def __init__(self,
default,
ro=False,
index=None,
value=None,
name=None,
doc=None,
**kwargs):
"""Specify a Parameter with a default value and arbitrary
number of additional attributes.
Parameters
----------
name : str
Name of the parameter under which it should be available in its
respective collection.
doc : str
Documentation about the purpose of this parameter.
index : int or None
Index of parameter among the others. Determines order of listing
in help. If None, order of instantiation determines the index.
ro : bool
Either value which will be assigned in the constructor is read-only and
cannot be changed
value
Actual value of the parameter to be assigned
"""
# XXX probably is too generic...
# and potentially dangerous...
# let's at least keep track of what is passed
self._additional_props = []
for k, v in kwargs.iteritems():
self.__setattr__(k, v)
self._additional_props.append(k)
self.__default = default
self._ro = ro
# needs to come after kwargs processing, since some debug statements
# rely on working repr()
# value is not passed since we need to invoke _set with init=True
# below
IndexedCollectable.__init__(
self,
index=index, # value=value,
name=name,
doc=doc)
self._isset = False
if value is None:
self._set(self.__default, init=True)
else:
self._set(value, init=True)
if __debug__:
if 'val' in kwargs:
raise ValueError, "'val' property name is illegal."
def __init__(self, default, ro=False, index=None, value=None,
name=None, doc=None, **kwargs):
"""Specify a Parameter with a default value and arbitrary
number of additional attributes.
Parameters
----------
name : str
Name of the parameter under which it should be available in its
respective collection.
doc : str
Documentation about the purpose of this parameter.
index : int or None
Index of parameter among the others. Determines order of listing
in help. If None, order of instantiation determines the index.
ro : bool
Either value which will be assigned in the constructor is read-only and
cannot be changed
value
Actual value of the parameter to be assigned
"""
# XXX probably is too generic...
# and potentially dangerous...
# let's at least keep track of what is passed
self._additional_props = []
for k, v in kwargs.iteritems():
self.__setattr__(k, v)
self._additional_props.append(k)
self.__default = default
self._ro = ro
# needs to come after kwargs processing, since some debug statements
# rely on working repr()
# value is not passed since we need to invoke _set with init=True
# below
IndexedCollectable.__init__(self, index=index, # value=value,
name=name, doc=doc)
self._isset = False
if value is None:
self._set(self.__default, init=True)
else:
self._set(value, init=True)
if __debug__:
if 'val' in kwargs:
raise ValueError, "'val' property name is illegal."
def __init__(self, default, constraints=None, ro=False, index=None, value=None,
name=None, doc=None, **kwargs):
"""Specify a Parameter with a default value and arbitrary
number of additional attributes.
Parameters
----------
constraints : callable
A functor that takes any input value, performs checks or type
conversions and finally returns a value that is appropriate for a
parameter or raises an exception.
name : str
Name of the parameter under which it should be available in its
respective collection.
doc : str
Documentation about the purpose of this parameter.
index : int or None
Index of parameter among the others. Determines order of listing
in help. If None, order of instantiation determines the index.
ro : bool
Either value which will be assigned in the constructor is read-only and
cannot be changed
value
Actual value of the parameter to be assigned
Examples
--------
-ensure the parameter to be of type float
(None not allowed as value):
constraints = EnsureFloat()
>>> from mvpa2.base.param import Parameter
>>> from mvpa2.base.constraints import (EnsureFloat, EnsureRange,
... AltConstraints, Constraints)
>>> C = Parameter(23.0,constraints=EnsureFloat())
-ensure the parameter to be of type float or to be None:
>>> C = Parameter(23.0,constraints=AltConstraints(EnsureFloat(), None))
-ensure the parameter to be None or to be of type float
and lie in the inclusive range (7.0,44.0):
>>> C = Parameter(23.0, AltConstraints(Constraints(EnsureFloat(),
... EnsureRange(min=7.0,max=44.0)),
... None))
"""
# XXX probably is too generic...
# and potentially dangerous...
# let's at least keep track of what is passed
self._additional_props = []
for k, v in kwargs.iteritems():
self.__setattr__(k, v)
self._additional_props.append(k)
self.__default = default
self._ro = ro
self.constraints = expand_contraint_spec(constraints)
# needs to come after kwargs processing, since some debug statements
# rely on working repr()
# value is not passed since we need to invoke _set with init=True
# below
IndexedCollectable.__init__(self, index=index, # value=value,
name=name, doc=doc)
self._isset = False
if value is None:
self._set(self.__default, init=True)
else:
self._set(value, init=True)
if __debug__:
if 'val' in kwargs:
raise ValueError, "'val' property name is illegal."
def __init__(self,
default,
constraints=None,
ro=False,
index=None,
value=None,
name=None,
doc=None,
**kwargs):
"""Specify a Parameter with a default value and arbitrary
number of additional attributes.
Parameters
----------
constraints : callable
A functor that takes any input value, performs checks or type
conversions and finally returns a value that is appropriate for a
parameter or raises an exception.
name : str
Name of the parameter under which it should be available in its
respective collection.
doc : str
Documentation about the purpose of this parameter.
index : int or None
Index of parameter among the others. Determines order of listing
in help. If None, order of instantiation determines the index.
ro : bool
Either value which will be assigned in the constructor is read-only and
cannot be changed
value
Actual value of the parameter to be assigned
Examples
--------
-ensure the parameter to be of type float
(None not allowed as value):
constraints = EnsureFloat()
>>> from mvpa2.base.param import Parameter
>>> from mvpa2.base.constraints import (EnsureFloat, EnsureRange,
... AltConstraints, Constraints)
>>> C = Parameter(23.0, constraints=EnsureFloat())
-ensure the parameter to be of type float or to be None:
>>> C = Parameter(23.0, constraints=AltConstraints(EnsureFloat(), None))
-ensure the parameter to be None or to be of type float
and lie in the inclusive range (7.0,44.0):
>>> C = Parameter(23.0, AltConstraints(Constraints(EnsureFloat(),
... EnsureRange(min=7.0,max=44.0)),
... None))
"""
allowedtype = kwargs.pop('allowedtype', None)
if allowedtype is not None:
warnings.warn(
"allowedtype option was deprecated in favor of constraints. "
"Adjust your code, provided value '%s' was ignored" %
str(allowedtype),
category=DeprecationWarning)
# XXX probably is too generic...
# and potentially dangerous...
# let's at least keep track of what is passed
self._additional_props = []
for k, v in kwargs.iteritems():
self.__setattr__(k, v)
self._additional_props.append(k)
self.__default = default
self._ro = ro
self.constraints = expand_contraint_spec(constraints)
# needs to come after kwargs processing, since some debug statements
# rely on working repr()
# value is not passed since we need to invoke _set with init=True
# below
IndexedCollectable.__init__(
self,
index=index, # value=value,
name=name,
doc=doc)
self._isset = False
if value is None:
self._set(self.__default, init=True)
else:
self._set(value, init=True)
if __debug__:
if 'val' in kwargs:
raise ValueError, "'val' property name is illegal."