资源列表
chi
- 图像几何变换，图像正交变换，图像灰度变换，图像增强：包括随机噪声、傅立叶变换、中值滤波、高斯滤波； ·色彩变换：包括彩色->灰度、反色处理、亮度调整、直方图均衡化。专业人士编写-Image geometric transformation, image orthogonal transform, the image gray-scale transformation, image enhancement: including random noise, Fourier transform,
WaveletAnalysisOnImageProcess
- 研究生课的小波分析用于图形处理 包含自己写的一些函数,-Wavelet Analysis on image process
algorithm
- 小波变换算法VC++，可视化实现，欢迎下载-wavelet algorithm
read_Mapgis
- 读取Mapgis源码文件: *.wal, *.wat, *.wap等的IDL源程序.读完后生成IDL图形对象.-Read Mapgis ascii code files,*.wal,*.wat,*.wap. and then create IDL objects
growcut
- 可实现与graph-cuts算法相似的图像分割效果. 他借用了生物形态学知识，将每一个像素视为一个细胞，这些细胞可能是前景，背景，或其他。这些细胞依据其灰度竞争获得生长，由此获得分割。-This algorithm is presented as an alternative to graph-cuts. The operation is very simple, and can be thought of with a biological metaphor: Imagine each ima
fuzzyedge
- 该软件为本人自己开发的模糊集图像边缘检测，同时还有sobel、prewitt、robert、算子，很好用-The software developed for my own fuzzy image edge detection, as well sobel, prewitt, robert, operator, well used
zengqiang
- 图像增强，基于视网膜图片的图像增强，C++Builder环境下运行-Image enhancement, image enhancement based on the retinal image, C++ Builder environment running
DigitalImageSmoothingAlgorithm
- 图像平滑处理的方法多种多样,有邻域平均、 空间低通滤波、多图像平均、中值滤波、改进的梯度倒数加权法等几种现有的空域,以及须域图像平滑葬法等。-Image Smoothing variety of treatment methods, there is an average neighborhood, spatial low-pass filtering, multi-image average, median filtering, to improve the gradient of the
haar
- 基于拉haar小波的图像增强，与传统直方图均衡化相比较，效果更好。-Pull-based haar wavelet image enhancement, with the traditional histogram equalization compared to better.
xiaobozengqiang
- 基于haar小波的图像增强，与传统的图像增强算子相比较，效果更好。-Haar wavelet-based image enhancement, with the traditional image enhancement operator compared better.
image
- c++图像处理置信传播方面的，实用C++来实现的-c++ image processing Confidence dissemination of practical C++ to achieve the
extrude
- 扫描二维或三维区域的交叉部分，通过三维曲线，得到交叉部分的曲面区域-Sweeps out a 2D cross section (a circle, square, whatever, doesn t even have to be a closed path) through a 3D curve, and returns the generated surface as [X,Y,Z] for use with SURF.