def __init__(self, input_tree, options):
global AnalysisSingleton
assert not AnalysisSingleton
AnalysisSingleton = self
self.release_16 = options.release == "rel16"
self.project = options.project
self.specific_events = options.events
self.last_tree = 0
self.options = options
self.original_tree = input_tree
self.tree_name = input_tree.GetName()
self.input_tree = egamma_wrap_tree(input_tree, options)
# Save a few attribute lookups since this is on the critical path
get_tree = self.input_tree.tree.GetTree
type(self).root_tree = property(lambda s: get_tree())
self.info = self.input_tree._selarg
self.setup_grl(options)
self.setup_objects()
self.result_name = options.output
self.histogram_manager = self.h = None
self.current_tree = self.current_run = self.previous_run = None
self.should_dump = False
self.events_to_dump = []
self.tasks = []
self.stopwatch = R.TStopwatch()
self.initialize_counters()
def main():
minty.init_root()
from time import time
start = time()
tt = egamma_wrap_tree(make_chain("PAUReco", ["example-pau.root"]))
nev = tt.loop(test_ev)
elapsed = time() - start
print "Took %.2f seconds to process %i events (%.2f/sec)" % (elapsed, nev, nev/elapsed)
start = time()
tt = egamma_wrap_tree(make_chain("egamma", ["example-egamma.root"]))
nev = tt.loop(test_ev)
elapsed = time() - start
print "Took %.2f seconds to process %i events (%.2f/sec)" % (elapsed, nev, nev/elapsed)
def main():
class options:
release = "rel16"
project = "data11"
events = None
output = "output.root"
grl_path = None
skip = 0
limit = 100
run_specific_output = False
have_metadata = False
dump = False
f = "/scratch/pwaller/data/data11/50/skim.slim/" "user.PeterWaller.002737._00001.outputXYZ.rootXYZ.tgz.root"
file_name = "test.a4"
ph = R.TChain("photon")
ph.Add(f)
print "Will copy {0} events:", ph.GetEntries()
tree = egamma_wrap_tree(ph, options)
with A4WriterStream(open(file_name, "w"), "Event", Event) as a4w:
def copy(index, event):
if not index % 100:
print index
a4w.write(map_event(event))
i = tree.loop(copy, hi=5000)
print "Copied {0} events".format(i)
