wave_eq()
heat_eq()
wave_coenergy_eq()
heat_wave_eq()
shallow_water_eq()
DPHS
DPHS.F
DPHS.IFunction()
DPHS.IJacobian()
DPHS.J
DPHS.add_FEM()
DPHS.add_brick()
DPHS.add_control_port()
DPHS.add_costate()
DPHS.add_parameter()
DPHS.add_port()
DPHS.add_state()
DPHS.allocate_memory()
DPHS.assemble_mass()
DPHS.assemble_nl_mass()
DPHS.assemble_nl_stiffness()
DPHS.assemble_rhs()
DPHS.assemble_stiffness()
DPHS.bricks
DPHS.buffer
DPHS.compute_Hamiltonian()
DPHS.compute_powers()
DPHS.controls
DPHS.costates
DPHS.disable_all_bricks()
DPHS.display()
DPHS.domain
DPHS.enable_all_bricks()
DPHS.event()
DPHS.exclude_algebraic_var_from_lte()
DPHS.export_matrices()
DPHS.export_to_pv()
DPHS.get_Hamiltonian()
DPHS.get_cleared_TS_options()
DPHS.get_quantity()
DPHS.get_solution()
DPHS.gf_model
DPHS.hamiltonian
DPHS.init_parameter()
DPHS.init_step()
DPHS.initial_value_set
DPHS.linear_mass
DPHS.mass
DPHS.monitor()
DPHS.nl_mass
DPHS.nl_stiffness
DPHS.plot_Hamiltonian()
DPHS.plot_powers()
DPHS.ports
DPHS.postevent()
DPHS.powers_computed
DPHS.rhs
DPHS.set_control()
DPHS.set_domain()
DPHS.set_from_vector()
DPHS.set_initial_value()
DPHS.set_linear_flags()
DPHS.set_time_scheme()
DPHS.solution
DPHS.solve()
DPHS.solve_done
DPHS.spy_Dirac()
DPHS.states
DPHS.stiffness
DPHS.stop_TS
DPHS.tangent_mass
DPHS.tangent_stiffness
DPHS.ts_start
Domain
Domain.display()
Domain.get_boundaries()
Domain.get_dim()
Domain.get_isSet()
Domain.get_mesh()
Domain.get_name()
Domain.get_subdomains()
Domain.set_mim_auto()
Hamiltonian
Hamiltonian.add_term()
Hamiltonian.compute()
Hamiltonian.get_is_computed()
Hamiltonian.get_name()
Hamiltonian.get_terms()
Hamiltonian.set_is_computed()
Hamiltonian.set_name()
Term
Term.get_description()
Term.get_expression()
Term.get_mesh_id()
Term.get_regions()
Term.get_values()
Term.set_value()
Parameter
Parameter.get_description()
Parameter.get_expression()
Parameter.get_kind()
Parameter.get_name()
Parameter.get_name_port()
Port
Port.add_parameter()
Port.compute()
Port.get_algebraic()
Port.get_dissipative()
Port.get_effort()
Port.get_fem()
Port.get_flow()
Port.get_isSet()
Port.get_is_computed()
Port.get_kind()
Port.get_mesh_id()
Port.get_name()
Port.get_parameter()
Port.get_parameters()
Port.get_power()
Port.get_region()
Port.get_substituted()
Port.init_parameter()
Port.set_fem()
Port.set_isSet()
Port.set_is_computed()
Port.set_power()
State
State.get_costate()
State.get_description()
State.get_kind()
State.get_mesh_id()
State.get_name()
State.get_port()
State.get_region()
State.set_costate()
State.set_port()
CoState
CoState.get_state()
CoState.get_substituted()
Control_Port
Control_Port.get_description_control()
Control_Port.get_description_observation()
Control_Port.get_name_control()
Control_Port.get_name_obervation()
Control_Port.get_position()
FEM
FEM.get_dim()
FEM.get_fem()
FEM.get_isSet()
FEM.get_mesh()
FEM.get_name()
FEM.get_order()
FEM.get_type()
FEM.set_dim()
FEM.set_fem()
FEM.set_mesh()
Brick
Brick.add_id_brick_to_list()
Brick.disable_id_bricks()
Brick.enable_id_bricks()
Brick.get_dt()
Brick.get_explicit()
Brick.get_form()
Brick.get_id_bricks()
Brick.get_linear()
Brick.get_mesh_id()
Brick.get_name()
Brick.get_position()
Brick.get_regions()
The sandbox folder is the recommanded folder to work in.
sandbox
It already contains the example of the 1D wave equation presented here.