def getWaveDescThresFromWaveList(waveListFileName, waveDescriptions):
printInfo("reading amplitude names and thresholds from wave list file " +
"'" + waveListFileName + "'.")
waveDescThres = []
with open(waveListFileName, 'r') as waveListFile:
lineNmb = 0
for line in waveListFile:
line = line.strip()
if line[0] == '#': # comments start with #
continue
lineArray = line.split(" ")
if len(lineArray) in [1, 2]:
waveName = lineArray[0]
if len(lineArray) == 1:
threshold = 0
else:
threshold = lineArray[1]
waveDesc = waveDescriptions[waveName]
waveDescThres.append((waveName, waveDesc, float(threshold)))
else:
printWarn("cannot parse line '" + line +
"' in wave list file " + "'" + waveListFileName +
"'.")
lineNmb += 1
printInfo("read " + str(lineNmb) + " lines from wave list file " +
"'" + waveListFileName + "'")
return waveDescThres
def getWaveDescThresFromWaveList(waveListFileName, keyFiles):
printInfo("reading amplitude names and thresholds from wave list file "
+ "'" + waveListFileName + "'.")
waveDescThres = []
with open(waveListFileName, 'r') as waveListFile:
lineNmb = 0
for line in waveListFile:
if line[0] == '#': # comments start with #
continue
line = line.replace('\n', '')
lineArray = line.split(" ")
if len(lineArray) in [1, 2]:
waveName = lineArray[0]
if len(lineArray) == 1:
threshold = 0
else:
threshold = lineArray[1]
waveDesc = pyRootPwa.core.waveDescription.parseKeyFile(keyFiles[waveName][0])[keyFiles[waveName][1]]
waveDescThres.append( (waveName, waveDesc, float(threshold)) )
else:
printWarn("cannot parse line '" + line + "' in wave list file "
+ "'" + waveListFileName + "'.")
lineNmb += 1
printInfo("read " + str(lineNmb) + " lines from wave list file " + "'" + waveListFileName + "'")
return waveDescThres
def binningMapFromArgList(argList):
binningMap = {}
if argList:
for binArg in argList:
try:
splitUp = binArg.split(";")
if len(splitUp)==3:
binningMap[splitUp[0]] = (float(splitUp[1]), float(splitUp[2]))
printInfo("adding to binning map: " + splitUp[0] + " -> (" + splitUp[1] + "," + splitUp[2] + ")")
else:
printErr("did not get the right amount of semicolon seperated values for " + splitUp[0] + "-bin.")
return False
except ValueError:
printErr("could not convert binning map boundaries of " + splitUp[0] + "-bin to float. Aborting...")
return False
return binningMap
def multibinBoundariesFromArgList(argList):
multibinBoundaries = {}
if argList:
for binArg in argList:
try:
splitUp = binArg.split(";")
if len(splitUp)==3:
multibinBoundaries[splitUp[0]] = (float(splitUp[1]), float(splitUp[2]))
printInfo("adding to multibin boundaries: " + splitUp[0] + " -> (" + splitUp[1] + "," + splitUp[2] + ")")
else:
printErr("did not get the right amount of semicolon seperated values for " + splitUp[0] + "-bin.")
return False
except ValueError:
printErr("could not convert multibin boundaries of " + splitUp[0] + "-bin to float. Aborting...")
return False
return multibinBoundaries