def __init__(self):
self.__program = 'dhcpd'
self.__pid = None
fname = opts().dhcp_cfg_fname
cmd = 'dhcpd -f -q -cf ' + fname
testcmd = 'dhcpd -t -cf ' + fname
self.__args = cmd.split()
self.__testargs = testcmd.split()
check_and_adjust(options)
matching.__okErrF = sw.fedList(options.okErrF)
matching.__utcaBcnDelta = options.utcaBcnDelta
matching.__utcaPipelineDelta = options.utcaPipelineDelta
if options.noColor:
printer.__color = False
if options.noLoop:
goCode = 0
else:
analyze.setup()
if options.profile:
import cProfile
cProfile.runctx("go(options)", globals(), locals(), sort="time")
goCode = 0 # FIXME
else:
goCode = go(options)
if options.feds2 and 0 <= options.dump:
analyze.printChannelSummary(options.outputFile)
if not options.noPlot:
graphs.main(options)
return goCode
if __name__ == "__main__":
main(opts()[0])
f.Close()
canvas.Print(pdf + "]")
def makeSummaryPdf(inputFile="", feds1=[], feds2=[], pdf="summary.pdf"):
makeSummaryPdfMulti(inputFiles=[inputFile], feds1s=[feds1], feds2s=[feds2], pdf=pdf)
def main(options):
makeSummaryPdf(inputFile=options.outputFile,
feds1=sw.fedList(options.feds1),
feds2=sw.fedList(options.feds2),
pdf=options.outputFile.replace(".root", ".pdf"),
)
all_pages = ["overview", "vs", "page3",
# "maps_rates",
"maps_evn_orn_bcn", "maps_errf", "maps_adc_tp",
# "frac0_orbit",
"evn", "orn",
# "trends",
"occupancy",
# "ts",
]
if __name__ == "__main__":
main(opts()[0])
for iFind, grDir in sorted(paths.iteritems()):
if grDir is None:
options.file1 = eval("find%d" % iFind)(run)
else:
options.file1 = find_gr(run, grDir, options.hhmm, quiet)
if not options.file1:
continue
fileNames = options.file1.split(",")
report(fileNames, iFind)
n = len(fileNames)
if 2 <= n and options.hhmm is None:
options.sparseLoop = max(1, options.nEvents / n)
else:
options.sparseLoop = -1
options.file2 = "" # clear from previous iterations
if oneRun.main(options):
continue
else:
return
printer.warning("Did not find a matching file for run %d. Perhaps try 'source env/lxplus6.sh'" % run)
return 1
if __name__ == "__main__":
main(*opts(alsoArgs=True))
options.feds2 = ""
options.file2 = ""
roots.append(options.outputFile)
feds1s.append([fed])
feds2s.append([])
oneRun.main(options)
return prefix, roots, feds1s, feds2s
def plot(prefix, roots, feds1s, feds2s):
graphs.makeSummaryPdfMulti(inputFiles=roots,
feds1s=feds1s,
feds2s=feds2s,
pdf="output/%s.pdf" % prefix)
if not any(feds2s):
outputFile = "output/%s.root" % prefix
cmd = " ".join(["hadd -f", outputFile] + roots)
os.system(cmd)
graphs.makeSummaryPdf(inputFile=outputFile,
feds1=sorted(sum(feds1s, [])),
pdf=outputFile.replace(".root", "_merged.pdf"))
if __name__ == "__main__":
options, args = opts(alsoArgs=True)
plot(*histogrammed(*rooted(args, options)))
feds2s.append(fedList(options.feds2))
plot(roots, feds1s, feds2s)
def plot(roots, feds1s, feds2s):
for i, stem in enumerate(graphs.all_pages):
graphs.makeSummaryPdfMulti(inputFiles=roots,
feds1s=feds1s,
feds2s=feds2s,
pdf="output/%d_%s.pdf" % (1 + i, stem),
pages=[stem],
)
def runs(file=None):
out = []
for i, lineRaw in enumerate(file):
line = lineRaw.strip()
if line.startswith("#"):
continue
try:
out.append(int(line))
except ValueError:
print "skipping line %d: '%s'" % (i, line)
return out
if __name__ == "__main__":
main(opts()[0], runs(sys.stdin))
options.file1 = root1
options.outputFile = rootOut
options.feds2 = ""
options.file2 = ""
roots.append(options.outputFile)
feds1s.append([fed])
feds2s.append([])
oneRun.main(options)
return prefix, roots, feds1s, feds2s
def plot(prefix, roots, feds1s, feds2s):
graphs.makeSummaryPdfMulti(inputFiles=roots, feds1s=feds1s, feds2s=feds2s, pdf="output/%s.pdf" % prefix)
if not any(feds2s):
outputFile = "output/%s.root" % prefix
cmd = " ".join(["hadd -f", outputFile] + roots)
os.system(cmd)
graphs.makeSummaryPdf(
inputFile=outputFile, feds1=sorted(sum(feds1s, [])), pdf=outputFile.replace(".root", "_merged.pdf")
)
if __name__ == "__main__":
options, args = opts(alsoArgs=True)
plot(*histogrammed(*rooted(args, options)))
plot(roots, feds1s, feds2s)
def plot(roots, feds1s, feds2s):
for i, stem in enumerate(graphs.all_pages):
graphs.makeSummaryPdfMulti(
inputFiles=roots,
feds1s=feds1s,
feds2s=feds2s,
pdf="output/%d_%s.pdf" % (1 + i, stem),
pages=[stem],
)
def runs(file=None):
out = []
for i, lineRaw in enumerate(file):
line = lineRaw.strip()
if line.startswith("#"):
continue
try:
out.append(int(line))
except ValueError:
print "skipping line %d: '%s'" % (i, line)
return out
if __name__ == "__main__":
main(opts()[0], runs(sys.stdin))
options.file1 = eval("find%d" % iFind)(run)
else:
options.file1 = find_gr(run, grDir, options.hhmm, quiet)
if not options.file1:
continue
fileNames = options.file1.split(",")
report(fileNames, iFind)
n = len(fileNames)
if 2 <= n and options.hhmm is None:
options.sparseLoop = max(1, options.nEvents / n)
else:
options.sparseLoop = -1
options.file2 = "" # clear from previous iterations
if oneRun.main(options):
continue
else:
return
printer.warning(
"Did not find a matching file for run %d. Perhaps try 'source env/lxplus6.sh'"
% run)
return 1
if __name__ == "__main__":
main(*opts(alsoArgs=True))
from ensembles import ensemble_specs
from measurement import measurement
from options import opts
from inputs import channel_data
import os
import batch
def chunk(L,n):
return [L[i:i+n] for i in range(0,len(L), n)] if L else []
def chunktuple(T,n):
return [(i,min(i+n,T[1])) for i in range(T[0],T[1], n)] if T[0]!=T[1] else []
if __name__ == '__main__':
r.gROOT.SetBatch(1)
options = opts()
measure = 0
if options.partitions==True:
print ','.join(systematics.partitions)
exit()
partitions = options.partitions.split(',')
allSystematics = [s['label'] for s in systematics.systematics()]
if options.systematics == True:
print ','.join(allSystematics)
exit()
systs = ([] if not options.systematics else
allSystematics if options.systematics=='all' else
options.systematics.split(','))
def load(self):
self.__server.reset()
if not opts().deploy and os.path.exists(self.__cfg_fname):
storage.load(self.__server, open(self.__cfg_fname))
def __init__(self):
self.__server = Server.get()
self.__cfg_fname = opts().cfg_fname
self.__cfg_fname_new = self.__cfg_fname + '.new'
self.__dhcp_cfg_fname = opts().dhcp_cfg_fname
self.__dhcp_cfg_fname_new = self.__dhcp_cfg_fname + '.new'
start = False
while not start:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
quit()
elif event.type == pygame.KEYDOWN:
if event.key == pygame.K_SPACE:
if graph.sel == 0:
start = True
print('Continue')
elif graph.sel == 1:
start = True
print('New Game')
elif graph.sel == 2:
opts(graph, clock)
else:
start = True
print('Exit')
elif event.key == pygame.K_DOWN:
if graph.sel < 3:
graph.sel += 1
else:
graph.sel = 0
elif event.key == pygame.K_UP:
if graph.sel > 0:
graph.sel -= 1
else:
graph.sel = 3
elif event.key == pygame.K_F11:
