OrbitGeoElementCameraController

Creates an OrbitGeoElementCameraController using a distance to the specified com.arcgismaps.mapping.GeoElement. This camera controller is used to associate camera navigation and movement with com.arcgismaps.mapping.GeoElement objects, such as Graphic, com.arcgismaps.data.Feature, and com.arcgismaps.realtime.DynamicEntity. When the controller is set on the scene view, using SceneView.cameraController, the interaction mode allows the user to rotate around and zoom in and out from the object. For a moving object, the camera will move in synchronization with it and the camera position, heading, pitch and roll will automatically adjust. If the com.arcgismaps.mapping.GeoElement geometry is a polyline or a polygon, the camera will focus on its center point.

The distance from the target object to the camera.

The heading of the camera relative to the target object.

The pitch of the camera relative to the target object.

True if the camera heading offset is updated with the target's heading, false otherwise. If true, the camera will maintain its heading offset when the target's heading changes. Otherwise, the camera position is not affected by the target's heading. The default value is true.

True if the camera pitch offset is updated with the target's pitch, false otherwise. If true, the camera will maintain its pitch offset when the target's pitch changes. Otherwise, the camera position is not affected by the target's pitch. The default value is true.

True if the camera roll offset is updated with the target's roll, false otherwise. If true, the camera will maintain its roll offset when the target's roll changes. Otherwise, the camera position is not affected by the target's roll. The default value is true.

True if a zoom interaction can affect the camera distance, false otherwise. If true, the user can interactively change the distance between the camera and the target object. The default value is true.

True if a horizontal pan interaction can affect the camera heading offset, false otherwise. If true, the user can interactively change the relative heading between the camera and the target object. The default value is true.

True if a vertical pan interaction can affect the camera pitch offset, false otherwise. If true, the user can interactively change the relative pitch between the camera and the target object. The default value is true.

The maximum distance from the camera to the target, in meters. There is no limit on the maximum distance. Animations and interactions are bounded by this limit.

The maximum camera heading offset relative to the target's com.arcgismaps.mapping.GeoElement, in degrees. Any angle, positive or negative, will be wrapped to a clockwise angle between 0 and 360. The value must be greater than OrbitGeoElementCameraController.minCameraHeadingOffset. Animations and interactions are bounded by this limit. The default value is 180.

The maximum camera pitch offset relative to the target's com.arcgismaps.mapping.GeoElement, in degrees. The angle must be between OrbitGeoElementCameraController.minCameraPitchOffset and 90. Animations and interactions are bounded by this limit. The default value is 90.

The minimum distance from the camera to the target, in meters. Must be greater than 0. Animations and interactions are bounded by this limit. The default value is 0.

The minimum camera heading offset relative to the target's com.arcgismaps.mapping.GeoElement, in degrees. Any angle, positive or negative, will be wrapped to a clockwise angle between 0 and 360. The value must be less than OrbitGeoElementCameraController.maxCameraHeadingOffset. Animations and interactions are bounded by this limit. The default value is -180.

The minimum camera pitch offset relative to the target's com.arcgismaps.mapping.GeoElement, in degrees. The angle must be between -90 and OrbitGeoElementCameraController.maxCameraPitchOffset. Animations and interactions are bounded by this limit. The default value is -90.

The target geo element of the orbit camera controller. The target com.arcgismaps.mapping.GeoElement for the camera to follow and look at. When the target moves, the camera will move with the target to maintain its relative position. To update the target's heading, pitch, and roll, you must use a com.arcgismaps.mapping.symbology.Renderer and the com.arcgismaps.mapping.GeoElement attributes.

The offset of the target focus point relative to the OrbitGeoElementCameraController.targetGeoElement along its X axis in the symbol coordinate system. By default, the camera focuses on the center point of the OrbitGeoElementCameraController.targetGeoElement geometry. The default value is 0.

The offset of the target focus point relative to the OrbitGeoElementCameraController.targetGeoElement along its Y axis in the symbol coordinate system. By default, the camera focuses on the center point of the OrbitGeoElementCameraController.targetGeoElement geometry. The default value is 0.

The offset of the target focus point relative to the OrbitGeoElementCameraController.targetGeoElement along its Z axis in the symbol coordinate system. By default, the camera focuses on the center point of the OrbitGeoElementCameraController.targetGeoElement geometry. The default value is 0.

The target screen vertical factor of the orbit camera controller. Controls the vertical position of the target on the screen. Allowed values are 0 (bottom of screen) to 1 (top). The default value is 0.5 (centered vertically).

Animates the camera to a new position relative to the target.

Sets the value of the cameraDistance StateFlow property.

Sets the value of the cameraHeadingOffset StateFlow property.

Sets the value of the cameraPitchOffset StateFlow property.

Animates the camera to a new position using the target offsets of the camera. By default the camera focuses on the target's geometry center point. Using the offsets you can move the focal point to a new position relative to that center point.