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%YIQtoRGB.m function I=YIQtoRGB(Y) % YIQtoRGB to RGB representation invmatConv = [1.0 0.9557 0.6199 1.0 -0.2716 -0.6469 1.0 -1.1082 1.7051]; YIQtoR=invmatConv(1,

#include"main.h" #define nWndHeight 500 #define nWndWidth 600 CHAR szAppName[] = "MyReader"; CHAR szClassName[] = "MyReaderClass"; int numline=0; COLORREF fgcolor = RGB(255,

%YIQtoRGB.m function I=YIQtoRGB(Y) % YIQtoRGB to RGB representation invmatConv = [1.0 0.9557 0.6199 1.0 -0.2716 -0.6469 1.0 -1.1082 1.7051]; YIQtoR=invmatConv(1,

#!/usr/bin/env python """ Use backend agg to access the figure canvas as an RGB string and then convert it to a Numeric array and pass the string it to PIL for rendering """ from pylab import * from

function [Z,Imcluster] = kmedia(image,k) %%%%%%%%%%%%%%%% % Parametros % %%%%%%%%%%%%%%%% data = double(imread(image)); % data=rgb2gray(data); [a,b] = size(data); ImVecteur = reshape(data,[

function [Z,Imcluster] = kmedia(image,k) %%%%%%%%%%%%%%%% % Parametros % %%%%%%%%%%%%%%%% data = double(imread(image)); % data=rgb2gray(data); [a,b] = size(data); ImVecteur = reshape(data,[

Test the that setTransform({...}) does the correct thing rgb: 1321020 ra: 9.765625 rb: 20 ga: 29.6875 gb: 40 ba: 50 bb: 60 aa: 69.921875 ab: 80

// RGBBlockFilter - more efficient RGB ImageFilter // // Copyright (C) 1996 by Jef Poskanzer . All rights reserved. // // Redistribution and use in source and binary forms, with or

program TestFormatting; uses lcmsdll; type RGB16 = Packed record r, g, b : Word END; var InputProfile, OutputProfile : cmsHPROFILE; Transform1, Transfor

/* * @(#) definition of ipsec_stats structure * * Copyright (C) 2001 Richard Guy Briggs * and Michael Richardson * * This program is fre