资源列表
RSana
- RS分形算法matlab代码实现,既利用RS方法计算时间序列的分形hurst指数-RS fractal algorithm to achieve Matlab code, both RS calculated using time series fractal Hurst index
circle.c
- circle.c 在Turboc2下编写整数breshman画圆算法。本程序实现的是画圆算法。-circle.c in Turboc2 prepared integral breshman Circle algorithm. This program is Circle algorithm.
fractals
- 分形小程序，用vc编写，从论坛上摘录，不是原创，没有版权。-Fractal small program used vc prepared excerpts from the forum, not originality, no copyright.
DolbySOphia
- 分形中的L系统生成的实现。对于研究图形图像的分形几何入门者有一定帮助吧-fractal generation of L system achieved. Graphic images for the study of fractal geometry beginners will definitely help it
FractalCode
- 其中包括了sierpinskin三角分形、分形树以及newton法做的其他一些分形等-including sierpinskin triangular fractal, Fractal trees and chemotherapy Act do some other such Fractal
2_C
- 利用90度角支撑迭代递归算法绘制C曲线，简单易懂！-use of 90 degree angle support recursive iterative algorithm mapping C curve, simple!
peano_trangle
- 把利用递归法绘制的三条Hilbert-Peano曲线变换角度，首尾相接，构成一个Hilbert-Peano笼！-recursive method of using the three mapping Hilbert - Peano transform angle curve, back-to-back. constitute a Hilbert - Peano cage!
sierpinski_dt
- 利用分形中的迭代和递归算法实现Sierpinski地毯，程序简单易懂，改动程序中的n值即可控制递归次数。-use fractal iterative and recursive algorithm Sierpinski gasket, procedures simplified, changes to the procedures used for the control of n number of recursive.
seripinski_2
- 本程序利用迭代递归算法可以绘制任意三角形的Sierpinski垫片，包括不是正三角形的，输入条件为三角形三个顶点的坐标。-the iterative procedure recursive algorithm can draw arbitrary triangular Sierpinski gasket, not including the regular triangle, the conditions for the importation of three vertices of the
Sierpinski_1
- 本程序利用迭代递归算法实现，可以画出正三角形构成的Sierpinski垫片，输入条件为正三角形的中心坐标和边长。-the iterative procedure recursive algorithm, sense regular triangle constitutes the Sierpinski gasket, import conditions for the regular triangle coordinates of the center and side length.
Arboresent
- 利用分形算法中的迭代和递归生成Arboresent肺形曲线，效果好！-fractal algorithm using the iterative and recursive generation Arboresent lung-shaped curve, the effect!
canto
- 利用分形递归算法实现Cantor三分集，实现有限次迭代！-use fractal recursive algorithm Cantor third set and achieve limited iterations!