www.pudn.com > several_kinds_Histogram.rar > CCVHistogram.CPP

#include"stdafx.h" 
#include"CCVHistogram.h" 
 
//only need to over write virtual function 
bool CCVHistogram::ApplySpace() 
{ 
	HistSize=m_c1*m_c2*m_c3*2; 
	 pHist=new double[HistSize](); 
	 if(pHist==NULL) 
		 return false; 
	 for(WORD i=0;i!=HistSize;++i) 
		 pHist[i]=0; 
	 return true; 
} 
 
bool CCVHistogram::ExtractHistogram() 
{ 
 
	std::vector::iterator iter=feature.begin(); 
     int imagewidth=pimagedata->width; 
	 int imageheight=pimagedata->height; 
 for(;iter!=feature.end();++iter) 
 { 
	 
      
	 std::vector::size_type i=iter-feature.begin(); 
	 /*cout< DadjacenPixel; 
		 DWORD count(1);  
	 if(! (PIXEL_PROCESSED_MASK & *iter)) 
	 { 
 
		 DadjacenPixel.push_back(currpixel); 
		 *iter |= PIXEL_PROCESSED_MASK;  //the highest bit is set to 1; 
		 while(!DadjacenPixel.empty()) 
		 { 
			 Point pixel=DadjacenPixel.front(); 
			 DadjacenPixel.pop_front(); 
			 //find the adjacent pixel of the  point pixel  
			 for(int j=pixel.y-1;j<=pixel.y+2;++j) 
				 for(int k=pixel.x-1;k<=pixel.x+2;++k) 
				 { 
					 if(j>=0 && j < imageheight && k >= 0 && k(count)/(imagewidth*imageheight); 
		/* cout<=dRatiponTh)	// exceeds the threshold 
				pHist[(featurevalue & PIXEL_DATA_MASK) << 1] += temp; 
		else 
				pHist[(featurevalue & PIXEL_DATA_MASK) << 1 | 1] += temp; 
				 
	 } 
 } 
 return true; 
 
}