kaikai

分形维数计算程序,含有完成代码和计算说明(Fractal calculation)

用于计算图像的计盒维数的小程序，自己的课题应用(Used to calculate the box dimension of the program, the subject of its own application)

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.)

实现对任意多边形的三角形凸分解。(To realize arbitrary triangle polygon convex decomposition.)

求故障树的 1）对偶树； 2）最小割级和最小路集； 3）假定底事件的故障概率已知，求顶事件发生的概率； 4）求底事件的结构重要度、概率重要度和关键重要度。(Seeking Fault Tree 1) dual tree 2) minimum cut level and minimal path sets 3) It is assumed that the end of the event of the failure probability known, find the probability of occurrence of the top event 4) Evaluate the end of the event structure importance, important degree of probability and critical degree.)

求盒维数的matlab程序，可以计算维度，用盒子维度的方法(Box-counting dimension for the matlab procedure, can calculate the dimensions, using the box dimension method)

说明：  用VB写的mondebroot集，鼠标选中区域可放大显示(VB wrote mondebroot set, the mouse can enlarge selected regional show)

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)

说明：  计算图像分形维度，可以方便的计算出不同图像的分形维度(Calculation of fractal dimension of images, you can easily calculate the different images of fractal dimension)

用迭代函数ifs画分形几何，非常有用，可以仿真画自然界的几何事物(iteration function ,fractal geometry ,ifs)