ApforG bootstrap_ice_enthalpy bootstrap_ice_temperature check_input compute_cts compute_enthalpy compute_enthalpy_cold compute_liquid_water_fraction compute_temperature cryo_hydrologic_warming_flux ice_temperature_guess ice_temperature_guess_smb LforFG marginal ST Tmin total_ice_enthalpy upwind

compute_enthalpy_cold() void pism::energy::compute_enthalpy_cold ( const array::Array3D &  temperature, const array::Scalar &  ice_thickness, array::Array3D &  result  ) Compute ice enthalpy from temperature temperature by assuming the ice has zero liquid fraction. First this method makes sure the temperatures is at most the pressure-melting value, before computing the enthalpy for that temperature, using zero liquid fraction. Because of how EnthalpyConverter::pressure() works, the energy content in the air is set to the value that ice would have if it a chunk of it occupied the air; the atmosphere actually has much lower energy content. It is done this way for regularity (i.e. dEnth/dz computations). Definition at line 48 of file utilities.cc. References pism::array::Array3D::get_column(), pism::array::Array::grid(), pism::array::Array::inc_state_counter(), pism::k, and pism::array::Array::update_ghosts(). Referenced by bootstrap_ice_enthalpy(), pism::energy::TemperatureModel::bootstrap_impl(), pism::energy::EnergyModel::init_enthalpy(), pism::energy::TemperatureModel::initialize_impl(), pism::energy::TemperatureModel_Verification::initialize_impl(), pism::energy::TemperatureModel::restart_impl(), and pism::energy::TemperatureModel::update_impl().