.. _`Zip Tuple`:

.. _`org.sysess.sympathy.tuple.ziptuple2`:

Zip Tuple
`````````

.. image:: zip.svg
   :width: 48







Documentation
:::::::::::::

Create a list of tuples from two (or more) lists.


Definition
::::::::::


Input ports
...........

    **input**
        | Type: ['sylist', ['sygeneric', ['syletters', ['syindex']]]]
        | Description: Input
        | Optional number of ports: 2--inf (default: 2)
        

Output ports
............

    **output**
        | Type: ['sylist', ['sytuple', ['symap', ['syunlist'], ['sytypes', ['sygroup', 'input']]]]]
        | Description: Output



Configuration
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    **Strategy for different length lists:** (len_strategy)
        How should the node handle the situation when the input lists are of different lengths?







Examples
........



Example flows demonstrating this node:

* :download:`TupleOperations.syx </Examples/Sympathy for Data/Generic/Tuple/TupleOperations.syx>`




The node can be found in:

* :download:`LambdaOperations.syx </Examples/Sympathy for Data/Generic/Lambda/LambdaOperations.syx>`

* :download:`Predicates.syx </Examples/Sympathy for Data/Generic/List/Predicates.syx>`

* :download:`BasicDictOperations.syx </Examples/Sympathy for Data/Generic/Dict/BasicDictOperations.syx>`

* :download:`EitherWithDataPredicate.syx </Examples/Sympathy for Data/Data Processing/Select/EitherWithDataPredicate.syx>`

* :download:`FigureExternalConfig.syx </Examples/Sympathy for Data/Visual/Figure/FigureExternalConfig.syx>`

* :download:`random_forest_regressor.syx </Examples/Advanced Machine Learning/random_forest_regressor.syx>`




Implementation
..............

.. automodule:: node_tuple_operations
    :noindex:

.. class:: ZipTuple
    :noindex: