fix typos

[spaette]

Is the intention geometries' or geometry's here?

$ ed -s GeometryOps.jl/src/methods/geom_relations/disjoint.jl <<<'173,178p'
#= Geometry is disjoint from a linestring if the line's interior and boundary
points don't intersect with the geometrie's interior and boundary points. =#
_disjoint(
    trait1::Union{GI.LinearRingTrait, GI.PolygonTrait}, g1,
    trait2::Union{GI.LineTrait, GI.LineStringTrait}, g2,
) = _disjoint(trait2, g2, trait1, g1)
$ 

The pull has the typo fixed but the wording is a bit awkward here.

$ ed -s GeometryOps.jl/src/methods/area.jl <<<'79p'
This is computed slighly differently for different geometries:
$ 

[asinghvi17]

Thanks a lot, @spaette ! Hope you didn't have to do all of this by hand :)

[asinghvi17]

The intention there was for the singular form so that works.

[asinghvi17]

The wording for area should probably read "computed differently for different geometry types"

[spaette]

by hand

The work was based on dumped repo strings.

"computed differently for different geometry types"

How about rewording as one of the following?

For different geometries the computation is slightly modified:

The computation is slightly modified for the different geometries:

[spaette]

@asinghvi17

Go ahead and merge.

src/methods/area.jl

I'm leaving any debate on a possible rewrite to the Maintainers.

Guess I'm not enthusiastic of different appearing twice in the sentence.

[asinghvi17]

Hmm, that makes sense. I am refactoring a bunch of stuff anyway so will sneak a rewrite in there.

[spaette]

if the line is changed

here's another attempt

The computing is dependent on the different geometry types:

one might want a potential rewrite to be suitable to both circumstances where the current line occurs

$ ed -s GeometryOps.jl/src/methods/area.jl <<<'53,68p'
"""
    area(geom, [T = Float64])::T

Returns the area of a geometry or collection of geometries. 
This is computed slightly differently for different geometries:

    - The area of a point/multipoint is always zero.
    - The area of a curve/multicurve is always zero.
    - The area of a polygon is the absolute value of the signed area.
    - The area multi-polygon is the sum of the areas of all of the sub-polygons.
    - The area of a geometry collection, feature collection of array/iterable 
        is the sum of the areas of all of the sub-geometries. 

Result will be of type T, where T is an optional argument with a default value
of Float64.
"""
$ ed -s GeometryOps.jl/src/methods/area.jl <<<'75,91p'
"""
    signed_area(geom, [T = Float64])::T

Returns the signed area of a single geometry, based on winding order. 
This is computed slightly differently for different geometries:

    - The signed area of a point is always zero.
    - The signed area of a curve is always zero.
    - The signed area of a polygon is computed with the shoelace formula and is
    positive if the polygon coordinates wind clockwise and negative if
    counterclockwise.
    - You cannot compute the signed area of a multipolygon as it doesn't have a
    meaning as each sub-polygon could have a different winding order.

Result will be of type T, where T is an optional argument with a default value
of Float64.
"""
$