adapt

adapt() -> None

appraise

appraise() -> None

finalize

finalize() -> None

get_criteria_success_info

get_criteria_success_info() -> bitset_type

get_equalities

get_equalities() -> matrix_type

get_inequalities

get_inequalities() -> matrix_type

get_inputs

get_inputs() -> matrix_type

get_next_designs

get_next_designs() -> matrix_type

get_num_awaiting_designs

get_num_awaiting_designs() -> int

get_objectives

get_objectives() -> matrix_type

get_responses

get_responses() -> matrix_type

initialize

initialize( (AMopSettings)arg2) -> None

is_converged

is_converged() -> bool

is_terminated

is_terminated() -> bool

set_criteria_success_info

set_criteria_success_info( (bitset_type)arg2) -> None

set_equalities

set_equalities( (matrix_type)arg2) -> None

set_inequalities

set_inequalities( (matrix_type)arg2) -> None

set_inputs

set_inputs( (matrix_type)arg2) -> None

set_objectives

set_objectives( (matrix_type)arg2) -> None

set_responses

set_responses( (matrix_type)arg2) -> None

set_start_designs

set_start_designs( (matrix_type)arg2) -> None

set_terminated

set_terminated() -> None

get_consider_failed_designs

get_consider_failed_designs() -> bool

get_expected_improvement

get_expected_improvement() -> bool

get_max_iteration

get_max_iteration() -> int

get_min_cop

get_min_cop() -> float

get_num_designs

get_num_designs() -> int

get_num_designs_max

get_num_designs_max() -> int

get_num_discretization_adapt

get_num_discretization_adapt() -> int

Return AMOP discretization number for refinement settings

get_num_discretization_init

get_num_discretization_init() -> int

Return AMOP discretization number for start iteration settings

get_num_equalities

get_num_equalities() -> int

----

get_num_equalities() -> int

get_num_inequalities

get_num_inequalities() -> int

get_num_inputs

get_num_inputs() -> int

get_num_objectives

get_num_objectives() -> int

get_num_responses

get_num_responses() -> int

get_refinement_type

get_refinement_type() -> RefinementType

get_stagnation_iterations

get_stagnation_iterations() -> int

get_use_incomplete_designs

get_use_incomplete_designs() -> bool

get_use_pareto_refinement

get_use_pareto_refinement() -> bool

get_use_start_designs_only

get_use_start_designs_only() -> bool

get_validate_best_design

get_validate_best_design() -> bool

get_weight_criteria

get_weight_criteria() -> float

get_weight_density

get_weight_density() -> float

get_weight_localCoP

get_weight_localCoP() -> float

set_consider_failed_designs

set_consider_failed_designs( (bool)arg2) -> None

set_defaults

set_defaults() -> None

set_expected_improvement

set_expected_improvement( (bool)arg2) -> None

set_lower_bounds

set_lower_bounds( (vector_type)arg2) -> None

set_max_iteration

set_max_iteration( (int)arg2) -> None

set_min_cop

set_min_cop( (float)arg2) -> None

set_num_designs_max

set_num_designs_max( (int)arg2) -> None

set_num_discretization_adapt

set_num_discretization_adapt( (int)num_discretization) -> None

Set AMOP discretization number for refinement

set_num_discretization_init

set_num_discretization_init( (int)num_discretization) -> None

Set AMOP discretization number for start iteration

set_num_inequalities

set_num_inequalities( (int)arg2) -> None

set_num_inputs

set_num_inputs( (int)arg2) -> None

set_num_objectives

set_num_objectives( (int)arg2) -> None

set_num_responses

set_num_responses( (int)arg2) -> None

set_refinement_type

set_refinement_type( (RefinementType)arg2) -> None

set_stagnation_iterations

set_stagnation_iterations( (int)arg2) -> None

set_upper_bounds

set_upper_bounds( (vector_type)arg2) -> None

set_use_incomplete_designs

set_use_incomplete_designs( (bool)arg2) -> None

set_use_pareto_refinement

set_use_pareto_refinement( (bool)arg2) -> None

set_use_start_designs_only

set_use_start_designs_only( (bool)arg2) -> None

set_validate_best_design

set_validate_best_design( (bool)arg2) -> None

set_weight_criteria

set_weight_criteria( (float)arg2) -> None

set_weight_density

set_weight_density( (float)arg2) -> None

set_weight_localCoP

set_weight_localCoP( (float)arg2) -> None