ntuple Namespace Reference

Classes
class	_Collection
class	_HitObject
class	_LayerStrAdaptor
class	_Object
class	_RecoHitAdaptor
class	_SimHitAdaptor
class	_TrackingParticleMatchAdaptor
class	BeamSpot
class	Event
class	GluedHit
class	GluedHits
class	HitSimType
class	InvalidHit
class	PixelHit
class	PixelHits
class	Seed
class	Seeds
class	SimHit
class	StripHit
class	StripHits
class	SubDet
class	Track
class	TrackingNtuple
class	TrackingParticle
class	TrackingParticleMatchInfo
class	TrackingParticles
class	TrackingVertex
class	TrackingVertices
class	TrackMatchInfo
class	Tracks
class	Vertex
class	Vertices

Functions
def	_seedOffsetForAlgo
def	bookComponent
def	bookEvent
def	bookGenTau
def	bookJet
def	bookMet
def	bookParticle
def	bookTau
def	fill
def	fillComponent
def	fillEvent
def	fillGenTau
def	fillJet
def	fillMet
def	fillParticle
def	fillTau
def	var

Variables
list	pdgids = [211, 22, 130, 11, 13]

Function Documentation

def ntuple._seedOffsetForAlgo (   tree,   algo  )

private

Internal function for returning a pair of indices for the beginning of seeds of a given 'algo', and the one-beyond-last index of the seeds.

Definition at line 623 of file ntuple.py.

Referenced by ntuple.Seed.indexWithinAlgo(), ntuple.Seeds.nSeedsForAlgo(), and ntuple.Seeds.seedsForAlgo().

def _seedOffsetForAlgo(tree, algo):
    """Internal function for returning a pair of indices for the beginning of seeds of a given 'algo', and the one-beyond-last index of the seeds."""
    for ioffset, offset in enumerate(tree.see_offset):
        if tree.see_algo[offset] == algo:
            next_offset = tree.see_offset[ioffset+1] if ioffset < tree.see_offset.size()-1 else tree.see_algo.size()
            return (offset, next_offset)
    return (-1, -1)