资源列表
tool3d_obj
- opengl读取obj文件，很好用，对于正在学习opengl读取obj格式点云的朋友很有帮助。-opengl read obj file, useful for studying opengl obj format point cloud to read friends helpful.
first
- 在OpenGL中实现正方形和圆的填充-In OpenGL to achieve a square and round filling
chap3-3
- 图形学源码，openGL,利用堆栈实现拾取，菜单选择不同颜色-Graphics source code, openGL, using the stack to achieve pick up, menu selection of different colors
3-dimensional-graphics-drawing
- C#二维三维图形绘制工程实例宝典第8章：三维图形。本章介绍了应用三维图形的基础知识，包括三维矩阵，变换和坐标体系等来创建各种三维图形，例如三维折线图，三维网格和曲面图，轮廓图，三维柱状图，四维切片图和三维复合图。-Two-dimensional three-dimensional graphics drawing C# Projects Collection Chapter 8: three-dimensional graphics. This chapter describes the bas
MyMesh
- 利用OpenGL显示.off格式的三维网格模型-Display .off 3D mesh model by OpenGL
omll-3d
- 面向对象的三维无网格法OMLL程序，可用于结构、流体应力变形分析-Object-oriented three-dimensional meshless method OMLL procedure can be used for structural, fluid stress and deformation analysis
Spline
- 用Opengl实现的样条线绘制,包括: 1.任意次bezier曲线的绘制 2.3次hermite曲线的绘制 -Opengl achieved with spline drawing, including: 1. Arbitrary times Bezier curve drawing 2.3 times hermite Curve
WinCEOpenGLES
- WinCEOpenGLES.rar 基于WinCE的OpenGL ES教程(有两个教程，一个是E文版的，开发环境是EVC4.0；另一个教程是网页版的，开发环境是VS2005的) 绝对有料！-WinCEOpenGLES.rar of OpenGL ES on WinCE tutorial (there are two tutorials, one is the E version, the development environment is EVC4.0 another vers
HanNuoTa
- 汉诺塔算法演示，用OPENGL开发，每点击一次鼠标左键可以看到演示的每一步，点击右键复原。-Tower of Hanoi algorithm demo with OPENGL development, each click the left mouse button to see a demonstration of every step, right-click recovery.
MyOpenGL
- OpenGL模拟的一个3维空间模型，VC++源码实现，一个模拟的3维视图，随着鼠标移动会改变视图，VC++6下可直接编译代码，仅此参考。 -OpenGL 3-D simulation of a space model, VC++ source code implementation, a simulated three-dimensional view, with the mouse will change the view, VC++6 compiler directly under th
OpenGL-kit
- glu的工具包，包括glaux.h，glaux.lib,glext.h等-glu kit, including glaux.h, glaux.lib, glext.h etc.
Surface_Ge
- 三维曲面重建,由点云POINTS构造三维曲面.在MFC框架上,用OPENGL编程-Surface Generation (3D) using OpenGL. The purpose was to create a program that could graph functions of 2 variables (3D functions).