LocationIndicatorLayer class

Location Indicator layer.

Inheritance

Constructors

LocationIndicatorLayer({required String id, Visibility? visibility, List<Object>? visibilityExpression, List<Object>? filter, double? minZoom, double? maxZoom, String? slot, String? bearingImage, List<Object>? bearingImageExpression, String? shadowImage, List<Object>? shadowImageExpression, String? topImage, List<Object>? topImageExpression, double? accuracyRadius, List<Object>? accuracyRadiusExpression, int? accuracyRadiusBorderColor, List<Object>? accuracyRadiusBorderColorExpression, int? accuracyRadiusColor, List<Object>? accuracyRadiusColorExpression, double? bearing, List<Object>? bearingExpression, double? bearingImageSize, List<Object>? bearingImageSizeExpression, int? emphasisCircleColor, List<Object>? emphasisCircleColorExpression, double? emphasisCircleRadius, List<Object>? emphasisCircleRadiusExpression, double? imagePitchDisplacement, List<Object>? imagePitchDisplacementExpression, List<double?>? location, List<Object>? locationExpression, double? locationIndicatorOpacity, List<Object>? locationIndicatorOpacityExpression, double? perspectiveCompensation, List<Object>? perspectiveCompensationExpression, double? shadowImageSize, List<Object>? shadowImageSizeExpression, double? topImageSize, List<Object>? topImageSizeExpression})

Properties

accuracyRadius ↔ double?
The accuracy, in meters, of the position source used to retrieve the position of the location indicator. Default value: 0.
read / write
accuracyRadiusBorderColor ↔ int?
The color for drawing the accuracy radius border. To adjust transparency, set the alpha component of the color accordingly. Default value: "#ffffff".
read / write
accuracyRadiusBorderColorExpression ↔ List<Object>?
The color for drawing the accuracy radius border. To adjust transparency, set the alpha component of the color accordingly. Default value: "#ffffff".
read / write
accuracyRadiusColor ↔ int?
The color for drawing the accuracy radius, as a circle. To adjust transparency, set the alpha component of the color accordingly. Default value: "#ffffff".
read / write
accuracyRadiusColorExpression ↔ List<Object>?
The color for drawing the accuracy radius, as a circle. To adjust transparency, set the alpha component of the color accordingly. Default value: "#ffffff".
read / write
accuracyRadiusExpression ↔ List<Object>?
The accuracy, in meters, of the position source used to retrieve the position of the location indicator. Default value: 0.
read / write
bearing ↔ double?
The bearing of the location indicator. Default value: 0.
read / write
bearingExpression ↔ List<Object>?
The bearing of the location indicator. Default value: 0.
read / write
bearingImage ↔ String?
Name of image in sprite to use as the middle of the location indicator.
read / write
bearingImageExpression ↔ List<Object>?
Name of image in sprite to use as the middle of the location indicator.
read / write
bearingImageSize ↔ double?
The size of the bearing image, as a scale factor applied to the size of the specified image. Default value: 1.
read / write
bearingImageSizeExpression ↔ List<Object>?
The size of the bearing image, as a scale factor applied to the size of the specified image. Default value: 1.
read / write
emphasisCircleColor ↔ int?
The color of the circle emphasizing the indicator. To adjust transparency, set the alpha component of the color accordingly. Default value: "#ffffff".
read / write
emphasisCircleColorExpression ↔ List<Object>?
The color of the circle emphasizing the indicator. To adjust transparency, set the alpha component of the color accordingly. Default value: "#ffffff".
read / write
emphasisCircleRadius ↔ double?
The radius, in pixel, of the circle emphasizing the indicator, drawn between the accuracy radius and the indicator shadow. Default value: 0.
read / write
emphasisCircleRadiusExpression ↔ List<Object>?
The radius, in pixel, of the circle emphasizing the indicator, drawn between the accuracy radius and the indicator shadow. Default value: 0.
read / write
filter ↔ List<Object>?
An expression specifying conditions on source features. Only features that match the filter are displayed.
read / writeinherited
hashCode → int
The hash code for this object.
read-onlyinherited
id ↔ String
The ID of the Layer.
read / writeinherited
imagePitchDisplacement ↔ double?
The displacement off the center of the top image and the shadow image when the pitch of the map is greater than 0. This helps producing a three-dimensional appearence. Default value: "0".
read / write
imagePitchDisplacementExpression ↔ List<Object>?
The displacement off the center of the top image and the shadow image when the pitch of the map is greater than 0. This helps producing a three-dimensional appearence. Default value: "0".
read / write
location ↔ List<double?>?
An array of latitude, longitude, altitude position of the location indicator. Default value: 0,0,0.
read / write
locationExpression ↔ List<Object>?
An array of latitude, longitude, altitude position of the location indicator. Default value: 0,0,0.
read / write
locationIndicatorOpacity ↔ double?
The opacity of the entire location indicator layer. Default value: 1. Value range: 0, 1
read / write
locationIndicatorOpacityExpression ↔ List<Object>?
The opacity of the entire location indicator layer. Default value: 1. Value range: 0, 1
read / write
maxZoom ↔ double?
The maximum zoom level for the layer. At zoom levels equal to or greater than the maxzoom, the layer will be hidden.
read / writeinherited
minZoom ↔ double?
The minimum zoom level for the layer. At zoom levels less than the minzoom, the layer will be hidden.
read / writeinherited
perspectiveCompensation ↔ double?
The amount of the perspective compensation, between 0 and 1. A value of 1 produces a location indicator of constant width across the screen. A value of 0 makes it scale naturally according to the viewing projection. Default value: "0.85".
read / write
perspectiveCompensationExpression ↔ List<Object>?
The amount of the perspective compensation, between 0 and 1. A value of 1 produces a location indicator of constant width across the screen. A value of 0 makes it scale naturally according to the viewing projection. Default value: "0.85".
read / write
runtimeType → Type
A representation of the runtime type of the object.
read-onlyinherited
shadowImage ↔ String?
Name of image in sprite to use as the background of the location indicator.
read / write
shadowImageExpression ↔ List<Object>?
Name of image in sprite to use as the background of the location indicator.
read / write
shadowImageSize ↔ double?
The size of the shadow image, as a scale factor applied to the size of the specified image. Default value: 1.
read / write
shadowImageSizeExpression ↔ List<Object>?
The size of the shadow image, as a scale factor applied to the size of the specified image. Default value: 1.
read / write
slot ↔ String?
The slot this layer is assigned to. If specified, and a slot with that name exists, it will be placed at that position in the layer order.
read / writeinherited
topImage ↔ String?
Name of image in sprite to use as the top of the location indicator.
read / write
topImageExpression ↔ List<Object>?
Name of image in sprite to use as the top of the location indicator.
read / write
topImageSize ↔ double?
The size of the top image, as a scale factor applied to the size of the specified image. Default value: 1.
read / write
topImageSizeExpression ↔ List<Object>?
The size of the top image, as a scale factor applied to the size of the specified image. Default value: 1.
read / write
visibility ↔ Visibility?
The visibility of the layer.
read / writeinherited
visibilityExpression ↔ List<Object>?
The visibility of the layer.
read / writeinherited

Methods

getType() → String
Get the type of current layer as a String.
override
noSuchMethod(Invocation invocation) → dynamic
Invoked when a nonexistent method or property is accessed.
inherited
toString() → String
A string representation of this object.
inherited

Operators

operator ==(Object other) → bool
The equality operator.
inherited

Static Methods

decode(String properties) → LocationIndicatorLayer