文件名称:Digital-Image-Processing
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有源码，适合学习C++的人
一、 读入一幅灰度图象，编写程序显示图象中任一象素点的灰度值。
二、 编程实现RGB彩色空间到HSV彩色空间的转换，并通过调整H、S、V的值实现图像亮度、色度和色饱和度的调节。
三、 1.灰度线性变换、分段线性变换
2.灰度直方图均衡、规格化
3.图象卷积：各种模板实现低通、高通滤波
4.图象中值滤波、最大值滤波、最小值滤波、模板选择滤波
5.伪彩色图象增强
四、 1.图象的加、减、乘、除和逻辑运算。
2.图象的镜像变换、图象的缩放（灰度插值）变换
五、 编程实现图象的FFT变换和反变换
六、 用逆滤波方法和维纳滤波方法恢复运动模糊图象（加噪声和不加噪声）
七、 编写程序实现灰度图象的分割：
1、阈值化算法：手动阈值、自动阈值(大津阈值)
2、区域生长
3、区域分裂合并-There is source code for learning C++ people one reads a grayscale image, write a program to display the image in any one pixel gray value. Second, the programming RGB color space to the HSV color space conversion, and by adjusting the H, S, V values achieve adjust image brightness, color and color saturation. Third, 1 gray linear transformation, piecewise linear transformation 2. histogram equalization 3. image normalized convolution: a variety of templates for low pass, high pass filter 4. image median filtering, the maximum filter minimum filtering, template selection pseudo-color image enhancement filter 5. four, plus 1 image, subtract, multiply, divide, and logic operations. 2. The image of image transformation, zoom images (grayscale interpolation) into five, programming image of FFT and inverse transform six, inverse filtering method and Wiener filtering method to restore motion blur image (plus noise and without noise) Seven, programming Grayscale image segmentation: 1, thresho
一、 读入一幅灰度图象，编写程序显示图象中任一象素点的灰度值。
二、 编程实现RGB彩色空间到HSV彩色空间的转换，并通过调整H、S、V的值实现图像亮度、色度和色饱和度的调节。
三、 1.灰度线性变换、分段线性变换
2.灰度直方图均衡、规格化
3.图象卷积：各种模板实现低通、高通滤波
4.图象中值滤波、最大值滤波、最小值滤波、模板选择滤波
5.伪彩色图象增强
四、 1.图象的加、减、乘、除和逻辑运算。
2.图象的镜像变换、图象的缩放（灰度插值）变换
五、 编程实现图象的FFT变换和反变换
六、 用逆滤波方法和维纳滤波方法恢复运动模糊图象（加噪声和不加噪声）
七、 编写程序实现灰度图象的分割：
1、阈值化算法：手动阈值、自动阈值(大津阈值)
2、区域生长
3、区域分裂合并-There is source code for learning C++ people one reads a grayscale image, write a program to display the image in any one pixel gray value. Second, the programming RGB color space to the HSV color space conversion, and by adjusting the H, S, V values achieve adjust image brightness, color and color saturation. Third, 1 gray linear transformation, piecewise linear transformation 2. histogram equalization 3. image normalized convolution: a variety of templates for low pass, high pass filter 4. image median filtering, the maximum filter minimum filtering, template selection pseudo-color image enhancement filter 5. four, plus 1 image, subtract, multiply, divide, and logic operations. 2. The image of image transformation, zoom images (grayscale interpolation) into five, programming image of FFT and inverse transform six, inverse filtering method and Wiener filtering method to restore motion blur image (plus noise and without noise) Seven, programming Grayscale image segmentation: 1, thresho
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下载文件列表
Digital Image Processing\Digital Image Processing\app.config
........................\........................\App.xaml
........................\........................\App.xaml.cs
........................\........................\bin\Debug\Digital Image Processing.exe
........................\........................\...\.....\Digital Image Processing.exe.config
........................\........................\...\.....\Digital Image Processing.pdb
........................\........................\...\.....\Digital Image Processing.vshost.exe
........................\........................\...\.....\Digital Image Processing.vshost.exe.config
........................\........................\...\.....\Digital Image Processing.vshost.exe.manifest
........................\........................\...\.....\histogram.dll
........................\........................\...\.....\histogram.pdb
........................\........................\...\.....\Sample\Sample1.bmp
........................\........................\...\.....\......\Sample3.bmp
........................\........................\...\.....\......\Sample4.bmp
........................\........................\...\.....\......\Sample5.bmp
........................\........................\...\Release\Digital Image Processing.exe
........................\........................\...\.......\Digital Image Processing.exe.config
........................\........................\...\.......\Digital Image Processing.pdb
........................\........................\...\.......\Digital Image Processing.vshost.exe
........................\........................\...\.......\Digital Image Processing.vshost.exe.config
........................\........................\...\.......\Digital Image Processing.vshost.exe.manifest
........................\........................\...\.......\histogram.dll
........................\........................\...\.......\histogram.pdb
........................\........................\...\.......\Sample\Sample1.bmp
........................\........................\...\.......\......\Sample3.bmp
........................\........................\...\.......\......\Sample4.bmp
........................\........................\...\.......\......\Sample5.bmp
........................\........................\class_algebra.cs
........................\........................\class_bmpload.cs
........................\........................\class_bmpshow.cs
........................\........................\class_butterworth.cs
........................\........................\class_fft.cs
........................\........................\class_geometry.cs
........................\........................\class_histogram.cs
........................\........................\class_homomorphic.cs
........................\........................\class_ideal.cs
........................\........................\class_ifft.cs
........................\........................\class_liner.cs
........................\........................\class_morphological.cs
........................\........................\class_preudo_color.cs
........................\........................\class_restoration.cs
........................\........................\class_RGBtoHSV.cs
........................\........................\class_sdfilters.cs
........................\........................\class_split.cs
........................\........................\Digital Image Processing.csproj
........................\........................\obj\x86\Debug\App.g.cs
........................\........................\...\...\.....\App.g.i.cs
........................\........................\...\...\.....\DesignTimeResolveAssemblyReferences.cache
........................\........................\...\...\.....\DesignTimeResolveAssemblyReferencesInput.cache
........................\........................\...\...\.....\Digital Image Processing.csproj.FileListAbsolute.txt
........................\........................\...\...\.....\Digital Image Proce