SharedVariablesDataRep Class Reference

The representation of a SharedVariablesData instance. This representation, or body, may be shared by multiple SharedVariablesData handle instances. More...

Public Member Functions
	~SharedVariablesDataRep ()
	destructor must be public for shared_ptr

Private Member Functions
	SharedVariablesDataRep (const ProblemDescDB &problem_db, const std::pair< short, short > &view)
	standard constructor
	SharedVariablesDataRep (const std::pair< short, short > &view, const std::map< unsigned short, size_t > &vars_comps, const BitArray &all_relax_di, const BitArray &all_relax_dr)
	medium weight constructor providing detailed variable counts
	SharedVariablesDataRep (const std::pair< short, short > &view, const SizetArray &vars_comps_totals, const BitArray &all_relax_di, const BitArray &all_relax_dr)
	lightweight constructor providing variable count totals
	SharedVariablesDataRep ()
	default constructor
void	initialize_components_totals (const ProblemDescDB &problem_db)
	populate variables{Components,CompsTotals} from user variable type and count specifications
void	components_to_totals ()
	update variablesCompsTotals from variablesComponents
void	relax_noncategorical (const ProblemDescDB &problem_db)
	populate allRelaxedDiscrete{Int,Real} from user specifications (relax variables that are not declared as categorical)
void	set_relax (const BitArray &user_cat_spec, size_t ucs_index, size_t ard_cntr, BitArray &ard_container)
	Set the ard_cntr entry in the all-relaxed-discrete integer or real container ard_container, based on user-specification of categorical, accounting for empty.
void	all_counts (size_t &num_acv, size_t &num_adiv, size_t &num_adsv, size_t &num_adrv) const
	compute all variables sums from variablesCompsTotals
void	relax_counts (size_t &num_cv, size_t &num_div, size_t &num_drv, size_t offset_di, size_t offset_dr) const
	adjust counts based on allRelaxedDiscrete{Int,Real}
void	design_counts (size_t &num_cdv, size_t &num_ddiv, size_t &num_ddsv, size_t &num_ddrv) const
	compute design variables sums from variablesCompsTotals
void	aleatory_uncertain_counts (size_t &num_cauv, size_t &num_dauiv, size_t &num_dausv, size_t &num_daurv) const
	compute aleatory uncertain variables sums from variablesCompsTotals
void	epistemic_uncertain_counts (size_t &num_ceuv, size_t &num_deuiv, size_t &num_deusv, size_t &num_deurv) const
	compute epistemic uncertain variables sums from variablesCompsTotals
void	uncertain_counts (size_t &num_cuv, size_t &num_duiv, size_t &num_dusv, size_t &num_durv) const
	compute uncertain variables sums from variablesCompsTotals
void	state_counts (size_t &num_csv, size_t &num_dsiv, size_t &num_dssv, size_t &num_dsrv) const
	compute state variables sums from variablesCompsTotals
void	view_start_counts (short view, size_t &cv_start, size_t &div_start, size_t &dsv_start, size_t &drv_start, size_t &num_cv, size_t &num_div, size_t &num_dsv, size_t &num_drv) const
	define start indices and counts for active variables based on view
void	view_subsets (short view, bool &cdv, bool &ddv, bool &cauv, bool &dauv, bool &ceuv, bool &deuv, bool &csv, bool &dsv) const
	define active variable subsets based on active view
void	size_all_labels ()
	size all{Continuous,DiscreteInt,DiscreteString,DiscreteReal}Labels, with or without discrete relaxation
void	size_all_types ()
	size all{Continuous,DiscreteInt,DiscreteString,DiscreteReal}Types, with or without discrete relaxation
size_t	cv_index_to_all_index (size_t cv_index, bool cdv, bool cauv, bool ceuv, bool csv) const
	convert index within active continuous variables (as identified by bools) to index within aggregated variables (all continous, discrete {int,string,real})
size_t	div_index_to_all_index (size_t div_index, bool ddv, bool dauv, bool deuv, bool dsv) const
	convert index within active discrete integer variables (as identified by bools) to index within aggregated variables (all continous, discrete {int,string,real})
size_t	dsv_index_to_all_index (size_t dsv_index, bool ddv, bool dauv, bool deuv, bool dsv) const
	convert index within active discrete string variables (as identified by bools) to index within aggregated variables (all continous, discrete {int,string,real})
size_t	drv_index_to_all_index (size_t drv_index, bool ddv, bool dauv, bool deuv, bool dsv) const
	convert index within active discrete real variables (as identified by bools) to index within aggregated variables (all continous, discrete {int,string,real})
BitArray	cv_to_all_mask (bool cdv, bool cauv, bool ceuv, bool csv) const
	create a BitArray indicating the active continuous subset of all {continuous,discrete {int,string,real}} variables
BitArray	div_to_all_mask (bool ddv, bool dauv, bool deuv, bool dsv) const
	create a BitArray indicating the active discrete int subset of all {continuous,discrete {int,string,real}} variables
BitArray	dsv_to_all_mask (bool ddv, bool dauv, bool deuv, bool dsv) const
	create a BitArray indicating the active discrete string subset of all {continuous,discrete {int,string,real}} variables
BitArray	drv_to_all_mask (bool ddv, bool dauv, bool deuv, bool dsv) const
	create a BitArray indicating the active discrete real subset of all {continuous,discrete {int,string,real}} variables
void	initialize_all_labels (const ProblemDescDB &problem_db)
	aggregate all{Continuous,DiscreteInt,DiscreteString,DiscreteReal}Labels from user specification or defaults
void	initialize_all_types ()
	initialize all{Continuous,DiscreteInt,DiscreteString,DiscreteReal}Types, with or without discrete relaxation
void	initialize_all_ids ()
	initialize allContinuousIds (discrete not currently needed), with or without discrete relaxation
void	initialize_active_start_counts ()
	initialize {c,di,ds,dr}vStart and num{D,DI,DS,DR}V
void	initialize_inactive_start_counts ()
	initialize i{c,di,ds,dr}vStart and numI{D,DI,DS,DR}V
void	initialize_active_components ()
	initialize activeVarsCompsTotals given {c,di,dr}vStart and num{C,DI,DR}V
void	initialize_inactive_components ()
	initialize inactiveVarsCompsTotals given i{c,di,dr}vStart and numI{C,DI,DR}V
size_t	vc_lookup (unsigned short key) const
	retrieve the count within variablesComponents corresponding to key
void	copy_rep (SharedVariablesDataRep *svd_rep)
	copy the data from svd_rep to the current representation
template<class Archive >
void	save (Archive &ar, const unsigned int version) const
	serialize the core shared variables data
template<class Archive >
void	load (Archive &ar, const unsigned int version)
	load the core shared variables data and restore class state
	BOOST_SERIALIZATION_SPLIT_MEMBER () String variablesId
	variables identifier string from the input file

Private Attributes
std::map< unsigned short, size_t >	variablesComponents
	map linking variable types to counts
SizetArray	variablesCompsTotals
	totals for variable type counts for {continuous,discrete integer,discrete string,discrete real} {design,aleatory uncertain,epistemic uncertain,state}. More...
SizetArray	activeVarsCompsTotals
	totals for active variable type counts for {continuous,discrete integer,discrete string,discrete real} {design,aleatory uncertain,epistemic uncertain,state}. More...
SizetArray	inactiveVarsCompsTotals
	totals for inactive variable type counts for {continuous,discrete integer,discrete string,discrete real} {design,aleatory uncertain,epistemic uncertain,state}. More...
std::pair< short, short >	variablesView
	the variables view pair containing active (first) and inactive (second) view enumerations
size_t	cvStart
	start index of active continuous variables within allContinuousVars
size_t	divStart
	start index of active discrete integer variables within allDiscreteIntVars
size_t	dsvStart
	start index of active discrete string vars within allDiscreteStringVars
size_t	drvStart
	start index of active discrete real variables within allDiscreteRealVars
size_t	icvStart
	start index of inactive continuous variables within allContinuousVars
size_t	idivStart
	start index of inactive discrete integer vars within allDiscreteIntVars
size_t	idsvStart
	start index of inactive discrete string vars within allDiscreteStringVars
size_t	idrvStart
	start index of inactive discrete real variables within allDiscreteRealVars
size_t	numCV
	number of active continuous variables
size_t	numDIV
	number of active discrete integer variables
size_t	numDSV
	number of active discrete string variables
size_t	numDRV
	number of active discrete real variables
size_t	numICV
	number of inactive continuous variables
size_t	numIDIV
	number of inactive discrete integer variables
size_t	numIDSV
	number of inactive discrete string variables
size_t	numIDRV
	number of inactive discrete real variables
StringMultiArray	allContinuousLabels
	array of variable labels for all of the continuous variables
StringMultiArray	allDiscreteIntLabels
	array of variable labels for all of the discrete integer variables
StringMultiArray	allDiscreteStringLabels
	array of variable labels for all of the discrete string variables
StringMultiArray	allDiscreteRealLabels
	array of variable labels for all of the discrete real variables
UShortMultiArray	allContinuousTypes
	array of variable types for all of the continuous variables
UShortMultiArray	allDiscreteIntTypes
	array of variable types for all of the discrete integer variables
UShortMultiArray	allDiscreteStringTypes
	array of variable types for all of the discrete string variables
UShortMultiArray	allDiscreteRealTypes
	array of variable types for all of the discrete real variables
SizetMultiArray	allContinuousIds
	array of 1-based position identifiers for the all continuous variables array More...
SizetMultiArray	allDiscreteIntIds
	array of 1-based ids (into total variable set) for discrete int
SizetMultiArray	allDiscreteStringIds
	array of 1-based ids (into total variable set) for discrete string
SizetMultiArray	allDiscreteRealIds
	array of 1-based ids (into total variable set) for discrete real
BitArray	allRelaxedDiscreteInt
	array of booleans to indicate relaxation (promotion from DiscreteInt to Continuous) for all specified discrete int variables Note: container will be empty when not relaxing variables
BitArray	allRelaxedDiscreteReal
	array of booleans to indicate relaxation (promotion from DiscreteReal to Continuous) for all specified discrete real variables Note: container will be empty when not relaxing variables

Friends
class	SharedVariablesData
class	boost::serialization::access
	allow boost access to serialize this class

Detailed Description

The representation of a SharedVariablesData instance. This representation, or body, may be shared by multiple SharedVariablesData handle instances.

The SharedVariablesData/SharedVariablesDataRep pairs utilize a handle-body idiom (Coplien, Advanced C++).

Member Data Documentation

variablesCompsTotals

SizetArray variablesCompsTotals

private

totals for variable type counts for {continuous,discrete integer,discrete string,discrete real} {design,aleatory uncertain,epistemic uncertain,state}.

This data reflects the variable counts as originally specified and is not altered by relaxation.

Referenced by SharedVariablesDataRep::aleatory_uncertain_counts(), SharedVariablesDataRep::all_counts(), SharedVariablesDataRep::design_counts(), SharedVariablesDataRep::epistemic_uncertain_counts(), SharedVariablesDataRep::state_counts(), and SharedVariablesDataRep::uncertain_counts().

activeVarsCompsTotals

SizetArray activeVarsCompsTotals

private

totals for active variable type counts for {continuous,discrete integer,discrete string,discrete real} {design,aleatory uncertain,epistemic uncertain,state}.

This data reflects the variable counts as originally specified and is not altered by relaxation.

inactiveVarsCompsTotals

SizetArray inactiveVarsCompsTotals

private

totals for inactive variable type counts for {continuous,discrete integer,discrete string,discrete real} {design,aleatory uncertain,epistemic uncertain,state}.

This data reflects the variable counts as originally specified and is not altered by relaxation.

allContinuousIds

SizetMultiArray allContinuousIds

private

array of 1-based position identifiers for the all continuous variables array

These identifiers define positions of the all continuous variables array within the total variable sequence. A primary use case is for defining derivative ids (DVV) based on an active subset.

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The documentation for this class was generated from the following file:

• SharedVariablesData.hpp