Inheritance diagram for AllVariables:
Public Member Functions | |
| AllVariables () | |
| default constructor | |
| AllVariables (const ProblemDescDB &problem_db, const pair< short, short > &view) | |
| standard constructor | |
| ~AllVariables () | |
| destructor | |
| size_t | tv () const |
| Returns total number of vars. | |
| const RealVector & | continuous_variables () const |
| return the active continuous variables | |
| void | continuous_variable (const Real &c_var, const size_t &i) |
| set an active continuous variable | |
| void | continuous_variables (const RealVector &c_vars) |
| set the active continuous variables | |
| const IntVector & | discrete_variables () const |
| return the active discrete variables | |
| void | discrete_variable (const int &d_var, const size_t &i) |
| set an active discrete variable | |
| void | discrete_variables (const IntVector &d_vars) |
| set the active discrete variables | |
| const StringArray & | continuous_variable_labels () const |
| return the active continuous variable labels | |
| void | continuous_variable_labels (const StringArray &cv_labels) |
| set the active continuous variable labels | |
| const StringArray & | discrete_variable_labels () const |
| return the active discrete variable labels | |
| void | discrete_variable_labels (const StringArray &dv_labels) |
| set the active discrete variable labels | |
| const StringArray & | continuous_variable_types () const |
| return the active continuous variable types | |
| const StringArray & | discrete_variable_types () const |
| return the active discrete variable types | |
| const UIntArray & | continuous_variable_ids () const |
| return the active continuous variable position identifiers | |
| size_t | acv () const |
| returns total number of continuous vars | |
| size_t | adv () const |
| returns total number of discrete vars | |
| RealVector | all_continuous_variables () const |
| returns a single array with all continuous variables | |
| void | all_continuous_variables (const RealVector &a_c_vars) |
| sets all continuous variables using a single array | |
| IntVector | all_discrete_variables () const |
| returns a single array with all discrete variables | |
| void | all_discrete_variables (const IntVector &a_d_vars) |
| sets all discrete variables using a single array | |
| StringArray | all_continuous_variable_labels () const |
| returns a single array with all continuous variable labels | |
| void | all_continuous_variable_labels (const StringArray &a_c_v_labels) |
| sets all continuous variable labels using a single array | |
| StringArray | all_discrete_variable_labels () const |
| returns a single array with all discrete variable labels | |
| void | all_discrete_variable_labels (const StringArray &a_d_v_labels) |
| sets all discrete variable labels using a single array | |
| StringArray | all_variable_labels () const |
| returns a single array with all variable labels | |
| const StringArray & | all_discrete_variable_types () const |
| return the all discrete variable types | |
| void | read (istream &s) |
| read a variables object from an istream | |
| void | write (ostream &s) const |
| write a variables object to an ostream | |
| void | write_aprepro (ostream &s) const |
| write a variables object to an ostream in aprepro format | |
| void | read_annotated (istream &s) |
| read a variables object in annotated format from an istream | |
| void | write_annotated (ostream &s) const |
| write a variables object in annotated format to an ostream | |
| void | write_tabular (ostream &s) const |
| write a variables object in tabular format to an ostream | |
| void | read (BiStream &s) |
| read a variables object from the binary restart stream | |
| void | write (BoStream &s) const |
| write a variables object to the binary restart stream | |
| void | read (MPIUnpackBuffer &s) |
| read a variables object from a packed MPI buffer | |
| void | write (MPIPackBuffer &s) const |
| write a variables object to a packed MPI buffer | |
Protected Member Functions | |
| void | copy_rep (const Variables *vars_rep) |
| Used by copy() to copy the contents of a letter class. | |
| void | reshape_rep (const Sizet2DArray &vars_comps) |
| Used by reshape() to reshape the contents of a letter class. | |
Private Member Functions | |
| void | build_types_ids () |
| construct VarTypes and VarIds arrays using variablesComponents | |
Private Attributes | |
| RealVector | allContinuousVars |
| (design, uncertain, and state). | |
| IntVector | allDiscreteVars |
| (design and state). | |
| StringArray | allContinuousLabels |
| (design, uncertain, and state). | |
| StringArray | allDiscreteLabels |
| (design and state). | |
| StringArray | allDiscreteVarTypes |
| array of variable types for all of the discrete variables | |
Friends | |
| bool | operator== (const AllVariables &vars1, const AllVariables &vars2) |
| equality operator | |
| std::size_t | hash_value (const AllVariables &vars) |
| hash_value | |
| bool | binary_equal_to (const AllVariables &vars1, const AllVariables &vars2) |
| binary_equal_to (since 'operator==' is not suitable for boost/hash_set) | |
Derived variables classes take different views of the design, uncertain, and state variable types and the continuous and discrete domain types. The AllVariables derived class combines design, uncertain, and state variable types but separates continuous and discrete domain types. The result is a single array of continuous variables (allContinuousVars) and a single array of discrete variables (allDiscreteVars). Parameter and DACE studies currently use this approach (see Variables::get_variables(problem_db)).
| AllVariables | ( | const ProblemDescDB & | problem_db, | |
| const pair< short, short > & | view | |||
| ) |
standard constructor
In this class, the all data approach (design, uncertain, and state types are combined) is used. Iterators/strategies which use this class include: parameter studies, DACE, and the all_variables mode of nond_sampling. Extract fundamental variable types and labels and combine them into allContinuousVars, allDiscreteVars, allContinuousLabels, and allDiscreteLabels.
1.5.1