Classes
class	DrawTracks

class	EventLoop

class	IO

class	Rulers

Functions
	evExit ()

	printMCTrack (n, MCTrack)

	dump (pcut=0)

	printFittedTracks ()

	printParticles ()

	projection ()

	projection_prescale ()

	storeCameraSetting (fname='camSetting.root')

	readCameraSetting (fname='camSetting.root')

	speedUp ()

	DisplayNuDetector ()

	switchOf (tag)

	switchOn (tag)

	switchOfRock ()

	switchOfAll (exc)

	switchOnAll (exc)

	select (pattern)

	search (lvdict, tag)

	rename (name='ship.TGeant4.root')

	mydebug ()

	debugStraw (n)

	DrawCharmTracks ()

	DrawMuonTrack ()

	positionText (r, x, y, z, angle, txt, size=200, color=ROOT.kBlue, mode=ROOT.TGLFont.kExtrude, light=ROOT.kTRUE)

	PRVersion ()

Variables
	fMan = None

	fRun = None

	pdg = ROOT.TDatabasePDG.Instance()

	g = ROOT.gROOT

	gEnv = ROOT.gEnv

str	mcEngine = "TGeant4"

str	simEngine = "Pythia8"

bool	withGeo = False

bool	withMCTracks = True

dict	transparentMaterials

	parser = ArgumentParser()

	dest

	help

	required

	False

	default

	action

	options = parser.parse_args()

	geoFile

	InputFile

	inFile = ROOT.FairFileSource(options.InputFile)

	OutputFile

	rtdb = fRun.GetRuntimeDb()

	parInput1 = ROOT.FairParRootFileIo()

int	verbose = 0

	Track = ROOT.FairMCTracks("Monte-Carlo Tracks",verbose)

	GTrack = ROOT.FairMCTracks("GeoTracks",verbose)

	ShipGeo = ConfigRegistry.loadpy("$FAIRSHIP/geometry/geometry_config.py", Yheight = float(dy), EcalGeoFile = ecalGeoFile)

	upkl = Unpickler( fRun.GetGeoFile() )

dict	mcHits = {}

	fRman = ROOT.FairRootManager.Instance()

	sTree = fRman.GetInChain()

	lsOfGlobals = ROOT.gROOT.GetListOfGlobals()

	sGeo = ROOT.gGeoManager

	top = sGeo.GetTopVolume()

	gEve = ROOT.gEve

	geoMat = ROOT.genfit.TGeoMaterialInterface()

	fM = ROOT.genfit.FieldManager.getInstance()

	br = gEve.GetBrowser()

	rulers = Rulers()

	SHiPDisplay = EventLoop()

Function Documentation

◆ debugStraw()

eventDisplay_shipLHC.debugStraw ( n )

Definition at line 831 of file eventDisplay_shipLHC.py.

def debugStraw(n):
 sGeo = ROOT.gGeoManager  
 vols = sGeo.GetListOfVolumes()
 sTree = g.FindObjectAny('cbmsim')
 sTree.GetEntry(n)
 for s in sTree.strawtubesPoint:
  print(vols[s.GetDetectorID()-1].GetName())
 
 
#----Load the default libraries------

◆ DisplayNuDetector()

eventDisplay_shipLHC.DisplayNuDetector ( )

Definition at line 612 of file eventDisplay_shipLHC.py.

def DisplayNuDetector():
 for x in ["Wall"]:
  xvol = sGeo.GetVolume(x)
  if not xvol: continue
  xvol.SetVisDaughters(0)
  xvol.SetVisibility(1)
 sc    = gEve.GetScenes()
 geoscene = sc.FindChild('Geometry scene')
 gEve.ElementChanged(geoscene,True,True)

◆ DrawCharmTracks()

eventDisplay_shipLHC.DrawCharmTracks ( )

Definition at line 943 of file eventDisplay_shipLHC.py.

def DrawCharmTracks():
  i = -1
  for aTrack in sTree.MCTrack:
    i+=1
    if i<2: continue
    if aTrack.GetMotherId()==1:
      pa = pdg.GetParticle(sTree.MCTrack[i] .GetPdgCode())
      if pa.Lifetime()>1.E-12: 
       print(sTree.MCTrack[i])
       SHiPDisplay.tracks.DrawMCTrack(i)
 

◆ DrawMuonTrack()

eventDisplay_shipLHC.DrawMuonTrack ( )

Definition at line 954 of file eventDisplay_shipLHC.py.

def DrawMuonTrack():
  i = -1
  for aTrack in sTree.MCTrack:
    i+=1
    if abs(aTrack.GetPdgCode())==13:
      print(sTree.MCTrack[i])
      SHiPDisplay.tracks.DrawMCTrack(i)
 

◆ dump()

eventDisplay_shipLHC.dump ( pcut = 0 )

Definition at line 62 of file eventDisplay_shipLHC.py.

def dump(pcut=0):
 print('   #         pid   px    py      pz     vx      vy       vz      mid')
 n=-1
 for mcp in sTree.MCTrack: 
   n+=1
   if mcp.GetP()/u.GeV < pcut :  continue
   printMCTrack(n,sTree.MCTrack)

◆ evExit()

eventDisplay_shipLHC.evExit ( )

Prevent double delete due to a FairRoot bug.

Definition at line 17 of file eventDisplay_shipLHC.py.

def evExit():
    """Prevent double delete due to a FairRoot bug."""
    # Check whether the Eve window was closed/destructed
    if ROOT.addressof(ROOT.gEve) == 0:
        # Prevent the FairEventManager destructor from being called
        ROOT.SetOwnership(fMan, False)
 

◆ mydebug()

eventDisplay_shipLHC.mydebug ( )

Definition at line 797 of file eventDisplay_shipLHC.py.

def mydebug():               
 t = g.FindObjectAny('cbmsim')
 nev = t.GetEntriesFast()
 t.GetEntry(0)
# Loop over Geo tracks  
 for i in range( min(5,nev) ) :
   t.GetEntry(i)
   for gTr in t.GeoTracks: 
    gTr.Print()
    part = gTr.GetParticle()
    lorv = ROOT.TLorentzVector()
    print('xyz E pxpypz',gTr.GetPoint(0)[0],gTr.GetPoint(0)[1] ,gTr.GetPoint(0)[2],lorv.E(),lorv.Px(),lorv.Py(),lorv.Pz())
# Loop over MC tracks  
 for i in range( min(5,nev) ) :
   t.GetEntry(i)
   for gMCTr in t.MCTrack: 
    gMCTr.Print()
    print(gMCTr.GetPdgCode(),gMCTr.GetMass(),gMCTr.GetP())
# MC event header  
 for i in range( nev ) :
   t.GetEntry(i)
   print(t.MCEventHeader.GetEventID(),t.MCEventHeader.GetRunID(),t.MCEventHeader.GetZ())
# geometrie
 sGeo = ROOT.gGeoManager
 cave = sGeo.GetTopVolume()
 cave.Draw('ogl')
# eve
 gEve = ROOT.gEve
#
 sc    = gEve.GetScenes()
 geoscene = sc.FindChild('Geometry scene')
 topnode  = geoscene.FindChild('cave_1')
 topnode.SetVisLevel(4)
 gEve.ElementChanged(geoscene,True,True)

◆ positionText()

eventDisplay_shipLHC.positionText	(	r,
		x,
		y,
		z,
		angle,
		txt,
		size = `200`,
		color = `ROOT.kBlue`,
		mode = `ROOT.TGLFont.kExtrude`,
		light = `ROOT.kTRUE`
	)

Definition at line 962 of file eventDisplay_shipLHC.py.

def positionText(r,x,y,z,angle,txt,size=200,color=ROOT.kBlue,mode=ROOT.TGLFont.kExtrude,light=ROOT.kTRUE):
 tt = ROOT.TEveText(txt)
 tt.SetFontSize(size)
 tt.RefMainTrans().SetPos(x,y,z)
 tt.PtrMainTrans().RotateLF(1, 3, angle)
 tt.SetMainColor(color)
 tt.SetFontMode(mode)
 tt.SetLighting(light)
 r.AddElement(tt)

◆ printFittedTracks()

eventDisplay_shipLHC.printFittedTracks ( )

Definition at line 69 of file eventDisplay_shipLHC.py.

def printFittedTracks():
  print('  # converged Ndf chi2/Ndf    P      Pt      MCid')
  n=-1
  for ft in sTree.FitTracks:
   n+=1
   fitStatus = ft.getFitStatus()
   fitState  = ft.getFittedState()
   mom = fitState.getMom()
   print('%3i %6i   %4i %6.3F   %6.3F %6.3F %6i '%(n,fitStatus.isFitConverged(),\
            fitStatus.getNdf(),fitStatus.getChi2()/fitStatus.getNdf(),\
            mom.Mag()/u.GeV,mom.Pt()/u.GeV,sTree.fitTrack2MC[n] ))

◆ printMCTrack()

eventDisplay_shipLHC.printMCTrack	(	n,
		MCTrack
	)

Definition at line 58 of file eventDisplay_shipLHC.py.

def printMCTrack(n,MCTrack):
   mcp = MCTrack[n]
   print(' %6i %7i %6.3F %6.3F %7.3F %7.3F %7.3F %7.3F %6i '%(n,mcp.GetPdgCode(),mcp.GetPx()/u.GeV,mcp.GetPy()/u.GeV,mcp.GetPz()/u.GeV, \
                      mcp.GetStartX()/u.m,mcp.GetStartY()/u.m,mcp.GetStartZ()/u.m,mcp.GetMotherId()   ))

◆ printParticles()

eventDisplay_shipLHC.printParticles ( )

Definition at line 80 of file eventDisplay_shipLHC.py.

def printParticles():
  print('  #    P    Pt[GeV/c]   DOCA[mm]    Rsq    Vz[m]    d1    d2')
  n=-1
  for aP in sTree.Particles:
   n+=1
   doca = -1.
   if aP.GetMother(1)==99: # DOCA is set
      doca = aP.T()
   Rsq = (aP.Vx()/(2.45*u.m) )**2 + (aP.Vy()/((10./2.-0.05)*u.m) )**2
   print('%3i %6.3F  %6.3F  %9.3F    %6.3F   %6.3F %4i  %4i '%(n,aP.P()/u.GeV,aP.Pt()/u.GeV,\
            doca/u.mm,Rsq,aP.Vz()/u.m,aP.GetDaughter(0),aP.GetDaughter(1) ))
 

◆ projection()

eventDisplay_shipLHC.projection ( )

Definition at line 535 of file eventDisplay_shipLHC.py.

def projection():
#if 1>0:
   # camera
   s = ROOT.gEve.SpawnNewScene("Projected Event")
   ROOT.gEve.GetDefaultViewer().AddScene(s)
   v = ROOT.gEve.GetDefaultGLViewer()
   v.SetCurrentCamera(ROOT.TGLViewer.kCameraOrthoXOY)
   cam = v.CurrentCamera()
   cam.SetZoomMinMax(0.2, 20)
   # projections
   mng = ROOT.TEveProjectionManager(ROOT.TEveProjection.kPT_RPhi)
   s.AddElement(mng)
   axes = ROOT.TEveProjectionAxes(mng)
   axes.SetTitle("TEveProjections demo")
   s.AddElement(axes)
   ROOT.gEve.AddToListTree(axes, ROOT.kTRUE)
   ROOT.gEve.AddToListTree(mng, ROOT.kTRUE)
 

◆ projection_prescale()

eventDisplay_shipLHC.projection_prescale ( )

Definition at line 553 of file eventDisplay_shipLHC.py.

def projection_prescale():
#if 1>0:
   v = gEve.GetViewers()
   vw = v.FindChild('Viewer 1')
   if vw: vw.SetName('3d')
   sev = ROOT.gEve.SpawnNewViewer("Scaled 2D")
   smng = ROOT.TEveProjectionManager(ROOT.TEveProjection.kPP_Plane)
   sp = smng.GetProjection()
   sp.SetUsePreScale(ROOT.kTRUE)
   sp.AddPreScaleEntry(2, 100000000.,  0.1)
   ss = ROOT.gEve.SpawnNewScene("Scaled Geom")
   sev.AddScene(ss)
   ss.AddElement(smng)
   N = sGeo.GetTopNode()
   TNod=ROOT.TEveGeoTopNode(sGeo, N, 1, 3, 10)
   ss.AddElement(TNod)
   eventscene = ROOT.gEve.SpawnNewScene('Scaled event')
   eventscene.AddElement(ROOT.FairEventManager.Instance())
   sev.AddScene(eventscene)
   eventscene.AddElement(smng)
   ROOT.gEve.GetBrowser().GetTabRight().SetTab(1)
   ROOT.gEve.FullRedraw3D(ROOT.kTRUE)
 

◆ PRVersion()

eventDisplay_shipLHC.PRVersion ( )

Definition at line 971 of file eventDisplay_shipLHC.py.

def PRVersion():
 readCameraSetting()
 for x in ['moreShieldingSide', 'moreShieldingTopBot','CoatWall','CoatVol','AbsorberVol']:
  vol = ROOT.gGeoManager.FindVolumeFast(x)
  vol.SetVisibility(0)
 ROOT.gGeoManager.GetMaterial('Concrete').SetTransparency(0)
 r = rulers.ruler
 ticks = 5
 r.DestroyElements()
 r.OpenCompound()
 xpos,ypos = -500., -1500.
 zstart  = ShipGeo.target.z0
 zlength = ShipGeo.MuonStation3.z - zstart + 10*u.m
 z=zstart
 for i in range(int(zlength/100/ticks)):
   m = ROOT.TEveLine()
   m.SetNextPoint(xpos,ypos, z)
   m.SetNextPoint(xpos-1*u.m,ypos,z)
   m.SetMainColor(ROOT.kRed)
   m.SetLineWidth(5)
   r.AddElement(m)
   t1 = ROOT.TEveText(str(i*ticks)+'m')
   t1.SetMainColor(ROOT.kGray+3)
   t1.SetFontSize(5)
   t1.RefMainTrans().SetPos(xpos-0.1*u.m,ypos+0.2*u.m,z)
   r.AddElement(t1)
   z+=ticks*u.m
 xpos,ypos = 0., 0.
 z = ShipGeo.MuonStation3.z+6*u.m
 ylength = 7*u.m
 ypos=-ylength
 for i in range(-int(ylength/100),int(ylength/100),1):
   m = ROOT.TEveLine()
   m.SetNextPoint(xpos,ypos, z)
   m.SetNextPoint(xpos+0.05*u.m,ypos,z)
   m.SetMainColor(ROOT.kRed)
   m.SetLineWidth(3)
   r.AddElement(m)
   t1 = ROOT.TEveText(str(i)+'m')
   t1.SetMainColor(ROOT.kGray+3)
   t1.SetFontSize(5)
   t1.RefMainTrans().SetPos(xpos-0.5*u.m,ypos,z)
   r.AddElement(t1)
   ypos+=1*u.m
 ty = ROOT.TEveText("y-axis")
 ty.SetFontSize(10)
 ty.RefMainTrans().SetPos(0.,ypos+1*u.m,z)
 ty.SetMainColor(ROOT.kRed-2)
 r.AddElement(ty)
 xpos,ypos = 0., 0.
 z = ShipGeo.MuonStation3.z+10*u.m
 xlength = 3*u.m
 xpos=-xlength
 for i in range(-int(xlength/100),int(xlength/100),1):
   m = ROOT.TEveLine()
   m.SetNextPoint(xpos,ypos, z)
   m.SetNextPoint(xpos,ypos-0.05*u.m,z)
   m.SetMainColor(ROOT.kRed)
   m.SetLineWidth(3)
   r.AddElement(m)
   t1 = ROOT.TEveText(str(i)+'m')
   t1.SetMainColor(ROOT.kGray+3)
   t1.SetFontSize(5)
   t1.RefMainTrans().SetPos(xpos,ypos-0.1*u.m,z)
   r.AddElement(t1)
   xpos+=1*u.m 
 tx = ROOT.TEveText("x-axis")
 tx.SetFontSize(10)
 tx.RefMainTrans().SetPos(xpos+1*u.m,0.,z)
 tx.SetMainColor(ROOT.kRed-2)
 r.AddElement(tx)
 rotAngle = ROOT.TMath.Pi()+ROOT.TMath.PiOver2()*5./2.
 positionText(r,0.,900.,ShipGeo.TrackStation1.z-20*u.m,rotAngle,"SHiP",200,ROOT.kOrange-2)
 positionText(r,0.,750.,ShipGeo.TrackStation1.z-40*u.m,rotAngle,"Vacuum decay vessel",200,ROOT.kGray+1)
 positionText(r,0.,100.,ShipGeo.target.z-6*u.m,rotAngle,"Target",200,ROOT.kBlue)
 positionText(r,0.,600.,ShipGeo.muShield.z-10*u.m,rotAngle,"Active muon shield",200,ROOT.kGreen-2)
 positionText(r,0.,600.,ShipGeo.tauMudet.zMudetC-10*u.m,rotAngle,"Tau neutrino detector",200,ROOT.kRed-2)
 positionText(r,0.,900.,ShipGeo.Bfield.z-5*u.m,rotAngle,"Dipole Magnet",200,ROOT.kBlue+2)
 positionText(r,-1500.,-800.,ShipGeo.TrackStation3.z-2*u.m,rotAngle,"Strawtracker",200,ROOT.kRed+2)
 positionText(r,0.,730.,ShipGeo.ecal.z-1*u.m,rotAngle,"Ecal",200,ROOT.kOrange)
 positionText(r,0.,700.,ShipGeo.MuonFilter2.z,rotAngle,"Muon",200,ROOT.kGreen+2)
 r.CloseCompound()
 sc    = gEve.GetScenes()
 geoscene = sc.FindChild('Geometry scene')
 gEve.ElementChanged(geoscene,True,True)
 
 

◆ readCameraSetting()

eventDisplay_shipLHC.readCameraSetting ( fname = 'camSetting.root' )

Definition at line 581 of file eventDisplay_shipLHC.py.

def readCameraSetting(fname='camSetting.root'):
 f = ROOT.TFile.Open(fname)
 cam  = ROOT.gEve.GetDefaultGLViewer().CurrentCamera()
 f.GetKey(cam.ClassName()).Read(cam)
 cam.IncTimeStamp()
 gEve.GetDefaultGLViewer().RequestDraw()
 f.Close()

◆ rename()

eventDisplay_shipLHC.rename ( name = 'ship.TGeant4.root' )

Definition at line 685 of file eventDisplay_shipLHC.py.

def rename(name='ship.TGeant4.root'):
 f = ROOT.TFile(name,'UPDATE')
 t = f.Get('cbmsim')
 for x in t.GetListOfBranches():
  nm = x.GetName().replace('_1','')
  x.SetName(nm)
 t.Write()
 f.Close() 
 

◆ search()

eventDisplay_shipLHC.search	(	lvdict,
		tag
	)

Definition at line 682 of file eventDisplay_shipLHC.py.

def search(lvdict,tag):
  for x in lvdict: 
   if not x.find(tag)<0: print(x)

◆ select()

eventDisplay_shipLHC.select ( pattern )

Definition at line 676 of file eventDisplay_shipLHC.py.

def select(pattern):
 exc = []
 for v in sGeo.GetListOfVolumes():
   vname = v.GetName()
   if not vname.find(pattern) < 0 : exc.append(vname)
 return exc

◆ speedUp()

eventDisplay_shipLHC.speedUp ( )

Definition at line 588 of file eventDisplay_shipLHC.py.

def speedUp():
 for x in ["wire","gas","rockD","rockS","rockSFe"]:  
   xvol = sGeo.GetVolume(x)
   if xvol: xvol.SetVisibility(0) 
 for k in range(1,7):
     va = sGeo.GetVolume("T"+str(k))
     if not va: continue
     for x in va.GetNodes():
       nm = x.GetName()
       if not nm.find("Inner")<0 and k < 3: 
          x.SetVisDaughters(False)
          x.SetVisibility(False)
       if not nm.find("LiSc")<0: x.SetVisDaughters(False)
       if not nm.find("RibPhi")<0: x.SetVisDaughters(False)
# 
 for x in ["Ecal","Hcal"]:
  xvol = sGeo.GetVolume(x)
  if not xvol: continue
  xvol.SetVisDaughters(0)
  xvol.SetVisibility(1)
  if x=="Ecal": xvol.SetLineColor(ROOT.kYellow) 
  else:        xvol.SetLineColor(ROOT.kOrange+3) 
 
# set display properties for tau nu target

◆ storeCameraSetting()

eventDisplay_shipLHC.storeCameraSetting ( fname = 'camSetting.root' )

Definition at line 576 of file eventDisplay_shipLHC.py.

def storeCameraSetting(fname='camSetting.root'):
 f = ROOT.TFile.Open(fname, "RECREATE");
 cam  = ROOT.gEve.GetDefaultGLViewer().CurrentCamera()
 cam.Write()
 f.Close()

◆ switchOf()

eventDisplay_shipLHC.switchOf ( tag )

Definition at line 621 of file eventDisplay_shipLHC.py.

def switchOf(tag):
 sc    = gEve.GetScenes()
 geoscene = sc.FindChild('Geometry scene')
 for v in top.GetNodes():
   vname = v.GetName()
   if not vname.find(tag)<0:
     v.SetVisibility(0)
     v.SetVisDaughters(0)
 gEve.ElementChanged(geoscene,True,True)

◆ switchOfAll()

eventDisplay_shipLHC.switchOfAll ( exc )

Definition at line 649 of file eventDisplay_shipLHC.py.

def switchOfAll(exc):
 sc    = gEve.GetScenes()
 geoscene = sc.FindChild('Geometry scene')
 for v in top.GetNodes():
   vname = v.GetName()
   if not vname.find('cave')< 0 : continue
   todo = True
   for tag in exc: 
    if not tag.find(vname)<0: todo = False 
   if todo:
    v.SetVisibility(0)
    v.SetVisDaughters(0)
 gEve.ElementChanged(geoscene,True,True) 

◆ switchOfRock()

eventDisplay_shipLHC.switchOfRock ( )

Definition at line 642 of file eventDisplay_shipLHC.py.

def switchOfRock():
 sc    = gEve.GetScenes()
 geoscene = sc.FindChild('Geometry scene')
 for x in [ 'rockD', 'rockS']:
  v = sGeo.FindVolumeFast(x)
  v.SetVisibility(0)
 gEve.ElementChanged(geoscene,True,True)

◆ switchOn()

eventDisplay_shipLHC.switchOn ( tag )

Definition at line 630 of file eventDisplay_shipLHC.py.

def switchOn(tag):
 sc    = gEve.GetScenes()
 geoscene = sc.FindChild('Geometry scene')
 for v in top.GetNodes():
   vname = v.GetName()
   if not vname.find(tag)<0:
     print('switch on ',vname)
     v.SetVisibility(1)
     v.SetVisDaughters(1)
 gEve.ElementChanged(geoscene,True,True)
 
# switch of drawing of rock

◆ switchOnAll()

eventDisplay_shipLHC.switchOnAll ( exc )

Definition at line 662 of file eventDisplay_shipLHC.py.

def switchOnAll(exc):
 sc    = gEve.GetScenes()
 geoscene = sc.FindChild('Geometry scene')
 for v in top.GetNodes():
   vname = v.GetName()
   if not vname.find('cave')< 0 : continue
   todo = True
   for tag in exc: 
    if not tag.find(vname)<0: todo = False 
   if todo:
    v.SetVisibility(1)
    v.SetVisDaughters(1)
 gEve.ElementChanged(geoscene,True,True) 
 

Variable Documentation

◆ action

eventDisplay_shipLHC.action

Definition at line 51 of file eventDisplay_shipLHC.py.

◆ br

eventDisplay_shipLHC.br = gEve.GetBrowser()

Definition at line 917 of file eventDisplay_shipLHC.py.

◆ default

eventDisplay_shipLHC.default

Definition at line 50 of file eventDisplay_shipLHC.py.

◆ dest

eventDisplay_shipLHC.dest

Definition at line 48 of file eventDisplay_shipLHC.py.

◆ False

eventDisplay_shipLHC.False

Definition at line 50 of file eventDisplay_shipLHC.py.

◆ fM

eventDisplay_shipLHC.fM = ROOT.genfit.FieldManager.getInstance()

Definition at line 913 of file eventDisplay_shipLHC.py.

◆ fMan

eventDisplay_shipLHC.fMan = None

Definition at line 26 of file eventDisplay_shipLHC.py.

◆ fRman

eventDisplay_shipLHC.fRman = ROOT.FairRootManager.Instance()

Definition at line 901 of file eventDisplay_shipLHC.py.

◆ fRun

eventDisplay_shipLHC.fRun = None

Definition at line 27 of file eventDisplay_shipLHC.py.

◆ g

eventDisplay_shipLHC.g = ROOT.gROOT

Definition at line 29 of file eventDisplay_shipLHC.py.

◆ gEnv

eventDisplay_shipLHC.gEnv = ROOT.gEnv

Definition at line 30 of file eventDisplay_shipLHC.py.

◆ geoFile

eventDisplay_shipLHC.geoFile

Definition at line 845 of file eventDisplay_shipLHC.py.

◆ geoMat

eventDisplay_shipLHC.geoMat = ROOT.genfit.TGeoMaterialInterface()

Definition at line 911 of file eventDisplay_shipLHC.py.

◆ gEve

eventDisplay_shipLHC.gEve = ROOT.gEve

Definition at line 909 of file eventDisplay_shipLHC.py.

◆ GTrack

eventDisplay_shipLHC.GTrack = ROOT.FairMCTracks("GeoTracks",verbose)

Definition at line 874 of file eventDisplay_shipLHC.py.

◆ help

eventDisplay_shipLHC.help

Definition at line 48 of file eventDisplay_shipLHC.py.

◆ inFile

eventDisplay_shipLHC.inFile = ROOT.FairFileSource(options.InputFile)

Definition at line 850 of file eventDisplay_shipLHC.py.

◆ InputFile

eventDisplay_shipLHC.InputFile

Definition at line 848 of file eventDisplay_shipLHC.py.

◆ lsOfGlobals

eventDisplay_shipLHC.lsOfGlobals = ROOT.gROOT.GetListOfGlobals()

Definition at line 903 of file eventDisplay_shipLHC.py.

◆ mcEngine

str eventDisplay_shipLHC.mcEngine = "TGeant4"

Definition at line 33 of file eventDisplay_shipLHC.py.

◆ mcHits

dict eventDisplay_shipLHC.mcHits = {}

Definition at line 887 of file eventDisplay_shipLHC.py.

◆ options

eventDisplay_shipLHC.options = parser.parse_args()

Definition at line 55 of file eventDisplay_shipLHC.py.

◆ OutputFile

eventDisplay_shipLHC.OutputFile

Definition at line 855 of file eventDisplay_shipLHC.py.

◆ parInput1

eventDisplay_shipLHC.parInput1 = ROOT.FairParRootFileIo()

Definition at line 860 of file eventDisplay_shipLHC.py.

◆ parser

eventDisplay_shipLHC.parser = ArgumentParser()

Definition at line 46 of file eventDisplay_shipLHC.py.

◆ pdg

eventDisplay_shipLHC.pdg = ROOT.TDatabasePDG.Instance()

Definition at line 28 of file eventDisplay_shipLHC.py.

◆ required

eventDisplay_shipLHC.required

Definition at line 48 of file eventDisplay_shipLHC.py.

◆ rtdb

eventDisplay_shipLHC.rtdb = fRun.GetRuntimeDb()

Definition at line 859 of file eventDisplay_shipLHC.py.

◆ rulers

eventDisplay_shipLHC.rulers = Rulers()

Definition at line 923 of file eventDisplay_shipLHC.py.

◆ sGeo

eventDisplay_shipLHC.sGeo = ROOT.gGeoManager

Definition at line 905 of file eventDisplay_shipLHC.py.

◆ SHiPDisplay

eventDisplay_shipLHC.SHiPDisplay = EventLoop()

Definition at line 924 of file eventDisplay_shipLHC.py.

◆ ShipGeo

eventDisplay_shipLHC.ShipGeo = ConfigRegistry.loadpy("$FAIRSHIP/geometry/geometry_config.py", Yheight = float(dy), EcalGeoFile = ecalGeoFile)

Definition at line 881 of file eventDisplay_shipLHC.py.

◆ simEngine

str eventDisplay_shipLHC.simEngine = "Pythia8"

Definition at line 34 of file eventDisplay_shipLHC.py.

◆ sTree

eventDisplay_shipLHC.sTree = fRman.GetInChain()

Definition at line 902 of file eventDisplay_shipLHC.py.

◆ top

eventDisplay_shipLHC.top = sGeo.GetTopVolume()

Definition at line 906 of file eventDisplay_shipLHC.py.

◆ Track

eventDisplay_shipLHC.Track = ROOT.FairMCTracks("Monte-Carlo Tracks",verbose)

Definition at line 873 of file eventDisplay_shipLHC.py.

◆ transparentMaterials

dict eventDisplay_shipLHC.transparentMaterials

Initial value:

=  {'iron':80,'aluminium':80,'mylar':60,'STTmix9010_2bar':95,'steel':80,'Aluminum':80,'Scintillator':80,
#                        tau nu detector  
                        'CoilCopper':70,'copper':90,'HPTgas':70,'Bakelite':70,'RPCgas':70,
#                        charm detector  
                        'CoilAluminium':70,'molybdenum':80,'PlasticBase':70,'tantalum':70}

Definition at line 39 of file eventDisplay_shipLHC.py.

◆ upkl

eventDisplay_shipLHC.upkl = Unpickler( fRun.GetGeoFile() )

Definition at line 884 of file eventDisplay_shipLHC.py.

◆ verbose

int eventDisplay_shipLHC.verbose = 0

Definition at line 871 of file eventDisplay_shipLHC.py.

◆ withGeo

eventDisplay_shipLHC.withGeo = False

Definition at line 35 of file eventDisplay_shipLHC.py.

◆ withMCTracks

bool eventDisplay_shipLHC.withMCTracks = True

Definition at line 36 of file eventDisplay_shipLHC.py.

Classes

Functions

Variables

Function Documentation

◆ debugStraw()

◆ DisplayNuDetector()

◆ DrawCharmTracks()

◆ DrawMuonTrack()

◆ dump()

◆ evExit()

◆ mydebug()

◆ positionText()

◆ printFittedTracks()

◆ printMCTrack()

◆ printParticles()

◆ projection()

◆ projection_prescale()

◆ PRVersion()

◆ readCameraSetting()

◆ rename()

◆ search()

◆ select()

◆ speedUp()

◆ storeCameraSetting()

◆ switchOf()

◆ switchOfAll()

◆ switchOfRock()

◆ switchOn()

◆ switchOnAll()

Variable Documentation

◆ action

◆ br

◆ default

◆ dest

◆ False

◆ fM

◆ fMan

◆ fRman

◆ fRun

◆ g

◆ gEnv

◆ geoFile

◆ geoMat

◆ gEve

◆ GTrack

◆ help

◆ inFile

◆ InputFile

◆ lsOfGlobals

◆ mcEngine

◆ mcHits

◆ options

◆ OutputFile

◆ parInput1

◆ parser

◆ pdg

◆ required

◆ rtdb

◆ rulers

◆ sGeo

◆ SHiPDisplay

◆ ShipGeo

◆ simEngine

◆ sTree

◆ top

◆ Track

◆ transparentMaterials

◆ upkl

◆ verbose

◆ withGeo

◆ withMCTracks