Îõ³h$tÄ"      !(C) 2014 Edward Kmett BSD-style (see the file LICENSE)Edward Kmett  experimentalPatternSynonyms Trustworthy38èähalf Convert a  to a " while preserving NaNhalf Convert a " to a Ó with proper rounding, while preserving NaN and dealing appropriately with infinityhalf?Number of base 10 digits that can be represented without changehalf:Smallest positive e for which half (1.0 + e) != half (1.0) halfLargest positive half half!Smallest positive normalized half halfSmallest positive half halfSignalling NaN half Quiet NaNhalfNegative infinityhalfPositive infinityhalfIs this  equal to 0?half%Naive pure-Haskell implementation of .half%Naive pure-Haskell implementation of .  (C) 2014 Edward Kmett BSD-style (see the file LICENSE)Edward Kmett  experimentalPatternSynonymsSafeèž  #      !"#$%&'!half-0.3.1-9lbWg8ADTvABc65REpOkufNumeric.Half.Internal Numeric.HalfHalfgetHalffromHalftoHalfHALF_MAX_10_EXPHALF_MIN_10_EXPHALF_DIG HALF_EPSILONHALF_MAX HALF_NRM_MINHALF_MINSNaNQNaNNEG_INFPOS_INFisZeropure_floatToHalfpure_halfToFloat$fLiftLiftedRepHalf $fNumHalf$fRealFloatHalf$fFloatingHalf$fRealFracHalf$fFractionalHalf $fRealHalf $fOrdHalf$fEqHalf $fReadHalf $fShowHalf$fStorableHalf $fBinaryHalf $fNFDataHalf $fGenericHalfghc-prim GHC.TypesFloat