Class MultiLineStringArray

Hierarchy

MultiLineStringArray

Constructors

constructor

new MultiLineStringArray(coords, geom_offsets, ring_offsets, validity?): MultiLineStringArray
Parameters
- coords: CoordBuffer
- geom_offsets: Int32Array
- ring_offsets: Int32Array
- Optional validity: BooleanArray
Returns MultiLineStringArray
- Defined in node/index.d.ts:438

Methods

affine_transform

affine_transform(transform): GeometryArray
Parameters
- transform: BroadcastableAffine
Returns GeometryArray
- Defined in node/index.d.ts:363

area

area(): FloatArray
Returns FloatArray
- Defined in node/index.d.ts:367

center

center(): PointArray
Returns PointArray
- Defined in node/index.d.ts:371

centroid

centroid(): PointArray
Returns PointArray
- Defined in node/index.d.ts:375

convex_hull

convex_hull(): PolygonArray
Returns PolygonArray
- Defined in node/index.d.ts:379

euclidean_length

euclidean_length(): FloatArray
Calculation of the length of a Line

Returns FloatArray
- Defined in node/index.d.ts:464

free

free(): void
Returns void
- Defined in node/index.d.ts:358

geodesic_area

geodesic_area(): FloatArray
Returns FloatArray
- Defined in node/index.d.ts:383

geodesic_area_signed

geodesic_area_signed(): FloatArray
Returns FloatArray
- Defined in node/index.d.ts:387

geodesic_length

geodesic_length(): FloatArray
Determine the length of a geometry on an ellipsoidal model of the earth.

This uses the geodesic measurement methods given by Karney (2013). As opposed to older methods like Vincenty, this method is accurate to a few nanometers and always converges.

Returns FloatArray
- Defined in node/index.d.ts:449

haversine_length

haversine_length(): FloatArray
Determine the length of a geometry using the haversine formula.

Note: this implementation uses a mean earth radius of 6371.088 km, based on the recommendation of the IUGG

Returns FloatArray
- Defined in node/index.d.ts:459

is_empty

is_empty(): BooleanArray
Returns BooleanArray
- Defined in node/index.d.ts:391

reproject_rs

reproject_rs(definition, direction): GeometryArray
Parameters
- definition: string
- direction: number
Returns GeometryArray
- Defined in node/index.d.ts:397

rotate

rotate(angle, origin): GeometryArray
Parameters
- angle: BroadcastableFloat
- origin: TransformOrigin
Returns GeometryArray
- Defined in node/index.d.ts:403

scale

scale(xfact, yfact, origin): GeometryArray
Parameters
- xfact: BroadcastableFloat
- yfact: BroadcastableFloat
- origin: TransformOrigin
Returns GeometryArray
- Defined in node/index.d.ts:410

signed_area

signed_area(): FloatArray
Returns FloatArray
- Defined in node/index.d.ts:414

skew

skew(x_degrees, y_degrees, origin): GeometryArray
Parameters
- x_degrees: BroadcastableFloat
- y_degrees: BroadcastableFloat
- origin: TransformOrigin
Returns GeometryArray
- Defined in node/index.d.ts:421

to_ffi

to_ffi(): FFIArrowArray
Returns FFIArrowArray
- Defined in node/index.d.ts:425

translate

translate(x_offset, y_offset): GeometryArray
Parameters
- x_offset: BroadcastableFloat
- y_offset: BroadcastableFloat
Returns GeometryArray
- Defined in node/index.d.ts:431

vincenty_length

vincenty_length(): FloatArray
Determine the length of a geometry using Vincenty’s formulae.

Returns FloatArray
- Defined in node/index.d.ts:471

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