Radial = UNLIMITED ; // (92 currently)
	Gate = 675 ;
	double Azimuth(Radial) ;
		Azimuth:Units = "Degrees" ;
	double Elevation(Radial) ;
		Elevation:Units = "Degrees" ;
	double Start_Azimuth(Radial) ;
		Start_Azimuth:Units = "Degrees" ;
	double Start_Elevation(Radial) ;
		Start_Elevation:Units = "Degrees" ;
	double Stop_Azimuth(Radial) ;
		Stop_Azimuth:Units = "Degrees" ;
	double Stop_Elevation(Radial) ;
		Stop_Elevation:Units = "Degrees" ;
	double GateWidth(Radial) ;
		GateWidth:Units = "Millimeters" ;
	double StartRange(Radial) ;
		StartRange:Units = "Millimeters" ;
	int Time(Radial) ;
		Time:Units = "Seconds" ;
	double AfcFrequency(Radial) ;
		AfcFrequency:Units = "Hertz" ;
	double TxFrequency(Radial) ;
		TxFrequency:Units = "Hertz" ;
	double TxLength(Radial) ;
		TxLength:Units = "Seconds" ;
	double TxPower(Radial) ;
		TxPower:Units = "dBm" ;
	double RxHGain(Radial) ;
		RxHGain:Units = "dB" ;
	double RadarConstant(Radial) ;
		RadarConstant:Units = "dB" ;
	int ProcState(Radial) ;
		ProcState:Units = "Unitless" ;
	int GcfState(Radial) ;
		GcfState:Units = "Unitless" ;
	int OesState(Radial) ;
		OesState:Units = "Unitless" ;
	float Reflectivity(Radial, Gate) ;
		Reflectivity:Units = "dBz" ;
	float Velocity(Radial, Gate) ;
		Velocity:Units = "MetersPerSecond" ;
	float SpectralWidth(Radial, Gate) ;
		SpectralWidth:Units = "MetersPerSecond" ;
	float DifferentialReflectivity(Radial, Gate) ;
		DifferentialReflectivity:Units = "dB" ;
	float DifferentialPhase(Radial, Gate) ;
		DifferentialPhase:Units = "Degrees" ;
	float CrossPolCorrelation(Radial, Gate) ;
		CrossPolCorrelation:Units = "Unitless" ;
	float NormalizedCoherentPower(Radial, Gate) ;
		NormalizedCoherentPower:Units = "Unitless" ;
	float SignalToNoiseRatio(Radial, Gate) ;
		SignalToNoiseRatio:Units = "dB" ;
	float HVReflectivity(Radial, Gate) ;
		HVReflectivity:Units = "dB" ;
	float RainRate(Radial, Gate) ;
		RainRate:Units = "mm/h" ;
	float CorrectedReflectivity(Radial, Gate) ;
		CorrectedReflectivity:Units = "dBZ" ;
	float CorrectedDifferentialReflectivity(Radial, Gate) ;
		CorrectedDifferentialReflectivity:Units = "dB" ;
	float FilteredDifferentialPhase(Radial, Gate) ;
		FilteredDifferentialPhase:Units = "Degrees" ;
	float SpecificDifferentialPhase(Radial, Gate) ;
		SpecificDifferentialPhase:Units = "Degrees/km" ;