utv_probe_transpose_derivatives_from_sweep
==========================================

.. py:function:: t3toolbox.backend.utv_sampling.utv_probe_transpose_derivatives_from_sweep(ztildes, frame_sweep, order, sum_over_probes=True, chunk_size=100)

   .. code-block:: python

      def utv_probe_transpose_derivatives_from_sweep(
              ztildes,      # probe residual jets, len=d, ith elm_shape=(order+1,)+W+K+C+(Ni,)
              frame_sweep,   # = utv_precompute_probe_frame_sweep_jets(...)
              order,        # highest derivative order
              sum_over_probes=True,
              chunk_size=100,   # W-chunk size for the gradient assembly; None -> dense. docs/chunking.md
      ):  # -> bare variation supercore pair (dU_tilde, dG_tilde); stack K_new + C


   Transpose ``𝒥ᵀ`` of the probe-derivatives reusing the jet sweep (the bare adjoint): pack the residual
   jets to ``N``, share :py:func:`sampling_derivatives.tv_probe_transpose_derivatives_from_sweep`.