module Data.Array.Accelerate.Classes.Floating (
Floating,
P.pi,
P.sin, P.cos, P.tan,
P.asin, P.acos, P.atan,
P.sinh, P.cosh, P.tanh,
P.asinh, P.acosh, P.atanh,
P.exp,
P.sqrt,
P.log,
(P.**),
P.logBase,
) where
import Data.Array.Accelerate.Smart
import Data.Array.Accelerate.Type
import Data.Array.Accelerate.Classes.Fractional
import qualified Prelude as P
type Floating a = (Fractional a, P.Floating (Exp a))
instance P.Floating (Exp Float) where
pi = mkPi
sin = mkSin
cos = mkCos
tan = mkTan
asin = mkAsin
acos = mkAcos
atan = mkAtan
sinh = mkSinh
cosh = mkCosh
tanh = mkTanh
asinh = mkAsinh
acosh = mkAcosh
atanh = mkAtanh
exp = mkExpFloating
sqrt = mkSqrt
log = mkLog
(**) = mkFPow
logBase = mkLogBase
instance P.Floating (Exp Double) where
pi = mkPi
sin = mkSin
cos = mkCos
tan = mkTan
asin = mkAsin
acos = mkAcos
atan = mkAtan
sinh = mkSinh
cosh = mkCosh
tanh = mkTanh
asinh = mkAsinh
acosh = mkAcosh
atanh = mkAtanh
exp = mkExpFloating
sqrt = mkSqrt
log = mkLog
(**) = mkFPow
logBase = mkLogBase
instance P.Floating (Exp CFloat) where
pi = mkPi
sin = mkSin
cos = mkCos
tan = mkTan
asin = mkAsin
acos = mkAcos
atan = mkAtan
sinh = mkSinh
cosh = mkCosh
tanh = mkTanh
asinh = mkAsinh
acosh = mkAcosh
atanh = mkAtanh
exp = mkExpFloating
sqrt = mkSqrt
log = mkLog
(**) = mkFPow
logBase = mkLogBase
instance P.Floating (Exp CDouble) where
pi = mkPi
sin = mkSin
cos = mkCos
tan = mkTan
asin = mkAsin
acos = mkAcos
atan = mkAtan
sinh = mkSinh
cosh = mkCosh
tanh = mkTanh
asinh = mkAsinh
acosh = mkAcosh
atanh = mkAtanh
exp = mkExpFloating
sqrt = mkSqrt
log = mkLog
(**) = mkFPow
logBase = mkLogBase