| affineFunctionsClass | rb.RBSystem | |
| affineFunctionsInstance | rb.RBSystem | |
| apply_temporal_filter() | rb.TransientRBSystem | |
| Aq_Aq_representor_norms | rb.RBSystem | protected |
| Aq_C_representor_norms | rb.QNTransientRBSystem | package |
| C_C_representor_norms | rb.QNTransientRBSystem | package |
| cache_online_residual_terms(int N) | rb.TransientRBSystem | protected |
| complex_eval_theta_q_a() | rb.RBSystem | |
| complex_eval_theta_q_a(int q) | rb.RBSystem | |
| complex_eval_theta_q_f(int q) | rb.RBSystem | |
| complex_eval_theta_q_l(int n, int q) | rb.RBSystem | |
| compute_output_dual_norm(int i, double t) | rb.RBSystem | protected |
| compute_residual_dual_norm(int N) | rb.QNTransientRBSystem | protected |
| computeRBSolution(int N) | rb.RBSystem | |
| conv_weight(double x) | rb.TransientRBSystem | protected |
| current_N | rb.RBSystem | protected |
| error_bound_all_k | rb.TransientRBSystem | protected |
| eval_theta_c() | rb.QNTransientRBSystem | |
| Fq_Aq_representor_norms | rb.RBSystem | protected |
| Fq_C_representor_norms | rb.QNTransientRBSystem | package |
| Fq_representor_norms | rb.RBSystem | protected |
| fTotalTimesteps | rb.TransientRBSystem | |
| fullBasisVectors | rb.RBSystem | protected |
| get_N() | rb.RBSystem | |
| get_n_newton_steps() | rb.QNTransientRBSystem | |
| get_nominal_rho_LB() | rb.QNTransientRBSystem | |
| get_nominal_rho_max() | rb.QNTransientRBSystem | |
| get_nominal_rho_min() | rb.QNTransientRBSystem | |
| get_nonlinear_tolerance() | rb.QNTransientRBSystem | |
| get_RB_output(int n_output, boolean Rpart) | rb.RBSystem | |
| get_RB_output_error_bound(int n_output, boolean Rpart) | rb.RBSystem | |
| get_RBsolution() | rb.RBSystem | protected |
| get_SCM_from_AffineFunction() | rb.RBSystem | protected |
| get_SCM_lower_bound() | rb.QNTransientRBSystem | |
| get_SCM_upper_bound() | rb.RBSystem | package |
| get_soln_coeff(int i) | rb.RBSystem | package |
| getAffLinTransformationData(double[] mu) | rb.RBSystem | protected |
| getdt() | rb.TransientRBSystem | |
| getEulerTheta() | rb.TransientRBSystem | |
| getGeometry() | jarmos.ModelBase | |
| getInitialCoefficients(int N) | rb.RBSystem | |
| getNBF() | rb.RBSystem | |
| getNumDoFFields() | jarmos.ModelBase | |
| getNumOutputs() | rb.RBSystem | |
| getParams() | rb.RBSystem | |
| getQa() | rb.RBSystem | |
| getQf() | rb.RBSystem | |
| getQl(int output_index) | rb.RBSystem | protected |
| getQm() | rb.TransientRBSystem | |
| getQuL() | rb.RBSystem | |
| getSimulationResults() | rb.TransientRBSystem | |
| getSweepIncrement() | rb.RBSystem | |
| getSweepOutputBounds() | rb.RBSystem | |
| getSweepOutputs() | rb.RBSystem | |
| getSweepSimResults() | rb.RBSystem | |
| getTotalTimesteps() | rb.TransientRBSystem | |
| getVisualNumTimesteps() | rb.TransientRBSystem | |
| hasAffLinTransformationData() | rb.RBSystem | protected |
| hasCustomMeshTransform() | rb.RBSystem | protected |
| initialize_data_vectors() | rb.TransientRBSystem | protected |
| isReal | rb.RBSystem | |
| loadOfflineData(AModelManager m) | rb.RBSystem | |
| loadOfflineData_rbappmit(AModelManager m) | rb.QNTransientRBSystem | |
| loadOfflineDataJRB(AModelManager m) | rb.TransientRBSystem | |
| logicalFieldTypes | jarmos.ModelBase | protected |
| Mq_C_representor_norms | rb.QNTransientRBSystem | package |
| mRbScmSystem | rb.RBSystem | |
| n_plotting_steps | rb.TransientRBSystem | |
| old_RB_solution | rb.TransientRBSystem | protected |
| oldAffFcnCl | rb.RBSystem | |
| oldAffFcnObj | rb.RBSystem | |
| output_dual_norms | rb.RBSystem | |
| performSweep(int sweepIndex, int N) | rb.RBSystem | |
| performSweep(int sweepIndex, int N, int numSweepPts) | rb.RBSystem | |
| RB_A_q_vector | rb.RBSystem | protected |
| RB_F_q_vector | rb.RBSystem | protected |
| RB_L2_matrix | rb.TransientRBSystem | protected |
| RB_M_q_matrix | rb.TransientRBSystem | protected |
| RB_output_error_bounds | rb.RBSystem | |
| RB_output_error_bounds_all_k | rb.RBSystem | |
| RB_output_vectors | rb.RBSystem | protected |
| RB_outputs | rb.RBSystem | |
| RB_outputs_all_k | rb.RBSystem | |
| RB_solution | rb.RBSystem | protected |
| RB_solve(int N) | rb.QNTransientRBSystem | |
| RB_sweep_solution | rb.RBSystem | protected |
| RB_trilinear_form | rb.QNTransientRBSystem | protected |
| rbappmitCustomMeshTransform(double[] mu, float[] x) | rb.RBSystem | |
| RBSystem() | rb.RBSystem | |
| readConfiguration(AModelManager m) | rb.RBSystem | |
| readConfigurationJRB(AModelManager m) | rb.TransientRBSystem | protected |
| readConfigurationRBAppMIT(GetPot infile) | rb.QNTransientRBSystem | |
| residual_scaling_denom(double rho_LB) | rb.QNTransientRBSystem | protected |
| residual_scaling_numer(double rho_LB) | rb.QNTransientRBSystem | protected |
| return_rel_error_bound | rb.RBSystem | |
| set_n_basis_functions(int _N) | rb.RBSystem | |
| set_n_newton_steps(int n_newton_steps_in) | rb.QNTransientRBSystem | |
| set_nominal_rho_max(double nominal_rho_LB_in) | rb.QNTransientRBSystem | |
| set_nominal_rho_min(double nominal_rho_LB_in) | rb.QNTransientRBSystem | |
| set_nonlinear_tolerance(double nonlinear_tolerance_in) | rb.QNTransientRBSystem | |
| setParams(Parameters p) | rb.RBSystem | protected |
| setPrimarySCM(RBSCMSystem scm_system) | rb.RBSystem | |
| setTimeStep(int k_in) | rb.TransientRBSystem | |
| thetaQa(int q) | rb.RBSystem | |
| thetaQa(int q, double t) | rb.RBSystem | |
| thetaQf(int i) | rb.RBSystem | |
| thetaQf(int i, double t) | rb.RBSystem | |
| thetaQl(int k, int i) | rb.RBSystem | |
| thetaQl(int k, int i, double t) | rb.RBSystem | |
| thetaQm(int i) | rb.TransientRBSystem | |
| thetaQm(int i, double t) | rb.TransientRBSystem | |
| timestep | rb.TransientRBSystem | protected |
| timestepRBSolutions | rb.TransientRBSystem | protected |
| transforms | rb.RBSystem | protected |
| uL_vector | rb.RBSystem | protected |
| uncached_compute_residual_dual_norm(int N) | rb.TransientRBSystem | protected |
1.8.5 
