def runmaster(args,nClients):
hd = hitdata()
inith5(args)
initHist('DropSize',100,0,2000)
initHist('TOFhits',1000,-2,2)
while nClients > 0:
# Remove client if the run ended
if hd.recv():
# print "end run called"
nClients -= 1
else:
# print "Calling plot?"
plot(hd)
comp = hd.myobj['comp']
size=(comp['drop']['a']+comp['drop']['b'])/2.0
pushToHist('DropSize',size)
pushToHist('TOFhits',comp['tofsum'])
writeh5(hd)
closeh5()
def runmaster(args,nClients, mask):
hd = hitdata()
inith5(args)
initHist('DropSize',50,500,2000)
initHist('TOFhits',1000,-500,1000)
initHist('IMGhits',1000,0,5000)
bkgTOF = np.empty(10000)
nTOF = 0
startTime = time.time()
while nClients > 0:
# Remove client if the run ended
if hd.recv():
# print "end run called"
nClients -= 1
bkgTOF += hd.myobj['tof']
nTOF = nTOF+hd.myobj['ntof']
else:
# print "Calling plot?"
if hd.myobj['diodeDrop']:
print 'master detected drop'
plotDDrop = Image(0,"Diode Drop Image",hd.myobj['img'])
publish.send('DDROP',plotDDrop)
continue
comp = hd.myobj['comp']
size=(comp['drop']['a']+comp['drop']['b'])/2.0
plot(hd, args)
pushToHist('DropSize',size)
pushToHist('TOFhits',comp['tofsum'])
pushToHist('IMGhits',comp['imgsum'])
writeh5(hd)
endTime = time.time()
hitRate = nHits / (endTime - startTime)
print('Hitrate = ', hitRate)
closeh5(mask, bkgTOF/nTOF, hitRate)
