:py:mod:`bempp.api.space.maxwell_spaces`
========================================

.. py:module:: bempp.api.space.maxwell_spaces

.. autoapi-nested-parse::

   Definition of Maxwell spaces.



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


Functions
~~~~~~~~~

.. autoapisummary::

   bempp.api.space.maxwell_spaces._is_screen
   bempp.api.space.maxwell_spaces.rwg0_function_space
   bempp.api.space.maxwell_spaces.rwg0_barycentric_function_space
   bempp.api.space.maxwell_spaces.snc0_function_space
   bempp.api.space.maxwell_spaces.snc0_barycentric_function_space
   bempp.api.space.maxwell_spaces.bc_function_space
   bempp.api.space.maxwell_spaces.rbc_function_space
   bempp.api.space.maxwell_spaces._compute_bc_space_data
   bempp.api.space.maxwell_spaces._compute_rwg0_space_data
   bempp.api.space.maxwell_spaces.generate_rwg0_map
   bempp.api.space.maxwell_spaces._numba_rwg0_evaluate
   bempp.api.space.maxwell_spaces._numba_snc0_evaluate
   bempp.api.space.maxwell_spaces._numba_snc0_surface_curl



.. py:function:: _is_screen(grid)

   Check if there is an edge only adjacent to one triangle.


.. py:function:: rwg0_function_space(grid, support_elements=None, segments=None, swapped_normals=None, include_boundary_dofs=False, truncate_at_segment_edge=True)

   Define a space of RWG functions of order 0.


.. py:function:: rwg0_barycentric_function_space(coarse_space)

   Define a space of RWG functions of order 0 over a barycentric grid.


.. py:function:: snc0_function_space(grid, support_elements=None, segments=None, swapped_normals=None, include_boundary_dofs=False, truncate_at_segment_edge=True)

   Define a space of SNC functions of order 0.


.. py:function:: snc0_barycentric_function_space(coarse_space)

   Define a space of SNC functions of order 0 over a barycentric grid.


.. py:function:: bc_function_space(grid, support_elements=None, segments=None, swapped_normals=None, include_boundary_dofs=False, truncate_at_segment_edge=True)

   Define a space of BC functions.


.. py:function:: rbc_function_space(grid, support_elements=None, segments=None, swapped_normals=None, include_boundary_dofs=False, truncate_at_segment_edge=True)

   Define a space of RBC functions.


.. py:function:: _compute_bc_space_data(grid, bary_grid, coarse_space, truncate_at_segment_edge, swapped_normals)

   Generate the BC map.


.. py:function:: _compute_rwg0_space_data(support, edge_neighbors, edge_neighbors_ptr, element_edges, number_of_elements, number_of_edges, include_boundary_dofs, truncate_at_segment_edge)

   Compute the local2global map for the space.


.. py:function:: generate_rwg0_map(grid_data, support_elements, local_coords, coeffs)

   Actually generate the sparse matrix data.


.. py:function:: _numba_rwg0_evaluate(element_index, shapeset_evaluate, local_coordinates, grid_data, local_multipliers, normal_multipliers)

   Evaluate the basis on an element.


.. py:function:: _numba_snc0_evaluate(element_index, shapeset_evaluate, local_coordinates, grid_data, local_multipliers, normal_multipliers)

   Evaluate the basis on an element.


.. py:function:: _numba_snc0_surface_curl(element_index, shapeset_gradient, local_coordinates, grid_data, local_multipliers, normal_multipliers)

   Evaluate the curl on an element.