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.AngularPosition

Description

Angular positions.

See Earth Coordinates

Synopsis

data AngularPosition a = AngularPosition {
- pos :: a
- height :: Length
}
latLongHeight :: LatLong -> Length -> AngularPosition LatLong
decimalLatLongHeight :: Double -> Double -> Length -> AngularPosition LatLong
decimalLatLongHeightE :: Double -> Double -> Length -> Either String (AngularPosition LatLong)
decimalLatLongHeightF :: MonadFail m => Double -> Double -> Length -> m (AngularPosition LatLong)
nvectorHeight :: NVector -> Length -> AngularPosition NVector

Documentation

data AngularPosition a Source #

An earth position defined by an horizontal position and height.

horizontal position can be either a LatLong or a NVector.

Constructors

AngularPosition
Fields pos :: a height :: Length

Instances

Eq a => Eq (AngularPosition a) Source #
Instance details Defined in Data.Geo.Jord.AngularPosition Methods (==) :: AngularPosition a -> AngularPosition a -> Bool # (/=) :: AngularPosition a -> AngularPosition a -> Bool #
Show a => Show (AngularPosition a) Source #
Instance details Defined in Data.Geo.Jord.AngularPosition Methods showsPrec :: Int -> AngularPosition a -> ShowS # show :: AngularPosition a -> String # showList :: [AngularPosition a] -> ShowS #
ETransform (AngularPosition LatLong) Source #	`AngularPosition` of `LatLong` to, from `EcefPosition`.
Instance details Defined in Data.Geo.Jord.Transformation Methods toEcef :: AngularPosition LatLong -> Earth -> EcefPosition Source # fromEcef :: EcefPosition -> Earth -> AngularPosition LatLong Source #
ETransform (AngularPosition NVector) Source #	`AngularPosition` of `NVector` to, from `EcefPosition`.
Instance details Defined in Data.Geo.Jord.Transformation Methods toEcef :: AngularPosition NVector -> Earth -> EcefPosition Source # fromEcef :: EcefPosition -> Earth -> AngularPosition NVector Source #
NTransform (AngularPosition LatLong) Source #	`AngularPosition` of `LatLong` to, from `AngularPosition` of `NVector`.
Instance details Defined in Data.Geo.Jord.Transformation Methods toNVector :: AngularPosition LatLong -> AngularPosition NVector Source # fromNVector :: AngularPosition NVector -> AngularPosition LatLong Source #
NTransform (AngularPosition NVector) Source #	`NTransform` identity.
Instance details Defined in Data.Geo.Jord.Transformation Methods toNVector :: AngularPosition NVector -> AngularPosition NVector Source # fromNVector :: AngularPosition NVector -> AngularPosition NVector Source #

latLongHeight :: LatLong -> Length -> AngularPosition LatLong Source #

AngularPosition from a LatLong and height.

decimalLatLongHeight :: Double -> Double -> Length -> AngularPosition LatLong Source #

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

decimalLatLongHeightE :: Double -> Double -> Length -> Either String (AngularPosition LatLong) Source #

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

decimalLatLongHeightF :: MonadFail m => Double -> Double -> Length -> m (AngularPosition LatLong) Source #

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

nvectorHeight :: NVector -> Length -> AngularPosition NVector Source #

AngularPosition from a NVector and height.