`femo_alpha.dynamic_rm_shell.utils`

Module Contents

`apply_hom_DirichletBCs_to_matrix`(mat, bc_dof_idxs)
`assemble_populated_petsc_mat`(petsc_mat)
`convert_np_array_to_petsc_mat`(comm, np_array)
`convert_petsc_vec_list_to_np_vec_list`(inp_petsc_vec_list)
`create_dense_np_mat_from_form`(inp_form)
`create_dense_petsc_vec`(inp_comm, length)
`create_mumps_solver`(inp_comm, mat)
`create_unassembled_dense_petsc_mat`(inp_comm, shape)
`mult`(M, b)	Returns `M*b`, where `M` and `b` are DOLFIN `GenericTensor` and
`multTranspose`(M, b)	Returns `M^T*b`, where `M` and `b` are DOLFIN `GenericTensor` and
`populate_dense_petsc_vec`(vec, inp_np_arr)
`populate_petsc_mat_with_array`(petsc_mat, np_array)
`reshape_vector_into_array`(inp_vec, n_cols)
`stack_array_into_vector`(inp_arr)

femo_alpha.dynamic_rm_shell.utils.apply_hom_DirichletBCs_to_matrix(mat, bc_dof_idxs)

femo_alpha.dynamic_rm_shell.utils.assemble_populated_petsc_mat(petsc_mat)

femo_alpha.dynamic_rm_shell.utils.convert_np_array_to_petsc_mat(comm, np_array)

femo_alpha.dynamic_rm_shell.utils.convert_petsc_vec_list_to_np_vec_list(inp_petsc_vec_list)

femo_alpha.dynamic_rm_shell.utils.create_dense_np_mat_from_form(inp_form)

femo_alpha.dynamic_rm_shell.utils.create_dense_petsc_vec(inp_comm, length)

femo_alpha.dynamic_rm_shell.utils.create_unassembled_dense_petsc_mat(inp_comm, shape)

femo_alpha.dynamic_rm_shell.utils.mult(M, b): Returns M*b, where M and b are DOLFIN GenericTensor and GenericVector objects.

femo_alpha.dynamic_rm_shell.utils.multTranspose(M, b): Returns M^T*b, where M and b are DOLFIN GenericTensor and GenericVector objects. This function is copied from tIGAr/common.py for convenience; the original can be found here:

https://github.com/david-kamensky/tIGAr/blob/master/tIGAr/common.py#L97

femo_alpha.dynamic_rm_shell.utils.populate_dense_petsc_vec(vec, inp_np_arr)

femo_alpha.dynamic_rm_shell.utils.populate_petsc_mat_with_array(petsc_mat, np_array)

femo_alpha.dynamic_rm_shell.utils.reshape_vector_into_array(inp_vec, n_cols)