This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 1234]

CHPCombi::BMat16	Class for fast boolean matrices of dimension up to 16 x 16
CHPCombi::BMat8	Boolean matrices of dimension up to 8×8, stored as a single uint64; isomorph to binary relations with methods for composition
CEqEpu8
Cstd::equal_to< HPCombi::epu8 >	This type appears in the doc because we provide an equal operator for HPCombi::epu8
Cstd::hash< HPCombi::BMat8 >
Cstd::hash< HPCombi::epu8 >	This type appears in the doc because we provide a hash function for HPCombi::epu8
Cstd::hash< HPCombi::Perm16 >	This type appears in the doc because we provide a hash function for HPCombi::Perm16
Cstd::hash< HPCombi::PermGeneric< Size, Expo > >	This type appears in the doc because we provide a hash function for HPCombi::PermGeneric
Cstd::hash< HPCombi::PPerm16 >	This type appears in the doc because we provide a hash function for HPCombi::PPerm16
Cstd::hash< HPCombi::PTransf16 >	This type appears in the doc because we provide a hash function for HPCombi::PTransf16
Cstd::hash< HPCombi::Transf16 >	This type appears in the doc because we provide a hash function for HPCombi::Transf16
Cstd::hash< HPCombi::Vect16 >	This type appears in the doc because we provide a hash function for HPCombi::Vect16
Cstd::hash< HPCombi::VectGeneric< Size, Expo > >	This type appears in the doc because we provide a hash function for HPCombi::VectGeneric
Cstd::less< HPCombi::epu8 >	This type appears in the doc because we provide a less operator for HPCombi::epu8
CHPCombi::power_helper::Monoid< T >	Algebraic monoid structure used by default for type T by the pow function and prod function
CHPCombi::power_helper::Monoid< Perm16 >
CHPCombi::power_helper::Monoid< std::string >
Cstd::not_equal_to< HPCombi::epu8 >	This type appears in the doc because we provide a not_equal operator for HPCombi::epu8
Clibsemigroups::Timer
CHPCombi::TPUBuild< TPU >	Given a transformation from 0..15 → 0..15, build at compile-time the array representing the transformation
▼CHPCombi::Vect16	Vector of 16 bytes, with some optimized methods, superclass of HPCombi::Transf16
▼CHPCombi::PTransf16	Partial transformation of \(\{0\dots 15\}\); see HPCombi::Transf16; partial means it might not be defined everywhere
CHPCombi::PPerm16	Partial permutation of \(\{0\dots 15\}\); see also HPCombi::Perm16; partial means it might not be defined everywhere (but where it's defined, it's injective)
▼CHPCombi::Transf16	Full transformation of \(\{0\dots 15\}\): a transformation is a mapping of a set of n elements into itself; ie as opposed to a permutation, it is not necessarily injective
CHPCombi::Perm16	Permutations of \(\{0\dots 15\}\): A permutation is a bijective mapping of a set of n elements onto itself
CHPCombi::VectGeneric< Size, Expo >	VectGeneric is to Vect16 what PermGeneric is to Perm16; see PermGeneric
▼CHPCombi::VectGeneric< Size, uint8_t >
CHPCombi::PermGeneric< Size, Expo >	Vanilla (ie NOT optimized) implementation of a permutation, used to check for test correctness and as baseline to measure speedup