Module mpmfnum::ops

Rounded mathematical operations.

Implementations of these traits operate on Real types, rounding the result according to a given RoundingContext.

Traits

• RoundedAbs
  Rounded |x| for rounding contexts.
• RoundedAcos
  Rounded arccos(x) for rounding contexts.
• RoundedAcosh
  Rounded arcosh(x) for rounding contexts.
• RoundedAdd
  Rounded x + y for rounding contexts.
• RoundedAsin
  Rounded arcsin(x) for rounding contexts.
• RoundedAsinh
  Rounded arsinh(x) for rounding contexts.
• RoundedAtan
  Rounded arctan(x) for rounding contexts.
• RoundedAtan2
  Rounded arctan(y / x) for rounding contexts.
• RoundedAtanh
  Rounded artanh(x) for rounding contexts.
• RoundedCbrt
  Rounded cbrt(x) for rounding contexts.
• RoundedCos
  Rounded cos(x) for rounding contexts.
• RoundedCosPi
  Rounded cos(pi * x) for rounding contexts.
• RoundedCosh
  Rounded cosh(x) for rounding contexts.
• RoundedDiv
  Rounded x / y for rounding contexts.
• RoundedErf
  Rounded erf(x) for rounding contexts.
• RoundedErfc
  Rounded erfc(x) for rounding contexts.
• RoundedExp
  Rounded exp(x) for rounding contexts.
• RoundedExp2
  Rounded 2^x for rounding contexts.
• RoundedExp2m1
  Rounded 2^x - 1 for rounding contexts.
• RoundedExp10m1
  Rounded 10^x - 1 for rounding contexts.
• RoundedExpm1
  Rounded e^x - 1 for rounding contexts.
• RoundedFMA
  Rounded a*b + c for rounding contexts.
• RoundedFmod
  Rounded fmod(x, y) for rounding contexts.
• RoundedGamma
  Rounded tgamma(x) for rounding contexts.
• RoundedHypot
  Rounded sqrt(x^2 + y^2) for rounding contexts.
• RoundedLgamma
  Rounded lgamma(x) for rounding contexts.
• RoundedLog
  Rounded ln(x) for rounding contexts.
• RoundedLog1p
  Rounded log(x + 1) for rounding contexts.
• RoundedLog2
  Rounded log2(x) for rounding contexts.
• RoundedLog2p1
  Rounded log2(x + 1) for rounding contexts.
• RoundedLog10
  Rounded log10(x) for rounding contexts.
• RoundedLog10p1
  Rounded log10(x + 1) for rounding contexts.
• RoundedMul
  Rounded x * y for rounding contexts.
• RoundedNeg
  Rounded -x for rounding contexts.
• RoundedPow
  Rounded x ^ y for rounding contexts.
• RoundedRecip
  Rounded 1/x for rounding contexts.
• RoundedRecipSqrt
  Rounded 1/sqrt(x) for rounding contexts.
• RoundedRemainder
  Rounded remainder(x, y) for rounding contexts.
• RoundedSin
  Rounded sin(x) for rounding contexts.
• RoundedSinPi
  Rounded sin(pi * x) for rounding contexts.
• RoundedSinh
  Rounded sinh(x) for rounding contexts.
• RoundedSqrt
  Rounded sqrt(x) for rounding contexts.
• RoundedSub
  Rounded x - y for rounding contexts.
• RoundedTan
  Rounded tan(x) for rounding contexts.
• RoundedTanPi
  Rounded tan(pi * x) for rounding contexts.
• RoundedTanh
  Rounded tanh(x) for rounding contexts.

Functions

• abs
  Computes |x| and rounds according to the RoundingContext ctx.
• acos
  Computes arccos(x) and rounds according to the RoundingContext ctx.
• acosh
  Computes arcosh(x) and rounds according to the RoundingContext ctx.
• add
  Computes x + y and rounds according to the RoundingContext ctx.
• asin
  Computes arcsin(x) and rounds according to the RoundingContext ctx.
• asinh
  Computes arsinh(x) and rounds according to the RoundingContext ctx.
• atan
  Computes arctan(x) and rounds according to the RoundingContext ctx.
• atan2
  Computes arctan(y / x) and rounds according to the RoundingContext ctx.
• atanh
  Computes artanh(x) and rounds according to the RoundingContext ctx.
• cbrt
  Computes cbrt(x) and rounds according to the RoundingContext ctx.
• cos
  Computes cos(x) and rounds according to the RoundingContext ctx.
• cos_pi
  Computes cos(pi * x) and rounds according to the RoundingContext ctx.
• cosh
  Computes cosh(x) and rounds according to the RoundingContext ctx.
• div
  Computes x / y and rounds according to the RoundingContext ctx.
• erf
  Computes erf(x) and rounds according to the RoundingContext ctx.
• erfc
  Computes erfc(x) and rounds according to the RoundingContext ctx.
• exp
  Computes exp(x) and rounds according to the RoundingContext ctx.
• exp2
  Computes 2^x and rounds according to the RoundingContext ctx.
• exp2m1
  Computes 2^x - 1 and rounds according to the RoundingContext ctx.
• exp10m1
  Computes 10^x - 1 and rounds according to the RoundingContext ctx.
• expm1
  Computes e^x - 1 and rounds according to the RoundingContext ctx.
• fma
  Computes a*b + c and rounds according to the RoundingContext ctx.
• fmod
  Computes fmod(x, y) and rounds according to the RoundingContext ctx.
• hypot
  Computes sqrt(x^2 + y^2) and rounds according to the RoundingContext ctx.
• lgamma
  Computes lgamma(x) and rounds according to the RoundingContext ctx.
• log
  Computes ln(x) and rounds according to the RoundingContext ctx.
• log1p
  Computes log(x + 1) and rounds according to the RoundingContext ctx.
• log2
  Computes log2(x) and rounds according to the RoundingContext ctx.
• log2p1
  Computes log2(x + 1) and rounds according to the RoundingContext ctx.
• log10
  Computes log10(x) and rounds according to the RoundingContext ctx.
• log10p1
  Computes log10(x + 1) and rounds according to the RoundingContext ctx.
• mul
  Computes x * y and rounds according to the RoundingContext ctx.
• neg
  Computes -x and rounds according to the RoundingContext ctx.
• pow
  Computes x ^ y and rounds according to the RoundingContext ctx.
• recip
  Computes 1/x and rounds according to the RoundingContext ctx.
• recip_sqrt
  Computes 1/sqrt(x) and rounds according to the RoundingContext ctx.
• remainder
  Computes remainder(x, y) and rounds according to the RoundingContext ctx.
• sin
  Computes sin(x) and rounds according to the RoundingContext ctx.
• sin_pi
  Computes sin(pi * x) and rounds according to the RoundingContext ctx.
• sinh
  Computes sinh(x) and rounds according to the RoundingContext ctx.
• sqrt
  Computes sqrt(x) and rounds according to the RoundingContext ctx.
• sub
  Computes x - y and rounds according to the RoundingContext ctx.
• tan
  Computes tan(x) and rounds according to the RoundingContext ctx.
• tan_pi
  Computes tan(pi * x) and rounds according to the RoundingContext ctx.
• tanh
  Computes tanh(x) and rounds according to the RoundingContext ctx.
• tgamma
  Computes tgamma(x) and rounds according to the RoundingContext ctx.