- p -

• p : PANOCOCPProgressInfo< Conf >, PANOCProgressInfo< Conf >, PANTRProgressInfo< Conf >
• P : StatefulLQRFactor< Conf >
• p : ZeroFPRProgressInfo< Conf >
• PA : StatefulLQRFactor< Conf >
• param : CasADiControlProblem< Conf >, CasADiProblem< Conf >
• params : ALMSolver< InnerSolverT >, AndersonAccel< Conf >, LBFGS< Conf >, LBFGSBSolver, LBFGSBSolver< Conf >, PANOCOCPProgressInfo< Conf >, PANOCOCPSolver< Conf >, PANOCProgressInfo< Conf >, PANOCSolver< DirectionT >, PANTRProgressInfo< Conf >, PANTRSolver< DirectionT >, SteihaugCG< Conf >, ZeroFPRProgressInfo< Conf >, ZeroFPRSolver< DirectionT >
• path : LoadedProblem
• PBiJ_sto : StatefulLQRFactor< Conf >
• penalties : SolverResults
• penalty_alm_split : BoxConstrProblem< Conf >, CasADiControlProblem< Conf >
• penalty_alm_split_N : CasADiControlProblem< Conf >
• penalty_reduced : ALMSolver< InnerSolverT >::Stats
• penalty_update_factor : ALMParams< Conf >
• penalty_update_factor_lower : ALMParams< Conf >
• print : LBFGSBParams
• print_eig : StructuredNewtonRegularizationParams< Conf >
• print_full : CheckGradientsOpts
• print_interval : ALMParams< Conf >, LBFGSBParams, PANOCOCPParams< Conf >, PANOCParams< Conf >, PANTRParams< Conf >, ZeroFPRParams< Conf >
• print_precision : ALMParams< Conf >, LBFGSBParams, PANOCOCPParams< Conf >, PANOCParams< Conf >, PANTRParams< Conf >, ZeroFPRParams< Conf >
• problem : ControlProblemWithCounters< Problem >, IpoptAdapter, NewtonTRDirection< Conf >, OCPEvaluator< Conf >, PANOCOCPProgressInfo< Conf >, PANOCProgressInfo< Conf >, PANTRProgressInfo< Conf >, ProblemWithCounters< Problem >, StructuredLBFGSDirection< Conf >, StructuredNewtonDirection< Conf >, ZeroFPRProgressInfo< Conf >, BenchmarkResults, LoadedProblem
• progress_cb : PANOCOCPSolver< Conf >, PANOCSolver< DirectionT >, PANTRSolver< DirectionT >, ZeroFPRSolver< DirectionT >
• proj1 : set_intersection_iterable< R1, R2, Comp, Proj1, Proj2 >::iter_t< I1, S1, I2, S2 >, set_intersection_iterable< R1, R2, Comp, Proj1, Proj2 >
• proj2 : set_intersection_iterable< R1, R2, Comp, Proj1, Proj2 >::iter_t< I1, S1, I2, S2 >, set_intersection_iterable< R1, R2, Comp, Proj1, Proj2 >
• proj_diff_g : EvalCounter::EvalTimer, EvalCounter
• proj_multipliers : EvalCounter::EvalTimer, EvalCounter
• prox_grad_step : EvalCounter::EvalTimer, EvalCounter
• ptr : copyable_unique_ptr< T >