Go to the source code of this file.

Namespaces
namespace	run_simScript

Functions
None	run_simScript.visualizeMagFields ()

None	run_simScript.checkOverlapsWithGeant4 ()

Variables
bool	run_simScript.DownScaleDiMuon = False

float	run_simScript.theHNLMass = 1.0 * u.GeV

theDecayCouplings	run_simScript.theProductionCouplings = None

float	run_simScript.theDPmass = 0.2 * u.GeV

str	run_simScript.mcEngine = "TGeant4"

str	run_simScript.inclusive = "c"

bool	run_simScript.MCTracksWithHitsOnly = False

bool	run_simScript.MCTracksWithEnergyCutOnly = True

bool	run_simScript.MCTracksWithHitsOrEnergyCut = False

bool	run_simScript.charmonly = False

bool	run_simScript.HNL = True

str	run_simScript.inputFile = "$EOSSHIP/eos/experiment/ship/data/Charm/Cascade-parp16-MSTP82-1-MSEL4-978Bpot.root"

bool	run_simScript.defaultInputFile = True

ArgumentParser	run_simScript.parser = ArgumentParser()

	run_simScript.help

	run_simScript.action

	run_simScript.dest

ArgumentParser	run_simScript.subparsers = parser.add_subparsers(dest="command", help="Which mode to run")

ArgumentParser	run_simScript.pg_parser = subparsers.add_parser("PG", help="Use Particle Gun")

	run_simScript.default

	run_simScript.type

	run_simScript.int

	run_simScript.float

ArgumentParser	run_simScript.genie_parser = subparsers.add_parser("Genie", help="Genie for reading and processing neutrino interactions")

	run_simScript.choices

	run_simScript.None

	run_simScript.const

	run_simScript.nargs

ArgumentParser	run_simScript.options = parser.parse_args()

list	run_simScript.available_snd_designs = [1, 2]

	run_simScript.SND_design

	run_simScript.else :

	run_simScript.try :

ArgumentParser	run_simScript.motherMode = options.MM

int	run_simScript.Opt_high = int(options.cosmics)

	run_simScript.theMass

list	run_simScript.theCouplings = [float(c) for c in options.thecouplings.split(",")]

list	run_simScript.theDecayCouplings = [float(c) for c in options.thedeccouplings.split(",")]

ArgumentParser	run_simScript.seed = options.theSeed

geometry_config	run_simScript.ship_geo

	run_simScript.pythia8

ArgumentParser	run_simScript.run_identifier = options.output_tag if options.output_tag else str(uuid.uuid4())

f	run_simScript.outFile = f"{options.outputDir}/sim_{run_identifier}.root"

f	run_simScript.parFile = f"{options.outputDir}/params_{run_identifier}.root"

ROOT	run_simScript.timer = ROOT.TStopwatch()

ROOT	run_simScript.run = ROOT.FairRunSim()

ROOT	run_simScript.rtdb = run.GetRuntimeDb()

shipDet_conf	run_simScript.modules = shipDet_conf.configure(run, ship_geo)

ROOT	run_simScript.primGen = ROOT.FairPrimaryGenerator()

ROOT	run_simScript.P8gen = ROOT.HNLPythia8Generator()

pythia8darkphoton_conf	run_simScript.passDPconf

ROOT	run_simScript.test = ROOT.TPythia6()

ROOT	run_simScript.P6gen = ROOT.tPythia6Generator()

ROOT	run_simScript.EvtCalcGen = ROOT.EvtCalcGenerator()

	run_simScript.zTa

	run_simScript.z

	run_simScript.zDV

	run_simScript.nEvents = 0

ROOT	run_simScript.myPgun = ROOT.FairBoxGenerator(options.pID, 1)

ROOT	run_simScript.DISgen = ROOT.MuDISGenerator()

	run_simScript.mu_start

	run_simScript.mu_end

ROOT	run_simScript.Geniegen = ROOT.GenieGenerator()

ROOT	run_simScript.pdg = ROOT.TDatabasePDG.Instance()

ROOT	run_simScript.Ntuplegen = ROOT.NtupleGenerator()

ut	run_simScript.fileType = ut.checkFileExists(inputFile)

ROOT	run_simScript.MuonBackgen = ROOT.MuonBackGenerator()

ROOT	run_simScript.testf = ROOT.TFile.Open(inputFile[0])

	run_simScript.fastMuon

ROOT	run_simScript.Cosmicsgen = ROOT.CosmicsGenerator()

	run_simScript.n_EVENTS

ROOT	run_simScript.gMC = ROOT.TVirtualMC.GetMC()

ROOT	run_simScript.fStack = gMC.GetStack()

float	run_simScript.EnergyCut = 10.0 * u.MeV if options.mudis else 100.0 * u.MeV

ROOT	run_simScript.trajFilter = ROOT.FairTrajFilter.Instance()

	run_simScript.fieldMap

geomGeant4	run_simScript.fieldMaker = geomGeant4.addVMCFields(ship_geo, verbose=True)

	run_simScript.onlyWithField

	run_simScript.True

	run_simScript.exclude

ROOT	run_simScript.kParameterMerged = ROOT.kTRUE

ROOT	run_simScript.parOut = ROOT.FairParRootFileIo(kParameterMerged)

f	run_simScript.geofile_name = f"{options.outputDir}/geo_{run_identifier}.root"

ROOT	run_simScript.fGeo = ROOT.gGeoManager

ROOT	run_simScript.rtime = timer.RealTime()

ROOT	run_simScript.ctime = timer.CpuTime()

f	run_simScript.tmpFile = outFile + "tmp"

f	run_simScript.xxx = outFile.split("/")

f	run_simScript.check = xxx[len(xxx) - 1]

bool	run_simScript.fin = False

ff	run_simScript.nm = ff.GetName().split("/")

bool	run_simScript.t = fin["cbmsim"]

ROOT	run_simScript.fout = ROOT.TFile(tmpFile, "recreate")

ROOT	run_simScript.fSink = ROOT.FairRootFileSink(fout)

bool	run_simScript.sTree = t.CloneTree(0)

list	run_simScript.pointContainers = []

branch	run_simScript.name = branch.GetName()

bool	run_simScript.empty = True

getattr	run_simScript.container = getattr(sTree, containerName)

ROOT	run_simScript.branches = ROOT.TList()

os	run_simScript.rc1 = os.system("rm " + outFile)

os	run_simScript.rc2 = os.system("mv " + tmpFile + " " + outFile)

f	run_simScript.temp_filename = outFile.replace(".root", "_tmp.root")

f_outputfile	run_simScript.output_tree = f_outputfile["cbmsim"]

ROOT	run_simScript.muondis_tree = ROOT.TChain("DIS")

f_outputfile	run_simScript.new_tree = output_tree.CloneTree(0)

array	run_simScript.cross_section = array("f", [0.0])

f_outputfile	run_simScript.cross_section_leaf = new_tree.Branch("CrossSection", cross_section, "CrossSection/F")

muondis_event	run_simScript.mu = muondis_event.InMuon[0]

ROOT	run_simScript.f_input = ROOT.TFile.Open(inputFile[0], "READ")

ROOT	run_simScript.gst = f_input.gst

str	run_simScript.selection_string = "(Entry$ >= " + str(options.firstEvent) + ")"

ROOT	run_simScript.f_output = ROOT.TFile.Open(outFile, "UPDATE")

ROOT	run_simScript.gst_copy = gst.CopyTree(selection_string)

Namespaces

Functions

Variables