Venue JSON class

Encapsulates a venue, consisting of one or more floors.

Data that adheres to this JSON format can be displayed in the Bing Maps V8 Web Control by creating a VenueMap instance with VenueMapFactory.create.

Properties

Property	Type	Req?	Description
id	string	✔	A unique identifier of the venue.
isGeoPositioned	boolean		Whether this venue, once its coordinates are transformed, has geopositioned longitude, latitude values or engineering coordinates.
defaultCulture	string		The culture that is used when a string has an empty culture or if this value is not specified, en-us is used as the default.
name	culture:string		Dictionary of culture-specific names for the venue where empty string for the key refers to the culture identified by the defaultCulture property.
xy	number[]		An X,Y coordinate that, once transform is applied, defines a central location for the venue.
address	address
phone	string		The phone number for the venue.
defaultFloor	integer		The index of the floor to display as default, where the lowest floor is 1.
bbox	number[]		A set of coordinates (bottom, left, top, right) that, once transform is applied, define the geographical area of the venue.
floors	floor	✔	A list of the floors that comprise the venue, starting with the footprint floor which is shown at every floor, and proceeding from the bottom of the venue upward.
transform	number[]		A 3x3 matrix that, if provided, will be applied to each of the coordinates in the venue. This will typically take coordinates from engineering coordinates to geopositioned ones.

The Footprint Floor

The first (0) entry in the floors array is a special floor that is not part of floor selection, but instead contains geometry that is shown with every floor. This primarily consists of the footprint geometry, but could contain other geometry like outdoor fountains.

The Transform Field

The matrix contained in the transform field is expected to be applied to any coordinate (venue.xy, geometry.x and y, etc.) using a method like this one:

public Point Transform(Point point)
{
    return new Vector2D(
        point.X * transform[0] + point.Y * transform[1] + transform[2],
        point.X * transform[3] + point.Y * transform[4] + transform[5]);
}

Example

See the venue sample.