assemble_R checkReadyToSolve compute_enthalpy_CTS compute_lambda Enth Enth_s enthSystemCtx init k_from_T lambda m_B0 m_B_ks m_D0 m_D_ks m_E_e m_E_ij m_E_n m_E_s m_E_w m_EC m_Enth m_Enth3 m_Enth_s m_ice_c m_ice_density m_ice_k m_ice_thickness m_k_depends_on_T m_L_ks m_lambda m_margin_exclude_horizontal_advection m_margin_exclude_strain_heat m_margin_exclude_vertical_advection m_marginal m_nu m_p_air m_R m_R_cold m_R_factor m_R_temp m_strain_heating m_strain_heating3 m_U0 m_U_ks save_system set_basal_dirichlet_bc set_basal_heat_flux set_basal_neumann_bc set_surface_dirichlet_bc set_surface_heat_flux set_surface_neumann_bc solve ~enthSystemCtx

set_basal_neumann_bc() void pism::energy::enthSystemCtx::set_basal_neumann_bc ( double  dE ) Set enthalpy flux at the base. This method should probably be used for debugging only. Its purpose is to allow setting the enthalpy flux even if K == 0, i.e. in a "pure advection" setup. Definition at line 343 of file enthSystem.cc. References m_B0, m_D0, pism::columnSystemCtx::m_dt, pism::columnSystemCtx::m_dx, pism::columnSystemCtx::m_dy, pism::columnSystemCtx::m_dz, m_E_e, m_E_n, m_E_s, m_E_w, m_Enth, m_ice_density, m_lambda, m_margin_exclude_horizontal_advection, m_margin_exclude_strain_heat, m_marginal, m_nu, m_R, m_strain_heating, pism::columnSystemCtx::m_u, m_U0, pism::columnSystemCtx::m_v, pism::columnSystemCtx::m_w, and pism::energy::upwind(). Referenced by set_basal_heat_flux().