.. _A1.at_index:

A1.at Function Index
=======================================================
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Functions

.. list-table::
   :widths: 10 20
   :header-rows: 1

   * - Function
     - Argument(s) -> Results
   * - :ref:`a1_lie_type_int_n_a1_factors,_int_n_torus_factors->lietype1`
     - ``int n_A1_factors, int n_torus_factors->LieType``
   * - :ref:`a1_root_datum_int_n_a1_factors,_int_n_torus_factors->rootdatum1`
     - ``int n_A1_factors, int n_torus_factors->RootDatum``
   * - :ref:`a1_root_datum_int_n_a1_factors,_int_n_torus_factors,_[ratvec]_center->rootdatum1`
     - ``int n_A1_factors, int n_torus_factors, [ratvec] center->RootDatum``
   * - :ref:`central_subgroup_as_ratvec_[vec]_center->[ratvec]1`
     - ``[vec] center->[ratvec]``
   * - :ref:`a1_root_datum_int_n_a1_factors,_int_n_torus_factors,_[vec]_center->rootdatum1`
     - ``int n_A1_factors, int n_torus_factors, [vec] center->RootDatum``
   * - :ref:`a1_inner_class_int_n_a1_factors,int_n_torus_factors,_string_innerclass->innerclass1`
     - ``int n_A1_factors,int n_torus_factors, string innerclass->InnerClass``
   * - :ref:`a1_inner_class_int_n_a1_factors,int_n_torus_factors,_[ratvec]_center,_string_innerclass->innerclass1`
     - ``int n_A1_factors,int n_torus_factors, [ratvec] center, string innerclass->InnerClass``
   * - :ref:`a1_inner_class_int_n_a1_factors,int_n_torus_factors,_[vec]_center,_string_innerclass->innerclass1`
     - ``int n_A1_factors,int n_torus_factors, [vec] center, string innerclass->InnerClass``
   * - :ref:`a1_inner_class_twisted_int_n_a1_factors,int_n_torus_factors,_[ratvec]_center,_string_innerclass,_vec_permutation->(innerclass,mat)1`
     - ``int n_A1_factors,int n_torus_factors, [ratvec] center, string innerclass, vec permutation->(InnerClass,mat)``
   * - :ref:`a1_inner_class_twisted_int_n_a1_factors,int_n_torus_factors,_[vec]_center,_string_innerclass,_vec_permutation->(innerclass,mat)1`
     - ``int n_A1_factors,int n_torus_factors, [vec] center, string innerclass, vec permutation->(InnerClass,mat)``