import { VcComponentInternalInstance, VcComponentPublicInstance, VcPosition, VcReadyObject } from 'vue-cesium/es/utils/types';
export declare const ellipsoidGeometryProps: {
    vertexFormat: import("vue").PropType<Cesium.VertexFormat>;
    slicePartitions: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    stackPartitions: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    maximumCone: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    minimumCone: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    maximumClock: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    minimumClock: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    innerRadii: {
        type: import("vue").PropType<VcPosition>;
        watcherOptions: {
            cesiumObjectBuilder: typeof import("../../../utils/cesium-helpers").makeCartesian3;
        };
    };
    radii: {
        type: import("vue").PropType<VcPosition>;
        watcherOptions: {
            cesiumObjectBuilder: typeof import("../../../utils/cesium-helpers").makeCartesian3;
        };
    };
};
declare const _default: import("vue").DefineComponent<{
    vertexFormat: import("vue").PropType<Cesium.VertexFormat>;
    slicePartitions: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    stackPartitions: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    maximumCone: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    minimumCone: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    maximumClock: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    minimumClock: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    innerRadii: {
        type: import("vue").PropType<VcPosition>;
        watcherOptions: {
            cesiumObjectBuilder: typeof import("../../../utils/cesium-helpers").makeCartesian3;
        };
    };
    radii: {
        type: import("vue").PropType<VcPosition>;
        watcherOptions: {
            cesiumObjectBuilder: typeof import("../../../utils/cesium-helpers").makeCartesian3;
        };
    };
}, () => import("vue").VNode<import("vue").RendererNode, import("vue").RendererElement, {
    [key: string]: any;
}>, unknown, {}, {}, import("vue").ComponentOptionsMixin, import("vue").ComponentOptionsMixin, {
    beforeLoad: (instance: VcComponentInternalInstance) => boolean;
    ready: (readyObj: VcReadyObject) => boolean;
    unready: (e: any) => boolean;
    destroyed: (instance: VcComponentInternalInstance) => boolean;
}, string, import("vue").VNodeProps & import("vue").AllowedComponentProps & import("vue").ComponentCustomProps, Readonly<import("vue").ExtractPropTypes<{
    vertexFormat: import("vue").PropType<Cesium.VertexFormat>;
    slicePartitions: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    stackPartitions: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    maximumCone: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    minimumCone: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    maximumClock: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    minimumClock: {
        type: import("vue").PropType<number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>>;
        default: number;
    };
    innerRadii: {
        type: import("vue").PropType<VcPosition>;
        watcherOptions: {
            cesiumObjectBuilder: typeof import("../../../utils/cesium-helpers").makeCartesian3;
        };
    };
    radii: {
        type: import("vue").PropType<VcPosition>;
        watcherOptions: {
            cesiumObjectBuilder: typeof import("../../../utils/cesium-helpers").makeCartesian3;
        };
    };
}>> & {
    onBeforeLoad?: (instance: VcComponentInternalInstance) => any;
    onReady?: (readyObj: VcReadyObject) => any;
    onUnready?: (e: any) => any;
    onDestroyed?: (instance: VcComponentInternalInstance) => any;
}, {
    slicePartitions: number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>;
    stackPartitions: number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>;
    maximumCone: number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>;
    minimumCone: number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>;
    maximumClock: number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>;
    minimumClock: number | Cesium.CallbackProperty | import("vue-cesium/es/utils/types").VcCallbackPropertyFunction<number>;
}>;
export default _default;
export declare type VcGeometryEllipsoidProps = {
    /**
     * The radii of the ellipsoid in the x, y, and z directions.
     */
    radii?: VcPosition;
    /**
     * The inner radii of the ellipsoid in the x, y, and z directions.
     */
    innerRadii?: VcPosition;
    /**
     * The minimum angle lying in the xy-plane measured from the positive x-axis and toward the positive y-axis.
     * Default value: 0.0
     */
    minimumClock?: number;
    /**
     * The maximum angle lying in the xy-plane measured from the positive x-axis and toward the positive y-axis.
     * Default value: 2*PI
     */
    maximumClock?: number;
    /**
     * The minimum angle measured from the positive z-axis and toward the negative z-axis.
     * Default value: 0.0
     */
    minimumCone?: number;
    /**
     * The maximum angle measured from the positive z-axis and toward the negative z-axis.
     * Default value: PI
     */
    maximumCone?: number;
    /**
     * The number of times to partition the ellipsoid into stacks.
     * Default value: 64
     */
    stackPartitions?: number;
    /**
     * The number of times to partition the ellipsoid into radial slices.
     * Default value: 64
     */
    slicePartitions?: number;
    /**
     * The vertex attributes to be computed.
     */
    vertexFormat?: Cesium.VertexFormat;
    /**
     * Triggers before the VcGeometryEllipsoid is loaded.
     */
    onBeforeLoad?: (instance: VcComponentInternalInstance) => void;
    /**
     * Triggers when the VcGeometryEllipsoid is successfully loaded.
     */
    onReady?: (readyObject: VcReadyObject) => void;
    /**
     * Triggers when the component load failed.
     */
    onUnready?: (e: any) => void;
    /**
     * Triggers when the VcGeometryEllipsoid is destroyed.
     */
    onDestroyed?: (instance: VcComponentInternalInstance) => void;
};
export declare type VcGeometryEllipsoidRef = VcComponentPublicInstance<VcGeometryEllipsoidProps>;
