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Remove unvetted DataTree methods #9585

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be1e0f9
Remove unvetted DataTree methods
shoyer Oct 6, 2024
2ddf241
groups docstring
shoyer Oct 6, 2024
7b4178e
Merge branch 'main' into remove-dt-methods
shoyer Oct 6, 2024
b3be878
comment out removed DataTree methods
shoyer Oct 6, 2024
4259f1e
update quick overview on DataTree
shoyer Oct 6, 2024
9d1a1d0
Merge branch 'main' into remove-dt-methods
shoyer Oct 6, 2024
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269 changes: 135 additions & 134 deletions doc/api.rst
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Expand Up @@ -725,17 +725,18 @@ Manipulate the contents of all nodes in a ``DataTree`` simultaneously.
:toctree: generated/

DataTree.copy
DataTree.assign_coords
DataTree.merge
DataTree.rename
DataTree.rename_vars
DataTree.rename_dims
DataTree.swap_dims
DataTree.expand_dims
DataTree.drop_vars
DataTree.drop_dims
DataTree.set_coords
DataTree.reset_coords

.. DataTree.assign_coords
.. DataTree.merge
.. DataTree.rename
.. DataTree.rename_vars
.. DataTree.rename_dims
.. DataTree.swap_dims
.. DataTree.expand_dims
.. DataTree.drop_vars
.. DataTree.drop_dims
.. DataTree.set_coords
.. DataTree.reset_coords
Comment on lines +728 to +739
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Was the decision here that these methods should act locally rather than mapping over the subtree? And the distinction being between methods which manipulate structure versus methods which manipulate data - the latter map over the whole tree?


DataTree Node Contents
----------------------
Expand All @@ -760,129 +761,129 @@ Compare one ``DataTree`` object to another.
DataTree.equals
DataTree.identical

Indexing
--------

Index into all nodes in the subtree simultaneously.

.. autosummary::
:toctree: generated/

DataTree.isel
DataTree.sel
DataTree.drop_sel
DataTree.drop_isel
DataTree.head
DataTree.tail
DataTree.thin
DataTree.squeeze
DataTree.interp
DataTree.interp_like
DataTree.reindex
DataTree.reindex_like
DataTree.set_index
DataTree.reset_index
DataTree.reorder_levels
DataTree.query

..

Missing:
``DataTree.loc``


Missing Value Handling
----------------------

.. autosummary::
:toctree: generated/

DataTree.isnull
DataTree.notnull
DataTree.combine_first
DataTree.dropna
DataTree.fillna
DataTree.ffill
DataTree.bfill
DataTree.interpolate_na
DataTree.where
DataTree.isin

Computation
-----------

Apply a computation to the data in all nodes in the subtree simultaneously.

.. autosummary::
:toctree: generated/

DataTree.map
DataTree.reduce
DataTree.diff
DataTree.quantile
DataTree.differentiate
DataTree.integrate
DataTree.map_blocks
DataTree.polyfit
DataTree.curvefit

Aggregation
-----------

Aggregate data in all nodes in the subtree simultaneously.

.. autosummary::
:toctree: generated/

DataTree.all
DataTree.any
DataTree.argmax
DataTree.argmin
DataTree.idxmax
DataTree.idxmin
DataTree.max
DataTree.min
DataTree.mean
DataTree.median
DataTree.prod
DataTree.sum
DataTree.std
DataTree.var
DataTree.cumsum
DataTree.cumprod

ndarray methods
---------------

Methods copied from :py:class:`numpy.ndarray` objects, here applying to the data in all nodes in the subtree.

.. autosummary::
:toctree: generated/

DataTree.argsort
DataTree.astype
DataTree.clip
DataTree.conj
DataTree.conjugate
DataTree.round
DataTree.rank

Reshaping and reorganising
--------------------------

Reshape or reorganise the data in all nodes in the subtree.

.. autosummary::
:toctree: generated/

DataTree.transpose
DataTree.stack
DataTree.unstack
DataTree.shift
DataTree.roll
DataTree.pad
DataTree.sortby
DataTree.broadcast_like
.. Indexing
.. --------

.. Index into all nodes in the subtree simultaneously.

.. .. autosummary::
.. :toctree: generated/

.. DataTree.isel
.. DataTree.sel
.. DataTree.drop_sel
.. DataTree.drop_isel
.. DataTree.head
.. DataTree.tail
.. DataTree.thin
.. DataTree.squeeze
.. DataTree.interp
.. DataTree.interp_like
.. DataTree.reindex
.. DataTree.reindex_like
.. DataTree.set_index
.. DataTree.reset_index
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Unclear to me whether these methods would count as "manipulating structure" or "manipulating data"...

.. DataTree.reorder_levels
.. DataTree.query

.. ..

.. Missing:
.. ``DataTree.loc``
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There are some other methods mentioned in the API docs page as "Missing:" - these references should also be commented out or deleted.



.. Missing Value Handling
.. ----------------------

.. .. autosummary::
.. :toctree: generated/

.. DataTree.isnull
.. DataTree.notnull
.. DataTree.combine_first
.. DataTree.dropna
.. DataTree.fillna
.. DataTree.ffill
.. DataTree.bfill
.. DataTree.interpolate_na
.. DataTree.where
.. DataTree.isin

.. Computation
.. -----------

.. Apply a computation to the data in all nodes in the subtree simultaneously.

.. .. autosummary::
.. :toctree: generated/

.. DataTree.map
.. DataTree.reduce
.. DataTree.diff
.. DataTree.quantile
.. DataTree.differentiate
.. DataTree.integrate
.. DataTree.map_blocks
.. DataTree.polyfit
.. DataTree.curvefit

.. Aggregation
.. -----------

.. Aggregate data in all nodes in the subtree simultaneously.

.. .. autosummary::
.. :toctree: generated/

.. DataTree.all
.. DataTree.any
.. DataTree.argmax
.. DataTree.argmin
.. DataTree.idxmax
.. DataTree.idxmin
.. DataTree.max
.. DataTree.min
.. DataTree.mean
.. DataTree.median
.. DataTree.prod
.. DataTree.sum
.. DataTree.std
.. DataTree.var
.. DataTree.cumsum
.. DataTree.cumprod

.. ndarray methods
.. ---------------

.. Methods copied from :py:class:`numpy.ndarray` objects, here applying to the data in all nodes in the subtree.

.. .. autosummary::
.. :toctree: generated/

.. DataTree.argsort
.. DataTree.astype
.. DataTree.clip
.. DataTree.conj
.. DataTree.conjugate
.. DataTree.round
.. DataTree.rank

.. Reshaping and reorganising
.. --------------------------

.. Reshape or reorganise the data in all nodes in the subtree.

.. .. autosummary::
.. :toctree: generated/

.. DataTree.transpose
.. DataTree.stack
.. DataTree.unstack
.. DataTree.shift
.. DataTree.roll
.. DataTree.pad
.. DataTree.sortby
.. DataTree.broadcast_like

IO / Conversion
===============
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20 changes: 12 additions & 8 deletions doc/getting-started-guide/quick-overview.rst
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Expand Up @@ -314,19 +314,23 @@ And you can get a copy of just the node local values of :py:class:`~xarray.Datas
ds_node_local = dt["simulation/coarse"].to_dataset(inherited=False)
ds_node_local

Operations map over subtrees, so we can take a mean over the ``x`` dimension of both the ``fine`` and ``coarse`` groups just by:
We intend to eventually implement most :py:class:`~xarray.Dataset` methods
(indexing, aggregation, arithmetic, etc) on :py:class:`~xarray.DataTree`
objects, but many methods have not been implemented yet.
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Put this in a note

Suggested change
We intend to eventually implement most :py:class:`~xarray.Dataset` methods
(indexing, aggregation, arithmetic, etc) on :py:class:`~xarray.DataTree`
objects, but many methods have not been implemented yet.
.. note::
We intend to eventually implement most
:py:class:`~xarray.Dataset` methods
(indexing, aggregation, arithmetic,
etc) on :py:class:`~xarray.DataTree`
objects, but many methods have not been
implemented yet.


.. ipython:: python
.. Operations map over subtrees, so we can take a mean over the ``x`` dimension of both the ``fine`` and ``coarse`` groups just by:

.. .. ipython:: python

avg = dt["simulation"].mean(dim="x")
avg
.. avg = dt["simulation"].mean(dim="x")
.. avg

Here the ``"x"`` dimension used is always the one local to that subgroup.
.. Here the ``"x"`` dimension used is always the one local to that subgroup.


You can do almost everything you can do with :py:class:`~xarray.Dataset` objects with :py:class:`~xarray.DataTree` objects
(including indexing and arithmetic), as operations will be mapped over every subgroup in the tree.
This allows you to work with multiple groups of non-alignable variables at once.
.. You can do almost everything you can do with :py:class:`~xarray.Dataset` objects with :py:class:`~xarray.DataTree` objects
.. (including indexing and arithmetic), as operations will be mapped over every subgroup in the tree.
.. This allows you to work with multiple groups of non-alignable variables at once.

.. note::

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