搜索资源列表
Cloud
- 仿真天空上流动的云彩，MFC + opengl渲染，效果很好很强大， 很逼真可以作为基础继续开发。-Simulate the flow of clouds on the sky, MFC+ opengl rendering, the effect is very very powerful, very realistic as the basis to continue to develop.
MyCloud
- 利用opengl和visual c++对云层建模，并进行实时绘制，完成云层的动态现实-Opengl and use visual c++ on cloud modeling, and real-time rendering, dynamic reality of the completion of the clouds
rendering
- 绘制的各种方法细细道来 讲的很详细 包括常用的面绘制 体绘制 点云-Various methods of rendering carefully to speak very detailed including common point cloud volume rendering surface rendering
CPoint3DCloud
- 很好的3D点云处理程序，适合初学者使用，其中有渲染，三角化等-Excellent 3D point cloud processing, suitable for beginners, including rendering, triangulation, etc.
SkyWorks_v0_1a_src
- 用Opengl 写的渲染天空，云的程序，其中的3d云的效果特别好，真实。-Written by Opengl rendering sky, cloud process, in which the effect of 3d cloud particularly good and true.
point-model
- 绘制点云模型，opengl，双层混合绘制-opengl，point cloud rendering
image3
- 三维点云表面绘制、纹理映射matlab算法，容易理解很实用-3D point cloud surface rendering, texture mapping the matlab algorithm is very practical, easy to understand
ReconstructSurface
- 使用VTK进行点云输入和点云显示及渲染的程序，有一定的参考价值-VTK for the use of point cloud point cloud input and display and rendering process, there is some reference value
graph_dianyun
- 多个输入变量，三个输出变量的点云构建，及多个曲面绘制方法-Multiple input variables, the point cloud build three output variables, and multiple surface rendering method
VB_Opengl_Pan_Zoom_Pick
- 演示验证了OpenGL与vb结合实现三维结构网格的绘制，网格云图的绘制。鼠标基本交互，包括旋转、平移、缩放，不同视角视图的设置，坐标系绘制，光照，shade的绘制等内容。-Demonstration of the combination of OpenGL and vb to achieve three-dimensional structure of the grid rendering, rendering the grid cloud. Mouse basic interaction, i
VB_Opengl_Grid_Shade
- 演示验证了OpenGL与vb结合实现三维结构网格的绘制，网格云图的绘制。鼠标基本交互，包括旋转、平移、缩放，不同视角视图的设置，坐标系绘制，光照，shade的绘制等内容。-Demonstration of the combination of OpenGL and vb to achieve three-dimensional structure of the grid rendering, rendering the grid cloud. Mouse basic interaction, i
read3Ddataoftxt
- 能够读取txt文件中的三维点云数据，渲染并显示三维图像，180°自动旋转查看(To 3D point cloud data read TXT file, rendering and displaying 3D images, automatic rotation view of 180 degrees)