exerciser.PartitionvsFlowNetworkTests Class Reference

Inheritance diagram for exerciser.PartitionvsFlowNetworkTests:

Collaboration diagram for exerciser.PartitionvsFlowNetworkTests:

Public Member Functions
def	__init__ (self, n_conds=6, n_bkgd=4, bkgd_etmax=50000., run_with_partitions=False)
def	make_chain_dict (self)
def	make_event_generator (self)
def	logfile_name (self, chain_name)

Public Attributes
	n_conds
	n_bkgd
	bkgd_etmax
	run_with_partitions
	chain_name

Detailed Description

Definition at line 19 of file exerciser.py.

Constructor & Destructor Documentation

__init__()

def exerciser.PartitionvsFlowNetworkTests.__init__	(		self,
			n_conds = 6,
			n_bkgd = 4,
			bkgd_etmax = 50000.,
			run_with_partitions = False
	)

Definition at line 21 of file exerciser.py.

    def __init__(self,
                 n_conds=6,
                 n_bkgd=4,
                 bkgd_etmax=50000.,   # MeV
                 run_with_partitions=False):
        
        self.n_conds = n_conds
        self.n_bkgd = n_bkgd
        self.bkgd_etmax = bkgd_etmax
        self.run_with_partitions = run_with_partitions
 
    

Member Function Documentation

logfile_name()

def exerciser.PartitionvsFlowNetworkTests.logfile_name	(		self,
			chain_name
	)

Definition at line 62 of file exerciser.py.

    def logfile_name(self, chain_name):
        if (self.run_with_partitions):
            lfn = self.chain_name + '_b' + str(self.n_bkgd) + '_part.log'
        else:
            lfn = self.chain_name + '_b' + str(self.n_bkgd) + '.log'
 
        return lfn
 

make_chain_dict()

def exerciser.PartitionvsFlowNetworkTests.make_chain_dict

(

self

)

Chaindicts for Partion vs flownetwork strudies

Definition at line 33 of file exerciser.py.

    def make_chain_dict(self):
        """Chaindicts for Partion vs flownetwork strudies"""
    
        chainNameDecoder = DictFromChainName.DictFromChainName()
        self.chain_name = 'HLT'
        for i in range(self.n_conds):
            self.chain_name += '_j80'
 
        
        chain_dict = chainNameDecoder.getChainDict(self.chain_name)
        assert len(chain_dict['chainParts']) == self.n_conds
 
        if (self.run_with_partitions):
            for cp in chain_dict['chainParts']:
                cp['hypoScenario'] = 'simple_partition'
 
        return chain_dict
 
    

make_event_generator()

def exerciser.PartitionvsFlowNetworkTests.make_event_generator

(

self

)

Definition at line 52 of file exerciser.py.

    def make_event_generator(self):
        generator = SimpleHypoJetVectorGenerator()
    
        generator.ets = [80000. + 1000.*i for i in range(self.n_sgnl)]
        generator.etas = [0.5] * self.n_sgnl
        generator.n_bkgd = self.n_bkgd
        generator.bkgd_etmax = self.bkgd_etmax
 
        return generator
 

Member Data Documentation

bkgd_etmax

exerciser.PartitionvsFlowNetworkTests.bkgd_etmax

Definition at line 25 of file exerciser.py.

chain_name

exerciser.PartitionvsFlowNetworkTests.chain_name

Definition at line 37 of file exerciser.py.

n_bkgd

exerciser.PartitionvsFlowNetworkTests.n_bkgd

Definition at line 24 of file exerciser.py.

n_conds

exerciser.PartitionvsFlowNetworkTests.n_conds

Definition at line 23 of file exerciser.py.

run_with_partitions

exerciser.PartitionvsFlowNetworkTests.run_with_partitions

Definition at line 26 of file exerciser.py.

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The documentation for this class was generated from the following file:

• exerciser.py