Search Results for "environment-modules"

Generic Collectible Card Game is a multiplayer multiplatform implementation of a card game engine. The card game engine is designed to be of general purpose core for several modules each defining the game specific behaviour.

A very simple 2D isometric-engine which was created as basic idea to develop an isometric virtual environment in which some programmed robots autonomously they move trough differents rooms to test they abilities to solving problems in the real enviroment. The engine is in the first stage and it needs to be completed. Totally useless fun project. But feel free to enjoy it and help grow it.

Tiger, from Tyger Stripe Software, has donated the source of all his tools to the Sims3 community. This is his SmoothJazz editor. It lets you edit JAZZ resources - decompiling the package content to meaningful text and compiling back into game-format data. This project continues the work Tiger started.

SARGE - Search And Rescue Game Environment is a multi-player training game for robot operators which also supports agent based robot control for simulation work via TCP.

It's just a primitive simulator development environment. Available in Russian only.

SIMULE VOL (SV) est moteur de simulation de vol, visant à fournir un support pour la création d'un simulateur plus évolué, par l'adjonction ultérieure de modules. Le projet Nuage s'appuira sur SV dès la maturité de ce dernier suffisante.

LFS.Live is a tool to work with the InSim system of the Live for Speed - Online racing simulator and features an environment that triggers events upon incoming data which makes it possible for every single feature to act upon the data just arrived.

Networix is a Open Source Framework programmed in c# to allow users to script in lua, c# and GLSL in a OpenGL Environment using an object based interface.

Welcome to Multimodal Unmanned Aerial Vehicle Controller (MMAR) This project intends to develop a multimodal interface which gives a human operator capability of controlling a QuadRotor UAV efficiently and more easily. During this project we use a simulated QuadRotor called AirRobot in a simulation environment for development of robots, USARSim. There are some aspects involved in this project including touch, pose tracking, gesture recognition, voice recognition, etc and we try to utilize capabilities of some devices available today such as Android Phones and Microsoft Kinect. Using a windows appliacation called MMUAVC Fusion App, this system gathers all data from sensors and issues control commands for the QuadRotor