MapsIndoorsSDK/com.mapsindoors.core/MPBuildingOutlineViewMaker

MPBuildingOutlineViewMaker

class MPBuildingOutlineViewMaker(location: MPLocation, displayRule: MPDisplayRule, zoom: Float, cameraBearing: Float, eGeometry: MPDerivedGeometry?, wGeometry: MPDerivedGeometry?, buildingId: String) : MPViewMaker

Constructors

MPBuildingOutlineViewMaker

constructor(location: MPLocation, displayRule: MPDisplayRule, zoom: Float, cameraBearing: Float, eGeometry: MPDerivedGeometry?, wGeometry: MPDerivedGeometry?, buildingId: String)

Types

object Companion

Functions

calcLabelOffset

fun calcLabelOffset(image: Bitmap?, labelSize: Double, iconPlacement: MPIconPlacement, labelPosition: MPLabelPosition): List<Double>

open operator override fun equals(other: Any?): Boolean

open override fun hashCode(): Int

Properties

val anchor: MPPoint?

displayRuleName

val displayRuleName: String

val extrusionColor: String?

extrusionGeometry

val extrusionGeometry: MPGeometry?

extrusionHeight

val extrusionHeight: Double?

open val geometry: MPGeometry?

val graphicContent: IntArray?

val graphicImage: Bitmap?

val graphicImageId: String?

graphicStretchX

val graphicStretchX: Array<IntArray>?

graphicStretchY

val graphicStretchY: Array<IntArray>?

open override val has2DModel: Boolean

open override val has3DModel: Boolean

val hasCollision: Boolean

open override val hasMarker: Boolean

open val hasPolygon: Boolean

open val iconId: String

val iconOpacity: Float

val iconPlacement: String

open override val id: String

The building outline is conceptually per building — a single outline whose footprint happens to be stored (and swapped) per floor. Keying it by the building id, rather than by the per-floor location id, means a floor change REUSES the same view/polygon and just updates its geometry, instead of destroying the old floor's view and creating a new one.

open val image: Bitmap?

isClipMapModels

open val isClipMapModels: Boolean

isElevated2DModel

val isElevated2DModel: Boolean

isExtrusionClickable

val isExtrusionClickable: Boolean

isMarkerClickable

open override val isMarkerClickable: Boolean

isModel2DClickable

open override val isModel2DClickable: Boolean

isModel2DVisible

val isModel2DVisible: Boolean

isModel3DClickable

open override val isModel3DClickable: Boolean

isPartOfCluster

val isPartOfCluster: Boolean

isPolygonVisible

val isPolygonVisible: Boolean

open override val isSelectable: Boolean

val isSelected: Boolean = false

open val isVisible: Boolean?

isWallClickable

val isWallClickable: Boolean

val label: String?

val labelAnchor: String

val labelBearing: Float

val labelHaloBlur: Float

val labelHaloColor: String?

val labelHaloWidth: Float

val labelMaxWidth: Int

val labelOffset: List<Double>?

val labelOpacity: Float

val labelTextColor: String

val labelTextSize: Int

val labelType: MPLabelType

open val locationType: String

val model2DBearing: Double

model2DHeightMeters

val model2DHeightMeters: Double

val model2DImage: Bitmap?

val model2DImageId: String

val model2DScale: Double?

model2DWidthMeters

val model2DWidthMeters: Double

val model3DId: String?

model3DRotation

val model3DRotation: List<Float>?

val model3DScale: List<Float>?

val model3DUri: String?

polygonFillColor

val polygonFillColor: String

polygonFillOpacity

open override val polygonFillOpacity: Double

polygonStrokeColor

val polygonStrokeColor: String

polygonStrokeOpacity

val polygonStrokeOpacity: Double

polygonStrokeWidth

val polygonStrokeWidth: Double

open val sortKey: Double

val wallColor: String?

val wallGeometry: MPGeometry?

val wallHeight: Double?