import { ContextManager, Observable } from '@zcomponent/core';
import * as THREE from 'three';
import { HP_ShapeId } from '@babylonjs/havok';
import { Group } from '@zcomponent/three/lib/components/Group';
import { ColliderHelper, PhysicsShapeType, Shape, PhysicsMaterial } from '../../index';
import { GLTF, Mesh } from '@zcomponent/three';
export interface ColliderConstructorProps {
    /**
     * @zprop
     * @zdefault Box
     */
    shape: Shape;
    /**
     * @zprop
     * @zvalues nodeids three/Object3D/{Mesh/**,GLTF}
     */
    targetMesh?: string;
    targetMeshObject?: Mesh | GLTF | THREE.Mesh;
}
export declare function translateShape(shape: Shape): PhysicsShapeType;
/**
 * A collider that uses a shape to define its collision volume.
 * This collider should be child of a RigidBody.
 * @zcomponent
 * @zgroup Physics
 * @zicon shapes
 * @ztag three/Object3D/Physics/Collider
 * @ztag three/Object3D/Group/Physics/Collider
 * @zparents three/Object3D/**
 */
export declare class Collider extends Group {
    props: ColliderConstructorProps;
    mesh: Mesh | GLTF | THREE.Mesh | undefined;
    dirtyFlags: {
        material: boolean;
        transform: boolean;
    };
    /**
     * The type of physics shape used for the collider.
     */
    shape: PhysicsShapeType;
    /**
     * Identifier for the shape used in the physics engine.
     */
    shapeId?: HP_ShapeId;
    /**
     * A visual representation of the collider for preview purposes in the scene.
     */
    colliderHelper?: ColliderHelper;
    material: PhysicsMaterial;
    private _markMaterialDirty;
    /**
     * Initializes the collider component with the given context and properties.
     * @param ctx {ContextManager} The context manager instance.
     * @param props {ColliderConstructorProps} Properties for the collider initialization.
     */
    constructor(ctx: ContextManager, props: ColliderConstructorProps);
    private markAsDirty;
    private resolveMesh;
    ____setupHelepr: () => void;
    ready: Observable<boolean, never>;
    getColliderTransforms: (bodyMatrixWorld: THREE.Matrix4) => [[number, number, number], [number, number, number, number], [number, number, number]];
    /**
     * Disposes of the collider component, performing necessary cleanup.
     */
    dispose(): never;
    shapeIndex: number;
}