Struct MapConfig 

pub struct MapConfig {
    pub region: Computed<Region>,
    pub annotations: Computed<Vec<Annotation>>,
    pub style: MapStyle,
    pub user_location_visibility: MapVisibility,
    pub user_location: Option<Computed<Option<Location>>>,
    pub interactivity: MapInteractivity,
    pub compass_visibility: MapVisibility,
    pub scale_visibility: MapVisibility,
    pub status: Option<Binding<MapStatus>>,
}

Configuration for the Map component.

Fields

region: Computed<Region>

The region to display.

annotations: Computed<Vec<Annotation>>

Annotations (pins) to display on the map.

style: MapStyle

The map display style.

user_location_visibility: MapVisibility

Whether to show the user’s current location.

user_location: Option<Computed<Option<Location>>>

WaterKit location values rendered by portable map realizations.

Native realizations may use the platform location service when this is absent. Supplying it keeps camera following, the location marker, and horizontal-accuracy visualization driven by one reactive source.

interactivity: MapInteractivity

Whether the map is interactive (pan/zoom enabled).

compass_visibility: MapVisibility

Whether to show the compass.

scale_visibility: MapVisibility

Whether to show the scale.

status: Option<Binding<MapStatus>>

Caller-owned sink the realization reports its load lifecycle into.

None means the application is not observing status, and a realization must not allocate one on its behalf.

Trait Implementations

impl Debug for MapConfig

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl From<MapConfig> for Map

fn from(value: MapConfig) -> Self

Converts to this type from the input type.

impl NativeView for MapConfig

fn stretch_axis(&self) -> StretchAxis

Which axis (or axes) this view stretches to fill available space.

impl ViewConfiguration for MapConfig

type View = Map

The view type that this configuration produces.

fn render(self) -> Self::View

Renders this configuration into a view.