KexiArrowTip::KexiArrowTip(const QString& text, QWidget* parent)
: KexiToolTip(text, parent)
, m_opacity(0.0)
{
QPalette pal( palette() );
QColorGroup cg(pal.active());
cg.setColor(QColorGroup::Foreground, Qt::red);
pal.setActive(cg);
setPalette(pal);
QFontMetrics fm(font());
QSize sz(fm.boundingRect(m_value.toString()).size());
sz += QSize(14, 10); //+margins
m_arrowHeight = sz.height()/2;
sz += QSize(0, m_arrowHeight); //+arrow height
resize(sz);
setAutoMask( false );
//generate mask
QPixmap maskPm(size());
maskPm.fill( black );
QPainter maskPainter(&maskPm);
drawFrame(maskPainter);
QImage maskImg( maskPm.convertToImage() );
QBitmap bm;
bm = maskImg.createHeuristicMask();
setMask( bm );
}
PTS32 _getKnockBase(Mat& srcImg, double& area, PTBOOL& isFinish,PTSysEnum&eBoard)
{
PTDEBUG("Enter %s\n", __FUNCTION__);
Mat maskImg(srcImg.size(), CV_8UC1);
//Extract the knock point using HSV
_getKnockMask(srcImg, maskImg,eBoard);
Point center;
vector<Point> tmp_contour;
//Extract the area
_getMaxContoursAreaCenter(maskImg, area, center, tmp_contour);
if(vKnockArea.size() < INIT_FRAME_NUM) {
vKnockArea.push_back(area);
}
if(vKnockArea.size() == INIT_FRAME_NUM) {
sort(vKnockArea.begin(), vKnockArea.end());
area = *(vKnockArea.end()-1);
PTDEBUG("statisticed from %d frames, knock point std area[%f]\n", (int)vKnockArea.size(), area);
isFinish = TRUE;
} else {
PTDEBUG("statisticed to %d frame, target %d frames\n", (int)vKnockArea.size(), INIT_FRAME_NUM);
isFinish = FALSE;
}
PTDEBUG("Exit %s\n", __FUNCTION__);
return PT_RET_OK;
}
