Indicador_Clubinarias_5.1

能对投影仪进行代替人的检查操作，菜单遍历以及通道切换等操作(Projector can be replaced by human inspection operations, menu traversal and channel switching operations)

摄影测量中的空间前方交会程序，采用的是matlab编写的共线条件方程法，结合空间后方交会求解的双像外方位元素，可以进行待定点的三维坐标的求解。(The program of space intersection in photogrammetry, using the collinear equation method to prepare the MATLAB, combined with the space resection for double image exterior orientation elements, can be solved three dimensional coordinates.)

C#4.0中文视频教程第六讲程序中的异常和错误处理(C#4.0 Chinese Video Course Lecture 6 Abnormal and Error Handling in Program)

此为文档上传的实现程序，例如上传图片的个人相册等之类的。-upload this file to the realization of procedures, such as uploading photos and other personal albums like.

每种效果都是通过ajax回调来增长进度条的刻度。该loading进度条插件简单实用，适用于各类网站制作loading进度条效果(Each effect increases the scale of the progress bar through Ajax callbacks. The loading progress bar plug-in is simple and practical. It is suitable for making loading progress bar effect on various websites.)

说明：  matlab包，将nii转换为mat的数据包，也可以将nii转换为mat(niiMatlab package, convert nii to mat data package, you can also convert nii to mat)

说明：  电赛用的四路输出电源，用了几年了，需要的可以下载(The four-way output power supply for electric competition has been used for several years and can be downloaded if needed.)

How to Learning Vulkan

c++ 标准模板库，用于c++标准模板库的学习和使用(this is a c++ stl, you can do many things with it)

输入椭圆中心和长短轴径; 2. 计算得到中心在原点的椭圆上的第一个点=; 3. 根据公式(1.1.3-2)计算区域1中决策参数的初值为; 4. 在区域1中每个位置处，从开始，反复按照公式(1.1.3-3)更新决策参数，若决策参数小于0则不变，反之加1，一直循环到为止，记第一个满足此条件的点为(); 5. 在区域2的每个位置处，从开始，反复按照公式(1.1.3-6)更新决策参数，若决策参数小于0则不变，反之加1，一直循环到()为止;(Input ellipse center and long and short axis diameter; 2. The first point of the center on the ellipse at the origin is calculated. 3. According to formula (1.1.3-2), the initial value of decision-making parameters in region 1 is calculated. 4. At each location in region 1, the decision-making parameters are updated repeatedly according to formula (1.1.3-3). If the decision-making parameters are less than 0, they will remain unchanged. If the decision-making parameters are less than 0, then add 1 and cycle until the first point satisfying this condition is (); 5. At each location of region 2, the decision parameters are updated repeatedly according to the formula (1.1.3-6). If the decision parameters are less than 0, they will remain unchanged. If the decision parameters are less than 0, then add 1 and cycle until ().)