def read(self):
print 'reading mesh'
self.readMesh()
vars=SchemeParser.parse(self.getVars())
self.varsDict = scmToDict(vars)
if self.varsDict is None:
raise TypeError("vars is not an association list")
self.config = scmToDict(self.getVar('case-config'))
self.materials = {}
self.faceZones = {}
self.cellZones = {}
mDict = scmToDict(self.getVar('materials'))
for n,d in mDict.iteritems():
self.materials[n] = FluentCase.Material(materialType=scmToPy(d[0]),
props=scmToDict(d[1]))
rFaceZones = self.getFaceZones()
for i in rFaceZones.keys():
rfz = rFaceZones[i]
self.faceZones[i] = FluentCase.FluentZone(ID=rfz.ID,
zoneName=rfz.zoneName,
threadType=rfz.threadType,
zoneType=rfz.zoneType,
varString=rfz.zoneVars)
rCellZones = self.getCellZones()
for i in rCellZones.keys():
rfz = rCellZones[i]
self.cellZones[i] = FluentCase.FluentZone(ID=rfz.ID,
zoneName=rfz.zoneName,
threadType=rfz.threadType,
zoneType=rfz.zoneType,
varString=rfz.zoneVars)
def __init__(self,ID,zoneName,threadType,zoneType,varString):
self.id = ID
if zoneType == '':
zoneType = getZoneType(threadType)
if zoneName == '':
zoneName = "%s_%d" % (zoneType,ID)
self.zoneType = zoneType
self.zoneName = zoneName
if varString == "":
self.varsDict = {}
else:
self.varsDict = scmToDict(SchemeParser.parse(varString))
if 'sources?' in self.varsDict and self.varsDict['sources?']:
sourcekey = 'source-terms'
if sourcekey not in self.varsDict:
sourcekey = 'sources'
sourceVar = self.varsDict[sourcekey]
self.varsDict['source-terms'] = scmToDict(sourceVar)
def __init__(self, ID, zoneName, threadType, zoneType, varString):
self.id = ID
if zoneType == '':
zoneType = getZoneType(threadType)
if zoneName == '':
zoneName = "%s_%d" % (zoneType, ID)
self.zoneType = zoneType
self.zoneName = zoneName
if varString == "":
self.varsDict = {}
else:
self.varsDict = scmToDict(SchemeParser.parse(varString))
if 'sources?' in self.varsDict and self.varsDict['sources?']:
sourcekey = 'source-terms'
if sourcekey not in self.varsDict:
sourcekey = 'sources'
sourceVar = self.varsDict[sourcekey]
self.varsDict['source-terms'] = scmToDict(sourceVar)
def read(self):
print 'reading mesh'
self.readMesh()
varString = self.getVars()
if varString == "":
return
vars = SchemeParser.parse(varString)
self.varsDict = scmToDict(vars)
if self.varsDict is None:
raise TypeError("vars is not an association list")
self.config = scmToDict(self.getVar('case-config'))
self.materials = {}
self.faceZones = {}
self.cellZones = {}
mDict = scmToDict(self.getVar('materials'))
for n, d in mDict.iteritems():
self.materials[n] = FluentCase.Material(materialType=scmToPy(d[0]),
props=scmToDict(d[1]))
rFaceZones = self.getFaceZones()
for i in rFaceZones.keys():
rfz = rFaceZones[i]
self.faceZones[i] = FluentCase.FluentZone(
ID=rfz.ID,
zoneName=rfz.zoneName,
threadType=rfz.threadType,
zoneType=rfz.zoneType,
varString=rfz.zoneVars)
rCellZones = self.getCellZones()
for i in rCellZones.keys():
rfz = rCellZones[i]
self.cellZones[i] = FluentCase.FluentZone(
ID=rfz.ID,
zoneName=rfz.zoneName,
threadType=rfz.threadType,
zoneType=rfz.zoneType,
varString=rfz.zoneVars)