非线性动态系统的建模修正Volterra级数方法

本程序的功能是在屏幕的400*400处绘制一个圆形。-this procedure is the function of the screen in 400* 400 Drawing a circle.

骨骼动画源代码。使用工具：OpenGL＋3dsftk-skeletal animation source code. Use Tools : OpenGL+3 dsftk

SPH实现水和玻璃杯的碰撞，利用C++和openGL平台联合实现。真的很好。

OPENGL在vc++环境下的基本的图形背景建立的过程-OPENGL in vc++ Environment basic graphics background process of the establishment

opgl的三围图象-opgl the Body Image

This demo implements the marching cubes algorithm for constructing a polygonal model from an isosurface. The isosurface chosen here is a classical metaballs setup. Metaballs are isosurface chosen here is a classical metaballs setup. Metaballs are defined by field function that s the sum of R2 / ((ball.x - x)2 + (ball.y - y)2 + (ball.z - z)2) for all balls. The surface is defined to be where the sum is one.-This demo implements the marching cubes algorithm for constructing a polygonal model from an isosurface. The isosurface chosen here is a classical metaballs setup. Metaballs are isosurface chosen here is a classical metaballs setup. Metaballs are defined by field function that s the sum of R2/((ball.x- x)2+ (ball.y- y)2+ (ball.z- z)2) for all balls. The surface is defined to be where the sum is one.

coons 边界曲面的构造例子，用opengl进行可视化，-coons tectonic boundary surface, by using opengl for visualization,

This tutorial shows how to use the GL_REFLECTION_MAP_EXT and GL_TEXTURE_CUBE_MAP extensions to render a reflective Cube map The dglOpenGL.pas file was created by the team at www.delphigl.com I have included the html readme for an explanation of using this.-This tutorial shows how to use the GL_REFLECTION_MAP_EXT and GL_TEXTURE_CUBE_MAP exten Dimensions to render a map reflective Cube The dglOpe nGL.pas file was created by the team at www.delp higl.com I have included the html readme for an e xplanation of using this.

在Visual C++ 6.0环境下，利用OpenGL开发的陀螺运动的仿真，实现了陀螺的各种可能的运动，由于算法采用了四元素法，故对于各种可能的运动，不会出现极点。-in Visual C 6.0 environment, the development of the OpenGL gyro movement simulation, achieving a gyroscope possible campaign, is to use the four elements, and therefore every possible movement, no poles.

#include "stdafx.h" #include "welcome.h" #include "MainFrm.h" #ifdef _DEBUG #define new DEBUG_NEW #undef THIS_FILE static char THIS_FILE[] = __FILE__; #endif ///////////////////////////////////////////////////////////////////////////// // CMainFrame IMPLEMEN