runLayerRecalibration.py File Reference

Go to the source code of this file.

Namespaces
	runLayerRecalibration

Functions
def	runLayerRecalibration.LayerRecalibratedGenerator (input_tree, branches)
def	runLayerRecalibration.foo_callback (option, opt, value, parser)

Variables
string	runLayerRecalibration.__doc__ = "To compute corrected layer energies"
	runLayerRecalibration.level
	runLayerRecalibration.IgnoreCommandLineOptions
	runLayerRecalibration.parser = OptionParser()
	runLayerRecalibration.help
	runLayerRecalibration.type
	runLayerRecalibration.int
	runLayerRecalibration.choices
	runLayerRecalibration.action
	runLayerRecalibration.callback
	runLayerRecalibration.options
	runLayerRecalibration.args
	runLayerRecalibration.input_filenames = None
string	runLayerRecalibration.prefix = 'electron' else 'ph_'
	runLayerRecalibration.f = ROOT.TFile.Open(filename, "update")
	runLayerRecalibration.tree = f.Get(options.tree)
list	runLayerRecalibration.branches = [prefix + 'cl_eta'] + [prefix + 'rawcl_Es%d' % i for i in range(4)]
	runLayerRecalibration.branches_to_copy = options.branches_to_copy or []
list	runLayerRecalibration.new_branch_names = [prefix + 'rawcl_Es%d' % i for i in range(4)]
	runLayerRecalibration.newtree = tree.CloneTree(0)
string	runLayerRecalibration.isVector = 'vector' in tree.GetLeaf(prefix + 'rawcl_Es0').GetTypeName()
list	runLayerRecalibration.new_storages = []
	runLayerRecalibration.new_storage = ROOT.vector(float)()
	runLayerRecalibration.chain = ROOT.TChain(options.tree)
	runLayerRecalibration.canvas = ROOT.TCanvas()