| ▼NHepLib | HepLib namespace |
| ▼NQGRAF | Namespace for generating Feynman diagrams or amplitudes |
| CModels | |
| CProcess | Main interface to qgraf program |
| ▼NSD | Namespace for Numerical integration with Sector Decomposition method |
| CChengWu | Class to manipulate with Cheng-Wu theorem |
| CCppFormat | Class to export GiNaC expression to cpp format |
| Ccse_Parser | |
| CcseParser | Class for Common SubExpression Parser |
| CErrMin | ErrMin with HookeJeeves |
| ▼CExFormat | |
| C_init | |
| CFeynmanParameter | Wrap parameters for loop integrals |
| CHCubature | Numerical integrator using HCubature |
| CHCubatureMP | Numerical integrator using HCubatureMP |
| CHookeJeeves | Class to minimize a function using HookeJeeves |
| CIntegratorBase | Base for numerical integrator |
| CMinimizeBase | Base for class to minimize a function |
| CQuadMP | Numerical integrator using TanhSinhMP |
| CSecDec | SecDec the main class to use Sector Decompostion method |
| CSecDecBase | Base class of SecDec |
| CSecDecG | SecDec by geometric method |
| CTanhSinhMP | Numerical integrator using TanhSinhMP |
| CXIntegrand | Wrap parameters for generic parameter integrals |
| CAIOption | |
| ▼CAsGamma | Class for AntiSymmetric Gamma object |
| Cvisitor | |
| ▼CDGamma | Class for Dirac Gamma object |
| Cvisitor | |
| ▼CDirect | IBP reduction using Direc method |
| CCondition | |
| ▼CEps | Class for Levi-Civita object https://onlinelibrary.wiley.com/doi/pdf/10.1002/9783527630097.app3 to make Tr(g5, g1, g2, g3, g4) is the same in both HepLib & FORM, require that Eps(a,b,c,d) = i_ * e_(a,b,c,d) (we use the convention as in FeynCalc, Tr[5,a,b,c,d]=(- i) 4 Eps(a,b,c,d)=4 eps_(a,b,c,d)), and Eps^{0123}=+1, and g5=i g^{0123}=(-i) Eps(a,b,c,d) gamma(a,b,c,d)/4! Eps is real in HepLib, while e_ is imaginary in FORM |
| Cvisitor | |
| CError | Class used to wrap error message |
| CExp2AMF | |
| CFCFormat | Class for FCFormat Output |
| CFermat | Interface to communicate with Fermat program |
| CFIRE | IBP reduction using FIRE program |
| CForm | Interface to communicate with Form program |
| CFormFormat | Class for FormFormat Output |
| CIBP | IBP base class for IBP reduction |
| ▼CIndex | Class for index object |
| Cvisitor | |
| ▼CiSymbol | Class extended to GiNaC symbol class, pure imaginary symbol |
| Cvisitor | |
| CKIRA | IBP reduction using KIRA program |
| CLaporta | |
| ClstHelper | Class as lst Helper |
| CMapFunction | Class to wrap map_function of GiNaC |
| CMMAFormat | Class for Mathematica Format Output |
| ▼CPair | Class for Pair object |
| Cvisitor | |
| CParser | Class to parse for string or file, helpful with Symbol class |
| CServer | |
| CSolver | IBP reduction using Solver method |
| ▼CSUNF | Class for SUNF object |
| Cvisitor | |
| ▼CSUNF4 | Class for SUNF4 object |
| Cvisitor | |
| ▼CSUNT | Class for SUNT object |
| Cvisitor | |
| ▼CSymbol | Class extended to GiNaC symbol class, represent a positive symbol |
| Cvisitor | |
| CUKIRA | IBP reduction using KIRA program with user-defined equations |
| ▼CVector | Class for vector object |
| Cvisitor | |
| ▼CXIntegral | XIntegral Class, preface to SecDec |
| Cvisitor | |
