代码搜索结果

RGB=imread('flowers.tif'); [x,y,z]=sphere; %定义球面 warp(x,y,z,RGB)

RGB=imread('hr.jpg'); YCbCr=rgb2ycbcr(RGB); subplot(1,2,1); subimage(RGB); title('原图像'); subplot(1,2,2); subplot(1,2,2); subimage(YCbCr); title('变换后的图像');

RGB=imread('hr.jpg'); HSV=rgb2hsv(RGB); subplot(1,2,1); subimage(RGB); title('原图像'); subplot(1,2,2); subimage(HSV); title('变换后的图像');

RGB=imread('hr.jpg'); YIQ=rgb2ntsc(RGB); I=YIQ(:,:,1); subplot(1,2,1); subimage(RGB); title('原图像'); subplot(1,2,2); subimage(I); title('变换后的图像');

%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'); %转换为索引图

NET "clk" LOC = "ab12"; NET "rst" LOC = "ab4"; NET "rxd" LOC = "aa10"; NET "hs" LOC = "v3"; NET "vs" LOC = "u4"; NET "rgb" LOC = "p3"; NET "rgb" LOC = "n4"; NET "rgb" LOC = "n3"; NET

SCHEMATIC START ; // created by map version G.28 on Fri Jun 23 11:35:24 2006 COMP "clk" LOCATE = SITE "AB12" LEVEL 1; COMP "rgb" LOCATE = SITE "P3" LEVEL 1; COMP "rgb" LOCATE = SITE "N

function play_yuv(Y,U,V) [R,G,B]=YUV2RGB(Y,U,V); RGB(:,:,:,1)=R(:,:,:); RGB(:,:,:,2)=G(:,:,:); RGB(:,:,:,3)=B(:,:,:); RGB=permute(RGB,[1 2 4 3]); mov = immovie(RGB); movie(mov);

% EE569 Computer Assignment 2: Color format conversion and video output % Objective: get familiar with the conversion between YUV % and RGB format % Background information % The YUV video data

%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'); %转换为索引图