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NeHeCS
- C#的OpenGL编程。本例展示了如何在C＃中调用API。本程序显示了一对旋转的彩色的四面体-C# OpenGL programming. This example demonstrates how the C# API call. This procedure shows a revolving color of the tetrahedral
four_face
- 利用粒子系统和Opengl贴图技术，根据正四面体的性质，生成一个正四面体！-particle system and Opengl mapping technology, according to the nature of being tetrahedron, a tetrahedral formation!
tetgen1.4.1
- A Quality Tetrahedral Mesh Generator and Three-Dimensional Delaunay Triangulator.-A Quality Tetrahedral Mesh Generator and T hree-Dimensional Delaunay Triangulator.
tetgen1.4.2
- // TetGen computes Delaunay tetrahedralizations, constrained Delaunay tetra- // // hedralizations, and quality Delaunay tetrahedral meshes. The latter are // // nicely graded and whose tetrahedra have radius-edge ratio bounded. Such // // meshe
rgb2cmy_tetra
- color conversion using tetrahedral interpolation. It can be used for any color conversion if you have a look-up talble of the color spaces. The source file is for the conversion of RGB to CMYK.
opengl_wenliyingshe
- opengl纹理映射 黑白格子映射到四面体-Tetrahedral lattice is mapped to black and white
sierpinski
- 绘制sierpinski镂垫（四面体）的c++代码 可实现拖动、放缩等交互功能 按住左键拖动 按右键改变大小 另可改变背景颜色 按esc退出 -Drawing pad sierpinski Lou (tetrahedral) and c++ code can be realized drag, zoom and other interactive features hold the left click, right-click to change the size of the other
ani3D-2.2.1.tar
- Flexible Tetrahedral Mesh Generator Using Advanced Front Technique
ball
- 用VC++绘制球体和四面体，并通过设置视点、视口，视景体等计算机图形学编程中方法来改变球或四面体视觉效果-With VC++ Mapping sphere and the tetrahedron, and by setting the point of view, depending on the mouth, visual and physical methods of computer graphics programming to change the ball or tetrahedra
Lesson05
- 实现的四面体和六面体的旋转，着色 。对初学OpenGL的人很有哟!-Implementation of tetrahedral and hexahedral rotation, coloring. OpenGL is useful for beginners who yo!
simianti
- 本程序是opengl 旋转的四面体源代码描述-This program is the source code opengl described tetrahedral rotation
sierpinsky-pad-in-c-plus
- 绘制sierpinski镂垫（四面体）的c++代码 可实现拖动、放缩等交互功能 按住左键拖动 按右键改变大小 另可改变背景颜色 按esc退出 -Drawing pad sierpinski (tetrahedral) in c++ code .It realized drag, zoom and other interactive features .hold the left click, right-click to change the size of the other can c
example3
- 三维Sierpinski镂垫的递归程序，使用三维点，由于每个四面体都是凸性的，因此四面体的顶点与其内部任意点肯定在四面体内部-3D Sierpinski router pad of the recursive procedure, using a three-dimensional point, because each tetrahedron is convex, so the tetrahedral vertex and any point must be in the tetrahedra
tetgen1.4.3
- 四面体网格生成模块，TETGEN4.3。基于点云网格化，基于表面网格内插生成四面体网格-Tetrahedral mesh generation module TETGEN4.3. Point cloud meshing, based on the surface grid interpolation to generate a tetrahedral mesh
TetGen_tetrahedron-grid
- 高质量的约束delaunay四面体网格生成程序，输出的是节点、面片和四面体信息，可以用他相应的tetView程序包查看网格图形，相当值得研究和借鉴-perfect constraint delaunay tetrahedral grid generation code outputs are nodes, faces and tetrahedrons information it s worth studying and using for reference
tetrahedron
- 在VC++6.0环境下，利用opengl绘制一个带有光照的三位四面体图形，并可以旋转-In VC++6.0 environment using opengl rendering the the three tetrahedral graphics with a light, and can be rotated
Delaunay3D
- VTK delaunay3D 实例 ,VTK库中的delaunay3D 来进行点云的三角化。-This example creates a tetrahedral mesh from unorganized points. The example uses the vtkDelaunay3D filter. The resulting mesh will be a solid convex hull of the original points. The example takes the po
An_example_of_Tetgen
- 不是本人编的，转自csdndengpengyong，个人能力有限，望谅解。Tetgen是一个生成四面体网格的开源工具，本实例提供了从网上下载的开源的源码和一个简单的使用的示例，其中附带了Tetgen自带了的一个查看剖分出来的网格的工具TetView.exe，可以运行打开剖分出来的文件查看剖分的结果是否正确。-I was not prepared, carried csdndengpengyong, individual ability is limited, hope and understan
inpolyhedron
- 判断点是否在四面体之内，输入四面体顶点以及被测点三维坐标即可得到结果。-In judging whether the tetrahedron, and three-dimensional coordinates of the vertices of the input tetrahedral measured point to get results.
recongstruntion-of-tetrahedron
- 用于对三维模型重建的研究人员的参考使用，详细具体-tetrahedral model reconstruction methods