A_bed A_surface aspect_schoof B_bed B_schoof blatter_coarsening_hook blatter_restriction_hook C_bed C_surface compute_2D_principal_strain_rates compute_2D_stresses copy_staggered_vec create D2 disable_ew enable_ew H0_schoof H_exact ISMIPHOMTest L_schoof m_schoof SSAFactory SSAFD_RegionalFactory SSAFDFactory SSAFEMFactory u_exact u_exterior weight weight zero_above_ice

compute_2D_stresses() void pism::stressbalance::compute_2D_stresses ( const rheology::FlowLaw &  flow_law, const IceModelVec2V &  velocity, const IceModelVec2S &  hardness, const IceModelVec2CellType &  cell_type, IceModelVec3 &  result  ) Compute 2D deviatoric stresses. Note: IceModelVec2 result has to have dof == 3. Definition at line 770 of file StressBalance.cc. References pism::East, pism::rheology::FlowLaw::effective_viscosity(), pism::IceModelVec::grid(), pism::IceModelVec2CellType::ice_free(), pism::mask::ice_free(), pism::IceModelVec::ndof(), pism::PointsWithGhosts::next(), pism::North, PISM_ERROR_LOCATION, pism::secondInvariant_2D(), pism::South, pism::IceModelVec2Int::star(), pism::IceModelVec2< T >::star(), and pism::West. Referenced by pism::stressbalance::PSB_deviatoric_stresses::compute_impl(), and pism::FractureDensity::update().