fix: update copy

Co-authored-by: Evgeni Burovski <[email protected]>

Author: kgryte

spec/draft/API_specification/indexing.rst

@@ -198,7 +198,7 @@ An array must support indexing by an indexing tuple which contains only integers
 .. note::
    Conforming implementations of this standard may support integer arrays having other integer data types; however, consumers of this standard should be aware that integer arrays having uncommon array index data types such as ``int8`` and ``uint8`` may not be widely supported as index arrays across conforming array libraries. To dynamically resolve the default array index data type, including for that of the current device context, use the inspection API ``default_dtypes()``.
 
-- Providing a zero-dimensional integer array ``tk`` containing an integer index must be equivalent to providing an integer index having the value ``tk[()]``. Conversely, each integer index ``tk`` must be equivalent to a zero-dimensional integer array containing the same value and be treated as such, including shape inference and broadcasting. Accordingly, if ``T`` consists of only integers and zero-dimensional integer arrays, the result must be equivalent to indexing multiple axes using integer indices. For example, if ``A`` is a two-dimensional array, ``T`` is the tuple ``(i, J)``, ``i`` is a valid integer index, and ``J`` is a zero-dimensional array containing a valid integer index ``j``, the result of ``A[T]`` must be equivalent to ``A[(i,j)]`` (see :ref:`indexing-multi-axis`).
+- Providing a zero-dimensional integer array ``tk`` containing an integer index must be equivalent to providing an integer index having the value ``int(tk)``. Conversely, each integer index ``tk`` must be equivalent to a zero-dimensional integer array containing the same value and be treated as such, including shape inference and broadcasting. Accordingly, if ``T`` consists of only integers and zero-dimensional integer arrays, the result must be equivalent to indexing multiple axes using integer indices. For example, if ``A`` is a two-dimensional array, ``T`` is the tuple ``(i, J)``, ``i`` is a valid integer index, and ``J`` is a zero-dimensional array containing a valid integer index ``j``, the result of ``A[T]`` must be equivalent to ``A[(i,j)]`` (see :ref:`indexing-multi-axis`).
 
 - If ``tk`` is an integer array, each element in ``tk`` must independently satisfy the rules stated above for indexing a single-axis with an integer index (see :ref:`indexing-single-axis`).