import { CubismUserModel } from "../framework/src/model/cubismusermodel";
export declare class Live2DCubismUserModel extends CubismUserModel {
    defaultPartOpacities: Float32Array;
    constructor();
    initialize(): void;
    get accelerationX(): number;
    set accelerationX(accelerationX: number);
    get accelerationY(): number;
    set accelerationY(accelerationY: number);
    get accelerationZ(): number;
    set accelerationZ(accelerationZ: number);
    get breath(): import("../framework/src/effect/cubismbreath").CubismBreath;
    set breath(breath: import("../framework/src/effect/cubismbreath").CubismBreath);
    get dragManager(): import("../framework/src/math/cubismtargetpoint").CubismTargetPoint;
    set dragManager(dragManager: import("../framework/src/math/cubismtargetpoint").CubismTargetPoint);
    get dragX(): number;
    set dragX(dragX: number);
    get dragY(): number;
    set dragY(dragY: number);
    get expressionManager(): import("../framework/src/motion/cubismexpressionmotionmanager").CubismExpressionMotionManager;
    set expressionManager(expressionManager: import("../framework/src/motion/cubismexpressionmotionmanager").CubismExpressionMotionManager);
    get eyeBlink(): import("../framework/src/effect/cubismeyeblink").CubismEyeBlink;
    set eyeBlink(eyeBlink: import("../framework/src/effect/cubismeyeblink").CubismEyeBlink);
    get initialized(): boolean;
    set initialized(initialized: boolean);
    get lastLipSyncValue(): number;
    set lastLipSyncValue(lastLipSyncValue: number);
    get lipsync(): boolean;
    set lipsync(lipsync: boolean);
    get moc(): any;
    set moc(moc: any);
    get mocConsistency(): boolean;
    set mocConsistency(mocConsistency: boolean);
    get modelMatrix(): import("../framework/src/math/cubismmodelmatrix").CubismModelMatrix;
    set modelMatrix(modelMatrix: import("../framework/src/math/cubismmodelmatrix").CubismModelMatrix);
    get modelUserData(): import("../framework/src/model/cubismmodeluserdata").CubismModelUserData;
    set modelUserData(modelUserData: import("../framework/src/model/cubismmodeluserdata").CubismModelUserData);
    get model(): import("../framework/src/model/cubismmodel").CubismModel;
    set model(model: import("../framework/src/model/cubismmodel").CubismModel);
    get motionManager(): import("../framework/src/motion/cubismmotionmanager").CubismMotionManager;
    set motionManager(motionManager: import("../framework/src/motion/cubismmotionmanager").CubismMotionManager);
    get opacity(): number;
    set opacity(opacity: number);
    get pose(): import("../framework/src/effect/cubismpose").CubismPose;
    set pose(pose: import("../framework/src/effect/cubismpose").CubismPose);
    get physics(): import("../framework/src/physics/cubismphysics").CubismPhysics;
    set physics(physics: import("../framework/src/physics/cubismphysics").CubismPhysics);
    get updating(): boolean;
    set updating(updating: boolean);
    get parameters(): {
        count: number;
        defaultValues: Float32Array;
        ids: string[];
        keyCounts: Int32Array;
        keyValues: Float32Array[];
        maximumValues: Float32Array;
        minimumValues: Float32Array;
        opacities: Float32Array;
        types: Int32Array;
        values: Float32Array;
    };
    getParameterValue: (parameter: string) => number;
    setParameter: (parameter: string, value: number) => void;
    resetParameters: () => void;
    get parts(): {
        count: number;
        ids: string[];
        opacities: Float32Array;
        parentIndices: Float32Array;
    };
    getPartOpacity: (part: string) => number;
    setPartOpacity: (part: string, opacity: number) => void;
    resetPartOpacities: () => void;
    get drawables(): {
        count: number;
        constantFlags: Uint8Array;
        drawOrders: Int32Array;
        dynamicFlags: Uint8Array;
        ids: string[];
        indexCounts: Int32Array;
        indices: Uint16Array[];
        maskCounts: Int32Array;
        masks: Int32Array[];
        multiplyColors: Float32Array;
        opacities: Float32Array;
        parentPartIndices: Int32Array;
        renderOrders: Int32Array;
        screenColors: Float32Array;
        textureIndices: Int32Array;
        vertexCounts: Int32Array;
        vertexPositions: Float32Array[];
        vertexUvs: Float32Array[];
    };
    get width(): number;
    get height(): number;
    get originX(): number;
    get originY(): number;
    get pixelsPerUnit(): number;
}