adjustment compute_mask compute_potential compute_raw_potential compute_velocity diagnostics effective_water_velocity EmptyingProblem flux m_adjustment m_bottom_surface m_domain_mask m_dx m_dy m_eps_gradient m_potential m_Q m_q_sg m_Qsum m_sinks m_speed m_tau m_tmp m_Vstag m_W potential remaining_water_thickness sinks update ~EmptyingProblem

update() void pism::hydrology::EmptyingProblem::update ( const Geometry &  geometry, const array::Scalar *  no_model_mask, const array::Scalar &  water_input_rate, bool  recompute_potential = true  ) Compute steady state water flux. Parameters [in] geometry ice geometry [in] no_model_mask no model mask [in] water_input_rate water input rate in m/s Definition at line 183 of file EmptyingProblem.cc. References pism::array::Array2D< T >::add(), pism::Geometry::cell_type, compute_mask(), compute_potential(), compute_raw_potential(), pism::hydrology::diagnostics::compute_sinks(), compute_velocity(), pism::array::Array2D< T >::copy_from(), pism::hydrology::diagnostics::effective_water_velocity(), pism::RuntimeError::formatted(), pism::GlobalSum(), pism::ice_bottom_surface(), pism::Geometry::ice_thickness, pism::array::CellType::icy(), m_adjustment, m_bottom_surface, pism::Component::m_config, m_domain_mask, m_dx, m_dy, pism::Component::m_grid, pism::Component::m_log, m_potential, m_Q, m_q_sg, m_Qsum, m_sinks, m_speed, m_tau, m_tmp, m_Vstag, m_W, PISM_ERROR_LOCATION, pism::array::Array::scale(), pism::array::Array::set(), pism::array::Array2D< T >::star(), pism::array::Staggered1::star(), and pism::array::Array::update_ghosts().