Index A | C | D | E | F | L | M | P | R | S A assemble_scalar() (in module dolfinx_adjoint) AssembleBlock (class in dolfinx_adjoint.blocks) assign() (in module dolfinx_adjoint) C compute_action_adjoint() (dolfinx_adjoint.blocks.AssembleBlock method) D dolfinx_adjoint module dolfinx_adjoint.blocks module E error_norm() (in module dolfinx_adjoint) evaluate_adj_component() (dolfinx_adjoint.blocks.AssembleBlock method) (dolfinx_adjoint.blocks.FunctionAssignBlock method) evaluate_hessian_component() (dolfinx_adjoint.blocks.AssembleBlock method) (dolfinx_adjoint.blocks.FunctionAssignBlock method) evaluate_tlm_component() (dolfinx_adjoint.blocks.AssembleBlock method) (dolfinx_adjoint.blocks.FunctionAssignBlock method) F Function (class in dolfinx_adjoint) FunctionAssignBlock (class in dolfinx_adjoint.blocks) L LinearProblem (class in dolfinx_adjoint) M module dolfinx_adjoint dolfinx_adjoint.blocks P prepare_evaluate_adj() (dolfinx_adjoint.blocks.AssembleBlock method) (dolfinx_adjoint.blocks.FunctionAssignBlock method) prepare_evaluate_hessian() (dolfinx_adjoint.blocks.AssembleBlock method) (dolfinx_adjoint.blocks.FunctionAssignBlock method) prepare_evaluate_tlm() (dolfinx_adjoint.blocks.AssembleBlock method) (dolfinx_adjoint.blocks.FunctionAssignBlock method) prepare_recompute_component() (dolfinx_adjoint.blocks.AssembleBlock method) (dolfinx_adjoint.blocks.FunctionAssignBlock method) R recompute_component() (dolfinx_adjoint.blocks.AssembleBlock method) (dolfinx_adjoint.blocks.FunctionAssignBlock method) S solve() (dolfinx_adjoint.LinearProblem method)
