conservative_compressible_instance Function

  1. foreseer_conservative_compressible.f90
  2. foreseer_conservative_compressible
  3. conservative_compressible_instance

private elemental function conservative_compressible_instance(density, momentum, energy) result(instance)

Return and instance of conservative_compressible.

Arguments

Type IntentOptional AttributesName
real(kind=R8P), intent(in), optional :: density

Density, rho.
type(vector), intent(in), optional :: momentum

Momentum, rho * v, rho being the density and v the velocity vector.
real(kind=R8P), intent(in), optional :: energy

Energy, rho * E, rho being the density and E the specific energy.

Return Value type(conservative_compressible)

Instance of conservative_compressible.

Called By

proc~~conservative_compressible_instance~~CalledByGraph proc~conservative_compressible_instance conservative_compressible_instance interface~conservative_compressible conservative_compressible interface~conservative_compressible->proc~conservative_compressible_instance
Help

Source Code

conservative_compressible_instance

Source Code

   elemental function conservative_compressible_instance(density, momentum, energy) result(instance)
   !< Return and instance of [[conservative_compressible]].
   !<
   !< @note This procedure is used for overloading [[conservative_compressible]] name.
   real(R8P),    intent(in), optional :: density  !< Density, `rho`.
   type(vector), intent(in), optional :: momentum !< Momentum, `rho * v`, `rho` being the density and `v` the velocity vector.
   real(R8P),    intent(in), optional :: energy   !< Energy, `rho * E`, `rho` being the density and `E` the specific energy.
   type(conservative_compressible)    :: instance !< Instance of [[conservative_compressible]].

   if (present(density)) instance%density = density
   if (present(momentum)) instance%momentum = momentum
   if (present(energy)) instance%energy = energy
   endfunction conservative_compressible_instance

All Procedures

add add add_euler array array compute_derivate compute_dt compute_fluxes compute_fluxes compute_fluxes_from_primitive compute_post_rarefaction compute_post_shock compute_roe_state compute_states23_from_u23 compute_u23 compute_up23 compute_waves compute_waves_u23 compute_waves_up23 cons_assign_cons cons_divide_real cons_multiply_cons cons_multiply_real conservative_compressible conservative_compressible_instance conservative_compressible_pointer conservative_to_primitive_compressible cp cv delta density description description description description destroy destroy destroy dEuler_dt energy energy eos_assign_eos eos_compressible eos_compressible_instance eos_compressible_pointer eta euler_assign_euler euler_assign_real euler_local_error euler_multiply_euler euler_multiply_real g gm1 gp1 impose_boundary_conditions initialize initialize initialize initialize initialize initialize initialize initialize initialize initialize left_eigenvectors momentum negative negative output parse_command_line_interface positive positive pressure pressure prim_assign_prim prim_divide_real prim_multiply_prim prim_multiply_real primitive_compressible primitive_compressible_instance primitive_compressible_pointer primitive_to_conservative_compressible R real_multiply_cons real_multiply_euler real_multiply_prim reconstruct_interfaces_characteristic reconstruct_interfaces_conservative reconstruct_interfaces_primitive right_eigenvectors rpat_assign_rpat save_time_serie solve solve solve solve solve speed_of_sound sub sub sub_euler temperature velocity