Module

Data.HugeNum

#fromString 

fromString :: String -> Maybe HugeNum

Create a HugeNum from a String. Strings should be in the form of a Purescript Number. For example, fromString "123.456" => Just (HugeNum 123.456)

#fromNumber 

fromNumber :: Number -> HugeNum

#toNumber 

toNumber :: HugeNum -> Number

Creates a HugeNum from a Number. May lose precision if the argument is too large.

#toString 

toString :: HugeNum -> String

#integerPart 

integerPart :: HugeNum -> HugeNum

Returns the integer part of a HugeNum.

#fractionalPart 

fractionalPart :: HugeNum -> HugeNum

Returns the fractional part of a HugeNum.

#numOfIntegral 

numOfIntegral :: HugeNum -> Int

Counts how many digits are before the decimal.

#numOfFractional 

numOfFractional :: HugeNum -> Int

Counts how many digits are after the decimal.

#abs 

abs :: HugeNum -> HugeNum

Creates a nonnegative value with the same magnitude as the argument.

#neg 

neg :: HugeNum -> HugeNum

Flips the sign. While negate from the Prelude does the same, this is faster.

#isNegative 

isNegative :: HugeNum -> Boolean

#isPositive 

isPositive :: HugeNum -> Boolean

#isZero 

isZero :: HugeNum -> Boolean

#floor 

floor :: HugeNum -> HugeNum

Returns the closest integer-valued HugeNum less than or equal to the argument.

#ceil 

ceil :: HugeNum -> HugeNum

Returns the closest integer-valued HugeNum greater than or equal to the argument.

#round 

round :: HugeNum -> HugeNum

Returns the closest integer-valued HugeNum to the argument.

#googol 

googol :: HugeNum

#subHugeNum 

subHugeNum :: HugeNum -> HugeNum -> HugeNum

#pow 

pow :: HugeNum -> Int -> HugeNum

Raise a HugeNum to an integer power.

#(^)

Operator alias for Data.HugeNum.pow (right-associative / precedence 8)

#truncate 

truncate :: Int -> HugeNum -> HugeNum

Limits the number of digits past the decimal.

Modules