代码搜索结果

#ifndef __TEXTTOOL #define __TEXTTOOL #define TEXT_BOTTOM_RIGHT 0 #define TEXT_BOTTOM_CENTER 1 #define TEXT_CENTER 2 #define TEXT_USER 3 #define TC_BLACK RGB(0,0,0) #define TC_BLUE RGB(0,0,

#declare WHITE=color rgb #declare BLACK=color rgb #declare S=sphere{,1 pigment{color WHITE}finish{diffuse 1}} camera{location direction right up} ligh

#declare Black=color rgb #declare Red=color rgb #declare White=color rgb #declare Yellow=color rgb #declare Blue=color rgb camera{location direction

#include "StdAfx.h" DWORD GetChatColor(BYTE bIdx) { DWORD dwClr = 0; switch ( bIdx ) { case _CHAT_COLOR1: dwClr = RGB( 0, 0, 0); break; case _CHAT_COLOR2: dwClr = RGB( 10, 1

#ifndef __TEXTTOOL #define __TEXTTOOL #define TEXT_BOTTOM_RIGHT 0 #define TEXT_BOTTOM_CENTER 1 #define TEXT_CENTER 2 #define TEXT_USER 3 #define TC_BLACK RGB(0,0,0) #define TC_BLUE RGB(0,0,

function [rout,g,b] = hsv2rgb(h,s,v) %HSV2RGB Convert hue-saturation-value colors to red-green-blue. % M = HSV2RGB(H) converts an HSV color map to an RGB color map. % Each map is a matrix with

function [h,s,v] = rgb2hsv(r,g,b) %RGB2HSV Convert red-green-blue colors to hue-saturation-value. % H = RGB2HSV(M) converts an RGB color map to an HSV color map. % Each map is a matrix with any

% HSV2<mark>RGB</mark> HSV(怓憡-嵤搙-抣)僇儔乕儅僢僾傪<mark>RGB</mark>(愒-椢-惵)偵曄姺 % % M = HSV2<mark>RGB</mark>(H) 偼丄HSV僇儔乕儅僢僾傪<mark>RGB</mark>僇儔乕儅僢僾偵曄姺偟傑偡丅 % 奺儅僢僾偼丄擟堄偺峴悢傪傕偮3楍偺峴楍偱丄梫慺偼0偐傜1偺嬫娫偺抣偱偡丅 % 擖椡峴楍 H 偺楍偼丄偦傟偧傟怓憡丄嵤搙丄抣傪昞傢偟傑偡丅 % 弌椡峴楍 M 偺楍偼丄偦傟偧傟愒丄椢丄惵偺嫮搙傪昞傢偟傑 ...

#ifndef __TEXTTOOL #define __TEXTTOOL #define TEXT_BOTTOM_RIGHT 0 #define TEXT_BOTTOM_CENTER 1 #define TEXT_CENTER 2 #define TEXT_USER 3 #define TC_BLACK RGB(0,0,0) #define TC_BLUE RGB(0,0,

%Question No:10 %Write a MATLAB function which converts an RGB to HSI. Display the Hue %image, Saturation image and the Intensity image. Histogram equalize the H, %S and I images and the HSI imag