advective_fluxes bootstrap_impl compute_conductivity compute_velocity define_model_state_impl diagnostics_impl init_impl initialization_message m_bottom_surface m_dx m_dy m_Kstag m_Qstag m_Qstag_average m_R m_rg m_Vstag m_Wnew m_Wstag m_Wtillnew max_timestep_W_cfl max_timestep_W_diff restart_impl Routing subglacial_water_pressure ts_diagnostics_impl update_impl update_W update_Wtill velocity_staggered W_change_due_to_flow water_thickness_staggered write_model_state_impl ~Routing

advective_fluxes() void pism::hydrology::Routing::advective_fluxes ( const array::Staggered &  V, const array::Scalar &  W, array::Staggered &  result  ) const protected Compute Q = V W at edge-centers (staggered grid) by first-order upwinding. The field W must have valid ghost values, but V does not need them. FIXME: This could be re-implemented using the Koren (1993) flux-limiter. Definition at line 670 of file Routing.cc. References pism::Component::m_grid, pism::array::Array::stencil_width(), and pism::array::Array::update_ghosts(). Referenced by pism::hydrology::Distributed::update_impl(), and update_impl().