def __getValidation( self, valType, name, alignments, config, options ):
if valType == "compare":
alignmentsList = alignments.split( "," )
firstAlignList = alignmentsList[0].split()
firstAlignName = firstAlignList[0].strip()
if firstAlignName == "IDEAL":
raise AllInOneError, ("'IDEAL' has to be the second (reference)"
" alignment in 'compare <val_name>: "
"<alignment> <reference>'.")
if len( firstAlignList ) > 1:
firstRun = firstAlignList[1]
else:
firstRun = "1"
firstAlign = Alignment( firstAlignName, self.__config, firstRun )
secondAlignList = alignmentsList[1].split()
secondAlignName = secondAlignList[0].strip()
if len( secondAlignList ) > 1:
secondRun = secondAlignList[1]
else:
secondRun = "1"
if secondAlignName == "IDEAL":
secondAlign = secondAlignName
else:
secondAlign = Alignment( secondAlignName, self.__config,
secondRun )
# check if alignment was already compared previously
try:
randomWorkdirPart = \
globalDictionaries.alignRandDict[firstAlignName]
except KeyError:
randomWorkdirPart = None
validation = GeometryComparison( name, firstAlign, secondAlign,
self.__config,
self.__commandLineOptions.getImages,
randomWorkdirPart )
globalDictionaries.alignRandDict[firstAlignName] = \
validation.randomWorkdirPart
if not secondAlignName == "IDEAL":
globalDictionaries.alignRandDict[secondAlignName] = \
validation.randomWorkdirPart
elif valType == "offline":
validation = OfflineValidation( name,
Alignment( alignments.strip(), self.__config ), self.__config )
elif valType == "offlineDQM":
validation = OfflineValidationDQM( name,
Alignment( alignments.strip(), self.__config ), self.__config )
elif valType == "mcValidate":
validation = MonteCarloValidation( name,
Alignment( alignments.strip(), self.__config ), self.__config )
elif valType == "split":
validation = TrackSplittingValidation( name,
Alignment( alignments.strip(), self.__config ), self.__config )
elif valType == "zmumu":
validation = ZMuMuValidation( name,
Alignment( alignments.strip(), self.__config ), self.__config )
else:
raise AllInOneError, "Unknown validation mode '%s'"%valType
return validation
def __getValidation( self, valType, name, alignments, config, options ):
if valType == "compare":
alignmentsList = alignments.split( "," )
firstAlignList = alignmentsList[0].split()
firstAlignName = firstAlignList[0].strip()
if firstAlignName == "IDEAL":
raise AllInOneError("'IDEAL' has to be the second (reference)"
" alignment in 'compare <val_name>: "
"<alignment> <reference>'.")
if len( firstAlignList ) > 1:
firstRun = firstAlignList[1]
else:
firstRun = "1"
firstAlign = Alignment( firstAlignName, self.__config, firstRun )
firstAlignName = firstAlign.name
secondAlignList = alignmentsList[1].split()
secondAlignName = secondAlignList[0].strip()
if len( secondAlignList ) > 1:
secondRun = secondAlignList[1]
else:
secondRun = "1"
if secondAlignName == "IDEAL":
secondAlign = secondAlignName
else:
secondAlign = Alignment( secondAlignName, self.__config,
secondRun )
secondAlignName = secondAlign.name
validation = GeometryComparison( name, firstAlign, secondAlign,
self.__config,
self.__commandLineOptions.getImages)
elif valType == "offline":
validation = OfflineValidation( name,
Alignment( alignments.strip(), self.__config ), self.__config )
elif valType == "preexistingoffline":
validation = PreexistingOfflineValidation(name, self.__config)
elif valType == "offlineDQM":
validation = OfflineValidationDQM( name,
Alignment( alignments.strip(), self.__config ), self.__config )
elif valType == "mcValidate":
validation = MonteCarloValidation( name,
Alignment( alignments.strip(), self.__config ), self.__config )
elif valType == "preexistingmcValidate":
validation = PreexistingMonteCarloValidation(name, self.__config)
elif valType == "split":
validation = TrackSplittingValidation( name,
Alignment( alignments.strip(), self.__config ), self.__config )
elif valType == "preexistingsplit":
validation = PreexistingTrackSplittingValidation(name, self.__config)
elif valType == "zmumu":
validation = ZMuMuValidation( name,
Alignment( alignments.strip(), self.__config ), self.__config )
elif valType == "primaryvertex":
validation = PrimaryVertexValidation( name,
Alignment( alignments.strip(), self.__config ), self.__config )
else:
raise AllInOneError("Unknown validation mode '%s'"%valType)
return validation
