def checker(self, x):
if type(x) is not types.ListType:
parameter.raiseTypeError(type(x), "list of Points")
for y in x:
if not isinstance(y, Point):
parameter.raiseTypeError("list of %s" % type(y),
"list of Points")
def checker(self, x):
if type(x) is not types.ListType:
parameter.raiseTypeError(type(x), "list of Points")
for y in x:
if not isinstance(y, primitives.Point):
parameter.raiseTypeError("list of %s" % type(y),
"list of Points")
def checker(self, x):
if not isinstance(x, (ListType, TupleType)):
parameter.raiseTypeError(type(x), "list of index pairs")
for s in x:
if not (isinstance(s, StringType) and len(s) == 2 and s[0] in "123"
and s[1] in "123456"):
parameter.raiseTypeError("list of %s" % typename(type(s)),
"list of index pairs [1-3][1-6]")
def checker(self, x):
# A single ProfileXT or a FluxProfileSet is allowed
if isinstance(x, ProfileXT) or isinstance(x, FluxProfileSet):
return
# A list or tuple of Profiles is allowed
if type(x) in (types.ListType, types.TupleType):
for y in x:
if not isinstance(y, ProfileXT):
parameter.raiseTypeError('List or tuple of '+ type(y),
'List of Profiles')
parameter.raiseTypeError(type(x), 'List of Profiles, or FluxProfileSet')
def checker(self, x):
# A single ProfileXT or a FluxProfileSet is allowed
if isinstance(x, ProfileXT) or isinstance(x, FluxProfileSet):
return
# A list or tuple of Profiles is allowed
if type(x) in (types.ListType, types.TupleType):
for y in x:
if not isinstance(y, ProfileXT):
parameter.raiseTypeError('List or tuple of ' + type(y),
'List of Profiles')
parameter.raiseTypeError(type(x),
'List of Profiles, or FluxProfileSet')
def set(self, value):
if value is None:
self._set(value)
else:
if type(value) is not types.ListType:
parameter.raiseTypeError(
'list of objects from' + `self.classnames()`, value)
convertedval = []
for e in value:
if type(e) is types.StringType: # string representation of enum
for ec in self.enumclasses:
if e in ec.names:
convertedval.append(ec(e))
break
else:
parameter.raiseTypeError(
'list of objects from' + `self.classnames()`, value)
else: # not a string
for ec in self.enumclasses:
if isinstance(e, ec):
convertedval.append(e)
break
else:
parameter.raiseTypeError(
'list of objects from' + `self.classnames()`, value)
self._set(convertedval)
def checker(self, x):
if not isinstance(x, Output):
parameter.raiseTypeError(type(x), 'Output')
def checker(self, x):
if not isinstance(x, flux.FluxPtr):
parameter.raiseTypeError(x, "Flux")
def checker(self, x):
if not isinstance(x, field.FieldPtr):
parameter.raiseTypeError(x, "Field")
def checker(self, x):
if not isinstance(
x, equation.EquationPtr) or not x.allow_boundary_conditions():
parameter.raiseTypeError(x, "Equation with BC capability")
def checker(self, x):
if not isinstance(x, equation.EquationPtr):
parameter.raiseTypeError(x, "Equation")
def checker(self, x):
if not isinstance(x, Output):
parameter.raiseTypeError(type(x), 'Output')
def checker(self, x):
if not (isinstance(x, Output)
and issubclass(x.otype, outputval.ScalarOutputValPtr)):
parameter.raiseTypeError(type(x), 'Scalar Output')
def checker(self, x):
if not isinstance(x, flux.FluxPtr):
parameter.raiseTypeError(x, "Flux")
def checker(self, x):
if not isinstance(x, equation.EquationPtr):
parameter.raiseTypeError(x, "Equation")
def checker(self, x):
if not (isinstance(x, Output)
and issubclass(x.otype, outputval.ScalarOutputValPtr)):
parameter.raiseTypeError(type(x), 'Scalar Output')
def checker(self, x):
if not isinstance(x, Output):
parameter.raiseTypeError(type(x), 'Position Output')
PositionOutputParameter.oktypes(x.otype)
def checker(self, x):
if not isinstance(x, equation.EquationPtr) or not x.allow_boundary_conditions():
parameter.raiseTypeError(x, "Equation with BC capability")
def checker(self, x):
if not isinstance(x, Output):
parameter.raiseTypeError(type(x), 'Position Output')
PositionOutputParameter.oktypes(x.otype)
def checker(self, x):
if not isinstance(x, field.FieldPtr):
parameter.raiseTypeError(x, "Field")
