úÎì7      Decrement a resolution Subtract resolutions Add resolutions Increment a resolution =Instances of this class are useful as the first parameter of  . <Given a fixed-point number, give the number of bits used to  represent its fractional part. AThe first type parameter represents the number of bits to devote D to the fractional part of the number. The second type parameter is - the underlying representation. For example, Fixed E8 Int16 uses D eight bits for the integer component (of which one bit is used for 8 the sign) and eight bits for the fractional component. :Fast conversion between fixed-point numbers with the same  fractional size. :Fast conversion between fixed-point numbers with the same  representation size. BMultiplication without throwing away fractional information. Note  that this doesn'3t help against losing significant information from > the integer component. If you are concerned about preventing 9 overflow then convert to a larger representation first. <Division without throwing away fractional information. Same  caveats apply as with '(*.)'.     !      !"#$fixed-point-0.2.0.0Data.Fixed.Binarybase Data.Fixedmod'divMod'div'E64E32E30E20E16E10E8E4E2E1P:-:+SE0 HasResolution resolutionFixed fixedRadix fixedSize*./.unFixedinFixedinFixed2withResolution readNumber convertFrac toRealFloat