Lines Matching defs:rounding

58     const Real &y, Rounding rounding) const {
90     return y.Add(*this, rounding);
96       return y.Add(*this, rounding);
99       // x + (-x) -> +0.0 unless rounding is directed downwards
100       if (rounding.mode == common::RoundingMode::Down) {
120     // the rounding bits.
132       result, isNegative, exponent, fraction, rounding, roundingBits);
138     const Real &y, Rounding rounding) const {
189       NormalizeAndRound(result, isNegative, exponent, product.upper, rounding,
198     const Real &y, Rounding rounding) const {
258           result, isNegative, exponent, quotient, rounding, roundingBits);
265 ValueWithRealFlags<Real<W, P>> Real<W, P>::SQRT(Rounding rounding) const {
295       result = scaled.SQRT(rounding);
307     // rounding.
324         Fraction::ConvertUnsigned(extFrac.SHIFTR(2)).value, rounding,
383     const Real &y, Rounding rounding) const {
393     auto yOverX{y.Divide(*this, rounding)}; // y/x
395     auto squared{yOverX.value.Multiply(yOverX.value, rounding)}; // (y/x)**2
399     auto sum{squared.value.Add(one, rounding)}; // 1.0 + (y/x)**2
403     result = sqrt.value.Multiply(ABS(), rounding);
418     const Real &p, Rounding rounding) const {
438             result.value.Subtract(adj, rounding).AccumulateFlags(result.flags);
455     const Real &p, Rounding rounding) const {
456   ValueWithRealFlags<Real> result{MOD(p, rounding)};
462           result.value.Add(p, rounding).AccumulateFlags(result.flags);
470     const Real &y, Rounding rounding) const {
476     result = Subtract(y, rounding);
511     const Fraction &fraction, Rounding rounding, RoundingBits *roundingBits) {
515     // No fraction, no rounding bits -> +/-0.0
529     if (rounding.mode == common::RoundingMode::TiesToEven ||
530         rounding.mode == common::RoundingMode::TiesAwayFromZero ||
531         (rounding.mode == common::RoundingMode::Up && !negative) ||
532         (rounding.mode == common::RoundingMode::Down && negative)) {
538       // directed rounding: round to largest finite value rather than infinity
577     Rounding rounding, const RoundingBits &bits, bool multiply) {
585       bits.MustRound(rounding, IsNegative(), word_.BTEST(0) /* is odd */)) {
590       // The fraction was all ones before rounding; sum.value is now zero
601     if (rounding.x86CompatibleBehavior && Exponent() != 0 && multiply &&
604             (rounding.mode != common::RoundingMode::Up &&
605                 rounding.mode != common::RoundingMode::Down))) {
608       // the guard bit is set or we're not using directed rounding
618     bool isNegative, int exponent, const Fraction &fraction, Rounding rounding,
621       isNegative, exponent, fraction, rounding, &roundingBits);
622   result.flags |= result.value.Round(rounding, roundingBits, multiply);
626     common::RoundingMode rounding) {
627   switch (rounding) {
658     const char *&p, Rounding rounding) {
660       decimal::ConvertToBinary<P>(p, MapRoundingMode(rounding.mode))};