void FaceFinder::Find(Mat* img)
{
WindowsIterator * windowsIterator=new WindowsIterator(img);
vector<WindowInformation> faceWindows;
Window *window;
vector<float> scores;
while ((window=windowsIterator->GetNextWindow())!=NULL){
scores=classifier->Classify(window->GetWindowImage());
if (GetWindowLabel(scores)==1)
{
faceWindows.push_back(*(window->GetWindowInformation()));
}
}
CleanFaceWindows(&faceWindows);
Drawer *drawer=new Drawer();
drawer->DrawFaceWindows(img,&faceWindows);
}
vector<string> FaceFinder::Find(Mat* img,string fileName)
{
WindowsIterator * windowsIterator;
if (maxInitialSize==-1)
{
windowsIterator=new WindowsIterator(img);
}
else
{
windowsIterator=new WindowsIterator(img,maxInitialSize);
}
windowsIterator->SetWindowSize(classifier->GetInputGeometry());
vector<WindowInformation> faceWindows;
Window *window;
vector<float> scores;
while ((window=windowsIterator->GetNextWindow())!=NULL){
scores=classifier->Classify(window->GetWindowImage());
if (GetWindowLabel(scores)==1)
{
window->GetWindowInformation()->SetScore(scores[1]);
faceWindows.push_back(*(window->GetWindowInformation()));
}
}
CleanFaceWindows(&faceWindows);
Drawer *drawer=new Drawer();
drawer->DrawFaceWindows(img,&faceWindows);
vector<string> resultTexts;
for (unsigned int i=0;i<faceWindows.size();i++)
{
std::ostringstream myStringStream;
myStringStream<<fileName<<" ";
myStringStream<<faceWindows[i].GetScore()<<" ";
myStringStream<<faceWindows[i].GetOriginalStartingPixel().col<<" ";
myStringStream<<faceWindows[i].GetOriginalStartingPixel().row<<" ";
myStringStream<<faceWindows[i].GetOriginalStartingPixel().col+faceWindows[i].GetOriginalSize().width<<" ";
myStringStream<<faceWindows[i].GetOriginalStartingPixel().row+faceWindows[i].GetOriginalSize().height;
string myString(myStringStream.str());
resultTexts.push_back(myString);
}
return resultTexts;
}
