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%%%% 使用均值滤波器对真彩图像的每一个颜色平面进行滤波例程： rgb=imread('peppers.png'); h=ones(5,5)/25; rgb2=imfilter(rgb,h); %B=IMFILTER(A,H)filtersthemultidimensionalarrayAwiththe %multidimensionalfilterH.Acanbelogicalo

function morph(e,wait,steps,style,done){ if(e.morphing){ return; } e.morphing = true; e.step = 0; e.done = steps; e.wait = wait; e.morphDone = done; // initialize the given eleme

RGB1=imread('pic005.jpg'); RGB2=imread('pic007.jpg'); I1=imread('rice.tif'); I2=imread('testpat1.tif'); subplot(2,2,1); %将图形窗口等分成4部分 subimage([0,500],[0,500],RGB1); subplot(2,2,2); subimage([

%原始索引图像 load trees %转换为灰度图像 I = ind2gray(X,map); figure(1) subplot(2,2,1); imshow(X,map) title('索引图像'); subplot(2,2,2); imshow(I) title('转换后的灰度图像'); %原始真彩图像 RGB = imread('peppers.png')

在网页中使用颜色

%原始索引图像 load trees %转换为灰度图像 I = ind2gray(X,map); figure(1) subplot(2,2,1); imshow(X,map) title('索引图像'); subplot(2,2,2); imshow(I) title('转换后的灰度图像'); %原始真彩图像 RGB = imread('peppers.png')

Attribute VB_Name = "xptextbox" Public Enum states Normal = 0 Disable = 1 ReadOnly = 2 End Enum Public Function xptxt(txt As TextBox, pic As PictureBox, BackColor As ColorConstants

// SettingDlg.cpp : implementation file // #include "stdafx.h" #include "Graphic.h" #include "SettingDlg.h" #ifdef _DEBUG #define new DEBUG_NEW #undef THIS_FILE static char THIS_FILE[] = _

%原始索引图像 load trees %转换为灰度图像 I = ind2gray(X,map); figure(1) subplot(2,2,1); imshow(X,map) title('索引图像'); subplot(2,2,2); imshow(I) title('转换后的灰度图像'); %原始真彩图像 RGB = imread('peppers.png')

function rgb = seismic(n); % seismic(n) creates a colormap, ranging from dark blue via white to dark %red. % % Nico Sneeuw % Munich, 31/08/94 if nargin == 0, n = size(get(gcf,'colormap'),1);