Top-level namespace for Health-GPS C++ API. More...

Namespaces
	core
	Top-level namespace for Health-GPS Core C++ API.

	data
	Top-level namespace for Health-GPS Data C++ API.

	detail
	Internal details namespace for private data types and functions.

Classes
class	AnalysisDefinition
	Burden of diseases (BoD) analysis module definition data type. More...

class	AnalysisModule
	Implements the burden of diseases (BoD) analysis module. More...

class	BaselineScenario
	Defines the baseline scenario data type. More...

class	Channel
	Thread-safe communication channel data type. More...

class	DataSeries
	Defines the Simulation results container for time series data. More...

class	DefaultCancerModel
	Defines the cancer disease model data type. More...

class	DefaultDiseaseModel
	Defines the standard diseases (non-cancer) model data type. More...

struct	PopulationRecord
	Define the population record data type for the demographic dataset. More...

class	PopulationModule
	Implements the population demographic module data type. More...

class	DiseaseModule
	Defines the disease module container to hold disease models. More...

struct	DiseaseParameter
	Defines the cancer disease parameters data type. More...

class	DiseaseDefinition
	Implements the disease full definition data type. More...

struct	MeasureKey
	Disease measures key mapping. More...

class	DiseaseMeasure
	Defines the disease measures collection data type. More...

class	DiseaseTable
	Defines the disease measure table data type. More...

struct	FactorDynamicEquation
	Defines a factor linear regression equation. More...

struct	AgeGroupGenderEquation
	Define the age group dynamic equations data type. More...

class	EnergyBalanceHierarchicalModel
	Implements the dynamic hierarchical linear model (energy balance) type. More...

class	LiteHierarchicalModelDefinition
	Defines the lite hierarchical linear model data type. More...

class	EnergyBalanceModel
	Implements the energy balance model type. More...

class	EnergyBalanceModelDefinition
	Defines the energy balance model data type. More...

struct	ErrorEventMessage
	Implements the simulation error event message data type. More...

struct	EventHandlerIdentifier
	Defines the event handler identifier type. More...

class	EventSubscriber
	Defines the event subscriber interface type. More...

class	EventAggregator
	Defines the event aggregator interface type. More...

class	DefaultEventBus
	Implements the default memory-based simulation event bus type. More...

struct	EventMessage
	Simulation event messages interface. More...

class	EventSubscriberHandler
	Implements the event subscriber handler data type. More...

class	EventMessageVisitor
	Event message types visitor interface (double dispatcher) More...

class	Finally
	Define a scoped reset state data type. More...

struct	FiscalPolicyDefinition
	Fiscal policy intervention definition data type. More...

class	FiscalPolicyScenario
	Implements the fiscal policy intervention scenario. More...

struct	AdjustmentFactor
	Defined the risk factor adjustment data type. More...

struct	PolicyCoverage
	Define the policy population coverage data type. More...

struct	TransferCoefficient
	Define the transfer coefficient data type. More...

struct	FoodLabellingDefinition
	Food labelling intervention definition data type. More...

class	FoodLabellingScenario
	Implements the food labelling intervention scenario. More...

class	GenderTable
	Defines the gender column lookup table data type. More...

class	AgeGenderTable
	Defines the age and gender lookup table data type. More...

struct	GenderValue
	Defines a gender associated value data type. More...

class	HealthGPS
	Defines the simulation engine data type class. More...

struct	Coefficient
	Regression coefficients data type. More...

struct	LinearModel
	Defines a linear regression model data type. More...

struct	HierarchicalLevel
	Defines a hierarchical level data type. More...

class	StaticHierarchicalLinearModel
	Implements the static hierarchical linear model type. More...

class	HierarchicalLinearModelDefinition
	Defines the full hierarchical linear model data type. More...

struct	InfoEventMessage
	Implements the simulation information event message data type. More...

class	SimulationModule
	Simulation modules interface. More...

class	UpdatableModule
	Generic disease module interface to host multiple diseases model. More...

class	DiseaseHostModule
	Generic disease module interface to host multiple disease models. More...

class	RiskFactorHostModule
	Generic risk factors module interface to host hierarchical models. More...

class	DemographicModule
	Demographic prospects module interface. More...

class	HierarchicalLinearModel
	Hierarchical linear model interface. More...

class	RiskFactorModelDefinition
	Risk factor model definition interface. More...

class	DiseaseModel
	Diseases model interface. More...

class	InterventionScenario
	Health-GPS scripted intervention policy scenario interface. More...

class	DynamicInterventionScenario
	Health-GPS dynamic intervention policy scenario interface. More...

struct	PolicyImpact
	Defines the policy impact on risk factors data structure. More...

struct	PolicyInterval
	Defines the policy active interval. More...

struct	PolicyDynamic
	Defines the policy dynamic parameters. More...

struct	Birth
	Define the birth data type. More...

class	LifeTable
	Defines the population life table data type. More...

struct	LmsRecord
	Defines the LMS (lambda-mu-sigma) parameters record data type. More...

class	LmsDefinition
	LMS (lambda-mu-sigma) model definition data type. More...

class	LmsModel
	Implements the LMS (lambda-mu-sigma) model for children growth. More...

class	Map2d
	Defines the two-dimensional map (lookup table) data type. More...

struct	FactorRange
	Defines the risk factor allowed range data type. More...

class	MappingEntry
	Defines risk factor mapping entry data type. More...

class	HierarchicalMapping
	Defines the hierarchical model mapping data type. More...

struct	MarketingDynamicDefinition
	Dynamic marketing intervention definition data type. More...

class	MarketingDynamicScenario
	Implements the dynamic marketing regulation intervention scenario. More...

struct	MarketingPolicyDefinition
	Marketing intervention definition data type. More...

class	MarketingPolicyScenario
	Implements the marketing regulation intervention scenario. More...

struct	ResultByGender
	Defines the measure by gender result data type. More...

struct	DALYsIndicator
	Defines the DALYs indicator result data type. More...

struct	ModelResult
	Defines the model results data type. More...

struct	RunInfo
	Defines the Simulation run information data type. More...

struct	SESDefinition
	Defines the socio-economic status (SES) model data type. More...

class	ModelInput
	Defines the Simulation model inputs data type. More...

class	ModelRunner
	Defines the simulation executive data type class. More...

class	SimulationModuleFactory
	Defines the SimulationModule factory data type. More...

class	MonotonicVector
	Defines a monotonic vector container type. More...

class	MTRandom32
	Mersenne Twister random number generator algorithm. More...

struct	Disease
	Defines the disease history data type. More...

struct	Person
	Defines a virtual population person data type. More...

struct	PhysicalActivityDefinition
	Physical activity intervention definition data type. More...

class	PhysicalActivityScenario
	Implements the physical activity regulation intervention scenario. More...

class	Population
	Defines the virtual population data type. More...

class	Random
	General purpose Random number generator algorithms. More...

class	RandomBitGenerator
	Pseudo-random number generator algorithm interface. More...

class	RelativeRiskLookup
	Defines the relative risk factors lookup data type. More...

struct	RelativeRisk
	Defines the relative risk factors data type. More...

class	Repository
	Define the data repository interface for input datasets and back-end storage. More...

class	CachedRepository
	Implements the cached data repository for input datasets and back-end storage. More...

struct	ResultEventMessage
	Implements the simulation results event message data type. More...

class	RiskFactorModule
	Defines the risk factors module container to hold hierarchical linear models. More...

class	RiskfactorAdjustmentModel
	Defines the baseline risk factors adjustment model. More...

struct	BaselineAdjustment
	Defines the risk factor baseline adjustment data type. More...

struct	FirstMoment
	Defines the first statistical moment type. More...

struct	RunnerEventMessage
	Implements the simulation executive event message data type. More...

class	RuntimeContext
	Defines the Simulation runtime context data type. More...

class	RuntimeMetric
	Defines the Simulation run-time metrics container data type. More...

class	Scenario
	Health-GPS simulation scenario interface. More...

class	SESNoiseModule
	Implements the socio-economic status (SES) module. More...

class	Settings
	Defines the simulation experiment settings data type. More...

struct	SimplePolicyDefinition
	Simple intervention policy definition data type. More...

class	SimplePolicyScenario
	Defines the simple development intervention scenario. More...

class	Simulation
	Defines the simulation class interface. More...

struct	SimulationDefinition
	Simulation experiment definition data type. More...

class	SyncMessage
	Scenario data synchronisation message data type. More...

class	SyncDataMessage
	Implements a synchronisation message with payload. More...

struct	TwoStepValue
	Defines a two step value data type. More...

class	UnivariateVisitor
	Implements an core::UnivariateSummary visitor for core::DataTable columns. More...

class	WeightModel
	Weight classification model polymorphic wrapper class. More...

Typedefs
using	ResidualMortalityMessage = SyncDataMessage< GenderTable< int, double > >
	Defines the residual mortality synchronisation message. More...

using	NetImmigrationMessage = SyncDataMessage< IntegerAgeGenderTable >
	Defines the net immigration synchronisation message. More...

using	BaselineAdjustmentMessage = SyncDataMessage< FactorAdjustmentTable >
	Defines the baseline risk factors adjustment synchronisation message. More...

using	ParameterLookup = const std::map< int, DoubleGenderValue >
	Disease definition parameter value lookup by age and gender. More...

using	IntegerAgeGenderTable = AgeGenderTable< int >
	Age and Gender lookup table for integer values. More...

using	FloatAgeGenderTable = AgeGenderTable< float >
	Age and Gender lookup table for single precision floating-point values. More...

using	DoubleAgeGenderTable = AgeGenderTable< double >
	Age and Gender lookup table for double precision floating-point values. More...

using	IntegerGenderValue = GenderValue< int >
	Gender value for integer value. More...

using	FloatGenderValue = GenderValue< float >
	Gender value for single precision floating-point value. More...

using	DoubleGenderValue = GenderValue< double >
	Gender value for double precision floating-point value. More...

template<typename T >
using	case_insensitive_map = std::map< std::string, T, core::case_insensitive::comparator >
	Defines a map template with case insensitive string keys and type. More...

using	Mortality = GenderValue< float >
	Mortality by gender. More...

using	LmsDataset = std::map< unsigned int, std::map< core::Gender, LmsRecord > >
	Defines the LMS (lambda-mu-sigma) model dataset. More...

using	ElapsedTime = std::chrono::duration< double, std::milli >

using	RelativeRiskTableMap = std::map< core::Identifier, FloatAgeGenderTable >
	Defines the relative risk factor table type. More...

using	RelativeRiskLookupMap = std::map< core::Identifier, std::map< core::Gender, RelativeRiskLookup > >
	Defines the relative risk factor lookup type. More...

using	FactorAdjustmentTable = Map2d< core::Gender, core::Identifier, std::vector< double > >
	Defines the risk factors adjustment table type. More...

using	SyncChannel = Channel< std::unique_ptr< SyncMessage > >
	Scenario data synchronisation channel type. More...

Enumerations
enum class	EventType : uint8_t { runner , info , result , error }
	Event Message type enumeration. More...

enum class	FiscalImpactType : uint8_t { pessimist , optimist }
	Health GPS policy impact types enumeration. More...

enum class	ModelAction { start , update , stop }
	Enumerates simulation model actions. More...

enum class	SimulationModuleType : uint8_t { RiskFactor , SES , Demographic , Disease , Analysis }
	Health GPS simulation modules types enumeration. More...

enum class	HierarchicalModelType : uint8_t { Static , Dynamic }
	Health GPS risk factor module types enumeration. More...

enum class	DiseaseStatus : uint8_t { free , active }
	Disease status enumeration. More...

enum class	RunnerAction { start , run_begin , cancelled , run_end , finish }
	Enumerates the simulation executive actions. More...

enum class	ScenarioType : uint8_t { baseline , intervention }
	Health GPS policy scenario types enumeration. More...

enum class	PolicyImpactType : uint8_t { absolute , relative }
	Health GPS policy impact types enumeration. More...

enum class	WeightCategory : uint8_t { normal , overweight , obese }
	Enumerates the Person weight categories. More...

Functions
std::unique_ptr< AnalysisModule >	build_analysis_module (Repository &repository, const ModelInput &config)
	Builds a new instance of the AnalysisModule using the given data infrastructure. More...

std::unique_ptr< PopulationModule >	build_population_module (Repository &repository, const ModelInput &config)
	Builds a new instance of the PopulationModule using the given data infrastructure. More...

std::unique_ptr< DiseaseModule >	build_disease_module (Repository &repository, const ModelInput &config)
	Builds a new instance of the DiseaseModule using the given data infrastructure. More...

std::map< core::DiseaseGroup, detail::DiseaseModelBuilder >	get_default_disease_model_registry ()
	Create the default disease model builder registry for disease group. More...

template<typename F >
Finally< F >	make_finally (F &&f)
	Makes a finally instance. More...

FiscalImpactType	parse_fiscal_impact_type (std::string impact_type)

template<core::Numerical TYPE>
GenderTable< int, TYPE >	create_integer_gender_table (const core::IntegerInterval &rows_range)
	Creates an instance of the gender lookup table for integer rows breakpoints value. More...

template<core::Numerical TYPE>
AgeGenderTable< TYPE >	create_age_gender_table (const core::IntegerInterval &age_range)
	Creates an instance of the age and gender lookup table. More...

bool	operator> (const MappingEntry &lhs, const MappingEntry &rhs)

bool	operator< (const MappingEntry &lhs, const MappingEntry &rhs)

template<core::Numerical TYPE>
bool	is_strict_monotonic (const std::vector< TYPE > &values) noexcept
	Determine whether a vector data is strict monotonic. More...

std::unique_ptr< RiskFactorModule >	build_risk_factor_module (Repository &repository, [[maybe_unused]] const ModelInput &config)

std::unique_ptr< RiskFactorModule >	build_risk_factor_module (Repository &repository, const ModelInput &config)

std::unique_ptr< SESNoiseModule >	build_ses_noise_module ([[maybe_unused]] Repository &repository, const ModelInput &config)

std::unique_ptr< SESNoiseModule >	build_ses_noise_module (Repository &repository, const ModelInput &config)
	Builds a new instance of the SESNoiseModule using the given data infrastructure. More...

SimulationModuleFactory	get_default_simulation_module_factory (Repository &manager)
	Create the default simulation modules factory for production usage. More...

std::string	weight_category_to_string (WeightCategory value)
	Converts a WeightCategory to a string representation. More...

Variables
constexpr double	DALY_UNITS = 100'000.0
	DALYs result unit conversion constant. More...

constexpr int	FOP_NO_EFFECT = -2
	Food labelling: the entity qualify but is not affected by the policy identifier. More...

const core::Identifier	InterceptKey = core::Identifier{"intercept"}
	The constant in the regression model presentation identifier. More...

constexpr int	MARKETING_NEVER = -1
	Dynamic marketing: Never applied the intervention status identifier. More...

constexpr int	MARKETING_FORMER = -2
	Dynamic marketing: Previous applied the intervention status identifier. More...

constexpr int	PA_CHILD_EFFECT = -1
	Physical activity: children effect identifier. More...

constexpr int	PA_NO_EFFECT = -2
	Physical activity: no-effect identifier. More...

Detailed Description

Top-level namespace for Health-GPS C++ API.

Typedef Documentation

◆ BaselineAdjustmentMessage

using hgps::BaselineAdjustmentMessage = typedef SyncDataMessage<FactorAdjustmentTable>

Defines the baseline risk factors adjustment synchronisation message.

◆ case_insensitive_map

template<typename T >

using hgps::case_insensitive_map = typedef std::map<std::string, T, core::case_insensitive::comparator>

Defines a map template with case insensitive string keys and type.

Template Parameters

T	The map value data type

◆ DoubleAgeGenderTable

using hgps::DoubleAgeGenderTable = typedef AgeGenderTable<double>

Age and Gender lookup table for double precision floating-point values.

◆ DoubleGenderValue

using hgps::DoubleGenderValue = typedef GenderValue<double>

Gender value for double precision floating-point value.

◆ ElapsedTime

using hgps::ElapsedTime = typedef std::chrono::duration<double, std::milli>

◆ FactorAdjustmentTable

using hgps::FactorAdjustmentTable = typedef Map2d<core::Gender, core::Identifier, std::vector<double> >

Defines the risk factors adjustment table type.

◆ FloatAgeGenderTable

using hgps::FloatAgeGenderTable = typedef AgeGenderTable<float>

Age and Gender lookup table for single precision floating-point values.

◆ FloatGenderValue

using hgps::FloatGenderValue = typedef GenderValue<float>

Gender value for single precision floating-point value.

◆ IntegerAgeGenderTable

using hgps::IntegerAgeGenderTable = typedef AgeGenderTable<int>

Age and Gender lookup table for integer values.

◆ IntegerGenderValue

using hgps::IntegerGenderValue = typedef GenderValue<int>

Gender value for integer value.

◆ LmsDataset

using hgps::LmsDataset = typedef std::map<unsigned int, std::map<core::Gender, LmsRecord> >

Defines the LMS (lambda-mu-sigma) model dataset.

◆ Mortality

using hgps::Mortality = typedef GenderValue<float>

Mortality by gender.

◆ NetImmigrationMessage

using hgps::NetImmigrationMessage = typedef SyncDataMessage<IntegerAgeGenderTable>

Defines the net immigration synchronisation message.

◆ ParameterLookup

using hgps::ParameterLookup = typedef const std::map<int, DoubleGenderValue>

Disease definition parameter value lookup by age and gender.

◆ RelativeRiskLookupMap

using hgps::RelativeRiskLookupMap = typedef std::map<core::Identifier, std::map<core::Gender, RelativeRiskLookup> >

Defines the relative risk factor lookup type.

◆ RelativeRiskTableMap

using hgps::RelativeRiskTableMap = typedef std::map<core::Identifier, FloatAgeGenderTable>

Defines the relative risk factor table type.

◆ ResidualMortalityMessage

using hgps::ResidualMortalityMessage = typedef SyncDataMessage<GenderTable<int, double> >

Defines the residual mortality synchronisation message.

◆ SyncChannel

using hgps::SyncChannel = typedef Channel<std::unique_ptr<SyncMessage> >

Scenario data synchronisation channel type.

Enumeration Type Documentation

◆ DiseaseStatus

enum hgps::DiseaseStatus : uint8_t

strong

Disease status enumeration.

Enumerator
free	Declared free from condition.
active	Current with the condition.

◆ EventType

enum hgps::EventType : uint8_t

strong

Event Message type enumeration.

Enumerator
runner	Simulation executive message.
info	General notification and progress message.
result	Simulation result message.
error	General error reporting message.

◆ FiscalImpactType

enum hgps::FiscalImpactType : uint8_t

strong

Health GPS policy impact types enumeration.

Enumerator
pessimist	Variable impact overtime - option 1.
optimist	Incremental impact overtime - option 2.

◆ HierarchicalModelType

enum hgps::HierarchicalModelType : uint8_t

strong

Health GPS risk factor module types enumeration.

Enumerator
Static	Static hierarchical model.
Dynamic	Dynamic hierarchical model.

◆ ModelAction

enum hgps::ModelAction

strong

Enumerates simulation model actions.

Enumerator
start	Simulation has started, time = start.
update	Simulation time has updated, time = time + 1.
stop	Simulation has stopped, time = end.

◆ PolicyImpactType

enum hgps::PolicyImpactType : uint8_t

strong

Health GPS policy impact types enumeration.

Enumerator
absolute	Absolute impact.
relative	Relative impact.

◆ RunnerAction

enum hgps::RunnerAction

strong

Enumerates the simulation executive actions.

Enumerator
start	Start simulation experiment.
run_begin	Begin a new simulation run.
cancelled	Simulation experiment has been cancelled.
run_end	End a simulation run.
finish	Finish simulation experiment.

◆ ScenarioType

enum hgps::ScenarioType : uint8_t

strong

Health GPS policy scenario types enumeration.

Enumerator
baseline	Baseline scenario.
intervention	Intervention scenario.

◆ SimulationModuleType

enum hgps::SimulationModuleType : uint8_t

strong

Health GPS simulation modules types enumeration.

Enumerator
RiskFactor	Risk factor module.
SES	Socio-economic status module.
Demographic	Demographic module.
Disease	Disease module coordinator.
Analysis	Statistical analysis module, e.g. BoD module.

◆ WeightCategory

enum hgps::WeightCategory : uint8_t

strong

Enumerates the Person weight categories.

Enumerator
normal	Normal body fat weight.
overweight	Above a weight considered normal or desirable.
obese	A person who has excess body fat.

Function Documentation

◆ build_analysis_module()

std::unique_ptr< AnalysisModule > hgps::build_analysis_module	(	Repository &	repository,
		const ModelInput &	config
	)

Builds a new instance of the AnalysisModule using the given data infrastructure.

Parameters

repository	The data repository instance
config	The model inputs instance

Returns: A new AnalysisModule instance

Exceptions

std::logic_error for invalid disease analysis definition

Here is the call graph for this function:

Here is the caller graph for this function:

◆ build_disease_module()

std::unique_ptr< DiseaseModule > hgps::build_disease_module	(	Repository &	repository,
		const ModelInput &	config
	)

Builds a new instance of the DiseaseModule using the given data infrastructure.

Parameters

repository	The data repository instance
config	The model inputs instance

Returns: A new DiseaseModule instance

Exceptions

std::out_of_range for unknown disease definition identifier

Here is the call graph for this function:

Here is the caller graph for this function:

◆ build_population_module()

std::unique_ptr< PopulationModule > hgps::build_population_module	(	Repository &	repository,
		const ModelInput &	config
	)

Builds a new instance of the PopulationModule using the given data infrastructure.

Parameters

repository	The data repository instance
config	The model inputs instance

Returns: A new PopulationModule instance

Here is the call graph for this function:

Here is the caller graph for this function:

◆ build_risk_factor_module() [1/2]

std::unique_ptr<RiskFactorModule> hgps::build_risk_factor_module	(	Repository &	repository,
		[[maybe_unused] ] const ModelInput &	config
	)

Here is the call graph for this function:

Here is the caller graph for this function:

◆ build_risk_factor_module() [2/2]

std::unique_ptr<RiskFactorModule> hgps::build_risk_factor_module	(	Repository &	repository,
		const ModelInput &	config
	)

◆ build_ses_noise_module() [1/2]

std::unique_ptr<SESNoiseModule> hgps::build_ses_noise_module	(	[[maybe_unused] ] Repository &	repository,
		const ModelInput &	config
	)

Here is the call graph for this function:

Here is the caller graph for this function:

◆ build_ses_noise_module() [2/2]

std::unique_ptr<SESNoiseModule> hgps::build_ses_noise_module	(	Repository &	repository,
		const ModelInput &	config
	)

Builds a new instance of the SESNoiseModule using the given data infrastructure.

Parameters

repository	The data repository instance
config	The model inputs instance

Returns: A new SESNoiseModule instance

Exceptions

std::out_of_range for unknown disease definition identifier

◆ create_age_gender_table()

template<core::Numerical TYPE>

AgeGenderTable<TYPE> hgps::create_age_gender_table ( const core::IntegerInterval & age_range )

Creates an instance of the age and gender lookup table.

Template Parameters

TYPE	The values data type

Parameters

age_range The age breakpoints range

Returns: A new instance of the AgeGenderTable class

Exceptions

std::out_of_range for age range 'lower' of negative value or less than the 'upper' value

Here is the call graph for this function:

◆ create_integer_gender_table()

template<core::Numerical TYPE>

GenderTable<int, TYPE> hgps::create_integer_gender_table ( const core::IntegerInterval & rows_range )

Creates an instance of the gender lookup table for integer rows breakpoints value.

Template Parameters

TYPE	The cell value type

Parameters

rows_range The rows breakpoints range

Returns: A new instance of the GenderTable class

Exceptions

std::out_of_range for rows range 'lower' of negative value or less than the 'upper' value

Here is the call graph for this function:

◆ get_default_disease_model_registry()

std::map<core::DiseaseGroup, detail::DiseaseModelBuilder> hgps::get_default_disease_model_registry ( )

Create the default disease model builder registry for disease group.

Returns: the default production instance of the disease model builder registry.

Here is the caller graph for this function:

◆ get_default_simulation_module_factory()

SimulationModuleFactory hgps::get_default_simulation_module_factory ( Repository & manager )

Create the default simulation modules factory for production usage.

Parameters

manager the data repository manger to be used to create the modules.

Returns: the default production instance of simulation modules factory.

Here is the call graph for this function:

Here is the caller graph for this function:

◆ is_strict_monotonic()

template<core::Numerical TYPE>

bool hgps::is_strict_monotonic ( const std::vector< TYPE > & values )

noexcept

Determine whether a vector data is strict monotonic.

Template Parameters

TYPE	The vector data type

Parameters

values The vector value

Returns: true, if the vector data is strict monotonic; otherwise, false

Here is the caller graph for this function:

◆ make_finally()

template<typename F >

Finally<F> hgps::make_finally ( F && f )

Makes a finally instance.

Template Parameters

F	Functor type

Parameters

f	The functor instance

Returns: The new Finally instance

Here is the caller graph for this function:

◆ operator<()

bool hgps::operator<	(	const MappingEntry &	lhs,
		const MappingEntry &	rhs
	)

inline

Here is the call graph for this function:

◆ operator>()

bool hgps::operator>	(	const MappingEntry &	lhs,
		const MappingEntry &	rhs
	)

inline

Here is the call graph for this function:

◆ parse_fiscal_impact_type()

FiscalImpactType hgps::parse_fiscal_impact_type ( std::string impact_type )

Here is the call graph for this function:

Here is the caller graph for this function:

◆ weight_category_to_string()

std::string hgps::weight_category_to_string ( WeightCategory value )

Converts a WeightCategory to a string representation.

Parameters

value Enumeration value to convert

Returns: The equivalent string

Exceptions

std::invalid_argument for unknown weight category value.

Variable Documentation

◆ DALY_UNITS

constexpr double hgps::DALY_UNITS = 100'000.0

inlineconstexpr

DALYs result unit conversion constant.

◆ FOP_NO_EFFECT

constexpr int hgps::FOP_NO_EFFECT = -2

inlineconstexpr

Food labelling: the entity qualify but is not affected by the policy identifier.

◆ InterceptKey

const core::Identifier hgps::InterceptKey = core::Identifier{"intercept"}

inline

The constant in the regression model presentation identifier.

◆ MARKETING_FORMER

constexpr int hgps::MARKETING_FORMER = -2

inlineconstexpr

Dynamic marketing: Previous applied the intervention status identifier.

◆ MARKETING_NEVER

constexpr int hgps::MARKETING_NEVER = -1

inlineconstexpr

Dynamic marketing: Never applied the intervention status identifier.

◆ PA_CHILD_EFFECT

constexpr int hgps::PA_CHILD_EFFECT = -1

inlineconstexpr

Physical activity: children effect identifier.

◆ PA_NO_EFFECT

constexpr int hgps::PA_NO_EFFECT = -2

inlineconstexpr

Physical activity: no-effect identifier.

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

◆ BaselineAdjustmentMessage

◆ case_insensitive_map

◆ DoubleAgeGenderTable

◆ DoubleGenderValue

◆ ElapsedTime

◆ FactorAdjustmentTable

◆ FloatAgeGenderTable

◆ FloatGenderValue

◆ IntegerAgeGenderTable

◆ IntegerGenderValue

◆ LmsDataset

◆ Mortality

◆ NetImmigrationMessage

◆ ParameterLookup

◆ RelativeRiskLookupMap

◆ RelativeRiskTableMap

◆ ResidualMortalityMessage

◆ SyncChannel

Enumeration Type Documentation

◆ DiseaseStatus

◆ EventType

◆ FiscalImpactType

◆ HierarchicalModelType

◆ ModelAction

◆ PolicyImpactType

◆ RunnerAction

◆ ScenarioType

◆ SimulationModuleType

◆ WeightCategory

Function Documentation

◆ build_analysis_module()

◆ build_disease_module()

◆ build_population_module()

◆ build_risk_factor_module() [1/2]

◆ build_risk_factor_module() [2/2]

◆ build_ses_noise_module() [1/2]

◆ build_ses_noise_module() [2/2]

◆ create_age_gender_table()

◆ create_integer_gender_table()

◆ get_default_disease_model_registry()

◆ get_default_simulation_module_factory()

◆ is_strict_monotonic()

◆ make_finally()

◆ operator<()

◆ operator>()

◆ parse_fiscal_impact_type()

◆ weight_category_to_string()

Variable Documentation

◆ DALY_UNITS

◆ FOP_NO_EFFECT

◆ InterceptKey

◆ MARKETING_FORMER

◆ MARKETING_NEVER

◆ PA_CHILD_EFFECT

◆ PA_NO_EFFECT