def __init__(self, rat_servers, fitter='fit', history=100):
self.fitter = fitter
self.history = history
# connect to rat server(s)
self.netrat = NetRAT(check_version=False)
for server, port in rat_servers:
self.netrat.add_host(server, port)
# initialize ring buffer storage
self.x = deque([], self.history)
self.y = deque([], self.history)
self.z = deque([], self.history)
self.nhits = deque([], self.history)
self.failed = 0
Processor.__init__(self)
class Reconstruction(Processor):
'''Gather statistics on event reconstruction performance.
Sends events to a RAT server (running InNetProducer) to processing.
In ``rat_servers``, "portspec" means an int, list, or string range like
'1234-1237'.
:param rat_servers: List of RAT server addresses which will reconstruct
events as (host, portspec) tuples
:param history: Histogram the previous `history` events
'''
name = 'reconstruction'
def __init__(self, rat_servers, fitter='fit', history=100):
self.fitter = fitter
self.history = history
# connect to rat server(s)
self.netrat = NetRAT(check_version=False)
for server, port in rat_servers:
self.netrat.add_host(server, port)
# initialize ring buffer storage
self.x = deque([], self.history)
self.y = deque([], self.history)
self.z = deque([], self.history)
self.nhits = deque([], self.history)
self.failed = 0
Processor.__init__(self)
def event(self, event):
if not isinstance(event, ROOT.RAT.DS.Root):
raise ProcessorAbort('unknown event type')
#if event.GetRunID() == 0:
# event.SetRunID(100000)
event.SetRunID(100000)
# send to rat server for processing
event = self.netrat.process(event)
try:
fit = event.GetEV(0).GetFitResult('fit')
except Exception:
self.failed += 1
print 'fit unavailable'
return
if fit.GetValid():
pos = fit.GetVertex(0).GetPosition()
self.x.append(pos.X())
self.y.append(pos.Y())
self.z.append(pos.Z())
self.nhits.append(event.GetEV(0).nhits)
else:
self.failed += 1
print 'fit not valid'
def sample(self):
doc = {
'x': self.x,
'y': self.y,
'z': self.z,
'nhits': self.nhits,
'failed': self.failed,
}
return doc
def load(self, p):
self.x = p.x
self.y = p.y
self.z = p.z
self.nhits = p.nhits
self.fitter = p.fitter
self.history = p.history
self.failed = p.failed
self.netrat = p.netrat