Embedding_External_Applications_into_Maya_Scripts

Sierpinski分形算法的源代码，包括一个应用程序，了解基本的Sierpinski算法(The Sierpinski fractal algorithm source code, including an application, understand basic Sierpinski algorithm)

联合对角化方法,用于对多个矩阵同时进行联合对角化,主要用处是盲源分离,(Joint diagonalization method, is used to conduct joint diagonalization matrix at the same time for multiple, main use is to blind source separation,)

二维图形几何变换的实现，MFC，平移、比例、对称、旋转等(The realization of two-dimensional graphics geometric transformation, MFC, translation, proportion, symmetry, rotation, etc.)

分形树~~可以设置分形树的各类参数,而且较为简单(fractal tree ~ ~ fractal can set various parameters of the tree, but is much simpler)

说明：  实现对电树枝的分形维数计算，采用阈值对图片进行处理完成后，利用盒型计数法实现(The fractal dimension of electrical tree is calculated)

（1）可以图示地设计GST函数；（2）可以执行点运算；（3）可同时显示输入和输出图像以及它们的直方图((1) can icon design GST function; (2) can be implemented point arithmetic; (3) can also show the input and output images and their histogram)

分形图形的生成源程序，生成不同参数的Mandelbrot集和Julia集，对分形的初学者学习的好帮手。(fractal graphics generation source. Generation different parameters of the Mandelbrot set and Julia sets. Fractal of the beginners learn the good helper.)

多边形合并操作算法。采用C++编写。可以执行。(Polygon merging operation algorithm. )

分形几何算法案例，基于MFC实现 Sierpinski垫片算法(Fractal geometry algorithm case, MFC-based implementation Sierpinski algorithms)

This presentation discusses an alternative method for transferring geometry and animation data from another application to Maya. Instead of using some file format to translate data from one application to another, embed the application directly into Maya.