shipLHC_conf Namespace Reference

Functions
	configure (run, ship_geo, Gfield='')

Variables
list	detectorList = []

Function Documentation

configure()

shipLHC_conf.configure	(		run,
			ship_geo,
			Gfield = ''
	)

Definition at line 9 of file shipLHC_conf.py.

def configure(run,ship_geo,Gfield=''):
# -----Create media-------------------------------------------------
 if hasattr(run,'SetMaterials'):  run.SetMaterials("media.geo")  # Materials
 
# -----Create geometry----------------------------------------------
 cave= ROOT.ShipCave("CAVE")
 cave.SetGeometryFileName("caveWithAir.geo")
 detectorList.append(cave)
 
 floor = ROOT.Floor()
 for parName in ship_geo.Floor:
    parValue = eval('ship_geo.Floor.'+parName)
    floor.SetConfPar("Floor/"+parName, parValue)
 detectorList.append(floor)
 
 EmulsionDet = ROOT.EmulsionDet("EmulsionDet",ROOT.kTRUE)
 for parName in ship_geo.EmulsionDet:
    parValue = eval('ship_geo.EmulsionDet.'+parName)
    EmulsionDet.SetConfPar("EmulsionDet/"+parName, parValue)
 detectorList.append(EmulsionDet)
 
 Scifi = ROOT.Scifi("Scifi", ROOT.kTRUE)
 for parName in ship_geo.Scifi:
    parValue = eval('ship_geo.Scifi.'+parName)
    Scifi.SetConfPar("Scifi/"+parName, parValue)
 detectorList.append(Scifi)
 
 MuFilter = ROOT.MuFilter("MuFilter",ROOT.kTRUE)
 for parName in ship_geo.MuFilter:
    parValue = eval('ship_geo.MuFilter.'+parName)
    MuFilter.SetConfPar("MuFilter/"+parName, parValue)
 detectorList.append(MuFilter)
 
 detElements = {}
 if hasattr(run,'SetMaterials'):  
  for x in detectorList:
    run.AddModule(x)
# return list of detector elements
  for x in run.GetListOfModules(): detElements[x.GetName()]=x
 else:
  for x in detectorList: detElements[x.GetName()]=x
 return detElements

Variable Documentation

detectorList

list shipLHC_conf.detectorList = []

Definition at line 7 of file shipLHC_conf.py.