UniformProbeDerivativesKind
===========================

.. toctree::
   :hidden:

   /autoapi/t3toolbox/backend/uniform_fitting/UniformProbeDerivativesKind.precompute
   /autoapi/t3toolbox/backend/uniform_fitting/UniformProbeDerivativesKind.forward
   /autoapi/t3toolbox/backend/uniform_fitting/UniformProbeDerivativesKind.transpose
   /autoapi/t3toolbox/backend/uniform_fitting/UniformProbeDerivativesKind.point_forward
   /autoapi/t3toolbox/backend/uniform_fitting/UniformProbeDerivativesKind.take

.. py:class:: t3toolbox.backend.uniform_fitting.UniformProbeDerivativesKind

   Bases: :py:obj:`_UniformKind`, :py:obj:`t3toolbox.backend.fitting.ProbeDerivativesKind`


   The uniform twin of :py:class:`~t3toolbox.backend.fitting.ProbeDerivativesKind`.

   The forward / residual are the packed jets ``(d,)+(order+1,)+W+C+(N,)`` -- order at axis 1, after the
   mode index ``d`` -- so ``omega`` sits at ``mode_axis=0, order_axis=1``. The ragged kind's
   order-leading placement would broadcast ``omega`` over ``d`` here.

Methods
-------

.. autoapisummary::

   t3toolbox.backend.uniform_fitting.UniformProbeDerivativesKind.precompute
   t3toolbox.backend.uniform_fitting.UniformProbeDerivativesKind.forward
   t3toolbox.backend.uniform_fitting.UniformProbeDerivativesKind.transpose
   t3toolbox.backend.uniform_fitting.UniformProbeDerivativesKind.point_forward
   t3toolbox.backend.uniform_fitting.UniformProbeDerivativesKind.take