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fortuneCookie :: Fake Text

fakedata Faker.Quote

No documentation available.
formation :: Fake Text

fakedata Faker.Sport.Volleyball

No documentation available.
package formatn

Formatting of doubles. This package provides support for number formatting styles, especially styles involving significant figure calculations.
Usage
```
>>> import Data.FormatN

>>> comma (Just 3) 1234
1,230
```
format :: FormatStyle -> Maybe Int -> Double -> Text

formatn Data.FormatN

format a number according to a FormatStyle and significant figures
```
>>> format CommaStyle (Just 2) 1234
"1,200"
```
formatN :: FormatN -> Double -> Text

formatn Data.FormatN

run a FormatN
```
>>> formatN defaultFormatN 1234
"1,200"
```
formatNs :: FormatN -> [Double] -> [Text]

formatn Data.FormatN

Consistently format a list of numbers via using distinguish.
```
>>> formatNs defaultFormatN [0,1,1.01,1.02,1.1,1.2]
["0.00","1.00","1.01","1.02","1.10","1.20"]
```
formatOrShow :: FormatStyle -> Maybe Int -> Double -> Text

formatn Data.FormatN

Format with the shorter of show and a style.
```
>>> format (ExponentStyle Nothing) Nothing 0
"0e0"

>>> formatOrShow (ExponentStyle Nothing) Nothing 0
"0"
```

fakedata	Faker.Quote

fakedata	Faker.Sport.Volleyball

formatSF :: FormatStyle -> SigFig -> Text

formatn	Data.FormatN

format a SigFig according to a style

>>> formatSF CommaStyle (toSigFig (Just 2) 1234)
"1,200"

>>> formatSF CommaStyle (SigFig SigFigPos 0 1)
"0"

>>> formatSF CommaStyle (SigFig SigFigPos 0 (-1))
"0.0"

formats :: Bool -> Bool -> (Double -> FormatStyle) -> Maybe Int -> [Double] -> [Text]

formatn	Data.FormatN

Consistently format a list of numbers,using the minimum number of decimal places or minimum exponent.

>>> formats True True precStyle (Just 1) [0,0.5,1,2]
["0.0","0.5","1.0","2.0"]

Note how the presence of 0.5 in the example above changes the format of all numbers. Without it:

>>> formats True True precStyle (Just 1) [0,1,2]
["0","1","2"]

>>> formats False True precStyle (Just 1) $ ((-1)*) <$> [0,0.5,1,2]
["0.0","-0.5","-1.0","-2.0"]

>>> formats True True commaPrecStyle (Just 1) $ ((-1000)*) <$> [0,0.5,1,2]
["     0","  -500","-1,000","-2,000"]

>>> formats True True commaPrecStyle (Just 1) $ ((1e6)*) <$> [0,0.5,1,2]
["        0","  500,000","1,000,000","2,000,000"]

>>> formats True True commaPrecStyle (Just 1) $ ((1e6)*) <$> [0.9,2,3]
["0.9e6","2.0e6","3.0e6"]

>>> formats True True commaPrecStyle (Just 1) $ ((1e-6)*) <$> [0,0.5,1,2]
["0.0e-6","0.5e-6","1.0e-6","2.0e-6"]

>>> formats True True commaPrecStyle (Just 1) $ ((1e-3)*) <$> [0,0.5,1,2]
["0.0000","0.0005","0.0010","0.0020"]

>>> formats True False (const (ExponentStyle Nothing)) (Just 2) [0..4]
["0.0e0","1.0e0","2.0e0","3.0e0","4.0e0"]

>>> formats True True (const (ExponentStyle Nothing)) (Just 2) [0..4]
["0e0","1e0","2e0","3e0","4e0"]

formatsSF :: Maybe Int -> [Double] -> [SigFig]

formatn Data.FormatN

Consistently convert a list of numbers to SigFigs, using the minimum natural exponent of the list.

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