- b -

• base : modulus< C, modulus_int_preinverse< m > > , modulus< C, V >
• boundary_type : interval< C, V >
• BV : ball_variant_helper< floating< V > > , ball_variant_helper< double > , ball_variant_helper< C >

- c -

• C : modular< M, V > , modular< M, modular_local >

- d -

• DV : rounding_helper< double > , rounding_helper< floating< V > >

- e -

• EV : elementary_variant< C, Real, V > , elementary_variant< C, C, V >

- f -

• Fallback : implementation< ball_additive, IV, ball_infinities< BV > > , implementation< ball_multiplicative, IV, ball_infinities< BV > > , implementation< ball_abs, IV, ball_infinities< BV > > , implementation< ball_shift, IV, ball_infinities< BV > > , implementation< ball_root, IV, ball_infinities< BV > >
• fast_type : fast_helper< complex< C > > , fast_helper< floating< V > >
• floating : Numerix

- h -

• H : rounded_floating< Mode >::helper< Op, floating< V > >
• Helper : affine< C, VC >

- i -

• ieee : Numerix
• integer : Numerix
• interval_rational : Numerix

- l -

• long_ge : modulus_mul_int_preinverse< V >::mul_mod_helper< C, void, m >
• long_mul : modulus_mul_int_preinverse< V >::_dynamic_inverse_helper< C, void > , modulus_mul_int_preinverse< V >::mul_mod_helper< C, void, m >
• long_rshift : modulus_mul_int_preinverse< V >::mul_mod_helper< C, void, m > , modulus_mul_int_preinverse< V >::_dynamic_inverse_helper< C, void >
• long_sub : modulus_mul_int_preinverse< V >::_dynamic_inverse_helper< C, void > , modulus_mul_int_preinverse< V >::mul_mod_helper< C, void, m >

- m -

• modulus : modular< M, V > , modular< M, modular_local >
• MV : modulus_variant_helper< integer > , modulus_variant_helper< long long int > , modulus_variant_helper< long int > , modulus_variant_helper< int > , modulus_variant_helper< short int > , modulus_variant_helper< signed char > , modulus_variant_helper< char > , modulus_variant_helper< long long unsigned int > , modulus_variant_helper< long unsigned int > , modulus_variant_helper< unsigned int > , modulus_variant_helper< short unsigned int > , modulus_variant_helper< unsigned char > , modular_variant_helper< M > , modulus_variant_helper< C >

- r -

• rational : Numerix
• Rnd : ball< C, R, V > , implementation< ball_root, IV, ball_complex< BV > > , implementation< ball_root, IV, ball_infinities< BV > > , implementation< ball_abs, W, ball_rounded > , implementation< ball_shift, W, ball_rounded > , implementation< ball_ordered, W, ball_rounded > , implementation< ball_elementary, W, ball_rounded > , implementation< ball_root, W, ball_rounded > , implementation< ball_multiplicative, W, ball_rounded > , implementation< ball_additive, W, ball_rounded > , implementation< ball_shift, IV, ball_infinities< BV > > , implementation< ball_abs, IV, ball_infinities< BV > > , implementation< ball_elementary, IV, ball_complex< BV > > , implementation< ball_multiplicative, IV, ball_infinities< BV > > , implementation< ball_additive, IV, ball_infinities< BV > > , implementation< ball_complex_construct, IV, ball_complex< BV > >
• rounding_mode : rounding_helper< double > , rounding_helper< floating< V > >
• RV : rounded_floating< Mode >::helper< Op, floating< V > >

- s -

• S : modular< M, V > , modular< M, modular_local >
• self_type : modulus< C, modulus_int_preinverse< m > > , modulus< C, V >

- t -

• T : scalar_set< X > , kernelof_< Numerix::integer > , kernelof_< Numerix::floating > , kernelof_< floating<> > , kernelof_< rational > , kernelof_< integer > , kernelof_< Numerix::rational >
• type : simd_base_helper< C > , simd_helper< C >

- u -

• uC : modulus_maximum_size_int< size >::maximum_value_helper< C > , modulus_mul_int_preinverse< V >::_dynamic_inverse_helper< C, D > , modulus_mul_int_preinverse< V >::auxiliaries_helper< C, p > , modulus_mul_int_preinverse< V >::_dynamic_inverse_helper< C, void >
• uD : modulus_mul_int_preinverse< V >::_dynamic_inverse_helper< C, D > , modulus_mul_int_preinverse< V >::auxiliaries_helper< C, p >
• UV : rounding_helper< floating< V > > , rounding_helper< double >

- v -

• V : modular< M, modular_local >
• variant : modulus< C, V > , modulus< C, modulus_int_preinverse< m > >