pathDict = dfa2Aimec.dfaBench2Aimec(avaDir, cfgAimec, simNameRef,
simNameComp)
pathDict['numSim'] = len(pathDict['ppr'])
log.info('reference file comes from: %s' % pathDict['compType'][1])
# Extract input file locations
pathDict = aimecTools.readAIMECinputs(avaDir,
pathDict,
dirName=simNameComp)
# perform analysis
rasterTransfo, newRasters, resAnalysis = ana3AIMEC.AIMEC2Report(
pathDict, cfgAimec)
# add aimec results to report dictionary
reportD, benchDict = ana3AIMEC.aimecRes2ReportDict(
resAnalysis, reportD, benchDict, pathDict['referenceFile'])
# +++++++++++Aimec analysis
# Create plots for report
# Load input parameters from configuration file
cfgRep = cfgUtils.getModuleConfig(generateCompareReport)
# REQUIRED+++++++++++++++++++
# Which parameter to filter data, e.g. varPar = 'simType', values = ['null'] or
# varPar = 'Mu', values = ['0.055', '0.155']; values need to be given as list, also if only one value
outputVariable = ['ppr', 'pfd', 'pfv']
plotListRep = {}
reportD['Simulation Difference'] = {}
reportD['Simulation Stats'] = {}
# ++++++++++++++++++++++++++++
pathDict['numSim'] = len(pathDict['ppr'])
log.info('reference file comes from: %s' % pathDict['compType'][1])
# Extract input file locations
pathDict = aimecTools.readAIMECinputs(
avaDir,
pathDict,
dirName=reportDcom1DFAOrig['simName']['name'])
# perform analysis
rasterTransfo, newRasters, resAnalysis = ana3AIMEC.AIMEC2Report(
pathDict, cfgAimec)
# add aimec results to report dictionary
reportDcom1DFA, reportDcom1DFAOrig = ana3AIMEC.aimecRes2ReportDict(
resAnalysis, reportDcom1DFA, reportDcom1DFAOrig,
pathDict['referenceFile'])
# Create plots for report
# Load input parameters from configuration file
cfgRep = cfgUtils.getModuleConfig(generateCompareReport)
cfgRep['PLOT']['refModel'] = 'dfa'
# REQUIRED+++++++++++++++++++
# Which parameter to filter data, e.g. varPar = 'simType', values = ['null'] or
# varPar = 'Mu', values = ['0.055', '0.155']; values need to be given as list, also if only one value
outputVariable = ['ppr', 'pfd', 'pfv']
values = simType
parameter = 'simType'
plotListRep = {}
reportDcom1DFA['Simulation Difference'] = {}