ScreenData::ScreenData(QObject *parent) : QObject(parent)
{
getScreenResolution();
CalculateRatio();
QScreen *mScreen = QApplication::screens().at(0);
connect(mScreen, SIGNAL(orientationChanged(Qt::ScreenOrientation)), this, SLOT(Orientation(Qt::ScreenOrientation)));
}
void CEmiter::AnimateParticles(void)
{
FLOAT tmNow=_pTimer->CurrentTick();
INDEX ctCount=em_aepParticles.Count();
INDEX iCurrent=0;
while( iCurrent<ctCount)
{
CEmittedParticle &ep=em_aepParticles[iCurrent];
// not yet alive
if(ep.ep_tmEmitted<0)
{
iCurrent++;
}
// if shouldn't live any more
else if( tmNow>ep.ep_tmEmitted+ep.ep_tmLife)
{
CEmittedParticle &emLast=em_aepParticles[ctCount-1];
ep=emLast;
ctCount--;
}
// it is alive, animate it
else
{
// animate position
ep.ep_vLastPos=ep.ep_vPos;
ep.ep_vSpeed=ep.ep_vSpeed+em_vG*_pTimer->TickQuantum;
ep.ep_vPos=ep.ep_vPos+ep.ep_vSpeed*_pTimer->TickQuantum;
// animate rotation
ep.ep_fLastRot=ep.ep_fRot;
ep.ep_fRot+=ep.ep_fRotSpeed*_pTimer->TickQuantum;
// animate color
FLOAT fRatio=CalculateRatio(tmNow, ep.ep_tmEmitted, ep.ep_tmEmitted+ep.ep_tmLife, 1, 0);
ep.ep_colLastColor=ep.ep_colColor;
iCurrent++;
}
}
if( em_aepParticles.Count()==0)
{
em_aepParticles.PopAll();
}
else if( em_aepParticles.Count()!=ctCount)
{
em_aepParticles.PopUntil(ctCount-1);
}
}
