Interface GeofenceGeometry.Builder

All Superinterfaces:
Buildable, CopyableBuilder<GeofenceGeometry.Builder,GeofenceGeometry>, SdkBuilder<GeofenceGeometry.Builder,GeofenceGeometry>, SdkPojo
Enclosing class:
GeofenceGeometry
@Mutable @NotThreadSafe public static interface GeofenceGeometry.Builder extends SdkPojo, CopyableBuilder<GeofenceGeometry.Builder,GeofenceGeometry>

  • Method Details

    • polygon

      GeofenceGeometry.Builder polygon(Collection<? extends Collection<? extends Collection<Double>>> polygon)

      A Polygon is a list of up to 250 linear rings which represent the shape of a geofence. This list must include 1 exterior ring (representing the outer perimeter of the geofence), and can optionally include up to 249 interior rings (representing polygonal spaces within the perimeter, which are excluded from the geofence area).

      A linear ring is an array of 4 or more vertices, where the first and last vertex are the same (to form a closed boundary). Each vertex is a 2-dimensional point represented as an array of doubles of length 2: [longitude, latitude].

      Each linear ring is represented as an array of arrays of doubles ( [[longitude, latitude], [longitude, latitude], ...]). The vertices for the exterior ring must be listed in counter-clockwise sequence. Vertices for all interior rings must be listed in clockwise sequence.

      The list of linear rings that describe the entire Polygon is represented as an array of arrays of arrays of doubles ( [[[longitude, latitude], [longitude, latitude], ...], [[longitude, latitude], [longitude, latitude], ...], ...] ). The exterior ring must be listed first, before any interior rings.

      The following additional requirements and limitations apply to geometries defined using the Polygon parameter:

      • The entire Polygon must consist of no more than 1,000 vertices, including all vertices from the exterior ring and all interior rings.

      • Rings must not touch or cross each other.

      • All interior rings must be fully contained within the exterior ring.

      • Interior rings must not contain other interior rings.

      • No ring is permitted to intersect itself.

      Parameters:
      polygon - A Polygon is a list of up to 250 linear rings which represent the shape of a geofence. This list must include 1 exterior ring (representing the outer perimeter of the geofence), and can optionally include up to 249 interior rings (representing polygonal spaces within the perimeter, which are excluded from the geofence area).

      A linear ring is an array of 4 or more vertices, where the first and last vertex are the same (to form a closed boundary). Each vertex is a 2-dimensional point represented as an array of doubles of length 2: [longitude, latitude].

      Each linear ring is represented as an array of arrays of doubles ( [[longitude, latitude], [longitude, latitude], ...]). The vertices for the exterior ring must be listed in counter-clockwise sequence. Vertices for all interior rings must be listed in clockwise sequence.

      The list of linear rings that describe the entire Polygon is represented as an array of arrays of arrays of doubles ( [[[longitude, latitude], [longitude, latitude], ...], [[longitude, latitude], [longitude, latitude], ...], ...] ). The exterior ring must be listed first, before any interior rings.

      The following additional requirements and limitations apply to geometries defined using the Polygon parameter:

      • The entire Polygon must consist of no more than 1,000 vertices, including all vertices from the exterior ring and all interior rings.

      • Rings must not touch or cross each other.

      • All interior rings must be fully contained within the exterior ring.

      • Interior rings must not contain other interior rings.

      • No ring is permitted to intersect itself.

      Returns:
      Returns a reference to this object so that method calls can be chained together.

    • polygon

      GeofenceGeometry.Builder polygon(Collection<? extends Collection<Double>>... polygon)

      A Polygon is a list of up to 250 linear rings which represent the shape of a geofence. This list must include 1 exterior ring (representing the outer perimeter of the geofence), and can optionally include up to 249 interior rings (representing polygonal spaces within the perimeter, which are excluded from the geofence area).

      A linear ring is an array of 4 or more vertices, where the first and last vertex are the same (to form a closed boundary). Each vertex is a 2-dimensional point represented as an array of doubles of length 2: [longitude, latitude].

      Each linear ring is represented as an array of arrays of doubles ( [[longitude, latitude], [longitude, latitude], ...]). The vertices for the exterior ring must be listed in counter-clockwise sequence. Vertices for all interior rings must be listed in clockwise sequence.

      The list of linear rings that describe the entire Polygon is represented as an array of arrays of arrays of doubles ( [[[longitude, latitude], [longitude, latitude], ...], [[longitude, latitude], [longitude, latitude], ...], ...] ). The exterior ring must be listed first, before any interior rings.

      The following additional requirements and limitations apply to geometries defined using the Polygon parameter:

      • The entire Polygon must consist of no more than 1,000 vertices, including all vertices from the exterior ring and all interior rings.

      • Rings must not touch or cross each other.

      • All interior rings must be fully contained within the exterior ring.

      • Interior rings must not contain other interior rings.

      • No ring is permitted to intersect itself.

      Parameters:
      polygon - A Polygon is a list of up to 250 linear rings which represent the shape of a geofence. This list must include 1 exterior ring (representing the outer perimeter of the geofence), and can optionally include up to 249 interior rings (representing polygonal spaces within the perimeter, which are excluded from the geofence area).

      A linear ring is an array of 4 or more vertices, where the first and last vertex are the same (to form a closed boundary). Each vertex is a 2-dimensional point represented as an array of doubles of length 2: [longitude, latitude].

      Each linear ring is represented as an array of arrays of doubles ( [[longitude, latitude], [longitude, latitude], ...]). The vertices for the exterior ring must be listed in counter-clockwise sequence. Vertices for all interior rings must be listed in clockwise sequence.

      The list of linear rings that describe the entire Polygon is represented as an array of arrays of arrays of doubles ( [[[longitude, latitude], [longitude, latitude], ...], [[longitude, latitude], [longitude, latitude], ...], ...] ). The exterior ring must be listed first, before any interior rings.

      The following additional requirements and limitations apply to geometries defined using the Polygon parameter:

      • The entire Polygon must consist of no more than 1,000 vertices, including all vertices from the exterior ring and all interior rings.

      • Rings must not touch or cross each other.

      • All interior rings must be fully contained within the exterior ring.

      • Interior rings must not contain other interior rings.

      • No ring is permitted to intersect itself.

      Returns:
      Returns a reference to this object so that method calls can be chained together.

    • circle

      GeofenceGeometry.Builder circle(Circle circle)

      A circle on the earth, as defined by a center point and a radius.

      Parameters:
      circle - A circle on the earth, as defined by a center point and a radius.
      Returns:
      Returns a reference to this object so that method calls can be chained together.

    • circle

      default GeofenceGeometry.Builder circle(Consumer<Circle.Builder> circle)

      A circle on the earth, as defined by a center point and a radius.

      This is a convenience method that creates an instance of the Circle.Builder avoiding the need to create one manually via Circle.builder().

      When the Consumer completes, SdkBuilder.build() is called immediately and its result is passed to circle(Circle).

      Parameters:
      circle - a consumer that will call methods on Circle.Builder
      Returns:
      Returns a reference to this object so that method calls can be chained together.
      See Also:

    • geobuf

      GeofenceGeometry.Builder geobuf(SdkBytes geobuf)

      Geobuf is a compact binary encoding for geographic data that provides lossless compression of GeoJSON polygons. The Geobuf must be Base64-encoded.

      This parameter can contain a Geobuf-encoded GeoJSON geometry object of type Polygon OR MultiPolygon. For more information and specific configuration requirements for these object types, see Polygon and MultiPolygon.

      The following limitations apply specifically to geometries defined using the Geobuf parameter, and supercede the corresponding limitations of the Polygon and MultiPolygon parameters:

      • A Polygon in Geobuf format can have up to 25,000 rings and up to 100,000 total vertices, including all vertices from all component rings.

      • A MultiPolygon in Geobuf format can contain up to 10,000 Polygons and up to 100,000 total vertices, including all vertices from all component Polygons.

      Parameters:
      geobuf - Geobuf is a compact binary encoding for geographic data that provides lossless compression of GeoJSON polygons. The Geobuf must be Base64-encoded.

      This parameter can contain a Geobuf-encoded GeoJSON geometry object of type Polygon OR MultiPolygon. For more information and specific configuration requirements for these object types, see Polygon and MultiPolygon.

      The following limitations apply specifically to geometries defined using the Geobuf parameter, and supercede the corresponding limitations of the Polygon and MultiPolygon parameters:

      • A Polygon in Geobuf format can have up to 25,000 rings and up to 100,000 total vertices, including all vertices from all component rings.

      • A MultiPolygon in Geobuf format can contain up to 10,000 Polygons and up to 100,000 total vertices, including all vertices from all component Polygons.

      Returns:
      Returns a reference to this object so that method calls can be chained together.

    • multiPolygon

      GeofenceGeometry.Builder multiPolygon(Collection<? extends Collection<? extends Collection<? extends Collection<Double>>>> multiPolygon)

      A MultiPolygon is a list of up to 250 Polygon elements which represent the shape of a geofence. The Polygon components of a MultiPolygon geometry can define separate geographical areas that are considered part of the same geofence, perimeters of larger exterior areas with smaller interior spaces that are excluded from the geofence, or some combination of these use cases to form complex geofence boundaries.

      For more information and specific configuration requirements for the Polygon components that form a MultiPolygon, see Polygon.

      The following additional requirements and limitations apply to geometries defined using the MultiPolygon parameter:

      • The entire MultiPolygon must consist of no more than 1,000 vertices, including all vertices from all component Polygons.

      • Each edge of a component Polygon must intersect no more than 5 edges from other Polygons. Parallel edges that are shared but do not cross are not counted toward this limit.

      • The total number of intersecting edges of component Polygons must be no more than 100,000. Parallel edges that are shared but do not cross are not counted toward this limit.

      Parameters:
      multiPolygon - A MultiPolygon is a list of up to 250 Polygon elements which represent the shape of a geofence. The Polygon components of a MultiPolygon geometry can define separate geographical areas that are considered part of the same geofence, perimeters of larger exterior areas with smaller interior spaces that are excluded from the geofence, or some combination of these use cases to form complex geofence boundaries.

      For more information and specific configuration requirements for the Polygon components that form a MultiPolygon, see Polygon.

      The following additional requirements and limitations apply to geometries defined using the MultiPolygon parameter:

      • The entire MultiPolygon must consist of no more than 1,000 vertices, including all vertices from all component Polygons.

      • Each edge of a component Polygon must intersect no more than 5 edges from other Polygons. Parallel edges that are shared but do not cross are not counted toward this limit.

      • The total number of intersecting edges of component Polygons must be no more than 100,000. Parallel edges that are shared but do not cross are not counted toward this limit.

      Returns:
      Returns a reference to this object so that method calls can be chained together.

    • multiPolygon

      GeofenceGeometry.Builder multiPolygon(Collection<? extends Collection<? extends Collection<Double>>>... multiPolygon)

      A MultiPolygon is a list of up to 250 Polygon elements which represent the shape of a geofence. The Polygon components of a MultiPolygon geometry can define separate geographical areas that are considered part of the same geofence, perimeters of larger exterior areas with smaller interior spaces that are excluded from the geofence, or some combination of these use cases to form complex geofence boundaries.

      For more information and specific configuration requirements for the Polygon components that form a MultiPolygon, see Polygon.

      The following additional requirements and limitations apply to geometries defined using the MultiPolygon parameter:

      • The entire MultiPolygon must consist of no more than 1,000 vertices, including all vertices from all component Polygons.

      • Each edge of a component Polygon must intersect no more than 5 edges from other Polygons. Parallel edges that are shared but do not cross are not counted toward this limit.

      • The total number of intersecting edges of component Polygons must be no more than 100,000. Parallel edges that are shared but do not cross are not counted toward this limit.

      Parameters:
      multiPolygon - A MultiPolygon is a list of up to 250 Polygon elements which represent the shape of a geofence. The Polygon components of a MultiPolygon geometry can define separate geographical areas that are considered part of the same geofence, perimeters of larger exterior areas with smaller interior spaces that are excluded from the geofence, or some combination of these use cases to form complex geofence boundaries.

      For more information and specific configuration requirements for the Polygon components that form a MultiPolygon, see Polygon.

      The following additional requirements and limitations apply to geometries defined using the MultiPolygon parameter:

      • The entire MultiPolygon must consist of no more than 1,000 vertices, including all vertices from all component Polygons.

      • Each edge of a component Polygon must intersect no more than 5 edges from other Polygons. Parallel edges that are shared but do not cross are not counted toward this limit.

      • The total number of intersecting edges of component Polygons must be no more than 100,000. Parallel edges that are shared but do not cross are not counted toward this limit.

      Returns:
      Returns a reference to this object so that method calls can be chained together.