ak.partition.PartitionedArray
-----------------------------

Defined in `awkward.partition <https://github.com/scikit-hep/awkward-1.0/blob/80bbef0738a6b7928333d7c705ee1b359991de5b/src/awkward/partition.py>`__ on `line 95 <https://github.com/scikit-hep/awkward-1.0/blob/80bbef0738a6b7928333d7c705ee1b359991de5b/src/awkward/partition.py#L95>`__.

.. py:class:: ak.partition.PartitionedArray((self))

ak.partition.PartitionedArray.from_ext
======================================

.. py:method:: ak.partition.PartitionedArray.from_ext(cls, obj)

ak.partition.PartitionedArray.__repr__
======================================

.. py:method:: ak.partition.PartitionedArray.__repr__(self)

ak.partition.PartitionedArray.numpartitions
===========================================

.. py:attribute:: ak.partition.PartitionedArray.numpartitions

ak.partition.PartitionedArray.partitions
========================================

.. py:attribute:: ak.partition.PartitionedArray.partitions

ak.partition.PartitionedArray.partition
=======================================

.. py:method:: ak.partition.PartitionedArray.partition(self, partitionid)

ak.partition.PartitionedArray.partitionid_index_at
==================================================

.. py:method:: ak.partition.PartitionedArray.partitionid_index_at(self, at)

ak.partition.PartitionedArray.repartition
=========================================

.. py:method:: ak.partition.PartitionedArray.repartition(self)

ak.partition.PartitionedArray.stops
===================================

.. py:attribute:: ak.partition.PartitionedArray.stops

ak.partition.PartitionedArray.lengths
=====================================

.. py:attribute:: ak.partition.PartitionedArray.lengths

ak.partition.PartitionedArray.start
===================================

.. py:method:: ak.partition.PartitionedArray.start(self, partitionid)

ak.partition.PartitionedArray.stop
==================================

.. py:method:: ak.partition.PartitionedArray.stop(self, partitionid)

ak.partition.PartitionedArray.toContent
=======================================

.. py:method:: ak.partition.PartitionedArray.toContent(self)

ak.partition.PartitionedArray.__array__
=======================================

.. py:method:: ak.partition.PartitionedArray.__array__(self)

ak.partition.PartitionedArray.identities
========================================

.. py:attribute:: ak.partition.PartitionedArray.identities

ak.partition.PartitionedArray.setidentities
===========================================

.. py:method:: ak.partition.PartitionedArray.setidentities(self, identities=None)

ak.partition.PartitionedArray.parameters
========================================

.. py:attribute:: ak.partition.PartitionedArray.parameters

ak.partition.PartitionedArray.setparameter
==========================================

.. py:method:: ak.partition.PartitionedArray.setparameter(self, param, value)

ak.partition.PartitionedArray.withparameter
===========================================

.. py:method:: ak.partition.PartitionedArray.withparameter(self, param, value)

ak.partition.PartitionedArray.parameter
=======================================

.. py:method:: ak.partition.PartitionedArray.parameter(self)

ak.partition.PartitionedArray.purelist_parameter
================================================

.. py:method:: ak.partition.PartitionedArray.purelist_parameter(self)

ak.partition.PartitionedArray.type
==================================

.. py:method:: ak.partition.PartitionedArray.type(self, typestrs)

ak.partition.PartitionedArray.form
==================================

.. py:attribute:: ak.partition.PartitionedArray.form

ak.partition.PartitionedArray.__len__
=====================================

.. py:method:: ak.partition.PartitionedArray.__len__(self)

ak.partition.PartitionedArray.__getitem__
=========================================

.. py:method:: ak.partition.PartitionedArray.__getitem__(self, where)

ak.partition.PartitionedArray.__iter__
======================================

.. py:method:: ak.partition.PartitionedArray.__iter__(self)

ak.partition.PartitionedArray.kernels
=====================================

.. py:attribute:: ak.partition.PartitionedArray.kernels

ak.partition.PartitionedArray.caches
====================================

.. py:attribute:: ak.partition.PartitionedArray.caches

ak.partition.PartitionedArray.tojson
====================================

.. py:method:: ak.partition.PartitionedArray.tojson(self)

ak.partition.PartitionedArray.nbytes
====================================

.. py:attribute:: ak.partition.PartitionedArray.nbytes

ak.partition.PartitionedArray.deep_copy
=======================================

.. py:method:: ak.partition.PartitionedArray.deep_copy(self)

ak.partition.PartitionedArray.identity
======================================

.. py:attribute:: ak.partition.PartitionedArray.identity

ak.partition.PartitionedArray.numfields
=======================================

.. py:attribute:: ak.partition.PartitionedArray.numfields

ak.partition.PartitionedArray.fieldindex
========================================

.. py:method:: ak.partition.PartitionedArray.fieldindex(self)

ak.partition.PartitionedArray.key
=================================

.. py:method:: ak.partition.PartitionedArray.key(self)

ak.partition.PartitionedArray.haskey
====================================

.. py:method:: ak.partition.PartitionedArray.haskey(self)

ak.partition.PartitionedArray.keys
==================================

.. py:method:: ak.partition.PartitionedArray.keys(self)

ak.partition.PartitionedArray.purelist_isregular
================================================

.. py:attribute:: ak.partition.PartitionedArray.purelist_isregular

ak.partition.PartitionedArray.purelist_depth
============================================

.. py:attribute:: ak.partition.PartitionedArray.purelist_depth

ak.partition.PartitionedArray.branch_depth
==========================================

.. py:attribute:: ak.partition.PartitionedArray.branch_depth

ak.partition.PartitionedArray.minmax_depth
==========================================

.. py:attribute:: ak.partition.PartitionedArray.minmax_depth

ak.partition.PartitionedArray.getitem_nothing
=============================================

.. py:method:: ak.partition.PartitionedArray.getitem_nothing(self)

ak.partition.PartitionedArray.getitem_at_nowrap
===============================================

.. py:method:: ak.partition.PartitionedArray.getitem_at_nowrap(self, where)

ak.partition.PartitionedArray.getitem_range_nowrap
==================================================

.. py:method:: ak.partition.PartitionedArray.getitem_range_nowrap(self, start, stop)

ak.partition.PartitionedArray._persistent_shared_ptr
====================================================

.. py:attribute:: ak.partition.PartitionedArray._persistent_shared_ptr

ak.partition.PartitionedArray.validityerror
===========================================

.. py:method:: ak.partition.PartitionedArray.validityerror(self)

ak.partition.PartitionedArray.fillna
====================================

.. py:method:: ak.partition.PartitionedArray.fillna(self, what)

ak.partition.PartitionedArray.num
=================================

.. py:method:: ak.partition.PartitionedArray.num(self, axis)

ak.partition.PartitionedArray.flatten
=====================================

.. py:method:: ak.partition.PartitionedArray.flatten(self)

ak.partition.PartitionedArray.offsets_and_flatten
=================================================

.. py:method:: ak.partition.PartitionedArray.offsets_and_flatten(self, axis)

ak.partition.PartitionedArray.rpad
==================================

.. py:method:: ak.partition.PartitionedArray.rpad(self, length, axis)

ak.partition.PartitionedArray.rpad_and_clip
===========================================

.. py:method:: ak.partition.PartitionedArray.rpad_and_clip(self, length, axis)

ak.partition.PartitionedArray.mergeable
=======================================

.. py:method:: ak.partition.PartitionedArray.mergeable(self, other)

ak.partition.PartitionedArray.merge
===================================

.. py:method:: ak.partition.PartitionedArray.merge(self, other)

ak.partition.PartitionedArray.mergemany
=======================================

.. py:method:: ak.partition.PartitionedArray.mergemany(self, others)

ak.partition.PartitionedArray.axis_wrap_if_negative
===================================================

.. py:method:: ak.partition.PartitionedArray.axis_wrap_if_negative(self, axis)

ak.partition.PartitionedArray.reduce
====================================

.. py:method:: ak.partition.PartitionedArray.reduce(self, name, axis, mask, keepdims, initial=None)

ak.partition.PartitionedArray.count
===================================

.. py:method:: ak.partition.PartitionedArray.count(self, axis, mask, keepdims)

ak.partition.PartitionedArray.count_nonzero
===========================================

.. py:method:: ak.partition.PartitionedArray.count_nonzero(self, axis, mask, keepdims)

ak.partition.PartitionedArray.sum
=================================

.. py:method:: ak.partition.PartitionedArray.sum(self, axis, mask, keepdims)

ak.partition.PartitionedArray.prod
==================================

.. py:method:: ak.partition.PartitionedArray.prod(self, axis, mask, keepdims)

ak.partition.PartitionedArray.any
=================================

.. py:method:: ak.partition.PartitionedArray.any(self, axis, mask, keepdims)

ak.partition.PartitionedArray.all
=================================

.. py:method:: ak.partition.PartitionedArray.all(self, axis, mask, keepdims)

ak.partition.PartitionedArray.min
=================================

.. py:method:: ak.partition.PartitionedArray.min(self, axis, mask, keepdims, initial)

ak.partition.PartitionedArray.max
=================================

.. py:method:: ak.partition.PartitionedArray.max(self, axis, mask, keepdims, initial)

ak.partition.PartitionedArray.argmin
====================================

.. py:method:: ak.partition.PartitionedArray.argmin(self, axis, mask, keepdims)

ak.partition.PartitionedArray.argmax
====================================

.. py:method:: ak.partition.PartitionedArray.argmax(self, axis, mask, keepdims)

ak.partition.PartitionedArray.localindex
========================================

.. py:method:: ak.partition.PartitionedArray.localindex(self, axis)

ak.partition.PartitionedArray.combinations
==========================================

.. py:method:: ak.partition.PartitionedArray.combinations(self, n, replacement, keys, parameters, axis)

ak.partition.PartitionedArray.sort
==================================

.. py:method:: ak.partition.PartitionedArray.sort(self, axis, ascending, stable)

ak.partition.PartitionedArray.argsort
=====================================

.. py:method:: ak.partition.PartitionedArray.argsort(self, axis, ascending, stable)

ak.partition.PartitionedArray.numbers_to_type
=============================================

.. py:method:: ak.partition.PartitionedArray.numbers_to_type(self, dtype_string)

ak.partition.PartitionedArray.is_unique
=======================================

.. py:method:: ak.partition.PartitionedArray.is_unique(self)

ak.partition.PartitionedArray.copy_to
=====================================

.. py:method:: ak.partition.PartitionedArray.copy_to(self, ptr_lib)

ak.partition.PartitionedArray.carry
===================================

.. py:method:: ak.partition.PartitionedArray.carry(self, carry, allow_lazy)

