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DirectX3DDrawCode
- DirectX3D示例： 3D游戏中的粒子系统、卡通渲染、三维游戏中动态水面的模拟、卡通渲染、基于Symbian OS的S60手机游戏图像处理
ParticlesGS.rar
- direct3d烟花模拟 基于direct3d10接口的粒子系统的应用,Direct3D fireworks simulation direct3d10 interface based on the application of particle system
dx9ParticleSystem.rar
- 基于DirectX的极简单的粒子系统。是初学粒子系统开发者必看的例子。,DirectX based on very simple particle system. Beginners are those who see the development of particle system example.
ParticleDemo
- 该代码是基于MFC的烟花粒子系统，代码中的地形没有贴图显得不够完善，读者可以在阅读的时候按照自己的喜好添加纹理贴图-The code is a fireworks particle system based on MFC, the code terrain maps it is not perfect, readers can add texture maps according to their own preferences when reading
fire
- 基于粒子系统的火焰效果 做的相当的逼真 有利于学习-Particle system based on the effect of the flame of life quite so conducive to learning
particlesystem
- 详细的介绍了基于DirectX 3D的粒子系统的实现，比例子是以下雪为背景的-Detail based on the DirectX 3D particle system, based on the proportion of sub-snow background
MyParticle
- 基于DirectX实现简单的雨、雪以及喷泉效果的粒子系统。-Based on DirectX to achieve a simple rain, snow and the fountain effect of particle system.
3DGameEngine
- 01_B 三维基础 B00 框架--简单框架 B01 框架--DXUT框架 02_S 三维场景 S00 室内--BSP结构场景 S10 室外--基本高度图地形 S13 室外—城市场景管理 S21 水体--基于实时反射的水 03_N 环境特效 N00 光影--闪电效果 N03 光影--实时阴影 N11 天气--蓝天白云 N15 天气--小雨飘飘 N17 天气--小雪飘飘 04_M 模型处理 M1
EpParticleSystem
- 基于DIRECT3D 9.0 开发的一个简单的粒子系统。。。。。供学习-Based DIRECT3D 9.0 Development of a simple particle system. . . . . For learning
ParticleEditor
- 基于DirectX9.0C 实现的一个例子编辑器系统 可编辑多种3D粒子。-Edit a variety of 3D particle editor system based on DirectX9.0C implemented an example.
Jumping_ball_game_based_Direct3D
- 基于Direct3D实现的跳跳球游戏,包括游戏GUI控件,图形图像绘制模块,动画贴图模块,2D精灵渲染模块,粒子系统模块等.-The Direct3D implementation jumping ball games, including game GUI controls, graphics and video rendering module, module of animated maps, 2D Wizard rendering module, particle system modu
Game_Development_based_Direct3D
- 基于Direct3D的游戏开发,主要包括地形的生成和渲染,光线的运用,3D模型和2D对象的调用和显示,模型的轮廓绑定,粒子系统等.-Direct3D game development, including terrain generation and rendering, the use of light, 3D models and 2D object call and display the outline of the model binding, particle system.