文件名称:test_troi
- 所属分类：
- OpenGL
- 资源属性：
- [Windows] [Visual C] [源码]
- 上传时间：
- 2012-11-26
- 文件大小：
- 1.03mb
- 下载次数：
- 0次
- 提 供 者：
- 张*
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
判断两个模型是否碰撞，并具体模拟演示碰撞过程和汇报碰撞的结果，以验证本文提出的OBB层次结构和算法的可行性。此模型实例描述的是两个对象的碰撞，一个静止，而另外一个处于运动状态，他们发生碰撞的时候，就进行相应的处理。-judge whether the two model collisions, and specific demonstration of the collision process simulation and reporting the results of the collision, In this paper to verify the OBB hierarchical structure and algorithm is feasible. Examples of this model is described in the collision between two objects, a stationary, and the other in a state of movement, They collided when on the corresponding treatment.
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下载文件列表
test_troi
.........\AABB.H
.........\build.Cpp
.........\collide.Cpp
.........\EndPoint.H
.........\graphics.Cpp
.........\graphics.H
.........\input
.........\.....\falling1
.........\.....\........\model1.path
.........\.....\........\model1.psoup
.........\.....\........\model2.path
.........\.....\........\model2.psoup
.........\.....\falling2
.........\.....\........\model1.path
.........\.....\........\model1.psoup
.........\.....\........\model2.path
.........\.....\........\model2.psoup
.........\.....\falling3
.........\.....\........\model1.path
.........\.....\........\model1.psoup
.........\.....\........\model2.path
.........\.....\........\model2.psoup
.........\.....\hooked1
.........\.....\.......\model1.path
.........\.....\.......\model1.psoup
.........\.....\.......\model2.path
.........\.....\.......\model2.psoup
.........\.....\swinging
.........\.....\........\model1.path
.........\.....\........\model1.psoup
.........\.....\........\model2.path
.........\.....\........\model2.psoup
.........\matvec.H
.........\moments.H
.........\NBody.Cpp
.........\NBody.H
.........\obb.H
.........\overlap.Cpp
.........\overlap.H
.........\PairData.Cpp
.........\PairData.H
.........\polytope.Cpp
.........\polytope.H
.........\RAPID.Cpp
.........\RAPID.H
.........\RAPID_version.H
.........\ReadMe.txt
.........\StdAfx.cpp
.........\StdAfx.h
.........\test_troi.cpp
.........\test_troi.dsp
.........\test_troi.dsw
.........\test_troi.ncb
.........\test_troi.opt
.........\test_troi.plg
.........\test_troi.sln
.........\test_troi.vcproj
.........\test_troi.vcproj.JUJUMAO.Administrator.user
.........\triangle.H
.........\VCol.h
.........\VCollide.Cpp
.........\VCollide.H
.........\vector.H
.........\VInternal.Cpp
.........\VInternal.H
.........\AABB.H
.........\build.Cpp
.........\collide.Cpp
.........\EndPoint.H
.........\graphics.Cpp
.........\graphics.H
.........\input
.........\.....\falling1
.........\.....\........\model1.path
.........\.....\........\model1.psoup
.........\.....\........\model2.path
.........\.....\........\model2.psoup
.........\.....\falling2
.........\.....\........\model1.path
.........\.....\........\model1.psoup
.........\.....\........\model2.path
.........\.....\........\model2.psoup
.........\.....\falling3
.........\.....\........\model1.path
.........\.....\........\model1.psoup
.........\.....\........\model2.path
.........\.....\........\model2.psoup
.........\.....\hooked1
.........\.....\.......\model1.path
.........\.....\.......\model1.psoup
.........\.....\.......\model2.path
.........\.....\.......\model2.psoup
.........\.....\swinging
.........\.....\........\model1.path
.........\.....\........\model1.psoup
.........\.....\........\model2.path
.........\.....\........\model2.psoup
.........\matvec.H
.........\moments.H
.........\NBody.Cpp
.........\NBody.H
.........\obb.H
.........\overlap.Cpp
.........\overlap.H
.........\PairData.Cpp
.........\PairData.H
.........\polytope.Cpp
.........\polytope.H
.........\RAPID.Cpp
.........\RAPID.H
.........\RAPID_version.H
.........\ReadMe.txt
.........\StdAfx.cpp
.........\StdAfx.h
.........\test_troi.cpp
.........\test_troi.dsp
.........\test_troi.dsw
.........\test_troi.ncb
.........\test_troi.opt
.........\test_troi.plg
.........\test_troi.sln
.........\test_troi.vcproj
.........\test_troi.vcproj.JUJUMAO.Administrator.user
.........\triangle.H
.........\VCol.h
.........\VCollide.Cpp
.........\VCollide.H
.........\vector.H
.........\VInternal.Cpp
.........\VInternal.H