import { utils } from "pixi.js";
import { DTableData } from "./d-table-data";
import { DTableDataSelectionEachIteratee, DTableDataSelectionOptions, DTableDataSelectionType } from "./d-table-data-selection";
import { DTableDataTreeItemAccessorHasChildren, DTableDataTreeItemAccessorToChildren } from "./d-table-data-tree-item-accessor";
import { DTableDataTreeSelection, DTableDataTreeSelectionParent } from "./d-table-data-tree-selection";
export declare class DTableDataTreeSelectionImpl<NODE> extends utils.EventEmitter implements DTableDataTreeSelection<NODE> {
    protected _parent: DTableDataTreeSelectionParent<NODE>;
    protected _type: DTableDataSelectionType;
    protected _rows: Set<NODE>;
    constructor(parent: DTableDataTreeSelectionParent<NODE>, options?: DTableDataSelectionOptions);
    get parent(): DTableData<NODE>;
    onNodeChange(nodes?: NODE[]): void;
    protected newRows(nodes: NODE[], toChildren: DTableDataTreeItemAccessorToChildren<NODE>, hasChildren: DTableDataTreeItemAccessorHasChildren<NODE>, rows: Set<NODE>, result: Set<NODE>): Set<NODE>;
    get indices(): number[];
    get rows(): NODE[];
    get type(): DTableDataSelectionType;
    protected getFirst(): NODE | null;
    protected getLast(): NODE | null;
    protected toIndex(target: NODE): number | null;
    get first(): number | null;
    get last(): number | null;
    protected onChange(): void;
    toggle(rowIndex: number): void;
    add(rowIndex: number): void;
    addTo(rowIndex: number): void;
    addRange(from: number, includeFrom: boolean, to: number, includeTo: boolean): void;
    addAll(rowIndices: number[]): void;
    contains(rowIndex: number): boolean;
    remove(rowIndex: number): void;
    clear(): void;
    clearAndAdd(rowIndex: number): void;
    clearAndAddAll(rowIndices: number[]): void;
    shift(rowIndex: number, amount: number): void;
    size(): number;
    isEmpty(): boolean;
    each(iteratee: DTableDataSelectionEachIteratee): void;
    toArray(): Array<[number, NODE]>;
    toSortedArray(): Array<[number, NODE]>;
    toObject(): Record<number, NODE>;
    toMap(): Map<number, NODE>;
}