搜索资源列表
Marching Cubes算法原理
- Marching Cubes算法原理
IsoSurface_byDirectX.zip
- 用DirectX写的marching cubes 的代码.,Written with DirectX code marching cubes.
MarchingCubes
- 球体的Marching Cubes实现，运用OPENGL绘制图像-Marching Cubes sphere of the realization of the use of OPENGL rendering image
VISC-MC
- 对Marching cubes算法的实现程序-Marching cubes algorithm on the implementation procedures
marching
- marching cubes algorithm
MarchingCubes
- Marching cubes算法Marching Cubes算法是三维数据场等值面生成的经典算法，是体素单元内等值面抽取技术的代表。-Marching cubesMarching Cubes算法是三维数据场等值面生成的经典算法，是体素单元内等值面抽取技术的代表。
MITK
- 基于mitk的三维图像表面重建。用marching cubes算法实现，容易扩展到基于分割的表面重建。-Mitk based on the surface of the three-dimensional image reconstruction. Marching cubes algorithm to use, easy to extend to the surface reconstruction based on the partition.
marchingsource
- marching cubes 三维重建源码-marching cubes 3d reconstruction
appletMarchingCubes
- Marching cubes的java applet例子. 演示算法的每个细节, 有支持applet的IE即可运行.-Marching cubes of java applet examples. Demonstration algorithm every detail, with the support of the applet to run IE.
MC_JAVA_Version
- Java版的Marching Cubes实现代码.-Java version of the Marching Cubes code.
FastMetaballs
- Paper and Source Code for a fast marching cubes metaball implementation.
ExampleISOSurface
- Isosurfacş ng example using marching cubes
marchingsource
- 医学算法Marching Cubes的源代码，可以直接运行，显示三维标量场。-The famous medical algorithm Marching Cubes written with OpenGL, which can be used to display 3D scalar filed.
MarchingCubes
- VS 6. dem odemostrates an approach how to implement marching cubes in openGL. source code included. enjoy!
MarchingCube
- Marching Cubes算法源码，在ExpeMarchingCube类中实现，包括mesh、ImplicitSurface、halfedge等定义-Marching Cubes algorithm sources，including the definition of mesh、ImplicitSurface、halfedge and so on.
marchingcubes
- marching cubes 图形界面，刻画等值面-marching cubes graphical interface depicts isosurface
2007092515273323154
- marching cubes 算法，图形界面-marching cubes algorithm, graphical interface
meshlab_ex
- constructing "meshlab" 3D module using background and foreground image and camera parameter. 1.For the silhouette extracted from each view, construct the chessboard distance transform map using 4-neighbor distance for the extracted silhouette 2.C
source-(1)
- aplicatios about the famous Marching cubes
aufgabenstellung-marching-cubes
- Marching cubes in bone structure analysis