Constructor

# new Line(locations)

Parameters:

Name	Type	Description
`locations`	`Array.<Location>`	array of locations.

Tutorials:

Line

Example

Create simple line

const line =  new Vexcel.Geometry.Line(
[
      new Vexcel.Geometry.Location(30.770159115784214, -86.6162109375),
      new Vexcel.Geometry.Location(31.914867503276223, -88.57177734375),
      new Vexcel.Geometry.Location(33.50475906922609, -87.2094726562),
 ]);

Classes

Line

Methods

# clone() → (non-null) {Line}

Make a complete copy of the line.

Returns:

Clone

Type: Line

# getLength() → {number}

Return the length of the polyline on projected plane.

Returns:

Length (on projected plane).

Type: number

# getLocations() → {Array.<Location>}

Returns the locations that define the polyline.

Returns:

array with location object with latitude and longitude

Type: Array.<Location>

# getType() → {object}

Get the type of this geometry.

Returns:

Geometry type.

Type: object

# setLocations(locations)

Update polyline locations.

Parameters:

Name	Type	Description
`locations`	`Array.<Location>`	Array of Location objects

# toGeoJSON() → {string}

Convert geometry to GeoJSON string with xy coordinates [long, lat]

Returns:

Type: string

# toWKT() → {string}

Convert geometry to WKT string with xy coordinates [long, lat]

Returns:

Type: string