Open Source ActionScript Scientific/Engineering Software

Build custom robots in your browser with IncrediBots! Design your robot by drawing shapes, joints, motors, and more! Then, pilot your machine using your own custom key bindings. NOTE: OPEN SOURCE VERSION CAN BE DOWNLOADED FROM "FILES" TAB!

MRS is a tool to quickly and easily store and index large flat file databanks and in a space efficient manner. It is currently used to index huge bioinformatics databanks but it is not limited to this area.

NIMSpro is a multiplayer simulator for emergency responder and homeland security training. NIMSpro enables fire, police, EMS, etc. to practice tactics, decision making, communication, and incident command (NIMS, ICS, Firescope). Instructor controls sims.

OmicBrowse, developed with Flash and Java, is a highly evaluated genome browser integrating omics knowledge ranging from genomes to phenomes and is especially appropriate for positional-cloning purposes.

Pascal's Triangle has been taken into higher dimensions. The Five Platonic Solids are included in this software, along with various geometric algorithms to create a generative geometry system. Equations in combinatoric and algebraic forms are given. Tools to play with the data are given. There is now a way to create user-defined algorithms. Dodecahedral and Icosahedral Pascalloids are now geometrically perfect and include no 'folding errors'. A 'data only' data output mode allows users to copy and paste the geometry data into any spreadsheet. Polarized (+/-) geometries for all shapes are included as an option, including special tools to work with both negative and positive numbers that appear in the revolving geometry display. A novel colorization system and graphic control system was employed, in order to visualize 3D or 4D Pascalloids.

Tiny Flash ActionScript Speed math program to train rapid multiplication and addition. Good for any age who wants to improve arithmetic and general maths skills. Quick mathematics is useful.

Semantics Visualizations enable understanding complex matters in an easy way. The research group “Semantics Visualization” is working on processing, enriching, and visualizing any kind of semantic data to provide visually discoverable information. Thereby processes of knowledge acquisition, human information retrieval, and decision making are supported by a variety of interactive visual representations. The developed visualizations do not only allow to investigate the masses amount of various semantic formats on Web, e.g. Linked- Data or Social Networks, they also enable the interactive illustration of structured data. With SemaVis we developed a technology that provides various perspectives on the semantics of information. By combining different visualization techniques users and enterprises are able to perceive various data and information characteristics. SemaVis enables a facilitate human access to the “Internet of Data”.

The algorithms package is aimed at (flexibly) typesetting pseudo-code in LaTeX documents (with the high typographical quality provided by the TeX engine).

Track Animation is an easy to use Windows application that simulates the following Disk Scheduling Algorithms : FCFS (First Come First Serve), SJF (Shortest Job First) aka SSTF (Shortest Seek Time First), SCAN (Elevator Algorithm), LOOK, C-SCAN (Circular SCAN) and C-LOOK. This application enables the user to play and pause the simulation after providing the necessary simulation requirements.

WiiGesture is a library to add gestural interaction in web-applications that are based on Adobe Flash/Flex/Air. Therefore it uses the WiiFlash service (http://wiiflash.bytearray.org/?page_id=50) to retrieve the sensor data and an internal algorithm based on template matching recognizes performed gestures in real-time. For easier gesture training, a so called WiiGesture-Learning desktop tool was developed that automatically generates gesture templates by performing gestures with at least one repetition. The result is an XML file that can be exported and included in the WiiGesture-API so that trained gestures are known to the API. For research purposes also an analysis tool was developed to compare gestures from different participants/users. We used it to identify intuitive gestures from users for certain commands. The entire work was part of my diploma thesis I wrote in 2008 at Fraunhofer IGD. The gesture recognition API was included in a number of example scenarios.