Structures

Information about one of the connectors available in the ChargingPark.

Specifies the minimum (inclusive) and maximum (exclusive) voltage values. The lower bound value should be a non-negative number (positive or zero). The upper bound value should be greater than the lower bound, or if set to zero, it will be treated as infinity. If not specified, a range of [0, infinity] is assumed.

Generic container for GeoJSON geometry types.

GeoJSON is a geospatial data interchange format based on JavaScript Object Notation (JSON). It defines several types of JSON objects and the manner in which they are combined to represent data about geographic features, their properties, and their spatial extents. For more info on the GeoJSON format see the following document.

The Feature structure encapsulates a GeoJSON Feature - a geospatial object with associated properties. GeoJSON supports the following geometry types: Point, LineString, Polygon, MultiPoint, MultiLineString, MultiPolygon, and GeometryCollection. Features in GeoJSON contain a Geometry object and additional properties.

Fundamental geometry construct. All other GeoJSON geometry types are built based on it.

The smallest rectangular area within which all the coordinates lie.

The Geometry struct represents a single geometric entity according to the GeoJSON specification.

The GeometryCollection struct represents a collection of Geometry objects as defined by the GeoJSON specification. It provides a way to group multiple geometries together, regardless of their types.

GeoJSON represented by GeometryData.

A collection of information that describes geographical location

Information on how much to charge at a charging station.

Defines fuel types supported in the fuzzy search.

Defines the OpeningHours of a POI.

Point of Interest information for a search result.

Defines the POI identifier (POIID) required to fetch POI details.

Contains information about an EV charging park.

Defines a POI brand.

POI category ID.

A representation of an entry point for a POI.

Represents information about specific place.

Extending standard structures like Measurement with properties like var meters is convenient:

• it avoids extracting value without explicit conversion to a certain unit
• it simplifies getting value from an optional Measurement But it is also risky because these extensions might conflict with extensions from other libraries or Apple. This decorator mitigates the risk of conflicts while providing a short, readable code. Typical use cases are:
• extracting value from a value representing a unit of measure: let optionalDistanceInMeters = distance?.tt.meters
• performing computations on values representing units of measure: cumulativeDistance += anotherDistance.tt
• comparing values representing units of measure: if delay < .tt.seconds(5) {}
• combining value extraction and typecast: let intValue = distance.tt.intValue(in: .meters)

Total number of lanes on the road in both directions.

Provides information about the properties of the road at the current location.

Indicates the cause of a traffic event.

Representation of a traffic event. Traffic events represent unusual situations on the road, like traffic congestion, accidents or road works.

Wrapper to provide equatable conformance to Apple objects inside of the SDK.

Specifies the ratio by which energy is converted for altitude changes.

Specifies the energy that is gained or lost by altitude changes.

Describes connector information of an electric engine.

A combustion vehicle engine for route planning and consumption estimation.

A electric vehicle engine for route planning and consumption estimation.

A pedestrian.

A vehicle of type bicycle.

A vehicle of type car.

A vehicle of type motorcycle.

A vehicle of type van.

A vehicle of type taxi.

A vehicle of type bus.

A vehicle of type truck.

Describes dimensions of the vehicle.

Describes vehicle model identifier.

Specifies the ratio by which energy is converted during velocity changes.