资源列表
计算两个矩阵的欧式距离
- 计算两个矩阵的欧式距离，opencv，对模式识别有帮助！-Two matrices of Euclidean distance calculation
OPENCV
- 可用的机器视觉识别图形边缘-外接矩形框,接普通摄像头可连接-Available machine vision recognition Graphic Edge- boundingbox
cvgabor
- 这是基于opencv的Gabor小波的滤波器，包含程序和头文件，希望可以对大家有帮助。-This is based on the opencv Gabor wavelet filter, contains the program and header files, I hope you can help.
Micro-USB
- 一种贴片式的micro USB 母头，micro USB的封装有很多种，仅仅贴片式的就有多种，这只是其中的一种封装，支持altium designer-A patch-type female micro USB, micro USB package there are many, there are a variety of patch-only, this is just one of a kind package, support altium designer
dynamicPshowPpoint
- matlab源码，动态鼠标画图，实时显示鼠标轨迹-matlab source code, dynamic drawing mouse, mouse track real-time display
sang_xf14
- Six degrees of freedom to achieve inverse kinematics algorithm, When processing a signal frequency analysis, Undergraduate complete set requirements refer to the standard test models.
线
- 刷线宽SZ 双线CSDB-绘L 线宽改变CSPEDIT 线形反向fx 线修改peditn(Brush line width SZ Double line CSDB- draw L Linewidth change CSPEDIT Linear reverse FX Line modification peditn)
AutoCAD lisp
- 测绘中常用的一些制图符号，以及内业展点程序。主要包括： 围墙、栏杆、道路、圆堤的定义绘制，坐标正算反算程序，读取文件在CAD中进行展点。(Some cartographic symbols used in surveying and mapping as well as internal exhibition procedures are presented. Mainly include: The definition of the fence, railings, roads, roun
小菜选择易
- 小菜选择易,很好用的图层选择工具,为lsp源码文件,可以参考自己修改(The choice of easy, very good use of the layer selection tool for the LSP source file, you can refer to the revision of your own)
获取网络时间 格林威治时间
- AutoLisp/Vlisp 获取网络时间 格林威治时间 注：此代码仅仅在AutoCAD中测试正常运行。(AutoLisp/Vlisp gets network time Greenwich time Note: this code is only tested in AutoCAD for normal operation.)
ct
- 1、“appload”命令将程序加载到应用图幅 2、“zd”展点命令 3、“pm”平面检测统计命令 4、“gc”高程检测统计命令 5、“sj”间距检测统计命令(1. The "appload" command loads the program into the application map 2, "ZD" point command 3, "PM" plane test statistical command
wytools
- 实现幕墙分格的：定数等分，定距等分，任意分格，极限等分，定距等分多余分到两边，定距等分多余的分到中间。可对直线、圆弧、多段线进行操作(The realization of curtain wall partition is as follows: fixed number equal division, fixed distance equal division, arbitrary division, limit equal division, fixed distance equal div