:py:mod:`mu_sigma_solver`
=========================

.. py:module:: mu_sigma_solver


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


Functions
~~~~~~~~~

.. autoapisummary::

   mu_sigma_solver.AIC_computation
   mu_sigma_solver.Neumann_AIC_computation
   mu_sigma_solver.compute_aic_batched
   mu_sigma_solver.compute_aic_mat_vec
   mu_sigma_solver.compute_batched_aic_POD
   mu_sigma_solver.compute_phi_T_aic_mat_mat
   mu_sigma_solver.mu_sigma_solver
   mu_sigma_solver.unstructured_AIC_computation
   mu_sigma_solver.unstructured_AIC_computation_UW
   mu_sigma_solver.unstructured_AIC_computation_UW_looping
   mu_sigma_solver.unstructured_AIC_computation_UW_looping_mixed



.. py:function:: AIC_computation(mesh_dict, wake_mesh_dict, num_nodes, num_tot_panels, surface_names)


.. py:function:: Neumann_AIC_computation(mesh_dict, wake_mesh_dict, num_nodes, num_tot_panels, surface_names)


.. py:function:: compute_aic_batched(coll_point, normal_vec_eval, panel_center, panel_corners, panel_x_dir, panel_y_dir, panel_normal, S_j, SL_j, SM_j, mode='doublet', BC='Dirichlet')


.. py:function:: compute_aic_mat_vec(coll_point, panel_center, panel_corners, panel_x_dir, panel_y_dir, panel_normal, S_j, SL_j, SM_j, v, mode='doublet')

   
   This function computes the matrix vector product Av, where A is the 
   AIC matrix for the doublets, and v represents the vector that converges
   to the doublet strengths

   The three modes are doublet, source, and wake (corresponding to which AIC matrix to compute)















   ..
       !! processed by numpydoc !!

.. py:function:: compute_batched_aic_POD(mesh_dict, wake_mesh_dict, sigma, batch_size, ROM)


.. py:function:: compute_phi_T_aic_mat_mat(coll_point, panel_center, panel_corners, panel_x_dir, panel_y_dir, panel_normal, S_j, SL_j, SM_j, UT, mode='doublet')

   
   This function computes the matrix vector product Av, where A is the 
   AIC matrix for the doublets, and v represents the vector that converges
   to the doublet strengths

   The three modes are doublet, source, and wake (corresponding to which AIC matrix to compute)















   ..
       !! processed by numpydoc !!

.. py:function:: mu_sigma_solver(num_nodes, mesh_dict, mode='structured', batch_size=None, bc='Dirichlet', ROM=False, constant_geometry=False)


.. py:function:: unstructured_AIC_computation(mesh_dict, wake_mesh_dict, num_nodes, num_tot_panels)


.. py:function:: unstructured_AIC_computation_UW(mesh_dict, wake_mesh_dict, num_nodes, num_tot_panels)


.. py:function:: unstructured_AIC_computation_UW_looping(mesh_dict, wake_mesh_dict, num_nodes, num_tot_panels, batch_size)


.. py:function:: unstructured_AIC_computation_UW_looping_mixed(mesh_dict, wake_mesh_dict, num_nodes, num_tot_panels, batch_size, BC)