Package-level declarations

data class Bearing(val value: Value)

The bearing of the location indicator.

BearingImage

data class BearingImage(val value: Value, val styleImage: StyleImage? = null)

Name of image in sprite to use as the middle of the location indicator.

BearingImageSize

data class BearingImageSize(val value: Value)

The size of the bearing image, as a scale factor applied to the size of the specified image.

CircleBlur

data class CircleBlur(val value: Value)

Amount to blur the circle. 1 blurs the circle such that only the centerpoint is full opacity.

CircleColor

data class CircleColor(val value: Value)

The fill color of the circle.

CircleEmissiveStrength

data class CircleEmissiveStrength(val value: Value)

Controls the intensity of light emitted on the source features.

CircleOpacity

data class CircleOpacity(val value: Value)

The opacity at which the circle will be drawn.

CirclePitchAlignment

data class CirclePitchAlignment(val value: Value)

Orientation of circle when map is pitched.

CirclePitchScale

data class CirclePitchScale(val value: Value)

Controls the scaling behavior of the circle when the map is pitched.

CircleRadius

data class CircleRadius(val value: Value)

Circle radius.

CircleSortKey

data class CircleSortKey(val value: Value)

Sorts features in ascending order based on this value. Features with a higher sort key will appear above features with a lower sort key.

CircleStrokeColor

data class CircleStrokeColor(val value: Value)

The stroke color of the circle.

CircleStrokeOpacity

data class CircleStrokeOpacity(val value: Value)

The opacity of the circle's stroke.

CircleStrokeWidth

data class CircleStrokeWidth(val value: Value)

The width of the circle's stroke. Strokes are placed outside of the circle-radius.

CircleTranslate

data class CircleTranslate(val value: Value)

The geometry's offset. Values are x, y where negatives indicate left and up, respectively.

CircleTranslateAnchor

data class CircleTranslateAnchor(val value: Value)

Controls the frame of reference for circle-translate.

EmphasisCircleColor

data class EmphasisCircleColor(val value: Value)

The color of the circle emphasizing the indicator. To adjust transparency, set the alpha component of the color accordingly.

EmphasisCircleRadius

data class EmphasisCircleRadius(val value: Value)

The radius, in pixel, of the circle emphasizing the indicator, drawn between the accuracy radius and the indicator shadow.

FillAntialias

data class FillAntialias(val value: Value)

Whether or not the fill should be antialiased.

FillColor

data class FillColor(val value: Value)

The color of the filled part of this layer. This color can be specified as rgba with an alpha component and the color's opacity will not affect the opacity of the 1px stroke, if it is used.

FillEmissiveStrength

FillExtrusionAmbientOcclusionGroundAttenuation

data class FillEmissiveStrength(val value: Value)

Controls the intensity of light emitted on the source features.

FillExtrusionAmbientOcclusionGroundRadius

data class FillExtrusionAmbientOcclusionGroundAttenuation(val value: Value)

Provides a control to futher fine-tune the look of the ambient occlusion on the ground beneath the extruded buildings. Lower values give the effect a more solid look while higher values make it smoother.

FillExtrusionAmbientOcclusionIntensity

data class FillExtrusionAmbientOcclusionGroundRadius(val value: Value)

The extent of the ambient occlusion effect on the ground beneath the extruded buildings in meters.

FillExtrusionAmbientOcclusionRadius

data class FillExtrusionAmbientOcclusionIntensity(val value: Value)

Controls the intensity of shading near ground and concave angles between walls. Default value 0.0 disables ambient occlusion and values around 0.3 provide the most plausible results for buildings.

FillExtrusionAmbientOcclusionWallRadius

data class FillExtrusionAmbientOcclusionRadius(val value: Value)

Shades area near ground and concave angles between walls where the radius defines only vertical impact. Default value 3.0 corresponds to height of one floor and brings the most plausible results for buildings. This property works only with legacy light. When 3D lights are enabled fill-extrusion-ambient-occlusion-wall-radius and fill-extrusion-ambient-occlusion-ground-radius are used instead.

data class FillExtrusionAmbientOcclusionWallRadius(val value: Value)

FillExtrusionBase

data class FillExtrusionBase(val value: Value)

The height with which to extrude the base of this layer. Must be less than or equal to fill-extrusion-height.

FillExtrusionColor

FillExtrusionCutoffFadeRange

data class FillExtrusionColor(val value: Value)

The base color of the extruded fill. The extrusion's surfaces will be shaded differently based on this color in combination with the root light settings. If this color is specified as rgba with an alpha component, the alpha component will be ignored; use fill-extrusion-opacity to set layer opacity.

data class FillExtrusionCutoffFadeRange(val value: Value)

This parameter defines the range for the fade-out effect before an automatic content cutoff on pitched map views. The automatic cutoff range is calculated according to the minimum required zoom level of the source and layer. The fade range is expressed in relation to the height of the map view. A value of 1.0 indicates that the content is faded to the same extent as the map's height in pixels, while a value close to zero represents a sharp cutoff. When the value is set to 0.0, the cutoff is completely disabled. Note: The property has no effect on the map if terrain is enabled.

FillExtrusionEdgeRadius

FillExtrusionEmissiveStrength

data class FillExtrusionEdgeRadius(val value: Value)

Radius of a fill extrusion edge in meters. If not zero, rounds extrusion edges for a smoother appearance.

FillExtrusionFloodLightColor

data class FillExtrusionEmissiveStrength(val value: Value)

Controls the intensity of light emitted on the source features.

FillExtrusionFloodLightGroundAttenuation

data class FillExtrusionFloodLightColor(val value: Value)

The color of the flood light effect on the walls of the extruded buildings.

FillExtrusionFloodLightGroundRadius

data class FillExtrusionFloodLightGroundAttenuation(val value: Value)

Provides a control to futher fine-tune the look of the flood light on the ground beneath the extruded buildings. Lower values give the effect a more solid look while higher values make it smoother.

FillExtrusionFloodLightIntensity

data class FillExtrusionFloodLightGroundRadius(val value: Value)

The extent of the flood light effect on the ground beneath the extruded buildings in meters.

FillExtrusionFloodLightWallRadius

data class FillExtrusionFloodLightIntensity(val value: Value)

The intensity of the flood light color.

data class FillExtrusionFloodLightWallRadius(val value: Value)

The extent of the flood light effect on the walls of the extruded buildings in meters.

FillExtrusionHeight

data class FillExtrusionHeight(val value: Value)

The height with which to extrude this layer.

FillExtrusionOpacity

data class FillExtrusionOpacity(val value: Value)

The opacity of the entire fill extrusion layer. This is rendered on a per-layer, not per-feature, basis, and data-driven styling is not available.

FillExtrusionPattern

data class FillExtrusionPattern(val value: Value, val styleImage: StyleImage? = null)

Name of image in sprite to use for drawing images on extruded fills. For seamless patterns, image width and height must be a factor of two (2, 4, 8, ..., 512). Note that zoom-dependent expressions will be evaluated only at integer zoom levels.

FillExtrusionRoundedRoof

data class FillExtrusionRoundedRoof(val value: Value)

Indicates whether top edges should be rounded when fill-extrusion-edge-radius has a value greater than 0. If false, rounded edges are only applied to the sides. Default is true.

FillExtrusionTranslate

FillExtrusionTranslateAnchor

data class FillExtrusionTranslate(val value: Value)

The geometry's offset. Values are x, y where negatives indicate left and up (on the flat plane), respectively.

FillExtrusionVerticalGradient

data class FillExtrusionTranslateAnchor(val value: Value)

Controls the frame of reference for fill-extrusion-translate.

FillExtrusionVerticalScale

data class FillExtrusionVerticalGradient(val value: Value)

Whether to apply a vertical gradient to the sides of a fill-extrusion layer. If true, sides will be shaded slightly darker farther down.

data class FillExtrusionVerticalScale(val value: Value)

A global multiplier that can be used to scale base, height, AO, and flood light of the fill extrusions.

FillOpacity

data class FillOpacity(val value: Value)

The opacity of the entire fill layer. In contrast to the fill-color, this value will also affect the 1px stroke around the fill, if the stroke is used.

FillOutlineColor

data class FillOutlineColor(val value: Value)

The outline color of the fill. Matches the value of fill-color if unspecified.

FillPattern

data class FillPattern(val value: Value, val styleImage: StyleImage? = null)

Name of image in sprite to use for drawing image fills. For seamless patterns, image width and height must be a factor of two (2, 4, 8, ..., 512). Note that zoom-dependent expressions will be evaluated only at integer zoom levels.

FillSortKey

data class FillSortKey(val value: Value)

Sorts features in ascending order based on this value. Features with a higher sort key will appear above features with a lower sort key.

FillTranslate

data class FillTranslate(val value: Value)

The geometry's offset. Values are x, y where negatives indicate left and up, respectively.

FillTranslateAnchor

data class FillTranslateAnchor(val value: Value)

Controls the frame of reference for fill-translate.

Filter

data class Filter(val value: Value)

An expression specifying conditions on source features. Only features that match the filter are displayed. Zoom expressions in filters are only evaluated at integer zoom levels. The ["feature-state", ...] expression is not supported in filter expressions. The ["pitch"] and ["distance-from-center"] expressions are supported only for filter expressions on the symbol layer.

HeatmapColor

data class HeatmapColor(val value: Value)

Defines the color of each pixel based on its density value in a heatmap. Should be an expression that uses ["heatmap-density"] as input.

HeatmapIntensity

data class HeatmapIntensity(val value: Value)

Similar to heatmap-weight but controls the intensity of the heatmap globally. Primarily used for adjusting the heatmap based on zoom level.

HeatmapOpacity

data class HeatmapOpacity(val value: Value)

The global opacity at which the heatmap layer will be drawn.

HeatmapRadius

data class HeatmapRadius(val value: Value)

Radius of influence of one heatmap point in pixels. Increasing the value makes the heatmap smoother, but less detailed. queryRenderedFeatures on heatmap layers will return points within this radius.

HeatmapWeight

data class HeatmapWeight(val value: Value)

A measure of how much an individual point contributes to the heatmap. A value of 10 would be equivalent to having 10 points of weight 1 in the same spot. Especially useful when combined with clustering.

HillshadeAccentColor

HillshadeEmissiveStrength

data class HillshadeAccentColor(val value: Value)

The shading color used to accentuate rugged terrain like sharp cliffs and gorges.

data class HillshadeEmissiveStrength(val value: Value)

Controls the intensity of light emitted on the source features.

HillshadeExaggeration

data class HillshadeExaggeration(val value: Value)

Intensity of the hillshade

HillshadeHighlightColor

HillshadeIlluminationAnchor

data class HillshadeHighlightColor(val value: Value)

The shading color of areas that faces towards the light source.

HillshadeIlluminationDirection

data class HillshadeIlluminationAnchor(val value: Value)

Direction of light source when map is rotated.

data class HillshadeIlluminationDirection(val value: Value)

The direction of the light source used to generate the hillshading with 0 as the top of the viewport if hillshade-illumination-anchor is set to viewport and due north if hillshade-illumination-anchor is set to map and no 3d lights enabled. If hillshade-illumination-anchor is set to map and 3d lights enabled, the direction from 3d lights is used instead.

HillshadeShadowColor

data class HillshadeShadowColor(val value: Value)

The shading color of areas that face away from the light source.

IconAllowOverlap

data class IconAllowOverlap(val value: Value)

If true, the icon will be visible even if it collides with other previously drawn symbols.

IconAnchor

data class IconAnchor(val value: Value)

Part of the icon placed closest to the anchor.

IconColor

data class IconColor(val value: Value)

The color of the icon. This can only be used with /help/troubleshooting/using-recolorable-images-in-mapbox-maps/.

IconColorSaturation

data class IconColorSaturation(val value: Value)

Controls saturation level of the symbol icon. With the default value of 1 the icon color is preserved while with a value of 0 it is fully desaturated and looks black and white.

IconEmissiveStrength

data class IconEmissiveStrength(val value: Value)

Controls the intensity of light emitted on the source features.

IconHaloBlur

data class IconHaloBlur(val value: Value)

Fade out the halo towards the outside.

IconHaloColor

data class IconHaloColor(val value: Value)

The color of the icon's halo. Icon halos can only be used with /help/troubleshooting/using-recolorable-images-in-mapbox-maps/.

IconHaloWidth

data class IconHaloWidth(val value: Value)

Distance of halo to the icon outline.

IconIgnorePlacement

data class IconIgnorePlacement(val value: Value)

If true, other symbols can be visible even if they collide with the icon.

IconImage

data class IconImage(val value: Value, val styleImage: StyleImage? = null)

Name of image in sprite to use for drawing an image background.

IconImageCrossFade

data class IconImageCrossFade(val value: Value)

Controls the transition progress between the image variants of icon-image. Zero means the first variant is used, one is the second, and in between they are blended together.

IconKeepUpright

data class IconKeepUpright(val value: Value)

If true, the icon may be flipped to prevent it from being rendered upside-down.

IconOffset

data class IconOffset(val value: Value)

Offset distance of icon from its anchor. Positive values indicate right and down, while negative values indicate left and up. Each component is multiplied by the value of icon-size to obtain the final offset in pixels. When combined with icon-rotate the offset will be as if the rotated direction was up.

IconOpacity

data class IconOpacity(val value: Value)

The opacity at which the icon will be drawn.

IconOptional

data class IconOptional(val value: Value)

If true, text will display without their corresponding icons when the icon collides with other symbols and the text does not.

IconPadding

data class IconPadding(val value: Value)

Size of the additional area around the icon bounding box used for detecting symbol collisions.

IconPitchAlignment

data class IconPitchAlignment(val value: Value)

Orientation of icon when map is pitched.

IconRotate

data class IconRotate(val value: Value)

Rotates the icon clockwise.

IconRotationAlignment

data class IconRotationAlignment(val value: Value)

In combination with symbol-placement, determines the rotation behavior of icons.

IconSize

data class IconSize(val value: Value)

Scales the original size of the icon by the provided factor. The new pixel size of the image will be the original pixel size multiplied by icon-size. 1 is the original size; 3 triples the size of the image.

IconTextFit

data class IconTextFit(val value: Value)

Scales the icon to fit around the associated text.

IconTextFitPadding

data class IconTextFitPadding(val value: Value)

Size of the additional area added to dimensions determined by icon-text-fit, in clockwise order: top, right, bottom, left.

IconTranslate

data class IconTranslate(val value: Value)

Distance that the icon's anchor is moved from its original placement. Positive values indicate right and down, while negative values indicate left and up.

IconTranslateAnchor

data class IconTranslateAnchor(val value: Value)

Controls the frame of reference for icon-translate.

ImagePitchDisplacement

data class ImagePitchDisplacement(val value: Value)

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.

LineBlur

data class LineBlur(val value: Value)

Blur applied to the line, in pixels.

LineBorderColor

data class LineBorderColor(val value: Value)

The color of the line border. If line-border-width is greater than zero and the alpha value of this color is 0 (default), the color for the border will be selected automatically based on the line color.

LineBorderWidth

data class LineBorderWidth(val value: Value)

The width of the line border. A value of zero means no border.

LineCap

data class LineCap(val value: Value)

The display of line endings.

LineColor

data class LineColor(val value: Value)

The color with which the line will be drawn.

LineDasharray

data class LineDasharray(val value: Value)

Specifies the lengths of the alternating dashes and gaps that form the dash pattern. The lengths are later scaled by the line width. To convert a dash length to pixels, multiply the length by the current line width. Note that GeoJSON sources with lineMetrics: true specified won't render dashed lines to the expected scale. Also note that zoom-dependent expressions will be evaluated only at integer zoom levels.

LineDepthOcclusionFactor

data class LineDepthOcclusionFactor(val value: Value)

Decrease line layer opacity based on occlusion from 3D objects. Value 0 disables occlusion, value 1 means fully occluded.

LineEmissiveStrength

data class LineEmissiveStrength(val value: Value)

Controls the intensity of light emitted on the source features.

LineGapWidth

data class LineGapWidth(val value: Value)

Draws a line casing outside of a line's actual path. Value indicates the width of the inner gap.

LineGradient

data class LineGradient(val value: Value)

A gradient used to color a line feature at various distances along its length. Defined using a step or interpolate expression which outputs a color for each corresponding line-progress input value. line-progress is a percentage of the line feature's total length as measured on the webmercator projected coordinate plane (a number between 0 and 1). Can only be used with GeoJSON sources that specify "lineMetrics": true.

LineJoin

data class LineJoin(val value: Value)

The display of lines when joining.

LineMiterLimit

data class LineMiterLimit(val value: Value)

Used to automatically convert miter joins to bevel joins for sharp angles.

LineOffset

data class LineOffset(val value: Value)

The line's offset. For linear features, a positive value offsets the line to the right, relative to the direction of the line, and a negative value to the left. For polygon features, a positive value results in an inset, and a negative value results in an outset.

LineOpacity

data class LineOpacity(val value: Value)

The opacity at which the line will be drawn.

LinePattern

data class LinePattern(val value: Value, val styleImage: StyleImage? = null)

Name of image in sprite to use for drawing image lines. For seamless patterns, image width must be a factor of two (2, 4, 8, ..., 512). Note that zoom-dependent expressions will be evaluated only at integer zoom levels.

LineRoundLimit

data class LineRoundLimit(val value: Value)

Used to automatically convert round joins to miter joins for shallow angles.

LineSortKey

data class LineSortKey(val value: Value)

Sorts features in ascending order based on this value. Features with a higher sort key will appear above features with a lower sort key.

LineTranslate

data class LineTranslate(val value: Value)

The geometry's offset. Values are x, y where negatives indicate left and up, respectively.

LineTranslateAnchor

data class LineTranslateAnchor(val value: Value)

Controls the frame of reference for line-translate.

LineTrimOffset

data class LineTrimOffset(val value: Value)

The line part between trim-start, trim-end will be marked as transparent to make a route vanishing effect. The line trim-off offset is based on the whole line range 0.0, 1.0.

LineWidth

data class LineWidth(val value: Value)

Stroke thickness.

Location

data class Location(val value: Value)

An array of latitude, longitude, altitude position of the location indicator.

LocationIndicatorOpacity

data class LocationIndicatorOpacity(val value: Value)

The opacity of the entire location indicator layer.

MaxZoom

data class MaxZoom(val value: Value)

The maximum zoom level for the layer. At zoom levels equal to or greater than the maxzoom, the layer will be hidden.

MinZoom

ModelAmbientOcclusionIntensity

data class MinZoom(val value: Value)

The minimum zoom level for the layer. At zoom levels less than the minzoom, the layer will be hidden.

data class ModelAmbientOcclusionIntensity(val value: Value)

Intensity of the ambient occlusion if present in the 3D model.

ModelCastShadows

data class ModelCastShadows(val value: Value)

Enable/Disable shadow casting for this layer

ModelColor

data class ModelColor(val value: Value)

The tint color of the model layer. model-color-mix-intensity (defaults to 0) defines tint(mix) intensity - this means that, this color is not used unless model-color-mix-intensity gets value greater than 0.

ModelColorMixIntensity

data class ModelColorMixIntensity(val value: Value)

Intensity of model-color (on a scale from 0 to 1) in color mix with original 3D model's colors. Higher number will present a higher model-color contribution in mix.

ModelCutoffFadeRange

data class ModelCutoffFadeRange(val value: Value)

ModelEmissiveStrength

ModelHeightBasedEmissiveStrengthMultiplier

data class ModelEmissiveStrength(val value: Value)

Strength of the emission. There is no emission for value 0. For value 1.0, only emissive component (no shading) is displayed and values above 1.0 produce light contribution to surrounding area, for some of the parts (e.g. doors). Expressions that depend on measure-light are not supported when using GeoJSON or vector tile as the model layer source.

data class ModelHeightBasedEmissiveStrengthMultiplier(val value: Value)

Emissive strength multiplier along model height (gradient begin, gradient end, value at begin, value at end, gradient curve power (logarithmic scale, curve power = pow(10, val)).

ModelId

data class ModelId(val value: Value, val modelInfo: Pair<String, String>? = null)

Model to render.

ModelOpacity

data class ModelOpacity(val value: Value)

The opacity of the model layer.

ModelReceiveShadows

data class ModelReceiveShadows(val value: Value)

Enable/Disable shadow receiving for this layer

ModelRotation

data class ModelRotation(val value: Value)

The rotation of the model in euler angles lon, lat, z.

ModelRoughness

data class ModelRoughness(val value: Value)

Material roughness. Material is fully smooth for value 0, and fully rough for value 1. Affects only layers using batched-model source.

ModelScale

data class ModelScale(val value: Value)

The scale of the model.

ModelScaleMode

data class ModelScaleMode(val value: Value)

Defines scaling mode. Only applies to location-indicator type layers.

ModelTranslation

data class ModelTranslation(val value: Value)

The translation of the model in meters in form of longitudal, latitudal, altitude offsets.

ModelType

data class ModelType(val value: Value)

Defines rendering behavior of model in respect to other 3D scene objects.

PerspectiveCompensation

data class PerspectiveCompensation(val value: Value)

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.

RasterArrayBand

data class RasterArrayBand(val value: Value)

Displayed band of raster array source layer

RasterBrightnessMax

data class RasterBrightnessMax(val value: Value)

Increase or reduce the brightness of the image. The value is the maximum brightness.

RasterBrightnessMin

data class RasterBrightnessMin(val value: Value)

Increase or reduce the brightness of the image. The value is the minimum brightness.

RasterColor

data class RasterColor(val value: Value)

Defines a color map by which to colorize a raster layer, parameterized by the ["raster-value"] expression and evaluated at 256 uniformly spaced steps over the range specified by raster-color-range.

RasterColorMix

data class RasterColorMix(val value: Value)

When raster-color is active, specifies the combination of source RGB channels used to compute the raster value. Computed using the equation mix.r * src.r + mix.g * src.g + mix.b * src.b + mix.a. The first three components specify the mix of source red, green, and blue channels, respectively. The fourth component serves as a constant offset and is not multipled by source alpha. Source alpha is instead carried through and applied as opacity to the colorized result. Default value corresponds to RGB luminosity.

RasterColorRange

data class RasterColorRange(val value: Value)

When raster-color is active, specifies the range over which raster-color is tabulated. Units correspond to the computed raster value via raster-color-mix.

RasterContrast

data class RasterContrast(val value: Value)

Increase or reduce the contrast of the image.

RasterElevation

data class RasterElevation(val value: Value)

Specifies an uniform elevation from the ground, in meters. Only supported with image sources.

RasterEmissiveStrength

data class RasterEmissiveStrength(val value: Value)

Controls the intensity of light emitted on the source features.

RasterFadeDuration

data class RasterFadeDuration(val value: Value)

Fade duration when a new tile is added.

RasterHueRotate

data class RasterHueRotate(val value: Value)

Rotates hues around the color wheel.

RasterOpacity

data class RasterOpacity(val value: Value)

The opacity at which the image will be drawn.

RasterParticleArrayBand

data class RasterParticleArrayBand(val value: Value)

Displayed band of raster array source layer

RasterParticleColor

data class RasterParticleColor(val value: Value)

Defines a color map by which to colorize a raster particle layer, parameterized by the ["raster-particle-speed"] expression and evaluated at 256 uniformly spaced steps over the range specified by raster-particle-max-speed.

RasterParticleCount

RasterParticleFadeOpacityFactor

data class RasterParticleCount(val value: Value)

Defines the amount of particles per tile.

data class RasterParticleFadeOpacityFactor(val value: Value)

Defines defines the opacity coefficient applied to the faded particles in each frame. In practice, this property controls the length of the particle tail.

RasterParticleMaxSpeed

RasterParticleResetRateFactor

data class RasterParticleMaxSpeed(val value: Value)

Defines the maximum speed for particles. Velocities with magnitudes equal to or exceeding this value are clamped to the max value.

RasterParticleSpeedFactor

data class RasterParticleResetRateFactor(val value: Value)

Defines a coefficient for a time period at which particles will restart at a random position, to avoid degeneration (empty areas without particles).

data class RasterParticleSpeedFactor(val value: Value)

Defines a coefficient for the speed of particles’ motion.

RasterResampling

data class RasterResampling(val value: Value)

The resampling/interpolation method to use for overscaling, also known as texture magnification filter

RasterSaturation

data class RasterSaturation(val value: Value)

Increase or reduce the saturation of the image.

ShadowImage

data class ShadowImage(val value: Value, val styleImage: StyleImage? = null)

Name of image in sprite to use as the background of the location indicator.

ShadowImageSize

data class ShadowImageSize(val value: Value)

The size of the shadow image, as a scale factor applied to the size of the specified image.

SkyAtmosphereColor

data class SkyAtmosphereColor(val value: Value)

A color used to tweak the main atmospheric scattering coefficients. Using white applies the default coefficients giving the natural blue color to the atmosphere. This color affects how heavily the corresponding wavelength is represented during scattering. The alpha channel describes the density of the atmosphere, with 1 maximum density and 0 no density.

SkyAtmosphereHaloColor

data class SkyAtmosphereHaloColor(val value: Value)

A color applied to the atmosphere sun halo. The alpha channel describes how strongly the sun halo is represented in an atmosphere sky layer.

SkyAtmosphereSun

SkyAtmosphereSunIntensity

data class SkyAtmosphereSun(val value: Value)

Position of the sun center a azimuthal angle, p polar angle. The azimuthal angle indicates the position of the sun relative to 0 degree north, where degrees proceed clockwise. The polar angle indicates the height of the sun, where 0 degree is directly above, at zenith, and 90 degree at the horizon. When this property is ommitted, the sun center is directly inherited from the light position.

data class SkyAtmosphereSunIntensity(val value: Value)

Intensity of the sun as a light source in the atmosphere (on a scale from 0 to a 100). Setting higher values will brighten up the sky.

SkyGradient

data class SkyGradient(val value: Value)

Defines a radial color gradient with which to color the sky. The color values can be interpolated with an expression using sky-radial-progress. The range 0, 1 for the interpolant covers a radial distance (in degrees) of 0, `sky-gradient-radius` centered at the position specified by sky-gradient-center.

SkyGradientCenter

data class SkyGradientCenter(val value: Value)

Position of the gradient center a azimuthal angle, p polar angle. The azimuthal angle indicates the position of the gradient center relative to 0 degree north, where degrees proceed clockwise. The polar angle indicates the height of the gradient center, where 0 degree is directly above, at zenith, and 90 degree at the horizon.

SkyGradientRadius

data class SkyGradientRadius(val value: Value)

The angular distance (measured in degrees) from sky-gradient-center up to which the gradient extends. A value of 180 causes the gradient to wrap around to the opposite direction from sky-gradient-center.

SkyOpacity

data class SkyOpacity(val value: Value)

The opacity of the entire sky layer.

SkyType

data class SkyType(val value: Value)

The type of the sky

SourceLayer

data class SourceLayer(val value: Value)

Layer to use from a vector tile source. Required for vector tile sources; prohibited for all other source types, including GeoJSON sources.

SymbolAvoidEdges

data class SymbolAvoidEdges(val value: Value)

If true, the symbols will not cross tile edges to avoid mutual collisions. Recommended in layers that don't have enough padding in the vector tile to prevent collisions, or if it is a point symbol layer placed after a line symbol layer. When using a client that supports global collision detection, like Mapbox GL JS version 0.42.0 or greater, enabling this property is not needed to prevent clipped labels at tile boundaries.

SymbolPlacement

data class SymbolPlacement(val value: Value)

Label placement relative to its geometry.

SymbolSortKey

data class SymbolSortKey(val value: Value)

Sorts features in ascending order based on this value. Features with lower sort keys are drawn and placed first. When icon-allow-overlap or text-allow-overlap is false, features with a lower sort key will have priority during placement. When icon-allow-overlap or text-allow-overlap is set to true, features with a higher sort key will overlap over features with a lower sort key.

SymbolSpacing

data class SymbolSpacing(val value: Value)

Distance between two symbol anchors.

SymbolZElevate

data class SymbolZElevate(val value: Value)

Position symbol on buildings (both fill extrusions and models) rooftops. In order to have minimal impact on performance, this is supported only when fill-extrusion-height is not zoom-dependent and remains unchanged. For fading in buildings when zooming in, fill-extrusion-vertical-scale should be used and symbols would raise with building rooftops. Symbols are sorted by elevation, except in cases when viewport-y sorting or symbol-sort-key are applied.

SymbolZOrder

data class SymbolZOrder(val value: Value)

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.

TextAllowOverlap

data class TextAllowOverlap(val value: Value)

If true, the text will be visible even if it collides with other previously drawn symbols.

TextAnchor

data class TextAnchor(val value: Value)

Part of the text placed closest to the anchor.

TextColor

data class TextColor(val value: Value)

The color with which the text will be drawn.

TextEmissiveStrength

data class TextEmissiveStrength(val value: Value)

Controls the intensity of light emitted on the source features.

TextField

data class TextField(val value: Value)

Value to use for a text label. If a plain string is provided, it will be treated as a formatted with default/inherited formatting options. SDF images are not supported in formatted text and will be ignored.

TextFont

data class TextFont(val value: Value)

Font stack to use for displaying text.

TextHaloBlur

data class TextHaloBlur(val value: Value)

The halo's fadeout distance towards the outside.

TextHaloColor

data class TextHaloColor(val value: Value)

The color of the text's halo, which helps it stand out from backgrounds.

TextHaloWidth

data class TextHaloWidth(val value: Value)

Distance of halo to the font outline. Max text halo width is 1/4 of the font-size.

TextIgnorePlacement

data class TextIgnorePlacement(val value: Value)

If true, other symbols can be visible even if they collide with the text.

TextJustify

data class TextJustify(val value: Value)

Text justification options.

TextKeepUpright

data class TextKeepUpright(val value: Value)

If true, the text may be flipped vertically to prevent it from being rendered upside-down.

TextLetterSpacing

data class TextLetterSpacing(val value: Value)

Text tracking amount.

TextLineHeight

data class TextLineHeight(val value: Value)

Text leading value for multi-line text.

TextMaxAngle

data class TextMaxAngle(val value: Value)

Maximum angle change between adjacent characters.

TextMaxWidth

data class TextMaxWidth(val value: Value)

The maximum line width for text wrapping.

TextOffset

data class TextOffset(val value: Value)

Offset distance of text from its anchor. Positive values indicate right and down, while negative values indicate left and up. If used with text-variable-anchor, input values will be taken as absolute values. Offsets along the x- and y-axis will be applied automatically based on the anchor position.

TextOpacity

data class TextOpacity(val value: Value)

The opacity at which the text will be drawn.

TextOptional

data class TextOptional(val value: Value)

If true, icons will display without their corresponding text when the text collides with other symbols and the icon does not.

TextPadding

data class TextPadding(val value: Value)

Size of the additional area around the text bounding box used for detecting symbol collisions.

TextPitchAlignment

data class TextPitchAlignment(val value: Value)

Orientation of text when map is pitched.

TextRadialOffset

data class TextRadialOffset(val value: Value)

Radial offset of text, in the direction of the symbol's anchor. Useful in combination with text-variable-anchor, which defaults to using the two-dimensional text-offset if present.

TextRotate

data class TextRotate(val value: Value)

Rotates the text clockwise.

TextRotationAlignment

data class TextRotationAlignment(val value: Value)

In combination with symbol-placement, determines the rotation behavior of the individual glyphs forming the text.

TextSize

data class TextSize(val value: Value)

Font size.

TextTransform

data class TextTransform(val value: Value)

Specifies how to capitalize text, similar to the CSS text-transform property.

TextTranslate

data class TextTranslate(val value: Value)

Distance that the text's anchor is moved from its original placement. Positive values indicate right and down, while negative values indicate left and up.

TextTranslateAnchor

data class TextTranslateAnchor(val value: Value)

Controls the frame of reference for text-translate.

TextVariableAnchor

data class TextVariableAnchor(val value: Value)

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

data class TextWritingMode(val value: Value)

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.

TopImage

data class TopImage(val value: Value, val styleImage: StyleImage? = null)

Name of image in sprite to use as the top of the location indicator.

TopImageSize

data class TopImageSize(val value: Value)

The size of the top image, as a scale factor applied to the size of the specified image.

Transition

data class Transition

Defines the timing for the interpolation between a transitionable style layer property's previous value and new value.

Visibility

data class Visibility(val value: Value)

Whether this layer is displayed.

Functions

BackgroundLayer

fun BackgroundLayer(layerId: String = remember { generateRandomLayerId("background") }, backgroundColor: BackgroundColor = BackgroundColor.default, backgroundColorTransition: Transition = Transition.default, backgroundEmissiveStrength: BackgroundEmissiveStrength = BackgroundEmissiveStrength.default, backgroundEmissiveStrengthTransition: Transition = Transition.default, backgroundOpacity: BackgroundOpacity = BackgroundOpacity.default, backgroundOpacityTransition: Transition = Transition.default, backgroundPattern: BackgroundPattern = BackgroundPattern.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default)

The background color or pattern of the map.

CircleLayer

fun CircleLayer(sourceState: SourceState, layerId: String = remember { generateRandomLayerId("circle") }, circleSortKey: CircleSortKey = CircleSortKey.default, circleBlur: CircleBlur = CircleBlur.default, circleBlurTransition: Transition = Transition.default, circleColor: CircleColor = CircleColor.default, circleColorTransition: Transition = Transition.default, circleEmissiveStrength: CircleEmissiveStrength = CircleEmissiveStrength.default, circleEmissiveStrengthTransition: Transition = Transition.default, circleOpacity: CircleOpacity = CircleOpacity.default, circleOpacityTransition: Transition = Transition.default, circlePitchAlignment: CirclePitchAlignment = CirclePitchAlignment.default, circlePitchScale: CirclePitchScale = CirclePitchScale.default, circleRadius: CircleRadius = CircleRadius.default, circleRadiusTransition: Transition = Transition.default, circleStrokeColor: CircleStrokeColor = CircleStrokeColor.default, circleStrokeColorTransition: Transition = Transition.default, circleStrokeOpacity: CircleStrokeOpacity = CircleStrokeOpacity.default, circleStrokeOpacityTransition: Transition = Transition.default, circleStrokeWidth: CircleStrokeWidth = CircleStrokeWidth.default, circleStrokeWidthTransition: Transition = Transition.default, circleTranslate: CircleTranslate = CircleTranslate.default, circleTranslateTransition: Transition = Transition.default, circleTranslateAnchor: CircleTranslateAnchor = CircleTranslateAnchor.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

A filled circle.

FillExtrusionLayer

fun FillExtrusionLayer(sourceState: SourceState, layerId: String = remember { generateRandomLayerId("fill-extrusion") }, fillExtrusionEdgeRadius: FillExtrusionEdgeRadius = FillExtrusionEdgeRadius.default, fillExtrusionAmbientOcclusionGroundAttenuation: FillExtrusionAmbientOcclusionGroundAttenuation = FillExtrusionAmbientOcclusionGroundAttenuation.default, fillExtrusionAmbientOcclusionGroundAttenuationTransition: Transition = Transition.default, fillExtrusionAmbientOcclusionGroundRadius: FillExtrusionAmbientOcclusionGroundRadius = FillExtrusionAmbientOcclusionGroundRadius.default, fillExtrusionAmbientOcclusionGroundRadiusTransition: Transition = Transition.default, fillExtrusionAmbientOcclusionIntensity: FillExtrusionAmbientOcclusionIntensity = FillExtrusionAmbientOcclusionIntensity.default, fillExtrusionAmbientOcclusionIntensityTransition: Transition = Transition.default, fillExtrusionAmbientOcclusionRadius: FillExtrusionAmbientOcclusionRadius = FillExtrusionAmbientOcclusionRadius.default, fillExtrusionAmbientOcclusionRadiusTransition: Transition = Transition.default, fillExtrusionAmbientOcclusionWallRadius: FillExtrusionAmbientOcclusionWallRadius = FillExtrusionAmbientOcclusionWallRadius.default, fillExtrusionAmbientOcclusionWallRadiusTransition: Transition = Transition.default, fillExtrusionBase: FillExtrusionBase = FillExtrusionBase.default, fillExtrusionBaseTransition: Transition = Transition.default, fillExtrusionColor: FillExtrusionColor = FillExtrusionColor.default, fillExtrusionColorTransition: Transition = Transition.default, fillExtrusionCutoffFadeRange: FillExtrusionCutoffFadeRange = FillExtrusionCutoffFadeRange.default, fillExtrusionEmissiveStrength: FillExtrusionEmissiveStrength = FillExtrusionEmissiveStrength.default, fillExtrusionEmissiveStrengthTransition: Transition = Transition.default, fillExtrusionFloodLightColor: FillExtrusionFloodLightColor = FillExtrusionFloodLightColor.default, fillExtrusionFloodLightColorTransition: Transition = Transition.default, fillExtrusionFloodLightGroundAttenuation: FillExtrusionFloodLightGroundAttenuation = FillExtrusionFloodLightGroundAttenuation.default, fillExtrusionFloodLightGroundAttenuationTransition: Transition = Transition.default, fillExtrusionFloodLightGroundRadius: FillExtrusionFloodLightGroundRadius = FillExtrusionFloodLightGroundRadius.default, fillExtrusionFloodLightGroundRadiusTransition: Transition = Transition.default, fillExtrusionFloodLightIntensity: FillExtrusionFloodLightIntensity = FillExtrusionFloodLightIntensity.default, fillExtrusionFloodLightIntensityTransition: Transition = Transition.default, fillExtrusionFloodLightWallRadius: FillExtrusionFloodLightWallRadius = FillExtrusionFloodLightWallRadius.default, fillExtrusionFloodLightWallRadiusTransition: Transition = Transition.default, fillExtrusionHeight: FillExtrusionHeight = FillExtrusionHeight.default, fillExtrusionHeightTransition: Transition = Transition.default, fillExtrusionOpacity: FillExtrusionOpacity = FillExtrusionOpacity.default, fillExtrusionOpacityTransition: Transition = Transition.default, fillExtrusionPattern: FillExtrusionPattern = FillExtrusionPattern.default, fillExtrusionRoundedRoof: FillExtrusionRoundedRoof = FillExtrusionRoundedRoof.default, fillExtrusionTranslate: FillExtrusionTranslate = FillExtrusionTranslate.default, fillExtrusionTranslateTransition: Transition = Transition.default, fillExtrusionTranslateAnchor: FillExtrusionTranslateAnchor = FillExtrusionTranslateAnchor.default, fillExtrusionVerticalGradient: FillExtrusionVerticalGradient = FillExtrusionVerticalGradient.default, fillExtrusionVerticalScale: FillExtrusionVerticalScale = FillExtrusionVerticalScale.default, fillExtrusionVerticalScaleTransition: Transition = Transition.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

An extruded (3D) polygon.

FillLayer

fun FillLayer(sourceState: SourceState, layerId: String = remember { generateRandomLayerId("fill") }, fillSortKey: FillSortKey = FillSortKey.default, fillAntialias: FillAntialias = FillAntialias.default, fillColor: FillColor = FillColor.default, fillColorTransition: Transition = Transition.default, fillEmissiveStrength: FillEmissiveStrength = FillEmissiveStrength.default, fillEmissiveStrengthTransition: Transition = Transition.default, fillOpacity: FillOpacity = FillOpacity.default, fillOpacityTransition: Transition = Transition.default, fillOutlineColor: FillOutlineColor = FillOutlineColor.default, fillOutlineColorTransition: Transition = Transition.default, fillPattern: FillPattern = FillPattern.default, fillTranslate: FillTranslate = FillTranslate.default, fillTranslateTransition: Transition = Transition.default, fillTranslateAnchor: FillTranslateAnchor = FillTranslateAnchor.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

A filled polygon with an optional stroked border.

HeatmapLayer

fun HeatmapLayer(sourceState: SourceState, layerId: String = remember { generateRandomLayerId("heatmap") }, heatmapColor: HeatmapColor = HeatmapColor.default, heatmapIntensity: HeatmapIntensity = HeatmapIntensity.default, heatmapIntensityTransition: Transition = Transition.default, heatmapOpacity: HeatmapOpacity = HeatmapOpacity.default, heatmapOpacityTransition: Transition = Transition.default, heatmapRadius: HeatmapRadius = HeatmapRadius.default, heatmapRadiusTransition: Transition = Transition.default, heatmapWeight: HeatmapWeight = HeatmapWeight.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

A heatmap.

HillshadeLayer

fun HillshadeLayer(sourceState: SourceState, layerId: String = remember { generateRandomLayerId("hillshade") }, hillshadeAccentColor: HillshadeAccentColor = HillshadeAccentColor.default, hillshadeAccentColorTransition: Transition = Transition.default, hillshadeEmissiveStrength: HillshadeEmissiveStrength = HillshadeEmissiveStrength.default, hillshadeEmissiveStrengthTransition: Transition = Transition.default, hillshadeExaggeration: HillshadeExaggeration = HillshadeExaggeration.default, hillshadeExaggerationTransition: Transition = Transition.default, hillshadeHighlightColor: HillshadeHighlightColor = HillshadeHighlightColor.default, hillshadeHighlightColorTransition: Transition = Transition.default, hillshadeIlluminationAnchor: HillshadeIlluminationAnchor = HillshadeIlluminationAnchor.default, hillshadeIlluminationDirection: HillshadeIlluminationDirection = HillshadeIlluminationDirection.default, hillshadeShadowColor: HillshadeShadowColor = HillshadeShadowColor.default, hillshadeShadowColorTransition: Transition = Transition.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

Client-side hillshading visualization based on DEM data. Currently, the implementation only supports Mapbox Terrain RGB and Mapzen Terrarium tiles.

LineLayer

fun LineLayer(sourceState: SourceState, layerId: String = remember { generateRandomLayerId("line") }, lineCap: LineCap = LineCap.default, lineJoin: LineJoin = LineJoin.default, lineMiterLimit: LineMiterLimit = LineMiterLimit.default, lineRoundLimit: LineRoundLimit = LineRoundLimit.default, lineSortKey: LineSortKey = LineSortKey.default, lineBlur: LineBlur = LineBlur.default, lineBlurTransition: Transition = Transition.default, lineBorderColor: LineBorderColor = LineBorderColor.default, lineBorderColorTransition: Transition = Transition.default, lineBorderWidth: LineBorderWidth = LineBorderWidth.default, lineBorderWidthTransition: Transition = Transition.default, lineColor: LineColor = LineColor.default, lineColorTransition: Transition = Transition.default, lineDasharray: LineDasharray = LineDasharray.default, lineDepthOcclusionFactor: LineDepthOcclusionFactor = LineDepthOcclusionFactor.default, lineDepthOcclusionFactorTransition: Transition = Transition.default, lineEmissiveStrength: LineEmissiveStrength = LineEmissiveStrength.default, lineEmissiveStrengthTransition: Transition = Transition.default, lineGapWidth: LineGapWidth = LineGapWidth.default, lineGapWidthTransition: Transition = Transition.default, lineGradient: LineGradient = LineGradient.default, lineOffset: LineOffset = LineOffset.default, lineOffsetTransition: Transition = Transition.default, lineOpacity: LineOpacity = LineOpacity.default, lineOpacityTransition: Transition = Transition.default, linePattern: LinePattern = LinePattern.default, lineTranslate: LineTranslate = LineTranslate.default, lineTranslateTransition: Transition = Transition.default, lineTranslateAnchor: LineTranslateAnchor = LineTranslateAnchor.default, lineTrimOffset: LineTrimOffset = LineTrimOffset.default, lineWidth: LineWidth = LineWidth.default, lineWidthTransition: Transition = Transition.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

A stroked line.

LocationIndicatorLayer

fun LocationIndicatorLayer(layerId: String = remember { generateRandomLayerId("location-indicator") }, bearingImage: BearingImage = BearingImage.default, shadowImage: ShadowImage = ShadowImage.default, topImage: TopImage = TopImage.default, accuracyRadius: AccuracyRadius = AccuracyRadius.default, accuracyRadiusTransition: Transition = Transition.default, accuracyRadiusBorderColor: AccuracyRadiusBorderColor = AccuracyRadiusBorderColor.default, accuracyRadiusBorderColorTransition: Transition = Transition.default, accuracyRadiusColor: AccuracyRadiusColor = AccuracyRadiusColor.default, accuracyRadiusColorTransition: Transition = Transition.default, bearing: Bearing = Bearing.default, bearingTransition: Transition = Transition.default, bearingImageSize: BearingImageSize = BearingImageSize.default, bearingImageSizeTransition: Transition = Transition.default, emphasisCircleColor: EmphasisCircleColor = EmphasisCircleColor.default, emphasisCircleColorTransition: Transition = Transition.default, emphasisCircleRadius: EmphasisCircleRadius = EmphasisCircleRadius.default, emphasisCircleRadiusTransition: Transition = Transition.default, imagePitchDisplacement: ImagePitchDisplacement = ImagePitchDisplacement.default, location: Location = Location.default, locationTransition: Transition = Transition.default, locationIndicatorOpacity: LocationIndicatorOpacity = LocationIndicatorOpacity.default, locationIndicatorOpacityTransition: Transition = Transition.default, perspectiveCompensation: PerspectiveCompensation = PerspectiveCompensation.default, shadowImageSize: ShadowImageSize = ShadowImageSize.default, shadowImageSizeTransition: Transition = Transition.default, topImageSize: TopImageSize = TopImageSize.default, topImageSizeTransition: Transition = Transition.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

Location Indicator layer.

ModelLayer

fun ModelLayer(sourceState: SourceState, layerId: String = remember { generateRandomLayerId("model") }, modelId: ModelId = ModelId.default, modelAmbientOcclusionIntensity: ModelAmbientOcclusionIntensity = ModelAmbientOcclusionIntensity.default, modelAmbientOcclusionIntensityTransition: Transition = Transition.default, modelCastShadows: ModelCastShadows = ModelCastShadows.default, modelColor: ModelColor = ModelColor.default, modelColorTransition: Transition = Transition.default, modelColorMixIntensity: ModelColorMixIntensity = ModelColorMixIntensity.default, modelColorMixIntensityTransition: Transition = Transition.default, modelCutoffFadeRange: ModelCutoffFadeRange = ModelCutoffFadeRange.default, modelEmissiveStrength: ModelEmissiveStrength = ModelEmissiveStrength.default, modelEmissiveStrengthTransition: Transition = Transition.default, modelHeightBasedEmissiveStrengthMultiplier: ModelHeightBasedEmissiveStrengthMultiplier = ModelHeightBasedEmissiveStrengthMultiplier.default, modelHeightBasedEmissiveStrengthMultiplierTransition: Transition = Transition.default, modelOpacity: ModelOpacity = ModelOpacity.default, modelOpacityTransition: Transition = Transition.default, modelReceiveShadows: ModelReceiveShadows = ModelReceiveShadows.default, modelRotation: ModelRotation = ModelRotation.default, modelRotationTransition: Transition = Transition.default, modelRoughness: ModelRoughness = ModelRoughness.default, modelRoughnessTransition: Transition = Transition.default, modelScale: ModelScale = ModelScale.default, modelScaleTransition: Transition = Transition.default, modelScaleMode: ModelScaleMode = ModelScaleMode.default, modelTranslation: ModelTranslation = ModelTranslation.default, modelTranslationTransition: Transition = Transition.default, modelType: ModelType = ModelType.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

A layer to render 3D Models.

RasterLayer

fun RasterLayer(sourceState: SourceState, layerId: String = remember { generateRandomLayerId("raster") }, rasterArrayBand: RasterArrayBand = RasterArrayBand.default, rasterBrightnessMax: RasterBrightnessMax = RasterBrightnessMax.default, rasterBrightnessMaxTransition: Transition = Transition.default, rasterBrightnessMin: RasterBrightnessMin = RasterBrightnessMin.default, rasterBrightnessMinTransition: Transition = Transition.default, rasterColor: RasterColor = RasterColor.default, rasterColorMix: RasterColorMix = RasterColorMix.default, rasterColorMixTransition: Transition = Transition.default, rasterColorRange: RasterColorRange = RasterColorRange.default, rasterColorRangeTransition: Transition = Transition.default, rasterContrast: RasterContrast = RasterContrast.default, rasterContrastTransition: Transition = Transition.default, rasterElevation: RasterElevation = RasterElevation.default, rasterElevationTransition: Transition = Transition.default, rasterEmissiveStrength: RasterEmissiveStrength = RasterEmissiveStrength.default, rasterEmissiveStrengthTransition: Transition = Transition.default, rasterFadeDuration: RasterFadeDuration = RasterFadeDuration.default, rasterHueRotate: RasterHueRotate = RasterHueRotate.default, rasterHueRotateTransition: Transition = Transition.default, rasterOpacity: RasterOpacity = RasterOpacity.default, rasterOpacityTransition: Transition = Transition.default, rasterResampling: RasterResampling = RasterResampling.default, rasterSaturation: RasterSaturation = RasterSaturation.default, rasterSaturationTransition: Transition = Transition.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

Raster map textures such as satellite imagery.

RasterParticleLayer

fun RasterParticleLayer(sourceState: SourceState, layerId: String = remember { generateRandomLayerId("raster-particle") }, rasterParticleArrayBand: RasterParticleArrayBand = RasterParticleArrayBand.default, rasterParticleColor: RasterParticleColor = RasterParticleColor.default, rasterParticleCount: RasterParticleCount = RasterParticleCount.default, rasterParticleFadeOpacityFactor: RasterParticleFadeOpacityFactor = RasterParticleFadeOpacityFactor.default, rasterParticleFadeOpacityFactorTransition: Transition = Transition.default, rasterParticleMaxSpeed: RasterParticleMaxSpeed = RasterParticleMaxSpeed.default, rasterParticleResetRateFactor: RasterParticleResetRateFactor = RasterParticleResetRateFactor.default, rasterParticleSpeedFactor: RasterParticleSpeedFactor = RasterParticleSpeedFactor.default, rasterParticleSpeedFactorTransition: Transition = Transition.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

Particle animation driven by textures such as wind maps.

SkyLayer

fun SkyLayer(layerId: String = remember { generateRandomLayerId("sky") }, skyAtmosphereColor: SkyAtmosphereColor = SkyAtmosphereColor.default, skyAtmosphereHaloColor: SkyAtmosphereHaloColor = SkyAtmosphereHaloColor.default, skyAtmosphereSun: SkyAtmosphereSun = SkyAtmosphereSun.default, skyAtmosphereSunIntensity: SkyAtmosphereSunIntensity = SkyAtmosphereSunIntensity.default, skyGradient: SkyGradient = SkyGradient.default, skyGradientCenter: SkyGradientCenter = SkyGradientCenter.default, skyGradientRadius: SkyGradientRadius = SkyGradientRadius.default, skyOpacity: SkyOpacity = SkyOpacity.default, skyOpacityTransition: Transition = Transition.default, skyType: SkyType = SkyType.default, visibility: Visibility = Visibility.default, minZoom: MinZoom = MinZoom.default, maxZoom: MaxZoom = MaxZoom.default, sourceLayer: SourceLayer = SourceLayer.default, filter: Filter = Filter.default)

A spherical dome around the map that is always rendered behind all other layers.

SymbolLayer