adjust_driving_stress assemble_rhs compute_average_ice_hardness compute_driving_stress compute_nuH compute_nuH_cfbc compute_nuH_everywhere compute_residual compute_residual diagnostics_impl driving_stress fd_operator fracture_induced_softening initialize_iterations integrated_viscosity m_bc_scaling m_cell_type m_hardness m_nuH m_regional_mode m_rhs m_taud m_work SSAFDBase

compute_driving_stress() void pism::stressbalance::SSAFDBase::compute_driving_stress ( const array::Scalar &  ice_thickness, const array::Scalar1 &  surface_elevation, const array::CellType1 &  cell_type, const array::Scalar1 *  no_model_mask, const EnthalpyConverter &  EC, array::Vector &  result  ) const protected Compute the gravitational driving stress. Computes the gravitational driving stress at the base of the ice: \[ \tau_d = - \rho g H \nabla h \] Definition at line 143 of file SSAFDBase.cc. References pism::array::Array2D< T >::add(), pism::stencils::Star< T >::c, pism::stressbalance::diff_centered(), pism::stressbalance::diff_uphill(), pism::stencils::Star< T >::e, pism::mask::floating_ice(), pism::mask::grounded_ice(), pism::mask::ice_free_ocean(), pism::Component::m_config, pism::Component::m_grid, pism::stencils::Star< T >::n, pism::EnthalpyConverter::pressure(), pism::stencils::Star< T >::s, pism::array::Array2D< T >::star(), pism::array::CellType1::star_int(), pism::array::Scalar1::star_int(), pism::stencils::Star< T >::w, and pism::stressbalance::weight(). Referenced by initialize_iterations().