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clear; figure; RGB = imread('G:\课题\61.bmp'); I = rgb2gray(RGB); imshow(I); Template1=fspecial('average'); I=filter2(Template1,I)/255; I=filter2(Template1,I); BW = edge(I,'sobel'); fig

#include "stdafx.h" #include "cprinter.h" typedef LPCSTR (*PF_REMOTE)(int); #ifndef COLOR_RED #define COLOR_RED RGB(255,0,0) #define COLOR_GREEN RGB(0,255,0) #define COLOR_BLUE RGB(0,0

.inputme { FONT: 10pt Courier New, 'MS Sans Serif','Times New Roman'; background-color12: rgb(255,255,255); background-color11: rgb(192,192,190); color11: rgb(128,64,0); size: 10pt } .buttons {

# {100} (100) [0] pgl_color_editor.Label Color Editor 颜色编辑器 # [1] BSampleColor.HelpText The color you get 得到的颜色 # [2] RGB.Label RGB RGB # [3] LRed.Label R R # [4] LRed.HelpText Red value 红色值 # [5

document.write('

#include #include #include "number_img.h" #define R_RGB565(x) (unsigned char) (((x) >> 8) & 0xF8) #define G_RGB565(x) (unsigned char) (((x) >> 3) & 0xFC) #define B_RGB

/* -*- compile-command: "gcc -g -Wall -I.. -o subrip subrip.c ../vobsub.o ../spudec.o ../mp_msg.o ../unrarlib.o ../libswscale/swscale.o ../libswscale/rgb2rgb.o ../libswscale/yuv2rgb.o ../libmpcodecs/i

% This function does a JPEG compression on a grayscale or RGB image % Usage: [msqe,compr]=jpg(file,scale) % 'file' must contain an m*n*3 (color) or m*n (grayscale) matrix with % RGB values i

%%%%% Reading of a RGB image i=imread('face8.jpg'); I=rgb2gray(i); BW=im2bw(I); figure,imshow(BW) %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %%%%% minimisation of background port

%%%%% Reading of a RGB image i=imread('face8.jpg'); I=rgb2gray(i); BW=im2bw(I); figure,imshow(BW) %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %%%%% minimisation of background port