Copyright	(c) 2018 Cedric Liegeois
License	BSD3
Maintainer	Cedric Liegeois <ofmooseandmen@yahoo.fr>
Stability	experimental
Portability	portable
Safe Haskell	Safe
Language	Haskell2010

Data.Geo.Jord.LatLong

Contents

The LatLong type
Smart constructors
read
Misc.

Description

Geodetic latitude and longitude.

Synopsis

data LatLong
latLong :: Angle -> Angle -> LatLong
latLongE :: Angle -> Angle -> Either String LatLong
latLongF :: MonadFail m => Angle -> Angle -> m LatLong
decimalLatLong :: Double -> Double -> LatLong
decimalLatLongE :: Double -> Double -> Either String LatLong
decimalLatLongF :: MonadFail m => Double -> Double -> m LatLong
readLatLong :: String -> LatLong
readLatLongE :: String -> Either String LatLong
readLatLongF :: MonadFail m => String -> m LatLong
toDecimalDegrees' :: LatLong -> (Double, Double)

The `LatLong` type

data LatLong Source #

Horizontal position defined by its geodetic latitude and longitude.

Instances

Eq LatLong Source #
Instance details Defined in Data.Geo.Jord.LatLong Methods (==) :: LatLong -> LatLong -> Bool # (/=) :: LatLong -> LatLong -> Bool #
Read LatLong Source #	See `readLatLong`.
Instance details Defined in Data.Geo.Jord.LatLong Methods readsPrec :: Int -> ReadS LatLong # readList :: ReadS [LatLong] # readPrec :: ReadPrec LatLong # readListPrec :: ReadPrec [LatLong] #
Show LatLong Source #
Instance details Defined in Data.Geo.Jord.LatLong Methods showsPrec :: Int -> LatLong -> ShowS # show :: LatLong -> String # showList :: [LatLong] -> ShowS #
ETransform LatLong Source #	`LatLong` - `EcefPosition`.
Instance details Defined in Data.Geo.Jord.Transform Methods toEcef :: LatLong -> Earth -> EcefPosition Source # fromEcef :: EcefPosition -> Earth -> LatLong Source #
NTransform LatLong Source #	`LatLong` - `AngularPosition` of `NVector`.
Instance details Defined in Data.Geo.Jord.Transform Methods toNVector :: LatLong -> AngularPosition NVector Source # fromNVector :: AngularPosition NVector -> LatLong Source #
ETransform (AngularPosition LatLong) Source #	`AngularPosition` of `LatLong` - `EcefPosition`.
Instance details Defined in Data.Geo.Jord.Transform Methods toEcef :: AngularPosition LatLong -> Earth -> EcefPosition Source # fromEcef :: EcefPosition -> Earth -> AngularPosition LatLong Source #
NTransform (AngularPosition LatLong) Source #	`AngularPosition` of `LatLong` - `AngularPosition` of `NVector`.
Instance details Defined in Data.Geo.Jord.Transform Methods toNVector :: AngularPosition LatLong -> AngularPosition NVector Source # fromNVector :: AngularPosition NVector -> AngularPosition LatLong Source #

Smart constructors

latLong :: Angle -> Angle -> LatLong Source #

LatLong from given latitude and longitude. errors if given latitude is outisde [-90..90]° and/or given longitude is outisde [-180..180]°.

latLongE :: Angle -> Angle -> Either String LatLong Source #

LatLong from given latitude and longitude. A Left indicates that the given latitude is outisde [-90..90]° and/or given longitude is outisde [-180..180]°.

latLongF :: MonadFail m => Angle -> Angle -> m LatLong Source #

LatLong from given latitude and longitude. fails if given latitude is outisde [-90..90]° and/or given longitude is outisde [-180..180]°.

decimalLatLong :: Double -> Double -> LatLong Source #

LatLong from given latitude and longitude in decimal degrees. errors if given latitude is outisde [-90..90]° and/or given longitude is outisde [-180..180]°.

decimalLatLongE :: Double -> Double -> Either String LatLong Source #

LatLong from given latitude and longitude in decimal degrees. A Left indicates that the given latitude is outisde [-90..90]° and/or given longitude is outisde [-180..180]°.

decimalLatLongF :: MonadFail m => Double -> Double -> m LatLong Source #

LatLong from given latitude and longitude in decimal degrees. fails if given latitude is outisde [-90..90]° and/or given longitude is outisde [-180..180]°.

read

readLatLong :: String -> LatLong Source #

Obtains a LatLong from the given string formatted as either:

DD(MM)(SS)[N|S]DDD(MM)(SS)[E|W] - e.g. 553621N0130002E or 0116S03649E or 47N122W
Angle[N|S] Angle[E|W] - e.g. 55°36'21''N 13°0'02''E or 11°16'S 36°49'E or 47°N 122°W

This simply calls read s :: GeoPos so error should be handled at the call site.

readLatLongE :: String -> Either String LatLong Source #

Same as readLatLong but returns a Either.

readLatLongF :: MonadFail m => String -> m LatLong Source #

Same as readLatLong but returns a MonadFail.

Misc.

toDecimalDegrees' :: LatLong -> (Double, Double) Source #

Converts the given LatLong to tuple of latitude and longitude in decimal degrees.

The LatLong type

Smart constructors

read

Misc.

The `LatLong` type