def __init__(self,value,unit=None):
default_unit = _findUnit('IntrinsicPermeability')
if unit==None:
unit = default_unit
print("default unit of ",default_unit,type(default_unit))
pass
Tensor.__init__(self,value,unit)
def __init__(self, value, unit=None):
default_unit = _findUnit('IntrinsicPermeability')
if unit == None:
unit = default_unit
print("default unit of ", default_unit, type(default_unit))
pass
Tensor.__init__(self, value, unit)
def __init__(self,
value=None,
dxx=None,
dyy=None,
dzz=None,
unit="kg*m/s***3/K"):
self.dxx = dxx
self.dyy = dyy
self.dzz = dzz
self.value = value
self.unit = default_unit = _findUnit('ThermalConductivity')
if (dxx or dyy or dzz) and not value:
if (dyy or dzz) and type(dxx) == NoneType:
raise Exception("check the effective diffusion definition")
val = dxx
if not type(dyy) == NoneType: val = Tensor2D(dxx, dyy)
if not type(dzz) == NoneType: val = Tensor3D(dxx, dyy, dzz)
pass
elif (not type(value) == NoneType):
if type(value) in [FloatType, IntType] or isInstance(
value, IsotropicTensor):
val = value
if isinstance(value, IsotropicTensor):
value = value.getValues()
pass
if not type(dxx) == NoneType: val = Tensor2D(value, dxx)
if not type(dyy) == NoneType: val = Tensor3D(value, dxx, dyy)
pass
else:
if type(dxx) != NoneType:
raise Exception("dxx should be of none type")
if type(dyy) != NoneType:
raise Exception("dyy should be of none type")
val = value
pass
if type(dzz) != NoneType:
raise Exception("dzz should be of none type")
pass
try:
vol = val
except:
msg = 'ya should have given a value for effective diffusion'
raise Warning(msg)
Tensor.__init__(self, value=val, unit=self.unit)
def __init__(self,value = None,dxx = None,dyy = None,dzz = None, unit = "kg*m/s***3/K"):
self.dxx = dxx
self.dyy = dyy
self.dzz = dzz
self.value = value
self.unit = default_unit = _findUnit('ThermalConductivity')
if (dxx or dyy or dzz) and not value:
if (dyy or dzz) and type(dxx)==NoneType:
raise Exception("check the effective diffusion definition")
val=dxx
if not type(dyy)==NoneType:val=Tensor2D(dxx,dyy)
if not type(dzz)==NoneType:val=Tensor3D(dxx,dyy,dzz)
pass
elif (not type(value)==NoneType):
if type(value) in [FloatType, IntType] or isInstance(value,IsotropicTensor):
val=value
if isinstance(value,IsotropicTensor):
value = value.getValues()
pass
if not type(dxx)==NoneType:val=Tensor2D(value,dxx)
if not type(dyy)==NoneType:val=Tensor3D(value,dxx,dyy)
pass
else:
if type(dxx) != NoneType:
raise Exception("dxx should be of none type")
if type(dyy) != NoneType:
raise Exception("dyy should be of none type")
val=value
pass
if type(dzz) != NoneType:
raise Exception("dzz should be of none type")
pass
try:
vol=val
except:
msg='ya should have given a value for effective diffusion'
raise Warning(msg)
Tensor.__init__(self, value=val,unit=self.unit)
def __init__(self, value=None, dxx=None, dyy=None, dzz=None, unit=unit):
if type(dxx) not in [FloatType, IntType, NoneType]:
raise Exception(" dxx should be a float")
if type(dyy) not in [FloatType, IntType, NoneType]:
raise Exception(" dyy should be a float")
if type(dzz) not in [FloatType, IntType, NoneType]:
raise Exception(" dzz should be a float")
if value == None:
if (dyy or dzz) and type(dxx) == NoneType:
raise IncorrectValue("check the definition of the effective diffusion,\n"+\
" at least one real component has to be introduced (dxx)")
val = dxx
if type(dyy) != NoneType: val = Tensor2D(dxx, dyy)
if type(dzz) != NoneType: val = Tensor3D(dxx, dyy, dzz)
pass
elif (type(value) != NoneType):
if type(value) in [FloatType, IntType]:
val = value
if not type(dxx) == NoneType: val = Tensor2D(value, dxx)
if not type(dyy) == NoneType: val = Tensor3D(value, dxx, dyy)
pass
else:
if type(dxx) != NoneType:
raise Exception("dxx type error")
if type(dyy) != NoneType:
raise Exception("dyy type error")
val = value
pass
if type(dzz) != NoneType:
six.reraise(TypeError, "dzz type error ", dzz)
pass
try:
vol = val
except:
raise Warning("check the effective diffusion value ")
Tensor.__init__(self, val, unit=unit)
def __init__(self, value = None, dxx = None, dyy = None, dzz = None, unit = unit):
if type(dxx) not in [FloatType,IntType, NoneType]:
raise Exception(" dxx should be a float")
if type(dyy) not in [FloatType,IntType, NoneType]:
raise Exception(" dyy should be a float")
if type(dzz) not in [FloatType,IntType, NoneType]:
raise Exception(" dzz should be a float")
if value == None:
if (dyy or dzz) and type(dxx) == NoneType:
raise IncorrectValue("check the definition of the effective diffusion,\n"+\
" at least one real component has to be introduced (dxx)")
val=dxx
if type(dyy) != NoneType: val=Tensor2D(dxx,dyy)
if type(dzz) != NoneType: val=Tensor3D(dxx,dyy,dzz)
pass
elif (type(value) != NoneType):
if type(value) in [FloatType,IntType]:
val=value
if not type(dxx) == NoneType: val = Tensor2D(value,dxx)
if not type(dyy) == NoneType: val = Tensor3D(value,dxx,dyy)
pass
else:
if type(dxx) != NoneType:
raise Exception("dxx type error")
if type(dyy) != NoneType:
raise Exception("dyy type error")
val=value
pass
if type(dzz) != NoneType:
six.reraise(TypeError, "dzz type error ", dzz)
pass
try:
vol = val
except:
raise Warning("check the effective diffusion value ")
Tensor.__init__(self, val,unit = unit)
def __init__(self, value, unit=None):
default_unit = _findUnit('Permeability')
default_unit = "m/s"
if unit == None: unit = default_unit
Tensor.__init__(self, value, unit)
def __init__(self, value, unit=None):
default_unit = _findUnit('HydraulicConductivity')
if unit == None:
unit = default_unit
pass
Tensor.__init__(self, value, unit)
def __init__(self,value,unit=None):
default_unit = _findUnit('Permeability')
if unit==None: unit = default_unit
Tensor.__init__(self,value,unit)
def __init__(self,value,unit=None):
default_unit = _findUnit('HydraulicConductivity')
if unit==None:
unit = default_unit
pass
Tensor.__init__(self, value, unit)
