::icebin::gpism::IceCoupler_PISM accumulateFluxes_massContExplicitStep allocate_couplers allocate_subglacial_hydrology base compute_enth2 construct_surface_temp cur dumpToFile elevmask_ice elevmask_land energy_step enthalpy_t ib_surface_model IBIceModel ice_top_senth m_ice_density m_meter_per_s_to_kg_per_m2 mass_t massContExplicitStep massContPostHook massContPreHook misc_setup null_hydrology params post_energy_nc post_mass_nc pre_energy_nc pre_mass_nc prepare_initial_outputs prepare_outputs rate reset_rate set_rate super time_setup ~IBIceModel

accumulateFluxes_massContExplicitStep() void pism::icebin::IBIceModel::accumulateFluxes_massContExplicitStep ( int  i, int  j, double  surface_mass_balance, double  basal_melt_rate, double  divQ_SIA, double  divQ_SSA, double  Href_to_H_flux, double  nonneg_rule_flux  ) virtual This is called IMMEDIATELY after ice is gained/lost in iMgeometry.cc (massContExplicitStep()). Here we can record the same values that PISM saw when moving ice around. Definition at line 170 of file IBIceModel.cc. References pism::IceModel::ctx(), cur, pism::icebin::MassEnthVec2S::enth, pism::icebin::MassEnergyBudget::href_to_h, pism::Geometry::ice_thickness, pism::icebin::MassEnergyBudget::internal_advection, pism::IceModel::m_energy_model, pism::IceModel::m_geometry, pism::IceModel::m_grid, m_ice_density, m_meter_per_s_to_kg_per_m2, pism::icebin::MassEnthVec2S::mass, pism::icebin::MassEnergyBudget::melt_grounded, pism::icebin::MassEnergyBudget::nonneg_rule, and pism::icebin::MassEnergyBudget::pism_smb.