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PARTONS
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PARtonic Tomography Of Nucleon Software
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PARTONS
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PARtonic Tomography Of Nucleon Software
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| NElemUtils | |
| ►NLiSK | LiSK namespace |
| ►CLiSK | LiSK - Library for Evaluating Classical Polylogarithms and Li_22 |
| Cconstants | Constants |
| NNumA | |
| ►NPARTONS | |
| NConstant | Definition of useful mathematical, physical, etc. constants |
| NGPDSubtractionConstantDLMSTW21Evolution | |
| NGPDSubtractionConstantDLMSTW21Replicas | |
| CBaseObject | BaseObject is the ”zeroth-level-object” of the architecture |
| CBaseObjectFactory | Provides a clone (returned as a BaseObject pointer) of an object identified by its class name and previously stored in the BaseObjectRegistry |
| CBaseObjectRegistry | The Registry is the analog of a phonebook, which lists all available objects (modules or services most of the time) identified by a unique integer identifier or by a unique string (class name) for translation |
| CActiveFlavorsThresholds | Interval of factorization scale with fixed number of flavors |
| CBaseObjectData | Container to store data to be used by base objects |
| CScenario | Class representing single scenario |
| CTask | Class representing single task |
| CChannelType | Definition of enumeration values for channels |
| CCollinearDistributionKinematic | Class representing a single collinear-distribution kinematics |
| CCollinearDistributionResult | Class representing single result of a collinear-distribution computation |
| CCollinearDistributionType | Definition of enumeration values for collinear distribution types |
| CComputation | Class to store computation information |
| CConvolCoeffFunctionKinematic | Abstract class representing single CCF kinematics |
| CConvolCoeffFunctionResult | Abstract class representing a single result of CCF computation |
| CDDVCSConvolCoeffFunctionKinematic | Class representing single CCF kinematics for DDVCS process |
| CDDVCSConvolCoeffFunctionResult | Class representing single result of DDVCS CFF computation |
| CDVCSConvolCoeffFunctionKinematic | Class representing single CCF kinematics for DVCS process |
| CDVCSConvolCoeffFunctionResult | Class representing single result of DVCS CFF computation |
| CDVMPConvolCoeffFunctionKinematic | Class representing single CCF kinematics for DVMP process |
| CDVMPConvolCoeffFunctionResult | Class representing single result of DVMP CFF computation |
| CGAM2ConvolCoeffFunctionKinematic | Class representing single CCF kinematics for two photon production process |
| CGAM2ConvolCoeffFunctionResult | Class representing single result of two photon production CFF computation |
| CTCSConvolCoeffFunctionKinematic | Class representing single CCF kinematics for TCS process |
| CTCSConvolCoeffFunctionResult | Class representing single result of TCS CFF computation |
| CGPDKinematic | Class representing single GPD kinematics |
| CGPDResult | Class representing single result of GPD computation |
| CGPDSubtractionConstantKinematic | Class representing single GPD subtraction constant kinematics |
| CGPDSubtractionConstantResult | Class representing single result of GPD subtraction constant computation |
| CGPDType | Definition of enumeration values for GPD types |
| CFormFactorKinematic | |
| CGeneralizedFormFactorKinematic | Class representing the kinematic variables for a Generalized Form Factor model |
| CKinematicType | Definition of kinematics types |
| CPDFKinematic | |
| CTDependentPDFKinematic | Class representing the kinematic variables for a t-dependent Parton Distribution Function model |
| CKinematic | Base class for all kinematic-like classes |
| CKinematicUtils | Set of utilization tools to handle kinematic-like classes |
| CList | STL-like container to store basic PARTONS objects |
| CMesonType | Definition of enumeration values for meson types |
| CDDVCSObservableKinematic | Class representing single observable kinematics for DDVCS process |
| CDDVCSObservableResult | Class representing single result of DDVCS observable computation |
| CDVCSObservableKinematic | Class representing single observable kinematics for DVCS process |
| CDVCSObservableResult | Class representing single result of DVCS observable computation |
| CDVMPObservableKinematic | Class representing single observable kinematics for DVMP process |
| CDVMPObservableResult | Class representing single result of DVMP observable computation |
| CGAM2ObservableKinematic | Class representing single observable kinematics for two photon production process |
| CGAM2ObservableResult | Class representing single result of two photon production observable computation |
| CObservableKinematic | Abstract class representing single observable kinematics |
| CObservableResult | Abstract class representing single observable result |
| CTCSObservableKinematic | Class representing single observable kinematics for TCS process |
| CTCSObservableResult | Class representing single result of TCS observable computation |
| CGluonDistribution | Container to store value of single gluon distribution |
| CPartonDistribution | Parton distributions for single physics object |
| CQuarkDistribution | Container to store values of single quark distribution |
| CPerturbativeQCDOrderType | Definition of enumeration values for pQCD orders of calculation |
| CPolarizationType | Definition of enumeration values for meson polarization state |
| CVCSSubProcessType | Definition of enumeration values for VCS subprocess types |
| CQuarkFlavor | Definition of enumeration values for quark flavors |
| CQuarkNonSingletCombination | Definition of enumeration values for quark non-singlet combinations |
| CResult | Base class for all result-like classes |
| CScales | Container to store square values of factorization and renormalization scales |
| CSortingMode | Definition of sorting modes |
| CEnvironmentConfiguration | Class storing environment configuration information |
| CFileObject | Class representing single text file |
| CResultInfo | Class storing information associated to result evaluation |
| CCollinearDistributionKinematicDao | Collinear distribution kinematics Data Access Object (DAO) |
| CCollinearDistributionResultDao | Collinear distribution result Data Access Object (DAO) |
| CCollinearDistributionKinematicDaoService | Collinear distribution kinematics Data Access Object (DAO) service |
| CCollinearDistributionResultDaoService | Collinear distribution result Data Access Object (DAO) service |
| CComputationDao | Computation information Data Access Object (DAO) |
| CEnvironmentConfigurationDao | Environment configuration Data Access Object (DAO) |
| CResultInfoDao | Result information Data Access Object (DAO) |
| CScenarioDao | Scenario information Data Access Object (DAO) |
| CComputationDaoService | Computation information Data Access Object (DAO) service |
| CEnvironmentConfigurationDaoService | Environment configuration Data Access Object (DAO) service |
| CResultInfoDaoService | Result information Data Access Object (DAO) service |
| CScenarioDaoService | Scenario information Data Access Object (DAO) service |
| CConvolCoeffFunctionKinematicDao | Compton form factor (CFF) kinematics Data Access Object (DAO) |
| CConvolCoeffFunctionResultDao | Compton form factor (CFF) result Data Access Object (DAO) |
| CDDVCSConvolCoeffFunctionKinematicDao | Compton form factor (CFF) kinematics Data Access Object (DAO) |
| CDDVCSConvolCoeffFunctionResultDao | DDVCS Compton form factor (CFF) result Data Access Object (DAO) |
| CDVCSConvolCoeffFunctionKinematicDao | Compton form factor (CFF) kinematics Data Access Object (DAO) |
| CDVCSConvolCoeffFunctionResultDao | DVCS Compton form factor (CFF) result Data Access Object (DAO) |
| CDVMPConvolCoeffFunctionKinematicDao | Compton form factor (CFF) kinematics Data Access Object (DAO) |
| CDVMPConvolCoeffFunctionResultDao | DVMP Compton form factor (CFF) result Data Access Object (DAO) |
| CTCSConvolCoeffFunctionKinematicDao | Compton form factor (CFF) kinematics Data Access Object (DAO) |
| CTCSConvolCoeffFunctionResultDao | TCS Compton form factor (CFF) result Data Access Object (DAO) |
| CConvolCoeffFunctionKinematicDaoService | Compton form factor (CFF) kinematics Data Access Object (DAO) service |
| CConvolCoeffFunctionResultDaoService | Compton form factor (CFF) result Data Access Object (DAO) service |
| CDDVCSConvolCoeffFunctionKinematicDaoService | DDVCS Compton form factor (CFF) kinematics Data Access Object (DAO) service |
| CDDVCSConvolCoeffFunctionResultDaoService | DDVCS Compton form factor (CFF) result Data Access Object (DAO) service |
| CDVCSConvolCoeffFunctionKinematicDaoService | DVCS Compton form factor (CFF) kinematics Data Access Object (DAO) service |
| CDVCSConvolCoeffFunctionResultDaoService | DVCS Compton form factor (CFF) result Data Access Object (DAO) service |
| CDVMPConvolCoeffFunctionKinematicDaoService | DVMP Compton form factor (CFF) kinematics Data Access Object (DAO) service |
| CDVMPConvolCoeffFunctionResultDaoService | DVMP Compton form factor (CFF) result Data Access Object (DAO) service |
| CTCSConvolCoeffFunctionKinematicDaoService | TCS Compton form factor (CFF) kinematics Data Access Object (DAO) service |
| CTCSConvolCoeffFunctionResultDaoService | TCS Compton form factor (CFF) result Data Access Object (DAO) service |
| CDatabase | Basic object storing database information |
| CDatabaseFileObject | Base class for those representing files in database |
| CDatabaseManager | Manager for database handling |
| CDateTimeUtils | Time format utilities used by database services |
| CGPDKinematicDao | GPD kinematics Data Access Object (DAO) |
| CGPDResultDao | GPD result Data Access Object (DAO) |
| CGPDKinematicDaoService | GPD kinematics Data Access Object (DAO) service |
| CGPDResultDaoService | GPD result Data Access Object (DAO) service |
| CDDVCSObservableKinematicDao | DDVCS Observable kinematics Data Access Object (DAO) |
| CDDVCSObservableResultDao | DDVCS Observable result Data Access Object (DAO) |
| CDVCSObservableKinematicDao | DVCS Observable kinematics Data Access Object (DAO) |
| CDVCSObservableResultDao | DVCS Observable result Data Access Object (DAO) |
| CDVMPObservableKinematicDao | DVMP Observable kinematics Data Access Object (DAO) |
| CDVMPObservableResultDao | DVMP Observable result Data Access Object (DAO) |
| CObservableKinematicDao | Observable kinematics Data Access Object (DAO) |
| CObservableResultDao | Observable result Data Access Object (DAO) |
| CTCSObservableKinematicDao | TCS Observable kinematics Data Access Object (DAO) |
| CTCSObservableResultDao | TCS Observable result Data Access Object (DAO) |
| CDDVCSObservableKinematicDaoService | DDVCS Observable kinematics Data Access Object (DAO) service |
| CDDVCSObservableResultDaoService | DDVCS Observable result Data Access Object (DAO) service |
| CDVCSObservableKinematicDaoService | DVCS Observable kinematics Data Access Object (DAO) service |
| CDVCSObservableResultDaoService | DVCS Observable result Data Access Object (DAO) service |
| CDVMPObservableKinematicDaoService | DVMP Observable kinematics Data Access Object (DAO) service |
| CDVMPObservableResultDaoService | DVMP Observable result Data Access Object (DAO) service |
| CObservableKinematicDaoService | Observable kinematics Data Access Object (DAO) service |
| CObservableResultDaoService | Observable result Data Access Object (DAO) service |
| CTCSObservableKinematicDaoService | TCS Observable kinematics Data Access Object (DAO) service |
| CTCSObservableResultDaoService | TCS Observable result Data Access Object (DAO) service |
| CPartonDistributionDao | Parton distribution Data Access Object (DAO) |
| CQuarkDistributionDao | Quark distribution Data Access Object (DAO) |
| CPartonDistributionDaoService | Parton distribution Data Access Object (DAO) service |
| CResultDaoService | Use temporary CSV file before insert data into database |
| CModuleObject | Super class of all module types - A module is a class that performs a specific compute task |
| CModuleObjectFactory | It's a specialization of the BaseObjectFactory to get intermediate abstract module class specialization to be able to use directly more sophisticated methods (like compute(...)) |
| CModuleObjectReference | |
| CActiveFlavorsThresholdsConstant | Fixed number of active quark flavors |
| CActiveFlavorsThresholdsModule | Abstract class for modules defining number of quark flavors intervals |
| CActiveFlavorsThresholdsQuarkMasses | Number of active quark flavors intervals corresponding to quark masses |
| CActiveFlavorsThresholdsVariable | Variable number of active quark flavors |
| CCollinearDistributionLHAPDF | A module that encapsulates a set provided through the LHAPDF interface |
| CCollinearDistributionModule | Abstract class that provides a skeleton to implement a Generalized Parton Distributions (CollinearDistribution) module |
| CConvolCoeffFunctionModule | Abstract class that provides a skeleton to implement a Convolution of Coefficient Function module |
| CDDVCSCFFStandard | |
| CDDVCSConvolCoeffFunctionModule | Abstract class that provides a skeleton to implement a Compton Form Factor (CFF) module |
| CDVCSCFFConstant | Module to set CFF values via automation or via configure() function |
| CDVCSCFFDispersionRelation | Dispersion relation DVCS/CFF model |
| CDVCSCFFHeavyQuark | TODO: Add description |
| CDVCSCFFNN | DVCS CFFs based on neural network analysis |
| CDVCSCFFStandard | TODO: Add description |
| CDVCSConvolCoeffFunctionModule | Abstract class that provides a skeleton to implement a Compton Form Factor (CFF) module |
| CDVMPCFFGK06 | This module calculates helicity amplitudes and partial cross sections of exclusive pi0 and pi+ leptoproduction formulated in Goloskokov-Kroll model |
| CDVMPCFFGK06IntegrationParameters | |
| CDVMPConvolCoeffFunctionModule | Abstract class that provides a skeleton to implement a Compton Form Factor (CFF) module |
| CGAM2CFFStandard | Class used to compute CFF for photoproduction of diphoton Used formulas are presented in https://arxiv.org/pdf/2108.03426.pdf (called the NLO paper), in some cases we refer also to: https://arxiv.org/pdf/2108.03426.pdf (OG's MSc thesis) |
| CGAM2CFFStandardIntegrationParameters | |
| CGAM2ConvolCoeffFunctionModule | Abstract class that provides a skeleton to implement a Compton Form Factor (CFF) module |
| CTCSCFFFromDVCS | This module calculates TCS Compton Form Factors using DVCS CFFs |
| CTCSCFFFromDVCSDifferentiationParameters | |
| CTCSCFFFromDVCSOnlyNLOPart | This module calculates TCS Compton Form Factors using DVCS CFFs (only NLO addition to LO is given) |
| CTCSCFFStandard | TODO: Add description |
| CTCSConvolCoeffFunctionModule | Abstract class that provides a skeleton to implement a Compton Form Factor (CFF) module |
| CCollinearDistributionEvolutionApfel | |
| CCollinearDistributionEvolutionModule | Abstract class for collinear distribution evolution implementation |
| CGPDEvolutionApfel | |
| CGPDEvolutionModule | Abstract class for GPD evolution implementation |
| CGPDEvolutionVinnikov | GPD evolution according to Vinnikov routines |
| CGPDBDMMS21 | GPD module containing example of NLO shadow GPD |
| CGPDGK11 | A module that implements GPD as defined by Kroll-Goloskokov model in 2011 |
| CGPDGK16 | A module that implements GPD as defined by Kroll-Goloskokov model in 2011 |
| CGPDGK16Numerical | A module that implements GPD as defined by Kroll-Goloskokov model in 2011 |
| CGPDGK19 | The module implements GPDs which appear in Goloskokov-Kroll (GK) model in pseudoscalar meson production |
| CGPDGK19COMPASS | TODO |
| CGPDHM18 | 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] |
| CGPDMMS13 | Mezrag-Moutarde-Sabatié GPD model |
| CGPDModule | Abstract class that provides a skeleton to implement a Generalized Parton Distributions (GPD) module |
| CGPDMPSSW13 | Module based on the original code (TBDP class) received from H. Moutarde as a private communication |
| CGPDSelectOnePartonType | This model allows to select a single parton type |
| CGPDVGG99 | For the reference see: |
| CGPDVinnikov06 | Module based on the original code from http://hepdata.cedar.ac.uk/pdfs |
| CGPDSubtractionConstantDLMSTW21 | Implementation of DLMSTW subtraction constant |
| CGPDSubtractionConstantKM10 | Implementation of KM subtraction constant |
| CGPDSubtractionConstantModule | Abstract class for modeling of GPD subtraction constant |
| CMathIntegratorModule | Wrapper for integration routines |
| CDDVCSAluPhi | Longitudinally polarized beam asymmetry for negative beam charge |
| CDDVCSAluPhiParameters | |
| CDDVCSAluPhiL | Longitudinally polarized beam asymmetry for negative beam charge |
| CDDVCSAluPhiLParameters | |
| CDDVCSCrossSectionTotal | Unpolarized cross-section for electro-production integrated over xB, Q^{2}, t and angles |
| CDDVCSCrossSectionTotalParameters | |
| CDDVCSCrossSectionUUMinus | Unpolarized cross-section for negative beam charge |
| CDDVCSCrossSectionUUMinusDVCSLimit | Unpolarized cross-section for negative beam charge - DVCS limit |
| CDDVCSCrossSectionUUMinusDVCSLimitParameters | |
| CDDVCSCrossSectionUUMinusTCSLimit | Unpolarized cross-section for negative beam charge - DVCS limit |
| CDDVCSCrossSectionUUMinusTCSLimitParameters | |
| CDDVCSObservable | Abstract class that provides a skeleton to implement a DDVCSObservable module |
| CDVCSAc | Beam charge asymmetry |
| CDVCSAcCos0Phi | 0th Fourier moment of beam charge asymmetry |
| CDVCSAcCos1Phi | 1th Fourier moment of beam charge asymmetry |
| CDVCSAcCos2Phi | 2th Fourier moment of beam charge asymmetry |
| CDVCSAcCos3Phi | 3th Fourier moment of beam charge asymmetry |
| CDVCSAllMinus | Longitudinally polarized beam and target asymmetry for negative beam charge |
| CDVCSAllMinusCos0Phi | 0th Fourier moment of longitudinally polarized beam and target asymmetry for negative beam charge |
| CDVCSAllMinusCos1Phi | 1th Fourier moment of longitudinally polarized beam and target asymmetry for negative beam charge |
| CDVCSAllMinusCos2Phi | 2th Fourier moment of longitudinally polarized beam and target asymmetry for negative beam charge |
| CDVCSAllPlus | Longitudinally polarized beam and target asymmetry for positive beam charge |
| CDVCSAllPlusCos0Phi | 0th Fourier moment of longitudinally polarized beam and target asymmetry for positive beam charge |
| CDVCSAllPlusCos1Phi | 1th Fourier moment of longitudinally polarized beam and target asymmetry for positive beam charge |
| CDVCSAllPlusCos2Phi | 2th Fourier moment of longitudinally polarized beam and target asymmetry for positive beam charge |
| CDVCSAltDVCSCosPhiMPhis | Longitudinal beam and transverse target asymmetry (DVCS part) |
| CDVCSAltDVCSCosPhiMPhisCos0Phi | 0th Fourier moment of longitudinal beam transverse target asymmetry (DVCS part) |
| CDVCSAltDVCSCosPhiMPhisCos1Phi | 1th Fourier moment of longitudinal beam transverse target asymmetry (DVCS part) |
| CDVCSAltDVCSSinPhiMPhis | Longitudinal beam and transverse target asymmetry (DVCS part) |
| CDVCSAltDVCSSinPhiMPhisSin1Phi | 1th Fourier moment of longitudinal beam transverse target asymmetry (DVCS part) |
| CDVCSAltIntCosPhiMPhis | Longitudinal beam and transverse target asymmetry (interference part) |
| CDVCSAltIntCosPhiMPhisCos0Phi | 0th Fourier moment of longitudinal beam transverse target asymmetry (interference part) |
| CDVCSAltIntCosPhiMPhisCos1Phi | 1th Fourier moment of longitudinal beam transverse target asymmetry (interference part) |
| CDVCSAltIntCosPhiMPhisCos2Phi | 2th Fourier moment of longitudinal beam transverse target asymmetry (interference part) |
| CDVCSAltIntSinPhiMPhis | Longitudinal beam and transverse target asymmetry (interference part) |
| CDVCSAltIntSinPhiMPhisSin1Phi | 1th Fourier moment of longitudinal beam transverse target asymmetry (interference part) |
| CDVCSAltIntSinPhiMPhisSin2Phi | 2th Fourier moment of longitudinal beam transverse target asymmetry (interference part) |
| CDVCSAluDVCS | Longitudinally polarized beam asymmetry for sum over beam charges (DVCS part) |
| CDVCSAluDVCSSin1Phi | 1th Fourier moment of longitudinally polarized beam asymmetry for sum over beam charges (DVCS part) |
| CDVCSAluInt | Longitudinally polarized beam asymmetry for difference over beam charges (interference part) |
| CDVCSAluIntSin1Phi | 1th Fourier moment of longitudinally polarized beam asymmetry for difference over beam charges (interference part) |
| CDVCSAluIntSin2Phi | 2th Fourier moment of longitudinally polarized beam asymmetry for difference over beam charges (interference part) |
| CDVCSAluMinus | Longitudinally polarized beam asymmetry for negative beam charge |
| CDVCSAluMinusSin1Phi | 1th Fourier moment of longitudinally polarized beam asymmetry for negative beam charge |
| CDVCSAluPlus | Longitudinally polarized beam asymmetry for positive beam charge |
| CDVCSAulMinus | Longitudinally polarized target asymmetry for negative beam charge |
| CDVCSAulMinusSin1Phi | 1th Fourier moment of longitudinally polarized target asymmetry for negative beam charge |
| CDVCSAulMinusSin2Phi | 2th Fourier moment of longitudinally polarized target asymmetry for negative beam charge |
| CDVCSAulMinusSin3Phi | 3th Fourier moment of longitudinally polarized target asymmetry for negative beam charge |
| CDVCSAulPlus | Longitudinally polarized target asymmetry for positive beam charge |
| CDVCSAulPlusSin1Phi | 1th Fourier moment of longitudinally polarized target asymmetry for positive beam charge |
| CDVCSAulPlusSin2Phi | 2th Fourier moment of longitudinally polarized target asymmetry for positive beam charge |
| CDVCSAulPlusSin3Phi | 3th Fourier moment of longitudinally polarized target asymmetry for positive beam charge |
| CDVCSAutDVCSSinPhiMPhis | Transverse target asymmetry (DVCS part) |
| CDVCSAutDVCSSinPhiMPhisCos0Phi | 0th Fourier moment of transverse target asymmetry (DVCS part) |
| CDVCSAutIntSinPhiMPhis | Transverse target asymmetry (interference part) |
| CDVCSAutIntSinPhiMPhisCos0Phi | 0th Fourier moment of transverse target asymmetry (interference part) |
| CDVCSAutIntSinPhiMPhisCos1Phi | 1th Fourier moment of transverse target asymmetry (interference part) |
| CDVCSAutIntSinPhiMPhisSin1Phi | 1th Fourier moment of transverse target asymmetry (interference part) |
| CDVCSAutMinusSinPhiMPhis | Transverse target asymmetry for negative beam charge |
| CDVCSAutMinusSinPhiMPhisCos0Phi | 0th Fourier moment of transverse target asymmetry for negative beam charge |
| CDVCSCrossSectionDifferenceLUMinus | Unpolarized cross-section difference for longitudinally polarized beam and negative beam charge |
| CDVCSCrossSectionTotal | Unpolarized cross-section for electro-production integrated over xB, Q^{2}, t and angles |
| CDVCSCrossSectionTotalParameters | |
| CDVCSCrossSectionUUBHSubProc | Unpolarized cross-section for BH subprocess only |
| CDVCSCrossSectionUUDVCSSubProc | Unpolarized cross-section for DVCS only |
| CDVCSCrossSectionUUDVCSSubProcPhiIntegrated | Unpolarized cross-section for electro-production integrated over \phi |
| CDVCSCrossSectionUUMinus | Unpolarized cross-section for negative beam charge |
| CDVCSCrossSectionUUMinusPhiIntegrated | Unpolarized cross-section for electro-production integrated over \phi |
| CDVCSCrossSectionUUVirtualPhotoProduction | Unpolarized cross-section for virtual photo-production |
| CDVCSCrossSectionUUVirtualPhotoProductionPhiIntegrated | Unpolarized cross-section for virtual photo-production integrated over \phi |
| CDVCSObservable | Abstract class that provides a skeleton to implement a DVCSObservable module |
| CDVMPAlluMinus | A_{LLU} asymmetry (long |
| CDVMPAlluMinusCos0Phi | 0th Fourier moment of longitudinally polarized beam - target asymmetry for negative beam charge |
| CDVMPAlluMinusCos1Phi | 1th Fourier moment of longitudinally polarized beam - target asymmetry for negative beam charge |
| CDVMPAlluMinusCos2Phi | 2nd Fourier moment of longitudinally polarized beam - target asymmetry for negative beam charge |
| CDVMPAluuMinus | A_{LUU} asymmetry (long |
| CDVMPAluuMinusSin1Phi | 1th Fourier moment of longitudinally polarized target asymmetry for negative beam charge |
| CDVMPAuluMinus | A_{ULU} asymmetry (unpolarized beam, long |
| CDVMPAuluMinusSin1Phi | 1th Fourier moment of longitudinally polarized target asymmetry for negative beam charge |
| CDVMPAuluMinusSin2Phi | 2nd Fourier moment of longitudinally polarized target asymmetry for negative beam charge |
| CDVMPAuluMinusSin3Phi | 3rd Fourier moment of longitudinally polarized target asymmetry for negative beam charge |
| CDVMPCrossSectionTotal | Unpolarized cross-section for electro-production integrated over xB, Q^{2}, t and angles |
| CDVMPCrossSectionTotalParameters | |
| CDVMPCrossSectionUUUMinus | Unpolarized cross-section for negative beam charge |
| CDVMPCrossSectionUUUMinusPhiIntegrated | Unpolarized cross-section for electro-production integrated over \phi |
| CDVMPObservable | Abstract class that provides a skeleton to implement a DVMPObservable module |
| CObservable | Abstract class that provides a skeleton to implement an Observable module |
| CTCSAcu | Asymmetry probing circular beam polarization |
| CTCSAcuThetaIntegrated | Acu asymmetry with cross-sections integrated over \theta in a given range (default: |\theta - \pi/2| < \pi/4) |
| CTCSAfb | Forward-backward TCS asymmetry |
| CTCSAutCosPhiMPhis | Asymmetry probing transverse target polarization \cos(\phi - \phi_{S}) component |
| CTCSAutCosPhiMPhisThetaIntegrated | AutCosPhiMPhis asymmetry with cross-sections integrated over \theta in a given range (default: |\theta - \pi/2| < \pi/4) |
| CTCSAutSinPhiMPhis | Asymmetry probing transverse target polarization \sin(\phi - \phi_{S}) component |
| CTCSAutSinPhiMPhisThetaIntegrated | AutSinPhiMPhis asymmetry with cross-sections integrated over \theta in a given range (default: |\theta - \pi/2| < \pi/4) |
| CTCSR | Asymmetry R |
| CTCSCrossSectionDifferenceCU | Difference of cross-sections obtained with two states of incoming photon circular polarization |
| CTCSCrossSectionDifferenceCUThetaIntegrated | Difference of cross-sections obtained with two states of incoming photon circular polarization integrated over \theta in a given range (default: |\theta - \pi/2| < \pi/4) |
| CTCSCrossSectionTotal | Unpolarized cross-section for electro-production integrated over xB, Q^{2}, t and angles |
| CTCSCrossSectionTotalParameters | |
| CTCSCrossSectionUU | Unpolarized cross-section |
| CTCSCrossSectionUUThetaIntegrated | Unpolarized cross-section integrated over \theta in a given range (default: |\theta - \pi/2| < \pi/4) |
| CTCSCrossSectionUUThetaPhiIntegrated | Unpolarized cross-section integrated over \theta in a given range (default: |\theta - \pi/2| < \pi/4) and \phi in the full range |
| CTCSCrossSectionUUWeighted | Weighted unpolarized cross-section |
| CTCSCrossSectionUUWeightedThetaIntegrated | Weighted unpolarized cross-section integrated over \theta in a given range (default: |\theta - \pi/2| < \pi/4) |
| CTCSObservable | Abstract class that provides a skeleton to implement a TCSObservable module |
| CDDVCSProcessDMSW22 | Evaluation of differential cross-section for DDVCS process |
| CDDVCSProcessModule | Abstract class for computing the differential cross section of the photon electroproduction process (also called DDVCS; Deeply Virtual Compton Scattering) |
| CDVCSProcessBMJ12 | Module for the DVCS process using the Belitsky-Müller set of formulas |
| CDVCSProcessGV08 | Module for the DVCS process using the unpublished Guichon-Vanderhaeghen set of formulas |
| CDVCSProcessModule | Abstract class for computing the differential cross section of the photon electroproduction process (also called DVCS; Deeply Virtual Compton Scattering) |
| CDVCSProcessVGG99 | VGG process model for DVCS |
| CDVMPProcessGK06 | TODO |
| CDVMPProcessModule | Abstract class for computing the differential cross section of Deeply Virtual Meson Production (DVMP) |
| CGAM2ProcessGPSSW21 | Module for the GAM2 process using arXiv:2110.00048 set of formulas |
| CGAM2ProcessModule | Abstract class for computing the differential cross section of the XXX |
| CProcessModule | Abstract class that provides a skeleton to implement a Process module |
| CTCSProcessBDP01 | Short description |
| CTCSProcessBDPGW19 | Short description |
| CTCSProcessModule | Abstract class for computing the differential cross section of the photon electroproduction process (also called TCS; Deeply Virtual Compton Scattering) |
| CRunningAlphaStrongApfel | |
| CRunningAlphaStrongGK | Evaluation of the strong running coupling constant as in the GK HEMP framework |
| CRunningAlphaStrongModule | Abstract class for modules evaluating QCD running coupling constant |
| CRunningAlphaStrongStandard | Evaluation of the strong running coupling constant in the \overline{MS} scheme |
| CRunningAlphaStrongVinnikov | Evaluation of the strong running coupling constant as in the Vinnikov evolution routines |
| CDDVCSScalesModule | Abstract class for modules evaluating factorization and renormalization scales (DDVCS case) |
| CDDVCSScalesVirtualitiesSum | |
| CDVCSScalesModule | Abstract class for modules evaluating factorization and renormalization scales (DVCS case) |
| CDVCSScalesQ2Multiplier | Evaluation of factorization and renormalization scales as a linear function of Q^2 |
| CDVMPScalesModule | Abstract class for modules evaluating factorization and renormalization scales (DVMP case) |
| CDVMPScalesQ2Multiplier | Evaluation of factorization and renormalization scales as a linear function of Q^2 |
| CGAM2ScalesMgg2Multiplier | Evaluation of factorization and renormalization scales as a linear function of M_{\gamma\gamma}^2 |
| CGAM2ScalesModule | Abstract class for modules evaluating factorization and renormalization scales (GAM2 case) |
| CScalesModule | Abstract class for modules evaluating factorization and renormalization scales |
| CTCSScalesModule | Abstract class for modules evaluating factorization and renormalization scales (TCS case) |
| CTCSScalesQ2PrimMultiplier | Evaluation of factorization and renormalization scales as a linear function of Q'^2 |
| CDDVCSXiConverterModule | Abstract class for modules evaluating GPD variable xi (DDVCS case) |
| CDDVCSXiConverterTNeglected | |
| CDVCSXiConverterModule | Abstract class for modules evaluating GPD variable xi (DVCS case) |
| CDVCSXiConverterXBToXi | Evaluation of GPD variable xi from x_{B} for DVCS |
| CDVMPXiConverterModule | Abstract class for modules evaluating GPD variable xi (DVMP case) |
| CDVMPXiConverterXBToXi | Evaluation of GPD variable xi from x_{B} for DVMP |
| CGAM2XiConverterExact | Evaluation of GPD variable xi from kinematics for GAM2 |
| CGAM2XiConverterModule | Abstract class for modules evaluating GPD variable xi (GAM2 case) |
| CTCSXiConverterExact | Exact evaluation of GPD variable xi for TCS |
| CTCSXiConverterModule | Abstract class for modules evaluating GPD variable xi (TCS case) |
| CTCSXiConverterTauToXi | Evaluation of GPD variable xi from \tau for TCS |
| CXiConverterModule | Abstract class for modules evaluating GPD variable xi |
| CPartons | |
| CResourceManager | |
| CServiceObject | Services hide the complexity of low-level functions to provide high-level functionalities to the user |
| CServiceObjectRegistry | |
| CServiceObjectTyped | Abstract class for a service |
| CAutomationService | Automation service is designed to dynamically run complex tasks (by calling service object methods) or to create some complex C++ objects, all described by an XML file |
| CDefaultXMLParser | |
| CQt4MessageHandler | |
| CQt4XMLValidator | |
| CScenarioManager | <singleton> |
| CXMLParserI | |
| CXMLValidatorI | |
| CCollinearDistributionService | Class to handle and compute collinear-distribution modules |
| CComparisonService | Comparison service (incomplete) |
| CConvolCoeffFunctionService | Abstract class for a service to handle and compute pre-configured CCF modules |
| CDDVCSConvolCoeffFunctionService | Singleton to handle and compute some pre-configured CCF modules |
| CDDVCSObservableService | Singleton to handle and compute some pre-configured observable modules |
| CDVCSConvolCoeffFunctionService | Singleton to handle and compute some pre-configured CCF modules |
| CDVCSObservableService | Singleton to handle and compute some pre-configured observable modules |
| CDVMPConvolCoeffFunctionService | Singleton to handle and compute some pre-configured CCF modules |
| CDVMPObservableService | Singleton to handle and compute some pre-configured observable modules |
| CGPDService | Class to handle and compute GPD modules |
| CCryptographicHashI | Abstract class for modules generating hash values |
| CCryptographicHashService | Service for generation of hash values |
| CQt4CryptographicHash | Class for generating hash values based on Qt4 library |
| CObservableService | Abstract class for a service to handle and compute observables |
| CTCSConvolCoeffFunctionService | Singleton to handle and compute some pre-configured CCF modules |
| CTCSObservableService | Singleton to handle and compute some pre-configured observable modules |
| CVizualisationService | Visualization service (incomplete) |
| CCompareUtils | Set of utility tools to perform comparisons |
| CComparisonData | Comparison report for single data point |
| CComparisonMode | Definition of comparison modes |
| CComparisonReport | Comparison report |
| CCCFModuleNullPointerException | Exception to indicate missing CFF module |
| CGPDModuleNullPointerException | Exception to indicate missing GPD module |
| CGPDUtils | |
| CMapUtils | |
| CErrorBar | Class representing single asymmetrical error bar |
| CMDArray | Multidimensional optimized array |
| CPartonContent | Container to store single numbers for photons, gluons and all quark flavors |
| CPlot2D | Container to store a single point in 2D space |
| CPlot2DList | List<Plot2D> with a member to get a string representation to be written in a file |
| CThreadManager | |
| CThreadQueue | |
| CBaseType | |
| CDouble | |
| CPhysicalType | Value with unit |
| CPhysicalUnit | Definition of units |
| CUnitCategory | Definition of units |
| CVectorUtils |
