/**
 * Creates object attributes used to create a physics object.

 *
 */
import { StringParam } from './../../params/String';
import { FloatParam } from './../../params/Float';
import { IntegerParam } from './../../params/Integer';
import { PhysicsRBDColliderType, PhysicsRBDType } from './../../../core/physics/PhysicsAttribute';
import { TypedSopNode } from './_Base';
import { CoreGroup } from '../../../core/geometry/Group';
import { SizeComputationMethod } from '../../operations/sop/PhysicsRBDAttributes';
import { NodeParamsConfig } from '../utils/params/ParamsConfig';
import { BaseCoreObject } from '../../../core/geometry/entities/object/BaseCoreObject';
import { Vector3 } from 'three';
import { Vector3Param } from '../../params/Vector3';
import { BooleanParam } from '../../params/Boolean';
import { SopType } from '../../poly/registers/nodes/types/Sop';
import { CoreObjectType, ObjectContent } from '../../../core/geometry/ObjectContent';
export declare const BORDER_RADIUS_AVAILABLE: PhysicsRBDColliderType[];
declare class PhysicsRBDAttributesSopParamsConfig extends NodeParamsConfig {
    main: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FOLDER>;
    /** @param Rigid body type */
    RBDType: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.INTEGER>;
    /** @param collider type */
    colliderType: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.INTEGER>;
    /** @param Rigid body type */
    sizeMethod: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.INTEGER>;
    /** @param border radius */
    borderRadius: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FLOAT>;
    /** @param sizes */
    sizes: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.VECTOR3>;
    /** @param sizes */
    size: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FLOAT>;
    /** @param radius */
    radius: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FLOAT>;
    /** @param half height */
    height: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FLOAT>;
    /** @param heightField rows */
    rows: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.INTEGER>;
    /** @param heightField cols */
    cols: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.INTEGER>;
    /** @param density */
    density: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FLOAT>;
    /** @param friction */
    friction: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FLOAT>;
    /** @param restitution */
    restitution: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FLOAT>;
    /** @param linear damping (affects velocity) */
    linearDamping: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FLOAT>;
    /** @param angular damping (affects rotations) */
    angularDamping: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FLOAT>;
    /** @param linear velocity */
    linearVelocity: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.VECTOR3>;
    /** @param angular velocity */
    angularVelocity: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.VECTOR3>;
    /** @param gravity Scale */
    gravityScale: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FLOAT>;
    /** @param can sleep */
    canSleep: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.BOOLEAN>;
    details: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.FOLDER>;
    /** @param add id */
    addId: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.BOOLEAN>;
    /** @param id */
    id: import("../utils/params/ParamsConfig").ParamTemplate<import("../../index_all").ParamType.STRING>;
}
export declare class PhysicsRBDAttributesSopNode extends TypedSopNode<PhysicsRBDAttributesSopParamsConfig> {
    readonly paramsConfig: PhysicsRBDAttributesSopParamsConfig;
    static type(): SopType;
    protected initializeNode(): void;
    setRBDType(RBDtype: PhysicsRBDType): void;
    RBDType(): PhysicsRBDType;
    setColliderType(colliderType: PhysicsRBDColliderType): void;
    colliderType(): PhysicsRBDColliderType;
    setSizeMethod(sizeMethod: SizeComputationMethod): void;
    sizeMethod(): SizeComputationMethod;
    cook(inputCoreGroups: CoreGroup[]): Promise<void>;
    protected _applyColliderType<T extends CoreObjectType>(colliderType: PhysicsRBDColliderType, sizeMethod: SizeComputationMethod, coreObjects: BaseCoreObject<T>[], //BaseCoreObject<CoreObjectType>[],
    promises: Array<Promise<void>>): void;
    protected _computeStringParam<T extends CoreObjectType>(param: StringParam, coreObjects: BaseCoreObject<T>[], applyMethod: (object: ObjectContent<CoreObjectType>, value: string) => void): Promise<void>;
    protected _computeVector3Param(vectorParam: Vector3Param, coreObjects: BaseCoreObject<CoreObjectType>[], applyMethod: (object: ObjectContent<CoreObjectType>, value: Vector3) => void): Promise<void>;
    protected _computeNumberParam(param: FloatParam | IntegerParam, coreObjects: BaseCoreObject<CoreObjectType>[], applyMethod: (object: ObjectContent<CoreObjectType>, value: number) => void): Promise<void>;
    protected _computeBooleanParam(param: BooleanParam, coreObjects: BaseCoreObject<CoreObjectType>[], applyMethod: (object: ObjectContent<CoreObjectType>, value: boolean) => void): Promise<void>;
}
export {};