Numeric.IEEE

Methods

• infinity :: a

  Infinity value.

• minDenormal :: a

  The smallest representable positive value.

• minNormal :: a

  The smallest representable positive normalized value.

• maxFinite :: a

  The largest representable finite value.

• epsilon :: a

  The smallest positive value x such that 1 + x is representable.

• copySign :: a -> a -> a

  copySign x y returns x with its sign changed to y's.

• identicalIEEE :: a -> a -> Bool

  Return True if two values are exactly (bitwise) equal.

• succIEEE :: a -> a

  Return the next largest IEEE value (Infinity and NaN are unchanged).

• predIEEE :: a -> a

  Return the next smallest IEEE value (-Infinity and NaN are unchanged).

• bisectIEEE :: a -> a -> a

  Given two values with the same sign, return the value halfway between them on the IEEE number line. If the signs of the values differ or either is NaN, the value is undefined.

• sameSignificandBits :: a -> a -> Int

  The number of significand bits which are equal in the two arguments (equivalent to feqrel from the Tango Math library). The result is between 0 and floatDigits.

• nan :: a

  Default NaN value.

• nanWithPayload :: Word64 -> a

  Quiet NaN value with a positive integer payload. Payload must be less than maxNaNPayload. Beware that while some platforms allow using 0 as a payload, this behavior is not portable.

• maxNaNPayload :: a -> Word64

  Maximum NaN payload for type a.

• nanPayload :: a -> Word64

  The payload stored in a NaN value. Undefined if the argument is not NaN.