import { RtcmMessage } from '../../rtcm';
import { constructPropertiesKey, constructWithProperties, constructWithPropertiesPlus } from '../../utils';
export declare enum GpsL1CodeIndicator {
    CA_CODE = 0,
    P_Y_CODE_DIRECT = 1
}
export declare enum GpsL2CodeIndicator {
    CA_L2C_CODE = 0,
    P_Y_CODE_DIRECT = 1,
    P_Y_CODE_CROSS_CORRELATED = 2,
    CORRELATED_P_Y = 3
}
export declare abstract class RtcmMessageGpsObservations extends RtcmMessage {
    referenceStationId: number;
    gpsEpochTime: number;
    synchronousGnss: boolean;
    private _satelliteCount;
    divergenceFreeSmoothing: boolean;
    smoothingInterval: number;
}
export declare abstract class GpsObservationsData {
    static construct: typeof constructWithPropertiesPlus;
}
export declare class GpsL1ObservationsData extends GpsObservationsData {
    static [constructPropertiesKey]: (exclude: 'lockTimeMillis' | 'lockTimeIndicator') => {
        lockTimeIndicator: number;
    } | {
        lockTimeMillis: number;
    };
    codeIndicator: GpsL1CodeIndicator;
    pseudorange: number;
    phaserangePseudorangeDiff: number;
    lockTimeIndicator: number;
    get lockTimeMillis(): number;
    set lockTimeMillis(time: number);
}
export declare class GpsL1ObservationsExtendedData extends GpsL1ObservationsData {
    static [constructPropertiesKey]: (exclude: 'lockTimeMillis' | 'lockTimeIndicator' | 'pseudorangeModulusAmbiguity' | 'totalPseudorangeMeters') => ({
        lockTimeIndicator: number;
    } | {
        lockTimeMillis: number;
    }) & {
        pseudorangeModulusAmbiguity: number;
    };
    pseudorangeModulusAmbiguity: number;
    cnr: number;
    get totalPseudorangeMeters(): number;
    set totalPseudorangeMeters(pseudorange: number);
}
export declare class GpsL2ObservationsData extends GpsObservationsData {
    static [constructPropertiesKey]: (exclude: 'lockTimeMillis' | 'lockTimeIndicator') => {
        lockTimeIndicator: number;
    } | {
        lockTimeMillis: number;
    };
    codeIndicator: GpsL2CodeIndicator;
    pseudorangeDiff: number;
    phaserangePseudorangeDiff: number;
    lockTimeIndicator: number;
    get lockTimeMillis(): number;
    set lockTimeMillis(time: number);
}
export declare class GpsL2ObservationsExtendedData extends GpsL2ObservationsData {
    cnr: number;
}
export declare class GpsObservationsSatelliteData {
    satelliteId: number;
    static construct: typeof constructWithProperties;
}
export declare class GpsL1ObservationsSatelliteData extends GpsObservationsSatelliteData {
    l1: GpsL1ObservationsData;
}
export declare class GpsL1ObservationsExtendedSatelliteData extends GpsObservationsSatelliteData {
    l1: GpsL1ObservationsExtendedData;
}
export declare class GpsL1L2ObservationsSatelliteData extends GpsObservationsSatelliteData {
    l1: GpsL1ObservationsData;
    l2: GpsL2ObservationsData;
    toL1Only(): GpsL1ObservationsSatelliteData;
}
export declare class GpsL1L2ObservationsExtendedSatelliteData extends GpsObservationsSatelliteData {
    l1: GpsL1ObservationsExtendedData;
    l2: GpsL2ObservationsExtendedData;
    toL1Only(): GpsL1ObservationsExtendedSatelliteData;
}
export declare class RtcmMessageGpsL1Observations extends RtcmMessageGpsObservations {
    satellites: GpsL1ObservationsSatelliteData[];
}
export declare class RtcmMessageGpsL1ObservationsExtended extends RtcmMessageGpsObservations {
    satellites: GpsL1ObservationsExtendedSatelliteData[];
}
export declare class RtcmMessageGpsL1L2Observations extends RtcmMessageGpsObservations {
    satellites: GpsL1L2ObservationsSatelliteData[];
    toL1Only(): RtcmMessageGpsL1Observations;
}
export declare class RtcmMessageGpsL1L2ObservationsExtended extends RtcmMessageGpsObservations {
    satellites: GpsL1L2ObservationsExtendedSatelliteData[];
    toL1Only(): RtcmMessageGpsL1ObservationsExtended;
}