Modulefmt-0.6.3.0Haskell2010

Fmt.Internal.Numeric

12 values

Packagefmt-0.6.3.0
Exports12
LanguageHaskell2010
LicenceBSD-3-Clause
SourceNumeric.hs

Example1 expression

>>> import Fmt

valueoctF :: Integral a => a -> Builder

Format a number as octal:

Example1 expression

>>> listF' octF [7,8,9,10]"[7, 10, 11, 12]"

valuebinF :: Integral a => a -> Builder

Format a number as binary:

Example1 expression

>>> listF' binF [7,8,9,10]"[111, 1000, 1001, 1010]"

valuebaseF :: (HasCallStack, Integral a) => Int -> a -> Builder

Format a number in arbitrary base (up to 36):

Example3 expressions

>>> baseF 3 10000"111201101">>> baseF 7 10000"41104">>> baseF 36 10000"7ps"

valuefloatF :: Real a => a -> Builder

Format a floating-point number:

Example1 expression

>>> floatF 3.1415"3.1415"

Numbers smaller than 1e-6 or bigger-or-equal to 1e21 will be displayed using scientific notation:

Example3 expressions

>>> listF' floatF [-1.2,-12.2]"[-1.2, -12.2]">>> listF' floatF [1e-6,9e-7]"[0.000001, 9.0e-7]">>> listF' floatF [9e20,1e21]"[900000000000000000000.0, 1.0e21]"

valueexptF :: Real a => Int -> a -> Builder

Format a floating-point number using scientific notation, with the given amount of decimal places.

Example1 expression

>>> listF' (exptF 5) [pi,0.1,10]"[3.14159e0, 1.00000e-1, 1.00000e1]"

valuefixedF :: Real a => Int -> a -> Builder

Format a floating-point number without scientific notation:

Example1 expression

>>> listF' (fixedF 5) [pi,0.1,10]"[3.14159, 0.10000, 10.00000]"

valuecommaizeF :: (Buildable a, Integral a) => a -> Builder

Break digits in a number:

Example1 expression

>>> commaizeF 15830000"15,830,000"

valueordinalF :: (Buildable a, Integral a) => a -> Builder

Add an ordinal suffix to a number:

Example2 expressions

>>> ordinalF 15"15th">>> ordinalF 22"22nd"

valuegroupInt :: (Buildable a, Integral a) => Int -> Char -> a -> Builder

valueatBase :: Integral a => Int -> a -> String

valueshowSigned' :: Real a => (a -> ShowS) -> a -> ShowS

valueintToDigit' :: Int -> Char