- s -

• scalar_set() : scalar_set< X >
• set_local_modulus() : modular< M, modular_local >
• set_modulus() : modular< M, V > , modular< M, modular_local > , modular_local::modulus_storage< M > , modular_global::modulus_storage< M > , modular_fixed< C, p >::modulus_storage< M >
• set_rounding() : rounding_helper< double > , rounding_helper< floating< V > >
• shiftl() : implementation< ball_shift, W, ball_rounded > , implementation< ball_shift, IV, ball_infinities< BV > > , implementation< ball_shift, W, ball_rough >
• shiftr() : implementation< ball_shift, IV, ball_infinities< BV > > , implementation< ball_shift, W, ball_rough > , implementation< ball_shift, W, ball_rounded >
• short_type_name() : binary_helper< twin< C, D, V > > , binary_helper< affine< C, VC > > , binary_helper< ball< C, R, V > > , binary_helper< complex< C > > , binary_helper< floating< V > > , binary_helper< integer > , binary_helper< interval< C, V > > , binary_helper< rational > , binary_helper< tangent< C, D > >
• sin() : implementation< ball_elementary, IV, ball_complex< BV > > , implementation< ball_elementary, W, ball_rounded > , rounded_operations< V >
• sinh() : implementation< ball_elementary, IV, ball_complex< BV > > , implementation< ball_elementary, W, ball_rounded > , rounded_operations< V >
• smallest() : rounded_operations< V >
• sqrt() : implementation< ball_root, W, ball_rounded > , implementation< ball_root, IV, ball_complex< BV > > , implementation< ball_root, IV, ball_infinities< BV > > , implementation< ball_root, W, ball_rough > , rounded_operations< V >
• square() : implementation< ball_multiplicative, IV, ball_infinities< BV > > , implementation< ball_multiplicative, W, ball_rough > , implementation< ball_multiplicative, W, ball_rounded > , rounded_operations< V > , rounded_opposite< V >
• sub() : implementation< ball_additive, W, ball_rounded > , rounded_operations< V > , implementation< ball_additive, W, ball_rough > , implementation< ball_additive, W, ball_rounded > , implementation< ball_additive, IV, ball_infinities< BV > > , implementation< ball_additive, W, ball_rough > , implementation< ball_additive, IV, ball_infinities< BV > > , implementation< ball_additive, W, ball_rounded > , rounded_opposite< V >
• sub_as() : rounded_operations< V >
• sub_mod() : modulus_add_naive< V > , modulus_add_int_naive< V > , modulus_add_integer_naive< V > , modulus_add_naive< V > , modulus_add_int_naive< V > , modulus_add_naive< V > , modulus_add_int_naive< V > , modulus_add_integer_naive< V > , modulus_add_int_naive< V >
• sub_mod_core() : modulus_add_integer_naive< V > , modulus_add_int_naive< V > , modulus_add_integer_naive< V > , modulus_add_int_naive< V >