资源列表
CLAHE
- 限制对比度自适应直方图均衡化算法的实现，欢迎下载-Limit contrast adaptive histogram equalization algorithm implementation, welcome to download
adapthisteq
- 图像处理中自适应直方图均衡化算法实现,欢迎下载-Adaptive histogram equalization algorithm in image processing, welcome to download
DrawCADLine
- 程序模拟AutoCAD中进行线的交互绘制。点可以通过使用鼠标点击屏幕，或者键盘输入来获取，绘制的同时可以使用w命令来设置线宽，c命令来设置线的颜色，o来结束绘制（回车或者ESC键也行）。VS2005 + objectARX2007环境，对arx的学习还是很有帮助的。个人。-Simulate AutoCAD draw polyline.You can select a point to draw line,at the same time,you can also set entity prope
siftm
- sift算法对两张图像的共同特征点进行对比提取，找到共同点-sift algorithm to exact the same point of image features, and get the point pairs
simpleGL
- This example of a Simple openGL use in 3D graphics with GPU High performance technologies,
meanshift
- 用于数字图像处理，均值漂移算法的实现，matlab代码实现，具有较好的借鉴意义-For digital image processing, implementation of the mean shift algorithm
dongbeiwang
- 东北网2012年9月份的接线图，希望对大家有所帮助。-JERUSALEM September 2012 wiring diagram, we want to help.
GetKindsLinesPts
- 选择CAD实体，将实体的点位信息输出到一个文本文件中。对于刚接触ObjectARX编程的童鞋还是很有用的，可以清楚的了解CAD中部分类型实体的数据结构。VS2005+ObjectARX2007，个人编写。-Select CAD entities and write entities pts to a text file.It is helpful for those learn ObjectARX and C++.You can learn something about ARX Entiti
S_N
- - Spatial Transformation-In terms of digital image processing, a geometric transformation consists of two basic operations: (1) a spatial transformation of coordinates and (2) intensity interpolation that assigns intensity values to the spatially tra
Houghtransform
- 基于MATLAB编程的Hough变换直线检测程序，程序简单易懂，具有参考价值-Hough transform line detection procedure based on MATLAB programming, simple procedure, has the reference value
BaslerCamera_Acquisition
- Basler相机采集程序，千兆网通讯，包括连续，单一采集等，实现图像采集，VC编程，很好的例程 -Basler camera capture program, Gigabit Ethernet communication, including continuous, single acquisition, image acquisition, VC programming, very good routine
qumo
- 一个可以处理彩色图像的源码，用matlab实现，提取图像每一点的RGB值，并最终将图像转换成一个彩色的圆形点阵，这可以应用在旋转LED的上位机控制中的图形取模上。-A color image can be processed source code, using matlab to achieve, extract images RGB values at each point, and eventually convert the image into a colo