apply_jacobian_design apply_jacobian_design apply_jacobian_design apply_jacobian_design_transpose apply_jacobian_design_transpose apply_jacobian_design_transpose apply_linearization apply_linearization_transpose assemble_jacobian_state assemble_residual assemble_residual design_param DesignVec DesignVecGhosted get_da init IP_SSAHardavForwardProblem linearize_at m_design_param m_du_global m_du_local m_dzeta_local m_element m_element_index m_fixed_design_locations m_hardav m_J_state m_ksp m_reason m_rebuild_J_state m_stencil_width m_velocity_shared m_zeta set_design set_design_fixed_locations solution StateVec StateVec1 ~IP_SSAHardavForwardProblem

set_design() void pism::inverse::IP_SSAHardavForwardProblem::set_design ( array::Scalar &  new_zeta ) virtual Sets the current value of of the design paramter $\zeta$. This method sets $\zeta$ but does not solve the SSA. It it intended for inverse methods that simultaneously compute the pair $u$ and $\zeta$ without ever solving the SSA directly. Use this method in conjuction with assemble_jacobian_state and apply_jacobian_design and their friends. The vector $\zeta$ is not copied; a reference to the array::Array is kept. Definition at line 142 of file IP_SSAHardavForwardProblem.cc. References pism::inverse::IPDesignVariableParameterization::convertToDesignVariable(), pism::stressbalance::SSAFEM::m_coefficients, m_design_param, pism::Component::m_grid, m_hardav, m_rebuild_J_state, and m_zeta. Referenced by linearize_at().