void EdgeItem::UpdatePath( void ){
// if( points )
// delete []points;
points.clear();
QPainterPath m_path;
m_path.moveTo(0, 0);
QPointF control = MidPoint();
double dist = DistancePoint(QPointF(0, 0) , control) + DistancePoint(control, m_endPoint);
int maxPointsCount = 8;
pointsCount = (int)(dist / m_selectDistance) + 1;
if(pointsCount > maxPointsCount ){
pointsCount = maxPointsCount;
}
// points = new QPointF[pointsCount];
QPointF point;
for (int i = 0; i < pointsCount; i++){
point = BezierValue( (double) i / ( pointsCount - 1), control );
m_path.lineTo( point );
// m_path.addEllipse(point, 3,3);
points << point + pos();
}
setPath( m_path );
UpdateArrow();
}
int32_t PigsGUI::RunAcquisition() {
// Runs acquisition as a loop
if(fVerbose) std::cout<<__PRETTY_FUNCTION__ << std::endl;
int32_t ret=0;
int32_t ch;
Float_t currentAcqTime = -2.0; // used to check if we need to reconfigure channels
Float_t previousAcqTime = -1.0;
fStartDAQ->SetState(kButtonDown);
fStopDAQ->SetState(kButtonUp);
fUseIntegration->SetState(kButtonDisabled);
keepAcquiring = kTRUE;
while(keepAcquiring) { // Acquisition loop
currentAcqTime = daq->GetAcquisitionLoopTime();
if(currentAcqTime != previousAcqTime) { // Acquisition time changed, reconfigure channels
for (ch=0; ch<4;ch++) ret += daq->ConfigureChannel(ch);
previousAcqTime = currentAcqTime;
}
ret += daq->AcquisitionSingleLoop(); // Run data acquisition
if(!ret) {
daq->RefreshCurrHist(); // transfer data to TH1F
for (ch=0; ch<4;ch++) {
cCurrHCanvas->GetPad(ch+1)->cd();
daq->getCurrHist(ch)->Draw(); // plot latest TH1F
cCurrHCanvas->GetPad(ch+1)->Update();
ev->spectrum[ch] = daq->getCurrHist(ch); // save current measurement
ev->realTime[ch] = daq->getRealTime(ch);
ev->deadTime[ch] = daq->getDeadTime(ch);
ev->goodCounts[ch] = daq->getGoodCounts(ch);
ev->totCounts[ch] = daq->getTotCounts(ch);
ev->scaleFactor[ch] = fScaleFactor[ch];
ev->countsPerSecond[ch] = daq->getCountsPerSecond(ch);
if (useIntegration) // detector response
ev->detectorResponse[ch]= this->CalcResponseV2(ch);
else
ev->detectorResponse[ch]= this->CalcResponseV1(ch);
}
ev->acqTime = daq->GetAcquisitionLoopTime();
NormalizeFuzzyInputs();
ev->arrowAngle = UpdateArrow(); // Updates the arrow tab, calculates the arrow angle
gSystem->ProcessEvents();
cCurrHCanvas->Modified();
storage->getTree()->Fill();
UpdateHistory(); // Updates the history & average tabs
}
fHCurrHProgressBar->SetPosition(1);
}
storage->getTree()->Write(); // This may be excessive, but we have SSD for storage :)
fStartDAQ->SetState(kButtonUp);
fStopDAQ->SetState(kButtonDisabled);
fUseIntegration->SetState(kButtonUp);
return ret;
}
