Search Results for "gl"

3D vehicle simulator in which vechicle's configuration as a whole (articulated body) , is represented by a 'vector' of generalised coordinates. so concepts like usual position and orientation of main body and wheels is all defined by the generalised coordinates.Using Lagrangian dynamics, theese coordinates are evolving in time in a realistic manner according to F=ma but as if there were also all constraint forces concretasing the presence of joints: hinge, prismatic, rigid connection, etc. all derivatives are done with finite differences, so it's all simple. in 3 videos I explain all the mechanics and its simulation up to this simple but pow method.Pure Lagrangian mechanics until now has not been used much or at all,in simulation videogames,but i decided to try it because it was promising, very simple compared to the fnal results, and there was not much docu on its use in simulation games: this lack was completed now. will com also a non-GL version vid: http://youtu.be/J8fWg_xFEwk

...VID:http://youtu.be/_Af0PgrCTxo It shall be a sort of Minecraft-focused-on-aeromobilism. Simply implemented, but with many interesting features. I plan to do also a non-GL version that displays whole 3D gfx with a procedure at whose end pixels are displayed with SDL, asciiart, of native Linux X11 graphics of native Win graphics. Ofc ourse OpenGL is very useful for displaying nice trees... . it's a single sourcefile program. USAGE: in any Linux/UNIX system (es.Ubuntu) download the zip and place it in your home directory; extract the zip. open a Terminal and navigate int the folder of the game;type this: "make";press ENTER; double-click the a.out

...Code is, at least I hope, properly commented and is published for better understanding of very simple, yet already archaic, methods of using OpenGL without shaders (everything is build from gl, glu, glut, glew and alut libraries and the technique I feel most advanced in the project are VAO objects). Do not expect anything more than this.

An adaptation of the well-known "Tetris" game. It uses Open GL 1.1 for rendering.

Doris is a Lua script driven OpenGL viewer with GUI widget extensions. Lua is a fast, powerful, portable scripting language. Lua bindings are provided to OpenGL, GLUT, GLUI (a GL widget library) and Luasocket (networking).

A library in the tradition of openGL and glut that makes it easy to use 3D skeleton objects (like robots, ships, people etc) in openGL programs. Currently the objects are best created with Glazier (glazier.sourceforge.net)

Tools and libraries for the back end of game applications including world/object management and AI.

A (soon to be) complete wrapper engine for the OpenGL graphics library. It will support all of the most important 3D functions, including camera, lighting, object creation, and more. Also, multimedia and networking support are planned.

simple gl based game that bares a resemblence to the protein folding.

Re-Vamp the current netrek source to use OpenGL rendering