bootstrap bootstrap_impl compute_basal_melt_rate compute_overburden_pressure compute_surface_input_rate enforce_bounds flux Hydrology init init_impl initialization_message m_basal_melt_rate m_conservation_error_change m_flow_change m_flow_change_incremental m_grounded_margin_change m_grounding_line_change m_input_change m_no_model_mask_change m_Pover m_Q m_surface_input_rate m_total_change m_W m_Wtill mass_change mass_change_at_domain_boundary mass_change_at_grounded_margin mass_change_at_grounding_line mass_change_due_to_conservation_error mass_change_due_to_input mass_change_due_to_lateral_flow overburden_pressure restart restart_impl spatial_diagnostics_impl state_impl subglacial_water_thickness surface_input_rate till_water_thickness update update_impl write_state_impl ~Hydrology

compute_surface_input_rate() void pism::hydrology::Hydrology::compute_surface_input_rate ( const array::CellType &  mask, const array::Scalar *  surface_input_rate, array::Scalar &  result  ) protected Compute the surface water input rate into the basal hydrology layer in the ice-covered region. This method ignores the input rate in the ice-free region. Parameters [in] mask cell type mask [in] surface_input_rate surface input rate (kg m-2 s-1); set to NULL to ignore [out] result resulting input rate (water thickness per time) Definition at line 594 of file Hydrology.cc. References pism::array::CellType::icy(), pism::Component::m_config, pism::Component::m_grid, pism::array::Array::set(), and surface_input_rate(). Referenced by update().