UT3Tangent.absorb_weights
=========================

.. py:method:: t3toolbox.uniform_manifold.UT3Tangent.absorb_weights(weights)

   .. code-block:: python

      def absorb_weights(self, weights: 'ubv.UT3FrameWeights') -> 'UT3Tangent':


   Absorb the metric ``weights`` into this tangent's **variation** supercores (``down``->V,
   ``up``/``left``/``right``->H), returning the weighted tangent **at the same frame**. Its
   :py:meth:`corewise_norm` equals :py:meth:`weighted_norm`.

   **Warning -- the result is not gauged.** Scaling the variation coordinates breaks the gauge
   conditions (the frame's orthogonality is untouched), so the returned tangent is a *coordinate*
   reweighting: :py:meth:`corewise_norm` / :py:meth:`corewise_inner` are correct on it, but the
   Hilbert-Schmidt geometry needs a gauged tangent. Re-gauge with ``project_oblique`` if you need HS
   semantics. Uniform twin of :py:meth:`~t3toolbox.manifold.T3Tangent.absorb_weights`.