Abstract Interfaces

Abstract Interface	Location	Description
apply_coupling_np	op_neut_coupling_np_m
apply_coupling_pn	op_neut_coupling_pn_m
apply_interface	op_bnd_cond_m	Applies the operator to the given input values
apply_interface	op_source_m	Applies the source operator by adding the source term to f_out
apply_interface	op_mms_solution_m	Applies the operator to the given input values
apply_interface_em_fields	op_mms_source_m	Applies the operator by adding the source terms to b_qn_eq, b_amps_law and b_bpar_eq
apply_interface_ohm	op_mms_solution_m	Applies the operator to the given input values
apply_interface_ohms_law	op_mms_source_m	Applies the operator by adding the source term to b_ohms_law
apply_interface_vlasov	op_mms_source_m	Applies the operator by adding the source term to f_out
apply_vlasov_interface	op_mms_solution_m	Applies the operator to the given input values
generic_getter	equilibrium_reference_m
initialize_coupling_np	op_neut_coupling_np_m
initialize_coupling_pn	op_neut_coupling_pn_m
initialize_interface	op_bnd_cond_m	Initializes the operator
initialize_interface	op_source_m	Initializes the source operator
initialize_interface	timestep_m	Initializes the timestep
initialize_interface	op_mms_solution_m	Initializes the operator
initialize_interface_ohm	op_mms_solution_m	Initializes the operator
initialize_lapd_interface	op_source_m
initialize_mms_interface	op_mms_source_m	Initializes the operator
initialize_vlasov_interface	op_mms_solution_m	Initializes the operator
step_interface	timestep_m	Calculate one time step