Gauss-Jordan-elimination

光学图像的几何仿真，采用已有的光学图像作为参考，布置在传感器照射范围区域，然后根据卫星轨道、姿态等获得新的图像，该图像能够反映原始图像的几何特性(Optical image geometry simulation, using the existing optical image as a reference, arranged in the area illuminated area of ​ ​ the sensor, then the satellite orbit, attitude and so obtain a new image, the image can reflect the geometric properties of the original image)

图像复式，自己调试通过的，与大家交流学习(Image duplex, adopted their own debugging, and to share their learning)

说明：  ATLAS致力于研究以观察为基础的技术从而提供可便携性能。目前它提供c和Fortran77接口。(The ATLAS (Automatically Tuned Linear Algebra Software) project is an ongoing research effort focusing on applying empirical techniques in order to provide portable performance. At present, it provides C and Fortran77 interfaces to a portably efficient BLAS implementation, as well as a few routines from LAPACK.)

Peano分形显示程序,希望对大家有用.(Peano fractal display program, in the hope that everyone useful.)

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)

用MFC实现excel功能 很实用 MFC新手学习(Excel function very practical with MFC MFC novice learning)

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.)

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

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)