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Dakota
Version
Explore and Predict with Confidence
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Public Types | |
| typedef std::vector< Real > | VecT |
| ROL default data type to be used by Dakota data adapters. | |
Public Member Functions | |
| ROLTraits () | |
| Default constructor. | |
| virtual | ~ROLTraits () |
| Destructor. | |
| bool | supports_continuous_variables () |
| Return flag indicating ROL supports continuous variables. | |
| bool | supports_linear_equality () |
| Return flag indicating ROL supports linear equalities. | |
| bool | supports_linear_inequality () |
| Return flag indicating ROL supports linear inequalities. | |
| bool | supports_nonlinear_equality () |
| Return flag indicating ROL supports nonlinear equalities. | |
| NONLINEAR_EQUALITY_FORMAT | nonlinear_equality_format () |
| Return ROL format for nonlinear equality constraints. | |
| bool | supports_nonlinear_inequality () |
| Return flag indicating ROL supports nonlinear inequalities. | |
| NONLINEAR_INEQUALITY_FORMAT | nonlinear_inequality_format () |
| Return ROL format for nonlinear inequality constraints. | |
Public Member Functions inherited from TraitsBase | |
| TraitsBase () | |
| default constructor | |
| virtual | ~TraitsBase () |
| destructor | |
| virtual bool | is_derived () |
| A temporary query used in the refactor. | |
| virtual bool | requires_bounds () |
| Return the flag indicating whether method requires bounds. | |
| virtual LINEAR_INEQUALITY_FORMAT | linear_inequality_format () |
| Return the format used for linear inequality constraints. | |
| virtual bool | expects_nonlinear_inequalities_first () |
| Return the flag indicating whether method expects nonlinear inequality constraints followed by nonlinear equality constraints. | |
| virtual bool | supports_scaling () |
| Return the flag indicating whether method supports parameter scaling. | |
| virtual bool | supports_least_squares () |
| Return the flag indicating whether method supports least squares. | |
| virtual bool | supports_multiobjectives () |
| Return flag indicating whether method supports multiobjective optimization. | |
| virtual bool | supports_discrete_variables () |
| Return the flag indicating whether method supports continuous variables. | |
| virtual bool | provides_best_objective () |
| Return the flag indicating whether method provides best objective result. | |
| virtual bool | provides_best_parameters () |
| Return the flag indicating whether method provides best parameters result. | |
| virtual bool | provides_best_constraint () |
| Return the flag indicating whether method provides best constraint result. | |
| virtual bool | provides_final_gradient () |
| Return the flag indicating whether method provides final gradient result. | |
| virtual bool | provides_final_hessian () |
| Return the flag indicating whether method provides final hessian result. | |
ROLTraits defines the types of problems and data formats ROL supports by overriding the default traits accessors in TraitsBase.