beckmann_goosse compute_box_area compute_box_average compute_ocean_input_per_basin define_model_state_impl diagnostics_impl init_impl m_basal_melt_rate m_geometry m_n_basins m_n_boxes m_n_shelves m_overturning m_salinity_ocean m_Soc m_Soc_box0 m_T_star m_theta_ocean m_Toc m_Toc_box0 max_timestep_impl Pico process_box1 process_other_boxes set_ocean_input_fields update_impl write_model_state_impl ~Pico

compute_ocean_input_per_basin() void pism::ocean::Pico::compute_ocean_input_per_basin ( const PicoPhysics &  physics, const array::Scalar &  basin_mask, const array::Scalar &  continental_shelf_mask, const array::Scalar &  salinity_ocean, const array::Scalar &  theta_ocean, std::vector< double > &  temperature, std::vector< double > &  salinity  ) const private Compute temperature and salinity input from ocean data by averaging. We average the ocean data over the continental shelf reagion for each basin. We use dummy ocean data if no such average can be calculated. Definition at line 374 of file Pico.cc. References pism::array::Scalar::as_int(), count, pism::GlobalSum(), pism::Component::m_grid, pism::Component::m_log, m_n_basins, pism::ocean::PicoPhysics::S_dummy(), and pism::ocean::PicoPhysics::T_dummy(). Referenced by update_impl().