资源列表
QUADTREE地形
- 四叉树（lod）实现地形三维可视化的程序，内有代码和数据-quadtree (incomplete) 3D terrain visualization procedures, which have code and data
LONGYUAN
- VRML下的一个建筑模型,是用3DMAX开发的,然后导出到VRML中，普通的建模模型！-VRML construction of a model is developed using 3DMAX, then exported to VRML, ordinary Modeling!
LoadMesh
- direct 3d载入地图模型的例子，非常适合初学者学习。-direct 3d model of printed maps example, very suitable for beginners to learn.
MyTranslateTexture
- 三维实现的纹理。有些意思。 欢迎下载。呵呵。Good Luck！-achieve 3D textures. Interesting. Welcome to download. Ha ha. Good Luck!
3dM
- 用directdraw实现的3d程序，能读x文件，可以旋转，功能上就这些了。-with DirectDraw achieve the 3d procedures can read x, can rotate function on these.
mymarching_cubes
- 医学可视化中经典算法——maching Cubes（移动立方体算法）的C++ 程序实现，在学习此算法的时候可以参考次程序。-The Marching Cubes algorithm is a classical arithmetic in medicinal visualization, this program was impolder in C++ language,you can consult it when you learn the Marching Cubes algorithm
体绘制码
- 医学可视化算法中经典的体绘制算法的实现，在VC下实现的，对于医学可视化方面的研究很有帮助。- In medicine visible algorithm classical body plan algorithm realization, realizes under VC, has the help very much regarding the medicine visible aspect research.
cdtall.tar
- Constraint Delaunay triangulations,用于剖分具有外部轮廓线或内部轮廓线的离散点集 -Constraint Delaunay triangulations, uses in to cut in half has exterior contour line or the internal contour line separate set of points
jCAE-src-0.5.tar
- 有限元分析软件，造型部分采用opencascade造型内核实现，界面显示采用Java/Java3D ,通过Corba调用opencascade函数进行造型与有限元分析。- Finite element analysis software, the modelling partially uses the opencascade modelling essence realization, the contact surface demonstrated uses Java/Java3D, t
triangle
- Shewchuk的三角剖分算法，能剖分带孔的离散点，PII233 剖分一百万个离散点只需20秒。-Shewchuk 涓夎
任意平面的裁切0.2
- 基于vtk的三维重构与裁切: 1.16位非压缩位图的读取与设置. 2.图像数据载入映射器 3.裁切平面的设置 4.边界的设置与显示 5.三维重构 注:需安装vtk4.0以上版本-It s about 3D reconstruct and clip based on VTK including reading and configration of 16 bits non_contracted bitmaps,the mapper for image data loadin
三维引擎
- java开发的三维引擎 很适合初学者，代码很少，却有劲想不到的用处-java development of the 3D engine is suitable for beginners, code rarely, but can not think of the usefulness of interesting