// start loop on number of slots for current sdigit
for (Int_t islot = 0; islot < nslot; islot++) {
- Float_t digit[4] = {-1.,-1.,-1.,-1.}; // TOF digit variables
+ Int_t digit[4] = {-1,-1,-1,-1}; // TOF digit variables
Int_t tracknum[AliTOFSDigit::kMAXDIGITS]; // contributing tracks for the current slot
- Float_t tdc=tofsdigit->GetTdc(islot); digit[0]=tdc;
- Float_t adc=tofsdigit->GetAdc(islot); digit[1]=adc;
+ Int_t tdc=tofsdigit->GetTdc(islot); digit[0]=tdc;
+ Int_t adc=tofsdigit->GetAdc(islot); digit[1]=adc;
tracknum[0]=tofsdigit->GetTrack(islot,0);
tracknum[1]=tofsdigit->GetTrack(islot,1);
Float_t maxToT=max;
Float_t minToT=min;
+
Float_t maxToTDistr=hToT->GetMaximum();
+
+ AliDebug (1, Form(" The minimum ToT = %f", minToT));
+ AliDebug (1, Form(" The maximum ToT = %f", maxToT));
+ AliDebug (1, Form(" The maximum peak in ToT = %f", maxToTDistr));
// Loop on TOF Digits
simToT=hToT->GetBinContent(binx);
}
// the generated ToT (ns)
- Float_t tToT= trix; // to apply slewing need to go back to ns..
+ Float_t tToT= trix; // to apply slewing we start from ns..
// transform TOF signal in ns, factor 1E-3 as bin width is in ps.
- Float_t tdc = ((dig->GetTdc())*AliTOFGeometry::TdcBinWidth()+32)*1.E-3;
- AliDebug(2,Form(" Time before miscalibration (ns) %f: ",tdc));
+ AliDebug(2,Form(" Initial Time (counts): %i: ",dig->GetTdc()));
+ Float_t time = ((dig->GetTdc())*AliTOFGeometry::TdcBinWidth()+32)*1.E-3;
+ AliDebug(2,Form(" Time before miscalibration (ns) %f: ",time));
// add slewing effect
Float_t timeoffset=par[0] + tToT*(par[1] +tToT*(par[2] +tToT*(par[3] +tToT*(par[4] +tToT*par[5]))));
- Float_t timeSlewed = tdc+timeoffset;
+ Float_t timeSlewed = time+timeoffset;
AliDebug(2,Form(" Time after applying slewing (ns): %f: ",timeSlewed));
// add global time shift
timeSlewed = timeSlewed + timedelay;
- AliDebug(2,Form(" Time after applying global delay (ns): %f: ",timeSlewed));
+ AliDebug(2,Form(" Time after applying delay (ns): %f: ",timeSlewed));
+ Int_t tdc= (Int_t)((timeSlewed*1E3-32)/AliTOFGeometry::TdcBinWidth());
// Setting Decalibrated Time signal (TDC counts)
- dig->SetTdc((timeSlewed*1E3-32)/AliTOFGeometry::TdcBinWidth());
+ dig->SetTdc(tdc);
+ AliDebug(2,Form(" Final Time (counts): %i: ",dig->GetTdc()));
// Setting realistic ToT signal (TDC counts)
- dig->SetToT(trix/AliTOFGeometry::ToTBinWidth()*1.E3); //(factor 1E3 as input ToT is in ns)
+ // Setting Decalibrated Time signal (TDC counts)
+ Int_t tot=(Int_t)(trix/AliTOFGeometry::ToTBinWidth()*1.E3);//(factor 1E3 as input ToT is in ns)
+ dig->SetToT(tot);
+ AliDebug(2,Form(" Final Tot (counts): %i: ",dig->GetToT()));
+ if(tdc<0){
+ AliWarning (Form(" The bad Slewed Time(TDC counts)= %i ", tdc));
+ AliWarning(Form(" The bad ToT (TDC counts)= %i ", tot));
+ }
}
else{
// For Data with no Miscalibration, set ToT signal == Adc
// dig->SetToT(dig->GetAdc()/AliTOFGeometry::ToTBinWidth()*1.E3);
- dig->SetToT(dig->GetAdc()/AliTOFGeometry::ToTBinWidth()); //remove the factor 10^3 just to have a reasonable ToT range for raw data simulation even in the case of non-realistic ToT distribution (n.b. fAdc is practically an arbitrary quantity, and ToT has no impact on the TOF reco for non-miscalibrated digits)
+ dig->SetToT((Int_t)(dig->GetAdc()/AliTOFGeometry::ToTBinWidth())); //remove the factor 10^3 just to have a reasonable ToT range for raw data simulation even in the case of non-realistic ToT distribution (n.b. fAdc is practically an arbitrary quantity, and ToT has no impact on the TOF reco for non-miscalibrated digits)
}
}