资源列表
Java3D
- java 3D开发的一些源码和例子，供初学者学习。-The Java 3D API is an appl i cat ion programming interface used for writing three-dimensional graphics applications and applets.
octree_code
- octree class in c++ which can be used to create octree easily and fast which is used in 3d models
danbei
- 用VC做的单摆动画，实现idle动画 -Pendulum animation done with the VC to achieve idle animation animated pendulum to do with the VC to achieve idle animation
guangzhao
- VC光照实例-An instance of an illumination
XUANZHUAN
- VC画的片状球体，加动画旋转 -VC painted sheet sphere, plus animated rotating sphere VC painted sheet, plus animated rotating
terrain
- 地形平滑渐变，输入两幅高程图像，用三维形式显示从一幅图像到另一幅图像的渐变过程-Smooth terrain gradient, enter the two elevation image, using three-dimensional display from one image to another image of a gradual process
D3D9NormalMapping
- // This demo implements tangent space normal mapping using a series of Direct3D // High Level Shading Language (HLSL) shaders. A single D3DX Effect file (.fx) // is provided with three techniques that implements normal mapping for each // of th
D3D9ParallaxNormalMapping
- // This demo implements tangent space parallax normal mapping with offset // limiting using a series of Direct3D High Level Shading Language (HLSL) // shaders. A single D3DX Effect file (.fx) is provided with three techniques // that implements
D3DCamera1
- // This the first demo in the Direct3D camera demo series. In this demo we // implement the classic vector based camera. The camera supports 2 modes of // operation: first person camera mode, and flight simulator camera mode. We // don t implem
dx9_point_light
- //Name: dx9_point_light.cpp //Author: Kevin Harris // Last Modified: 02/17/05 //Descr iption: This sample demonstrates how to setup point lighting with //Direct3D. The sample also demonstrates how the tessellation // or triangle count of
dx9_shadow_volume
- // Note: The buildShadowVolume() method contains a data type called MeshVertex, //which is basically hard-coded to work with my sample s teapot mesh. //If you want to use another mesh instead of the teapot, you ll need to // find out what the F