Functions
def	body (opts, ev1, ev2, printTrack)

def	inOrder (opts, ntpl1, ntpl2, args, kwargs)

def	main (opts)

def	outOfOrder (opts, ntpl1, ntpl2, args, kwargs)

Variables
	action

	default

	description

	help

	int

	opts

	parser

	type

Function Documentation

◆ body()

def diffTrackingNtuple.body	(	opts,
		ev1,
		ev2,
		printTrack
	)

Definition at line 10 of file diffTrackingNtuple.py.

References print(), and str.

Referenced by inOrder(), and outOfOrder().

 def body(opts, ev1, ev2, printTrack):
     print(ev1.eventIdStr())
 
     tracks1 = ev1.tracks()
     tracks2 = ev2.tracks()
 
     singleTrack = (opts.track is not None)
     if singleTrack:
         tracks1 = [tracks1[opts.track]]
 
     diff = ntuple.diffTrackListsGeneric(printTrack, tracks1, tracks2, ignoreAdditionalLst2=singleTrack)
     if diff.hasDifference():
         print(str(diff))
         print()
 

◆ inOrder()

def diffTrackingNtuple.inOrder	(	opts,
		ntpl1,
		ntpl2,
		args,
		kwargs
	)

Definition at line 25 of file diffTrackingNtuple.py.

References body().

Referenced by main().

 def inOrder(opts, ntpl1, ntpl2, *args, **kwargs):
     if opts.entry is not None:
         ev1 = ntpl1.getEvent(opts.entry)
         ev2 = ntpl2.getEvent(opts.entry)
 
         if ev1.eventId() != ev2.eventId():
             raise Exception("Events are out of order, entry %d file1 has %s and file %s. Use --outOfOrder option instead." % (ev1.entry(), ev1.eventIdStr(), ev2.eventIdStr()))
 
         body(opts, ev1, ev2, *args, **kwargs)
         return
 
     for i, (ev1, ev2) in enumerate(itertools.izip(ntpl1, ntpl2)):
         if opts.maxEvents >= 0 and i >= opts.maxEvents:
             break
 
         if ev1.eventId() != ev2.eventId():
             raise Exception("Events are out of order, entry %d file1 has %s and file %s. Use --outOfOrder option instead." % (ev1.entry(), ev1.eventIdStr(), ev2.eventIdStr()))
 
         body(opts, ev1, ev2, *args, **kwargs)
 
 

◆ main()

def diffTrackingNtuple.main ( opts )

Definition at line 71 of file diffTrackingNtuple.py.

References inOrder(), outOfOrder(), and print().

 def main(opts):
     ntpl1 = ntuple.TrackingNtuple(opts.file1)
     ntpl2 = ntuple.TrackingNtuple(opts.file2)
 
     print("--- %s" % opts.file1)
     print("+++ %s" % opts.file2)
 
     printTrack = ntuple.TrackPrinter(trackingParticlePrinter=ntuple.TrackingParticlePrinter(parentage=False), diffForTwiki=opts.twiki)
 
     if opts.outOfOrder:
         outOfOrder(opts, ntpl1, ntpl2, printTrack)
     else:
         inOrder(opts, ntpl1, ntpl2, printTrack)
 

◆ outOfOrder()

def diffTrackingNtuple.outOfOrder	(	opts,
		ntpl1,
		ntpl2,
		args,
		kwargs
	)

Definition at line 46 of file diffTrackingNtuple.py.

References body(), and print().

Referenced by main().

 def outOfOrder(opts, ntpl1, ntpl2, *args, **kwargs):
     if opts.entry is not None:
         raise Exception("--entry does not make sense with --outOfOrder")
 
     events2 = collections.OrderedDict()
     for ev2 in ntpl2:
         events2[ev2.eventIdStr()] = ev2.entry()
 
     for i, ev1 in enumerate(ntpl1):
         if opts.maxEvents >= 0 and i >= opts.maxEvents:
             break
 
         if not ev1.eventId() in events2:
             print("-", ev1.eventIdStr())
             continue
 
         ev2 = ntpl2.getEvent(events2[ev1.eventIdStr()])
         events2.remove(ev1.eventId())
 
         body(opts, ev1, ev2, *args, **kwargs)
 
 
     for eventIdStr in events2.iterkeys():
         print("+", eventIdStr)
 

Variable Documentation

◆ action

diffTrackingNtuple.action

Definition at line 91 of file diffTrackingNtuple.py.

◆ default

diffTrackingNtuple.default

Definition at line 95 of file diffTrackingNtuple.py.

◆ description

diffTrackingNtuple.description

Definition at line 86 of file diffTrackingNtuple.py.

◆ help

diffTrackingNtuple.help

Definition at line 88 of file diffTrackingNtuple.py.

◆ int

diffTrackingNtuple.int

Definition at line 95 of file diffTrackingNtuple.py.

◆ opts

diffTrackingNtuple.opts

Definition at line 102 of file diffTrackingNtuple.py.

◆ parser

diffTrackingNtuple.parser