pydynamicestimator.tests.test_compute_i_full
============================================

.. py:module:: pydynamicestimator.tests.test_compute_i_full

.. autoapi-nested-parse::

   Numerical validation of compute_i_full post-processing against CasADi branch_current_fun.

   Compares the new vectorized NumPy i_full computation against the original per-step
   CasADi build_branch_current_fun approach across multiple scenarios.

   All tests use frozen fixtures under tests/fixtures/ rather than the
   shared pydynamicestimator/systems/ workspace, so interactive edits to
   the demo systems cannot silently change test behavior. See
   tests/fixtures/README.md.



Attributes
----------

.. autoapisummary::

   pydynamicestimator.tests.test_compute_i_full.FIXTURE_ROOT


Functions
---------

.. autoapisummary::

   pydynamicestimator.tests.test_compute_i_full._recompute_i_full_casadi
   pydynamicestimator.tests.test_compute_i_full.test_no_faults_incl_lim_true
   pydynamicestimator.tests.test_compute_i_full.test_no_faults_incl_lim_false
   pydynamicestimator.tests.test_compute_i_full.test_bus_fault_incl_lim_true
   pydynamicestimator.tests.test_compute_i_full.test_dist_mode_incl_lim_true
   pydynamicestimator.tests.test_compute_i_full.test_coi_mode_incl_lim_true
   pydynamicestimator.tests.test_compute_i_full.test_line_dyn_true


Module Contents
---------------

.. py:data:: FIXTURE_ROOT

.. py:function:: _recompute_i_full_casadi(sim)

   Recompute i_full using the old CasADi branch_current_fun approach.


.. py:function:: test_no_faults_incl_lim_true()

   nom mode, LOAD step at t=1s, incl_lim=True: should match to machine precision.


.. py:function:: test_no_faults_incl_lim_false()

   nom mode, LOAD step at t=1s, incl_lim=False: should match to machine precision.


.. py:function:: test_bus_fault_incl_lim_true()

   nom mode, FAULT_BUS + CLEAR_FAULT_BUS, incl_lim=True.


.. py:function:: test_dist_mode_incl_lim_true()

   dist mode (has_delta_ref=True) under LOAD step at t=1s, incl_lim=True.


.. py:function:: test_coi_mode_incl_lim_true()

   coi mode, incl_lim=True.

   COI frequency deviates from 1.0 pu during transients, so the omega=1.0
   approximation in build_y() causes a small error vs the frequency-aware
   CasADi function. Same root cause as the dist mode discrepancy.

   Uses the LOAD-step fixture so the disturbance is pinned.


.. py:function:: test_line_dyn_true()

   nom mode, line_dyn=True, incl_lim=False.