Open Source Lua Robotics Software

FEMM procedures to analyse rotating machines.

Bot simulation main purpose is to help real bot developer to test their bot behaviors thanks to an openGL simulation with collision detection and a scriptable behavior in LUA.

Open, free and extensible plataform for developing robotics projects

CoPP is an object-oriented framework for developing algorithms for robot path planning. One of of the design goals is to make it easy to make comparisons between various path planning algorithms.

The Massive G Engine is a simple yet feature-rich extensible 3D simulation engine for Robotics Research and gaming.

"The gAIme" is the real time strategy where player can code AI for his units using scripting language (LUA) or special logic editor. Play and survive in this bot's world!

The cc3 project provides software for embedded vision systems. Currently, the software runs on the CMUcam3 hardware platform, which is a NXP LPC2106-based board with an onboard CMOS camera and FIFO, MMC interface, serial UARTs, and servo controller.

It is proposed virtual architecture for robot control platforms. Developed compiler for this architecture, its implementation on the microcontroller AtMega644 and the chassis AREXX ARX-CH09, a robot simulator.

The rp6simul project brings simulation software for the RP6 robot that is manufactured by AREXX engineering. Besides support for all peripherals on the robot base, the simulator also fully supports the m32 extension module, and both can be simulated either independently or simultaneously. Furthermore, a simple 2d environment can easily be created to test lighting, collision, motor speeds and so on. The simulator does not run native AVR files, but instead a thin wrapper is provided so that the AVR code can be compiled natively. Thanks to this wrapper, and a flexible Lua driver interface, the simulator emulates most of the IO registers, requiring no or minimal code modifications. rp6simul is primarily developed on Linux, but a Windows version will also be released.