资源列表
reading-.off
- 用matlab编写一段程序读取OFF文件，显示三维图形-OFF write a program to read the file using matlab display three-dimensional graphics
CvMat_struct
- 使用opencv编写程序，编写图形矩阵，用于图像处理和信号处理-To use opencv programming, writing graphical matrix for image processing and signal processing
drawing-histogram
- 使用opencv绘制直方图，用于处理图像，信号处理-The use opencv histograms for image processing, signal processing
TISCamera
- The Imaging Source以太网相机的OpenCV封装类，用它可以直接从TIS以太网相机中得到OpenCV图像，这样就能方便地用以太网相机替换以前的USB相机而几乎不用修改代码，很是方便。-The Imaging Source Ethernet camera OpenCV wrapper class, you can directly use it from the TIS Ethernet camera OpenCV image, so you can easily use the
CanonCamera
- 能操作佳能单反的OpenCV封装类，经实验可以控制5D mark II拍照并自动包装成OpenCV的对象格式。使得OpenCV的代码能够直接使用5D2来进行图像采集，可以扔掉劣质的USB摄像机了。-Operation Canon SLR the OpenCV wrapper class, the experiment can be controlled 5D Mark II camera and automatically packaged into OpenCV Object Format.
Mat2Wic
- 我们在编写界面的时候，会想在界面上绘制OpenCV的图像而不仅仅是调用imshow，而是需要将图像转换成WicBitmap或者D2D1Bitmap，这个类提供了最简单的办法，创建一个Mat2Wic实例，然后使用mat2Wic(opencvImg)即可得到Wic图像，用mat2Wic(opoencvImg,d2dRender)即可得到Direct2D能直接使用的图像。-In writing interface, we will want to draw in the OpenCV image in
drawChess
- 使用Python for Opencv自动绘制棋盘格。你可以任意指定棋盘格的大小，不限于8*8。棋盘格可以用于进行畸变矫正。-Python for OpenCV automatically draw a chessboard. You can optionally specify the size of the chessboard limited to 8* 8. Chessboard can be used for distortion correction.
ColorID2D
- [原创]这是一个使用Direct2D编写的分类动画演示程序，你可以通过按下键盘数字键的1-9来产生9种不同的目标，然后这些目标会自动移动到归类的位置，过多的物体还会在新物体到来时自动移除。适合做一些分类检测算法的界面。注意：Direct2D无法在XP下运行。-[Original] This is a free animation program written using Direct2D, you can press the keyboard number keys 1-9 to genera
circle
- 画圆环，根据自己需要手动修改数据修改，也可以画圆。-Draw ring, modified according to their need to manually modify the data, you can draw a circle.
V4L2
- 利用V4L2协议进行图像处理的编程框架结构-The utilization the V4L2 protocol for image processing programming framework structure
chengxudaima
- 用matlab编写程序用以实现图像的恢复-Programming using matlab for image restoration
QDIRDemo
- 通过近邻域方法实现数字图像的缩小的和放大-Reduced and enlarged by the close neighborhood method for digital image