pypet/parameter.py
def _store(self):
        """Creates a storage dictionary for the storage service.

        If the data is not a numpy array, a numpy matrix, or a tuple, the
        :func:`~pypet.parameter.Parmater._store` method of the parent class is called.

        Otherwise the array is put into the dictionary with the key 'data__rr__'.

        Each array of the exploration range is stored as a separate entry named
        'xa__rr__XXXXXXXX' where 'XXXXXXXX' is the index of the array. Note if an array
        is used more than once in an exploration range (for example, due to cartesian product
        exploration), the array is stored only once.
        Moreover, an :class:`~pypet.parameter.ObjectTable` containing the references
        is stored under the name 'explored_data__rr__' in order to recall
        the order of the arrays later on.

        """
        if type(self._data) not in (np.ndarray, tuple, np.matrix, list):
            return super(ArrayParameter, self)._store()
        else:
            store_dict = {'data' + ArrayParameter.IDENTIFIER: self._data}

            if self.f_has_range():
                # Supports smart storage by hashable arrays
                # Keys are the hashable arrays or tuples and values are the indices
                smart_dict = {}

                store_dict['explored_data' + ArrayParameter.IDENTIFIER] = \
                    ObjectTable(columns=['idx'], index=list(range(len(self))))

                count = 0
                for idx, elem in enumerate(self._explored_range):

                    # First we need to distinguish between tuples and array and extract a
                    # hashable part of the array
                    if isinstance(elem, np.ndarray):
                        # You cannot hash numpy arrays themselves, but if they are read only
                        # you can hash array.data
                        hash_elem = HashArray(elem)
                    elif isinstance(elem, list):
                        hash_elem = tuple(elem)
                    else:
                        hash_elem = elem

                    # Check if we have used the array before,
                    # i.e. element can be found in the dictionary
                    if hash_elem in smart_dict:
                        name_idx = smart_dict[hash_elem]
                        add = False
                    else:
                        name_idx = count
                        add = True

                    name = self._build_name(name_idx)
                    # Store the reference to the array
                    store_dict['explored_data' + ArrayParameter.IDENTIFIER]['idx'][idx] = \
                        name_idx

                    # Only if the array was not encountered before,
                    # store the array and remember the index
                    if add:
                        store_dict[name] = elem
                        smart_dict[hash_elem] = name_idx
                        count += 1

            self._locked = True

            return store_dict
def _store(self):
        """Creates a storage dictionary for the storage service.

        If the data is not a numpy array, a numpy matrix, or a tuple, the
        :func:`~pypet.parameter.Parmater._store` method of the parent class is called.

        Otherwise the array is put into the dictionary with the key 'data__rr__'.

        Each array of the exploration range is stored as a separate entry named
        'xa__rr__XXXXXXXX' where 'XXXXXXXX' is the index of the array. Note if an array
        is used more than once in an exploration range (for example, due to cartesian product
        exploration), the array is stored only once.
        Moreover, an :class:`~pypet.parameter.ObjectTable` containing the references
        is stored under the name 'explored_data__rr__' in order to recall
        the order of the arrays later on.

        """
        if type(self._data) not in (np.ndarray, tuple, np.matrix, list):
            return super(ArrayParameter, self)._store()
        else:
            store_dict = {'data' + ArrayParameter.IDENTIFIER: self._data}

            if self.f_has_range():
                # Supports smart storage by hashable arrays
                # Keys are the hashable arrays or tuples and values are the indices
                smart_dict = {}

                store_dict['explored_data' + ArrayParameter.IDENTIFIER] = \
                    ObjectTable(columns=['idx'], index=list(range(len(self))))

                count = 0
                for idx, elem in enumerate(self._explored_range):

                    # First we need to distinguish between tuples and array and extract a
                    # hashable part of the array
                    if isinstance(elem, np.ndarray):
                        # You cannot hash numpy arrays themselves, but if they are read only
                        # you can hash array.data
                        hash_elem = HashArray(elem)
                    elif isinstance(elem, list):
                        hash_elem = tuple(elem)
                    else:
                        hash_elem = elem

                    # Check if we have used the array before,
                    # i.e. element can be found in the dictionary
                    if hash_elem in smart_dict:
                        name_idx = smart_dict[hash_elem]
                        add = False
                    else:
                        name_idx = count
                        add = True

                    name = self._build_name(name_idx)
                    # Store the reference to the array
                    store_dict['explored_data' + ArrayParameter.IDENTIFIER]['idx'][idx] = \
                        name_idx

                    # Only if the array was not encountered before,
                    # store the array and remember the index
                    if add:
                        store_dict[name] = elem
                        smart_dict[hash_elem] = name_idx
                        count += 1

            self._locked = True

            return store_dict
def _store ( self ) : if type ( self . _data ) not in ( np . ndarray , tuple , np . matrix , list ) : return super ( ArrayParameter , self ) . _store ( ) else : store_dict = { 'data' + ArrayParameter . IDENTIFIER : self . _data } if self . f_has_range ( ) : # Supports smart storage by hashable arrays # Keys are the hashable arrays or tuples and values are the indices smart_dict = { } store_dict [ 'explored_data' + ArrayParameter . IDENTIFIER ] = ObjectTable ( columns = [ 'idx' ] , index = list ( range ( len ( self ) ) ) ) count = 0 for idx , elem in enumerate ( self . _explored_range ) : # First we need to distinguish between tuples and array and extract a # hashable part of the array if isinstance ( elem , np . ndarray ) : # You cannot hash numpy arrays themselves, but if they are read only # you can hash array.data hash_elem = HashArray ( elem ) elif isinstance ( elem , list ) : hash_elem = tuple ( elem ) else : hash_elem = elem # Check if we have used the array before, # i.e. element can be found in the dictionary if hash_elem in smart_dict : name_idx = smart_dict [ hash_elem ] add = False else : name_idx = count add = True name = self . _build_name ( name_idx ) # Store the reference to the array store_dict [ 'explored_data' + ArrayParameter . IDENTIFIER ] [ 'idx' ] [ idx ] = name_idx # Only if the array was not encountered before, # store the array and remember the index if add : store_dict [ name ] = elem smart_dict [ hash_elem ] = name_idx count += 1 self . _locked = True return store_dict
Creates a storage dictionary for the storage service.

        If the data is not a numpy array, a numpy matrix, or a tuple, the
        :func:`~pypet.parameter.Parmater._store` method of the parent class is called.

        Otherwise the array is put into the dictionary with the key 'data__rr__'.

        Each array of the exploration range is stored as a separate entry named
        'xa__rr__XXXXXXXX' where 'XXXXXXXX' is the index of the array. Note if an array
        is used more than once in an exploration range (for example, due to cartesian product
        exploration), the array is stored only once.
        Moreover, an :class:`~pypet.parameter.ObjectTable` containing the references
        is stored under the name 'explored_data__rr__' in order to recall
        the order of the arrays later on.
Creates a storage dictionary for the storage service .