def __init__(self,data,debug):
Plot.__init__(self,debug = debug, data = data)
self.createPlotSubdir('energyComparison')
self.createPlotSubdir('l1CountComparison')
self.fileHandlerSimulation = self.createFileHandler(SIMULATION_FILE_SCHEME)
self.fileHandler = self.createFileHandler(DATA_FILE_SCHEME)
self.fileHandlerSimulationPu = self.createFileHandler(SIMULATION_PU_FILE_SCHEME)
def __init__(self, data, debug):
Plot.__init__(self, debug=debug, data=data)
self.createPlotSubdir('energyComparison')
self.createPlotSubdir('l1CountComparison')
self.fileHandlerSimulation = self.createFileHandler(
SIMULATION_FILE_SCHEME)
self.fileHandler = self.createFileHandler(DATA_FILE_SCHEME)
self.fileHandlerSimulationPu = self.createFileHandler(
SIMULATION_PU_FILE_SCHEME)
def __init__(self, filename, data=False, debug=False):
Plot.__init__(self, filename, data, debug)
self.createPlotSubdir('qualityCodes')
self.qualityCodeDict = {
1: 'Halo Muon',
2: 'Very low qual. Type 1',
3: 'Very low qual. Type 2',
4: 'Very low qual. Type 3',
5: 'unmatched RPC',
6: 'unmatched DT or CSC',
7: 'matched DT-RPC or CSC-RPC'
}
self.gridSizeDict = {0: 'Central', 1: '3x3', 2: '5x5'}
def __init__(self,filename,data=False, debug = False):
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('qualityCodes')
self.qualityCodeDict = {
1:'Halo Muon',
2:'Very low qual. Type 1',
3:'Very low qual. Type 2',
4:'Very low qual. Type 3',
5:'unmatched RPC',
6:'unmatched DT or CSC',
7:'matched DT-RPC or CSC-RPC'
}
self.gridSizeDict = {
0:'Central',
1:'3x3',
2:'5x5'}
def __init__(self, filename, data=False, debug=False):
Plot.__init__(self, filename, data, debug)
self.createPlotSubdir('averageEnergy')
def __init__(self, filename, data, debug):
'''
Constructor
'''
Plot.__init__(self, filename, data, debug)
self.createPlotSubdir('dtRpc')
def __init__(self, filename, data=False, debug=False):
'''
Constructor
'''
Plot.__init__(self, filename, data, debug=debug)
self.createPlotSubdir('noL1Muon')
def __init__(self,filename,data):
Plot.__init__(self,filename,data)
self.createPlotSubdir('efficiency')
self.fileHandler.printNEvents()
def __init__(self,filename,data =False):
Plot.__init__(self,filename,data)
self.createPlotSubdir('efficiency')
def __init__(self, filename, data=False, debug=False):
Plot.__init__(self, filename, data)
self.createPlotSubdir('efficiency')
plt.ioff()
def __init__(self,filename,data,debug):
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('energy')
def __init__(self,filename,truth,data = False,debug=False):
Plot.__init__(self,filename,data=data,debug=debug)
self.createPlotSubdir('ptResolution')
self.truthTag = 'patTo' if truth else ''
self.loadData()
def __init__(self,filename,data = False, debug = False):
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('hoThresholdScan')
def __init__(self,filename,data = False,debug = False):
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('averageEnergy')
self.fileHandler.printNEvents()
def __init__(self,filename,data,debug):
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('timing')
def __init__(self, filename, data, debug):
Plot.__init__(self, filename, data, debug=debug)
self.createPlotSubdir('efficiency')
self.fileHandler.printNEvents()
def __init__(self,filename,data = False,debug=False):
Plot.__init__(self,filename,data,debug = debug)
gROOT.ProcessLine(".L $HOMUONTRIGGER_BASE/python/loader.C+");
self.createPlotSubdir('controlPlots')
def __init__(self,filename,data = False,debug = False):
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('averageEnergy')
def __init__(self,filename,data,debug):
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('energy')
def __init__(self,filename,data,debug):
'''
Constructor
'''
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('dtRpc')
def __init__(self,filename,data = False,debug = False):
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('averageEnergy')
self.fileHandler.printNEvents()
def __init__(self,filename,data = False):
Plot.__init__(self,filename,data)
self.createPlotSubdir('hoThresholdScan')
def __init__(self,filename,data = False):
Plot.__init__(self,filename,data)
self.createPlotSubdir('ptResolution')
def __init__(self, filename, data, debug, ptCut=""):
Plot.__init__(self, filename, data, debug)
self.createPlotSubdir('timing')
self.ptCut = ('_' + ptCut) if ptCut != "" else ""
def __init__(self,filename,data,debug, ptCut=""):
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('timing')
self.ptCut = ('_' + ptCut) if ptCut != "" else ""
def __init__(self,filename,data,debug):
Plot.__init__(self,filename,data,debug)
self.createPlotSubdir('timing')
def __init__(self,filename,data = False,debug=False):
'''
Constructor
'''
Plot.__init__(self,filename,data,debug = debug)
self.createPlotSubdir('noL1Muon')
def __init__(self, filename, data=False, debug=False):
Plot.__init__(self, filename, data, debug=debug)
gROOT.ProcessLine(".L $HOMUONTRIGGER_BASE/python/loader.C+")
self.createPlotSubdir('controlPlots')
def __init__(self, filename, truth, data=False, debug=False):
Plot.__init__(self, filename, data=data, debug=debug)
self.createPlotSubdir('ptResolution')
self.truthTag = 'patTo' if truth else ''
self.loadData()
