- m -

• map_series_rep() : map_series_rep< C, V, S, SV, Fun >
• mat_binary_stride() : implementation< matrix_vectorial, V, matrix_naive >
• mat_co_rshift() : implementation< matrix_multiply, V, matrix_balanced< W > >
• mat_direct_crt() : implementation< matrix_multiply, V, matrix_crt< W > >
• mat_inverse_crt() : implementation< matrix_multiply, V, matrix_crt< W > >
• mat_load() : implementation< matrix_multiply_base, V, matrix_strassen< W > >
• mat_lshift() : implementation< matrix_multiply, V, matrix_balanced< W > >
• mat_rshift() : implementation< matrix_multiply, V, matrix_balanced< W > >
• mat_save() : implementation< matrix_multiply_base, V, matrix_strassen< W > >
• mat_size() : implementation< matrix_multiply, V, matrix_balanced< W > >
• mat_unary_stride() : implementation< matrix_vectorial, V, matrix_naive >
• matrix() : matrix< C, V >
• matrix_access_series_rep() : matrix_access_series_rep< C, V, U >
• matrix_carry_mul_quo_series_rep() : matrix_carry_mul_quo_series_rep< M, V, X >
• matrix_carry_mul_rem_series_rep() : matrix_carry_mul_rem_series_rep< M, V >
• matrix_iterator_rep() : matrix_iterator_rep< C, V >
• matrix_series_rep() : matrix_series_rep< C, V, U >
• Matrix_simd_variant() : matrix_variant_helper< modular< modulus< unsigned char, modulus_int_preinverse< m > >, V2 > > , matrix_variant_helper< modular< modulus< short int, modulus_int_naive< m > >, V2 > > , matrix_variant_helper< modular< modulus< short int, modulus_int_preinverse< m > >, V2 > > , matrix_variant_helper< modular< modulus< unsigned short int, modulus_int_naive< m > >, V2 > > , matrix_variant_helper< modular< modulus< unsigned short int, modulus_int_preinverse< m > >, V2 > > , matrix_variant_helper< modular< modulus< int, modulus_int_naive< m > >, V2 > > , matrix_variant_helper< modular< modulus< int, modulus_int_preinverse< m > >, V2 > > , matrix_variant_helper< modular< modulus< unsigned int, modulus_int_naive< m > >, V2 > > , matrix_variant_helper< modular< modulus< unsigned int, modulus_int_preinverse< m > >, V2 > > , matrix_variant_helper< modular< modulus< long int, modulus_int_naive< m > >, V2 > > , matrix_variant_helper< modular< modulus< long int, modulus_int_preinverse< m > >, V2 > > , matrix_variant_helper< modular< modulus< unsigned long int, modulus_int_naive< m > >, V2 > > , matrix_variant_helper< modular< modulus< unsigned long int, modulus_int_preinverse< m > >, V2 > > , matrix_variant_helper< modular< modulus< long long int, modulus_int_naive< m > >, V2 > > , matrix_variant_helper< modular< modulus< long long int, modulus_int_preinverse< m > >, V2 > > , matrix_variant_helper< modular< modulus< unsigned long long int, modulus_int_naive< m > >, V2 > > , matrix_variant_helper< modular< modulus< unsigned long long int, modulus_int_preinverse< m > >, V2 > > , matrix_variant_helper< modular< modulus< signed char, modulus_int_naive< m > >, V2 > > , matrix_variant_helper< modular< modulus< signed char, modulus_int_preinverse< m > >, V2 > > , matrix_variant_helper< modular< modulus< unsigned char, modulus_int_naive< m > >, V2 > >
• max_order() : primitive_root_helper< C > , primitive_root_helper_modular_int< I, V, W > , primitive_root_helper< modular< modulus< nat, V >, modular_fixed< nat, 0x0c0000001 > > >
• me() : solver_series_rep< C, V >
• mod() : implementation< crt_project, V, crt_naive >
• modulus() : modulus< polynomial< C, V >, modulus_polynomial_preinverse< W > > , modulus< polynomial< C, V >, modulus_polynomial_power_of_the_variable< W > >
• Modulus_variant() : base_unsigned_integer_transformer< I > , std_J_I , std_base_naive< C, I > , std_crt_naive< integer > , std_crt_dicho< integer > , std_crt_naive< C > , std_base_dicho< C > , base_integer_transformer< I > , std_J_I
• mul() : implementation< polynomial_multiply, V, polynomial_modular< W > > , implementation< polynomial_multiply, V, polynomial_naive > , implementation< polynomial_multiply, V, polynomial_kronecker< W > > , mat_mul_aligned_helper< V, W, Op, D, S1, S2 > , implementation< matrix_multiply_base, Z, matrix_assume_aligned< V, W > > , implementation< matrix_multiply, V, matrix_naive > , implementation< matrix_multiply_base, Z, matrix_aligned< V, W > > , implementation< matrix_multiply, V, matrix_balanced< W > > , implementation< matrix_multiply_base, V, matrix_modular< MV > > , implementation< matrix_multiply, V, matrix_balanced< W > > , implementation< matrix_multiply, V, matrix_complex< CV > > , implementation< matrix_multiply, V, matrix_crt< W > > , matrix_multiply_helper< div_type< Op, 1 >, D, S1, S2, r, l, c > , implementation< matrix_multiply, V, matrix_crt< W > > , matrix_multiply_helper< Op, D, S1, S2, r, l, c > , matrix_multiply_helper< div_type< Op, 2 >, D, S1, S2, r, l, c > , matrix_multiply_helper< div_type< Op, 3 >, D, S1, S2, r, l, c > , matrix_multiply_helper< Op, D, S1, S2, 1, 1, 1 > , implementation< matrix_multiply_base, V, matrix_modular< MV > > , implementation< matrix_multiply_base, V, matrix_modular_int > , implementation< matrix_multiply_base, V, matrix_naive > , implementation< polynomial_multiply, V, polynomial_unrolled< W, m > > , implementation< matrix_multiply, V, matrix_naive > , implementation< matrix_multiply, V, matrix_quotient< W > > , implementation< matrix_multiply_base, V, matrix_strassen< W > > , implementation< matrix_multiply_base, V, matrix_unrolled< sz, W > > , multiplier_helper< C, D, m > , multiplier_helper< C, void, m > , modulus_multiplier_int_preinverse_helper< size > , implementation< polynomial_multiply, V, polynomial_carry_naive< W > > , implementation< polynomial_multiply, V, polynomial_complex< CV > > , implementation< polynomial_multiply, V, polynomial_karatsuba< W > > , noop_helper , implementation< polynomial_multiply, V, polynomial_kronecker< W > > , implementation< polynomial_multiply, V, polynomial_modular< W > > , structured_helper< TD, T1, T2 > , implementation< polynomial_multiply, V, polynomial_balanced_tft< W > > , implementation< polynomial_multiply, V, polynomial_tangent< CV > > , implementation< polynomial_multiply, V, polynomial_quotient< W > > , implementation< polynomial_multiply, V, polynomial_schonhage_inc< W, Th, Th_rec > > , implementation< polynomial_multiply, V, polynomial_schonhage_strassen_inc< W, Th > > , implementation< polynomial_multiply, V, polynomial_tft_inc< W, Th > > , implementation< polynomial_multiply, V, polynomial_balanced< W > > , implementation< polynomial_multiply, V, polynomial_schonhage_triadic_inc< W, Th > >
• mul_add() : implementation< polynomial_vectorial, V, polynomial_carry_naive< W > > , implementation< polynomial_vectorial, V, polynomial_naive > , implementation< polynomial_vectorial, V, polynomial_carry_naive< W > > , implementation< polynomial_vectorial, V, polynomial_naive > , implementation< polynomial_vectorial, V, polynomial_carry_naive< W > >
• mul_mod() : modulus_polynomial_mul_preinverse< X, W > , modulus_polynomial_mul_power_of_the_variable< X, W > , modulus_polynomial_mul_preinverse< X, W > , modulus_polynomial_mul_power_of_the_variable< X, W >
• mul_negative_cyclic() : implementation< polynomial_multiply, V, polynomial_schonhage_strassen_inc< W, Th > >
• mul_negative_cyclic_truncated() : implementation< polynomial_multiply, V, polynomial_schonhage_strassen_inc< W, Th > >
• mul_sc() : implementation< polynomial_vectorial, V, polynomial_carry_naive< W > > , implementation< polynomial_vectorial, V, polynomial_naive > , implementation< polynomial_vectorial, V, polynomial_carry_naive< W > > , implementation< polynomial_vectorial, V, polynomial_naive >
• mul_series_rep() : mul_series_rep< M, V > , mul_series_rep< C, V > , mul_series_rep< M, V > , mul_series_rep< C, V > , mul_series_rep< M, V >
• mul_stride() : matrix_multiply_helper< div_type< Op, 1 >, D, S1, S2, r, l, c > , matrix_multiply_helper< div_type< Op, 3 >, D, S1, S2, r, l, c > , matrix_multiply_helper< div_type< Op, 2 >, D, S1, S2, r, l, c > , matrix_multiply_helper< Op, D, S1, S2, r, l, c > , matrix_multiply_helper< Op, D, S1, S2, 1, 1, 1 >
• mul_triadic() : implementation< polynomial_multiply, V, polynomial_schonhage_triadic_inc< W, Th > >
• multi_gcd() : implementation< polynomial_gcd, V, polynomial_ring_naive< W > > , implementation< polynomial_evaluate, V, polynomial_gcd_ring_dicho_inc< W > > , implementation< polynomial_evaluate, V, polynomial_naive > , implementation< polynomial_evaluate, V, polynomial_dicho< BV > >
• multi_mod() : implementation< polynomial_evaluate, V, polynomial_naive >
• multi_prem() : implementation< polynomial_evaluate, V, polynomial_dicho< BV > > , implementation< polynomial_evaluate, V, polynomial_naive >
• multi_rem() : implementation< polynomial_evaluate, V, polynomial_naive > , implementation< polynomial_evaluate, V, polynomial_dicho< BV > >
• multiplier() : multiplier< modular< modulus< C, modulus_int_preinverse< size > >, V > > , multiplier< C > , multiplier< modular< modulus< C, modulus_int_preinverse< size > >, V > > , multiplier< C >
• multiply() : implementation< polynomial_multiply, V, polynomial_karatsuba< W > >