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Givaro
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| ▼NGivaro | Namespace in which the whole Givaro library resides |
| C_perfArray0< T > | Defined by marco GIVARO_PERF_DEFCLASS. ref counting and stuff |
| CArray0 | NODOC |
| CArrayAllocatort | ArrayAllocator: class for allocation of arrays |
| CArray0Tag | Array0Tag |
| CArrayFixed | ArrayFixed |
| C__giv_map_less_ith | Map opcode on all Elements less or requal that ith |
| CBits | Bits |
| CElemRef | Elem Ref |
| CElemConstRef | Elem const Ref |
| CPair | Pair |
| CKey | The class Key |
| CHashTable | Hash table |
| CList0 | ListO |
| CStack | Stack |
| CChineseRemainder | CRA |
| CChineseRemainder< Ring, Domain, false > | CRA2 |
| CGIV_ExtensionrandIter | Extension rand iters |
| CExtension | Extension |
| CGF2 | Integers modulo 2 |
| CGFqDom | Class GFqDom |
| CGFqExtFast | GFq Ext |
| CGFqExt | GFq Ext (other) |
| CGFqKronecker | GFqKronecker |
| CPrimes16 | Class Primes16 |
| CRNSsystem | Class RNSsystem |
| CRNSsystemFixed | NO DOC |
| CQField< Rational > | Rational Domain |
| CStaticElement | Static Element |
| CInteger | This is the Integer class |
| CZRing< Integer > | Integer Domain, Specialization of ZRing |
| CIntFactorDom | Integer Factor Domain |
| CIntNumTheoDom | Num theory Domain |
| CFermatDom | Fermat numbers |
| CIntPrimeDom | Primality tests |
| CIntRNSsystem | RNS system class. No doc |
| CIntRSADom | RSA domain |
| CIntSqrtModDom | Modular square roots |
| CRandomIntegerIterator | Random Integer Iterator |
| CGivMMInfo | Static informations of memory allocation |
| CBlocFreeList | Data structure of a bloc |
| CGivMMFreeList | Implementation of a memory manager with free-lists |
| CGivMMRefCount | Memory management with reference counter on allocated data |
| CGivaroMM | Memory manager that allocates array of object of type T for |
| CRefCountPtr | Refcount Pointer |
| CRefCounter | Ref counter |
| CRational | Rationals. No doc |
| CModular | Forward declaration for Givaro::Modular |
| CModular_implem | This class implement the standard arithmetic with Modulo Elements |
| CModular< Integer > | This class implement the standard arithmetic with Modulo Elements |
| CModular< Log16 > | This class implement the standard arithmetic with Modulo Elements |
| CMontgomery< int32_t > | This class implements the standard arithmetic with Modulo Elements |
| CMontgomery< RecInt::ruint< K > > | The recint-based Montgomery ring |
| CUnparametricZRing | Generic Class ZRing |
| CNeutral | Neutral type |
| CgivNoInit | Used to build no initialized object as static object |
| CgivNoCopy | Used to call cstor without copy |
| CgivWithCopy | Used to call cstor with copy |
| CGivError | Base class for exeception handling in Givaro |
| CGivMathError | Math error |
| CGivBadFormat | Exception thrown in input of data structure |
| CGivMathDivZero | Div by 0 |
| C__givdom_trait_name | Give a name for /read/write |
| CBaseDomain | Base Domain |
| CGivaroMain | Initialisation of GIVARO |
| CGivaroAppli | Main application class Could be not used |
| CGivaroNoInit | GivaroNoInit |
| CInitAfter | InitAfter |
| CGivModule | GivModule |
| CObjectInit | GivModule |
| COMPTimer | OMP timer |
| CGIV_randIter | Random ring Element generator |
| CModularRandIter | Random ring Element generator |
| CGeneralRingRandIter | UnparametricRandIter |
| CGeneralRingNonZeroRandIter | Random iterator for nonzero random numbers |
| CGivRandom | GivRandom |
| CBaseTimer | Base for class RealTimer; class SysTimer; class UserTimer; |
| CRealTimer | Real timer |
| CUserTimer | User timer |
| CSysTimer | Sys timer |
| CTimer | Timer |
| CDegree | Degree type for polynomials |
| CIndeter | Indeterminate |
| CInterpolation | Interpolation |
| CNewtonInterpGeomMultip | Newton (multip) |
| CNewtonInterpGeom | Newton |
| CPoly1CRT | Poly1 CRT |
| CPoly1Dom< Domain, Dense > | Class Poly1Dom |
| CPoly1FactorDom | Poly1FactorDom |
| CPoly1PadicDom< Domain, Dense > | Poly1 p-adic |
| CCyclotomicTable | CyclotomicTable |
1.9.1