Descriptor DominantColor::extract_(MyImage *image,
bool makeVisRep,
Magick::Image *repr){
cv::Mat &img = *image->getOpenCVMat();
Frame* frame = new Frame(img);
XM::DominantColorDescriptor *dcd =
Mpeg7Feature::getDominantColorD( frame , false ); // don't normalize
size_t nColors = dcd->GetDominantColorsNumber();
XM::DOMCOL *colors = dcd->GetDominantColors();
cout << "we've got: " << nColors << " dominant colors" << endl;
Descriptor desc;
for(size_t i = 0; i < nColors; ++i){
cout << "color " << i << " percentage: " << colors[i].m_Percentage;
for(size_t j = 0; j < 3; ++j){
cout << " " << j << " " << colors[i].m_ColorValue[j];
desc.push_back((float) colors[i].m_ColorValue[j]);
} // for j
cout << endl;
} // for i
desc.resize(24, 0.0);
return desc;
}
// Dominant Color
//void FexWrite::computeWriteDCD( Frame* frame,
// bool normalize, bool variance, bool spatial,
// int bin1, int bin2, int bin3 )
unsigned int FexWrite::computeWriteDCD( Frame* frame, int num, unsigned int *arr,
bool normalize, bool variance, bool spatial,
int bin1, int bin2, int bin3 )
{
if(!frame)
return 0;
// compute the descriptor
XM::DominantColorDescriptor* dcd = Feature::getDominantColorD( frame, normalize, variance, spatial, bin1, bin2, bin3 );
// write to screen
// number of dominant colors
int ndc = dcd->GetDominantColorsNumber();
//std::cout << "num of dominant colors " << ndc << " " << std::endl; //my add
// spatial coherency
if(spatial)
std::cout << dcd->GetSpatialCoherency();
// dominant colors: percentage(1) centroid value (3) color variance (3)
XM::DOMCOL* domcol = dcd->GetDominantColors();
/*
for( int i = 0; i < ndc; i++ )
{
std::cout << " " << domcol[i].m_Percentage
<< " " << domcol[i].m_ColorValue[0]
<< " " << domcol[i].m_ColorValue[1]
<< " " << domcol[i].m_ColorValue[2]
<< std::endl;
if(variance)
std::cout << " " << domcol[i].m_ColorVariance[0]
<< " " << domcol[i].m_ColorVariance[1]
<< " " << domcol[i].m_ColorVariance[2];
}
std::cout << std::endl;
*/
using namespace std;
char tmpStr[30];
sprintf(tmpStr, "feature\\%d_1.txt", num);
ofstream f(tmpStr);
int numArr[8];
for( int i = 0; i < ndc; i++ )
{
f << " " << domcol[i].m_Percentage
<< " " << domcol[i].m_ColorValue[0]
<< " " << domcol[i].m_ColorValue[1]
<< " " << domcol[i].m_ColorValue[2];
//<< std::endl;
numArr[i] = domcol[i].m_Percentage;
unsigned int a1 = (unsigned int)(domcol[i].m_ColorValue[0]) << 10;
unsigned int a2 = (unsigned int)(domcol[i].m_ColorValue[1]) << 5;
unsigned int a3 = (unsigned int)(domcol[i].m_ColorValue[2]);
arr[i] = a1 | a2 | a3;
if(variance)
f << " " << domcol[i].m_ColorVariance[0]
<< " " << domcol[i].m_ColorVariance[1]
<< " " << domcol[i].m_ColorVariance[2];
}
//f << std::endl;
f.close();
insertion_sort(numArr, arr, 0, ndc - 1);
// release the descriptor
delete dcd;
//return 0;
return ndc;
}
