UT3Tangent.to_dense
===================

.. py:method:: t3toolbox.uniform_manifold.UT3Tangent.to_dense(include_shift = False)

   .. code-block:: python

      def to_dense(
              self,
              include_shift:  bool = False,  # False: tangent vector v. True: base point + v.
      ) -> NDArray:  # dense tangent vector, shape = stack_shape (K+C) + (N0,...,N(d-1))


   Form the dense tensor represented by this tangent vector (``= to_ut3(...).to_dense()``).

   The tangent vector is the sum of the 2d single-core-replacement terms; with ``include_shift=True``
   the base point is added. Stack-aware (the result is stacked ``K + C``). Inspection/tests only.