def parseGenConfig(self,config,modelName):
dir = config["basedir"]
network = None
fluxLimits = None
smmData = None
objective = None
metaboliteData = None
if config["rxnfile"] != '':
rxnFile =dir + config["rxnfile"]
network = self.networkParser.parse(rxnFile)
else:
network = MetabolicNetwork('')
if config["smmfile"] != '':
smmFile = dir + config["smmfile"]
metaboliteData = self.smmParser.parse(smmFile)
if config["fluxlimitfile"] != '':
fluxLimitFile = dir + config["fluxlimitfile"]
fluxLimits = self.fluxLimitParser.parse(fluxLimitFile)
else:
fluxLimits = FluxLimit()
if config["objectivefile"] != '':
objectiveFile = dir + config["objectivefile"]
objective = self.objectiveParser.parse(objectiveFile)
else:
objective = Objective()
if config["exchangefile"] != '':
exchangeFile = dir + config["exchangefile"]
( reactions, objective, limit ) = self.exchangeParser.parse(exchangeFile)
network.addReactionMap(reactions)
fluxLimits.extend(limit)
if self.directionCheck:
fluxLimits = self.checkDirectionality(network, fluxLimits)
#Add data to collector
if network != None:
result = FluxModel(network)
if metaboliteData != None:
result.setMetaboliteData(metaboliteData)
if objective != None and fluxLimits != None:
result.addAnalysis( modelName, objective, fluxLimits )
return result
def generateModel(self,modelName=None):
if modelName == None:
modelName = self.modelName
dir = self.basedir
network = None
fluxLimits = None
objective = None
metaboliteData = None
if self.rxnfile != '':
rxnFile =dir + self.rxnfile
network = self.networkParser.parse(rxnFile)
else:
network = MetabolicNetwork('')
if self.smmfile != '':
smmFile = dir + self.smmfile
metaboliteData = self.smmParser.parse(smmFile)
if self.fluxlimitfile != '':
fluxLimitFile = dir + self.fluxlimitfile
fluxLimits = self.fluxLimitParser.parse(fluxLimitFile)
else:
fluxLimits = FluxLimit()
if self.objectivefile != '':
objectiveFile = dir + self.objectivefile
objective = self.objectiveParser.parse(objectiveFile)
else:
objective = Objective()
if self.directionCheck:
fluxLimits = self.checkDirectionality(network, fluxLimits)
#Add data to collector
if network != None:
result = FluxModel(network)
if metaboliteData != None:
result.setMetaboliteData(metaboliteData)
if objective != None and fluxLimits != None:
result.addAnalysis( modelName, objective, fluxLimits )
return result
