Public Member Functions
def	__init__ (self, tree, name, rootBranchType, n=1, lenVar=None, title=None, limitedPrecision=False)

def	fill (self, val)

Public Attributes
	branch

	buff

	lenVar

	n

	precision

Detailed Description

Definition at line 20 of file output.py.

Constructor & Destructor Documentation

◆ init()

def output.OutputBranch.__init__	(	self,
		tree,
		name,
		rootBranchType,
		n = `1`,
		lenVar = `None`,
		title = `None`,
		limitedPrecision = `False`
	)

Definition at line 24 of file output.py.

References createfilelist.int.

     ):
         n = int(n)
         self.buff = array(
             _rootBranchType2PythonArray[rootBranchType], n * [0. if rootBranchType in 'FD' else 0])
         self.lenVar = lenVar
         self.n = n
         self.precision = ROOT.MiniFloatConverter.ReduceMantissaToNbitsRounding(
             limitedPrecision) if limitedPrecision and rootBranchType == 'F' else lambda x: x
         # check if a branch was already there
         existingBranch = tree.GetBranch(name)
         if (existingBranch):
             self.branch = existingBranch
             self.branch.SetAddress(self.buff)
         else:
             if lenVar != None:
                 self.branch = tree.Branch(
                     name, self.buff, "%s[%s]/%s" % (name, lenVar, rootBranchType))
             elif n == 1:
                 self.branch = tree.Branch(
                     name, self.buff, name + "/" + rootBranchType)
             else:
                 self.branch = tree.Branch(
                     name, self.buff, "%s[%d]/%s" % (name, n, rootBranchType))
         if title:
             self.branch.SetTitle(title)
 

Member Function Documentation

◆ fill()

def output.OutputBranch.fill	(	self,
		val
	)

Definition at line 50 of file output.py.

References mps_check.array, SummaryTableOutputBranches::NamedBranchPtr.branch, EventStringOutputBranches::NamedBranchPtr.branch, edm::BranchToCount.branch, output.OutputBranch.branch, TableOutputBranches::NamedBranchPtr.branch, TriggerOutputBranches::NamedBranchPtr.branch, LumiOutputBranches::NamedBranchPtr.branch, output.OutputBranch.buff, output.OutputBranch.lenVar, SiStripPI.max, cms::cuda::AtomicPairCounter::Counters.n, Benchmark::PhaseSpace.n, output.OutputBranch.n, CMSCGENnorm.n, DDTrackerAngular.n, DDMuonAngular.n, DDHCalAngular.n, DDGEMAngular.n, edm::CountAndLimit.n, BaseNumericalRandomGenerator.n, PhysicsTools::Spline.n, DDTrackerRingAlgo.n, DDTrackerIrregularRingAlgo.n, edm::StatsCount.n, HcalRawToDigi::Statistics.n, gen.n, cms::cuda::OneToManyAssoc.n, plotscripts.SawTeethFunction.n, JsonOutputProducer::JsonConfiguration.n, JsonOutputProducer::JsonTriggerEventState.n, output.OutputBranch.precision, FWTableViewManager::TableEntry.precision, heppy::Davismt2.precision, and heppy::mt2w_bisect::mt2w.precision.

     def fill(self, val):
         if self.lenVar:
             if len(self.buff) < len(val):  # realloc
                 self.buff = array(self.buff.typecode, max(
                     len(val), 2 * len(self.buff)) * [0. if self.buff.typecode in 'fd' else 0])
                 self.branch.SetAddress(self.buff)
             for i, v in enumerate(val):
                 self.buff[i] = self.precision(v)
         elif self.n == 1:
             self.buff[0] = self.precision(val)
         else:
             if len(val) != self.n:
                 raise RuntimeError("Mismatch in filling branch %s of fixed length %d with %d values (%s)" % (
                     self.branch.GetName(), self.n, len(val), val))
             for i, v in enumerate(val):
                 self.buff[i] = v
 
 