Class Hierarchy

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

[detail level 12345]

CCECCO::details::Base	Tag base for the CRTP-protection idiom
CCECCO::details::Field< Ext< B, modulus, LutMode::RunTime > >
CCECCO::Ext< B, modulus, mode >	Extension field 𝔽_{q^m} ≅ B[x]/(f(x)), constructed from a base field and an irreducible monic modulus polynomial
CCECCO::details::Field< Fp< p > >
CCECCO::Fp< 2 >
CCECCO::Fp< A::get_p()>
CCECCO::Fp< p >	Prime field 𝔽_p ≅ ℤ/pℤ
CCECCO::details::Field< Rationals< InfInt > >
CCECCO::Rationals< T >	Field of rational numbers ℚ = { p/q : p, q ∈ ℤ, q ≠ 0 } with selectable precision
CCECCO::Iso< MAIN, OTHERS >	Single logical field unifying several pairwise-isomorphic representations
CCECCO::details::Field< T >	CRTP base documenting the interface every field type must provide
CCECCO::Trellis< T >::BCJR_Workspace	Workspace for binary BCJR forward-backward decoding
Cstd::bool_constant
CCECCO::details::contains< T, type_list< Types... > >
CCECCO::details::is_subfield_of< Ext< B, modulus, mode >, SUB >
CCECCO::details::is_subfield_of< Ext< B_SUP, modulus_SUP, mode_SUP >, Ext< B_SUB, modulus_SUB, mode_SUB > >
CCECCO::details::is_subfield_of< Iso< MAIN, OTHERS... >, SUB >
CCECCO::details::Cache< ENTRIES >	Heterogeneous cache indexed by entry ID
CCECCO::details::CacheEntry< ID, T >	Cache entry specification
CCECCO::Code< T >
CCECCO::LinearCode< Fp< 2 > >
CCECCO::CordaroWagnerCode
CCECCO::RMCode
CCECCO::LinearCode< BU::FIELD >
CCECCO::LDCCode< BU, BV >
CCECCO::LinearCode< B::FIELD::BASE_FIELD >
CCECCO::SubfieldSubcode< B >
CCECCO::AlternantCode< GRSCode< SUPER > >
CCECCO::GoppaCode< SUPER >
CCECCO::AlternantCode< B >
CCECCO::BCHCode< B >
CCECCO::EmptyCode< T >
CCECCO::LinearCode< T >
CCECCO::AugmentedCode< T, B >
CCECCO::ExtendedCode< T, B >
CCECCO::GRSCode< T >
CCECCO::RSCode< T >
CCECCO::GolayCode< T >
CCECCO::HammingCode< T >
CCECCO::RepetitionCode< T >
CCECCO::SimplexCode< T >
CCECCO::SingleParityCheckCode< T >
CCECCO::UniverseCode< T >
CCECCO::ZeroCode< T >
CCECCO::CodewordIterator< T >
CCECCO::details::collect_subfields< F >	All subfields of F (including F itself), as a type_list
CCECCO::details::collect_subfields< Ext< B, modulus, mode > >
CCECCO::details::collect_subfields< Fp< p > >
CCECCO::details::collect_subfields< Iso< MAIN, OTHERS... > >
CCECCO::details::contains< T, List >	Check if a type exists in a type_list
CCECCO::Dec< T >
CCECCO::details::degree_over_prime< T >	Total extension degree of T over its prime field
CCECCO::details::degree_over_prime< Ext< B, modulus, mode > >
CCECCO::details::degree_over_prime< Fp< p > >
CCECCO::details::degree_over_prime< Iso< MAIN, OTHERS... > >
CCECCO::details::Edge< T >	Edge between two adjacent trellis layers
CCECCO::Embedding< SUBFIELD, SUPERFIELD >	Functor representing the field embedding φ: SUBFIELD → SUPERFIELD, with reverse lookup
CCECCO::Enc< T >
CCECCO::Encinv< T >
Cstd::exception
CCECCO::decoding_failure
CInfIntException
Cstd::false_type
CCECCO::details::is_subfield_of< Ext< B, modulus, mode >, Ext< B, modulus, mode > >
CCECCO::details::is_subfield_of< Ext< B, modulus, mode >, SUB >
CCECCO::details::is_subfield_of< Ext< B_SUP, modulus_SUP, mode_SUP >, Ext< B_SUB, modulus_SUB, mode_SUB > >
CCECCO::details::is_subfield_of< Fp< p >, Fp< p > >
CCECCO::details::is_subfield_of< Iso< MAIN, OTHERS... >, Iso< MAIN, OTHERS... > >
CCECCO::details::is_subfield_of< Iso< MAIN, OTHERS... >, SUB >
CCECCO::details::is_subfield_of< Iso< SUP_MAIN, SUP_OTHERS... >, Iso< SUB_MAIN, SUB_OTHERS... > >
CCECCO::details::is_subfield_of< SUPERFIELD, SUBFIELD >	Construction-based subfield test: SUBFIELD reachable by descending SUPERFIELD's tower
CCECCO::details::FiniteFieldHasher< T >
CInfInt
CInfIntHasher
CCECCO::details::intersect_type_lists< List1, List2 >	Intersection of two type_lists
CCECCO::details::intersect_type_lists< type_list< Types1... >, type_list< Types2... > >
CCECCO::details::iso_info< T >	Detect whether T is an Iso and expose its components
CCECCO::details::iso_info< Iso< MAIN, OTHERS... > >	Specialization of iso_info for Iso<MAIN, OTHERS...>
CCECCO::Isomorphism< A, B >	Functor representing the field isomorphism φ: A → B between two same-size finite fields
CCECCO::details::IsomorphismPair< A, B >	Shared static storage of the forward and reverse maps for the isomorphism A ↔ B
CCECCO::details::largest_common_subfield< F, G >	Largest field that appears as a subfield of both F and G
CCECCO::details::largest_field_in_list< List >	Find the largest field (by get_size()) in a type_list
CCECCO::details::largest_field_in_list< type_list< T > >
CCECCO::details::largest_field_in_list< type_list< T1, T2, Rest... > >
CCECCO::details::Lut1D< LabelType, FieldSize >	1D lookup table for unary field operations (negation, inversion, order)
CCECCO::details::Lut2D< LabelType, FieldSize >	2D lookup table for commutative binary operations, optionally compressed
CCECCO::details::Lut2Dcoeff< LabelType, ExtensionDegree, FieldSize >	Lookup table mapping each extension-field label to its base-field coefficient vector
CCECCO::details::LutHolder< LutType, ProviderLutType, P, F, mode >	Holds a LUT generated by F(P); P provides a dependency table
CCECCO::details::LutHolder< LutType, ProviderLutType, P, F, LutMode::CompileTime >	CompileTime specialisation: table baked into the binary
CCECCO::details::LutHolder< LutType, ProviderLutType, P, F, LutMode::RunTime >	RunTime specialisation: thread-safe lazy initialisation, dependency resolved on first access
CCECCO::details::LutHolderNoProvider< LutType, F, mode >	Holds a LUT generated by F() (no dependencies); selects compile-time or lazy storage
CCECCO::details::LutHolderNoProvider< LutType, F, LutMode::CompileTime >	CompileTime specialisation: table is a constexpr static member
CCECCO::details::LutHolderNoProvider< LutType, F, LutMode::RunTime >	RunTime specialisation: thread-safe lazy initialisation on first access
CCECCO::Matrix< T >	Dense m × n matrix over a CECCO::ComponentType
CCECCO::details::NonCopyable	Mixin that deletes the copy operations and defaults the move operations
CCECCO::details::BlockProcessor< T, ElementType, ElementType >
CCECCO::SDMEC< Fp< 2 > >
CCECCO::BEC	Binary Erasure Channel — symbols are received correctly or marked erased
CCECCO::AWGN	Additive White Gaussian Noise channel for complex-valued symbols
CCECCO::BAC	Binary Asymmetric Channel (Z-channel) — 0 is preserved; 1 flips to 0 with probability p
CCECCO::SDMEC< T >	Symmetric Discrete Memoryless Erasure Channel (SDMEC) over any finite field 𝔽_q
CCECCO::SDMC< Fp< 2 > >
CCECCO::SDMC< T >	Symmetric Discrete Memoryless Channel — errors only, no erasures
CCECCO::details::BlockProcessor< T, Fp< 2 >, std::complex< double > >
CCECCO::NRZMapper	Non-Return-to-Zero (NRZ) mapper for binary modulation
CCECCO::BPSKMapper	Binary Phase Shift Keying mapper — NRZMapper with a = 0, b = 2
CCECCO::details::BlockProcessor< T, std::complex< double >, Fp< 2 > >
CCECCO::NRZDemapper	Non-Return-to-Zero (NRZ) hard-decision demapper
CCECCO::BPSKDemapper	BPSK hard-decision demapper — NRZDemapper with threshold 0
CCECCO::details::BlockProcessor< T, std::complex< double >, double >
CCECCO::LLRCalculator	Log-Likelihood Ratio calculator for NRZ-over-AWGN soft demodulation
CCECCO::details::BlockProcessor< BI_AWGN, Fp< 2 >, std::complex< double > >
CCECCO::BI_AWGN	Binary-Input AWGN — fused NRZMapper + AWGN block
CCECCO::DEMUX< E, S >	Field demultiplexer — expand 𝔽_E elements into 𝔽_S coefficient vectors/matrices
CCECCO::MUX< S, E >	Field multiplexer — reconstruct 𝔽_E elements from 𝔽_S coefficients
CCECCO::details::BlockProcessor< T, InputType, OutputType >	CRTP base providing element-wise, vector, and matrix operator() overloads
CCECCO::details::OnceCache< T >	Thread-safe single-value cache
CCECCO::Polynomial< T >	Univariate polynomial p(x) = a₀ + a₁x + … + aₙxⁿ over a CECCO::ComponentType
CCECCO::RNG	Thread-local random number generator with shared seeding policy
CCECCO::Trellis< T >	Trellis with field-labelled edges between consecutive layers
Cstd::true_type
CCECCO::details::is_subfield_of< Ext< B, modulus, mode >, Ext< B, modulus, mode > >
CCECCO::details::is_subfield_of< Fp< p >, Fp< p > >
CCECCO::details::is_subfield_of< Iso< MAIN, OTHERS... >, Iso< MAIN, OTHERS... > >
CCECCO::details::type_list< Types >	Compile-time type list utility for subfield calculations
CCECCO::details::union_all_subfields< Types >
CCECCO::details::union_all_subfields< T >
CCECCO::details::union_all_subfields< T1, T2, Rest... >
CCECCO::details::union_all_subfields<>
CCECCO::details::union_type_lists< List1, List2 >	Union of two type_lists (removes duplicates)
CCECCO::details::union_type_lists< type_list< Types1... >, type_list< Types2... > >
CCECCO::Vector< T >	Vector v = (v₀, v₁, …, vₙ₋₁) over a CECCO::ComponentType
CCECCO::details::Vertex< T >	Vertex in one trellis layer
CCECCO::Trellis< T >::Viterbi_Workspace< cost_t >	Workspace for Viterbi decoding on this trellis