discretize.base.BaseRectangularMesh
===================================

.. currentmodule:: discretize.base

.. inheritance-diagram:: BaseRectangularMesh
    :parts: 1

.. autoclass:: BaseRectangularMesh

  
   .. HACK -- the point here is that we don't want this to appear in the output, but the autosummary should still generate the pages.
      .. autosummary::
         :toctree:
      
         BaseRectangularMesh.__len__
         BaseRectangularMesh.closest_points_index
         BaseRectangularMesh.copy
         BaseRectangularMesh.deserialize
         BaseRectangularMesh.equals
         BaseRectangularMesh.getEdgeInnerProduct
         BaseRectangularMesh.getEdgeInnerProductDeriv
         BaseRectangularMesh.getFaceInnerProduct
         BaseRectangularMesh.getFaceInnerProductDeriv
         BaseRectangularMesh.getInterpolationMat
         BaseRectangularMesh.get_edge_inner_product
         BaseRectangularMesh.get_edge_inner_product_deriv
         BaseRectangularMesh.get_edge_inner_product_line
         BaseRectangularMesh.get_edge_inner_product_line_deriv
         BaseRectangularMesh.get_edge_inner_product_surface
         BaseRectangularMesh.get_edge_inner_product_surface_deriv
         BaseRectangularMesh.get_face_inner_product
         BaseRectangularMesh.get_face_inner_product_deriv
         BaseRectangularMesh.get_face_inner_product_surface
         BaseRectangularMesh.get_face_inner_product_surface_deriv
         BaseRectangularMesh.get_interpolation_matrix
         BaseRectangularMesh.point2index
         BaseRectangularMesh.projectEdgeVector
         BaseRectangularMesh.projectFaceVector
         BaseRectangularMesh.project_edge_vector
         BaseRectangularMesh.project_face_vector
         BaseRectangularMesh.r
         BaseRectangularMesh.reshape
         BaseRectangularMesh.save
         BaseRectangularMesh.serialize
         BaseRectangularMesh.to_dict
         BaseRectangularMesh.validate
      
         BaseRectangularMesh.__len__
  

  
  
   .. HACK -- the point here is that we don't want this to appear in the output, but the autosummary should still generate the pages.
      .. autosummary::
         :toctree:
      
         BaseRectangularMesh.area
         BaseRectangularMesh.average_cell_to_edge
         BaseRectangularMesh.average_cell_to_face
         BaseRectangularMesh.average_cell_vector_to_face
         BaseRectangularMesh.average_edge_to_cell
         BaseRectangularMesh.average_edge_to_cell_vector
         BaseRectangularMesh.average_edge_to_face
         BaseRectangularMesh.average_face_to_cell
         BaseRectangularMesh.average_face_to_cell_vector
         BaseRectangularMesh.average_node_to_cell
         BaseRectangularMesh.average_node_to_edge
         BaseRectangularMesh.average_node_to_face
         BaseRectangularMesh.axis_u
         BaseRectangularMesh.axis_v
         BaseRectangularMesh.axis_w
         BaseRectangularMesh.boundary_edge_vector_integral
         BaseRectangularMesh.boundary_edges
         BaseRectangularMesh.boundary_face_outward_normals
         BaseRectangularMesh.boundary_face_scalar_integral
         BaseRectangularMesh.boundary_faces
         BaseRectangularMesh.boundary_node_vector_integral
         BaseRectangularMesh.boundary_nodes
         BaseRectangularMesh.cell_centers
         BaseRectangularMesh.cell_volumes
         BaseRectangularMesh.dim
         BaseRectangularMesh.edge
         BaseRectangularMesh.edgeCurl
         BaseRectangularMesh.edge_curl
         BaseRectangularMesh.edge_lengths
         BaseRectangularMesh.edge_tangents
         BaseRectangularMesh.edges
         BaseRectangularMesh.faceDiv
         BaseRectangularMesh.face_areas
         BaseRectangularMesh.face_divergence
         BaseRectangularMesh.face_normals
         BaseRectangularMesh.faces
         BaseRectangularMesh.nCx
         BaseRectangularMesh.nCy
         BaseRectangularMesh.nCz
         BaseRectangularMesh.nNx
         BaseRectangularMesh.nNy
         BaseRectangularMesh.nNz
         BaseRectangularMesh.n_cells
         BaseRectangularMesh.n_edges
         BaseRectangularMesh.n_edges_per_direction
         BaseRectangularMesh.n_edges_x
         BaseRectangularMesh.n_edges_y
         BaseRectangularMesh.n_edges_z
         BaseRectangularMesh.n_faces
         BaseRectangularMesh.n_faces_per_direction
         BaseRectangularMesh.n_faces_x
         BaseRectangularMesh.n_faces_y
         BaseRectangularMesh.n_faces_z
         BaseRectangularMesh.n_nodes
         BaseRectangularMesh.nodalGrad
         BaseRectangularMesh.nodalLaplacian
         BaseRectangularMesh.nodal_gradient
         BaseRectangularMesh.nodal_laplacian
         BaseRectangularMesh.nodes
         BaseRectangularMesh.normals
         BaseRectangularMesh.orientation
         BaseRectangularMesh.origin
         BaseRectangularMesh.project_edge_to_boundary_edge
         BaseRectangularMesh.project_face_to_boundary_face
         BaseRectangularMesh.project_node_to_boundary_node
         BaseRectangularMesh.reference_is_rotated
         BaseRectangularMesh.reference_system
         BaseRectangularMesh.rotation_matrix
         BaseRectangularMesh.shape_cells
         BaseRectangularMesh.shape_edges_x
         BaseRectangularMesh.shape_edges_y
         BaseRectangularMesh.shape_edges_z
         BaseRectangularMesh.shape_faces_x
         BaseRectangularMesh.shape_faces_y
         BaseRectangularMesh.shape_faces_z
         BaseRectangularMesh.shape_nodes
         BaseRectangularMesh.stencil_cell_gradient
         BaseRectangularMesh.tangents
         BaseRectangularMesh.vol
         BaseRectangularMesh.x0
  
  

.. minigallery:: discretize.base.BaseRectangularMesh
    :add-heading: Galleries and Tutorials using ``discretize.base.BaseRectangularMesh``
    :heading-level: -