文件名称:Visual-CPP-
- 所属分类：
- 图形图像处理(光照,映射..)
- 资源属性：
- 上传时间：
- 2013-06-25
- 文件大小：
- 7.86mb
- 下载次数：
- 0次
- 提 供 者：
- lix***
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
有MFC框架的图像处理代码，可以实现图像显示，图像增强，图像复原，图像变换，图像编码，图像配准，运动检测，特征提取，图像分割，图像识别等功能-There MFC fr a mework of the image processing code, you can realize image display, image enhancement, image restoration, image transform, image coding, image registration, motion detection, feature extraction, image segmentation, image recognition and other functions
(系统自动生成,下载前可以参看下载内容)
下载文件列表
《Visual C++ 数字图像获取、处理及实践应用》配套光盘\图象及运行结果\第10章\Thumbs.db
...................................................\..............\......\市街区距离.bmp
...................................................\..............\......\市街区距离变换.bmp
...................................................\..............\......\消去阈值面积空穴.bmp
...................................................\..............\......\空穴阈值面积检出.bmp
...................................................\..............\......\轮廓提取.bmp
...................................................\..............\......\边界提取_原图.bmp
...................................................\..............\......\骨架提取.bmp
...................................................\..............\......\骨架提取后.bmp
...................................................\..............\......\骨架提取后复员.bmp
...................................................\..............\...1章\canny算子分割.bmp
...................................................\..............\......\laplacian算子分割.bmp
...................................................\..............\......\prewitt算子分割.bmp
...................................................\..............\......\robert算子分割.bmp
...................................................\..............\......\sobel算子分割.bmp
...................................................\..............\......\Thumbs.db
...................................................\..............\......\区域生长原图.BMP
...................................................\..............\......\区域生长运行结果.bmp
...................................................\..............\......\固定阈值分割原图.BMP
...................................................\..............\......\固定阈值分割运行结果.bmp
...................................................\..............\......\自适应阈值分割原图.BMP
...................................................\..............\......\自适应阈值分割运行结果.bmp
...................................................\..............\......\边界跟踪原图.bmp
...................................................\..............\......\边界跟踪运行结果.bmp
...................................................\..............\...2章\Thumbs.db
...................................................\..............\......\原图.bmp
...................................................\..............\......\图象识别运行结果gray.bmp
...................................................\..............\......\模板.bmp
...................................................\..............\..3章\Baye_lena.bmp
...................................................\..............\.....\Couple 方法1.bmp
...................................................\..............\.....\Couple 方法2.bmp
...................................................\..............\.....\Couple.bmp
...................................................\..............\.....\Floyd-Steinberg_lena.bmp
...................................................\..............\.....\lena.bmp
...................................................\..............\..4章\Butterworth低通滤波运行结果.bmp
...................................................\..............\.....\Butterworth高通滤波运行结果.bmp
...................................................\..............\.....\lena原图.bmp
...................................................\..............\.....\图象中值滤波运行结果.bmp
...................................................\..............\.....\图象伪彩色编码运行结果.bmp
...................................................\..............\.....\图象平滑运行结果.bmp
...................................................\..............\.....\图象灰度变换运行结果.bmp
...................................................\..............\.....\图象锐化运行结果.bmp
...................................................\..............\.....\理想低通滤波运行结果.bmp
...................................................\..............\.....\理想高通滤波运行结果.bmp
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