Expand Geometries

Expands geometries into a list of vectors of their components.

Usage

expand_geoms(x)

Arguments

x

an object of class rsgeo

Value

A list of rsgeo vectors containing each original geometry's components as a new vector.

Details

• rs_MULTIPOINT expands into a vector of points

• rs_LINESTRING expands into a vector points

• rs_MULTILINESTRING expands into a vector of linestrings

• rs_POLYGON expands into a vector of linestrings

• rs_MULTIPOLYGON expands into a vector of polygons

If you wish to have a single vector returned, pass the results into flatten_geoms().

Examples

mpnts <- geom_multipoint(runif(10), runif(10), rep.int(1:5, 2))
expand_geoms(mpnts)
#> [[1]]
#> <rs_POINT[2]>
#> [1] Point(Coord { x: 0.20597457489930093, y: 0.9347052311059088 }))
#> [2] Point(Coord { x: 0.49769924208521843, y: 0.3861140925437212 }))
#> 
#> [[2]]
#> <rs_POINT[2]>
#> [1] Point(Coord { x: 0.17655675252899528, y: 0.21214252128265798 }))
#> [2] Point(Coord { x: 0.7176185082644224, y: 0.013390333158895373 }))
#> 
#> [[3]]
#> <rs_POINT[2]>
#> [1] Point(Coord { x: 0.6870228466577828, y: 0.651673766085878 })) 
#> [2] Point(Coord { x: 0.9919060948304832, y: 0.3823879570700228 }))
#> 
#> [[4]]
#> <rs_POINT[2]>
#> [1] Point(Coord { x: 0.384103718213737, y: 0.12555509596131742 }))
#> [2] Point(Coord { x: 0.3800351794343442, y: 0.86969084572047 }))  
#> 
#> [[5]]
#> <rs_POINT[2]>
#> [1] Point(Coord { x: 0.7698414199985564, y: 0.26722066872753203 }))
#> [2] Point(Coord { x: 0.7774452213197947, y: 0.3403489966876805 })) 
#>