Inheritance diagram for mc.Sample:

Collaboration diagram for mc.Sample:

Public Member Functions
	setupFlags (self, flags)
	setupProcess (self, flags)
	setupFlags (self, flags)
	setupProcess (self, flags)
	setupFlags (self, flags)
	setupProcess (self, flags)
	setupFlags (self, flags)
	setupProcess (self, flags)

Public Attributes
str	description = "Inelastic minimum bias, with the A2 MSTW2008LO tune and EvtGen"
list	keywords = ["QCD", "minBias", "SM"]
list	contact = ["spyros.argyropoulos@cern.ch"]
int	nEventsPerJob = 1000
str	MEgenerator = "MadGraph"
int	inputFilesPerJob = 1

Detailed Description

Definition at line 5 of file mc.Py8EG_A2MSTW2008LO_minbias_inelastic.py.

Member Function Documentation

◆ setupFlags() [1/4]

mc.Sample.setupFlags	(		self,
			flags )

Definition at line 7 of file mc.Py8EG_A2MSTW2008LO_minbias_inelastic.py.

    def setupFlags(self, flags):
        self.description = "Inelastic minimum bias, with the A2 MSTW2008LO tune and EvtGen"
        self.keywords = ["QCD", "minBias", "SM"]
        self.contact = ["spyros.argyropoulos@cern.ch"]
        self.nEventsPerJob = 1000
 

◆ setupFlags() [2/4]

mc.Sample.setupFlags	(		self,
			flags )

Definition at line 7 of file mc.MGPy8EG_Toponium_Singlet_2L.py.

    def setupFlags(self, flags):
        self.description = "Toponium production with 2L, singlet part, showering only, m_t = 173 GeV"
        self.keywords = ["SM", "top"]
        self.contact = ["spyros.argyropoulos@cern.ch"]
        self.nEventsPerJob = 1000
        # This uses LHE produced by MG
        self.MEgenerator = "MadGraph"
        self.inputFilesPerJob = 1
        
 

◆ setupFlags() [3/4]

mc.Sample.setupFlags	(		self,
			flags )

Definition at line 9 of file mc.PG_single_nu_valid.py.

    def setupFlags(self, flags):
        self.description = "Single neutrinos with fixed eta and E: purely for pile-up/lumi testing"
        self.keywords = ["singleParticle", "neutrino"]
        self.contact = ["dhirsch@mail.cern.ch"]
        self.nEventsPerJob = 100
 

◆ setupFlags() [4/4]

mc.Sample.setupFlags	(		self,
			flags )

Definition at line 8 of file mc.MG_ttbar_LHE_valid.py.

    def setupFlags(self, flags):
        self.description = "MadGraph LO ttbar"
        self.keywords = ["ttbar"]
        self.contact = ["spyros.argyropoulos@cern.ch"]
        self.nEventsPerJob = 10000
 

◆ setupProcess() [1/4]

mc.Sample.setupProcess	(		self,
			flags )

Definition at line 13 of file mc.Py8EG_A2MSTW2008LO_minbias_inelastic.py.

    def setupProcess(self, flags):
        # Pythia8 process
        p8_process = ["SoftQCD:inelastic = on"]
        
        # Pythia with EvtGen
        from Pythia8_i.Pythia8Config import Pythia8_A2_MSTW2008LO_EvtGen_Common_Cfg
        sampleConfig = Pythia8_A2_MSTW2008LO_EvtGen_Common_Cfg(flags, Commands=p8_process)
 
        return sampleConfig

◆ setupProcess() [2/4]

mc.Sample.setupProcess	(		self,
			flags )

Definition at line 17 of file mc.MGPy8EG_Toponium_Singlet_2L.py.

    def setupProcess(self, flags):
        from Pythia8_i.Pythia8Config import (
            Pythia8_MadGraph_Cfg,
            Pythia8_A14_NNPDF23LO_EvtGen_Common_Cfg,
        )
 
        # Set up MadGraph + Pythia8
        sampleConfig = Pythia8_MadGraph_Cfg(
            flags,
            # Specify tune and EvtGen
            ShowerCfg=Pythia8_A14_NNPDF23LO_EvtGen_Common_Cfg,
        )
 
        return sampleConfig

◆ setupProcess() [3/4]

mc.Sample.setupProcess	(		self,
			flags )

Definition at line 15 of file mc.PG_single_nu_valid.py.

    def setupProcess(self, flags):
        # TODO: update once we have a proper PG fragment
        sampleConfig = ComponentAccumulator(EvgenSequenceFactory(EvgenSequence.Generator))
 
        from ParticleGun.ParticleGunConfig import ParticleGun_SteeredSingleParticleCfg
        pg = ParticleGun_SteeredSingleParticleCfg(
            flags,
            pid=12,
            samplerType="EEtaMPhi",
            energy=50000,
            eta=0,
        )
 
        sampleConfig.merge(pg)
 
        return sampleConfig

◆ setupProcess() [4/4]

mc.Sample.setupProcess	(		self,
			flags )

Definition at line 14 of file mc.MG_ttbar_LHE_valid.py.

    def setupProcess(self, flags):
        # MadGraph process to generate
        process_def = """
                      import model sm
                      define p = g u c d s u~ c~ d~ s~
                      define j = g u c d s u~ c~ d~ s~
                      generate p p > t t~
                      output -f
                      """
 
        # Custom settings to pass to MadGraphControl.
        # These are native MadGraph settings, not MadGraphControl settings.
        settings = {
            "cut_decays": "F",
        }
 
        # Use 4F NNPDF set 
        from MadGraphControl.MadGraphPDFSettings import MadGraphPDFSets
        pdf_set = MadGraphPDFSets.NNPDF30NLOnf4
 
        # This sample is LHE-only by construction: no showering stage.
        from MadGraphControl.MadGraphConfig import MadGraph_LHE_Cfg
        return MadGraph_LHE_Cfg(
            flags,
            process_definition=process_def,
            settings=settings,
            pdf_setting=pdf_set
        )
 
        # Non-default settings can be passed via the kwargs, for example:
        # return MadGraph_LHE_Cfg(
        #     flags,
        #     process_definition=process_def,
        #     settings=settings,
        #     lhe_version=2,
        #     saveProcDir=True,
        #     safety=1.2, # increase the safety factor for number of events to be generated
        # )