Module for the DVCS process using the Belitsky-Müller set of formulas. More...

Inheritance diagram for PARTONS::DVCSProcessBMJ12:

Public Member Functions
	DVCSProcessBMJ12 (const std::string &className)
	Constructor. More...

virtual	~DVCSProcessBMJ12 ()
	Default destructor. More...

virtual DVCSProcessBMJ12 *	clone () const
	Virtual clone function to allow the factory to clone all derived members object stored in the BaseObjectRegistry. More...

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

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

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

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 DVCSObservableResult	compute (double beamHelicity, double beamCharge, NumA::Vector3D targetPolarization, const DVCSObservableKinematic &kinematic, const List< GPDType > &gpdType=List< GPDType >())

virtual List< GPDType >	getListOfAvailableGPDTypeForComputation () const
	Must be implemented in child class. More...

DVCSObservableResult	compute (double beamHelicity, double beamCharge, NumA::Vector3D targetPolarization, const DVCSObservableKinematic &kinematic, const List< GPDType > &gpdType, VCSSubProcessType::Type processType)
	Computes the differential cross-section. More...

virtual void	resetPreviousKinematic ()
	Reset previous kinematics. More...

bool	isPreviousCCFKinematicDifferent (const DVCSConvolCoeffFunctionKinematic &kinematic) const
	Check if this kinematics is different than the previous one. More...

DVCSScalesModule *	getScaleModule () const
	Get scale module. More...

void	setScaleModule (DVCSScalesModule *pScaleModule)
	Set scale module. More...

DVCSXiConverterModule *	getXiConverterModule () const
	Get xi converter module. More...

void	setXiConverterModule (DVCSXiConverterModule *pXiConverterModule)
	Set xi converted module. More...

DVCSConvolCoeffFunctionModule *	getConvolCoeffFunctionModule () const
	Get CCF module;. More...

void	setConvolCoeffFunctionModule (DVCSConvolCoeffFunctionModule *pConvolCoeffFunctionModule)
	Set CCF module. More...

void	setConvolCoeffFunction (const DVCSConvolCoeffFunctionKinematic &kin, const DVCSConvolCoeffFunctionResult &result)
	Set manually CFFs. More...

Public Member Functions inherited from PARTONS::ProcessModule< DVCSObservableKinematic, DVCSObservableResult >
virtual	~ProcessModule ()
	Destructor. More...

bool	isCCFModuleDependent () const
	Check if this process module depends on a CCF module. More...

void	setIsCCFModuleDependent (bool isCCFModuleDependent)
	Set if this process module depends on a CCF 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)

Static Public Attributes
static const unsigned int	classId
	Unique ID to automatically register the class in the registry. More...

Static Public Attributes inherited from PARTONS::DVCSProcessModule
static const std::string	DVCS_PROCESS_MODULE_CLASS_NAME
	Type of the module in XML automation. More...

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

Protected Member Functions
	DVCSProcessBMJ12 (const DVCSProcessBMJ12 &other)
	Copy constructor. More...

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

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

virtual PhysicalType< double >	CrossSectionBH ()
	Bethe-Heitler differential cross section. More...

virtual PhysicalType< double >	CrossSectionVCS ()
	Virtual Compton Scattering differential cross section. More...

virtual PhysicalType< double >	CrossSectionInterf ()
	Interference differential cross section. More...

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

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

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

virtual void	setExperimentalConditions (double beamHelicity, double beamCharge, NumA::Vector3D targetPolarization)

void	computeConvolCoeffFunction (const DVCSObservableKinematic &kinematic, const List< GPDType > &gpdType=List< GPDType >())
	Compute CCF for a given kinematics. More...

std::complex< double >	getConvolCoeffFunctionValue (GPDType::Type gpdType)
	Gives back a previously computed Compton Form Factor. More...

Protected Member Functions inherited from PARTONS::ProcessModule< DVCSObservableKinematic, DVCSObservableResult >
	ProcessModule (const std::string &className, ChannelType::Type channelType)
	Constructor. More...

	ProcessModule (const ProcessModule &other)
	Copy constructor. 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...

Private Member Functions
void	defineAngles (const NumA::Vector3D &targetPolarization)
	Defines the BMK angles. Conversion to the BMK convention. More...

void	computeFormFactors ()
	Compute F1 and F2 form factors. More...

void	computeFourierCoeffsBH ()
	Computes c_BH and s_BH. More...

void	computeFourierCoeffsVCS ()
	Computes c_VCS and s_VCS. More...

void	computeAngularCoeffsInterf ()
	Computes C_ab(n), S_ab(n), etc. More...

void	computeFourierCoeffsInterf ()
	Computes c_I and s_I. More...

std::complex< double >	CFF (GPDType::Type F, int a, int b)
	Method that gives F+b and F0+ already calculated. More...

void	computeCFFs ()
	Computes CFFS F+b and F0+. More...

std::complex< double >	C_VCS (unsigned int S, int a1, int b1, int a2, int b2)
	Method that gives the VCS coefficient bilinear in the CFFs. More...

std::complex< double >	C_VCS (unsigned int S, int a1, int b1, int a2, int b2, int a3, int b3)

std::complex< double >	C_VCS (unsigned int S, int a1, int b1, int a2, int b2, int a3, int b3, int a4, int b4)

std::complex< double >	C_I (unsigned int S, int a, int b, const std::string &VA)
	Method that gives the Interference coefficient linear in the CFFs. More...

std::complex< double >	C_I (unsigned int S, unsigned int n, int a, int b)
	Method that gives the "effective" linear combinations of CFFs. More...

std::complex< double >	S_I (unsigned int S, unsigned int n, int a, int b)
	Method that gives the "effective" linear combinations of CFFs. More...

double	SqrAmplBH (double beamHelicity, double beamCharge, NumA::Vector3D targetPolarization)
	Returns the squared amplitude of Bethe Heitler process. More...

double	SqrAmplVCS (double beamHelicity, double beamCharge, NumA::Vector3D targetPolarization)
	Returns the squared amplitude of VCS process. More...

double	SqrAmplInterf (double beamHelicity, double beamCharge, NumA::Vector3D targetPolarization)
	Returns the interference term of the squared amplitude. More...

Private Attributes
double	m_phi1BMK
	Angle small phi of BMK (between electron and outgoing proton). More...

double	m_phi2BMK
	Angle small phi of BMK (between target polarization and outgoing proton). More...

double	m_PhiBMK
	Angle capital Phi of BMK (between electron and target polarization). More...

double	m_theta
	Polarization angle of target. More...

double	m_Lambda
	Longitudinal polarization of target. More...

double	m_lambda
	Lepton helicity. More...

double	m_phaseSpace
	Phase-space factor. More...

double	m_xB2
	Square of xB. More...

std::vector< double >	m_Q
	Square root of virtuality Q2. More...

std::vector< double >	m_xBtQ2

std::vector< double >	m_M
	Proton mass. More...

std::vector< double >	m_yBMJ
	Lepton energy fraction. More...

std::vector< double >	m_epsilonBMJ
	m_epsilon[0] = epsilon, m_epsilon[1] = epsilon^2, etc... More...

std::vector< double >	m_epsroot
	sqrt(1+epsilon^2) More...

std::vector< double >	m_K

std::vector< double >	m_Kt
	Kinematical factors K and K tilde. More...

std::vector< double >	m_Delta2
	Mandelstam variable t. More...

double	m_P1

double	m_P2
	Lepton propagators. More...

double	m_F1

double	m_F2
	Dirac and Pauli form factors. More...

std::vector< std::vector< double > >	m_cBH
	Fourier coeffs of the BH squared amplitude. More...

double	m_s1BHTP
	BH Fourier coeff s1 TP. More...

std::vector< std::vector< double > >	m_cVCS
	Fourier coeffs (cosinus) of the VCS squared amplitude. More...

std::vector< std::vector< double > >	m_sVCS
	Fourier coeffs (sinus) of the VCS squared amplitude. More...

std::vector< std::vector< double > >	m_cI
	Fourier coeffs (cosinus) of the Interference term. More...

std::vector< std::vector< double > >	m_sI
	Fourier coeffs (sinus) of the Interference term. More...

std::vector< std::vector< std::vector< double > > >	m_C
	Angular coeffs \( C_ab(n) \), \( dC_ab(n) \), \( S_ab(n) \), \( dS_ab(n) \) . More...

std::vector< std::vector< std::vector< double > > >	m_S

std::vector< std::vector< std::vector< double > > >	m_dC

std::vector< std::vector< std::vector< double > > >	m_dS

std::vector< std::vector< double > >	m_cF
	Coefficients used for computing F+b and F0+. More...

std::vector< std::vector< std::complex< double > > >	m_CFF
	Array that stores the CFFs F+b and F0+. More...

Additional Inherited Members
Protected Attributes inherited from PARTONS::DVCSProcessModule
double	m_xB
	Bjorken variable. More...

double	m_t
	Mandelstam variable (square of the 4-momentum transferm in GeV2). More...

double	m_Q2
	Virtuality of the incoming photon (in GeV2). More...

double	m_E
	Beam energy in target rest frame (in GeV). More...

double	m_phi
	Angle between leptonic and hadronic plane (in radians, Trento convention). More...

double	m_beamHelicity
	Beam helicity. More...

double	m_beamCharge
	Beam charge. More...

NumA::Vector3D	m_targetPolarization
	Target polarization. More...

double	m_tmin
	Minimal value of t. More...

double	m_tmax
	Maximal value of t. More...

double	m_xBmin
	Minimal value of xB. More...

double	m_y
	Lepton energy fraction. More...

double	m_epsilon
	\( \epsilon = \frac{2 x_B M}{Q} \). More...

DVCSScalesModule *	m_pScaleModule
	Pointer to the underlying scale module. More...

DVCSXiConverterModule *	m_pXiConverterModule
	Pointer to the underlying xi converter module. More...

DVCSConvolCoeffFunctionModule *	m_pConvolCoeffFunctionModule
	Pointer to the underlying CCF module. More...

DVCSConvolCoeffFunctionResult	m_dvcsConvolCoeffFunctionResult
	Stored Compton Form Factor result. More...

DVCSConvolCoeffFunctionKinematic	m_lastCCFKinematics
	Last Compton Form Factor kinematics. More...

Protected Attributes inherited from PARTONS::ProcessModule< DVCSObservableKinematic, DVCSObservableResult >
bool	m_isCCFModuleDependent
	Boolean (true if this Process module depends on a CCF module). More...

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

Detailed Description

Module for the DVCS process using the Belitsky-Müller set of formulas.

Code based on the published papers:

arxiv:hep-ph/0112108 [3] for the BH amplitude ;
arxiv:1212.6674 [4] for the DVCS amplitude and interference.

Constructor & Destructor Documentation

◆ DVCSProcessBMJ12() [1/2]

PARTONS::DVCSProcessBMJ12::DVCSProcessBMJ12 ( const std::string & className )

Constructor.

See BaseObject::BaseObject and ModuleObject::ModuleObject for more details.

Parameters

className name of child class.

◆ ~DVCSProcessBMJ12()

PARTONS::DVCSProcessBMJ12::~DVCSProcessBMJ12 ( )

virtual

Default destructor.

◆ DVCSProcessBMJ12() [2/2]

PARTONS::DVCSProcessBMJ12::DVCSProcessBMJ12 ( const DVCSProcessBMJ12 & other )

protected

Copy constructor.

Used by the factory.

Parameters

other

Member Function Documentation

◆ C_I() [1/2]

std::complex< double > PARTONS::DVCSProcessBMJ12::C_I	(	unsigned int	S,
		int	a,
		int	b,
		const std::string &	VA
	)

private

Method that gives the Interference coefficient linear in the CFFs.

Parameters

S	0=unp, 1=LP, 2=TP+, 3=TP-.
VA	can be "V" or "A" or "".

◆ C_I() [2/2]

std::complex< double > PARTONS::DVCSProcessBMJ12::C_I	(	unsigned int	S,
		unsigned int	n,
		int	a,
		int	b
	)

private

Method that gives the "effective" linear combinations of CFFs.

Corresponds to Eqs. (68-69) but multiplied by the coefficient \( C_{ab}(n) \) to avoid divisions by zero.

Parameters

S	0=unp, 1=LP, 2=TP+, 3=TP-.
n
a
b

Returns: \( {\cal C}_{ab,S}(n|Fab) \times C_{ab}(n) \)

◆ C_VCS() [1/3]

std::complex< double > PARTONS::DVCSProcessBMJ12::C_VCS	(	unsigned int	S,
		int	a1,
		int	b1,
		int	a2,
		int	b2
	)

private

Method that gives the VCS coefficient bilinear in the CFFs.

Parameters

S	0=unp, 1=LP, 2=TP+, 3=TP-

◆ C_VCS() [2/3]

std::complex< double > PARTONS::DVCSProcessBMJ12::C_VCS	(	unsigned int	S,
		int	a1,
		int	b1,
		int	a2,
		int	b2,
		int	a3,
		int	b3
	)

private

◆ C_VCS() [3/3]

std::complex< double > PARTONS::DVCSProcessBMJ12::C_VCS	(	unsigned int	S,
		int	a1,
		int	b1,
		int	a2,
		int	b2,
		int	a3,
		int	b3,
		int	a4,
		int	b4
	)

private

◆ CFF()

std::complex< double > PARTONS::DVCSProcessBMJ12::CFF	(	GPDType::Type	F,
		int	a,
		int	b
	)

private

Method that gives F+b and F0+ already calculated.

◆ clone()

DVCSProcessBMJ12 * PARTONS::DVCSProcessBMJ12::clone ( ) const

virtual

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

Returns

Implements PARTONS::DVCSProcessModule.

◆ computeAngularCoeffsInterf()

void PARTONS::DVCSProcessBMJ12::computeAngularCoeffsInterf ( )

private

Computes C_ab(n), S_ab(n), etc.

◆ computeCFFs()

void PARTONS::DVCSProcessBMJ12::computeCFFs ( )

private

Computes CFFS F+b and F0+.

◆ computeFormFactors()

void PARTONS::DVCSProcessBMJ12::computeFormFactors ( )

private

Compute F1 and F2 form factors.

◆ computeFourierCoeffsBH()

void PARTONS::DVCSProcessBMJ12::computeFourierCoeffsBH ( )

private

Computes c_BH and s_BH.

◆ computeFourierCoeffsInterf()

void PARTONS::DVCSProcessBMJ12::computeFourierCoeffsInterf ( )

private

Computes c_I and s_I.

◆ computeFourierCoeffsVCS()

void PARTONS::DVCSProcessBMJ12::computeFourierCoeffsVCS ( )

private

Computes c_VCS and s_VCS.

◆ CrossSectionBH()

PhysicalType< double > PARTONS::DVCSProcessBMJ12::CrossSectionBH ( )

protectedvirtual

Bethe-Heitler differential cross section.

Reimplemented from PARTONS::DVCSProcessModule.

◆ CrossSectionInterf()

PhysicalType< double > PARTONS::DVCSProcessBMJ12::CrossSectionInterf ( )

protectedvirtual

Interference differential cross section.

Reimplemented from PARTONS::DVCSProcessModule.

◆ CrossSectionVCS()

PhysicalType< double > PARTONS::DVCSProcessBMJ12::CrossSectionVCS ( )

protectedvirtual

Virtual Compton Scattering differential cross section.

Reimplemented from PARTONS::DVCSProcessModule.

◆ defineAngles()

void PARTONS::DVCSProcessBMJ12::defineAngles ( const NumA::Vector3D & targetPolarization )

private

Defines the BMK angles. Conversion to the BMK convention.

◆ initModule()

void PARTONS::DVCSProcessBMJ12::initModule ( )

protectedvirtual

Pure virtual function that provides skeleton for module initialization.

Children must define and override it.

Reimplemented from PARTONS::DVCSProcessModule.

◆ isModuleWellConfigured()

void PARTONS::DVCSProcessBMJ12::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::DVCSProcessModule.

◆ S_I()

std::complex< double > PARTONS::DVCSProcessBMJ12::S_I	(	unsigned int	S,
		unsigned int	n,
		int	a,
		int	b
	)

private

Method that gives the "effective" linear combinations of CFFs.

Corresponds to Eqs. (68-69) but multiplied by the coefficient \( S_{ab}(n) \) to avoid divisions by zero.

Parameters

S	0=unp, 1=LP, 2=TP+, 3=TP-.
n
a
b

Returns: \( {\cal S}_{ab,S}(n|Fab) \times S_{ab}(n) \)

◆ SqrAmplBH()

double PARTONS::DVCSProcessBMJ12::SqrAmplBH	(	double	beamHelicity,
		double	beamCharge,
		NumA::Vector3D	targetPolarization
	)

private

Returns the squared amplitude of Bethe Heitler process.

◆ SqrAmplInterf()

double PARTONS::DVCSProcessBMJ12::SqrAmplInterf	(	double	beamHelicity,
		double	beamCharge,
		NumA::Vector3D	targetPolarization
	)

private

Returns the interference term of the squared amplitude.

◆ SqrAmplVCS()

double PARTONS::DVCSProcessBMJ12::SqrAmplVCS	(	double	beamHelicity,
		double	beamCharge,
		NumA::Vector3D	targetPolarization
	)

private

Returns the squared amplitude of VCS process.

Member Data Documentation

◆ classId

const unsigned int PARTONS::DVCSProcessBMJ12::classId

static

Initial value:

=
        BaseObjectRegistry::getInstance()->registerBaseObject(
                new DVCSProcessBMJ12("DVCSProcessBMJ12"))

Unique ID to automatically register the class in the registry.

◆ m_C

std::vector<std::vector<std::vector<double> > > PARTONS::DVCSProcessBMJ12::m_C

private

Angular coeffs \( C_ab(n) \), \( dC_ab(n) \), \( S_ab(n) \), \( dS_ab(n) \) .

1st index: [0]=C++, [1]=C-+, [2]=C0+.
2nd index: [0]=not, [1]=V, [2]=A.
3rd index: n

◆ m_cBH

std::vector<std::vector<double> > PARTONS::DVCSProcessBMJ12::m_cBH

private

Fourier coeffs of the BH squared amplitude.

1st index: [0]=unp, [1]=LP, [2]=TP.
2nd index: [0]=c0, [1]=c1, [2]=c2.

◆ m_cF

std::vector<std::vector<double> > PARTONS::DVCSProcessBMJ12::m_cF

private

Coefficients used for computing F+b and F0+.

1st index: [0] = F++, [1] = F+-, [2] = F0+.
2nd index: [0]: F coeff, [1]: FT coeff, [2]: FLT coeff.

◆ m_CFF

std::vector<std::vector<std::complex<double> > > PARTONS::DVCSProcessBMJ12::m_CFF

private

Array that stores the CFFs F+b and F0+.

1st index: [0] = H, [1] = E, [2] = Ht, [3] = Et.
2nd index: [0] = F++, [1] = F+-, [2] = F0+.

◆ m_cI

std::vector<std::vector<double> > PARTONS::DVCSProcessBMJ12::m_cI

private

Fourier coeffs (cosinus) of the Interference term.

1st index: [0]=unp, [1]=LP, [2]=TP.
2nd index: [0]=c0, [1]=c1, [2]=c2, [3]=c3.

◆ m_cVCS

std::vector<std::vector<double> > PARTONS::DVCSProcessBMJ12::m_cVCS

private

Fourier coeffs (cosinus) of the VCS squared amplitude.

1st index: [0]=unp, [1]=LP, [2]=TP.
2nd index: [0]=c0, [1]=c1, [2]=c2.

◆ m_dC

std::vector<std::vector<std::vector<double> > > PARTONS::DVCSProcessBMJ12::m_dC

private

◆ m_Delta2

std::vector<double> PARTONS::DVCSProcessBMJ12::m_Delta2

private

Mandelstam variable t.

m_Delta2[0] = t, m_Delta2[1] = Delta^4 = t^2, etc...

◆ m_dS

std::vector<std::vector<std::vector<double> > > PARTONS::DVCSProcessBMJ12::m_dS

private

◆ m_epsilonBMJ

std::vector<double> PARTONS::DVCSProcessBMJ12::m_epsilonBMJ

private

m_epsilon[0] = epsilon, m_epsilon[1] = epsilon^2, etc...

◆ m_epsroot

std::vector<double> PARTONS::DVCSProcessBMJ12::m_epsroot

private

sqrt(1+epsilon^2)

◆ m_F1

double PARTONS::DVCSProcessBMJ12::m_F1

private

◆ m_F2

double PARTONS::DVCSProcessBMJ12::m_F2

private

Dirac and Pauli form factors.

◆ m_K

std::vector<double> PARTONS::DVCSProcessBMJ12::m_K

private

◆ m_Kt

std::vector<double> PARTONS::DVCSProcessBMJ12::m_Kt

private

Kinematical factors K and K tilde.

m_K[0] = K, m_K[1] = K^2, etc...

◆ m_Lambda

double PARTONS::DVCSProcessBMJ12::m_Lambda

private

Longitudinal polarization of target.

◆ m_lambda

double PARTONS::DVCSProcessBMJ12::m_lambda

private

Lepton helicity.

◆ m_M

std::vector<double> PARTONS::DVCSProcessBMJ12::m_M

private

Proton mass.

m_M[0] = M, m_M[1] = M^2, etc...

◆ m_P1

double PARTONS::DVCSProcessBMJ12::m_P1

private

◆ m_P2

double PARTONS::DVCSProcessBMJ12::m_P2

private

Lepton propagators.

◆ m_phaseSpace

double PARTONS::DVCSProcessBMJ12::m_phaseSpace

private

Phase-space factor.

◆ m_phi1BMK

double PARTONS::DVCSProcessBMJ12::m_phi1BMK

private

Angle small phi of BMK (between electron and outgoing proton).

◆ m_phi2BMK

double PARTONS::DVCSProcessBMJ12::m_phi2BMK

private

Angle small phi of BMK (between target polarization and outgoing proton).

◆ m_PhiBMK

double PARTONS::DVCSProcessBMJ12::m_PhiBMK

private

Angle capital Phi of BMK (between electron and target polarization).

◆ m_Q

std::vector<double> PARTONS::DVCSProcessBMJ12::m_Q

private

Square root of virtuality Q2.

m_Q[0] = Q, m_Q[1] = Q^2, etc...

◆ m_S

std::vector<std::vector<std::vector<double> > > PARTONS::DVCSProcessBMJ12::m_S

private

◆ m_s1BHTP

double PARTONS::DVCSProcessBMJ12::m_s1BHTP

private

BH Fourier coeff s1 TP.

◆ m_sI

std::vector<std::vector<double> > PARTONS::DVCSProcessBMJ12::m_sI

private

Fourier coeffs (sinus) of the Interference term.

1st index: [0]=unp, [1]=LP, [2]=TP.
2nd index: [0]=0., [1]=s1, [2]=s2, [3]=s3.

◆ m_sVCS

std::vector<std::vector<double> > PARTONS::DVCSProcessBMJ12::m_sVCS

private

Fourier coeffs (sinus) of the VCS squared amplitude.

1st index: [0]=unp, [1]=LP, [2]=TP.
2nd index: [0]=0., [1]=s1, [2]=s2.

◆ m_theta

double PARTONS::DVCSProcessBMJ12::m_theta

private

Polarization angle of target.

◆ m_xB2

double PARTONS::DVCSProcessBMJ12::m_xB2

private

Square of xB.

◆ m_xBtQ2

std::vector<double> PARTONS::DVCSProcessBMJ12::m_xBtQ2

private

◆ m_yBMJ

std::vector<double> PARTONS::DVCSProcessBMJ12::m_yBMJ

private

Lepton energy fraction.

m_y[0] = y, m_y[1] = y^2, etc...

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

include/partons/modules/process/DVCS/DVCSProcessBMJ12.h
src/partons/modules/process/DVCS/DVCSProcessBMJ12.cpp

Public Member Functions

Static Public Attributes

Protected Member Functions

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ DVCSProcessBMJ12() [1/2]

◆ ~DVCSProcessBMJ12()

◆ DVCSProcessBMJ12() [2/2]

Member Function Documentation

◆ C_I() [1/2]

◆ C_I() [2/2]

◆ C_VCS() [1/3]

◆ C_VCS() [2/3]

◆ C_VCS() [3/3]

◆ CFF()

◆ clone()

◆ computeAngularCoeffsInterf()

◆ computeCFFs()

◆ computeFormFactors()

◆ computeFourierCoeffsBH()

◆ computeFourierCoeffsInterf()

◆ computeFourierCoeffsVCS()

◆ CrossSectionBH()

◆ CrossSectionInterf()

◆ CrossSectionVCS()

◆ defineAngles()

◆ initModule()

◆ isModuleWellConfigured()

◆ S_I()

◆ SqrAmplBH()

◆ SqrAmplInterf()

◆ SqrAmplVCS()

Member Data Documentation

◆ classId

◆ m_C

◆ m_cBH

◆ m_cF

◆ m_CFF

◆ m_cI

◆ m_cVCS

◆ m_dC

◆ m_Delta2

◆ m_dS

◆ m_epsilonBMJ

◆ m_epsroot

◆ m_F1

◆ m_F2

◆ m_K

◆ m_Kt

◆ m_Lambda

◆ m_lambda

◆ m_M

◆ m_P1

◆ m_P2

◆ m_phaseSpace

◆ m_phi1BMK

◆ m_phi2BMK

◆ m_PhiBMK

◆ m_Q

◆ m_S

◆ m_s1BHTP

◆ m_sI

◆ m_sVCS

◆ m_theta

◆ m_xB2

◆ m_xBtQ2

◆ m_yBMJ