openmdao/solvers/solver.py
def _run_apply(self):
        """
        Run the apply_linear method on the system.
        """
        self._recording_iter.stack.append(('_run_apply', 0))

        system = self._system
        scope_out, scope_in = system._get_scope()

        try:
            system._apply_linear(self._assembled_jac, self._vec_names, self._rel_systems,
                                 self._mode, scope_out, scope_in)
        finally:
            self._recording_iter.stack.pop()

        Run the apply_linear method on the system.
        
Run the apply_linear method on the system.
Run the apply_linear method on the system .
def _run_apply(self):
        self._recording_iter.stack.append(('_run_apply', 0))
        system = self._system
        scope_out, scope_in = system._get_scope()
        try:
            system._apply_linear(self._assembled_jac, self._vec_names, self._rel_systems,
                                 self._mode, scope_out, scope_in)
        finally:
            self._recording_iter.stack.pop()
def _run_apply ( self ) : self . _recording_iter . stack . append ( ( '_run_apply' , 0 ) ) system = self . _system scope_out , scope_in = system . _get_scope ( ) try : system . _apply_linear ( self . _assembled_jac , self . _vec_names , self . _rel_systems , self . _mode , scope_out , scope_in ) finally : self . _recording_iter . stack . pop ( )
Run the apply_linear method on the system.
Run the apply_linear method on the system .
"""
        Run the apply_linear method on the system.
        """
self