Functions
def	MCPointPrintOut (x)

def	MCTrackPrintOut (x)

def	vetoHitPrintOut (x)

def	TimeDetHitPrintOut (x)

def	FitTrackPrintOut (x)

str	TParticlePrintOut (x)

def	ShipParticlePrintOut (x)

None	Dump (x)

str	TVector3PrintOut (x)

str	TLorentzVectorPrintOut (x)

str	TEvePointSetPrintOut (P)

None	apply_decorators ()

Function Documentation

◆ apply_decorators()

None decorators.apply_decorators ( )

Apply custom __repr__ methods to ROOT classes.

Call this function after ROOT libraries are fully loaded to enable
enhanced string representations for ROOT objects.

Definition at line 99 of file decorators.py.

def apply_decorators() -> None:
    """Apply custom __repr__ methods to ROOT classes.
 
    Call this function after ROOT libraries are fully loaded to enable
    enhanced string representations for ROOT objects.
    """
    ROOT.FairMCPoint.__repr__ = MCPointPrintOut
    ROOT.ShipMCTrack.__repr__ = MCTrackPrintOut
    ROOT.genfit.Track.__repr__ = FitTrackPrintOut
    ROOT.TClonesArray.Dump = Dump
    ROOT.TVector3.__repr__ = TVector3PrintOut
    ROOT.TParticle.__repr__ = TParticlePrintOut
    ROOT.ShipParticle.__repr__ = ShipParticlePrintOut
    ROOT.TEvePointSet.__repr__ = TEvePointSetPrintOut
    ROOT.vetoHit.__repr__ = vetoHitPrintOut
    ROOT.TimeDetHit.__repr__ = TimeDetHitPrintOut
    ROOT.TLorentzVector.__repr__ = TLorentzVectorPrintOut

◆ Dump()

None decorators.Dump ( x )

Definition at line 70 of file decorators.py.

def Dump(x) -> None:
    k = 0
    for obj in x:
        print(k, obj.__repr__())
        k += 1
 
 

◆ FitTrackPrintOut()

def decorators.FitTrackPrintOut ( x )

Definition at line 48 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()

def decorators.MCPointPrintOut ( x )

Definition at line 10 of file decorators.py.

def MCPointPrintOut(x):
    p = ROOT.TDatabasePDG.Instance().GetParticle(x.PdgCode())
    n = ""
    if p:
        n = p.GetName()
    txt = f'("{x.Class_Name()}") X:{x.GetX():6.3F}cm Y:{x.GetY():6.3F}cm Z:{x.GetZ():6.3F}cm dE/dx:{x.GetEnergyLoss() / u.MeV:6.2F}MeV {n}'
    return txt
 
 

◆ MCTrackPrintOut()

def decorators.MCTrackPrintOut ( x )

Definition at line 19 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
 
 

◆ ShipParticlePrintOut()

def decorators.ShipParticlePrintOut ( x )

Definition at line 65 of file decorators.py.

def ShipParticlePrintOut(x):
    txt = f'("ShipParticle") {x.GetName()} M:{x.GetMass():5.2F}GeV/c2 P:{x.P():5.2F}GeV/c VxZ:{x.Vz() / u.m:5.2F}m'
    return txt
 
 

◆ TEvePointSetPrintOut()

str decorators.TEvePointSetPrintOut ( P )

Definition at line 87 of file decorators.py.

def TEvePointSetPrintOut(P) -> str:
    x, y, z = c_double(), c_double(), c_double()
    txt = ""
    if P.GetN() == 0:
        txt = "<ROOT.TEvePointSet object>"
    for n in range(P.GetN()):
        P.GetPoint(n, x, y, z)
        txt += f"{n:6d} {x.value:7.1f}, {y.value:7.1f}, {z.value:9.1f} x, y, z cm\n"
 
    return txt
 
 

◆ TimeDetHitPrintOut()

def decorators.TimeDetHitPrintOut ( x )

Definition at line 42 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()

str decorators.TLorentzVectorPrintOut ( x )

Definition at line 82 of file decorators.py.

def TLorentzVectorPrintOut(x) -> str:
    txt = f"{x.Px():9.5F},{x.Py():9.5F},{x.Pz():9.5F},{x.E():9.5F},{x.Mag():9.5F}"
    return txt
 
 

◆ TParticlePrintOut()

str decorators.TParticlePrintOut ( x )

Definition at line 60 of file decorators.py.

def TParticlePrintOut(x) -> str:
    txt = f'("TParticle") {x.GetName()}  P:{x.P():5.2F}GeV/c VxZ:{x.Vz() / u.m:5.2F}m'
    return txt
 
 

◆ TVector3PrintOut()

str decorators.TVector3PrintOut ( x )

Definition at line 77 of file decorators.py.

def TVector3PrintOut(x) -> str:
    txt = f"{x.X():9.5F},{x.Y():9.5F},{x.Z():9.5F}"
    return txt
 
 

◆ vetoHitPrintOut()

def decorators.vetoHitPrintOut ( x )

Definition at line 37 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
 
 

Functions