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

set_ocean_input_fields() void pism::ocean::Pico::set_ocean_input_fields ( const PicoPhysics &  physics, const array::Scalar &  ice_thickness, const array::CellType1 &  mask, const array::Scalar &  basin_mask, const array::Scalar &  shelf_mask, const std::vector< double > &  basin_temperature, const std::vector< double > &  basin_salinity, array::Scalar &  Toc_box0, array::Scalar &  Soc_box0  ) const private Set ocean ocean input from box 0 as boundary condition for box 1. Set ocean temperature and salinity (Toc_box0, Soc_box0) from box 0 (in front of the ice shelf) as inputs for box 1, which is the ocean box adjacent to the grounding line. We enforce that Toc_box0 is always at least the local pressure melting point. Definition at line 461 of file Pico.cc. References pism::array::Scalar::as_int(), pism::GlobalSum(), pism::Component::m_grid, pism::Component::m_log, m_n_basins, m_n_shelves, pism::MASK_FLOATING, pism::MASK_ICE_FREE_OCEAN, pism::array::max(), pism::ocean::PicoPhysics::pressure(), pism::array::Array2D< T >::star(), and pism::ocean::PicoPhysics::theta_pm(). Referenced by update_impl().