GAP (HAPprime Datatypes) - Index

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### Index

`=`, for FpGModuleGF 3.8-1
`AmbientModuleDimension` 3.4-9
`BestCentralSubgroupForResolutionFiniteExtension` 2.6-1
`BoundaryFpGModuleHomomorphismGF` 2.4-6
`CanonicalAction` 3.3-4
`CanonicalActionOnRight` 3.3-4
`CanonicalGroupAndAction` 3.3-4
`DirectDecompositionOfModule` 3.7-2
`DirectDecompositionOfModuleDestructive` 3.7-2
`DirectSumOfModules`, for collection of modules 3.7-1
`DirectSumOfModules`, for n copies of the same module 3.7-1
`DirectSumOfModules`, for two modules 3.7-1
`DisplayBlocks`, for FpGModuleGF 3.4-10
`DisplayBlocks`, for FpGModuleHomomorphismGF 4.5-4
`DisplayModuleHomomorphismGeneratorMatrix` 4.5-5
`DisplayModuleHomomorphismGeneratorMatrixBlocks` 4.5-6
`EchelonModuleGenerators` 3.6-1
`EchelonModuleGeneratorsDestructive` 3.6-1
`EchelonModuleGeneratorsMinMem` 3.6-1
`EchelonModuleGeneratorsMinMemDestructive` 3.6-1
`FpGModuleFromFpGModuleGF` 3.3-2
`FpGModuleGF`, construction from FpGModule 3.3-1
`FpGModuleGF`, construction from generators and groupAndAction 3.3-1
`FpGModuleGF`, construction from generators, group and action 3.3-1
`FpGModuleGF`, construction of empty module from group and action 3.3-1
`FpGModuleGF`, construction of empty module from groupAndAction 3.3-1
`FpGModuleGF`, construction of full canonical module 3.3-1
`FpGModuleGF`, construction of full canonical module from groupAndAction 3.3-1
`FpGModuleGFNC`, construction for empty module with group and action 3.3-1
`FpGModuleGFNC`, construction from generators and groupAndAction 3.3-1
`FpGModuleGFNC`, construction from generators, group and action 3.3-1
`FpGModuleHomomorphismGF` 4.4-1
`FpGModuleHomomorphismGFNC` 4.4-1
`HallSeniorNumber`, for SmallGroup library ref 5.2-1
`HallSeniorNumber`, for group 5.2-1
`HAPPRIME_AddGeneratingRowToSemiEchelonBasisDestructive` 6.1-5
`HAPPRIME_AddNextResolutionBoundaryMapMatNC` 6.3-4
`HAPPRIME_AddZeroBlocks` 6.1-16
`HAPPRIME_BoundaryMatrices` 6.3-3
`HAPPRIME_CoefficientsOfGeneratingRows`, for collection of vectors 6.1-13
`HAPPRIME_CoefficientsOfGeneratingRows`, for vector 6.1-13
`HAPPRIME_CoefficientsOfGeneratingRowsDestructive`, for collection of vectors 6.1-13
`HAPPRIME_CoefficientsOfGeneratingRowsDestructive`, for vector 6.1-13
`HAPPRIME_CoefficientsOfGeneratingRowsGF`, for collection of vectors 6.1-13
`HAPPRIME_CoefficientsOfGeneratingRowsGF`, for vector 6.1-13
`HAPPRIME_CoefficientsOfGeneratingRowsGFDestructive`, for collection of vectors 6.1-13
`HAPPRIME_CoefficientsOfGeneratingRowsGFDestructive`, for vector 6.1-13
`HAPPRIME_CoefficientsOfGeneratingRowsGFDestructive2`, for collection of vectors 6.1-13
`HAPPRIME_CoefficientsOfGeneratingRowsGFDestructive2`, for vector 6.1-13
`HAPPRIME_CreateResolutionWithBoundaryMapMatsNC` 6.3-5
`HAPPRIME_DirectSumForm` 6.2-1
`HAPPRIME_DisplayGeneratingRows` 6.1-8
`HAPPRIME_DisplayGeneratingRowsBlocks` 6.1-10
`HAPPRIME_ExpandGeneratingRow` 6.1-4
`HAPPRIME_ExpandGeneratingRowOnRight` 6.1-4
`HAPPRIME_ExpandGeneratingRows` 6.1-4
`HAPPRIME_ExpandGeneratingRowsOnRight` 6.1-4
`HAPPRIME_GactFGvector` 6.1-12
`HAPPRIME_GActMatrixColumns` 6.1-3
`HAPPRIME_GActMatrixColumnsOnRight` 6.1-3
`HAPPRIME_GenerateFromGeneratingRowsCoefficients`, for collection of vectors 6.1-14
`HAPPRIME_GenerateFromGeneratingRowsCoefficients`, for vector 6.1-14
`HAPPRIME_GenerateFromGeneratingRowsCoefficientsGF`, for collection of vectors 6.1-14
`HAPPRIME_GenerateFromGeneratingRowsCoefficientsGF`, for vector 6.1-14
`HAPPRIME_GeneratingRowsBlockStructure` 6.1-9
`HAPPRIME_IndependentGeneratingRows` 6.1-11
`HAPPRIME_IsGroupAndAction` 6.2-6
`HAPPRIME_KernelOfGeneratingRowsDestructive` 6.1-2
`HAPPRIME_MinimalGeneratorsVectorSpaceGeneratingRowsDestructive` 6.2-5
`HAPPRIME_MinimalGeneratorsVectorSpaceGeneratingRowsOnRightDestructive` 6.2-5
`HAPPRIME_ModuleElementFromGeneratorCoefficients`, for collection of elements 6.2-4
`HAPPRIME_ModuleElementFromGeneratorCoefficients`, for element 6.2-4
`HAPPRIME_ModuleGeneratorCoefficients`, for collection of elements 6.2-3
`HAPPRIME_ModuleGeneratorCoefficients`, for element 6.2-3
`HAPPRIME_ModuleGeneratorCoefficientsDestructive`, for collection of elements 6.2-3
`HAPPRIME_ModuleGeneratorCoefficientsDestructive`, for element 6.2-3
`HAPPRIME_PrintModuleDescription` 6.2-2
`HAPPRIME_Random2Group` 6.4-2
`HAPPRIME_Random2GroupAndAction` 6.4-2
`HAPPRIME_ReduceGeneratorsOfModuleByLeavingOneOut` 6.1-7
`HAPPRIME_ReduceGeneratorsOfModuleBySemiEchelon` 6.1-7
`HAPPRIME_ReduceGeneratorsOfModuleBySemiEchelonDestructive` 6.1-7
`HAPPRIME_ReduceGeneratorsOnRightByLeavingOneOut` 6.1-7
`HAPPRIME_ReduceVectorDestructive` 6.1-6
`HAPPRIME_RemoveZeroBlocks` 6.1-15
`HAPPRIME_SingularIsAvailable` 6.4-1
`HAPPRIME_TestResolutionPrimePowerGroup` 6.4-3
`HAPPRIME_ValueOptionMaxFGExpansionSize` 6.1-1
`HAPPRIME_VectorToWord` 6.3-2
`HAPPRIME_WordToVector` 6.3-1
`ImageOfModuleHomomorphism`, image of homomorphism 4.6-1
`ImageOfModuleHomomorphism`, of collections of elements 4.6-1
`ImageOfModuleHomomorphism`, of element 4.6-1
`ImageOfModuleHomomorphism`, of module 4.6-1
`ImageOfModuleHomomorphismDestructive`, of collection of elements 4.6-1
`ImageOfModuleHomomorphismDestructive`, of element 4.6-1
`IntersectionModules` 3.7-3
`IntersectionModulesGF` 3.7-3
`IntersectionModulesGF2` 3.7-3
`IntersectionModulesGFDestructive` 3.7-3
`IsModuleElement`, for collection of elements 3.8-2
`IsModuleElement`, for element 3.8-2
`IsSameSubspace` 5.1-3
`IsSubModule` 3.8-3
`KernelOfModuleHomomorphism` 4.6-3
`KernelOfModuleHomomorphismGF` 4.6-3
`KernelOfModuleHomomorphismIndependentSplit` 4.6-3
`KernelOfModuleHomomorphismSplit` 4.6-3
`LengthOneResolutionPrimePowerGroup` 2.3-1
`LengthZeroResolutionPrimePowerGroup` 2.3-2
`MinimalGeneratorsModuleGF` 3.5-9
`MinimalGeneratorsModuleGFDestructive` 3.5-9
`MinimalGeneratorsModuleRadical` 3.5-9
`ModuleAction` 3.4-3
`ModuleActionBlockSize` 3.4-4
`ModuleAmbientDimension` 3.4-8
`ModuleCharacteristic` 3.4-6
`ModuleField` 3.4-7
`ModuleGenerators` 3.5-1
`ModuleGeneratorsAreEchelonForm` 3.5-3
`ModuleGeneratorsAreMinimal` 3.5-2
`ModuleGeneratorsForm` 3.5-5
`ModuleGroup` 3.4-1
`ModuleGroupAndAction` 3.4-5
`ModuleGroupOrder` 3.4-2
`ModuleHomomorphismGeneratorMatrix` 4.5-3
`ModuleIsFullCanonical` 3.5-4
`ModuleRank` 3.5-6
`ModuleRankDestructive` 3.5-6
`ModuleVectorSpaceBasis` 3.5-7
`ModuleVectorSpaceDimension` 3.5-8
`MutableCopyModule` 3.3-3
`PreImageRepresentativeOfModuleHomomorphism`, for collection of elements 4.6-2
`PreImageRepresentativeOfModuleHomomorphism`, for element 4.6-2
`PreImageRepresentativeOfModuleHomomorphism`, for module 4.6-2
`PreImageRepresentativeOfModuleHomomorphismGF`, for collection of elements 4.6-2
`PreImageRepresentativeOfModuleHomomorphismGF`, for element 4.6-2
`PrintDimensionsMat` 5.1-4
`RadicalOfModule` 3.5-10
`RandomElement` 3.8-4
`RandomSubmodule` 3.8-5
`ResolutionFpGModuleGF` 2.4-3
`ResolutionGroup` 2.4-2
`ResolutionLength` 2.4-1
`ResolutionModuleRank` 2.4-4
`ResolutionModuleRanks` 2.4-5
`ResolutionsAreEqual` 2.4-7
`ReverseEchelonModuleGenerators` 3.6-2
`ReverseEchelonModuleGeneratorsDestructive` 3.6-2
`SemiEchelonModuleGenerators` 3.6-1
`SemiEchelonModuleGeneratorsDestructive` 3.6-1
`SemiEchelonModuleGeneratorsMinMem` 3.6-1
`SemiEchelonModuleGeneratorsMinMemDestructive` 3.6-1
`SolutionMat`, for multiple vectors 5.1-2
`SolutionMatDestructive`, for multiple vectors 5.1-2
`SourceModule` 4.5-1
`SumIntersectionMatDestructive` 5.1-1
`SumIntersectionMatDestructiveSE` 5.1-1
`SumModules` 3.7-4
`TargetModule` 4.5-2

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