decorators Namespace Reference

Functions
	MCPointPrintOut (x)
	MCTrackPrintOut (x)
	vetoHitPrintOut (x)
	muonHitPrintOut (x)
	TimeDetHitPrintOut (x)
	FitTrackPrintOut (x)
	TParticlePrintOut (x)
	ShipParticlePrintOut (x)
	ecalReconstructedPrintOut (cl)
	ecalClusterPrintOut (cl)
	Dump (x)
	TVector3PrintOut (x)
	TLorentzVectorPrintOut (x)
	TEvePointSetPrintOut (P)
	sndScifiHitPrintOut (x)
	MuFilterHitPrintOut (x)

Variables
	__repr__
	Dump

Function Documentation

Dump()

decorators.Dump

(

x

)

Definition at line 54 of file decorators.py.

def Dump(x):
  k=0
  for obj in x: 
    print(k,obj.__repr__())
    k+=1 
  

ecalClusterPrintOut()

decorators.ecalClusterPrintOut

(

cl

)

Definition at line 51 of file decorators.py.

def ecalClusterPrintOut(cl):
  txt = '("EcalCluster") E:%5.2FGeV/c X:%5.2Fm Y:%5.2Fm'%(cl.Energy(),cl.X()/u.m,cl.Y()/u.m)
  return txt

ecalReconstructedPrintOut()

decorators.ecalReconstructedPrintOut

(

cl

)

Definition at line 48 of file decorators.py.

def ecalReconstructedPrintOut(cl):
  txt = '("EcalCluster") E:%5.2FGeV/c X:%5.2Fm Y:%5.2Fm'%(cl.RecoE(),cl.X()/u.m,cl.Y()/u.m)
  return txt

FitTrackPrintOut()

decorators.FitTrackPrintOut

(

x

)

Definition at line 32 of file decorators.py.

def FitTrackPrintOut(x):
  st = x.getFitStatus()
  if st.isFitConverged():
   chi2DoF = st.getChi2()/st.getNdf()
   sta = x.getFittedState()
   P = sta.getMomMag()
   txt = '("FitTrack") chi2/dof:%3.1F  P:%5.2FGeV/c pdg:%i'%(chi2DoF,P,sta.getPDG())
  else:
   txt = '("FitTrack") fit not converged'
  return txt

MCPointPrintOut()

decorators.MCPointPrintOut

(

x

)

Definition at line 7 of file decorators.py.

def MCPointPrintOut(x):
  p = ROOT.TDatabasePDG.Instance().GetParticle(x.PdgCode())
  n=''
  if p: n = p.GetName()
  txt = '("%s") X:%6.3Fcm Y:%6.3Fcm Z:%6.3Fcm dE/dx:%6.2FMeV %s'%(\
    x.Class_Name(),x.GetX(),x.GetY(),x.GetZ(),x.GetEnergyLoss()/u.MeV,n)
  return txt

MCTrackPrintOut()

decorators.MCTrackPrintOut

(

x

)

Definition at line 14 of file decorators.py.

def MCTrackPrintOut(x):
  c = x.GetPdgCode()
  p = ROOT.TDatabasePDG.Instance().GetParticle(c)
  n=''
  if p: n = p.GetName()
  m = x.GetMotherId()
  txt = '("ShipMCTrack") pdgCode: %7i(%10s)  Z=%6.1F m P=%6.3F GeV/c mother=%i %s'%(c,n,x.GetStartZ()/u.m,x.GetP(),m,x.GetProcName())
  return txt

MuFilterHitPrintOut()

decorators.MuFilterHitPrintOut

(

x

)

Definition at line 83 of file decorators.py.

def MuFilterHitPrintOut(x):
  txt ="MuFilterHit: MuFilter hit  in detector %i"%(x.GetDetectorID())
  if x.GetDetectorID()//10000==3 and x.GetDetectorID()%1000>59:
     txt+= " with vertical bars  top digis: "
     for j in range(x.GetnSiPMs()):
         txt += " %7.4F "%(x.GetSignal(j))
  else:
      txt+= " with horizontal bars"
      for s in range(x.GetnSides()):
         if s==0:  txt+= " left digis:"
         else: txt+= " right digis:"
         for j in range(x.GetnSiPMs()):
            txt += " %7.4F "%(x.GetSignal(j))
  return txt
 

muonHitPrintOut()

decorators.muonHitPrintOut

(

x

)

Definition at line 25 of file decorators.py.

def muonHitPrintOut(x):
  txt = '("muonHit") detID:%7i  TDC:%5.2F  isValid:%r'%(x.GetDetectorID(),x.GetDigi(),x.isValid())
  return txt

ShipParticlePrintOut()

decorators.ShipParticlePrintOut

(

x

)

Definition at line 45 of file decorators.py.

def ShipParticlePrintOut(x):
  txt = '("ShipParticle") %s M:%5.2FGeV/c2 P:%5.2FGeV/c VxZ:%5.2Fm'%(x.GetName(),x.GetMass(),x.P(),x.Vz()/u.m)
  return txt

sndScifiHitPrintOut()

decorators.sndScifiHitPrintOut

(

x

)

Definition at line 77 of file decorators.py.

def sndScifiHitPrintOut(x):
  txt = "sndScifiHit: Scifi hit in station %i"%(x.GetStation())
  if x.isVertical(): txt+= " vertical plane "
  else:                     txt+=  " horizontal plane "
  txt+="SiPM nr %3i   SiPM channel %3i "%(x.GetSiPM(),x.GetSiPMChan())
  return txt

TEvePointSetPrintOut()

decorators.TEvePointSetPrintOut

(

P

)

Definition at line 68 of file decorators.py.

def TEvePointSetPrintOut(P):
 x, y, z = c_double(), c_double(), c_double()
 txt = ''
 if P.GetN()==0: txt = '<ROOT.TEvePointSet object>'
 for n in range(P.GetN()):
  rc = P.GetPoint(n,x,y,z)
  txt += '%6i %7.1F,%7.1F,%9.1F x,y,z cm\n'%(n,x.value,y.value,z.value)
 return txt
 

TimeDetHitPrintOut()

decorators.TimeDetHitPrintOut

(

x

)

Definition at line 28 of file decorators.py.

def TimeDetHitPrintOut(x):
  t = x.GetMeasurements()
  txt = '("TimeDetHit") detID:%7i  TDC1:%5.2F TDC2:%5.2F  isValid:%r'%(x.GetDetectorID(),t[0],t[1],x.isValid())
  return txt

TLorentzVectorPrintOut()

decorators.TLorentzVectorPrintOut

(

x

)

Definition at line 64 of file decorators.py.

def TLorentzVectorPrintOut(x):
  txt = '%9.5F,%9.5F,%9.5F,%9.5F,%9.5F'%(x.Px(),x.Py(),x.Pz(),x.E(),x.Mag())
  return txt
 

TParticlePrintOut()

decorators.TParticlePrintOut

(

x

)

Definition at line 42 of file decorators.py.

def TParticlePrintOut(x):
  txt = '("TParticle") %s  P:%5.2FGeV/c VxZ:%5.2Fm'%(x.GetName(),x.P(),x.Vz()/u.m)
  return txt

TVector3PrintOut()

decorators.TVector3PrintOut

(

x

)

Definition at line 60 of file decorators.py.

def TVector3PrintOut(x):
  txt = '%9.5F,%9.5F,%9.5F'%(x.X(),x.Y(),x.Z())
  return txt
 

vetoHitPrintOut()

decorators.vetoHitPrintOut

(

x

)

Definition at line 22 of file decorators.py.

def vetoHitPrintOut(x):
  txt = '("vetoHit") detID:%7i  ADC:%5.2F TDC:%5.2F'%(x.GetDetectorID(),x.GetADC(),x.GetTDC())
  return txt

Variable Documentation

__repr__

decorators.__repr__

private

Definition at line 98 of file decorators.py.

Dump

decorators.Dump

Definition at line 101 of file decorators.py.