned to the caller's variables `folder_path` and `file_path`, ready to use. No parsing no callbacks. + +Isn't this what almost every Python programmer looking for a GUI wants?? Something easy to work with to get the values and move on to the rest of the program, where the real action is taking place. Why write pages of tkinter code when the same layout can be achieved with PySimpleGUI in 3 or 4 lines of code. 4 lines or 40? I chose 4. + +### The Auto-Packer + +Once you've laid out your elements into, it's the job of the Auto-Packer to place your elements into a window frame. + +The layout of custom GUIs is made trivial by the use of the Auto-Packer. GUI frameworks often use a grid system and sometimes have a "pack" function that's used to place widgets into a window. It's almost always a confusing exercise to use them. + +PySimpleGUI uses a "row by row" approach to building GUIs. When you were to sketch your GUI out on a sheet of paper and then draw horizontal lines across the page under each widget then you would have a several "rows" of widgets. + +For each row in your GUI, you will have a list of elements. In Python this list is a simple Python list. An entire GUI window is a list of rows, one after another. + +This is how your GUI is created, one row at a time, with one row stacked on top of another. This visual form of coding makes GUI creation go so much quicker. + + layout = [ [ Row 1 Elements], + [ Row 2 Elements] ] + + +### Laying out your form + +Your form is a 2 dimensional list in Python. The first dimension are rows, the second is a list of Elements for each row. The first thing you want to do is layout your form on paper. + + layout = [ [row 1], + [row 2], + [row 3] ] + +Simple enough... a list of lists. +A row is a list of Elements. For example this could be a row with a couple of elements on it. + + [ Input, Button] + +Turning back to our example. This GUI roughly looks like this: + + layout = [ [Text], + [InputText, FileBrowse] + [Submit, Cancel] ] + + Now let's put it all together into an entire program. + + +### Line by line explanation + +Going through each line of code in the above form will help explain how to use this design patter. Copy, modify and run it! + + with sg.FlexForm('SHA-1 & 256 Hash', auto_size_text=True) as form: +This creates a new form, storing it in the variable `form`. + + form_rows = [[sg.Text('SHA-1 and SHA-256 Hashes for the file')], +The next few rows of code lay out the rows of elements in the window to be displayed. The variable `form_rows` holds our entire GUI window. The first row of this form has a Text element. These simply display text on the form. + + [sg.InputText(), sg.FileBrowse()], +Now we're on the second row of the form. On this row there are 2 elements. The first is an `Input` field. It's a place the user can enter `strings`. The second element is a `File Browse Button`. A file or folder browse button will always fill in the text field to it's left unless otherwise specified. In this example, the File Browse Button will interact with the `InputText` field to its left. + + [sg.Submit(), sg.Cancel()]] + +The last line of the `form_rows` variable assignment contains a Submit and a Cancel Button. These are buttons that will cause a form to return its value to the caller. + + button, (source_filename, ) = form.LayoutAndRead(form_rows) +This is the code that **displays** the form, collects the information and returns the data collected. In this example we have a button return code and only 1 input field. The result of the form is stored directly into the variable we wish to work with. + + +## Return values + + As of version 2.8 there are 2 forms of return values, list and dictionary. + +### Return values as a list + + By default return values are a list of values, one entry for each input field. + + Return information from FlexForm, SG's primary form builder interface, is in this format: + + button, (value1, value2, ...) + +Each of the Elements that are Input Elements will have a value in the list of return values. You can unpack your GUI directly into the variables you want to use. + + button, (filename, folder1, folder2, should_overwrite) = form.LayoutAndRead(form_rows) + + Or, you can unpack the return results separately. + + button, values = form.LayoutAndRead(form_rows) + filename, folder1, folder2, should_overwrite = values + +If you have a SINGLE value being returned, it is written this way: + + button, (value1,) = form.LayoutAndRead(form_rows) + + + Another way of parsing the return values is to store the list of values into a variable representing the list of values and then index each individual value. This is not the preferred way of doing it. + + button, value_list = form.LayoutAndRead(form_rows) + value1 = value_list[0] + value2 = value_list[1] + ... + +### Return values as a dictionary + +If you wish to receive the return values as a dictionary rather than a simple list, then you'll have to one thing... + * Mark each input element you wish to be in the dictionary with the keyword `key`. + +If **any** element in the form has a `key`, then **all** of the return values are returned via a dictionary. If some elements do not have a key, then they are numbered starting at zero. + +This sample program demonstrates these 2 steps as well as how to address the return values (e.g. `values['name']`) + + + import PySimpleGUI as sg + form = sg.FlexForm('Simple data entry form') + layout = [ + [sg.Text('Please enter your Name, Address, Phone')], + [sg.Text('Name', size=(15, 1)), sg.InputText('1')], + [sg.Text('Address', size=(15, 1)), sg.InputText('2', key='address')], + [sg.Text('Phone', size=(15, 1)), sg.InputText('3', key='phone')], + [sg.Submit(), sg.Cancel()] + ] + + button, values = form.LayoutAndRead(layout) + + sg.Popup(button, values, values[0], values['address'], values['phone']) + +--- + +## All Widgets / Elements +This code utilizes as many of the elements in one form as possible. + + with sg.FlexForm('Everything bagel', auto_size_text=True, default_element_size=(40, 1)) as form: + layout = [ + [sg.Text('All graphic widgets in one form!', size=(30, 1), font=("Helvetica", 25), text_color='blue')], + [sg.Text('Here is some text.... and a place to enter text')], + [sg.InputText()], + [sg.Checkbox('My first checkbox!'), sg.Checkbox('My second checkbox!', default=True)], + [sg.Radio('My first Radio! ', "RADIO1", default=True), sg.Radio('My second Radio!', "RADIO1")], + [sg.Multiline(default_text='This is the default Text shoulsd you decide not to type anything', + scale=(2, 10))], + [sg.InputCombo(['Combobox 1', 'Combobox 2'], size=(20, 3)), + sg.Slider(range=(1, 100), orientation='h', size=(35, 20), default_value=85)], + [sg.Listbox(values=['Listbox 1', 'Listbox 2', 'Listbox 3'], size=(30, 6)), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=25), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=75), + sg.Slider(range=(1, 100), orientation='v', size=(10, 20), default_value=10)], + [sg.Text('_' * 100, size=(70, 1))], + [sg.Text('Choose Source and Destination Folders', size=(35, 1))], + [sg.Text('Source Folder', size=(15, 1), auto_size_text=False, justification='right'), sg.InputText('Source'), sg.FolderBrowse()], + [sg.Text('Destination Folder', size=(15, 1), auto_size_text=False, justification='right'), sg.InputText('Dest'), + sg.FolderBrowse()], + [sg.Submit(), sg.Cancel(), sg.SimpleButton('Customized', button_color=('white', 'green'))] + ] + + button, values = form.LayoutAndRead(layout) + +This is a somewhat complex form with quite a bit of custom sizing to make things line up well. This is code you only have to write once. When looking at the code, remember that what you're seeing is a list of lists. Each row contains a list of Graphical Elements that are used to create the form. + +![everything example](https://user-images.githubusercontent.com/13696193/43097412-0a4652aa-8e8a-11e8-8e09-939484e3c568.jpg) + +Clicking the Submit button caused the form call to return. The call to Popup resulted in this dialog box. +![results 2](https://user-images.githubusercontent.com/13696193/43097502-44e3ed32-8e8a-11e8-9a51-2b8af0b1a682.jpg) + + +**`Note, button value can be None`**. The value for `button` will be the text that is displayed on the button element when it was created. If the user closed the form using something other than a button, then `button` will be `None`. + +You can see in the Popup that the values returned are a list. Each input field in the form generates one item in the return values list. All input fields return a `string` except for Check Boxes and Radio Buttons. These return `bool`. + +--- +# Building Custom Forms + +You will find it much easier to write code using PySimpleGUI if you use an IDE such as PyCharm. The features that show you documentation about the API call you are making will help you determine which settings you want to change, if any. In PyCharm, two commands are particularly helpful. + + Control-Q (when cursor is on function name) brings up a box with the function definition + Control-P (when cursor inside function call "()") shows a list of parameters and their default values + +## Synchronous Forms +The most common use of PySimpleGUI is to display and collect information from the user. The most straightforward way to do this is using a "blocking" GUI call. Execution is "blocked" while waiting for the user to close the GUI form/dialog box. +You've already seen a number of examples above that use blocking forms. Anytime you see a context manager used (see the `with` statement) it's most likely a blocking form. You can examine the show calls to be sure. If the form is a non-blocking form, it must indicate that in the call to `form.show`. + +NON-BLOCKING form call: + + form.Show(non_blocking=True) + +### Beginning a Form +The first step is to create the form object using the desired form customization. + + with FlexForm('Everything bagel', auto_size_text=True, default_element_size=(30,1)) as form: + +This is the definition of the FlexForm object: + + def FlexForm(title, + default_element_size=(DEFAULT_ELEMENT_SIZE[0], DEFAULT_ELEMENT_SIZE[1]), + auto_size_text=None, + auto_size_buttons=None, + scale=(None, None), + location=(None, None), + button_color=None,Font=None, + progress_bar_color=(None,None), + background_color=None + is_tabbed_form=False, + border_depth=None, + auto_close=False, + auto_close_duration=DEFAULT_AUTOCLOSE_TIME, + icon=DEFAULT_WINDOW_ICON, + return_keyboard_events=False, + use_default_focus=True, + text_justification=None): + + + + + +Parameter Descriptions. You will find these same parameters specified for each `Element` and some of them in `Row` specifications. The `Element` specified value will take precedence over the `Row` and `Form` values. + + default_element_size - Size of elements in form in characters (width, height) + auto_size_text - Bool. True if elements should size themselves according to contents + auto_size_buttons - Bool. True if button elements should size themselves according to their text label + scale - Set size of element to be a multiple of the Element size + location - (x,y) Location to place window in pixels + button_color - Default color for buttons (foreground, background). Can be text or hex + progress_bar_color - Foreground and background colors for progress bars + background_color - Color of the window background + is_tabbed_form - Bool. If True then form is a tabbed form + border_depth - Amount of 'bezel' to put on input boxes, buttons, etc. + auto_close - Bool. If True form will autoclose + auto_close_duration - Duration in seconds before form closes + icon - .ICO file that will appear on the Task Bar and end of Title Bar + return_keyboard_events - if True key presses are returned as buttons + use_default_focus - if True and no focus set, then automatically set a focus + text_justification - Justification to use for Text Elements in this form + + +#### Window Location +PySimpleGUI computes the exact center of your window and centers the window on the screen. If you want to locate your window elsewhere, such as the system default of (0,0), if you have 2 ways of doing this. The first is when the form is created. Use the `location` parameter to set where the window. The second way of doing this is to use the `SetOptions` call which will set the default window location for all windows in the future. + +#### Sizes +Note several variables that deal with "size". Element sizes are measured in characters. A Text Element with a size of 20,1 has a size of 20 characters wide by 1 character tall. + +The default Element size for PySimpleGUI is `(45,1)`. + +Sizes can be set at the element level, or in this case, the size variables apply to all elements in the form. Setting `size=(20,1)` in the form creation call will set all elements in the form to that size. + +In addition to `size` there is a `scale` option. `scale` will take the Element's size and scale it up or down depending on the scale value. `scale=(1,1)` doesn't change the Element's size. `scale=(2,1)` will set the Element's size to be twice as wide as the size setting. + +There are a couple of widgets where one of the size values is in pixels rather than characters. This is true for Progress Meters and Sliders. The second parameter is the 'height' in pixels. + +#### FlexForm - form-level variables overview +A summary of the variables that can be changed when a FlexForm is created + + default_element_size - set default size for all elements in the form + auto_size_text- true/false autosizing turned on / off + scale - set scale value for all elements + button_color- default button color (foreground, background) + font - font name and size for all text items + progress_bar_color - progress bar colors + is_tabbed_form - true/false indicates form is a tabbed or normal form + border_depth - style setting for buttons, input fields + auto_close - true/false indicates if form will automatically close + auto_close_duration - how long in seconds before closing form + icon - filename for icon that's displayed on the window on taskbar + + +## Elements +"Elements" are the building blocks used to create forms. Some GUI APIs use the term "Widget" to describe these graphic elements. + + Text + Single Line Input + Buttons including these types: + File Browse + Folder Browse + Non-closing return + Close form + Realtime + Checkboxes + Radio Buttons + Listbox + Slider + Multi-line Text Input + Scroll-able Output + Progress Bar + Async/Non-Blocking Windows + Tabbed forms + Persistent Windows + Redirect Python Output/Errors to scrolling Window + "Higher level" APIs (e.g. MessageBox, YesNobox, ...) + + +### Output Elements +Building a form is simply making lists of Elements. Each list is a row in the overall GUI dialog box. The definition looks something like this: + + layout = [ [row 1 element, row 1 element], + [row 2 element, row 2 element, row 2 element] ] +The code is a crude representation of the GUI, laid out in text. + +#### Text Element + + layout = [[sg.Text('This is what a Text Element looks like')]] + + ![simple text](https://user-images.githubusercontent.com/13696193/44959877-e9d97b00-aec3-11e8-9d24-b4405ee4a148.jpg) + + +The most basic element is the Text element. It simply displays text. Many of the 'options' that can be set for a Text element are shared by other elements. Size, Scale are a couple that you will see in every element. + + Text(Text, + scale=(None, None), + size=(None, None), + auto_size_text=None, + font=None, + text_color=None, + justification=None) +. + + Text - The text that's displayed + size - Element's size + auto_size_text - Bool. Change width to match size of text + font - Font name and size to use + text_color - text color + justification - Justification for the text. String - 'left', 'right', 'center' + +Some commonly used elements have 'shorthand' versions of the functions to make the code more compact. The functions `T` and `Txt` are the same as calling `Text`. + +**Fonts** in PySimpleGUI are always in this format: + + (font_name, point_size) + +The default font setting is + + ("Helvetica", 10) + +**Color** in PySimpleGUI are in one of two format. They can be a single color or a color pair. Buttons are an example of a color pair. + + (foreground, background) + + Individual colors are specified using either the color names as defined in tkinter or an RGB string of this format: + + "#RRGGBB" + +**auto_size_text** +A `True` value for `auto_size_text`, when placed on Text Elements, indicates that the width of the Element should be shrunk do the width of the text. The default setting is True. + + - [ ] List item + + +**Shortcut functions** +The shorthand functions for `Text` are `Txt` and `T` + +#### Multiline Text Element + + layout = [[sg.Multiline('This is what a Multi-line Text Element looks like', size=(45,5))]] + +![multiline](https://user-images.githubusercontent.com/13696193/44959853-b139a180-aec3-11e8-972f-f52188510c88.jpg) + +This Element doubles as both an input and output Element. The `DefaultText` optional parameter is used to indicate what to output to the window. + + Multiline(default_text='', + enter_submits = False, + scale=(None, None), + size=(None, None), + auto_size_text=None) +. + + default_text - Text to display in the text box + enter_submits - Bool. If True, pressing Enter key submits form + scale - Element's scale + size - Element's size + auto_size_text - Bool. Change width to match size of text + +#### Output Element +Output re-routes `Stdout` to a scrolled text box. It's used with Async forms. More on this later. + + form.AddRow(gg.Output(size=(100,20))) + +![output](https://user-images.githubusercontent.com/13696193/44959863-b72f8280-aec3-11e8-8caa-7bc743149953.jpg) + + Output(scale=(None, None), + size=(None, None)) +. + + scale - How much to scale size of element + size - Size of element (width, height) in characters + +### Input Elements + These make up the majority of the form definition. Optional variables at the Element level override the Form level values (e.g. `size` is specified in the Element). All input Elements create an entry in the list of return values. A Text Input Element creates a string in the list of items returned. + +#### Text Input Element + + layout = [[sg.InputText('Default text')]] + +![inputtext 2](https://user-images.githubusercontent.com/13696193/44959861-b5fe5580-aec3-11e8-8040-53ec241b5079.jpg) + + + def InputText(default_text = '', + scale=(None, None), + size=(None, None), + auto_size_text=None, + password_char='', + background_color=None, + text_color=None, + do_not_clear=False, + key=None, + focus=False + ) +. + + default_text - Text initially shown in the input box + scale - Amount size is scaled by + size - (width, height) of element in characters + auto_size_text- Bool. True is element should be sized to fit text + password_char - Character that will be used to replace each entered character. Setting to a value indicates this field is a password entry field + background_color - color to use for the input field background + text_color - color to use for the typed text + do_not_clear - Bool. Normally forms clear when read, turn off clearing with this flag. + key = Dictionary key to use for return values + focus = Bool. True if this field should capture the focus (moves cursor to this field) + + There are two methods that can be called: + + InputText.Update(new_Value) - sets the input value + Input.Text(Get() - returns the current value of the field. + + +Shorthand functions that are equivalent to `InputText` are `Input` and `In` + + +#### Combo Element +Also known as a drop-down list. Only required parameter is the list of choices. The return value is a string matching what's visible on the GUI. + + layout = [[sg.InputCombo(['choice 1', 'choice 2'])]] + +![combobox](https://user-images.githubusercontent.com/13696193/44959860-b565bf00-aec3-11e8-82fe-dbe41252458b.jpg) + + InputCombo(values, + scale=(None, None), + size=(None, None), + auto_size_text=None, + background_color = None, + text_color = None, + key = None) +. + + values - Choices to be displayed. List of strings + scale - Amount to scale size by + size - (width, height) of element in characters + auto_size_text - Bool. True if size should fit the text length + background_color - color to use for the input field background + text_color - color to use for the typed text + key = Dictionary key to use for return values + +#### Listbox Element +The standard listbox like you'll find in most GUIs. Note that the return values from this element will be a ***list of results, not a single result***. This is because the user can select more than 1 item from the list (if you set the right mode). + + layout = [[sg.Listbox(values=['Listbox 1', 'Listbox 2', 'Listbox 3'], size=(30, 6))]] + +![listbox 2](https://user-images.githubusercontent.com/13696193/44959859-b4cd2880-aec3-11e8-881c-1e369d5c6337.jpg) + + + Listbox(values, + select_mode=None, + scale=(None, None), + size=(None, None), + auto_size_text=None, + font=None, + background_color = None, + text_color = None, + key = None) +. + + values - Choices to be displayed. List of strings + select_mode - Defines how to list is to operate. + Choices include constants or strings: + Constants version: + LISTBOX_SELECT_MODE_BROWSE + LISTBOX_SELECT_MODE_EXTENDED + LISTBOX_SELECT_MODE_MULTIPLE + LISTBOX_SELECT_MODE_SINGLE - the default + Strings version: + 'browse' + 'extended' + 'multiple' + 'single' + scale - Amount to scale size by + size - (width, height) of element in characters + auto_size_text - Bool. True if size should fit the text length + background_color - color to use for the input field background + text_color - color to use for the typed text + key = Dictionary key to use for return values + +The `select_mode` option can be a string or a constant value defined as a variable. Generally speaking strings are used for these kinds of options. + +#### Slider Element + +Sliders have a couple of slider-specific settings as well as appearance settings. Examples include the `orientation` and `range` settings. + + layout = [[sg.Slider(range=(1,500), default_value=222, size=(20,15), orientation='horizontal', font=('Helvetica', 12))]] + +![slider](https://user-images.githubusercontent.com/13696193/44959858-b4349200-aec3-11e8-9e25-c0fcf025d19e.jpg) + + Slider(range=(None,None), + default_value=None, + orientation=None, + border_width=None, + relief=None, + scale=(None, None), + size=(None, None), + font=None, + background_color = None, + text_color = None, + key = None) ): +. + + range - (min, max) slider's range + default_value - default setting (within range) + orientation - 'horizontal' or 'vertical' ('h' or 'v' work) + border_width - how deep the widget looks + relief - relief style. Values are same as progress meter relief values. Can be a constant or a string: + RELIEF_RAISED= 'raised' + RELIEF_SUNKEN= 'sunken' + RELIEF_FLAT= 'flat' + RELIEF_RIDGE= 'ridge' + RELIEF_GROOVE= 'groove' + RELIEF_SOLID = 'solid' + scale - Amount to scale size by + size - (width, height) of element in characters + auto_size_text - Bool. True if size should fit the text + background_color - color to use for the input field background + text_color - color to use for the typed text + key = Dictionary key to use for return values + +#### Radio Button Element + +Creates one radio button that is assigned to a group of radio buttons. Only 1 of the buttons in the group can be selected at any one time. + + layout = [[sg.Radio('My first Radio!', "RADIO1", default=True), sg.Radio('My second radio!', "RADIO1")]] + +![radio](https://user-images.githubusercontent.com/13696193/44959857-b4349200-aec3-11e8-8e2d-e6a49ffbd0b6.jpg) + + Radio(text, + group_id, + default=False, + scale=(None, None), + size=(None, None), + auto_size_text=None, + font=None, + background_color = None, + text_color = None, + key = None) + +. + + text - Text to display next to button + group_id - Groups together multiple Radio Buttons. Can be any value + default - Bool. Initial state + scale - Amount to scale size of element + size- (width, height) size of element in characters + auto_size_text - Bool. True if should size width to fit text + font - Font type and size for text display + background_color - color to use for the background + text_color - color to use for the text + key = Dictionary key to use for return values + + +#### Checkbox Element +Checkbox elements are like Radio Button elements. They return a bool indicating whether or not they are checked. + + layout = [[sg.Checkbox('My first Checkbox!', default=True), sg.Checkbox('My second Checkbox!')]] + + +![checkbox](https://user-images.githubusercontent.com/13696193/44959906-6f5d2b00-aec4-11e8-9c8a-962c787f0286.jpg) + + + Checkbox(text, + default=False, + scale=(None, None), + size=(None, None), + auto_size_text=None, + font=None, + background_color = None, + text_color = None, + key = None): +. + + text - Text to display next to checkbox + default- Bool + None. Initial state. True = Checked, False = unchecked, None = Not available (grayed out) + scale - Amount to scale size of element + size - (width, height) size of element in characters + auto_size_text- Bool. True if should size width to fit text + font- Font type and size for text display + background_color - color to use for the background + text_color - color to use for the typed text + key = Dictionary key to use for return values + + +#### Spin Element + +An up/down spinner control. The valid values are passed in as a list. + + layout = [[sg.Spin([i for i in range(1,11)], initial_value=1), sg.Text('Volume level')]] + +![spinner](https://user-images.githubusercontent.com/13696193/44959855-b1d23800-aec3-11e8-9f51-afb2109879da.jpg) + + Spin(values, + intiial_value=None, + scale=(None, None), + size=(None, None), + auto_size_text=None, + font=None, + background_color = None, + text_color = None, + key = None): +. + + values - List of valid values + initial_value - String with initial value + scale - Amount to scale size of element + size - (width, height) size of element in characters + auto_size_text - Bool. True if should size width to fit text + font - Font type and size for text display + background_color - color to use for the background + text_color - color to use for the typed text + key = Dictionary key to use for return values + +#### Button Element + +Buttons are the most important element of all! They cause the majority of the action to happen. After all, it's a button press that will get you out of a form, whether it but Submit or Cancel, one way or another a button is involved in all forms. The only exception is to this is when the user closes the window using the "X" in the upper corner which means no button was involved. + +The Types of buttons include: +* Folder Browse +* File Browse +* Close Form +* Read Form +* Realtime + + + Close Form - Normal buttons like Submit, Cancel, Yes, No, etc, are "Close Form" buttons. They cause the input values to be read and then the form is closed, returning the values to the caller. + +Folder Browse - When clicked a folder browse dialog box is opened. The results of the Folder Browse dialog box are written into one of the input fields of the form. + +File Browse - Same as the Folder Browse except rather than choosing a folder, a single file is chosen. + +Read Form - This is an async form button that will read a snapshot of all of the input fields, but does not close the form after it's clicked. + +Realtime - This is another async form button. Normal button clicks occur after a button's click is released. Realtime buttons report a click the entire time the button is held down. + +While it's possible to build forms using the Button Element directly, you should never need to do that. There are pre-made buttons and shortcuts that will make life much easier. The most basic Button element call to use is `SimpleButton` + + SimpleButton(text, + image_filename=None, + image_size=(None, None), + image_subsample=None, + border_width=None, + bind_return_key=False, + scale=(None, None), + size=(None, None), + auto_size_button=None, + button_color=None, + font=None, + focus=False) + +These Pre-made buttons are some of the most important elements of all because they are used so much. If you find yourself needing to create a custom button often because it's not on this list, please post a request on GitHub. (hmmm Save already comes to mind). They include: + + OK + Ok + Submit + Cancel + Yes + No + Exit + Quit + Save + SaveAs + FileBrowse + FileSaveAs + FolderBrowse +. + layout = [[sg.OK(), sg.Cancel()]] + +![ok cancel 3](https://user-images.githubusercontent.com/13696193/44959927-aa5f5e80-aec4-11e8-86e1-5dc0b3a2b803.jpg) + + +The FileBrowse, FolderBrowse, FileSaveAs buttons all fill-in values into a text input field somewhere on the form. The location of the TextInput element is specified by the `Target` variable in the function call. The Target is specified using a grid system. The rows in your GUI are numbered starting with 0. The target can be specified as a hard coded grid item or it can be relative to the button. + +The default value for `Target` is `(ThisRow, -1)`. ThisRow is a special value that tells the GUI to use the same row as the button. The Y-value of -1 means the field one value to the left of the button. For a File or Folder Browse button, the field that it fills are generally to the left of the button is most cases. + +Let's examine this form as an example: + + +![file browse](https://user-images.githubusercontent.com/13696193/44959944-d1b62b80-aec4-11e8-8a68-9d79d37b2c81.jpg) + + +The `InputText` element is located at (1,0)... row 1, column 0. The `Browse` button is located at position (2,0). The Target for the button could be any of these values: + + Target = (1,0) + Target = (-1,0) + +The code for the entire form could be: + + layout = [[sg.T('Source Folder')], + [sg.In()], + [sg.FolderBrowse(target=(-1, 0)), sg.OK()]] + + +**Custom Buttons** +Not all buttons are created equal. A button that closes a form is different that a button that returns from the form without closing it. If you want to define your own button, you will generally do this with the Button Element `SimpleButton`, which closes the form when clicked. + +layout = [[sg.SimpleButton('My Button')]] + +![button](https://user-images.githubusercontent.com/13696193/44959862-b696ec00-aec3-11e8-9e88-4b9af0338a03.jpg) + +All buttons can have their text changed by changing the `button_text` variable in the button call. It is this text that is returned when a form is read. This text will be what tells you which button is called so make it unique. Most of the convenience buttons (Submit, Cancel, Yes, etc) are all SimpleButtons. Some that are not are `FileBrowse` , `FolderBrowse`, `FileSaveAs`. They clearly do not close the form. Instead they bring up a file or folder browser dialog box. + +**Button Images** +Now this is an exciting feature not found in many simplified packages.... images on buttons! You can make a pretty spiffy user interface with the help of a few button images. + +Your button images need to be in PNG or GIF format. When you make a button with an image, set the button background to the same color as the background. There's a button color TRANSPARENT_BUTTON that you can set your button color to in order for it to blend into the background. Note that this value is currently the same as the color as the default system background on Windows. + +This example comes from the `Demo Media Player.py` example program. Because it's a non-blocking button, it's defined as `ReadFormButton`. You also put images on blocking buttons by using `SimpleButton`. + + + sg.ReadFormButton('Restart Song', button_color=sg.TRANSPARENT_BUTTON, + image_filename=image_restart, image_size=(50, 50), image_subsample=2, border_width=0) + +Three parameters are used for button images. + + image_filename - Filename. Can be a relative path + image_size - Size of image file in pixels + image_subsample - Amount to divide the size by. 2 means your image will be 1/2 the size. 3 means 1/3 + +Here's an example form made with button images. + +![media file player](https://user-images.githubusercontent.com/13696193/43161977-9ee7cace-8f57-11e8-8ff8-3ea24b69dab9.jpg) + +You'll find the source code in the file Demo Media Player. Here is what the button calls look like to create media player form + + sg.ReadFormButton('Pause', button_color=sg.TRANSPARENT_BUTTON, + image_filename=image_pause, image_size=(50, 50), image_subsample=2, border_width=0) + +This is one you'll have to experiment with at this point. Not up for an exhaustive explanation. + + **Realtime Buttons** + + Normally buttons are considered "clicked" when the mouse button is let UP after a downward click on the button. What about times when you need to read the raw up/down button values. A classic example for this is a robotic remote control. Building a remote control using a GUI is easy enough. One button for each of the directions is a start. Perhaps something like this: + +![robot remote](https://user-images.githubusercontent.com/13696193/44959958-ff9b7000-aec4-11e8-99ea-7450926409be.jpg) + + +This form has 2 button types. There's the normal "Simple Button" (Quit) and 4 "Realtime Buttons". + +Here is the code to make, show and get results from this form: + + form = sg.FlexForm('Robotics Remote Control', auto_size_text=True) + + form_rows = [[sg.Text('Robotics Remote Control')], + [sg.T(' '*10), sg.RealtimeButton('Forward')], + [ sg.RealtimeButton('Left'), sg.T(' '*15), sg.RealtimeButton('Right')], + [sg.T(' '*10), sg.RealtimeButton('Reverse')], + [sg.T('')], + [sg.Quit(button_color=('black', 'orange'))] + ] + + form.LayoutAndRead(form_rows, non_blocking=True) + +Somewhere later in your code will be your main event loop. This is where you do your polling of devices, do input/output, etc. It's here that you will read your form's buttons. + + while (True): + # This is the code that reads and updates your window + button, values = form.ReadNonBlocking() + if button is not None: + sg.Print(button) + if button == 'Quit' or values is None: + break + time.sleep(.01) + +This loop will read button values and print them. When one of the Realtime buttons is clicked, the call to `form.ReadNonBlocking` will return a button name matching the name on the button that was depressed. It will continue to return values as long as the button remains depressed. Once released, the ReadNonBlocking will return None for buttons until a button is again clicked. + +**File Types** +The `FileBrowse` & `SaveAs` buttons have an additional setting named `file_types`. This variable is used to filter the files shown in the file dialog box. The default value for this setting is + + FileTypes=(("ALL Files", "*.*"),) + +This code produces a form where the Browse button only shows files of type .TXT + + layout = [[sg.In() ,sg.FileBrowse(file_types=(("Text Files", "*.txt"),))]] + + ***The ENTER key*** + The ENTER key is an important part of data entry for forms. There's a long tradition of the enter key being used to quickly submit forms. PySimpleGUI implements this by tying the ENTER key to the first button that closes or reads a form. + +The Enter Key can be "bound" to a particular button so that when the key is pressed, it causes the form to return as if the button was clicked. This is done using the `bind_return_key` parameter in the button calls. +If there are more than 1 button on a form, the FIRST button that is of type Close Form or Read Form is used. First is determined by scanning the form, top to bottom and left to right. + + --- +#### ProgressBar +The `ProgressBar` element is used to build custom Progress Bar forms. It is HIGHLY recommended that you use the functions that provide a complete progress meter solution for you. Progress Meters are not easy to work with because the forms have to be non-blocking and they are tricky to debug. + +The **easiest** way to get progress meters into your code is to use the `EasyProgessMeter` API. This consists of a pair of functions, `EasyProgessMeter` and `EasyProgressMeterCancel`. You can easily cancel any progress meter by calling it with the current value = max value. This will mark the meter as expired and close the window. +You've already seen EasyProgressMeter calls presented earlier in this readme. + + sg.EasyProgressMeter('My Meter', i+1, 1000, 'Optional message') + +The return value for `EasyProgressMeter` is: +`True` if meter updated correctly +`False` if user clicked the Cancel button, closed the form, or vale reached the max value. +**Customized Progress Bar** +If you want a bit more customization of your meter, then you can go up 1 level and use the calls to `ProgressMeter` and `ProgressMeterUpdate`. These APIs behave like an object we're all used to. First you create the `ProgressMeter` object, then you call the `Update` method to update it. + +You setup the progress meter by calling + + my_meter = ProgressMeter(title, + max_value, + *args, + orientantion=None, + bar_color=DEFAULT_PROGRESS_BAR_COLOR, + button_color=None, + size=DEFAULT_PROGRESS_BAR_SIZE, + scale=(None, None), + border_width=DEFAULT_PROGRESS_BAR_BORDER_WIDTH) +Then to update the bar within your loop + + return_code = ProgressMeterUpdate(my_meter, + value, + *args): +Putting it all together you get this design pattern + + my_meter = sg.ProgressMeter('Meter Title', 100000, orentation='Vert') + + for i in range(0, 100000): + sg.ProgressMeterUpdate(my_meter, i+1, 'Some variable', 'Another variable') + + +The final way of using a Progress Meter with PySimpleGUI is to build a custom form with a `ProgressBar` Element in the form. You will need to run your form as a non-blocking form. When you are ready to update your progress bar, you call the `UpdateBar` method for the `ProgressBar` element itself. + + +#### Output +The Output Element is a re-direction of Stdout. Anything "printed" will be displayed in this element. + + Output(scale=(None, None), + size=(None, None)) + +Here's a complete solution for a chat-window using an Async form with an Output Element + + import PySimpleGUI as sg + # Blocking form that doesn't close + def ChatBot(): + with sg.FlexForm('Chat Window', auto_size_text=True, default_element_size=(30, 2)) as form: + layout = [[(sg.Text('This is where standard out is being routed', size=[40, 1]))], + [sg.Output(size=(80, 20))], + [sg.Multiline(size=(70, 5), enter_submits=True), sg.ReadFormButton('SEND', button_color=(sg.YELLOWS[0], sg.BLUES[0])), sg.SimpleButton('EXIT', button_color=(sg.YELLOWS[0], sg.GREENS[0]))]] + # notice this is NOT the usual LayoutAndRead call because you don't yet want to read the form + # if you call LayoutAndRead from here, then you will miss the first button click + form.Layout(layout) + # ---===--- Loop taking in user input and using it to query HowDoI web oracle --- # + while True: + button, value = form.Read() + if button == 'SEND': + print(value) + else: + break +------------------- +## Columns +Starting in version 2.9 you'll be able to do more complex layouts by using the Column Element. Think of a Column as a form within a form. And, yes, you can have a Column within a Column if you want. + +Columns are specified in exactly the same way as a form is, as a list of lists. + +Columns are needed when you have an element that has a height > 1 line on the left, with single-line elements on the right. Here's an example of this kind of layout: + + +![column](https://user-images.githubusercontent.com/13696193/44959988-66b92480-aec5-11e8-9c26-316ed24a68c0.jpg) + + +This code produced the above window. + + + import PySimpleGUI as sg + + # Demo of how columns work + # Form has on row 1 a vertical slider followed by a COLUMN with 7 rows + # Prior to the Column element, this layout was not possible + # Columns layouts look identical to form layouts, they are a list of lists of elements. + + form = sg.FlexForm('Columns') # blank form + + # Column layout + col = [[sg.Text('col Row 1')], + [sg.Text('col Row 2'), sg.Input('col input 1')], + [sg.Text('col Row 3'), sg.Input('col input 2')], + [sg.Text('col Row 4'), sg.Input('col input 3')], + [sg.Text('col Row 5'), sg.Input('col input 4')], + [sg.Text('col Row 6'), sg.Input('col input 5')], + [sg.Text('col Row 7'), sg.Input('col input 6')]] + + layout = [[sg.Slider(range=(1,100), default_value=10, orientation='v', size=(8,20)), sg.Column(col)], + [sg.In('Last input')], + [sg.OK()]] + + # Display the form and get values + # If you're willing to not use the "context manager" design pattern, then it's possible + # to collapse the form display and read down to a single line of code. + button, values = sg.FlexForm('Compact 1-line form with column').LayoutAndRead(layout) + + sg.Popup(button, values, line_width=200) + +The Column Element has 1 required parameter and 1 optional (the layout and the background color). Setting the background color has the same effect as setting the form's background color, except it only affects the column rectangle. + + Column(layout, background_color=None) + +The default background color for Columns is the same as the default window background color. If you change the look and feel of the form, the column background will match the form background automatically. + +## Tabbed Forms +Tabbed forms are shown using the `ShowTabbedForm` call. The call has the format + + results = ShowTabbedForm('Title for the form', + (form,layout,'Tab 1 label'), + (form2,layout2, 'Tab 2 label'), ...) + +Each of the tabs of the form is in fact a form. The same steps are taken to create the form as before. A `FlexForm` is created, then rows are filled with Elements, and finally the form is shown. When calling `ShowTabbedForm`, each form is passed in as a tuple. The tuple has the format: `(the form, the rows, a string shown on the tab)` + +Results are returned as a list of lists. For each form you'll get a list that's in the same format as a normal form. A single tab's values would be: + + (button, (values)) + +Recall that values is a list as well. Multiple tabs in the form would return like this: + + ((button1, (values1)), (button2, (values2)) + + ## Colors ## +Starting in version 2.5 you can change the background colors for the window and the Elements. + +Your forms can go from this: + +![snap0155](https://user-images.githubusercontent.com/13696193/43273879-a9fdc10a-90cb-11e8-8c20-4f6a244ebe2f.jpg) + + +to this... with one function call... + + +![snap0156](https://user-images.githubusercontent.com/13696193/43273880-aa1955e6-90cb-11e8-94b6-673ecdb2698c.jpg) + + + +While you can do it on an element by element or form level basis, the easiest way, by far, is a call to `SetOptions`. + +Be aware that once you change these options they are changed for the rest of your program's execution. All of your forms will have that look and feel, until you change it to something else (which could be the system default colors. + +This call sets all of the different color options. + + SetOptions(background_color='#9FB8AD', + text_element_background_color='#9FB8AD', + element_background_color='#9FB8AD', + scrollbar_color=None, + input_elements_background_color='#F7F3EC', + progress_meter_color = ('green', 'blue') + button_color=('white','#475841')) + + + +## Global Settings +**Global Settings** +Let's have some fun customizing! Make PySimpleGUI look the way you want it to look. You can set the global settings using the function `PySimpleGUI.SetOptions`. Each option has an optional parameter that's used to set it. + + SetOptions(icon=None + button_color=(None,None) + element_size=(None,None), + margins=(None,None), + element_padding=(None,None) + auto_size_text=None + auto_size_buttons=None + font=None + border_width=None + slider_border_width=None + slider_relief=None + slider_orientation=None + autoclose_time=None + message_box_line_width=None + progress_meter_border_depth=None + progress_meter_style=None + progress_meter_relief=None + progress_meter_color=None + progress_meter_size=None + text_justification=None + text_color=None + background_color=None + element_background_color=None + text_element_background_color=None + input_elements_background_color=None + element_text_color=None + input_text_color=None + scrollbar_color=None, text_color=None + debug_win_size=(None,None) + window_location=(None,None) + +Explanation of parameters + + icon - filename of icon used for taskbar and title bar + button_color - button color (foreground, background) + element_size - element size (width, height) in characters + margins - tkinter margins around outsize + element_padding - tkinter padding around each element + auto_size_text - autosize the elements to fit their text + auto_size_buttons - autosize the buttons to fit their text + font - font used for elements + border_width - amount of bezel or border around sunken or raised elements + slider_border_width - changes the way sliders look + slider_relief - changes the way sliders look + slider_orientation - changes orientation of slider + autoclose_time - time in seconds for autoclose boxes + message_box_line_width - number of characers in a line of text in message boxes + progress_meter_border_depth - amount of border around raised or lowered progress meters + progress_meter_style - style of progress meter as defined by tkinter + progress_meter_relief - relief style + progress_meter_color - color of the bar and background of progress meters + progress_meter_size - size in (characters, pixels) + background_color - Color of the main window's background + element_background_color - Background color of the elements + text_element_background_color - Text element background color + input_elements_background_color - Input fields background color + element_text_color - Text color of elements that have text, like Radio Buttons + input_text_color - Color of the text that you type in + scrollbar_color - Color for scrollbars (may not always work) + text_color - Text element default text color + text_justification - justification to use on Text Elements. Values are strings - 'left', 'right', 'center' + debug_win_size - size of the Print output window + window_location - location on the screen (x,y) of window's top left cornder + + +These settings apply to all forms `SetOptions`. The Row options and Element options will take precedence over these settings. Settings can be thought of as levels of settings with the Form-level being the highest and the Element-level the lowest. Thus the levels are: + + - Form level + - Row level + - Element level + +Each lower level overrides the settings of the higher level. Once settings have been changed, they remain changed for the duration of the program (unless changed again). + +## Persistent Forms (Window stays open after button click) + +There are 2 ways to keep a window open after the user has clicked a button. One way is to use non-blocking forms (see the next section). The other way is to use buttons that 'read' the form instead of 'close' the form when clicked. The typical buttons you find in forms, including the shortcut buttons, close the form. These include OK, Cancel, Submit, etc. The SimpleButton Element also closes the form. + +The `ReadFormButton` Element creates a button that when clicked will return control to the user, but will leave the form open and visible. This button is also used in Non-Blocking forms. The difference is in which call is made to read the form. The `Read` call will block, the `ReadNonBlocking` will not block. + + + +## Asynchronous (Non-Blocking) Forms +So you want to be a wizard do ya? Well go boldly! While the majority of GUIs are a simple exercise to "collect input values and return with them", there are instances where we want to continue executing while the form is open. These are "asynchronous" forms and require special options, new SDK calls, and **great care**. With asynchronous forms the form is shown, user input is read, but your code keeps right on chugging. YOUR responsibility is to call `PySimpleGUI.ReadNonBlocking` on a periodic basis. Once a second or more will produce a reasonably snappy GUI. + +When do you use a non-blocking form? A couple of examples are +* A media file player like an MP3 player +* A status dashboard that's periodically updated +* Progress Meters - when you want to make your own progress meters +* Output using print to a scrolled text element. Good for debugging. + +Word of warning... starting with version 2.2 there is a change in the return values from the`ReadNonBlocking` call. Previously the function returned 2 values, except when the form is closed using the "X" which returned a single value of `None`. The *new* way is that `ReadNonBlocking` always returns 2 values. If the user closed the form with the "X" then the return values will be None, None. You will want to key off the second value to catch this case. +The proper code to check if the user has exited the form will be a polling-loop that looks something like this: + + while True: + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': + break + +We're going to build an app that does the latter. It's going to update our form with a running clock. + +The basic flow and functions you will be calling are: +Setup + + + + form = FlexForm() + form_rows = ..... + form.LayoutAndRead(form_rows, non_blocking=True) + + + +Periodic refresh + + form.ReadNonBlocking() +If you need to close the form + + form.CloseNonBlockingForm() + +Rather than the usual `form.LayoutAndRead()` call, we're manually adding the rows (doing the layout) and then showing the form. After the form is shown, you simply call `form.ReadNonBlocking()` every now and then. + +When you are ready to close the form (assuming the form wasn't closed by the user or a button click) you simply call `form.CloseNonBlockingForm()` + +**Example - Running timer that updates** +See the sample code on the GitHub named Demo Media Player for another example of Async Forms. We're going to make a form and update one of the elements of that form every .01 seconds. Here's the entire code to do that. + + + import PySimpleGUI as sg + import time + + # form that doesn't block + # Make a form, but don't use context manager + form = sg.FlexForm('Running Timer', auto_size_text=True) + # Create a text element that will be updated with status information on the GUI itself + output_element = sg.Text('', size=(8, 2), font=('Helvetica', 20)) + # Create the rows + form_rows = [[sg.Text('Non-blocking GUI with updates')], + [output_element], + [sg.SimpleButton('Quit')]] + # Layout the rows of the form and perform a read. Indicate the form is non-blocking! + form.LayoutAndRead(form_rows, non_blocking=True) + + # + # Some place later in your code... + # You need to perform a ReadNonBlocking on your form every now and then or + # else it won't refresh + # + + for i in range(1, 1000): + output_element.Update('{:02d}:{:02d}.{:02d}'.format(*divmod(int(i / 100), 60), i % 100)) + button, values = form.ReadNonBlocking() + if values is None or button == 'Quit': + break + time.sleep(.01) + else: + form.CloseNonBlockingForm() + + + +What we have here is the same sequence of function calls as in the description. Get a form, add rows to it, show the form, and then refresh it every now and then. + +The new thing in this example is the call use of the Update method for the Text Element. The first thing we do inside the loop is "update" the text element that we made earlier. This changes the value of the text field on the form. The new value will be displayed when `form.ReadNonBlocking()` is called. + +Note the `else` statement on the for loop. This is needed because we're about to exit the loop while the form is still open. The user has not closed the form using the X nor a button so it's up to the caller to close the form using `CloseNonBlockingForm`. + +That's it... this example follows the async design pattern well. + +## Keyboard & Mouse Capture +Beginning in version 2.10 you can capture keyboard key presses and mouse scroll-wheel events. Keyboard keys can be used, for example, to detect the page-up and page-down keys for a PDF viewer. To use this feature, there's a boolean setting in the FlexForm call return_keyboard_events that is set to True in order to get keys returned along with buttons. + +Keys and scroll-wheel events are returned in exactly the same way as buttons. + +For scroll-wheel events, if the mouse is scrolled up, then the `button` text will be `MouseWheel:Up`. For downward scrolling, the text returned is `MouseWheel:Down` + +Keyboard keys return 2 types of key events. For "normal" keys (a,b,c, etc), a single character is returned that represents that key. Modifier and special keys are returned as a string with 2 parts: + + Key Sym:Key Code + +Key Sym is a string such as 'Control_L'. The Key Code is a numeric representation of that key. The left control key, when pressed will return the value 'Control_L:17' + + import PySimpleGUI as sg + + # Recipe for getting keys, one at a time as they are released + # If want to use the space bar, then be sure and disable the "default focus" + + with sg.FlexForm("Keyboard Test", return_keyboard_events=True, use_default_focus=False) as form: + text_elem = sg.Text("", size=(18,1)) + layout = [[sg.Text("Press a key or scroll mouse")], + [text_elem], + [sg.SimpleButton("OK")]] + + form.Layout(layout) + # ---===--- Loop taking in user input --- # + while True: + button, value = form.ReadNonBlocking() + + if button == "OK" or (button is None and value is None): + print(button, "exiting") + break + if button is not None: + text_elem.Update(button) + +You want to turn off the default focus so that there no buttons that will be selected should you press the spacebar. + +### Realtime Keyboard Capture +Use realtime keyboard capture by calling + + import PySimpleGUI as sg + + with sg.FlexForm("Realtime Keyboard Test", return_keyboard_events=True, use_default_focus=False) as form: + layout = [[sg.Text("Hold down a key")], + [sg.SimpleButton("OK")]] + + form.Layout(layout) + + while True: + button, value = form.ReadNonBlocking() + + if button == "OK": + print(button, value, "exiting") + break + if button is not None: + print(button) + elif value is None: + break + + + +## Sample Applications + +Use the example programs as a starting basis for your GUI. Copy, paste, modify and run! The demo files are: + + | Source File| Description | +|--|--| +|**Demo_All_Widgets.py**| Nearly all of the Elements shown in a single form +|**Demo_Canvas.py** | Form with a Canvas Element that is updated outside of the form +|**Demo_Chat.py** | A chat window with scrollable history +|**Demo_Chatterbot.py** | Front-end to Chatterbot Machine Learning project +|**Demo_Color.py** | How to interact with color using RGB hex values and named colors +|**Demo_Columns.py** | Using the Column Element to create more complex forms +|**Demo_Compare_Files.py** | Using a simple GUI front-end to create a compare 2-files utility +|**Demo_Cookbook_Browser.py** | Source code browser for all Recipes in Cookbook +|**Demo_Dictionary.py** | Specifying and using return values in dictionary format +|**Demo_DisplayHash1and256.py** | Using high level API and custom form to implement a simple display hash code utility +|**Demo_DuplicateFileFinder.py** | High level API used to get a folder that is used by utility that finds duplicate files. Uses progress meter to show progress. 2 lines of code required to add GUI and meter +|**Demo_Func_Callback_Simulator.py** | For the Raspberry Pi crowd. Event loop that simulates traditional GUI callback functions should you already have an architecture that uses them +|**Demo_GoodColors.py** | Using some of the pre-defined PySimpleGUI individual colors +|**Demo_HowDoI.py** | This is a utility to be experienced! It will change how you code +|**Demo_Keyboard.py** | Using blocking keyboard events +|**Demo_Keyboard_Realtime.py** | Using non-blocking / realtime keyboard events +|**Demo_Machine_Learning.py** | A sample Machine Learning front end +|**Demo_Matplotlib.py** | Integrating with Matplotlib to create a single graph +|**Demo_Matplotlib_Animated.py** | Animated Matplotlib line graph +|**Demo_Matplotlib_Animated_Scatter.py** | Animated Matplotlib scatter graph +|**Demo_Matplotlib_Browser.py** | Browse Matplotlib gallery +|**Demo_Media_Player.py** | Non-blocking form with a media player layout. Demonstrates button graphics, Update method +|**Demo_MIDI_Player.py** | GUI wrapper for Mido MIDI package. Functional MIDI player that controls attached MIDI devices +|**Demo_NonBlocking_Form.py** | a basic async form +|**Demo_PDF_Viewer.py** | Submitted by a user! Previews PDF documents. Uses keyboard input & mouse scrollwheel to navigate +|**Demo_Pi_Robotics.py** | Simulated robot control using realtime buttons +|**Demo_PNG_Vierwer.py** | Uses Image Element to display PNG files +|**Demo_Recipes.py** | A collection of various Recipes. Note these are not the same as the Recipes in the Recipe Cookbook +|**Demo_Script_Launcher.py** | Demonstrates one way of adding a front-end onto several command line scripts +|**Demo_Script_Parameters.py** | Add a 1-line GUI to the front of your previously command-line only scripts +|**Demo_Tabbed_Form.py** | Using the Tab feature + +## Packages Used In Demos + + + While the core PySimpleGUI code does not utilize any 3rd party packages, some of the demos do. They add a GUI to a few popular packages. These packages include: + * [Chatterbot](https://github.com/gunthercox/ChatterBot) + * [Mido](https://github.com/olemb/mido) + * [Matplotlib](https://matplotlib.org/) + * [PyMuPDF](https://github.com/rk700/PyMuPDF) + +## Fun Stuff +Here are some things to try if you're bored or want to further customize + +**Debug Output** +Be sure and check out the EasyPrint (Print) function described in the high-level API section. Leave your code the way it is, route your stdout and stderror to a scrolling window. + +For a fun time, add these lines to the top of your script + + import PySimpleGUI as sg + print = sg.Print + +This will turn all of your print statements into prints that display in a window on your screen rather than to the terminal. + +**Look and Feel** +Dial in the look and feel that you like with the `SetOptions` function. You can change all of the defaults in one function call. One line of code to customize the entire GUI. +Or beginning in version 2.9 you can choose from a look and feel using pre-defined color schemes. Call ChangeLookAndFeel with a description string. + + sg.ChangeLookAndFeel('GreenTan') + +Valid values for the description string are: + + GreenTan + LightGreen + BluePurple + Purple + BlueMono + GreenMono + BrownBlue + BrightColors + NeutralBlue + Kayak + SandyBeach + TealMono + +To see the latest list of color choices, take a look at the bottom of the `PySimpleGUI.py` file where you'll find the `ChangLookAndFeel` function. + +You can also combine the `ChangeLookAndFeel` function with the `SetOptions` function to quickly modify one of the canned color schemes. Maybe you like the colors but was more depth to your bezels. You can dial in exactly what you want. + +**ObjToString** +Ever wanted to easily display an objects contents easily? Use ObjToString to get a nicely formatted recursive walk of your objects. +This statement: + + print(sg.ObjToSting(x)) + +And this was the output + + + abc = abc + attr12 = 12 + c = + b = + a = + attr1 = 1 + attr2 = 2 + attr3 = three + attr10 = 10 + attrx = x + +You'll quickly wonder how you ever coded without it. + +--- +# Known Issues +While not an "issue" this is a ***stern warning*** + +## **Do not attempt** to call `PySimpleGUI` from multiple threads! It's `tkinter` based and `tkinter` has issues with multiple threads + +**Progress Meters** - the visual graphic portion of the meter may be off. May return to the native tkinter progress meter solution in the future. Right now a "custom" progress meter is used. On the bright side, the statistics shown are extremely accurate and can tell you something about the performance of your code. + +**Async Forms** - these include the 'easy' forms (EasyProgressMeter and EasyPrint/Print). If you start overlapping having Async forms open with normal forms then things get a littler squirrelly. Still tracking down the issues and am making it more solid every day possible. You'll know there's an issue when you see blank form. + +**EasyPrint** - EasyPrint is a new feature that's pretty awesome. You print and the output goes to a window, with a scroll bar, that you can copy and paste from. Being a new feature, it's got some potential problems. There are known interaction problems with other GUI windows. For example, closing a Print window can also close other windows you have open. For now, don't close your debug print window until other windows are closed too. + +## Contributing + +A MikeTheWatchGuy production... entirely responsible for this code.... unless it causes you trouble in which case I'm not at all responsible. + +## Versions +|Version | Description | +|--|--| +| 1.0.9 | July 10, 2018 - Initial Release | +| 1.0.21 | July 13, 2018 - Readme updates | +| 2.0.0 | July 16, 2018 - ALL optional parameters renamed from CamelCase to all_lower_case +| 2.1.1 | July 18, 2018 - Global settings exposed, fixes +| 2.2.0| July 20, 2018 - Image Elements, Print output +| 2.3.0 | July 23, 2018 - Changed form.Read return codes, Slider Elements, Listbox element. Renamed some methods but left legacy calls in place for now. +| 2.4.0 | July 24, 2018 - Button images. Fixes so can run on Raspberry Pi +| 2.5.0 | July 26, 2018 - Colors. Listbox scrollbar. tkinter Progress Bar instead of homegrown. +| 2.6.0 | July 27, 2018 - auto_size_button setting. License changed to LGPL 3+ +| 2.7.0 | July 30, 2018 - realtime buttons, window_location default setting +| 2.8.0 | Aug 9, 2018 - New None default option for Checkbox element, text color option for all elements, return values as a dictionary, setting focus, binding return key +| 2.9.0 | Aug 16,2018 - Screen flash fix, `do_not_clear` input field option, `autosize_text` defaults to `True` now, return values as ordered dict, removed text target from progress bar, rework of return values and initial return values, removed legacy Form.Refresh() method (replaced by Form.ReadNonBlockingForm()), COLUMN elements!!, colored text defaults +| 2.10.0 | Aug 25, 2018 - Keyboard & Mouse features (Return individual keys as if buttons, return mouse scroll-wheel as button, bind return-key to button, control over keyboard focus), SaveAs Button, Update & Get methods for InputText, Update for Listbox, Update & Get for Checkbox, Get for Multiline, Color options for Text Element Update, Progess bar Update can change max value, Update for Button to change text & colors, Update for Image Element, Update for Slider, Form level text justification, Turn off default focus, scroll bar for Listboxes, Images can be from filename or from in-RAM, Update for Image). Fixes - text wrapping in buttons, msg box, removed slider borders entirely and others +| 2.11.0 | Aug 29, 2018 - Lots of little changes that are needed for the demo programs to work. Buttons have their own default element size, fix for Mac default button color, padding support for all elements, option to immediately return if list box gets selected, FilesBrowse button, Canvas Element, Frame Element, Slider resolution option, Form.Refresh method, better text wrapping, 'SystemDefault' look and feel setting, + +### Release Notes +2.3 - Sliders, Listbox's and Image elements (oh my!) + +If using Progress Meters, avoid cancelling them when you have another window open. It could lead to future windows being blank. It's being worked on. + +New debug printing capability. `sg.Print` + +2.5 Discovered issue with scroll bar on `Output` elements. The bar will match size of ROW not the size of the element. Normally you never notice this due to where on a form the `Output` element goes. + +Listboxes are still without scrollwheels. The mouse can drag to see more items. The mouse scrollwheel will also scroll the list and will `page up` and `page down` keys. + +2.7 Is the "feature complete" release. Pretty much all features are done and in the code + +2.8 More text color controls. The caller has more control over things like the focus and what buttons should be clicked when enter key is pressed. Return values as a dictionary! (NICE addition) + +2.9 COLUMNS! This is the biggest feature and had the biggest impact on the code base. It was a difficult feature to add, but it was worth it. Can now make even more layouts. Almost any layout is possible with this addition. + + +### Upcoming +Make suggestions people! Future release features + +Port to other graphic engines. Hook up the front-end interface to a backend other than tkinter. Qt, WxPython, etc. + + + +## Code Condition + + Make it run + Make it right + Make it fast + +It's a recipe for success if done right. PySimpleGUI has completed the "Make it run" phase. It's far from "right" in many ways. These are being worked on. The module is particularly poor for PEP 8 compliance. It was a learning exercise that turned into a somewhat complete GUI solution for lightweight problems. + +While the internals to PySimpleGUI are a tad sketchy, the public interfaces into the SDK are more strictly defined and comply with PEP 8 for the most part. + +Please log bugs and suggestions in the GitHub! It will only make the code stronger and better in the end, a good thing for us all, right? + +## Design + +A moment about the design-spirit of `PySimpleGUI`. From the beginning, this package was meant to take advantage of Python's capabilities with the goal of programming ease. + +**Single File** +While not the best programming practice, the implementation resulted in a single file solution. Only one file is needed, PySimpleGUI.py. You can post this file, email it, and easily import it using one statement. + +**Functions as objects** +In Python, functions behave just like object. When you're placing a Text Element into your form, you may be sometimes calling a function and other times declaring an object. If you use the word Text, then you're getting an object. If you're using `Txt`, then you're calling a function that returns a `Text` object. + +**Lists** +It seemed quite natural to use Python's powerful list constructs when possible. The form is specified as a series of lists. Each "row" of the GUI is represented as a list of Elements. When the form read returns the results to the user, all of the results are presented as a single list. This makes reading a form's values super-simple to do in a single line of Python code. + +**Dictionaries** +Want to view your form's results as a dictionary instead of a list... no problem, just use the `key` keyword on your elements. For complex forms with a lot of values that need to be changed frequently, this is by far the best way of consuming the results. + + +## Authors +MikeTheWatchGuy + +## License + +GNU Lesser General Public License (LGPL 3) + + +## Acknowledgments + +* Jorj McKie was the motivator behind the entire project. His wxsimpleGUI concepts sparked PySimpleGUI into existence +* [Fredrik Lundh](https://wiki.python.org/moin/FredrikLundh) for his work on `tkinter` +* [Ruud van der Ham](https://forum.pythonistacafe.com/u/Ruud) for all the help he's provided as a Python-mentor. Quite a few tricky bits of logic was supplied by Ruud. The dual-purpose return values scheme is Ruud's for example + + +## How Do I +Finally, I must thank the fine folks at How Do I. +https://github.com/gleitz/howdoi +Their utility has forever changed the way and pace in which I can program. I urge you to try the HowDoI.py application here on GitHub. Trust me, **it's going to be worth the effort!** +Here are the steps to run that application + + Install howdoi: + pip install howdoi + Test your install: + python -m howdoi howdoi.py + To run it: + Python HowDoI.py + +The pip command is all there is to the setup. + +The way HowDoI works is that it uses your search term to look through stack overflow posts. It finds the best answer, gets the code from the answer, and presents it as a response. It gives you the correct answer OFTEN. It's a miracle that it work SO well. +For Python questions, I simply start my query with 'Python'. Let's say you forgot how to reverse a list in Python. When you run HowDoI and ask this question, this is what you'll see. +![snap0109](https://user-images.githubusercontent.com/13696193/42916444-4199b16c-8ad3-11e8-8423-d12e61a58d3d.jpg) + +In the hands of a competent programmer, this tool is **amazing**. It's a must-try kind of program that has completely changed my programming process. I'm not afraid of asking for help! You just have to be smart about using what you find. + +The PySimpleGUI window that the results are shown in is an 'input' field which means you can copy and paste the results right into your code. +