def addChannel(self, variableName, regions, nBins, binLow, binHigh):
"""
Build a channel object from this fitConfig
@param variableName The variable name to use in this channel
@param regions Region to use
@param nBins Number of bins
@param binLow Left edge of lower bin
@param binHight Right edge of upper bin
"""
if variableName == "cuts":
nBins = len(regions)
#binLow = 0.5
binHigh = nBins + binLow
pass
chanObj = Channel(variableName, regions, self.prefix, nBins, binLow,
binHigh, self.statErrThreshold)
# Verify that this name is not already used
for chan in self.channels:
if chan.name == chanObj.name:
log.info(
"Not gonna add the region, because it exists in fitConfig --> channel-List follows:"
)
for chan in self.channels:
print " chan.name = ", chan.name
raise RuntimeError(
"Channel %s already exists in fitConfig %s. Please use a different name."
% (chanObj.name, self.name))
#set channel parent
chanObj.parentTopLvl = self
#set stat error type
chanObj.statErrorType = self.statErrorType
# Channel doesn't have weights so add them
chanObj.setWeights(self.weights)
# Propagate systematics into channel
for (systName, syst) in self.systDict.items():
chanObj.addSystematic(syst)
# Put samples owned by this fitConfig into the channel
for s in self.sampleList:
chanObj.addSample(s.Clone())
# Add channel to the list
self.channels.append(chanObj)
return self.channels[len(self.channels) - 1]
def addChannel(self, variableName, regions, nBins, binLow, binHigh):
"""
Build a channel object from this fitConfig
@param variableName The variable name to use in this channel
@param regions Region to use
@param nBins Number of bins
@param binLow Left edge of lower bin
@param binHight Right edge of upper bin
"""
if variableName == "cuts":
nBins = len(regions)
#binLow = 0.5
binHigh = nBins + binLow
pass
chanObj = Channel(variableName, regions, self.prefix, nBins,
binLow, binHigh, self.statErrThreshold)
# Verify that this name is not already used
for chan in self.channels:
if chan.name == chanObj.name:
log.info("Not gonna add the region, because it exists in fitConfig --> channel-List follows:" )
for chan in self.channels:
print " chan.name = ", chan.name
raise RuntimeError("Channel %s already exists in fitConfig %s. Please use a different name." % (chanObj.name, self.name))
#set channel parent
chanObj.parentTopLvl = self
#set stat error type
chanObj.statErrorType = self.statErrorType
# Channel doesn't have weights so add them
chanObj.setWeights(self.weights)
# Propagate systematics into channel
for (systName, syst) in self.systDict.items():
chanObj.addSystematic(syst)
# Put samples owned by this fitConfig into the channel
for s in self.sampleList:
chanObj.addSample(s.Clone())
# Add channel to the list
self.channels.append(chanObj)
return self.channels[len(self.channels) - 1]
def addChannel(self, variableName, regions, nBins, binLow, binHigh):
"""
Build a channel object from this TopLevel
"""
if variableName == "cuts":
nBins = len(regions)
#binLow = 0.5
binHigh = nBins + binLow
pass
chanObj = Channel(variableName, regions, self.prefix, nBins,
binLow, binHigh, self.statErrThreshold)
# Verify that this name is not already used
for chan in self.channels:
if chan.name == chanObj.name:
raise RuntimeError("Channel %s already exists in TopLevelXML %s. Please use a different name." % (chanObj.name, self.name))
#set channel parent
chanObj.parentTopLvl = self
#set stat error type
chanObj.statErrorType = self.statErrorType
# Channel doesn't have weights so add them
chanObj.setWeights(self.weights)
# Propagate systematics into channel
for (systName, syst) in self.systDict.items():
chanObj.addSystematic(syst)
# Put samples owned by this TopLevel into the channel
for s in self.sampleList:
chanObj.addSample(s.Clone())
# Add channel to the list
self.channels.append(chanObj)
return self.channels[len(self.channels) - 1]
