def __init__(self, input):
if isinstance(input, dict):
input_to_file = input
conservative_update(self, input_to_file)
# self.__dict__.update(input_to_file)
elif hasattr(input,'__iter__'):
input_to_file = input
else: # Modules, objects, etc.
input_to_file = input.__dict__
conservative_update(self, input_to_file)
# self.__dict__.update(input_to_file)
dictpop = copy(self.__dict__)
if dictpop.has_key('self'):
dictpop.pop('self')
self._dict_container = DictContainer(dictpop)
file_items(self, input_to_file)
self._value = copy(self)
ContainerBase.__init__(self, input)
self.OCValue = OCValue(self)
def __init__(self, iterable):
dict.__init__(self, iterable)
ContainerBase.__init__(self, iterable)
self._value = copy(iterable)
file_items(self, iterable)
self.val_keys = []
self.val_obj = []
self.nonval_keys = []
self.nonval_obj = []
self._value = {}
for key, obj in self.iteritems():
if isinstance(obj, Variable) or isinstance(obj, ContainerBase):
self.val_keys.append(key)
self.val_obj.append(obj)
else:
self.nonval_keys.append(key)
self.nonval_obj.append(obj)
# In case val_obj is only a single array, avert confusion.
# Leave this even though it's confusing!
self.val_obj.append(None)
self.nonval_obj.append(None)
self.n_val = len(self.val_keys)
self.val_keys = array(self.val_keys, dtype=object)
self.val_obj = array(self.val_obj, dtype=object)
self.n_nonval = len(self.nonval_keys)
self.nonval_keys = array(self.nonval_keys, dtype=object)
self.nonval_obj = array(self.nonval_obj, dtype=object)
self.DCValue = DCValue(self)
def __init__(self, iterable):
dict.__init__(self, iterable)
ContainerBase.__init__(self, iterable)
self._value = copy(iterable)
file_items(self, iterable)
self.val_keys = []
self.val_obj = []
self.nonval_keys = []
self.nonval_obj = []
self._value = {}
for key, obj in self.iteritems():
if isinstance(obj, Variable) or isinstance(obj, ContainerBase):
self.val_keys.append(key)
self.val_obj.append(obj)
else:
self.nonval_keys.append(key)
self.nonval_obj.append(obj)
# In case val_obj is only a single array, avert confusion.
# Leave this even though it's confusing!
self.val_obj.append(None)
self.nonval_obj.append(None)
self.n_val = len(self.val_keys)
self.val_keys = array(self.val_keys, dtype=object)
# self.val_obj = array(self.val_obj, dtype=object)
self.n_nonval = len(self.nonval_keys)
self.nonval_keys = array(self.nonval_keys, dtype=object)
self.nonval_obj = array(self.nonval_obj, dtype=object)
self.DCValue = DCValue(self)
def __init__(self, input):
if isinstance(input, dict):
input_to_file = input
conservative_update(self, input_to_file)
# self.__dict__.update(input_to_file)
elif hasattr(input, '__iter__'):
input_to_file = input
else: # Modules, objects, etc.
input_to_file = input.__dict__
conservative_update(self, input_to_file)
# self.__dict__.update(input_to_file)
dictpop = copy(self.__dict__)
if dictpop.has_key('self'):
dictpop.pop('self')
self._dict_container = DictContainer(dictpop)
file_items(self, input_to_file)
self._value = copy(self)
ContainerBase.__init__(self, input)
self.OCValue = OCValue(self)
def __init__(self, iterable):
new_tup = file_items(self, iterable)
if len(self.containers)>0:
raise NotImplementedError, """We have not figured out how to satisfactorily implement nested TupleContainers.
The reason is there is no way to change an element of a tuple after it has been created.
Even the Python-C API makes this impossible by checking that a tuple is new
before allowing you to change one of its elements."""
ContainerBase.__init__(self, iterable)
file_items(self, iterable)
self._value = list(self)
sort_list(self, self._value)
def __init__(self, iterable):
new_tup = file_items(self, iterable)
if len(self.containers) > 0:
raise NotImplementedError, """We have not figured out how to satisfactorily implement nested TupleContainers.
The reason is there is no way to change an element of a tuple after it has been created.
Even the Python-C API makes this impossible by checking that a tuple is new
before allowing you to change one of its elements."""
ContainerBase.__init__(self, iterable)
file_items(self, iterable)
self._value = list(self)
sort_list(self, self._value)
def __init__(self, input):
if isinstance(input, dict):
input_to_file = input
self.__dict__.update(input_to_file)
elif hasattr(input, '__iter__'):
input_to_file = input
else: # Modules, objects, etc.
input_to_file = input.__dict__
self.__dict__.update(input_to_file)
self._dict_container = DictContainer(self.__dict__)
file_items(self, input_to_file)
self._value = copy(self)
ContainerBase.__init__(self, input)
self.OCValue = OCValue(self)
def __new__(subtype, array_in):
if not array_in.dtype == dtype('object'):
raise ValueError, 'Cannot create container from array whose dtype is not object.'
C = array(array_in, copy=True).view(subtype)
C_ravel = C.ravel()
ContainerBase.__init__(C, array_in)
# Sort out contents and wrap internal containers.
file_items(C, C_ravel)
C._value = C.copy()
C._ravelledvalue = C._value.ravel()
# An array range to keep around.
C.iterrange = arange(len(C_ravel))
val_ind = []
val_obj = []
nonval_ind = []
nonval_obj = []
for i in xrange(len(C_ravel)):
obj = C_ravel[i]
if isinstance(obj, Variable) or isinstance(obj, ContainerBase):
val_ind.append(i)
val_obj.append(obj)
else:
nonval_ind.append(i)
nonval_obj.append(obj)
val_obj.append(None)
C.val_ind = array(val_ind, dtype='int32')
C.val_obj = val_obj
C.n_val = len(val_ind)
nonval_obj.append(None)
C.nonval_ind = array(nonval_ind, dtype='int32')
C.nonval_obj = array(nonval_obj, dtype=object)
C.n_nonval = len(nonval_ind)
C.flags['W'] = False
C.ACValue = ACValue(C)
return C
def __new__(subtype, array_in):
if not array_in.dtype == dtype('object'):
raise ValueError, 'Cannot create container from array whose dtype is not object.'
C = array(array_in, copy=True).view(subtype)
C_ravel = C.ravel()
ContainerBase.__init__(C, array_in)
# Sort out contents and wrap internal containers.
file_items(C, C_ravel)
C._value = C.copy()
C._ravelledvalue = C._value.ravel()
# An array range to keep around.
C.iterrange = arange(len(C_ravel))
val_ind = []
val_obj = []
nonval_ind = []
nonval_obj = []
for i in xrange(len(C_ravel)):
obj = C_ravel[i]
if isinstance(obj, Variable) or isinstance(obj, ContainerBase):
val_ind.append(i)
val_obj.append(obj)
else:
nonval_ind.append(i)
nonval_obj.append(obj)
val_obj.append(None)
C.val_ind = array(val_ind, dtype=int)
C.val_obj = array(val_obj, dtype=object)
C.n_val = len(val_ind)
nonval_obj.append(None)
C.nonval_ind = array(nonval_ind, dtype=int)
C.nonval_obj = array(nonval_obj, dtype=object)
C.n_nonval = len(nonval_ind)
C.flags['W'] = False
C.ACValue = ACValue(C)
return C
def __init__(self, iterable):
list.__init__(self, iterable)
ContainerBase.__init__(self, iterable)
file_items(self, iterable)
self._value = list(self)
sort_list(self, self._value)
def __init__(self, iterable):
list.__init__(self, iterable)
ContainerBase.__init__(self, iterable)
file_items(self, iterable)
self._value = list(self)
sort_list(self, self._value)