Here is a list of all class members with links to the classes they belong to:

- r -

• R : binary_helper< algebraic_extension< C > > , binary_helper< algebraic_number_extension< C, Ball > > , fft_naive_transformer< C, V > , fft_triadic_threads_transformer< C, FFTER, thr > , fft_truncated_transformer< C, Ffter > , fft_simd_transformer< C, FFTER, FFTER_SIMD, thr > , vec_unary_helper< neg_op, modular< modulus< C, V >, W >, modular< modulus< C, V >, W >, n > , vec_binary_helper< add_op, modular< modulus< C, V >, W >, modular< modulus< C, V >, W >, modular< modulus< C, V >, W >, n > , fft_blocks_transformer< C, FFTER, log2_outer_block_size, log2_block_number, log2_inner_block_size, threshold > , fft_threads_transformer< C, FFTER, thr > , vec_binary_helper< sub_op, modular< modulus< C, V >, W >, modular< modulus< C, V >, W >, modular< modulus< C, V >, W >, n > , vec_binary_helper< mul_op, modular< modulus< C, V >, W >, modular< modulus< C, V >, W >, modular< modulus< C, V >, W >, n > , fft_triadic_naive_transformer< C, VV > , vec_binary_helper< div_op, modular< modulus< C, V >, W >, modular< modulus< C, V >, W >, modular< modulus< C, V >, W >, n >
• r1 : matrix_multiply_helper< div_type< Op, 1 >, D, S1, S2, r, l, c >
• r2 : matrix_multiply_helper< div_type< Op, 1 >, D, S1, S2, r, l, c >
• rank() : implementation< matrix_image, V, matrix_naive > , implementation< matrix_image, V, matrix_ring_naive< W > >
• ratio_threshold : matrix_crt_multiply_helper< C > , matrix_crt_multiply_helper< integer >
• rc : ldiv_sc_vec_series_rep< M, V > , ldiv_sc_mat_series_rep< M, V >
• rdiv_sc_series_rep() : rdiv_sc_series_rep< M, V, X >
• read() : binary_helper< algebraic< C, Extension > > , binary_helper< algebraic_extension< C > > , binary_helper< algebraic_number_extension< C, Ball > > , binary_helper< matrix< C, V > > , binary_helper< polynomial< C, V > > , binary_helper< quotient< NT, DT > >
• rec_add() : slp_polynomial_regular_root_series_rep< M, V, L >
• rec_minus() : slp_polynomial_regular_root_series_rep< M, V, L >
• rec_prod() : slp_polynomial_regular_root_series_rep< M, V, L >
• rec_square() : slp_polynomial_regular_root_series_rep< M, V, L >
• reconstruct() : implementation< polynomial_euclidean, V, polynomial_carry_naive< W > > , implementation< polynomial_gcd, V, polynomial_carry_naive< W > > , implementation< polynomial_euclidean, V, polynomial_dicho< BV > > , implementation< polynomial_euclidean, V, polynomial_naive > , implementation< polynomial_gcd, V, polynomial_naive > , implementation< polynomial_gcd, V, polynomial_ring_naive< W > >
• recursive_container_series_rep() : recursive_container_series_rep< C, V >
• recursive_series_rep() : recursive_series_rep< C, V >
• reduce_mod() : modulus_polynomial_reduction_preinverse< X >
• Reg : implementation< series_pth_root, U, series_carry_p_adic< W > >
• relocate() : fft_blocks_transformer< C, FFTER, log2_outer_block_size, log2_block_number, log2_inner_block_size, threshold >
• rem_sc() : implementation< polynomial_vectorial, V, polynomial_carry_naive< W > > , implementation< polynomial_vectorial, V, polynomial_naive >
• restrict_series_rep() : restrict_series_rep< C, V >
• ret : if_helper< b, T, E > , if_helper< false, T, E >
• reverse() : implementation< polynomial_vectorial, V, polynomial_carry_naive< W > > , implementation< polynomial_vectorial, V, polynomial_naive >
• reverse_series_rep() : reverse_series_rep< C, V >
• rf : ldiv_mat_monoblock_series_rep< M, V > , matrix_carry_mul_quo_series_rep< M, V, X > , ldiv_sc_mat_series_rep< M, V > , ldiv_mat_series_rep< M, V >
• rm : ldiv_vec_series_rep< M, V > , ldiv_mat_series_rep< M, V > , ldiv_vec_monoblock_series_rep< M, V > , ldiv_mat_monoblock_series_rep< M, V >
• rme : slp_polynomial_regular_root_series_rep< M, V, L >
• rmul() : multiplier< C > , multiplier< modular< modulus< C, modulus_int_preinverse< size > >, V > >
• roots : cached_roots_helper< V > , fft_naive_transformer< C, V > , fft_blocks_transformer< C, FFTER, log2_outer_block_size, log2_block_number, log2_inner_block_size, threshold > , fft_threads_transformer< C, FFTER, thr > , fft_simd_transformer< C, FFTER, FFTER_SIMD, thr > , fft_triadic_threads_transformer< C, FFTER, thr > , root_modular_naive , fft_triadic_naive_transformer< C, VV >
• roots_type : std_roots< complex< double > > , helper< C > , std_roots< C > , helper< C > , std_roots< polynomial< C, V > > , std_roots< modular< M, modular_fixed< D, d > > >
• row_binary_combine() : implementation< matrix_linear, V, matrix_naive >
• row_binary_scalar() : implementation< matrix_linear, V, matrix_naive >
• row_combine_sub() : implementation< matrix_linear, V, matrix_naive >
• row_div() : implementation< matrix_linear, V, matrix_naive >
• row_inn_prod() : implementation< matrix_orthogonalization, V, matrix_naive >
• row_is_zero() : implementation< matrix_linear, V, matrix_naive >
• row_mul() : implementation< matrix_linear, V, matrix_naive >
• row_orthogonalize() : implementation< matrix_orthogonalization, V, matrix_naive >
• row_orthonormalize() : implementation< matrix_orthogonalization, V, matrix_naive >
• row_permute() : implementation< matrix_permute, V, matrix_naive >
• row_swap() : implementation< matrix_linear, V, matrix_naive >
• row_sweep() : implementation< matrix_linear, V, matrix_naive >
• row_unary_scalar() : implementation< matrix_linear, V, matrix_naive >
• rx : matrix_carry_mul_quo_series_rep< M, V, X > , vector_carry_mul_quo_series_rep< M, V, X >