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adds the rest of the float intrinsics #20

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adds the rest of the float intrinsics #20

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1742546
the rest of the float intrinsics (without the `fast`s)
JeffreySarnoff Sep 26, 2021
09425bc
remove @pure
JeffreySarnoff Sep 26, 2021
73c31c4
expand Base math ops to support mixed Static Types
JeffreySarnoff Sep 27, 2021
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123 changes: 110 additions & 13 deletions src/float.jl
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Original file line number Diff line number Diff line change
@@ -1,7 +1,6 @@

"""
StaticFloat64{N}

StaticFloat64{N}
A statically sized `Float64`.
Use `StaticInt(N)` instead of `Val(N)` when you want it to behave like a number.
"""
Expand Down Expand Up @@ -41,22 +40,100 @@ Base.isone(::StaticFloat64) = false
Base.zero(::Type{T}) where {T<:StaticFloat64} = FloatZero()
Base.one(::Type{T}) where {T<:StaticFloat64} = FloatOne()

Base.@pure function fsub(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.sub_float(X, Y)::Float64}()
function fneg(::StaticFloat64{X}) where {X}
return StaticFloat64{Base.neg_float(X)::Float64}()
end

function fabs(::StaticFloat64{X}) where {X}
return StaticFloat64{Base.abs_float(X)::Float64}()
end

function fcopysign(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.copysign_float(X, Y)::Float64}()
end

function feq(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.eq_float(X, Y)::Float64}()
end

function fne(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.ne_float(X, Y)::Float64}()
end

function fle(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.le_float(X, Y)::Float64}()
end

function flt(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.lt_float(X, Y)::Float64}()
end

Base.@pure function fadd(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
function fadd(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.add_float(X, Y)::Float64}()
end

Base.@pure function fdiv(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.div_float(X, Y)::Float64}()
function fsub(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.sub_float(X, Y)::Float64}()
end

Base.@pure function fmul(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
function fmul(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.mul_float(X, Y)::Float64}()
end

function fdiv(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.div_float(X, Y)::Float64}()
end

function frem(::StaticFloat64{X}, ::StaticFloat64{Y}) where {X,Y}
return StaticFloat64{Base.rem_float(X, Y)::Float64}()
end

function fmuladd(::StaticFloat64{X}, ::StaticFloat64{Y}, ::StaticFloat64{Z}) where {X,Y,Z}
return StaticFloat64{Base.muladd_float(X,Y,Z)::Float64}()
end

function ffma(::StaticFloat64{X}, ::StaticFloat64{Y}, ::StaticFloat64{Z}) where {X,Y,Z}
return StaticFloat64{Base.fma_float(X,Y,Z)::Float64}()
end

Base.:(-)(x::FloatZero) = x
Base.:(-)(x::StaticFloat64{X}) where {X} = fneg(x)

Base.abs(x::FloatZero) = x
Base.abs(x::StaticFloat64{X}) where {X} = fabs(x)

Base.copysign(x::FloatZero, ::FloatZero) = x
Base.copysign(x::StaticFloat64{X}, ::FloatZero) where {X} = x
Base.copysign(::FloatZero, y::StaticFloat64{Y}) where {Y} = FloatZero
Base.copysign(x::StaticFloat64{X}, y::StaticFloat64{Y}) where {X,Y} = fcopysign(x,y )
Base.copysign(x::StaticFloat64{X}, y::StaticInt{Y}) where {X,Y} = copysign(x, float(y))
Base.copysign(x::StaticInt{X}, y::StaticFloat64{Y}) where {X,Y} = copysign(float(x), y)

Base.:(==)(x::FloatZero, ::FloatZero) = true
Base.:(==)(x::StaticFloat64{X}, ::FloatZero) where {X} = false
Base.:(==)(::FloatZero, y::StaticFloat64{Y}) where {Y} = false
Base.:(==)(x::StaticFloat64{X}, y::StaticFloat64{Y}) where {X,Y} = feq(x,y)
Base.:(==)(x::StaticFloat64{X}, y::StaticInt{Y}) where {X,Y} = ==(x, float(y))
Base.:(==)(x::StaticInt{X}, y::StaticFloat64{Y}) where {X,Y} = ==(float(x), y)

Base.:(!=)(x::FloatZero, ::FloatZero) = false
Base.:(!=)(x::StaticFloat64{X}, ::FloatZero) where {X} = true
Base.:(!=)(::FloatZero, y::StaticFloat64{Y}) where {Y} = true
Base.:(!=)(x::StaticFloat64{X}, y::StaticFloat64{Y}) where {X,Y} = fne(x,y)
Base.:(!=)(x::StaticFloat64{X}, y::StaticInt{Y}) where {X,Y} = !=(x, float(y))
Base.:(!=)(x::StaticInt{X}, y::StaticFloat64{Y}) where {X,Y} = !=(float(x), y)

Base.:(<=)(x::FloatZero, ::FloatZero) = true
Base.:(<=)(x::StaticFloat64{X}, y::StaticFloat64{Y}) where {X,Y} = fle(x,y)
Base.:(<=)(x::StaticFloat64{X}, y::StaticInt{Y}) where {X,Y} = <=(x, float(y))
Base.:(<=)(x::StaticInt{X}, y::StaticFloat64{Y}) where {X,Y} = <=(float(x), y)

Base.:(<)(x::FloatZero, ::FloatZero) = false
Base.:(<)(x::StaticFloat64{X}, y::StaticFloat64{Y}) where {X,Y} = flt(x,y)
Base.:(<)(x::StaticFloat64{X}, y::StaticInt{Y}) where {X,Y} = <(x, float(y))
Base.:(<)(x::StaticInt{X}, y::StaticFloat64{Y}) where {X,Y} = <(float(x), y)


Base.:+(x::StaticFloat64{X}, y::StaticFloat64{Y}) where {X,Y} = fadd(x, y)
Base.:+(x::StaticFloat64{X}, y::StaticInt{Y}) where {X,Y} = +(x, float(y))
Base.:+(x::StaticInt{X}, y::StaticFloat64{Y}) where {X,Y} = +(float(x), y)
Expand Down Expand Up @@ -92,10 +169,31 @@ Base.:*(x::StaticFloat64{X}, ::FloatOne) where {X} = x
Base.:*(::FloatOne, y::StaticFloat64{Y}) where {Y} = y
Base.:*(::FloatOne, y::FloatZero) = y


Base.:/(x::StaticFloat64{X}, y::StaticFloat64{Y}) where {X,Y} = fdiv(x, y)
Base.:/(x::StaticFloat64{X}, y::StaticInt{Y}) where {X,Y} = /(x, float(y))
Base.:/(x::StaticInt{X}, y::StaticFloat64{Y}) where {X,Y} = /(float(x), y)
Base.:(/)(x::StaticFloat64{X}, y::StaticFloat64{Y}) where {X,Y} = fdiv(x, y)
Base.:(/)(x::StaticFloat64{X}, y::StaticInt{Y}) where {X,Y} = /(x, float(y))
Base.:(/)(x::StaticInt{X}, y::StaticFloat64{Y}) where {X,Y} = /(float(x), y)

Base.:(%)(x::StaticFloat64{X}, y::StaticFloat64{Y}) where {X,Y} = frem(x, y)
Base.:(%)(x::StaticFloat64{X}, y::StaticInt{Y}) where {X,Y} = %(x, float(y))
Base.:(%)(x::StaticInt{X}, y::StaticFloat64{Y}) where {X,Y} = %(float(x), y)

Base.:fma(x::StaticFloat64{X}, y::StaticFloat64{Y}, z::StaticFloat64{Z}) where {X,Y,Z} = ffma(x, y, z)
Base.:fma(x::StaticFloat64{X}, y::StaticFloat64{Y}, z::StaticInt{Z}) where {X,Y,Z} = fma(x, y, float(z))
Base.:fma(x::StaticFloat64{X}, y::StaticInt{Y}, z::StaticFloat64{Z}) where {X,Y,Z} = fma(x, float(y), z)
Base.:fma(x::StaticInt{X}, y::StaticFloat64{Y}, z::StaticFloat64{Z}) where {X,Y,Z} = fma(float(x), y, z)
Base.:fma(x::StaticFloat64{X}, y::StaticInt{Y}, z::StaticInt{Z}) where {X,Y,Z} = fma(x, float(y), float(z))
Base.:fma(x::StaticInt{X}, y::StaticInt{Y}, z::StaticFloat64{Z}) where {X,Y,Z} = fma(float(x), float(y), z)
Base.:fma(x::StaticInt{X}, y::StaticFloat64{Y}, z::StaticInt{Z}) where {X,Y,Z} = fma(float(x), y, float(z))
Base.:fma(x::StaticInt{X}, y::StaticInt{Y}, z::StaticInt{Z}) where {X,Y,Z} = fma(float(x), float(y), float(z))

Base.:muladd(x::StaticFloat64{X}, y::StaticFloat64{Y}, z::StaticFloat64{Z}) where {X,Y,Z} = fmuladd(x, y, z)
Base.:muladd(x::StaticFloat64{X}, y::StaticFloat64{Y}, z::StaticInt{Z}) where {X,Y,Z} = muladd(x, y, float(z))
Base.:muladd(x::StaticFloat64{X}, y::StaticInt{Y}, z::StaticFloat64{Z}) where {X,Y,Z} = muladd(x, float(y), z)
Base.:muladd(x::StaticInt{X}, y::StaticFloat64{Y}, z::StaticFloat64{Z}) where {X,Y,Z} = muladd(float(x), y, z)
Base.:muladd(x::StaticFloat64{X}, y::StaticInt{Y}, z::StaticInt{Z}) where {X,Y,Z} = muladd(x, float(y), float(z))
Base.:muladd(x::StaticInt{X}, y::StaticInt{Y}, z::StaticFloat64{Z}) where {X,Y,Z} = muladd(float(x), float(y), z)
Base.:muladd(x::StaticInt{X}, y::StaticFloat64{Y}, z::StaticInt{Z}) where {X,Y,Z} = muladd(float(x), y, float(z))
Base.:muladd(x::StaticInt{X}, y::StaticInt{Y}, z::StaticInt{Z}) where {X,Y,Z} = muladd(float(x), float(y), float(z))

@generated Base.sqrt(::StaticInt{M}) where {M} = Expr(:call, Expr(:curly, :StaticFloat64, sqrt(M)))
@generated Base.sqrt(::StaticFloat64{M}) where {M} = Expr(:call, Expr(:curly, :StaticFloat64, sqrt(M)))
Expand All @@ -109,4 +207,3 @@ floortostaticint(x::AbstractFloat) = Base.fptosi(Int, x)
Base.:(^)(::StaticFloat64{x}, y::Float64) where {x} = exp2(log2(x) * y)

Base.inv(x::StaticFloat64{N}) where {N} = fdiv(one(x), x)