Model Member List

This is the complete list of members for Model, including all inherited members.

active_variables(const Variables &vars)	Model	[inline]
acv() const	Model	[inline]
adv() const	Model	[inline]
all_continuous_lower_bounds() const	Model	[inline]
all_continuous_lower_bounds(const RealVector &a_c_l_bnds)	Model	[inline]
all_continuous_upper_bounds() const	Model	[inline]
all_continuous_upper_bounds(const RealVector &a_c_u_bnds)	Model	[inline]
all_continuous_variable_ids() const	Model	[inline]
all_continuous_variable_labels() const	Model	[inline]
all_continuous_variable_labels(const StringArray &a_c_v_labels)	Model	[inline]
all_continuous_variable_types() const	Model	[inline]
all_continuous_variables() const	Model	[inline]
all_continuous_variables(const RealVector &a_c_vars)	Model	[inline]
all_discrete_lower_bounds() const	Model	[inline]
all_discrete_lower_bounds(const IntVector &a_d_l_bnds)	Model	[inline]
all_discrete_upper_bounds() const	Model	[inline]
all_discrete_upper_bounds(const IntVector &a_d_u_bnds)	Model	[inline]
all_discrete_variable_labels() const	Model	[inline]
all_discrete_variable_labels(const StringArray &a_d_v_labels)	Model	[inline]
all_discrete_variable_types() const	Model	[inline]
all_discrete_variables() const	Model	[inline]
all_discrete_variables(const IntVector &a_d_vars)	Model	[inline]
append_approximation(const Variables &vars, const Response &response, bool rebuild_flag)	Model	[virtual]
append_approximation(const VariablesArray &vars_array, const ResponseArray &resp_array, bool rebuild_flag)	Model	[virtual]
apply_correction(Response &approx_response, const RealVector &c_vars, bool quiet_flag=false)	Model	[virtual]
approximation_coefficients()	Model	[virtual]
approximation_coefficients(const RealVectorArray &approx_coeffs)	Model	[virtual]
approximation_data(size_t index)	Model	[virtual]
approximation_variances(const RealVector &c_vars)	Model	[virtual]
approximations()	Model	[virtual]
assign_rep(Model *model_rep, bool ref_count_incr=true)	Model
asvList	Model	[private]
asynch_compute_response()	Model
asynch_compute_response(const ActiveSet &set)	Model
asynch_flag() const	Model	[inline]
asynch_flag(const bool flag)	Model	[inline]
asynchEvalFlag	Model	[protected]
auto_correction(bool correction_flag)	Model	[virtual]
auto_correction()	Model	[virtual]
auto_graphics(const bool flag)	Model	[inline]
beta_alphas() const	Model	[inline]
beta_alphas(const RealDenseVector &b_alphas)	Model	[inline]
beta_betas() const	Model	[inline]
beta_betas(const RealDenseVector &b_betas)	Model	[inline]
beta_lower_bounds() const	Model	[inline]
beta_lower_bounds(const RealDenseVector &b_lower_bnds)	Model	[inline]
beta_upper_bounds() const	Model	[inline]
beta_upper_bounds(const RealDenseVector &b_upper_bnds)	Model	[inline]
betaAlphas	Model	[protected]
betaBetas	Model	[protected]
betaLowerBnds	Model	[protected]
betaUpperBnds	Model	[protected]
build_approximation()	Model	[virtual]
build_approximation(const Variables &vars, const Response &response)	Model	[virtual]
component_parallel_mode(short mode)	Model	[virtual]
componentParallelMode	Model	[protected]
compute_correction(const Response &truth_response, const Response &approx_response, const RealVector &c_vars)	Model	[virtual]
compute_response()	Model
compute_response(const ActiveSet &set)	Model
continuous_lower_bounds() const	Model	[inline]
continuous_lower_bounds(const RealVector &c_l_bnds)	Model	[inline]
continuous_upper_bounds() const	Model	[inline]
continuous_upper_bounds(const RealVector &c_u_bnds)	Model	[inline]
continuous_variable_ids() const	Model	[inline]
continuous_variable_labels() const	Model	[inline]
continuous_variable_labels(const StringArray &c_v_labels)	Model	[inline]
continuous_variable_types() const	Model	[inline]
continuous_variables() const	Model	[inline]
continuous_variables(const RealVector &c_vars)	Model	[inline]
current_response() const	Model	[inline]
current_variables() const	Model	[inline]
currentResponse	Model	[protected]
currentVariables	Model	[protected]
cv() const	Model	[inline]
dbCaptureList	Model	[private]
dbResponseList	Model	[private]
deltaList	Model	[private]
derivative_concurrency() const	Model
derived_asynch_compute_response(const ActiveSet &set)	Model	[protected, virtual]
derived_compute_response(const ActiveSet &set)	Model	[protected, virtual]
derived_free_communicators(const int &max_iterator_concurrency, bool recurse_flag=true)	Model	[protected, virtual]
derived_init_communicators(const int &max_iterator_concurrency, bool recurse_flag=true)	Model	[protected, virtual]
derived_init_serial()	Model	[protected, virtual]
derived_master_overload() const	Model	[virtual]
derived_set_communicators(const int &max_iterator_concurrency, bool recurse_flag=true)	Model	[protected, virtual]
derived_subordinate_models(ModelList &ml, bool recurse_flag)	Model	[virtual]
derived_synchronize()	Model	[protected, virtual]
derived_synchronize_nowait()	Model	[protected, virtual]
discrete_lower_bounds() const	Model	[inline]
discrete_lower_bounds(const IntVector &d_l_bnds)	Model	[inline]
discrete_upper_bounds() const	Model	[inline]
discrete_upper_bounds(const IntVector &d_u_bnds)	Model	[inline]
discrete_variable_labels() const	Model	[inline]
discrete_variable_labels(const StringArray &d_v_labels)	Model	[inline]
discrete_variable_types() const	Model	[inline]
discrete_variables() const	Model	[inline]
discrete_variables(const IntVector &d_vars)	Model	[inline]
dv() const	Model	[inline]
estDerivsFlag	Model	[private]
estimate_derivatives(const ShortArray &map_asv, const ShortArray &fd_grad_asv, const ShortArray &fd_hess_asv, const ShortArray &quasi_hess_asv, const ActiveSet &original_set, const bool asynch_flag)	Model	[private]
estimate_message_lengths()	Model
evaluation_capacity() const	Model	[inline]
evaluation_id() const	Model	[virtual]
evaluationCapacity	Model	[private]
exponential_betas() const	Model	[inline]
exponential_betas(const RealDenseVector &e_betas)	Model	[inline]
exponentialBetas	Model	[protected]
fd_gradient_step_size() const	Model	[inline]
fd_hessian_by_fn_step_size() const	Model	[inline]
fd_hessian_by_grad_step_size() const	Model	[inline]
fdGradSS	Model	[protected]
fdHessByFnSS	Model	[protected]
fdHessByGradSS	Model	[protected]
fine_grained_evaluation_counters()	Model	[virtual]
fnGradsPrev	Model	[private]
frechet_alphas() const	Model	[inline]
frechet_alphas(const RealDenseVector &f_alphas)	Model	[inline]
frechet_betas() const	Model	[inline]
frechet_betas(const RealDenseVector &f_betas)	Model	[inline]
frechetAlphas	Model	[protected]
frechetBetas	Model	[protected]
free_communicators(const int &max_iterator_concurrency, bool recurse_flag=true)	Model
gamma_alphas() const	Model	[inline]
gamma_alphas(const RealDenseVector &ga_alphas)	Model	[inline]
gamma_betas() const	Model	[inline]
gamma_betas(const RealDenseVector &ga_betas)	Model	[inline]
gammaAlphas	Model	[protected]
gammaBetas	Model	[protected]
get_model(ProblemDescDB &problem_db)	Model	[private]
gradIdAnalytic	Model	[protected]
gradIdNumerical	Model	[protected]
gradient_id_analytic() const	Model	[inline]
gradient_id_numerical() const	Model	[inline]
gradient_type() const	Model	[inline]
gradType	Model	[protected]
graphicsRespMap	Model	[private]
gumbel_alphas() const	Model	[inline]
gumbel_alphas(const RealDenseVector &gu_alphas)	Model	[inline]
gumbel_betas() const	Model	[inline]
gumbel_betas(const RealDenseVector &gu_betas)	Model	[inline]
gumbelAlphas	Model	[protected]
gumbelBetas	Model	[protected]
hessian_id_analytic() const	Model	[inline]
hessian_id_numerical() const	Model	[inline]
hessian_id_quasi() const	Model	[inline]
hessian_type() const	Model	[inline]
hessIdAnalytic	Model	[protected]
hessIdNumerical	Model	[protected]
hessIdQuasi	Model	[protected]
hessType	Model	[protected]
histogram_bin_pairs() const	Model	[inline]
histogram_bin_pairs(const RealDenseVectorArray &h_bin_pairs)	Model	[inline]
histogram_point_pairs() const	Model	[inline]
histogram_point_pairs(const RealDenseVectorArray &h_pt_pairs)	Model	[inline]
histogramBinPairs	Model	[protected]
histogramPointPairs	Model	[protected]
icv() const	Model	[inline]
idModel	Model	[private]
idv() const	Model	[inline]
inactive_continuous_lower_bounds() const	Model	[inline]
inactive_continuous_lower_bounds(const RealVector &i_c_l_bnds)	Model	[inline]
inactive_continuous_upper_bounds() const	Model	[inline]
inactive_continuous_upper_bounds(const RealVector &i_c_u_bnds)	Model	[inline]
inactive_continuous_variable_ids() const	Model	[inline]
inactive_continuous_variable_labels() const	Model	[inline]
inactive_continuous_variable_labels(const StringArray &i_c_v_labels)	Model	[inline]
inactive_continuous_variables() const	Model	[inline]
inactive_continuous_variables(const RealVector &i_c_vars)	Model	[inline]
inactive_discrete_lower_bounds() const	Model	[inline]
inactive_discrete_lower_bounds(const IntVector &i_d_l_bnds)	Model	[inline]
inactive_discrete_upper_bounds() const	Model	[inline]
inactive_discrete_upper_bounds(const IntVector &i_d_u_bnds)	Model	[inline]
inactive_discrete_variable_labels() const	Model	[inline]
inactive_discrete_variable_labels(const StringArray &i_d_v_labels)	Model	[inline]
inactive_discrete_variables() const	Model	[inline]
inactive_discrete_variables(const IntVector &i_d_vars)	Model	[inline]
init_comms_bcast_flag(bool icb_flag)	Model	[inline]
init_communicators(const int &max_iterator_concurrency, bool recurse_flag=true)	Model
init_serial()	Model
initCommsBcastFlag	Model	[private]
initialMapList	Model	[private]
interface()	Model	[virtual]
interface_id() const	Model	[virtual]
interval_bounds() const	Model	[inline]
interval_bounds(const RealDenseVectorArray &int_bounds)	Model	[inline]
interval_probabilities() const	Model	[inline]
interval_probabilities(const RealDenseVectorArray &int_probs)	Model	[inline]
interval_type() const	Model	[inline]
intervalBasicProbs	Model	[protected]
intervalBounds	Model	[protected]
intervalType	Model	[protected]
is_null() const	Model	[inline]
linear_eq_constraint_coeffs() const	Model	[inline]
linear_eq_constraint_coeffs(const RealMatrix &lin_eq_coeffs)	Model	[inline]
linear_eq_constraint_targets() const	Model	[inline]
linear_eq_constraint_targets(const RealVector &lin_eq_targets)	Model	[inline]
linear_ineq_constraint_coeffs() const	Model	[inline]
linear_ineq_constraint_coeffs(const RealMatrix &lin_ineq_coeffs)	Model	[inline]
linear_ineq_constraint_lower_bounds() const	Model	[inline]
linear_ineq_constraint_lower_bounds(const RealVector &lin_ineq_l_bnds)	Model	[inline]
linear_ineq_constraint_upper_bounds() const	Model	[inline]
linear_ineq_constraint_upper_bounds(const RealVector &lin_ineq_u_bnds)	Model	[inline]
local_eval_concurrency()	Model	[virtual]
local_eval_synchronization()	Model	[virtual]
lognormal_error_factors() const	Model	[inline]
lognormal_error_factors(const RealDenseVector &ln_err_facts)	Model	[inline]
lognormal_lower_bounds() const	Model	[inline]
lognormal_lower_bounds(const RealDenseVector &ln_lower_bnds)	Model	[inline]
lognormal_means() const	Model	[inline]
lognormal_means(const RealDenseVector &ln_means)	Model	[inline]
lognormal_std_deviations() const	Model	[inline]
lognormal_std_deviations(const RealDenseVector &ln_std_devs)	Model	[inline]
lognormal_upper_bounds() const	Model	[inline]
lognormal_upper_bounds(const RealDenseVector &ln_upper_bnds)	Model	[inline]
lognormalErrFacts	Model	[protected]
lognormalLowerBnds	Model	[protected]
lognormalMeans	Model	[protected]
lognormalStdDevs	Model	[protected]
lognormalUpperBnds	Model	[protected]
loguniform_lower_bounds() const	Model	[inline]
loguniform_lower_bounds(const RealDenseVector &lu_lower_bnds)	Model	[inline]
loguniform_upper_bounds() const	Model	[inline]
loguniform_upper_bounds(const RealDenseVector &lu_upper_bnds)	Model	[inline]
loguniformLowerBnds	Model	[protected]
loguniformUpperBnds	Model	[protected]
manage_asv(const ShortArray &asv_in, ShortArray &map_asv_out, ShortArray &fd_grad_asv_out, ShortArray &fd_hess_asv_out, ShortArray &quasi_hess_asv_out)	Model	[private]
merged_discrete_ids() const	Model	[inline]
message_lengths() const	Model	[inline]
messageLengths	Model	[protected]
method_source() const	Model	[inline]
methodSrc	Model	[protected]
Model()	Model
Model(ProblemDescDB &problem_db)	Model
Model(const Model &model)	Model
Model(BaseConstructor, ProblemDescDB &problem_db)	Model	[protected]
Model(NoDBBaseConstructor, ParallelLibrary &parallel_lib, const pair< short, short > &view, const ActiveSet &set)	Model	[protected]
Model(RecastBaseConstructor, ProblemDescDB &problem_db, ParallelLibrary &parallel_lib)	Model	[protected]
model_id() const	Model	[inline]
model_rep() const	Model	[inline]
model_type() const	Model	[inline]
modelAutoGraphicsFlag	Model	[private]
modelList	Model	[private]
modelPCIter	Model	[protected]
modelPCIterMap	Model	[private]
modelRep	Model	[private]
modelType	Model	[protected]
nonlinear_eq_constraint_targets() const	Model	[inline]
nonlinear_eq_constraint_targets(const RealVector &nln_eq_targets)	Model	[inline]
nonlinear_ineq_constraint_lower_bounds() const	Model	[inline]
nonlinear_ineq_constraint_lower_bounds(const RealVector &nln_ineq_l_bnds)	Model	[inline]
nonlinear_ineq_constraint_upper_bounds() const	Model	[inline]
nonlinear_ineq_constraint_upper_bounds(const RealVector &nln_ineq_u_bnds)	Model	[inline]
normal_lower_bounds() const	Model	[inline]
normal_lower_bounds(const RealDenseVector &n_lower_bnds)	Model	[inline]
normal_means() const	Model	[inline]
normal_means(const RealDenseVector &n_means)	Model	[inline]
normal_std_deviations() const	Model	[inline]
normal_std_deviations(const RealDenseVector &n_std_devs)	Model	[inline]
normal_upper_bounds() const	Model	[inline]
normal_upper_bounds(const RealDenseVector &n_upper_bnds)	Model	[inline]
normalLowerBnds	Model	[protected]
normalMeans	Model	[protected]
normalStdDevs	Model	[protected]
normalUpperBnds	Model	[protected]
num_functions() const	Model	[inline]
num_linear_eq_constraints() const	Model	[inline]
num_linear_ineq_constraints() const	Model	[inline]
num_nonlinear_eq_constraints() const	Model	[inline]
num_nonlinear_ineq_constraints() const	Model	[inline]
numDerivVars	Model	[protected]
numFns	Model	[protected]
numMapsList	Model	[private]
numQuasiUpdates	Model	[private]
operator=(const Model &model)	Model
output_level() const	Model	[inline]
output_level(const short level)	Model	[inline]
outputLevel	Model	[protected]
parallel_configuration_iterator(const ParConfigLIter &pc_iter)	Model	[inline]
parallel_configuration_iterator() const	Model	[inline]
parallel_library() const	Model	[inline]
parallelLib	Model	[protected]
primary_response_fn_weights() const	Model	[inline]
primary_response_fn_weights(const RealVector &wts, bool recurse_flag=true)	Model	[inline]
primaryRespFnWts	Model	[protected]
print_coefficients(ostream &s, size_t index) const	Model	[virtual]
print_evaluation_summary(ostream &s, bool minimal_header=false, bool relative_count=true) const	Model	[virtual]
probDescDB	Model	[protected]
problem_description_db() const	Model	[inline]
quasi_hessian_type() const	Model	[inline]
quasiHessians	Model	[private]
quasiHessType	Model	[protected]
referenceCount	Model	[private]
response_labels() const	Model	[inline]
response_labels(const StringArray &resp_labels)	Model	[inline]
responseArray	Model	[private]
serve()	Model	[virtual]
serve_configurations()	Model
set_communicators(const int &max_iterator_concurrency, bool recurse_flag=true)	Model
set_evaluation_reference()	Model	[virtual]
setList	Model	[private]
stop_configurations()	Model
stop_servers()	Model	[virtual]
subordinate_iterator()	Model	[virtual]
subordinate_models(bool recurse_flag=true)	Model
supports_estimated_derivatives(bool sed_flag)	Model	[inline]
supportsEstimDerivs	Model	[protected]
surrogate_bypass(bool bypass_flag)	Model	[virtual]
surrogate_function_indices(const IntSet &surr_fn_indices)	Model	[virtual]
surrogate_model()	Model	[virtual]
surrogateType	Model	[protected]
synchronize()	Model
synchronize_derivatives(const Variables &vars, const ResponseArray &fd_responses, Response &new_response, const ShortArray &fd_grad_asv, const ShortArray &fd_hess_asv, const ShortArray &quasi_hess_asv, const ActiveSet &original_set)	Model	[private]
synchronize_nowait()	Model
triangular_lower_bounds() const	Model	[inline]
triangular_lower_bounds(const RealDenseVector &t_lower_bnds)	Model	[inline]
triangular_modes() const	Model	[inline]
triangular_modes(const RealDenseVector &t_modes)	Model	[inline]
triangular_upper_bounds() const	Model	[inline]
triangular_upper_bounds(const RealDenseVector &t_upper_bnds)	Model	[inline]
triangularLowerBnds	Model	[protected]
triangularModes	Model	[protected]
triangularUpperBnds	Model	[protected]
truth_model()	Model	[virtual]
tv() const	Model	[inline]
uncertain_correlations() const	Model	[inline]
uncertain_correlations(const RealSymDenseMatrix &uncertain_corr)	Model	[inline]
uncertainCorrelations	Model	[protected]
uniform_lower_bounds() const	Model	[inline]
uniform_lower_bounds(const RealDenseVector &u_lower_bnds)	Model	[inline]
uniform_upper_bounds() const	Model	[inline]
uniform_upper_bounds(const RealDenseVector &u_upper_bnds)	Model	[inline]
uniformLowerBnds	Model	[protected]
uniformUpperBnds	Model	[protected]
update_approximation(const Variables &vars, const Response &response, bool rebuild_flag)	Model	[virtual]
update_approximation(const VariablesArray &vars_array, const ResponseArray &resp_array, bool rebuild_flag)	Model	[virtual]
update_from_subordinate_model(bool recurse_flag=true)	Model	[virtual]
update_quasi_hessians(const Variables &vars, Response &new_response, const ActiveSet &original_set)	Model	[private]
update_response(const Variables &vars, Response &new_response, const ShortArray &fd_grad_asv, const ShortArray &fd_hess_asv, const ShortArray &quasi_hess_asv, const ActiveSet &original_set, Response &initial_map_response, const RealMatrix &new_fn_grads, const RealMatrixArray &new_fn_hessians)	Model	[private]
user_defined_constraints() const	Model	[inline]
userDefinedConstraints	Model	[protected]
varsList	Model	[private]
weibull_alphas() const	Model	[inline]
weibull_alphas(const RealDenseVector &w_alphas)	Model	[inline]
weibull_betas() const	Model	[inline]
weibull_betas(const RealDenseVector &w_betas)	Model	[inline]
weibullAlphas	Model	[protected]
weibullBetas	Model	[protected]
xPrev	Model	[private]
~Model()	Model	[virtual]

---