The proposition of the scalar di-quark model (SDQM) in the context of GPDs back to the Jakob-Mulders-Rodrigues paper hep-ph/9704335 [14]. More...

Inheritance diagram for PARTONS::GPDHM18:

Public Member Functions
	GPDHM18 (const std::string &className)
	Default constructor. More...

virtual	~GPDHM18 ()
	Destructor. More...

virtual GPDHM18 *	clone () const
	Virtual clone function to allow the factory to clone all derived members object stored in the BaseObjectRegistry. More...

virtual void	resolveObjectDependencies ()
	Because of the initialization step order of the program, objects are registered in a total random order and some objects depend on others. More...

virtual void	configure (const ElemUtils::Parameters &parameters)
	Provides a generic method to configure all types of modules by passing a Parameters object. More...

Public Member Functions inherited from PARTONS::GPDModule
virtual	~GPDModule ()
	Destructor. More...

virtual std::string	toString () const
	Return a pre-formatted characters string for output visualization of class member's values. More...

virtual void	run ()

virtual void	prepareSubModules (const std::map< std::string, BaseObjectData > &subModulesData)
	Method used in automation to prepare all the modules used by this current module and configure them recursively. More...

virtual PartonDistribution	compute (const GPDKinematic &kinematic, GPDType::Type gpdType)
	Virtual method, computes GPD with some input parameters. More...

virtual GPDResult	compute (const GPDKinematic &kinematic, const List< GPDType > &gpdType=List< GPDType >())
	Virtual method, computes GPD with some input parameters. More...

List< GPDType >	getListOfAvailableGPDTypeForComputation () const
	Get list of available GPDTypes in the model considered. More...

virtual PartonDistribution	computeHTrans ()
	This method can be implemented in the child class if the GPD HTrans is available to compute. More...

virtual PartonDistribution	computeETrans ()
	This method can be implemented in the child class if the GPD ETrans is available to compute. More...

virtual PartonDistribution	computeHtTrans ()
	This method can be implemented in the child class if the GPD HtTrans is available to compute. More...

virtual PartonDistribution	computeEtTrans ()
	This method can be implemented in the child class if the GPD EtTrans is available to compute. More...

virtual PartonDistribution	computeH3p ()
	This method can be implemented in the child class if the GPD H3p is available to compute. More...

virtual PartonDistribution	computeE3p ()
	This method can be implemented in the child class if the GPD E3p is available to compute. More...

virtual PartonDistribution	computeHt3p ()
	This method can be implemented in the child class if the GPD Ht3p is available to compute. More...

virtual PartonDistribution	computeEt3p ()
	This method can be implemented in the child class if the GPD Et3p is available to compute. More...

virtual PartonDistribution	computeH3m ()
	This method can be implemented in the child class if the GPD H3m is available to compute. More...

virtual PartonDistribution	computeE3m ()
	This method can be implemented in the child class if the GPD E3m is available to compute. More...

virtual PartonDistribution	computeHt3m ()
	This method can be implemented in the child class if the GPD Ht3m is available to compute. More...

virtual PartonDistribution	computeEt3m ()
	This method can be implemented in the child class if the GPD Et3m is available to compute. More...

virtual PartonDistribution	computeEbarTrans ()
	This method can be implemented in the child class if the GPD EbarTrans is available to compute. More...

double	getMuF2Ref () const
	Get reference factorization scale used by the GPD model before evolution. More...

const GPDEvolutionModule *	getEvolQcdModule () const
	Set underlying GPD Evolution module. More...

void	setEvolQcdModule (GPDEvolutionModule *pEvolQcdModule)
	Get underlying GPD Evolution module. More...

const CollinearDistributionModule *	getPDFModule () const
	Set underlying PDF module. More...

void	setPDFModule (CollinearDistributionModule *pPDFModule)
	Get underlying PDF module. More...

Public Member Functions inherited from PARTONS::ModuleObject
	ModuleObject (const std::string &className, ChannelType::Type channelType)
	Constructor. More...

virtual	~ModuleObject ()
	Default destructor. More...

unsigned int	getReferenceModuleId () const
	Get reference module id. More...

void	setReferenceModuleId (unsigned int referenceModuleId)
	Set reference module id. More...

ChannelType::Type	getChannelType () const
	Get channel type. More...

Public Member Functions inherited from PARTONS::BaseObject
	BaseObject (const std::string &className)
	Constructor. More...

virtual	~BaseObject ()
	Default destructor. More...

void	serialize (ElemUtils::Packet &packet) const
	Used to split a complex C++ object into a concatenation of simple types. More...

void	unserialize (ElemUtils::Packet &packet)
	Used to rebuild a complex C++ object from a concatenation of simple type. More...

bool	operator< (const BaseObject &other) const
	Overload of < operator to sort BaseObject object by its indexId value. More...

const std::string &	getClassName () const

unsigned int	getObjectId () const

int	getIndexId () const

void	setIndexId (int indexId)

Public Member Functions inherited from PARTONS::MathIntegratorModule
	MathIntegratorModule ()
	Default constructor. More...

virtual	~MathIntegratorModule ()
	Default destructor. More...

Static Public Attributes
static const std::string	PARAMETER_NAME_HM18MODEL_M = "HM18MODEL_M"
	Name of parameter to set m_M via configure() More...

static const std::string	PARAMETER_NAME_HM18MODEL_m = "HM18MODEL_m"
	Name of parameter to set m_m via configure() More...

static const std::string	PARAMETER_NAME_HM18MODEL_lambda = "HM18MODEL_lambda"
	Name of parameter to set m_lambda via configure() More...

static const std::string	PARAMETER_NAME_HM18MODEL_p = "HM18MODEL_p"
	Name of parameter to set m_p via configure() More...

static const unsigned int	classId
	ID assigned by BaseObjectRegistry. More...

Static Public Attributes inherited from PARTONS::GPDModule
static const std::string	GPD_MODULE_CLASS_NAME = "GPDModule"
	Type of the module in XML automation. More...

Static Public Attributes inherited from PARTONS::ModuleObject
static const std::string	CLASS_NAME = "className"

Static Public Attributes inherited from PARTONS::MathIntegratorModule
static const std::string	PARAM_NAME_INTEGRATOR_TYPE
	Parameter used in configureIntegrator() or XML automation to set the type of integrator. More...

Protected Member Functions
	GPDHM18 (const GPDHM18 &other)
	Copy constructor. More...

virtual void	isModuleWellConfigured ()
	Pure virtual function that provides skeleton to check if the module is well initialized and configured. More...

virtual void	initModule ()
	Pure virtual function that provides skeleton for module initialization. More...

virtual PartonDistribution	computeH ()
	This method can be implemented in the child class if the GPD H is available to compute. More...

virtual PartonDistribution	computeHt ()
	This method can be implemented in the child class if the GPD Ht is available to compute. More...

virtual PartonDistribution	computeE ()
	This method can be implemented in the child class if the GPD E is available to compute. More...

virtual PartonDistribution	computeEt ()
	This method can be implemented in the child class if the GPD Et is available to compute. More...

Protected Member Functions inherited from PARTONS::GPDModule
	GPDModule (const std::string &className)
	Default constructor. More...

	GPDModule (const GPDModule &other)
	Copy constructor. More...

virtual void	setKinematics (const GPDKinematic &kinematic)
	Set internal kinematics. More...

void	setCurrentGPDType (GPDType::Type gpdType)
	Set current GPD type to be computed. More...

Protected Member Functions inherited from PARTONS::ModuleObject
	ModuleObject (const ModuleObject &other)

Protected Member Functions inherited from PARTONS::BaseObject
	BaseObject (const BaseObject &other)
	Copy constructor. More...

void	info (const std::string &functionName, const std::string &message) const
	Print info message into logger. More...

void	debug (const std::string &functionName, const std::string &message) const
	Print debug message into logger. More...

void	warn (const std::string &functionName, const std::string &message) const
	Print warning message into logger. More...

void	errorMissingParameter (const std::string &parameterName) const
	Use in automation process to throw exception when a parameter is missing from the XML scenario file. More...

Protected Member Functions inherited from PARTONS::MathIntegratorModule
	MathIntegratorModule (const MathIntegratorModule &other)
	Copy constructor. More...

void	setIntegrator (NumA::IntegratorType1D::Type integratorType)
	Sets a given integrator available in NumA++. More...

double	integrate (NumA::FunctionType1D *pFunction, double a, double b, std::vector< double > &parameters)
	Computes the integral of a function defined via a functor. More...

void	configureIntegrator (const ElemUtils::Parameters &parameters)
	Provides a generic method to configure all types of integration routines by passing a Parameters object. More...

NumA::Integrator1D *	getMathIntegrator ()

Private Member Functions
void	Normalize ()
	Function setting the normalization of the GPDs. More...

double	IntNorm (double y, std::vector< double > par)
	Integral given in Eq. More...

double	DD_E (double y, double z, double t)
	Double distribution function for GPD E. More...

double	IntE (double y, std::vector< double > par)
	Integrand of GPD E for xi <> 0. More...

double	IntE0 (double z, std::vector< double > par)
	Integrand of GPD E for xi == 0. More...

double	DD_H (double y, double z, double t)
	Double distribution function for GPD H. More...

double	IntH (double y, std::vector< double > par)
	Integrand of GPD H for xi <> 0. More...

double	IntH0 (double z, std::vector< double > par)
	Integrand of GPD H for xi == 0. More...

double	DD_Ht (double y, double z, double t)
	Double distribution function for GPD Ht. More...

double	IntHt (double y, std::vector< double > par)
	Integrand of GPD Ht for xi <> 0. More...

double	IntHt0 (double z, std::vector< double > par)
	Integrad of GPD Ht for xi == 0. More...

double	DD_Et (double y, double z, double t)
	Double distribution function for GPD Et. More...

double	IntEt (double y, std::vector< double > par)
	Integrand of GPD Et for xi <> 0. More...

double	evaluate (double x, NumA::FunctionType1D p_fun0, NumA::FunctionType1D p_fun)
	Evaluates GPDs using double distribution function by integrating p_fun0 or p_fun function depending on kinematics. More...

PartonDistribution	compute (NumA::FunctionType1D p_fun0, NumA::FunctionType1D p_fun)
	Computes GPDs using GPDHM18::evaluate function and creates appropriate parton distributions. More...

void	initializeFunctorsForIntegrations ()
	Initialize functors. More...

void	deleteFunctorsForIntegrations ()
	Delete functors. More...

Private Attributes
double	m_M
	Mass of the proton;. More...

double	m_m
	Mass of the active quark. More...

double	m_lambda
	Mass of the spectator. More...

double	m_p
	Parameter controlling the power. More...

double	m_N
	Normalization of the GPDs. More...

NumA::FunctionType1D *	m_pint_IntNorm
	Functor related to IntNorm. More...

NumA::FunctionType1D *	m_pint_IntE
	Functor related to IntE. More...

NumA::FunctionType1D *	m_pint_IntE0
	Functor related to IntE0. More...

NumA::FunctionType1D *	m_pint_IntH
	Functor related to IntH. More...

NumA::FunctionType1D *	m_pint_IntH0
	Functor related to IntH0. More...

NumA::FunctionType1D *	m_pint_IntHt
	Functor related to IntHt. More...

NumA::FunctionType1D *	m_pint_IntHt0
	Functor related to IntHt0. More...

NumA::FunctionType1D *	m_pint_IntEt
	Functor related to IntE for xi <> 0. More...

Additional Inherited Members
Protected Attributes inherited from PARTONS::GPDModule
std::map< GPDType::Type, PartonDistribution(GPDModule::*)()>	m_listGPDComputeTypeAvailable
	List of GPD types that can be computed by the child class. More...

std::map< GPDType::Type, PartonDistribution(GPDModule::*)()>::iterator	m_it
	Iterator. More...

double	m_x
	Longitudinal momentum fraction of the active parton. More...

double	m_xi
	Skewness. More...

double	m_t
	Mandelstam variable, momentum transfer on the hadron target. More...

double	m_MuF2
	Factorization scale squared. More...

double	m_MuR2
	Renormalization scale squared. More...

GPDType::Type	m_currentGPDComputeType
	Current GPD type. More...

double	m_MuF2_ref
	Reference factorization scale used by the GPD model before evolution. More...

GPDEvolutionModule *	m_pGPDEvolutionModule
	Pointer to the underlying GPD Evolution module. More...

CollinearDistributionModule *	m_pCollinearDistributionModule
	Pointer to the underlying PDF module. More...

Protected Attributes inherited from PARTONS::ModuleObject
ModuleObjectFactory *	m_pModuleObjectFactory
	Pointer tp module object factory. More...

Detailed Description

The proposition of the scalar di-quark model (SDQM) in the context of GPDs back to the Jakob-Mulders-Rodrigues paper hep-ph/9704335 [14].

Later, the model has been studied by Dae Sung Hwang and Dieter Mueller. The short description of the GPDs derived from this model is given in arXiv:0710.1567 [13]. In the Ref. arXiv:1407.16655 [19] full description is given.

Available GPD types: H, Ht, E, Et.

Constructor & Destructor Documentation

◆ GPDHM18() [1/2]

PARTONS::GPDHM18::GPDHM18 ( const std::string & className )

Default constructor.

Parameters

className Name of class.

Value of m_N is calculated in GPDHM18::configure using Normalize() function. In this place Normalization() function cann't be run, since it is using integration mechanism, which will be initiated not sooner that in GPDHM18::configure. In order to not to leave the value of m_N not initialize the value returned by Normalization() with initial values of model parameters has been used.

◆ ~GPDHM18()

PARTONS::GPDHM18::~GPDHM18 ( )

virtual

Destructor.

◆ GPDHM18() [2/2]

PARTONS::GPDHM18::GPDHM18 ( const GPDHM18 & other )

protected

Copy constructor.

Parameters

other Object to be copied.

Member Function Documentation

◆ clone()

GPDHM18 * PARTONS::GPDHM18::clone ( ) const

virtual

Virtual clone function to allow the factory to clone all derived members object stored in the BaseObjectRegistry.

Returns

Implements PARTONS::GPDModule.

◆ compute()

PartonDistribution PARTONS::GPDHM18::compute	(	NumA::FunctionType1D *	p_fun0,
		NumA::FunctionType1D *	p_fun
	)

private

Computes GPDs using GPDHM18::evaluate function and creates appropriate parton distributions.

Parameters

p_fun0	integrate this function if xi == 0
p_fun	integrate this function if xi <> 0

Returns: parton distributions

◆ computeE()

PartonDistribution PARTONS::GPDHM18::computeE ( )

protectedvirtual

This method can be implemented in the child class if the GPD E is available to compute.

Returns: PartonDistribution object. Contains results for each flavor of partons.

Reimplemented from PARTONS::GPDModule.

◆ computeEt()

PartonDistribution PARTONS::GPDHM18::computeEt ( )

protectedvirtual

This method can be implemented in the child class if the GPD Et is available to compute.

Returns: PartonDistribution object. Contains results for each flavor of partons.

Reimplemented from PARTONS::GPDModule.

◆ computeH()

PartonDistribution PARTONS::GPDHM18::computeH ( )

protectedvirtual

This method can be implemented in the child class if the GPD H is available to compute.

Returns: PartonDistribution object. Contains results for each flavor of partons.

Reimplemented from PARTONS::GPDModule.

◆ computeHt()

PartonDistribution PARTONS::GPDHM18::computeHt ( )

protectedvirtual

This method can be implemented in the child class if the GPD Ht is available to compute.

Returns: PartonDistribution object. Contains results for each flavor of partons.

Reimplemented from PARTONS::GPDModule.

◆ configure()

void PARTONS::GPDHM18::configure ( const ElemUtils::Parameters & parameters )

virtual

Provides a generic method to configure all types of modules by passing a Parameters object.

Parameters class represents a list of couples key/value (see Parameters class documentation for more info).

Parameters

parameters ElemUtils::Parameters object.

Reimplemented from PARTONS::GPDModule.

◆ DD_E()

double PARTONS::GPDHM18::DD_E	(	double	y,
		double	z,
		double	t
	)

private

Double distribution function for GPD E.

Definition can be found in Eqs. (18) and (19) in Ref. [13].

Parameters

y	Double distribution parameter y.
z	Double distribution parameter z.
t	Double distribution parameter t.

Returns: GPD E

◆ DD_Et()

double PARTONS::GPDHM18::DD_Et	(	double	y,
		double	z,
		double	t
	)

private

Double distribution function for GPD Et.

Definition can be found in Eqs. (4.23) and (4.27) in Ref. [19].

Parameters

y	Double distribution parameter y.
z	Double distribution parameter z.
t	Double distribution parameter t.

Returns: GPD Et

◆ DD_H()

double PARTONS::GPDHM18::DD_H	(	double	y,
		double	z,
		double	t
	)

private

Double distribution function for GPD H.

Definition can be found in Eqs. (21) and (19) in Ref. [13].

Parameters

y	Double distribution parameter y.
z	Double distribution parameter z.
t	Double distribution parameter t.

Returns: GPD H

◆ DD_Ht()

double PARTONS::GPDHM18::DD_Ht	(	double	y,
		double	z,
		double	t
	)

private

Double distribution function for GPD Ht.

Definition can be found in Eqs. (4.23) and (4.26) in Ref. [19].

Parameters

y	Double distribution parameter y.
z	Double distribution parameter z.
t	Double distribution parameter t.

Returns: GPD Ht

◆ deleteFunctorsForIntegrations()

void PARTONS::GPDHM18::deleteFunctorsForIntegrations ( )

private

Delete functors.

◆ evaluate()

double PARTONS::GPDHM18::evaluate	(	double	x,
		NumA::FunctionType1D *	p_fun0,
		NumA::FunctionType1D *	p_fun
	)

private

Evaluates GPDs using double distribution function by integrating p_fun0 or p_fun function depending on kinematics.

Parameters

x
p_fun0	integrate this function if xi == 0
p_fun	integrate this function if xi <> 0

Returns: computed GPD

◆ initializeFunctorsForIntegrations()

void PARTONS::GPDHM18::initializeFunctorsForIntegrations ( )

private

Initialize functors.

◆ initModule()

void PARTONS::GPDHM18::initModule ( )

protectedvirtual

Pure virtual function that provides skeleton for module initialization.

Children must define and override it.

Reimplemented from PARTONS::GPDModule.

◆ IntE()

double PARTONS::GPDHM18::IntE	(	double	y,
		std::vector< double >	par
	)

private

Integrand of GPD E for xi <> 0.

◆ IntE0()

double PARTONS::GPDHM18::IntE0	(	double	z,
		std::vector< double >	par
	)

private

Integrand of GPD E for xi == 0.

◆ IntEt()

double PARTONS::GPDHM18::IntEt	(	double	y,
		std::vector< double >	par
	)

private

Integrand of GPD Et for xi <> 0.

◆ IntH()

double PARTONS::GPDHM18::IntH	(	double	y,
		std::vector< double >	par
	)

private

Integrand of GPD H for xi <> 0.

◆ IntH0()

double PARTONS::GPDHM18::IntH0	(	double	z,
		std::vector< double >	par
	)

private

Integrand of GPD H for xi == 0.

◆ IntHt()

double PARTONS::GPDHM18::IntHt	(	double	y,
		std::vector< double >	par
	)

private

Integrand of GPD Ht for xi <> 0.

◆ IntHt0()

double PARTONS::GPDHM18::IntHt0	(	double	z,
		std::vector< double >	par
	)

private

Integrad of GPD Ht for xi == 0.

◆ IntNorm()

double PARTONS::GPDHM18::IntNorm	(	double	y,
		std::vector< double >	par
	)

private

Integral given in Eq.

(22) Ref. [13].

Parameters

y
par	optional parameters of integration, not used.

Returns: 1/m_N

◆ isModuleWellConfigured()

void PARTONS::GPDHM18::isModuleWellConfigured ( )

protectedvirtual

Pure virtual function that provides skeleton to check if the module is well initialized and configured.

Children must define and override it.

Reimplemented from PARTONS::GPDModule.

◆ Normalize()

void PARTONS::GPDHM18::Normalize ( )

private

Function setting the normalization of the GPDs.

Parameters

m_N	according to the Eq. (22) Ref. [13]. *

◆ resolveObjectDependencies()

void PARTONS::GPDHM18::resolveObjectDependencies ( )

virtual

Because of the initialization step order of the program, objects are registered in a total random order and some objects depend on others.

To avoid the problem of pointer resolution order, this method is called by the BaseObjectRegistery after all objects are well registered in it. See BaseObjectRegistry class documentation for more details.

Reimplemented from PARTONS::GPDModule.

Member Data Documentation

◆ classId

const unsigned int PARTONS::GPDHM18::classId

static

Initial value:

=
        BaseObjectRegistry::getInstance()->registerBaseObject(
                new GPDHM18("GPDHM18"))

ID assigned by BaseObjectRegistry.

◆ m_lambda

double PARTONS::GPDHM18::m_lambda

private

Mass of the spectator.

◆ m_M

double PARTONS::GPDHM18::m_M

private

Mass of the proton;.

◆ m_m

double PARTONS::GPDHM18::m_m

private

Mass of the active quark.

◆ m_N

double PARTONS::GPDHM18::m_N

private

Normalization of the GPDs.

◆ m_p

double PARTONS::GPDHM18::m_p

private

Parameter controlling the power.

◆ m_pint_IntE

NumA::FunctionType1D* PARTONS::GPDHM18::m_pint_IntE

private

Functor related to IntE.

◆ m_pint_IntE0

NumA::FunctionType1D* PARTONS::GPDHM18::m_pint_IntE0

private

Functor related to IntE0.

◆ m_pint_IntEt

NumA::FunctionType1D* PARTONS::GPDHM18::m_pint_IntEt

private

Functor related to IntE for xi <> 0.

◆ m_pint_IntH

NumA::FunctionType1D* PARTONS::GPDHM18::m_pint_IntH

private

Functor related to IntH.

◆ m_pint_IntH0

NumA::FunctionType1D* PARTONS::GPDHM18::m_pint_IntH0

private

Functor related to IntH0.

◆ m_pint_IntHt

NumA::FunctionType1D* PARTONS::GPDHM18::m_pint_IntHt

private

Functor related to IntHt.

◆ m_pint_IntHt0

NumA::FunctionType1D* PARTONS::GPDHM18::m_pint_IntHt0

private

Functor related to IntHt0.

◆ m_pint_IntNorm

NumA::FunctionType1D* PARTONS::GPDHM18::m_pint_IntNorm

private

Functor related to IntNorm.

◆ PARAMETER_NAME_HM18MODEL_lambda

const std::string PARTONS::GPDHM18::PARAMETER_NAME_HM18MODEL_lambda = "HM18MODEL_lambda"

static

Name of parameter to set m_lambda via configure()

◆ PARAMETER_NAME_HM18MODEL_M

const std::string PARTONS::GPDHM18::PARAMETER_NAME_HM18MODEL_M = "HM18MODEL_M"

static

Name of parameter to set m_M via configure()

◆ PARAMETER_NAME_HM18MODEL_m

const std::string PARTONS::GPDHM18::PARAMETER_NAME_HM18MODEL_m = "HM18MODEL_m"

static

Name of parameter to set m_m via configure()

◆ PARAMETER_NAME_HM18MODEL_p

const std::string PARTONS::GPDHM18::PARAMETER_NAME_HM18MODEL_p = "HM18MODEL_p"

static

Name of parameter to set m_p via configure()

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

include/partons/modules/gpd/GPDHM18.h
src/partons/modules/gpd/GPDHM18.cpp

Public Member Functions

Static Public Attributes

Protected Member Functions

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ GPDHM18() [1/2]

◆ ~GPDHM18()

◆ GPDHM18() [2/2]

Member Function Documentation

◆ clone()

◆ compute()

◆ computeE()

◆ computeEt()

◆ computeH()

◆ computeHt()

◆ configure()

◆ DD_E()

◆ DD_Et()

◆ DD_H()

◆ DD_Ht()

◆ deleteFunctorsForIntegrations()

◆ evaluate()

◆ initializeFunctorsForIntegrations()

◆ initModule()

◆ IntE()

◆ IntE0()

◆ IntEt()

◆ IntH()

◆ IntH0()

◆ IntHt()

◆ IntHt0()

◆ IntNorm()

◆ isModuleWellConfigured()

◆ Normalize()

◆ resolveObjectDependencies()

Member Data Documentation

◆ classId

◆ m_lambda

◆ m_M

◆ m_m

◆ m_N

◆ m_p

◆ m_pint_IntE

◆ m_pint_IntE0

◆ m_pint_IntEt

◆ m_pint_IntH

◆ m_pint_IntH0

◆ m_pint_IntHt

◆ m_pint_IntHt0

◆ m_pint_IntNorm

◆ PARAMETER_NAME_HM18MODEL_lambda

◆ PARAMETER_NAME_HM18MODEL_M

◆ PARAMETER_NAME_HM18MODEL_m

◆ PARAMETER_NAME_HM18MODEL_p