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32590132
- 计算机图形学基本算法 画点、线、圆、多边形等，及其平移、旋转、缩放等 OpenGL 立方体、球体等，旋转缩放平移，光线控制等-Computer graphics algorithms draw point, line, circle, polygon, etc., and its translation, rotation, scaling, OpenGL cube, sphere, etc., rotating the zoom pan, light control, etc.
51to75
- 3ds max7中文版应用100例，51到75例，分别是喷泉模型、玻璃球模型、香烟模型、海底模型等25种模型-Application of Chinese version of 3ds max7 100 cases, 51-75 cases, namely fountain model, the glass sphere model, cigarette model, submarine model, 25 models
pso
- 粒子群算法的sphere，rosenbrock，ackley，griewank函数优化-The function optimization of particle swarm algorithm
Shadow
- 阴影程序。画出四个物体，球体，正方体，圆环，圆柱体。然后画出两个发光体，查看这四个物体在两个光源下的阴影。其中的物体正方体在不断的旋转！-Shadow program. Draw four objects, sphere, cube, ring, cylinder. Then draw two light, see the four objects in the shadow of the two light sources. Objects which is constantly rotati
wp-cumulus
- wp-cumulus 3D云标签 PHP-标签搜索-Tags: tag cloud, flash, sphere, categories, widget, tags, 3D, cloud Requires at least: 2.3 Tested up to: 2.8.6 Stable tag: 1.23 WP-Cumulus displays your tags and/or categories in 3D by placing them on a rotating s
Globehide
- 本程序实现图形学隐藏面消除算法，绘制3D球模型，消除其隐藏面。-This procedure to achieve the elimination of graphics hidden surface algorithms, rendering 3D sphere model, the elimination of its hidden surface.
wenliyingshe
- 在屏幕中心绘制立方体，给球体添加国际象棋棋盘纹理。-Drawing on the screen center cubes, add to the sphere of international chessboard texture.
e11
- 求球体的表面积 判断一个数是否为素数 求球体的表面积 判断一个数是否为素数-Sphere of surface area for a few to judge whether the prime number for a sphere of surface area to determine whether the number of prime numbers
halagougou
- 通过一个图形用户界面（GUI）演示常见的三维函数图形，演示sphere函数曲面、变化的cylinder曲面绘图、变化的多峰函数。并且可以对以上三个函数进行加网格，坐标边框，以及对函数进行色度变换。-Through a graphical user interface (GUI) presentation function common three-dimensional graphics, presentation function sphere surface, changes in cyli
WOpenGL
- 用OpenGL实现正方体,台体,柱体,球体,超椭球体,环的三维创建及几何贴图-Using OpenGL to achieve cube, the Taiwan body, cylinder, sphere, super-ellipsoid, Central and geometry to create three-dimensional mapping
ball
- 用VC++绘制球体和四面体，并通过设置视点、视口，视景体等计算机图形学编程中方法来改变球或四面体视觉效果-With VC++ Mapping sphere and the tetrahedron, and by setting the point of view, depending on the mouth, visual and physical methods of computer graphics programming to change the ball or tetrahedra
Graphic
- 用vc++开发的图形程序，实现了立方体，球体，椎体等的绘制和旋转、缩放功能。-With vc++ Developed a graphics program, to achieve a cube, sphere, vertebral body, such as drawing and rotate, zoom feature.
illumination
- 实现了球体跟圆柱体的纹理贴图&&光照的实现.是学习3d编程的基本-Achieved a sphere with the cylinder s texture mapping
moving-sphere
- glut32编制的运动小球，可以用于学习glut32编程-glut32 prepared ball movement, can be used to learn programming glut32
ASphereWithWireframe-vertex-faceMode
- 该程序是一个很全面的进行交互式绘制球体的MFC&OpenGL程序，该程序设置了球体的三种模型，分别是vertex,wireframe,face模式，而且设置有很好的光照和着色效果。还可以看到球体的反走样（antialiasing）和Gouraud效果。用户还可以看到动画效果，以及对球体的x，y，z轴方向的缩放效果。-The program is a very comprehensive interactive mapping sphere of MFC
3DCorner
- 求球面上两条弧线的夹角，输入次序，1，输入顶点即相交点的经纬度 2.起始点经纬度 3.终点经纬度 求的是顺时针的夹角-Sphere for the two arc angle, enter the order of 1, enter the vertex that is the intersection point of the latitude and longitude 2. The starting point latitude and longitude 3. The end of l
colorglut_2_7
- 显示一个有空洞的外层球体,球体里面包含一个茶壶模型.球体跟茶壶的形状及颜色随时间而变.-construct an outer sphere,whose surface becomes partly transparent by creating holes in it and the interior object can be perceived through them. The size and shape of the holes have to vary in time.
Ccode2.tar
- c语言计算几何 三角化 Ch1, Code 1.14 凸形外壳[2D] Ch3, Code 3.8 凸形外壳[3D] Ch4, Code 4.8 球 Chapter 4, Fig. 4.15 德劳内类型 Ch5, Code 5.2 ...See *English version.-\Computational Geometry in C\ the book s recipe Triangulate Chapter 1, Code 1.14 /tri Convex
Openglsimpleanimation
- 一个基于OPengl的简单动画演示，显示变化的球体。-Opengl based on a simple animated demo shows the sphere Change.
flatshading
- 对图形学中的光照处理算法中基本的算法平面明暗处理的程序实现，他对处理表面平滑的物体效果很好，但本例中实现的是一个球体-The illumination of the graphics processing algorithms in the basic algorithm for planar shading treatment procedures implementation, deal with him on the smooth surface of the objects well,