void CEditView_Paint::Call_OnPaint(
int nPaintFlag, //!< 描画する領域を選択する
bool bUseMemoryDC //!< メモリDCを使用する
)
{
CEditView* pView = GetEditView();
//各要素
CMyRect rcLineNumber(0,pView->GetTextArea().GetAreaTop(),pView->GetTextArea().GetAreaLeft(),pView->GetTextArea().GetAreaBottom());
CMyRect rcRuler(pView->GetTextArea().GetAreaLeft(),0,pView->GetTextArea().GetAreaRight(),pView->GetTextArea().GetAreaTop());
CMyRect rcBody(pView->GetTextArea().GetAreaLeft(),pView->GetTextArea().GetAreaTop(),pView->GetTextArea().GetAreaRight(),pView->GetTextArea().GetAreaBottom());
//領域を作成 -> rc
std::vector<CMyRect> rcs;
if(nPaintFlag & PAINT_LINENUMBER)rcs.push_back(rcLineNumber);
if(nPaintFlag & PAINT_RULER)rcs.push_back(rcRuler);
if(nPaintFlag & PAINT_BODY)rcs.push_back(rcBody);
if(rcs.size()==0)return;
CMyRect rc=rcs[0];
int nSize = (int)rcs.size();
for(int i=1;i<nSize;i++)
rc=MergeRect(rc,rcs[i]);
//描画
PAINTSTRUCT ps;
ps.rcPaint = rc;
HDC hdc = pView->GetDC();
pView->OnPaint( hdc, &ps, bUseMemoryDC );
pView->ReleaseDC( hdc );
}
CvRect HoGProcessor::detectObject(CvSVM *svmModel, IplImage *input, IplImage *result, CvRect rectHead, int normalization){
int StepWidth = 10;
int StepHeight = 10;
int nWindow = 3;
int scaleWidth = 2;
int scaleHeight = 2;
ImageProcessor ip;
//loai bo truong hop toc dai
if(rectHead.height > rectHead.width)
rectHead.height = rectHead.width;
CvRect rectHuman = cvRect(rectHead.x + rectHead.width/2 - rectHead.width*scaleWidth/2,
rectHead.y - 6,
rectHead.width*scaleWidth,
rectHead.height*scaleHeight);
vector<CvRect> lstRect;
CvMat* img_feature_vector;
IplImage **newIntegrals;
for(int i = 0; i < nWindow; i++)
{
for(int j = 0; j < nWindow; j++)
{
CvRect rect;
rect.width = rectHuman.width + StepWidth*i;
rect.height = rectHuman.height + StepHeight*j;
rect.x = rectHuman.x - StepWidth*i/2;
rect.y = rectHuman.y - StepHeight*j/2;
if(rect.x < 0) rect.x = 0;
if(rect.y < 0) rect.y = 0;
if(rect.x + rect.width > input->width) rect.width = input->width - rect.x;
if(rect.y + rect.height > input->height) rect.height = input->height - rect.y;
IplImage* candidate_img = ip.getSubImageAndResize(input, rect, 48, 48);
if(candidate_img)
{
newIntegrals = calculateIntegralHOG(candidate_img);
img_feature_vector = calculateHOG_window(newIntegrals,cvRect(0,0,48,48),4);
for (int k = 0; k < 9; k++)
{
cvReleaseImage(&newIntegrals[k]);
}
cvReleaseImage(newIntegrals);
cvReleaseImage(&candidate_img);
double predict_rs = svmModel->predict(img_feature_vector, true);
if(predict_rs >= -1)
lstRect.push_back(rect);
cvReleaseMat(&img_feature_vector);
}
}
}
if(lstRect.size() > 0)
{
return MergeRect(lstRect);
}
return cvRect(0,0,-1,-1);
}
