资源列表
Tetra_RGB_Lab(1)
- 该程序实现了从RGB空间模型到Lab模型的转换，分别采用三线性插值法与四面体插值法，并绘制出不同模型精度分布图，进行了比较，非常好运行。-The program implements the conversion RGB to Lab space model models were used to tri-linear interpolation method with tetrahedral interpolation method, and draw out the different d
VCPP
- c++6.0编程代码，车道线检测，可运行，实现报警和鸣笛两种措施。运行前对OPENCV进行设置，并下载一个视频解码器。-the programming c++6.0 code, lane line detection can be run to achieve alarm and whistle two measures. Opencv set before running, and download a video codec.
DImageProcess
- 一个汉字识别的软件！可以参考哈！在VC6.0下运行！
ivy_generator
- An Ivy Generator. The ivy grows from one single root following different forces: a primary growth direction [the weighted average of previous growth directions], a random influence, an adhesion force towards other objects, an up-vector imitating th
hand
- 采用OpenCv写的手势提取代码，采用肤色原理，可准确的检测提取手部。-Gestures OpenCv write extraction code, the color principle, can accurately detect the extraction of hand.
Image-filtering
- 数字图像处理，使用vc++编译环境，使用c++语言实现图像的数字滤波，完整程序。-Digital image processing, using vc++ compiler environment, the use of c++ language to achieve the image of digital filtering, a complete program.
110BSplineCtrl
- 实现了b样条的绘制，能够添加控制点，以及将控制点进行移动。-Achieve a b-spline drawing, to add control points, and move the control points
Images
- 通过处理天线热图像，确定水对作物的压力，在农业自动化上有可参考的应用价值-Aerial thermal images by processing to determine the pressure of water on crops in agricultural automation applications there may be a reference value
PointExtraction
- 利用Moravec算子、Forstner算子、Harris算子对一幅位图（灰度图像）进行点特征提取，还可以将非位图（如.jpg格式）灰度化后转换为灰度图像进行提取。-By Moravec operator, Forstner operator, Harris operator of a bitmap (gray image) for point feature extraction, can also be non-bitmap (such as. Jpg format) grayscale c
tu-xiang-xiaobo-san-ceng-fen-jie
- 图像小波上三层分解，配有图像可以运行，还有详细的分解和重构说明。-Wavelet decomposition of the three, with a picture can run, there is a detailed descr iption of decomposition and reconstruction.
tuxiangchuli-c
- 图像处理的各种基本算法,几何变换,平滑,去澡,阀值取法,抖动,检测,匹配等等.
TouMingTP
- 简单的一种方法，去实现图片的透明化，能够很好的使图片变的透明。