Search Results for "propeller"

Catalina is a C compiler plus a set of C libraries and device drivers for use with the Parallax Propeller microcontroller. Catalina is a cross-compiler based on the retargetable C compiler "lcc". Catalina runs on Windows or Linux.

Tachyon was originally developed for the Parallax Propeller 8-core MCU because I need to do more and faster, and within the the limited memory, in order to produce firmware for my commercial embedded hardware products. When the much vaunted successor, the P2 was introduced, then Tachyon was upgraded and also built into the P2 ROM as TAQOZ. Source code can be sent or pasted from the PC terminal at high speed (921,600 default) without any terminal delays and compiled into RAM ready for backup into SD or Flash. ...

Bird land, vast and grand. Where seagulls swing, what a wonderful thing. Shiny beak and fluffy wings, also a bird that sings. *** This is a side scrolling shooter game that has many minigames. Windows: Click on the "files" tab, then download the zip file and unpack it, then run "Propeller.exe" to play. Run "Launcher.exe" if you want to start the game in windowed mode or mute the sounds. You will find some instructions in the instructions.txt file. The windows version is 64-bit...

Propeller is a front-end responsive framework based on Google’s Material Design Standards & Bootstrap. Library with 25 Responsive UI Components. Ready to use template which speeds up the Development process. Detailed User Manual which provides step by step usage for every Propeller component. The downloaded folder will have following directories and files, with a logical grouping of common assets including both compiled and minified versions.

DACPEI is a WYSIWUG Software for Conceptual design of Light Fixed Wing aircraft. It is specifically designed to be intuitive and easy to use by engineering students (not necessary aerospace/aeronautics). DACPEI is divided in 9 modules, for analyzing mission profile, Aircraft performance, propulsion and layout design, as well as sketch component for developing aircraft drawings. DACPEI enable users to export their design to the FlightGear flight simulator software, enabling the designer to...

PropC2Asm is a command line C compiler that outputs Parallax Propeller assembly code. The source language is based on C. Rather than trying to be C compliant; my priority was to allow efficient access to all the unique features of the Propeller. Windows .NET 4.0

...ship Plus allows the designer to simulate and analyze condition of balance of a complex completely hull - rudders - keels - engine - propellers in different regimes and of service conditions of a ship. The analyzable system includes a hull, appendages, a propeller and the engine (i.e. resistance, power, a thrust and a torque), and also var

The idea of this project is to build my own RGB propeller clock (or POV clock). The thing is to spin a board with some RGB leds aligned to display a clock and cool images.

FSRW is a FAT16/FAT32 filesystem for the Parallax Propeller. This sourceforge project supports further concurrent development of the popular existing fsrw project.

A complete Parallax Propeller debugger/simulator for development of assembler code, with built-in editor and compiler. In runs under Java v1.5 or better.

SpinDrive is a Parallax Propeller Chip-based engine control system.

SpinC is a command-line compiler for the Spin programming language for the Propeller microcontroller from Parallax.

Gear is a Parallax Inc. Propeller emulator, with support for step through debugging and component plug-ins. Requires .NET 2.0

C Compiler for the Parallax Propeller Chip

SpinRepository is intended to be a central repository for Spin language objects for the Parallax Propeller microcontroller. This project is not sponsored by Parallax.

Propeller - it is free CMS wich allow you to run your favorite partner programs and help you to get money.

Pipe Is not a Propeller Emulator, but provides a hosted environment for executing and debugging Parallax Propeller assembly code.

Single Rotor Vertical Take-off and Landing system is selected due to complexity and enthralling factor. Aim of the project is to design an Unmanned Aerial Vehicle which can take off and land vertically with using single propeller in order to provide thrust. Challenge involved in the system is single rotating propeller which is main contributing element to provide lift is making the whole system unstable due to torque of power system. In case of conventional helicopter tail rotor is provided to balance the torque provided by main rotor power system again multi rotors have even number ofrotating propellers which rotates in such fashion cancels the net moment about body. ...

Python library for Wageningen B-Series Propeller calculations