transformCoords p1 m2 g transforms the coordinates of the position p1 from its coordinate system into the coordinate system defined by the model m2 using the graph g to find the sequence of transformation parameters. Returns Nothing if the given graph does not contain a transformation from m1 to m2 - see txParamsBetween.

Examples

>>> import Data.Geo.Jord.Position
>>> import Data.Geo.Jord.Transformation
>>> 
>>> let pWGS84 = wgs84Pos 48.6921 6.1844 (metres 188)
>>> transformCoords pWGS84 NAD83 staticTxs
Just 48°41'31.523"N,6°11'3.723"E 188.1212m (NAD83)

transformCoords' p1 m2 tx transforms the coordinates of the position p1 from its coordinate system into the coordinate system defined by the model m2 using the 7-parameters transformation tx.

Notes: this function does not checks whether both models are equals. It should be used when the 7-parameter transformation is known. Most of the time prefer using transformCoords.

Examples

>>> import Data.Geo.Jord.Position
>>> import Data.Geo.Jord.Transformation
>>> 
>>> let tx = txParams7 (995.6, -1910.3, -521.5) (-0.62) (25.915, 9.426, 11.599) -- WGS84 -> NAD83
>>> let pWGS84 = wgs84Pos 48.6921 6.1844 (metres 188)
>>> transformCoords' pWGS84 NAD83 tx
48°41'31.523"N,6°11'3.723"E 188.1212m (NAD83)

transformCoordsAt p1 e m2 g transforms the coordinates of the position p1 observed at epoch e from its coordinate system into the coordinate system defined by the model m2 using the graph g to find the sequence of transformation parameters. Returns Nothing if the given graph does not contain a transformation from m1 to m2 - see txParamsBetween.

Examples

>>> import Data.Geo.Jord.Position
>>> import Data.Geo.Jord.Transformation
>>> 
>>> let pITRF2014 = latLongHeightPos 48.6921 6.1844 (metres 188) ITRF2014
>>> transformCoordsAt pITRF2014 (Epoch 2019.0) NAD83_CORS96 dynamicTxs -- through ITRF2000
Just 48°41'31.538"N,6°11'3.722"E 188.112035m (NAD83_CORS96)

transformCoordsAt' p1 e m2 tx transforms the coordinates of the position p1 observed at epoch e from its coordinate system into the coordinate system defined by the model m2 using the 15-parameters transformation tx.

Notes: this function does not checks whether both models are equals. It should be used when the 15-parameter transformation is known. Most of the time prefer using transformCoords.

Examples

>>> import Data.Geo.Jord.Position
>>> import Data.Geo.Jord.Transformation
>>> 
>>> let tx7 = txParams7 (53.7, 51.2, -55.1) 1.2 (0.891, 5.39, -8.712)
>>> let txR = txRates (0.1, 0.1, -1.9) 0.11 (0.81, 0.49, -0.792)
>>> let tx = TxParams15 (Epoch 2000.0) tx7 txR -- ITRF2014 -> ETRF2000
>>> let pITRF2014 = latLongHeightPos 48.6921 6.1844 (metres 188) ITRF2014
>>> transformCoordsAt' pITRF2014 (Epoch 2019.0) ETRF2000 tx
48°41'31.561"N,6°11'3.865"E 188.0178m (ETRF2000)