import { HexColor, Vector3, ModelObjectIds, ModelSpec, ModelState, ModelId, ObjectRuntimeId, ObjectProperties, ModelObjects, ColorRGBA, Layer, ModelVersionIdentifier, ViewEntityStates, Box3, PanoramaMetadata, IPointCloudSettings, DeepPartial, HierarchyType, HierarchyEntity, PropertySetDefinition } from "./common";
import { Camera, CameraPreset, CameraOptions, SectionPlane } from "./ViewAPI";
/** The selector mode. */
export declare type SelectorMode = "add" | "remove" | "set";
/** The model objects selection. */
export declare type Selection = ModelObjectIds[];
/** The tools that can be activated. */
export declare const TOOLS: string[];
/** The snapping types that can be configured for a tool. */
export declare const TOOL_SNAP_TYPES: string[];
/**
 * The data structure representing the selector criteria based on the parameters of the object entities in Trimble Connect 3D Viewer.
 */
export interface EntityParameter {
    /** The object class */
    class?: string;
    /** The object properties filter expression
     * @deprecated Shouldn't be used
     * In order to query objects with certain properties, the query should contain the pair of property name and property value criteria.
     * The property name is in the format of <PropertySet>.<PropertyName>. For instance:
     *
     * Query objects with certain string value or array:
     * ```
     * properties: {'IfcRectangleProfile.ProfileName': '400*400'},
     * properties: {'IfcRectangleProfile.ProfileName': ['300*300', '400*400']},
     * ```
     * Use the original property names from the model - the property names in the Trimble Connect UI are formatted differently for better readability.
     */
    properties?: any;
}
/**
 * The data structure representing the loaded file.
 */
export interface File {
    /** The file content. When the host application uses .NET Workspace API, the
     *  client must pass the value as a base64 encoded string in a function argument.
     *  The string must not contain a Data URL prefix (e.g. `data:application/octet-stream;base64,`)
     *
     *  .NET Workspace API function return value will be a base64 encoded string.
     * */
    blob?: Blob | string;
    /** The file related metadata */
    file: FileEntry;
    /** The identifier. */
    id: string;
    /** Defines whether there is a newer version available. */
    isOldVersion?: boolean;
    /** The file name. */
    name: string;
    /** The nesting level in the file tree */
    nestingLevel: number;
    /** Defines the permissions level. */
    permission?: string;
    /** The type of the file. */
    type: string;
    /** The version identifier of the file. */
    versionId: string;
}
/**
 * The data structure representing the file metadata.
 */
export interface FileEntry {
    /** The last checked out user. */
    checkedOutBy?: User;
    /** The last checked out date. */
    checkedOutOn?: string;
    /** The author. */
    createdBy?: User;
    /** The creation date. */
    createdOn?: string;
    /** The user that deleted the file. */
    deletedBy?: User;
    /** The deletion date. */
    deletedOn?: string;
    /** The hash. */
    hash?: string;
    /** Defines the visibility state. */
    hidden?: boolean;
    /** The identifier. */
    id: string;
    /** The user that modified the file. */
    modifiedBy?: User;
    /** The last modification date. */
    modifiedOn?: string;
    /** The file name. */
    name: string;
    /** The parent identifier. */
    parentId?: string;
    /** The parent type. */
    parentType?: string;
    /** The project identifier. */
    projectId?: string;
    /** The revision number. */
    revision?: number;
    /** The runtime identifier. */
    runtimeId?: string;
    /** The runtime file type. */
    runtimeType?: string;
    /** The file size. */
    size?: number;
    /** The assimilation status. */
    status?: string;
    /** The thumbnail url. */
    thumbnailUrl?: string[];
    /** The file or folder file entry type. */
    type: string;
    /** The version identifier. */
    versionId?: string;
}
/**
 * The data structure representing the object state to be applied.
 */
export interface ObjectState {
    /** The object visibility; if a boolean is given, the object visibility state will be changed,
     *                         or "reset" to reset the visibility to default
     */
    visible?: boolean | "reset";
    /** The object color if any, or "reset" to reset the visibility to default */
    color?: ColorRGBA | HexColor | "reset";
}
/**
 * @deprecated Use getObjectProperties API instead.
 * The option for output object data.
 */
export interface ObjectOutputOptions {
    loadProperties?: boolean;
}
/**
 * The data structure representing the placement of a Trimble Connect model ({@link ModelSpec}).
 */
export interface ModelPlacement {
    /** The model position in millimeters */
    position?: Vector3;
    /** The axis unit vector  */
    axis?: Vector3;
    /** The model ref direction unit vector */
    refDirection?: Vector3;
    /** A scalar value. If defined, all of the above vectors will be scaled by the value. */
    scale?: number;
}
/**
 * The data structure representing the properties of a Trimbim model.
 */
export interface TrimbimModel {
    /** The trb model identifier. */
    id: string;
    /** The trb content. When the host application uses .NET Workspace API, the
     *  client must pass the value as a base64 encoded string in a function argument.
     *  The string must not contain a Data URL prefix (e.g. `data:application/octet-stream;base64,`)
     *
     *  .NET Workspace API function return value will be a base64 encoded string.
     * */
    trbBlob?: Blob | string;
    /** The trb model id from which blob is fetched */
    trbBlobFromId?: string;
    /** The model placement */
    placement?: ModelPlacement;
    /** If specified, a value indicating whether the trb to fit to view or not */
    fitToView?: boolean;
    /** If specified, a value indicating whether the trb to be shown or hidden */
    visible?: boolean;
    /** Defines whether loaded trimbim model is clipped by clip planes or not (default is clipped) */
    clippable?: boolean;
    /** Object selector for setting partial visibility of model */
    selector?: ObjectSelector;
    /** The object color if any, or "reset" to reset the color to default */
    color?: ColorRGBA | HexColor | "reset";
}
/**
 * A structure representing a model object filter.
 *
 * The result set is an intersection of object sets where `modelObjectIds`, `selected` and `parameter` filters apply.
 */
export interface ObjectSelector {
    /** Objects to be included into the selection.
     *  Leaving this property undefined implies that _all_ objects are included. */
    modelObjectIds?: ModelObjectIds[];
    /** If set to `true`, only objects currently in `selected` state are included. Otherwise this filter is ignored.  */
    selected?: boolean;
    /** If specified, filters model objects by their parameters. Otherwise this filter is ignored. */
    parameter?: EntityParameter;
    /**
     * @deprecated Use getObjectProperties API instead.
     * If specified, the options for output data.
     */
    output?: ObjectOutputOptions;
}
/**
 * The icon detail.
 */
export interface PointIcon {
    /** The icon identifier */
    id: number;
    /** The icon path */
    iconPath: string;
    /** The icon position. The coordinates are in meters. */
    position: Vector3;
    /** The icon size */
    size: number;
}
/**
 * The data structure representing the object state to be applied.
 */
export interface ObjectState {
    /** The object visibility; if a boolean is given, the object visibility state will be changed,
     *                         or "reset" to reset the visibility to default
     */
    visible?: boolean | "reset";
    /** The object color if any, or "reset" to reset the visibility to default */
    color?: ColorRGBA | HexColor | "reset";
    /** The object opacity */
    opacity?: number;
}
/**
 * The data structure representing the viewer settings.
 */
export interface ViewerSettings {
    /** Assembly selection active */
    assemblySelection: boolean;
    /** Zoom to fit ratio to define tightness of zoom */
    zoomToFitRatio?: number | "reset";
}
/**
 * The data structure representing the instruction visible when tool is activated.
 */
export interface ToolInstruction {
    /** The instruction title. */
    title: string;
    /** The instruction text. */
    text: string;
    /** The timeout in milliseconds until the instruction is hidden. */
    timeout?: number;
}
/**
 * The data structure representing the options when a tool is activated.
 */
export interface ToolOptions {
    /** The instruction to be displayed when the tool is activated. If no value is provided, the default instruction will be displayed, if any. */
    instruction: ToolInstruction;
    /** The snapping types to be set when the tool is activated. If no value is provided, all snapping types are set. */
    snapTypes: string[];
}
/**
 * The data structure representing Trimble Connect user.
 */
export interface User {
    /** The identifier. */
    id: string;
    /** The user's firstname. */
    firstName: string;
    /** The user's lastname. */
    lastName: string;
    /** The user's  email. */
    email: string;
    /** The user's status. */
    status: string;
}
/**
 * The data structure representing an element stored inside a view.
 */
export interface Element {
    /** Flag to indicate if the element is part of a hierarchy of elements. */
    isRecursive?: boolean;
    /** The pick priority value of the element. */
    priority?: number;
    /** The source id of the element, as retrieved from the viewer. */
    sourceId?: string;
    /** The state of the element. */
    state?: ViewEntityStates;
    /** The version id of the model the element originates from. */
    versionId?: string;
    /** The color of the element. */
    color?: ColorRGBA;
}
/**
 * The data structure representing the element types stored inside a view.
 */
export interface ElementType {
    /** The type of the element type. */
    type?: string;
    /** The state of the element type. */
    state?: number;
    /** The pick priority value of the element type. */
    priority?: number;
    /** The color of the element type. */
    color?: ColorRGBA;
}
/**
 * The data structure representing the presentation of a view.
 */
export interface Presentation {
    /** Flag to indicate if the ghost mode is enabled in the viewer. */
    ghost?: boolean;
    /** Flag to indicate if the transparent mode is enabled in the viewer. */
    transparent?: boolean;
    /** Flag to indicate if the wireframe mode is enabled in the viewer. */
    wireframe?: boolean;
    /** The transparency level set in the viewer. */
    transparencyLevel?: number;
    /** Flag to indicate if new state is enabled. */
    isNewEnabled?: boolean;
    /** Flag to indicate if pending state is enabled. */
    isPendingEnabled?: boolean;
    /** Flag to indicate if critical state is enabled. */
    isCriticalEnabled?: boolean;
    /** Flag to indicate if resolved state is enabled. */
    isResolvedEnabled?: boolean;
    /** Flag to indicate if ignored state is enabled. */
    isIgnoredEnabled?: boolean;
    /** Flag to indicate if notes are enabled. */
    isNotesEnabled?: boolean;
    /** Flag to indicate if documents are enabled. */
    isDocumentsEnabled?: boolean;
    /** The element types of the view. */
    elementTypes?: ElementType[];
    /** The elements of the view. */
    elements?: Element[];
    /** The applied modelIds*/
    applyToModels?: string[];
}
/**
 * The data structure representing the properties of a point cloud.
 */
export interface PointCloud {
    /** The point cloud identifier. */
    id: string;
    /** Point cloud URL */
    url: string;
    /** The model placement */
    placement?: ModelPlacement;
    /** If specified, a value indicating whether the point cloud to fit to view or not */
    fitToView?: boolean;
    /** If specified, a value indicating whether the point cloud to be shown or hidden */
    visible?: boolean;
}
/**
 * The types representing the supported camera navigation modes in 3DViewer
 */
export declare const enum CameraMode {
    LookAround = "look_around",
    Pan = "pan",
    Panorama = "panorama",
    Rotate = "rotate",
    Walk = "walk"
}
/**
 * The data structure representing the presentation of the position of a object.
 */
export interface ObjectPosition {
    /** The identifier. */
    id: ObjectRuntimeId;
    /** The object position. The coordinates are in meters. */
    position: Vector3;
}
/**
 * The data structure representing the presentation of the bounding box of an object.
 */
export interface ObjectBoundingBox {
    /** The identifier. */
    id: ObjectRuntimeId;
    /** Bounding box of the object */
    boundingBox: Box3;
}
/** Payload for `viewer.onPresentationChanged` event */
export declare type PresentationUpdate = DeepPartial<Presentation>;
/** Payload for `viewer.onSectionPlaneChanged` event */
export interface SectionPlaneUpdate {
    action: "added" | "updated" | "removed";
    sectionPlane: SectionPlane;
}
export interface AttachmentTypeSelected {
    /** The attachment type */
    attachmentType: "topic" | "todo" | "other";
}
/** Data structure representing entities of a specific model */
export interface IModelEntities {
    /** The model identifier */
    modelId: ModelId;
    /** The external object identifiers */
    entityIds: ObjectRuntimeId[];
}
/**
 * The API for communicating with Trimble Connect 3D Viewer viewer.
 */
export interface ViewerAPI {
    /** Activates the tool in the viewer.
     * @param name - The name of the tool. "reset" value resets the tool to the default tool
     * @param options - The options to be set for the tool
     * @returns The awaitable task
     */
    activateTool(name: string, options?: Partial<ToolOptions>): Promise<void>;
    /** Adds the icon to the viewer.
     * @param pointIcon - The icon
     * @returns The awaitable task
     */
    addIcon(pointIcon: PointIcon | PointIcon[]): Promise<void>;
    /** Adds the section plane to the viewer.
     * @param sectionPlane - The section
     * @returns The added section plane(s)
     */
    addSectionPlane(sectionPlane: SectionPlane | SectionPlane[]): Promise<SectionPlane[]>;
    /** Adds a trimbim model to the viewer.
     * If only visibility and placement needs to be changed, then it is suggested not to pass blob which will result in serialization penalty and reloading of the trimbim.
     * The limit for trimbim size is 10MB.
     * @param model - The trb model
     * @returns The added TrimBimModel(s)
     */
    addTrimbimModel(model: TrimbimModel | TrimbimModel[]): Promise<boolean[]>;
    /** Gets the runtime entity IDs of the objects identified by external unique IDs. E.g. For the IFC format, and external id is the uncompressed guid associated with the object.
     * @param modelId - The model identifier
     * @param objectIds - The external object identifiers
     * @returns A Promise which resolves to an array of runtime IDs. The return value array is always of same length as the `objectIds` argument array. For any index where no runtime ID was found for the given `objectId`, the value of the said index will be `undefined` or `null`.
     */
    convertToObjectRuntimeIds(modelId: ModelId, objectIds: string[]): Promise<number[]>;
    /** Gets the external IDs for the loaded objects in the viewer with the given runtime entity IDs.
     *
     * The function throws an exception if no matching external ID is found for every runtime ID in the `runtimeIds` argument.
     * @param modelId - The model identifier
     * @param runtimeIds - The runtime identifiers of the objects
     * @returns The awaitable task that returns the external IDs for the loaded objects in the viewer with the given runtime IDs
     */
    convertToObjectIds(modelId: ModelId, runtimeIds: number[]): Promise<string[]>;
    /** Gets the current camera data asynchronously.
     * @returns The awaitable task that returns the current camera data
     */
    getCamera(): Promise<Camera>;
    /** Gets all the colored objects in the current Trimble Connect project asynchronously.
     * @returns The awaitable task that returns the colored object entities in the current Trimble Connect project.
     */
    getColoredObjects(): Promise<ModelObjects[]>;
    /** Gets the list of icons that where added through the API.
     * @returns The awaitable task that returns the list of icons.
     */
    getIcon(): Promise<PointIcon[]>;
    /** Gets the list of layers asynchronously.
     * @param modelId - The identifier of the model to which the layers belong
     * @returns The awaitable task that returns the model object entities in the current Trimble Connect 3D Viewer
     */
    getLayers(modelId: ModelId): Promise<Layer[]>;
    /** Get the loaded model file
     * @param modelId - The identifier of the model
     * @returns The awaitable task that returns the model file
     */
    getLoadedModel(modelId: ModelId): Promise<File>;
    /** Gets the list of all models that are available from the file tree asynchronously.
     * @remarks This may not include all files in the current Trimble Connect project as the file tree only loads the files at root level at start-up. The file hierarchy is lazy-loaded when users expand a tree node.
     * @returns The awaitable task that returns the model files
     */
    getModels(state?: ModelState): Promise<ModelSpec[]>;
    /** Gets the object properties asynchronously.
     * @param modelId - The identifier of the model to which the object belongs
     * @param objectRuntimeIds - The object runtime identifiers
     * @returns The awaitable task that returns the model object entities in the current Trimble Connect 3D Viewer
     */
    getObjectProperties(modelId: ModelId, objectRuntimeIds: ObjectRuntimeId[]): Promise<ObjectProperties[]>;
    /** Gets the positions of the objects based on the ObjectRuntimeId.
     * @deprecated - use {@link ViewerAPI.getObjectBoundingBoxes} instead.
     * @param modelId - The identifier of the model to which the object belongs
     * @param objectRuntimeIds - Array of objectRuntimeId.
     * @returns The awaitable task that returns the {@link ObjectPosition}.
     */
    getObjectPositions(modelId: ModelId, objectRuntimeIds: ObjectRuntimeId[]): Promise<ObjectPosition[]>;
    /** Gets the bounding box of the objects based on the ObjectRuntimeId.
     * @param modelId - The identifier of the model to which the object belongs
     * @param objectRuntimeIds - Array of objectRuntimeId.
     * @returns The awaitable task that returns the {@link ObjectBoundingBox}.
     */
    getObjectBoundingBoxes(modelId: ModelId, objectRuntimeIds: ObjectRuntimeId[]): Promise<ObjectBoundingBox[]>;
    /** Gets the objects satisfying the selector and object state criteria.
     * @param selector - The selector defining the selection criteria to retrieve the objects.
     * @param objectState - The objectState defining the visibility criteria to retrieve the objects.
     * @returns The awaitable task that returns the model object entities in the current Trimble Connect 3D Viewer.
     */
    getObjects(selector?: ObjectSelector, objectState?: ObjectState): Promise<ModelObjects[]>;
    /** Gets the presentation of the current view.
     * @returns The awaitable task that returns the current view's presentation data.
     */
    getPresentation(): Promise<Presentation>;
    /** Gets the list of section planes that are in 3D.
     * @returns The awaitable task that returns the current objects selection data
     */
    getSectionPlanes(): Promise<SectionPlane[]>;
    /** Gets the current objects selection data asynchronously.
     * @remarks Use {@link ViewerAPI.getObjects} to get the data of the objects with the specified identifiers.
     * @param selector - The selector defining the criteria to retrieve the objects
     * @returns The awaitable task that returns the current objects selection data
     */
    getSelection(): Promise<Selection>;
    /** Gets the snapshot of the current view.
     * @returns A Promise which resolves to a Data URL string containing a base64 encoded image. E.g. `data:image/png;base64,SGVsbG8sIFdvcmxkIQ...`
     */
    getSnapshot(): Promise<string>;
    /** Gets the loaded trimbim models.
     * @returns The awaitable task that returns the loaded trimbims.
     */
    getTrimbimModels(): Promise<TrimbimModel[]>;
    /** Sets the model placement asynchronously.
     * @param modelId   - The ID of the model whose placement will be changed
     * @param placement - The model placement data to be applied
     * @returns The awaitable task
     */
    placeModel(modelId: ModelId, placement: ModelPlacement): Promise<void>;
    /** Removes the icon from the viewer.
     * @param pointIcon - The icon to be removed. If the parameter is undefined, all added icons will be removed
     * @returns The awaitable task
     */
    removeIcon(pointIcon?: PointIcon | PointIcon[]): Promise<void>;
    /** Removes section planes in viewer.
     * @param sectionPlaneIds - The identifiers of the sectionPlanes that needs to be removed(optional). If this value is not provided or empty array is given then all sectionPlanes will be removed.
     * */
    removeSectionPlanes(sectionPlaneIds?: number[]): Promise<void>;
    /** Removes the trimbim model from the viewer.
     * @param model - The trimbim model to be removed. If the parameter is undefined, all added models will be removed
     * @returns The awaitable task
     */
    removeTrimbimModel(modelId?: string | string[]): Promise<void>;
    /** Resets model, camera and tools to their default states asynchronously
     * @returns The awaitable task
     */
    reset(): Promise<void>;
    /** Sets the camera data asynchronously.
     * @param camera  - The camera data to be applied;
     *                  or sets the camera to fit according to the object selector;
     *                  or "reset" string to reset the camera to default;
     *                  or the camera preset to be applied
     * @param options  - The camera options to be applied, like animationTime;
     * @returns The awaitable task
     */
    setCamera(camera: Camera | ObjectSelector | "reset" | CameraPreset, options?: Partial<CameraOptions>): Promise<void>;
    /** Sets the object state asynchronously.
     * @param selector    - The selector which defines the affected objects. If the argument is `undefined`, the `objectState` is applied to all objects in the loaded models
     * @param objectState - The object state to be applied
     * @returns The awaitable task
     */
    setObjectState(selector: ObjectSelector | undefined, objectState: ObjectState): Promise<void>;
    /** Define object selection in loaded 3d models.
     * @param selector - A selector which defines to which objects to apply the `mode` argument to.
     * @param mode - The mode is applied to all objects matching the criteria defined by the `selector` argument
     * * `add` = Add objects to the currently selected objects
     * * `remove` = Remove objects from the currently selected objects
     * * `set` = Set objects as selected. Any other objects are deselected.
     * @returns The awaitable task
     */
    setSelection(selector: ObjectSelector, mode: SelectorMode): Promise<void>;
    /** Sets the opacity of the 3D viewer asynchronously.
     * @param transparency - The opacity level, which ranges from 0 to 100
     * @returns The awaitable task
     */
    setOpacity(transparency: number): Promise<void>;
    /** Sets the access token of the 3D viewer asynchronously.
     *  @deprecated Use {@link EmbedAPI.setTokens} instead.
     * @param accessToken - The Trimble Connect access token
     * @param refreshToken - The Trimble Connect refresh token
     * @returns The awaitable task
     */
    setAccessTokens(accessToken: string, refreshToken?: string): Promise<void>;
    /** Sets the layers visibility of the model asynchronously.
     * @param modelId - The ID of the model whose layers visibility will be changed
     * @param layers - A value containing the layers whom visibility will be changed
     * @returns The awaitable task
     */
    setLayersVisibility(modelId: ModelId, layers: Layer[]): Promise<void>;
    /** Toggles the model state asynchronously.
     * @param modelId - The model identifier or array of model identifiers
     * @param loaded  - A value indicating whether the model should be loaded or unloaded.
     *                  If this parameter is not defined, the model state will be toggled
     * @param fitToView - Value indicating if model(s) should be fitted to view after loading.
     * @returns The awaitable task
     */
    toggleModel(modelId: ModelId | ModelId[], loaded?: boolean, fitToView?: boolean): Promise<void>;
    /** Toggles the model version state asynchronously.
     * @param modelId - The model identifier or array of model identifiers. The model identifier includes model id and version id.
     * @param loaded  - A value indicating whether the model should be loaded or unloaded.
     *                  If this parameter is not defined, the model state will be toggled
     * @param fitToView - Value indicating if model(s) should be fitted to view after loading.
     * @returns The awaitable task
     */
    toggleModelVersion(modelId: ModelVersionIdentifier | ModelVersionIdentifier[], loaded?: boolean, fitToView?: boolean): Promise<void>;
    /** Gets the current viewer settings asynchronously.
     * @returns The awaitable task that returns the current viewer settings.
     */
    getSettings(): Promise<ViewerSettings>;
    /** Sets the viewer settings asynchronously.
     * @param settings - {@link ViewerSettings} - configure the assemblySelection mode and fitToZoomRatio.
     * @returns The awaitable task.
     */
    setSettings(settings: Partial<ViewerSettings>): Promise<void>;
    /** Adds the panorama tiles in the viewer space.
     * @param settings - {@link PanoramaMetadata} - Panorama tile configuration
     * @returns The awaitable task that will resolve into boolean.
     */
    addPanorama(settings: PanoramaMetadata): Promise<boolean>;
    /** Adds the point clouds into the viewer space.
     * @param pointCloud - {@link PointCloud} - point cloud source data.
     * @returns The awaitable task that will resolve into boolean.
     */
    addPointCloud(pointCloud: PointCloud | PointCloud[]): Promise<boolean>;
    /** Gets the point cloud and panorama tiles added to the viewer using addPointCloud and addPanorama
     * @returns The awaitable task that will resolve into {@link PointCloud}
     */
    getPointClouds(): Promise<PointCloud[]>;
    /** Removes any model file from the viewer
     * @param modelId - unique identifier of the model file
     * @param fitToView - allows to reset the viewer camera position
     * @returns The awaitable task that will resolve into boolean.
     */
    removeModel(modelId: string, fitToView?: boolean): Promise<boolean>;
    /** Sets the configuration of point clouds based on the modeId
     * @param settings - {@link IPointCloudSettings} - allowed point cloud configuration settings.
     * @param modelId - unique identifier of the point cloud.
     * @returns The awaitable task that will resolve into boolean.
     */
    setPointCloudSettings(settings: IPointCloudSettings, modelIds?: string[]): Promise<boolean>;
    /** Gets the current camera navigation mode in the viewer
     * @returns The awaitable task that will resolve into {@link CameraMode}.
     */
    getCameraMode(): Promise<CameraMode>;
    /** Sets the current camera navigation mode in the viewer
     * @param mode - allowed camera navigation modes by the viewer
     * @param spawnPoint - The spawn point for the camera mode - walk
     * @returns The awaitable task that will resolve into boolean.
     */
    setCameraMode(mode: CameraMode, spawnPoint?: Vector3): Promise<boolean>;
    /** Equivalent to the "Show only selected objects" feature in the viewer. It will simply hide all objects except the ones provided in the input.
     * @param IModelEntities - Array of model entities to be isolated
     * @returns The awaitable task that will resolve into boolean.
     */
    isolateEntities(modelEntities: IModelEntities[]): Promise<boolean>;
    /**
     * Retreives hierarchy parents of given children
     * @param modelId - The model identifier
     * @param entityIds - The children entity ids
     * @param hierarchyType - The hierarchy type
     * @param recursive - (default false) if false only direct parents are returned, otherwise returns all parents up to hierarchy roots.
     * @param containedOnly -  (default false) if false the parent will be returned when atleast one child is given in entityIds, otherwise parent is returned only when all its children are.
     */
    getHierarchyParents(modelId: ModelId, entityIds: ObjectRuntimeId[], hierarchyType?: HierarchyType, recursive?: boolean, containedOnly?: boolean): Promise<HierarchyEntity[]>;
    /**
     * Retreives hierarchy children of given parent
     * @param modelId - The model identifier
     * @param entityIds - The parent entity ids
     * @param hierarchyType - The hierarchy type
     * @param recursive - (default false) if false only direct children are returned, otherwise returns tho whole tree or children.
     */
    getHierarchyChildren(modelId: ModelId, entityIds: ObjectRuntimeId[], hierarchyType?: HierarchyType, recursive?: boolean): Promise<HierarchyEntity[]>;
    /** Below viewer API methods for smart 3dv search extension - Note: meant for internal use only */
    /** @internal*/
    getPsetDefinitions: () => Promise<PsetDefinitionForSearch[]>;
    /** @internal */
    getEntities: () => Promise<IEntitiesForSearch[]>;
    /** @internal */
    getEntityIdsForAISearch: (AIResponse: IResponseFromAI) => Promise<ISearchResponse[]>;
}
/** Below type definitions for smart 3dv search extension - Note: meant for internal use only */
/** @internal*/
export interface PsetDefinitionForSearch {
    modelId: string;
    psets: PropertySetDefinition[];
}
/** @internal*/
export interface IEntitiesForSearch {
    modelId: string;
    versionId: string;
    entityForModel: Entity[];
}
/** @internal*/
export interface Entity {
    class: string;
    identifierType: IdentifierType;
    id: number;
}
/** @internal*/
export declare const enum IdentifierType {
    Guid = 0,
    String = 1,
    SpatialHash = 2,
    DwgHandle = 3,
    None = 4
}
/** @internal*/
export interface IResponseFromAI {
    command: ICommand;
    type: string;
    filterCriteria: IConditionGroup;
}
/** @internal*/
export interface ICommand {
    commandName: string;
    commandParameters: {
        [key: string]: string | number | boolean;
    };
}
/** @internal*/
export interface IConditionGroup {
    logicalGroup: string;
    outerConditions: IOuterCondition[];
}
/** @internal*/
export interface IOuterCondition {
    logicalGroup: string;
    innerConditions: ICondition[];
}
/** @internal*/
export interface ICondition {
    propertyName: string;
    operator: string;
    value: string | number | boolean;
    propertyNameHint: string;
}
/** @internal*/
export interface ISearchResponse {
    modelId: string;
    versionId: string;
    entityIdForModel: number[];
}