mapbox_maps_flutter library

Classes

AmbientLight
An indirect light affecting all objects in the map adding a constant amount of light on them. It has no explicit direction and cannot cast shadows.
AnnotationInteractionContext
AnnotationManager
Factory for creating typed annotation managers.
AnnotationManagerPlatformInterface
Abstract interface for the annotation manager factory.
AttributionSettings
Shows the attribution icon on the map.
AttributionSettingsManager
Manages attribution ornament settings for the map.
AttributionSettingsPlatformInterface
Interface for attribution ornament settings.
BackgroundLayer
The background color or pattern of the map.
BaseAnnotationManager<T extends BaseAnnotationManagerPlatformInterface>
Base class for all annotation managers.
BaseAnnotationManagerPlatformInterface
Base interface for all annotation manager interfaces.
BBox
Please make sure, you arrange your parameters like this: Longitude 1, Latitude 1, Altitude 1 (optional), Longitude 2, Latitude 2, Altitude 2 (optional) You can either specify 4 or 6 parameters If you are using the default constructor with two dimensional positions (lng + lat only), please use the constructor like this: BBox(lng1, lat1, lng2, lat2);
CameraBounds
Holds information about camera bounds.
CameraBoundsOptions
Holds options to be used for setting camera bounds.
CameraChangedEventData
Data for the cameraChanged event.
CameraOptions
Various options for describing the viewpoint of a camera. All fields are optional.
CameraState
Describes the viewpoint of a camera.
CameraViewportState
Manually sets camera to specified properties.
Cancelable
A class representing a cancelable operation or task.
CanonicalTileID
Represents a tile coordinate.
CircleAnnotation
CircleAnnotationInteractionContext
CircleAnnotationManager
Manages circle annotations.
CircleAnnotationManagerPlatformInterface
Abstract interface for managing circle annotations.
CircleAnnotationOptions
CircleLayer
A filled circle.
ClipLayer
Layer that removes 3D content from map.
CompassSettings
Shows the compass on the map.
CompassSettingsManager
Manages compass ornament settings for the map.
CompassSettingsPlatformInterface
Interface for compass ornament settings.
CoordinateBounds
Coordinate bounds representation.
CoordinateBoundsZoom
A coordinate bounds and zoom.
CoordinateType
Coordinate types, following https://tools.ietf.org/html/rfc7946#section-4
CumulativeRenderingStatistics
DefaultLocationPuck2D
Marker subclass of LocationPuck2D that signals the platform implementation should fall back to the default 2D puck imagery (top / bearing / shadow) for any sprite slot the caller leaves unset.
DefaultViewportTransition
A ViewportTransition that provides a default animation for viewport changes.
DirectionalLight
A light that has a direction and is located at infinite, so its rays are parallel. Simulates the sun light and it can cast shadows
DurationStatistics
EasingViewportTransition
A ViewportTransition that animates viewport changes using an easing curve.
EventTimeInterval
The time interval of an event.
Feature<T extends GeometryObject>
Feature, as specified here https://tools.ietf.org/html/rfc7946#section-3.2
FeatureCollection<T extends GeometryObject>
FeatureCollection, as specified here https://tools.ietf.org/html/rfc7946#section-3.3
FeatureExtensionValue
A value or a collection of a feature extension.
FeaturesetDescriptor
A featureset descriptor.
FeaturesetFeature
A basic feature of a featureset.
FeaturesetFeatureId
An identifier for a feature in a featureset.
FeatureState
Wraps a FeatureState map
FillExtrusionLayer
An extruded (3D) polygon.
FillLayer
A filled polygon with an optional stroked border.
FlatLight
A global directional light source which is only applied on 3D layers and hillshade layers. Using this type disables other light sources.
FlyViewportTransition
A ViewportTransition that performs a fly animation over a specified duration.
FollowPuckViewportState
A ViewportState that configures the camera to follow the user's location indicator (puck).
FollowPuckViewportStateBearing
Specifies the different ways that FollowPuckViewportState can obtain values to use when setting the camera's bearing.
FollowPuckViewportStateBearingConstant
Sets the camera's bearing to a constant value.
FollowPuckViewportStateBearingCourse
Sets the camera's bearing based on the device's current course (direction of movement).
FollowPuckViewportStateBearingHeading
Sets the camera's bearing based on the device's current heading.
GeoJSONObject
GeoJsonSource
A GeoJSON data source. @see The online documentation
GeometryCollection
GeometryCollection, as specified here https://tools.ietf.org/html/rfc7946#section-3.1.8
GeometryObject
GeometryType<T>
GesturesSettings
Gesture configuration allows to control the user touch interaction.
GesturesSettingsManager
Manages gesture configuration and observability for the map.
GesturesSettingsPlatformInterface
Interface for gesture configuration and observability.
GlyphsRasterizationOptions
Describes the glyphs rasterization option values.
GroupPerformanceStatistics
HeatmapLayer
A heatmap.
HillshadeLayer
Client-side hillshading visualization based on DEM data. Currently, the implementation only supports Mapbox Terrain RGB and Mapzen Terrarium tiles.
IdleViewportState
Idle viewport represents the state when user freely drags the map.
ImageContent
Describes the image content, e.g. where text can be fit into an image.
ImageSource
An image data source. @see The online documentation
ImageStretches
Describes the image stretch areas.
ImmediateViewportTransition
A ViewportTransition that applies the new viewport state instantly, with no animation.
ImportPosition
Specifies the position at which an import will be added when using Style.addImport.
IndoorSelectorSettings
Settings for the indoor floor selector.
IndoorSelectorSettingsManager
Manages indoor floor selector settings for the map.
IndoorSelectorSettingsPlatformInterface
Interface for indoor floor selector settings.
InfiniteCoordinateBounds
CoordinateBounds spanning the entire world with infiniteBounds: true. Pass to APIs like MapboxMap.setBounds to clear the bounds constraint.
Interaction
Base class for interactions that can be added to the map.
Layer
Base class for all style layers.
LayerPosition
Specifies position of a layer that is added via addStyleLayer method.
LayerSlot
A pre-specified location in the style where layers will be added (e.g. on top of existing land layers but below all labels).
LineLayer
A stroked line.
LineString
LineString, as specified here https://tools.ietf.org/html/rfc7946#section-3.1.4
LocationComponentSettings
Shows a location puck on the map.
LocationIndicatorLayer
Location Indicator layer.
LocationPuck
Defines what the customised look of the location puck. Note that direct changes to the puck variables won't have any effect, a new puck needs to be set every time.
LocationPuck2D
2D location puck configuration.
LocationPuck3D
3D location puck configuration.
LocationSettingsManager
Shows a location puck on the map.
LocationSettingsPlatformInterface
Abstract interface for managing the user location indicator.
LogConfiguration
Global log-backend configuration for Mapbox SDKs.
LogConfigurationPlatformInterface
Global log-backend configuration for Mapbox SDKs.
LogoSettings
Shows the Mapbox logo on the map.
LogoSettingsManager
Manages logo ornament settings for the map.
LogoSettingsPlatformInterface
Interface for logo ornament settings.
LogWriterBackend
An interface for implementing log writing backends — e.g. for using platform-specific log backends or logging to a notification service.
LongTapInteraction<T extends FeaturesetDescriptor>
A long tap interaction on a featureset or on the map.
MapAnimationOptions
Options for camera animations.
MapboxHttpService
Manages HTTP service configuration for the Mapbox SDK.
MapboxHttpServicePlatformInterface
Abstract interface for configuring HTTP requests made by the Mapbox SDK.
MapboxMap
User-facing controller for a Mapbox map instance.
MapboxMapInterface
Marker interface for a MapboxMap instance.
MapboxMapPlatformInterface
Abstract per-instance controller for a Mapbox map.
MapboxMapsFlutterPlatform
MapboxMapsOptions
Configurations for the external resources used by Maps API objects (Map, Snapshotter, OfflineManager, OfflineRegionManager).
MapboxMapsOptionsPlatformInterface
Abstract interface for managing global Mapbox Maps configuration options.
MapboxOptions
A class that provides options and configurations for Mapbox services.
MapboxOptionsPlatformInterface
Abstract interface for managing the Mapbox access token.
MapboxStyles
A convenience object to access the style ID strings of the professionally-designed map styles made by Mapbox.
MapContentGestureContext
A structure that defines additional information about map content gesture.
MapEvent
Base sealed class for all map events.
MapGesture
Common base for gesture surfaces — currently MapPanGesture, MapZoomGesture, MapRotateGesture, MapPitchGesture — exposing a broadcast gestureEvents stream of MapContentGestureContexts.
MapIdleEventData
Data for the mapIdle event.
MapKeyboardGesture
The keyboard gesture surface on a MapboxMap.
MapKeyboardGestureContext
Additional information about a keyboard-driven map gesture.
MapLoadedEventData
Data for the mapLoaded event.
MapLoadingErrorEventData
Data for the mapLoadingError event.
MapOptions
Describes the map option values.
MapPanGesture
The pan (drag) gesture surface on a MapboxMap.
MapPitchGesture
The pitch (tilt) gesture surface on a MapboxMap.
MapRecorder
Records and replays API calls on a map instance.
MapRecorderPlatformInterface
MapRecorder provides functions to record and replay API calls of a map instance.
MapRotateGesture
The rotate gesture surface on a MapboxMap.
MapSnapshotOptions
Set of options for taking map snapshot with map snapshotter.
MapWidget
A widget that displays a Mapbox map using the Mapbox Maps Flutter SDK.
MapWidgetDebugOptions
Options for enabling debugging features in a map.
MapZoomGesture
The zoom gesture surface on a MapboxMap.
MbxEdgeInsets
The distance on each side between rectangles, when one is contained into other.
MbxImage
Image type.
MercatorCoordinate
Describes a point on the map in Mercator projection.
ModelLayer
A 3D model
ModelMaterialOverride
Overrides a material of a 3D model. @see The online documentation
ModelNodeOverride
Overrides a node of a 3D model. @see The online documentation
ModelSource
A collection of 3D models @see The online documentation
ModelSourceModel
Defines a single 3D model within a ModelSource. @see The online documentation
MultiLineString
MultiLineString, as specified here https://tools.ietf.org/html/rfc7946#section-3.1.5
MultiPoint
MultiPoint, as specified here https://tools.ietf.org/html/rfc7946#section-3.1.3
MultiPolygon
MultiPolygon, as specified here https://tools.ietf.org/html/rfc7946#section-3.1.7
OfflineManager
The OfflineManager provides a configuration interface and entrypoint for offline map functionality.
OfflineManagerPlatformInterface
Abstract interface for managing offline style packages.
OfflineSwitch
Controls the Mapbox network stack connectivity.
OfflineSwitchPlatformInterface
Abstract interface for controlling the Mapbox network stack connectivity.
OverviewViewportState
A viewport state that configures the camera to display an overview of a specified geometry.
PerformanceStatistics
The performance statistics collected at the end of the sampling duration.
PerformanceStatisticsListener
Performance-statistics callback — users subclass and pass an instance to MapboxMap.startPerformanceStatisticsCollection to receive sampled PerformanceStatistics snapshots.
PerformanceStatisticsOptions
Options for the following statistics collection behaviors:
PerFrameRenderingStatistics
Point
Point, as specified here https://tools.ietf.org/html/rfc7946#section-3.1.2
PointAnnotation
PointAnnotationInteractionContext
PointAnnotationManager
Manages point annotations.
PointAnnotationManagerPlatformInterface
Abstract interface for managing point annotations.
PointAnnotationOptions
Polygon
Polygon, as specified here https://tools.ietf.org/html/rfc7946#section-3.1.6
PolygonAnnotation
PolygonAnnotationInteractionContext
PolygonAnnotationManager
Manages polygon annotations.
PolygonAnnotationManagerPlatformInterface
Abstract interface for managing polygon annotations.
PolygonAnnotationOptions
Polyline
Based off of the offical Google document Some parts from this implementation by Mark McClure
PolylineAnnotation
PolylineAnnotationInteractionContext
PolylineAnnotationManager
Manages polyline annotations.
PolylineAnnotationManagerPlatformInterface
Abstract interface for managing polyline annotations.
PolylineAnnotationOptions
Position
Please make sure, you arrange your parameters like this:
ProjectedMeters
ProjectedMeters is a coordinate in a specific Spherical Mercator projection.
Projection
Collection of Spherical Mercator projection methods.
ProjectionPlatformInterface
Collection of Spherical Mercator projection methods.
QueriedFeature
Represents query result that is returned in QueryFeaturesCallback.
QueriedRenderedFeature
Represents query result that is returned in QueryRenderedFeaturesCallback.
QueriedSourceFeature
Represents query result that is returned in QuerySourceFeaturesCallback.
RasterArraySource
A raster array source @see The online documentation
RasterDataLayer
Description of raster data layers and the bands contained within tiles.
RasterDemSource
A RGB-encoded raster DEM source @see The online documentation
RasterLayer
Raster map textures such as satellite imagery.
RasterParticleLayer
Particle animation driven by textures such as wind maps.
RasterSource
A raster tile source. @see The online documentation
RenderedQueryGeometry
Geometry for querying rendered features.
RenderedQueryOptions
Options for querying rendered features.
RenderFrameFinishedEventData
Data for the renderFrameFinished event.
RenderFrameStartedEventData
Data for the renderFrameStarted event.
ResourceEventData
Data for the resourceRequest event.
ResourceRequest
A resource request.
ResourceResponse
A resource response.
ResponseError
An error in a resource response.
ScaleBarSettings
Shows the scale bar on the map.
ScaleBarSettingsManager
Manages scale bar ornament settings for the map.
ScaleBarSettingsPlatformInterface
Interface for scale bar ornament settings.
ScreenBox
A rectangular area as measured in the map's coordinate system.
ScreenCoordinate
Describes the coordinate on the screen, measured from top to bottom and from left to right. Note: the map uses screen coordinate units measured in logical pixels.
SettingsPlatformInterface<T>
Generic interface for reading and updating a map settings object of type T.
Size
Size type.
SkyLayer
A spherical dome around the map that is always rendered behind all other layers.
SlotLayer
Marks the position of a slot.
Snapshotter
Captures styled map snapshots without a live MapWidget.
SnapshotterPlatformInterface
Abstract interface for capturing styled map snapshots.
Source
Base class for all style sources.
SourceAddedEventData
Data for the sourceAdded event.
SourceDataLoadedEventData
Data for the sourceDataLoaded event.
SourceQueryOptions
Options for querying source features.
SourceRemovedEventData
Data for the sourceRemoved event.
StandardBuildings
A featureset of StandardBuildings features.
StandardBuildingsState
Represents available states for StandardBuildings features in the Standard style.
StandardPlaceLabels
A featureset of StandardPlaceLabels features.
StandardPlaceLabelsState
Represents available states for StandardPlaceLabels features in the Standard style.
StandardPOIs
A featureset of StandardPOIs features.
StandardPOIsState
Represents available states for StandardPOIs features in the Standard style.
StyleDataLoadedEventData
Data for the styleDataLoaded event.
StyleDefaultViewportState
Sets camera to the default camera options defined in the current style.
StyleImageMissingEventData
Data for the styleImageMissing event.
StyleImageUnusedEventData
Data for the styleImageUnused event.
StyleLoadedEventData
Data for the styleLoaded event.
StyleManager
Manages the map's style, including layers, sources, images, and imports.
StyleObjectInfo
The information about style object (source or layer).
StylePack
The style pack represents a stored style package.
StylePackLoadOptions
Describes the style package load option values.
StylePackLoadProgress
A style pack load progress includes information about the number of resources that have completed downloading and the total number of resources that are required.
StylePlatformInterface
Abstract interface for managing the map's style.
StyleProjection
The style projection.
StylePropertyValue
Holds a style property value with meta data.
StyleTransition
Defines the duration and delay for a style transition.
SymbolLayer
An icon or a text label.
TapInteraction<T extends FeaturesetDescriptor>
A single tap interaction on a featureset or on the map.
TileCacheBudget
Defines a tile-cache resource budget.
TileCacheBudgetInMegabytes
Map memory budget in megabytes.
TileCacheBudgetInTiles
Map memory budget in tiles.
TileCoverOptions
Various options needed for tile cover.
TileID
Identifies a tile by its z/x/y coordinates.
TileRegion
TileRegion represents an identifiable geographic tile region with metadata.
TileRegionEstimateOptions
Holds options for the tile region estimation operation.
TileRegionEstimateProgress
A tile region's estimate progress includes counts of the number of resources that have been estimated and the total number of resources, as well as a partial result.
TileRegionEstimateResult
The result of tile region estimation.
TileRegionLoadOptions
Describes the tile region load option values.
TileRegionLoadProgress
A tile region's load progress includes counts of the number of resources that have completed downloading and the total number of resources that are required.
TilesetDescriptorOptions
Describes the tileset descriptor option values.
TileStore
TileStore manages downloads and storage for requests to tile-related API endpoints, enforcing a disk usage quota: tiles available on disk may be deleted to make room for a new download. This interface can be used by an app developer to set the disk quota. The rest of TileStore API is intended for native SDK consumption only.
TileStorePlatformInterface
Abstract interface for managing tile store downloads.
TransitionOptions
Defines global transition options that are used when properties are changed without specific transition options.
TypedFeaturesetFeature<T extends FeaturesetDescriptor>
A FeaturesetFeature with a typed FeaturesetDescriptor. This is used to provide typed access to the specific properties and state of a feature with a known type such as StandardPOIs or StandardBuildings.
TypedInteraction<T extends TypedFeaturesetFeature<FeaturesetDescriptor>>
An Interaction with an action that has a typed FeaturesetFeature as input.
VectorSource
A vector tile source. @see The online documentation
ViewportController
A controller for imperatively changing the map's viewport with animations.
ViewportPlatformInterface
Abstract interface for performing viewport transitions.
ViewportState
A base class representing different ways to position the camera on a map.
ViewportTransition
A base class for defining custom viewport transitions.

Enums

Anchor
Whether extruded geometries are lit relative to the map or viewport.
AndroidPlatformViewHostingMode
A mode for platform MapView to be hosted in Flutter on Android.
BackgroundPitchAlignment
Orientation of background layer.
BoundaryType
CircleElevationReference
Selects the base of the circle-elevation-reference. Default value: "none".
CirclePitchAlignment
Orientation of circle when map is pitched. Default value: "viewport".
CirclePitchScale
Controls the scaling behavior of the circle when the map is pitched. Default value: "map".
CircleTranslateAnchor
Controls the frame of reference for circle-translate. Default value: "map".
ConstrainMode
Describes whether to constrain the map in both axes or only vertically e.g. while panning.
ContextMode
Describes the map context mode. We can make some optimizations if we know that the drawing context is not shared with other code.
CoordinateSystem
Coordinate reference systems for spatial data
Corner
DataSourceType
Describes the data source type for a resource request.
DistanceGeometry
Whether to calculate the distance based on geodesic (spheroid) or planar (flat) method.
DistanceUnits
Supported distance unit types. Default value: "metric".
Encoding
Encoding of raster-DEM tiles.
FillElevationReference
Selects the base of fill-elevation-reference. Default value: "none".
FillExtrusionBaseAlignment
Controls the behavior of fill extrusion base over terrain
FillExtrusionHeightAlignment
Controls the behavior of fill extrusion height over terrain
FillExtrusionTranslateAnchor
Controls the frame of reference for fill-extrusion-translate.
FillTranslateAnchor
Controls the frame of reference for fill-translate. Default value: "map".
GeoJSONObjectType
GestureState
Enumeration of gesture states.
GlyphsRasterizationMode
Describes glyphs rasterization modes.
Grid
HillshadeIlluminationAnchor
Direction of light source when map is rotated.
IconAnchor
Part of the icon placed closest to the anchor. Default value: "center".
IconPitchAlignment
Orientation of icon when map is pitched. Default value: "auto".
IconRotationAlignment
In combination with symbol-placement, determines the rotation behavior of icons. Default value: "auto".
IconTextFit
Scales the icon to fit around the associated text. Default value: "none".
IconTranslateAnchor
Controls the frame of reference for icon-translate. Default value: "map".
LineCap
The display of line endings. Default value: "butt".
LineElevationReference
Selects the base of line-elevation-reference. Default value: "none".
LineJoin
The display of lines when joining. Default value: "miter".
LineTranslateAnchor
Controls the frame of reference for line-translate. Default value: "map".
LineWidthUnit
Selects the unit of line-width. The same unit is automatically used for line-blur and line-offset. Note: This is an experimental property, and is subject to change in future versions. Default value: "pixels".
LoggingLevel
States level of a log message.
MapLoadErrorType
Describes what resource could not be loaded.
MapWidgetDebugOptionsData
Raw Pigeon enum underlying the MapWidgetDebugOptions typed wrapper. Exposed publicly (rather than with an underscore prefix) because the wrapper now lives in the platform-interface package and needs to round- trip values across package boundaries for mobile's Pigeon channels.
ModelElevationReference
Selects the base of the model. Default value: "ground".
ModelScaleMode
Defines scaling mode. Only applies to location-indicator type layers. Default value: "map".
ModelType
Defines rendering behavior of model in respect to other 3D scene objects.
NetworkRestriction
Classify network types based on cost.
NorthOrientation
Describes the map orientation.
OcclusionOpacityMode
Occlusion opacity mode. Default value: "anchor".
OrnamentPosition
Defines the position of an ornament (logo, compass, scale bar, attribution) on the map.
PerformanceSamplerOptions
Samplers which can be optionally enabled to collect performance statistics.
PuckBearing
The enum controls how the puck is oriented. Default value: "heading".
RasterResampling
The resampling/interpolation method to use for overscaling, also known as texture magnification filter.
RenderMode
Describes whether a map or frame has been fully rendered.
RequestLoadingMethodType
The method used to make a resource request.
RequestPriority
The priority of a request.
RequestType
The type of a requested resource.
ResponseErrorReason
Describes the reason for an offline request response error. Also generated in native (Swift/Kotlin) pigeon output for MapInterfaces.
ResponseSourceType
The source of a response.
Scheme
Influences the y direction of the tile coordinates. The global-mercator (aka Spherical Mercator) profile is assumed.
ScrollMode
Configures the directions in which the map is allowed to move during a scroll gesture. Default value: "horizontal-and-vertical".
SkyType
The type of the sky.
SourceDataType
Defines what kind of source data was loaded.
StyleDataType
Defines what kind of style data was loaded.
StyleProjectionName
The style projection name.
StylePropertyValueKind
Describes the kind of a style property value.
SymbolElevationReference
Selects the base of symbol-elevation. Default value: "ground".
SymbolPlacement
Label placement relative to its geometry. Default value: "point".
SymbolZOrder
Determines whether overlapping symbols in the same layer are rendered in the order that they appear in the data source or by their y-position relative to the viewport. To control the order and prioritization of symbols otherwise, use symbol-sort-key. Default value: "auto".
TextAnchor
Part of the text placed closest to the anchor. Default value: "center".
TextJustify
Text justification options. Default value: "center".
TextPitchAlignment
Orientation of text when map is pitched. Default value: "auto".
TextRotationAlignment
In combination with symbol-placement, determines the rotation behavior of the individual glyphs forming the text. Default value: "auto".
TextTransform
Specifies how to capitalize text, similar to the CSS text-transform property. Default value: "none".
TextTranslateAnchor
Controls the frame of reference for text-translate. Default value: "map".
TextVariableAnchor
To increase the chance of placing high-priority labels on the map, you can provide an array of text-anchor locations: the renderer will attempt to place the label at each location, in order, before moving onto the next label. Use text-justify: auto to choose justification based on anchor position. To apply an offset, use the text-radial-offset or the two-dimensional text-offset.
TextWritingMode
The property allows control over a symbol's orientation. Note that the property values act as a hint, so that a symbol whose language doesn't support the provided orientation will be laid out in its natural orientation. Example: English point symbol will be rendered horizontally even if array value contains single 'vertical' enum value. For symbol with point placement, the order of elements in an array define priority order for the placement of an orientation variant. For symbol with line placement, the default text writing mode is either 'horizontal', 'vertical' or 'vertical', 'horizontal', the order doesn't affect the placement.
TileCacheBudgetType
The unit a cache budget is measured in.
TileDataDomain
Describes the tiles data domain.
TileStoreUsageMode
Describes tile store usage modes.
Type
Type information of the variant's content
Unit
ViewportMode
Satisfies embedding platforms that requires the viewport coordinate systems to be set according to its standards.
Visibility
The visibility of a layer. Hand-written rather than emitted from the style spec because visibility is a shared layer property hard-coded in the layer template, not visited by the per-property generator loop.

Extension Types

InteractionType
The kind of gesture an Interaction listens for.

Extensions

AsCancelable on StreamSubscription
Conversion on CameraState
Conversions on CameraState used by callers that need to round-trip the current camera back through APIs that take CameraOptions (e.g. Snapshotter.setCamera(...)).
FeatureCollectionMetaExtension on FeatureCollection<GeometryObject>
FeatureCollectionOtherMembersExtension on FeatureCollection<GeometryObject>
Extension to add "other members" support specifically to FeatureCollection
FeatureOtherMembersExtension on Feature<GeometryObject>
Extension to add "other members" support specifically to Feature
GeoJSONObjectMetaExtension on GeoJSONObject
GeoJSONObjectOtherMembersExtension on GeoJSONObject
Extension to add "other members" support to GeoJSONObject This follows RFC 7946 specification: "A GeoJSON object MAY have 'other members'. Implementations MUST NOT interpret foreign members as having any meaning unless part of an extension or profile."
GeometryObjectOtherMembersExtension on GeometryObject
Extension to add "other members" support specifically to GeometryObject
StandardBuildingsFeature on TypedFeaturesetFeature<StandardBuildings>
Featureset describing the buildings.
StandardPlaceLabelsFeature on TypedFeaturesetFeature<StandardPlaceLabels>
Points for labeling places including countries, states, cities, towns, and neighborhoods.
StandardPOIsFeature on TypedFeaturesetFeature<StandardPOIs>
A point of interest.
StyleColorInt on int
Converts a 32-bit ARGB Color-int to a rgba(r, g, b, a) CSS-like string.
StyleColorList on List
Converts a color expression list ([rgba, r, g, b, a], [rgb, …], [hsl, …], [hsla, …]) to a 32-bit ARGB int.
StyleColorString on String
Convert the color from a CSS-style "rgba(r,g,b,a)" string, as returned for plain (non-expression) color properties like ModelMaterialOverride.modelColor, to a 32-bit ARGB int.

Constants

areaFactors → const Map<Unit, num>
Area of measurement factors based on 1 square meter.
conversionEarthRadius → const double
Earth radius in meters used for coordinate system conversions
coordSystemConstants → const Map<String, double>
Coordinate system conversion constants
earthRadius → const double
Earth Radius used with the Harvesine formula and approximates using a spherical (non-ellipsoid) Earth.
factors → const Map<Unit, num>
Unit of measurement factors using a spherical (non-ellipsoid) earth radius. Keys are the name of the unit, values are the number of that unit in a single radian
mapboxPluginVersion → const String
This file is generated Version of the mapbox_maps_flutter plugin.
mercatorLimit → const double
Maximum extent of the Web Mercator projection in meters
unitsFactors → const Map<Unit, num>

Functions

along(Feature<LineString> line, num distance, [Unit unit = Unit.kilometers]) → Feature<Point>
Takes a line and returns a Point at a specified distance along the line.
applyFilter(Map? properties, dynamic filter) → bool
applyFilter Takes a Map properties and a filter, Returns a bool indicating filter is applied to the properties.
area(GeoJSONObject geojson) → num?
Takes a GeoJSONObject and returns their area in square meters.
bbox(GeoJSONObject geoJson, {bool recompute = false}) → BBox
Calculates the bounding box for any geoJson object, including FeatureCollection. If recompute is not set and the bbox is not null, the function uses the bbox of the given GeoJSONObject.
bboxPolygon(BBox bbox, {Map<String, dynamic> properties = const {}, dynamic id}) → Feature<Polygon>
Takes a BBox and returns an equivalent Feature<Polygon>.
bearing(Point start, Point end, {bool calcFinal = false}) → num
Takes two Points and finds the geographic bearing between them, i.e. the angle measured in degrees from the north line (0 degrees) For example:
bearingRaw(Position start, Position end, {bool calcFinal = false}) → num
bearingToAzimuth(num bearing) → num
Converts any bearing angle from the north line direction (positive clockwise) and returns an angle between 0-360 degrees (positive clockwise), 0 being the north line
bitCode(Position p, BBox bbox) → int
booleanClockwise(LineString line) → bool
Takes a ring and return true or false whether or not the ring is clockwise or counter-clockwise. Takes a Feature<LineString> orLineString or a List<Position> to be evaluated. example:
booleanConcave(Polygon polygon) → bool
Takes a Polygon and returns true or false as to whether it is concave or not. example:
booleanContains(GeoJSONObject feature1, GeoJSONObject feature2) → bool
booleanContains returns true if the second geometry is completely contained by the first geometry. The interiors of both geometries must intersect and, the interior and boundary of the secondary must not intersect the exterior of the primary. booleanContains returns the exact opposite result of the booleanWithin. example:
booleanCrosses(GeoJSONObject feature1, GeoJSONObject feature2) → bool
booleanCrosses returns true if the intersection results in a geometry whose dimension is one less than the maximum dimension of the two source geometries and the intersection set is interior to both source geometries. booleanCrosses returns true for only MultiPoint/Polygon, MultiPoint/LineString, LineString/LineString, LineString/Polygon, and LineString/MultiPolygon comparisons. Other comparisons are not supported as they are outside the OpenGIS Simple Features spec and may give unexpected results. example:
booleanDisjoint(GeoJSONObject feature1, GeoJSONObject feature2, {bool ignoreSelfIntersections = false}) → bool
Returns true if the intersection of the two geometries is an empty set. example:
booleanEqual(GeoJSONObject feature1, GeoJSONObject feature2, {int precision = 6, bool direction = false, bool shiftedPolygon = false}) → bool
Determine whether two geometries of the same type have identical X,Y coordinate values. See http://edndoc.esri.com/arcsde/9.0/general_topics/understand_spatial_relations.htm precision=6 sets decimal precision to use when comparing coordinates. With direction set to true, even if the LineStrings are reverse versions of each other but they have similar Positions, they will be considered the same. If shiftedPolygon is true, two Polygons with shifted Positions are considered the same. Returns true if the objects are equal, false otherwise example:
booleanIntersects(GeoJSONObject feature1, GeoJSONObject feature2, {bool ignoreSelfIntersections = true}) → bool
Returns true when two geometries intersect. Takes feature1 & feature2 parameters of type GeoJSONObject which can be a Feature or GeometryType. example
booleanOverlap(Feature<GeometryObject> firstFeature, Feature<GeometryObject> secondFeature) → bool
Takes two geometries firstFeature and secondFeature and checks if they share an common area but are not completely contained by each other.
booleanParallel(LineString line1, LineString line2) → bool
Returns true if each segment of line1 is parallel to the correspondent segment of line2 example:
booleanPointInPolygon(Position point, GeoJSONObject polygon, {bool ignoreBoundary = false}) → bool
Takes a Point, and a Polygon or MultiPolygonand determines if the Point resides within the Polygon. The Polygon can be convex or concave. The function accounts for holes. By taking a Feature<Polygon> or a Feature<MultiPolygon>. The ignoreBoundary flag (default false) should be set to true if the Polygon's boundary should be ignored when determining if the Point is inside the Polygon, otherwise false. example:
booleanPointOnLine(Point pt, LineString line, {bool ignoreEndVertices = false, num? epsilon}) → bool
Returns true if a point is on a line. Accepts an optional parameter to ignore the start and end vertices of the LineString. The ignoreEndVertices flag (default false) controls whether to ignore the start and end vertices. epsilon is the fractional number to compare with the cross product result. It's useful for dealing with floating points in lng/lat.
booleanTouches(GeoJSONObject feature1, GeoJSONObject feature2) → bool
Boolean-touches returns true if none of the Points common to both geometries intersect the interiors of both geometries. example
booleanValid(GeoJSONObject feature) → bool
booleanValid checks if the geometry is a valid according to the OGC Simple Feature Specification. Take a Feature or a GeometryType example
booleanWithin(GeoJSONObject feature1, GeoJSONObject feature2) → bool
Returns true if the first GeoJSONObject is completely within the second GeoJSONObject. The interiors of both geometries must intersect and, the interior and boundary of the primary (geometry a) must not intersect the exterior of the secondary (geometry b). booleanWithin returns the exact opposite result of booleanContains.
calculateFinalBearing(Point start, Point end) → num
Calculates Final Bearing
calculateFinalBearingRaw(Position start, Position end) → num
calculateRhumbBearing(Position from, Position to) → num
Returns the bearing from ‘this’ Point to destination Point along a rhumb line. Adapted from Geodesy: https://github.com/chrisveness/geodesy/blob/master/latlon-spherical.js Returns Bearing in degrees from north. example
calculateRhumbDestination(Position origin, num distance, num bearing, [num radius = earthRadius]) → Position
calculateRhumbDistance(Position origin, Position destination, [num radius = earthRadius]) → num
Returns the distance traveling from ‘this’ point to destination point along a rhumb line. Adapted from Geodesy ‘distanceTo‘: https://github.com/chrisveness/geodesy/blob/master/latlon-spherical.js
center(GeoJSONObject geoJSON, {dynamic id, BBox? bbox, Map<String, dynamic>? properties}) → Feature<Point>
Takes a Feature or a FeatureCollection and returns the absolute center point of all feature(s).
centroid(GeoJSONObject geoJSON, {Map<String, dynamic>? properties}) → Feature<Point>
Takes a Feature or a FeatureCollection and computes the centroid as the mean of all vertices within the object.
cleanCoords(GeoJSONObject geojson, {bool mutate = false}) → Feature<GeometryObject>
Removes redundant coordinates from any GeometryType. Takes a Feature or GeometryType mutate allows GeoJSON input to be mutated Returns the cleaned input Feature example:
clusterEach(FeatureCollection<GeometryObject> geojson, dynamic property, ClusterEachCallback callback) → void
clusterEach Takes a FeatureCollection, a dynamic property key/value used to create clusters, and a ClusterEachCallback method that takes (cluster, clusterValue, currentIndex) and Returns void. For example:
clusterReduce<T>(FeatureCollection<GeometryObject> geojson, dynamic property, ClusterReduceCallback<T> callback, dynamic initialValue) → T?
Reduces clusters in Features, similar to Iterable.reduce Takes a FeatureCollection geojson, a dynamic property, a GeoJSONObject's property key/value used to create clusters, a ClusterReduceCallback method, and an initialValue to use as the first argument to the first call of the callback. Returns the value that results from the reduction. For example:
combine(FeatureCollection<GeometryObject> collection) → FeatureCollection<GeometryObject>
Combines a FeatureCollection of Point, LineString, or Polygon features (and their Multi* counterparts) into MultiPoint, MultiLineString, or MultiPolygon features.
convertArea(num area, [dynamic originalUnit = Unit.meters, dynamic finalUnit = Unit.kilometers]) → num
Converts a area to the requested unit. Valid units: Unit.kilometers, Unit.meters, Unit.centimeters, Unit.millimeters, Unit.acres, Unit.miles, Unit.yards, Unit.feet, Unit.inches
convertCoordinates(Position coord, CoordinateSystem fromSystem, CoordinateSystem toSystem) → Position
Converts coordinates from one system to another.
convertLength(num length, [Unit originalUnit = Unit.kilometers, Unit finalUnit = Unit.kilometers]) → num
Converts a length to the requested unit. Valid units: Unit.miles, Unit.nauticalmiles, Unit.inches, Unit.yards, Unit.meters, Unit.kilometers, Unit.centimeters, Unit.feet
coordAll(GeoJSONObject geojson) → List<Position?>
Gets all coordinates from any GeoJSONObject. Receives any GeoJSONObject Returns List<Position> For example:
coordEach(GeoJSONObject geoJSON, Function callback, [bool excludeWrapCoord = false]) → void
Iterates over coordinates in any geoJSONObject, similar to Iterable.forEach example:
coordReduce<T>(GeoJSONObject geojson, CoordReduceCallback<T> callback, T? initialValue, [bool excludeWrapCoord = false]) → T?
Reduces coordinates in any GeoJSONObject, similar to Iterable.reduce
createBins(FeatureCollection<GeometryObject> geojson, dynamic property) → Map<dynamic, List<int>>
createBins Takes a FeatureCollection geojson, and dynamic property key whose corresponding values of the Features will be used to create bins. Returns Map<String, List> bins with Feature IDs For example
degreesToRadians(num degrees) → num
Converts an angle in degrees to radians
destination(Point origin, num distance, num bearing, [Unit unit = Unit.kilometers]) → Point
Takes a Point and calculates the location of a destination point given a distance in degrees, radians, miles, or kilometers; and bearing in degrees. This uses the Haversine formula to account for global curvature. For example:
destinationRaw(Position origin, num distance, num bearing, [Unit unit = Unit.kilometers]) → Position
distance(Point from, Point to, [Unit unit = Unit.kilometers]) → num
Calculates the distance between two Points in degrees, radians, miles, or kilometers. This uses the Haversine formula to account for global curvature. For example:
distanceRaw(Position from, Position to, [Unit unit = Unit.kilometers]) → num
envelope(GeoJSONObject geojson) → Feature<Polygon>
Returns a rectangular Polygon (envelope) that fully contains the given GeoJSON object.
explode(GeoJSONObject geojson) → FeatureCollection<Point>
Takes a feature or set of features and returns all positions as Points. Takes GeoJSONObject input. Returns FeatureCollection<point> representing the exploded input features Throws Exception if it encounters an unknown geometry type
extractOtherMembers(Map<String, dynamic> json, List<String> standardKeys) → Map<String, dynamic>
Utility to extract "other members" from GeoJSON objects according to RFC 7946 specification.
featureEach(GeoJSONObject geoJSON, FeatureEachCallback callback) → void
Iterates over features in any geoJSONObject, calling callback on each iteration. Similar to Iterable.forEach. For example:
featureReduce<T>(GeoJSONObject geojson, FeatureReduceCallback<T> callback, T? initialValue) → T?
Reduces features in any GeoJSONObject, similar to Iterable.reduce.
filterProperties(Map<String, dynamic> properties, List<String>? keys) → Map<String, dynamic>
filterProperties Takes Map<String, dynamic> properties, and List<String> keys used to filter Properties. Returns Map<String, dynamic> filtered Properties For example:
flatten(GeoJSONObject geojson) → FeatureCollection<GeometryObject>
Takes any GeoJSONObject and returns a FeatureCollection of simple features. The function flattens all Multi* geometries into single-geometry Features.
flattenEach(GeoJSONObject geoJSON, FlattenEachCallback callback) → void
Iterates over flattened features in any geoJSONObject, similar to Iterable.forEach, calling callback on each flattened feature
flattenReduce<T>(GeoJSONObject geojson, FlattenReduceCallback<T> callback, T? initialValue) → T?
Reduces flattened features in any GeoJSONObject, similar to Iterable.reduce. Takes a FeatureCollection, Feature, or GeometryType a FlattenReduceCallback method that takes (previousValue, currentFeature, featureIndex, multiFeatureIndex), an initialValue Value to use as the first argument to the first call of the callback. Returns the value that results from the reduction. For example:
geomEach(GeoJSONObject geoJSON, GeomEachCallback callback) → void
Iterates over each geometry in geoJSON, calling callback on each iteration. Similar to Iterable.forEach
geomReduce<T>(GeoJSONObject geoJSON, GeomReduceCallback<T> callback, T? initialValue) → T?
Reduces geometry in any GeoJSONObject, similar to Iterable.reduce.
geoToMercator(GeoJSONObject geojson, {bool mutate = false}) → GeoJSONObject
Converts a WGS84 GeoJSON object into Web Mercator (EPSG:3857 / 900913) projection.
geoToWgs84(GeoJSONObject geojson, {bool mutate = false}) → GeoJSONObject
Converts a Web Mercator (EPSG:3857 / 900913) GeoJSON object back into WGS84 projection.
getCluster(FeatureCollection<GeometryObject> geojson, dynamic filter) → FeatureCollection<GeometryObject>
Get Cluster Takes a FeatureCollection<Feature> and a dynamic filter used on GeoJSON properties to get Cluster. Returns a FeatureCollection single cluster filtered by GeoJSON Properties For example:
getCoord(dynamic coord) → Position
Unwraps a coordinate from a Point, Feature<Point>, and a Position.
getCoords(dynamic coords) → List
Unwraps coordinates from a Feature, GeometryObject or a List Gets a List<dynamic>, GeometryObject or a Feature or a List<dynamic> and returns List<dynamic>. For example:
getGeom(GeoJSONObject geojson) → GeometryObject
Get Geometry or Geometries from Feature or GeometryCollection Returns List<GeometryType> in case geojson is a GeometryCollection and a GeometryType if geojson is a simple GeometryType. example:
intersect(Position a, Position b, int edge, BBox bbox) → Position
isAbove(Position p1, Position p2, Position p3) → bool
Returns true if p3 is above the line from p1 to p2.
isBelow(Position p1, Position p2, Position p3) → bool
Returns true if p3 is below the line from p1 to p2.
isLeft(Position p1, Position p2, Position p3) → num
Returns a positive value if p3 is to the left of the line from p1 to p2, negative if to the right, and 0 if collinear.
isPointOnLineEnd(Point point, LineString line) → bool
isPointOnLineSegmentCleanCoordsVariant(Position start, Position end, Position point) → bool
Returns if point is on the segment between start and end. Borrowed from booleanPointOnLine to speed up the evaluation (instead of using the module as dependency). start is the coord pair of start of line, end is the coord pair of end of line, and point is the coord pair of point to check.
isPointOnLineSegmentCrossesVariant(Position start, Position end, Position pt, bool incEnd) → bool
Only takes into account outer rings See http://stackoverflow.com/a/4833823/1979085 lineSegmentStart Position of start of line lineSegmentEnd Position of end of line pt Position of point to check incEnd controls whether the Point is allowed to fall on the line ends
length(Feature<LineString> line, [Unit unit = Unit.kilometers]) → num
Takes a line and measures its length in the specified unit.
lengthToDegrees(num distance, [Unit unit = Unit.kilometers]) → num
Convert a distance measurement (assuming a spherical Earth) from a real-world unit into degrees Valid units: Unit.miles, Unit.nauticalmiles, Unit.inches, Unit.yards, Unit.meters, Unit.centimeters, Unit.kilometers, Unit.feet
lengthToRadians(num distance, [Unit unit = Unit.kilometers]) → num
Convert a distance measurement (assuming a spherical Earth) from a real-world unit into radians Valid units: Unit.miles, Unit.nauticalmiles, Unit.inches, Unit.yards, Unit.meters, Unit.kilometers, Unit.centimeters, Unit.feet
lineclip(List<Position> points, BBox bbox, [List<List<Position>>? result]) → List<List<Position>>
lineIntersect(GeoJSONObject line1, GeoJSONObject line2, {bool removeDuplicates = true, bool ignoreSelfIntersections = false}) → FeatureCollection<Point>
Takes any LineString or Polygon and returns the intersecting Point. removeDuplicates (default true) removes duplicate intersections, ignoreSelfIntersections (default false) ignores self-intersections on input features Returns a FeatureCollection<Point> containing point(s) that intersect both example:
lineOverlap(Feature<GeometryObject> feature1, Feature<GeometryObject> feature2, {num tolerance = 0, Unit unit = Unit.kilometers}) → FeatureCollection<LineString>
Takes any LineString, MultiLineString, Polygon or MultiPolygon and returns the overlapping lines between both features. feature1 first feature feature2 second feature tolerance tolerance distance to match overlapping line segments, default is 0 unit the unit in which the tolerance is expressed, default is kilometers returns FeatureCollection<LineString> lines(s) that are overlapping between both features
lineSegment(GeoJSONObject geoJson, {bool combineGeometries = false}) → FeatureCollection<LineString>
Creates a FeatureCollection of 2-vertex LineString segments from a LineString or MultiLineString or Polygon and MultiPolygon Returns FeatureCollection<LineString> 2-vertex line segments For example:
lineSlice(Feature<Point> startPt, Feature<Point> stopPt, Feature<LineString> line) → Feature<LineString>
Takes a line, at a start point startPt, and a stop point stopPt and returns a subsection of the line in-between those points. The start & stop points don't need to fall exactly on the line.
lineSliceAlong(Feature<LineString> line, double startDist, double stopDist, [Unit unit = Unit.kilometers]) → Feature<LineString>
Takes a line, at a start distance startDist and a stop distance stopDist and returns a subsection of the line in-between those distances.
lineSliceAlongRaw(LineString line, double startDist, double stopDist, [Unit unit = Unit.kilometers]) → LineString
Takes a line, at a start distance startDist and a stop distance stopDist and returns a subsection of the line in-between those distances.
lineStringToPolygon(GeoJSONObject line, bool autoComplete, bool orderCoords, {Map<String, dynamic>? properties}) → Feature<Polygon>
Converts LineString to Polygon Takes a optional boolean autoComplete that auto completes LineStrings Takes an optional orderCoords that sorts LineStrings to place outer ring at the first Position of the coordinates.
lineToPolygon(GeoJSONObject lines, {Map<String, dynamic>? properties, bool autoComplete = true, bool orderCoords = true, bool mutate = false}) → Feature<GeometryObject>
Converts LineStrings & MultiLineString to Polygon or MultiPolygon. Takes an optional boolean autoComplete that auto completes LineStrings (matches first & last coordinates). Takes an optional orderCoords that sorts LineStrings to place outer ring at the first Position of the coordinates. Takes an optional mutate that mutates the original LineString using autoComplete (matches first & last coordinates. Returns Feature<Polygon> or Feature<MultiPolygon> converted to Polygons. example:
midpoint(Point point1, Point point2) → Point
Takes two Points and returns a point midway between them. The midpoint is calculated geodesically, meaning the curvature of the earth is taken into account. For example:
midpointRaw(Position point1, Position point2) → Position
nearestPoint(Feature<Point> targetPoint, FeatureCollection<Point> points) → Feature<Point>
Takes a reference Point and a FeatureCollection of Features with Point geometries and returns the point from the FeatureCollection closest to the reference. This calculation is geodesic. For example:
nearestPointOnLine(LineString line, Point point, [Unit unit = Unit.kilometers]) → Feature<Point>
Takes a Point and a LineString and calculates the closest Point on the LineString.
nearestPointOnMultiLine(MultiLineString lines, Point point, [Unit unit = Unit.kilometers]) → Feature<Point>?
Takes a Point and a MultiLineString and calculates the closest Point on the MultiLineString.
pointOnFeature(dynamic featureInput) → Feature<Point>
Returns a Feature<Point> that represents a point guaranteed to be on the feature.
pointToLineDistance(Point point, LineString line, {Unit unit = Unit.kilometers, DistanceGeometry method = DistanceGeometry.geodesic}) → num
Returns the minimum distance between a point and a line, being the distance from a line the minimum distance between the point and any segment of the LineString.
polygonclip(List<Position> points, BBox bbox) → List<Position>
polygonSmooth(GeoJSONObject inputPolys, {int iterations = 1}) → FeatureCollection<GeometryObject>
Smooths a Polygon, MultiPolygon, also inside Features, FeatureCollections, or GeometryCollection. Based on Chaikin's algorithm. Warning: may create degenerate polygons. The optional parameter iterations is the number of times to smooth the polygon. A higher value means a smoother polygon. The functions returns a FeatureCollection of Polygons and MultiPolygons.
polygonTangents(Point point, GeoJSONObject inputPolys) → FeatureCollection<Point>
Finds the tangents of a Polygon or MultiPolygon from a Point.
polygonToLine(GeoJSONObject poly, {Map<String, dynamic>? properties}) → GeoJSONObject
Converts a Polygon to LineString or MultiLineString or a MultiPolygon to a FeatureCollection of LineString or MultiLineString. Returns FeatureCollection or Feature<LineString> or Feature<MultiLinestring> example:
processPolygon(List<Position> polygonCoords, Position pointCoords, double eprev, Position rtan, Position ltan) → List<Position>
Processes a polygon to determine the right and left tangents.
propEach(GeoJSONObject geoJSON, PropEachCallback callback) → void
Iterates over properties in any geoJSON object, calling callback on each iteration. Similar to Iterable.forEach
propertiesContainsFilter(Map properties, Map filter) → bool
Properties contains filter (does not apply deepEqual operations) Takes a Map properties value, and a Map filter and Returns bool if filter does equal the properties For example
propReduce<T>(GeoJSONObject geojson, PropReduceCallback<T> callback, T? initialValue) → T?
Reduces properties in any GeoJSONObject into a single value, similar to how Iterable.reduce works. However, in this case we lazily run the reduction, so List of all properties is unnecessary.
radiansToDegrees(num radians) → num
Converts an angle in radians to degrees
radiansToLength(num radians, [Unit unit = Unit.kilometers]) → num
Convert a distance measurement (assuming a spherical Earth) from radians to a more friendly unit. Valid units: Unit.miles, Unit.nauticalmiles, Unit.inches, Unit.yards, Unit.meters, Unit.kilometers, Unit.centimeters, Unit.feet
rhumbBearing(Point start, Point end, {bool kFinal = false}) → num
Takes two Point and finds the bearing angle between them along a Rhumb line i.e. the angle measured in degrees start the north line (0 degrees) kFinal calculates the final bearing if true. Returns bearing from north in decimal degrees, between -180 and 180 degrees (positive clockwise) example:
rhumbDestination(Point origin, num distance, num bearing, {Unit? unit = Unit.kilometers, Map<String, dynamic>? properties}) → Feature<Point>
Returns the destination Point having traveled the given distance along a Rhumb line from the origin Point with the (variant) given bearing.
rhumbDistance(Point from, Point to, [Unit unit = Unit.kilometers]) → num
Calculates the distance along a rhumb line between two Point in degrees, radians, miles, or kilometers.
round(num value, [num precision = 0]) → num
Round number to precision
segmentEach(GeoJSONObject geojson, SegmentEachCallback callback, {bool combineNestedGeometries = true}) → void
Iterates over 2-vertex line segment in any GeoJSON object, similar to Iterable.forEach (Multi)Point geometries do not contain segments therefore they are ignored during this operation.
segmentReduce<T>(GeoJSONObject geojson, SegmentReduceCallback<T> callback, T? initialValue, {bool combineNestedGeometries = true}) → T?
Reduces 2-vertex line segment in any GeoJSON object, similar to Iterable.reduce (Multi)Point geometries do not contain segments therefore they are ignored during this operation.
square(BBox bbox) → BBox
Takes a BBox and returns a square BBox of equal dimensions.
toMercator(Position coord) → Position
Converts a WGS84 coordinate to Web Mercator.
toWGS84(Position coord) → Position
Converts a Web Mercator coordinate to WGS84.
transformRotate(GeoJSONObject geoJSON, num angle, {Point? pivot, bool mutate = false}) → GeoJSONObject
Rotates any GeoJSONObject of a specified angle, around its centroid or a given pivot Point.
truncate(GeoJSONObject geojson, {int precision = 6, int coordinates = 3, bool mutate = false}) → GeoJSONObject
Takes a Feature or FeatureCollection and truncates the precision of the geometry. precision sets the coordinate decimal precision coordinates sets the maximum number of coordinates (primarly used to remove z coordinates) mutate allows GeoJSONObject input to be mutated (significant performance increase if true) Returns GeoJSONObject layer with truncated geometry

Typedefs

AttributionSettingsInterface = AttributionSettingsManager
Deprecated: Use AttributionSettingsManager instead.
ClusterEachCallback = dynamic Function(FeatureCollection<GeometryObject>? cluster, dynamic clusterValue, int? currentIndex)
ClusterEachCallback Takes a FeatureCollection, the cluster being processed, a clusterValue used to create cluster being processed, and the currentIndex, the index of current element being processed in the List. Starts at index 0 Returns void.
ClusterReduceCallback<T> = T? Function(T? previousValue, FeatureCollection<GeometryObject>? cluster, dynamic clusterValue, int? currentIndex)
ClusterReduceCallback The first time the callback function is called, the values provided as arguments depend on whether the reduce method has an initialValue argument.
CompassSettingsInterface = CompassSettingsManager
Deprecated: Use CompassSettingsManager instead.
CoordEachCallback = dynamic Function(Position? currentCoord, int? coordIndex, int? featureIndex, int? multiFeatureIndex, int? geometryIndex)
CoordReduceCallback<T> = T? Function(T? previousValue, Position? currentCoord, int? coordIndex, int? featureIndex, int? multiFeatureIndex, int? geometryIndex)
Callback for coordReduce
FeatureEachCallback = dynamic Function(Feature<GeometryObject> currentFeature, int featureIndex)
Callback for featureEach
FeatureReduceCallback<T> = T? Function(T? previousValue, Feature<GeometryObject> currentFeature, int featureIndex)
Callback for featureReduce
FlattenEachCallback = dynamic Function(Feature<GeometryType> currentFeature, int featureIndex, int multiFeatureIndex)
Callback for flattenEach
FlattenReduceCallback<T> = T? Function(T? previousValue, Feature<GeometryObject> currentFeature, int featureIndex, int multiFeatureIndex)
Callback for flattenReduce The first time the callback function is called, the values provided as arguments depend on whether the reduce method has an initialValue argument. If an initialValue is provided to the reduce method:
GeomEachCallback = dynamic Function(GeometryType? currentGeometry, int? featureIndex, Map<String, dynamic>? featureProperties, BBox? featureBBox, dynamic featureId)
GeomReduceCallback<T> = T? Function(T? previousValue, GeometryType? currentGeometry, int? featureIndex, Map<String, dynamic>? featureProperties, BBox? featureBBox, dynamic featureId)
Callback for geomReduce
GesturesSettingsInterface = GesturesSettingsManager
Deprecated: Use GesturesSettingsManager instead.
IndoorSelectorSettingsInterface = IndoorSelectorSettingsManager
Deprecated: Use IndoorSelectorSettingsManager instead.
LocalizedCoordEachCallback = dynamic Function(Position? currentCoord, int? coordIndex, int? featureIndex, int? multiFeatureIndex, int? geometryIndex, int? localCoordIndex)
LocationSettings = LocationSettingsManager
Deprecated: Use LocationSettingsManager instead.
LogoSettingsInterface = LogoSettingsManager
Deprecated: Use LogoSettingsManager instead.
MapboxMapCreatedCallback<T extends MapboxMapInterface> = void Function(T mapboxMap)
Callback signature invoked when a map instance is ready.
MapCreatedCallback = MapboxMapCreatedCallback<MapboxMap>
OnCameraChangeListener = void Function(CameraChangedEventData cameraChangedEventData)
Invoked whenever the camera position changes.
OnInteraction<T extends FeaturesetFeature> = void Function(T? feature, MapContentGestureContext context)
Interaction callback for any feature type.
OnInteractionContext = void Function(MapContentGestureContext context)
Interaction callback that just returns the MapContentGestureContext.
OnInteractionFeatureContext<T extends FeaturesetFeature> = void Function(T feature, MapContentGestureContext context)
Interaction callback for a specific featureset which returns a non-optional FeaturesetFeature.
OnMapIdleListener = void Function(MapIdleEventData mapIdleEventData)
Invoked whenever the map has entered the idle state.
OnMapLoadedListener = void Function(MapLoadedEventData mapLoadedEventData)
Invoked when map loading finishes.
OnMapLoadErrorListener = void Function(MapLoadingErrorEventData mapLoadingErrorEventData)
Invoked whenever the map load errors out.
OnMapScrollListener = void Function(MapContentGestureContext context)
Gesture listener called on map scroll.
OnMapZoomListener = void Function(MapContentGestureContext context)
Gesture listener called on map zoom.
OnRenderFrameFinishedListener = void Function(RenderFrameFinishedEventData renderFrameFinishedEventData)
Invoked whenever the map finished rendering a frame.
OnRenderFrameStartedListener = void Function(RenderFrameStartedEventData renderFrameStartedEventData)
Invoked whenever the map started rendering a frame.
OnResourceRequestListener = void Function(ResourceEventData resourceEventData)
Invoked when the map makes a resource request.
OnSourceAddedListener = void Function(SourceAddedEventData sourceAddedEventData)
Invoked whenever a source is added.
OnSourceDataLoadedListener = void Function(SourceDataLoadedEventData sourceDataLoadedEventData)
Invoked when the requested source data has been loaded.
OnSourceRemovedListener = void Function(SourceRemovedEventData sourceRemovedEventData)
Invoked whenever a source is removed.
OnStyleDataLoadedListener = void Function(StyleDataLoadedEventData styleDataLoadedEventData)
Invoked when the requested style data has been loaded.
OnStyleImageMissingListener = void Function(StyleImageMissingEventData styleImageMissingEventData)
Invoked when the style has a missing image.
OnStyleImageUnusedListener = void Function(StyleImageUnusedEventData styleImageUnusedEventData)
Invoked when an image added to the style is no longer needed.
OnStyleLoadedListener = void Function(StyleLoadedEventData styleLoadedEventData)
Invoked when the style is fully loaded.
OnStylePackLoadProgressListener = void Function(StylePackLoadProgress progress)
StylePack load progress callback.
OnTileRegionEstimateProgressListener = void Function(TileRegionEstimateProgress progress)
TileRegion estimate progress callback.
OnTileRegionLoadProgressListener = void Function(TileRegionLoadProgress progress)
TileRegion load progress callback.
PlatformMapCreatedCallback = MapboxMapCreatedCallback<MapboxMapPlatformInterface>
PropEachCallback = dynamic Function(Map<String, dynamic>? currentProperties, int featureIndex)
Callback for propEach
PropReduceCallback<T> = T? Function(T? previousValue, Map<String, dynamic>? currentProperties, int featureIndex)
Callback for propReduce
ScaleBarSettingsInterface = ScaleBarSettingsManager
Deprecated: Use ScaleBarSettingsManager instead.
SegmentEachCallback = dynamic Function(Feature<LineString> currentSegment, int featureIndex, int? multiFeatureIndex, int? geometryIndex, int segmentIndex)
SegmentEachCallback
SegmentReduceCallback<T> = T? Function(T? previousValue, Feature<LineString> currentSegment, T? initialValue, int featureIndex, int? multiFeatureIndex, int? geometryIndex, int segmentIndex)
Callback for segmentReduce