资源列表
Fractalkochsnow
- 分形绘图程序内含Koch雪花源代码。双击Debug下的snow.exe文件，程序运行；双击snow.dsw文件，进入编辑环境。-fractal mapping procedures Koch snowflake containing the source code. Double-click the Debug snow.exe documents, operating procedures; Double-click snow.dsw documents, editing environmen
Graphics-cutting
- 计算机图形学原理经典电子书里的图形剪切源代码-Computer graphics principles of classic books in the source code for the graphical cut
Drawleaf
- 分形的简单利用，在鼠标的点击下，画一棵树，树的颜色及方向可设定-Fractal simple to use, in the mouse click, draw a tree, the tree' s color and direction can be set
tuxin
- 多边形裁剪算法 Sutherland-Hodgeman算法 -Sutherland-Hodgeman polygon clipping algorithm algorithm
Image-fellowship-and-tangent
- 计算机图形学原理经典电子书里的图形相交和相切源代码-Computer graphics principles of classic books in the intersection and the tangent to the source code, graphics
fractaltreecanfly
- Fractal程序,内含摇曳的递归分形树源代码。双击Debug下的tree.exe文件，程序运行；双击tree.dsw文件，进入编辑环境。-Fractal procedures, see the intron recursive fractal tree source code. Double-click the Debug tree.exe documents, operating procedures; Double-click tree.dsw documents, editing env
fractal
- 绘制分形龙图，显示图形，运用分形图进行球面映射。-Draw fractal Lung, and display graphics, Using fractal Figure sphere mapping.
chenkengtx
- 二维图形几何变换,包括旋转，平移，翻转，屏幕坐标与实际坐标转化-Two-dimensional graphics geometric transformation
HF24Solarsys
- 实现一个球围绕另外一个球转，并在球上映射上花纹，球可以上下移动。-Implement a ball around another ball turned, and on the ball on the mapping pattern, the ball can move up and down.
FractalJULIA
- 分形绘图程序,内含王冠源代码。双击Debug下的JULIA.exe文件，程序运行；双击JULIA.dsw文件，进入编辑环境。-fractal mapping procedures, the source code containing crown. Double-click the Debug JULIA.exe documents, operating procedures; Double-click JULIA.dsw documents, editing environment to en
2_13
- 分形树的递归算法。利用递归算法生成分叉树，实际上是生成元在每一个层次上不断重画的过程-Fractal tree recursive algorithm. The use of recursive algorithm to generate bifurcation tree, generators are in fact at every level on the process of continually re-draw
Ch4_2DTrans_2DTrans
- 编写代码实现二维几何变换：旋转、比例，平移，对称，错切变换。-Develop code that implements two-dimensional geometric transformations: rotation, scaling, translation, symmetry, shear transformation.