def __init__(self, dirPath):
self.logger = logging.getLogger('BcModifier')
self.machinesFile = None
SolutionDirectory.__init__(self, dirPath)
def __init__(self,
name,
archive=None,
paraviewLink=True,
parallel=False,
region=None,
**kwargs):
"""
:param name: Name of the solution directory
:type name: string
"""
# Run the parent constructor
SolutionDirectory.__init__(self,
name,
archive=archive,
paraviewLink=paraviewLink,
parallel=parallel,
region=region)
self.resistances = {'CF': None, 'CT': None, 'RF': None, 'RT': None}
# Get the used turbulence model
self.turbulenceModel = self.getDictionaryContents(
self.constantDir(), 'RASProperties')['RASModel']
###############################
# Process optional parameters #
###############################
if 'inletPatch' in kwargs.iterkeys():
self.inletPatch = [kwargs['inletPatch']]
else:
# Detect the inlet patches automatically.
uBC = ParsedParameterFile(join(self.name, self.first, "U"))
for patchI in uBC["boundaryField"]:
typeI = uBC['boundaryField'][patchI]['type']
try:
valueI = uBC['boundaryField'][patchI]['value'].value()
except KeyError:
valueI = None
if typeI in Settings.inletPatchTypes and valueI > 0.0:
self.inletPatch.append(patchI)
self.inletPatch = [Settings.inletPatch]
if 'L' in kwargs.iterkeys():
self.L = kwargs['L']
else:
self.L = 1.0
if 'A' in kwargs.iterkeys():
self.A = kwargs['A']
else:
self.A = 1.0
if 'direction' in kwargs.iterkeys():
self.direction = kwargs['direction']
else:
self.direction = -1
self.updateInletVelocity()
self.forces = self.createDataFile()
try:
self.calculateCoeffs()
except TypeError:
pass
except ValueError:
pass
self.getShortCasePath()
self.shortCaseName = split(self.name)[1]
def __init__(self, dirPath):
self.logger = logging.getLogger('BcModifier')
self.machinesFile = None
SolutionDirectory.__init__(self, dirPath)