HDF5 file, superblock version 0
group /
	attribute Customer = "DELFT 1"
	attribute Program name = "Doppler 1 sec"
dataset /AHProf: float32, shape (42, 93)
	attribute Name = "Absolute humidity profiles from RPG radiometer"
	attribute Units = "g/m^3"
dataset /AntDia: float32, shape ()
	attribute Name = "Antenna diameter"
	attribute Units = "m"
dataset /AntG: float32, shape ()
	attribute Name = "Antenna gain"
	attribute Units = "linear"
dataset /AntSep: float32, shape ()
	attribute Name = "Distance between antenna axes"
	attribute Units = "m"
dataset /AntiAlias: string(1), shape ()
	attribute Name = "Antialiasing status. 0 - Spectra are not antialiased, 1 - Spectra have been antialiased."
dataset /AvgNum: int32, shape (3)
	attribute Name = "Number of chirps averaged (coherently and non-coherently) for a single time sample"
dataset /Azm: float32, shape (42)
	attribute Name = "Azimuth"
	attribute Units = "deg"
dataset /C1Fr: int32, shape (22)
	attribute Name = "Range factor"
dataset /C1HNoisePow: float32, shape (42, 22)
	attribute Name = "Integrated Doppler spectrum noise pover in horizontal channel: Chirp 1"
	attribute Units = "mm^6/m^3"
dataset /C1HSpec: float32, shape (42, 22, 512)
	attribute Name = "Doppler spectrum at horizontal polarization: Chirp 1"
	attribute Units = "mm^6/m^3"
dataset /C1ImVHSpec: float32, shape (42, 22, 512)
	attribute Name = "Imaginary part of covariance spectrum: Chirp 1"
	attribute Units = "mm^6/m^3"
dataset /C1PNh: float32, shape (42, 22)
	attribute Name = "Total IF power at horizontal polarization measured at ADC input: Chirp 1"
	attribute Units = "µW"
dataset /C1PNv: float32, shape (42, 22)
	attribute Name = "Total IF power at vertical polarization measured at ADC input: Chirp 1"
	attribute Units = "µW"
dataset /C1Range: float32, shape (22)
	attribute Name = "Range"
dataset /C1ReVHSpec: float32, shape (42, 22, 512)
	attribute Name = "Real part of covariance spectrum: Chirp 1"
	attribute Units = "mm^6/m^3"
dataset /C1SLh: float32, shape (42, 22)
	attribute Name = "Sensitivity limit for horizontal polarization: Chirp 1"
	attribute Units = "mm^6/m^3"
dataset /C1SLv: float32, shape (42, 22)
	attribute Name = "Sensitivity limit for vertical polarization: Chirp 1"
	attribute Units = "mm^6/m^3"
dataset /C1VNoisePow: float32, shape (42, 22)
	attribute Name = "Integrated Doppler spectrum noise pover in vertical channel: Chirp 1"
	attribute Units = "mm^6/m^3"
dataset /C1VSpec: float32, shape (42, 22, 512)
	attribute Name = "Doppler spectrum at vertical polarization: Chirp 1"
	attribute Units = "mm^6/m^3"
dataset /C1Vel: float32, shape (512)
dataset /C2Fr: int32, shape (52)
	attribute Name = "Range factor"
dataset /C2HNoisePow: float32, shape (42, 52)
	attribute Name = "Integrated Doppler spectrum noise pover in horizontal channel: Chirp 2"
	attribute Units = "mm^6/m^3"
dataset /C2HSpec: float32, shape (42, 52, 512)
	attribute Name = "Doppler spectrum at horizontal polarization: Chirp 2"
	attribute Units = "mm^6/m^3"
dataset /C2ImVHSpec: float32, shape (42, 52, 512)
	attribute Name = "Imaginary part of covariance spectrum: Chirp 2"
	attribute Units = "mm^6/m^3"
dataset /C2PNh: float32, shape (42, 52)
	attribute Name = "Total IF power at horizontal polarization measured at ADC input: Chirp 2"
	attribute Units = "µW"
dataset /C2PNv: float32, shape (42, 52)
	attribute Name = "Total IF power at vertical polarization measured at ADC input: Chirp 2"
	attribute Units = "µW"
dataset /C2Range: float32, shape (52)
	attribute Name = "Range"
dataset /C2ReVHSpec: float32, shape (42, 52, 512)
	attribute Name = "Real part of covariance spectrum: Chirp 2"
	attribute Units = "mm^6/m^3"
dataset /C2SLh: float32, shape (42, 52)
	attribute Name = "Sensitivity limit for horizontal polarization: Chirp 2"
	attribute Units = "mm^6/m^3"
dataset /C2SLv: float32, shape (42, 52)
	attribute Name = "Sensitivity limit for vertical polarization: Chirp 2"
	attribute Units = "mm^6/m^3"
dataset /C2VNoisePow: float32, shape (42, 52)
	attribute Name = "Integrated Doppler spectrum noise pover in vertical channel: Chirp 2"
	attribute Units = "mm^6/m^3"
dataset /C2VSpec: float32, shape (42, 52, 512)
	attribute Name = "Doppler spectrum at vertical polarization: Chirp 2"
	attribute Units = "mm^6/m^3"
dataset /C2Vel: float32, shape (512)
dataset /C3Fr: int32, shape (265)
	attribute Name = "Range factor"
dataset /C3HNoisePow: float32, shape (42, 265)
	attribute Name = "Integrated Doppler spectrum noise pover in horizontal channel: Chirp 3"
	attribute Units = "mm^6/m^3"
dataset /C3HSpec: float32, shape (42, 265, 256)
	attribute Name = "Doppler spectrum at horizontal polarization: Chirp 3"
	attribute Units = "mm^6/m^3"
dataset /C3ImVHSpec: float32, shape (42, 265, 256)
	attribute Name = "Imaginary part of covariance spectrum: Chirp 3"
	attribute Units = "mm^6/m^3"
dataset /C3PNh: float32, shape (42, 265)
	attribute Name = "Total IF power at horizontal polarization measured at ADC input: Chirp 3"
	attribute Units = "µW"
dataset /C3PNv: float32, shape (42, 265)
	attribute Name = "Total IF power at vertical polarization measured at ADC input: Chirp 3"
	attribute Units = "µW"
dataset /C3Range: float32, shape (265)
	attribute Name = "Range"
dataset /C3ReVHSpec: float32, shape (42, 265, 256)
	attribute Name = "Real part of covariance spectrum: Chirp 3"
	attribute Units = "mm^6/m^3"
dataset /C3SLh: float32, shape (42, 265)
	attribute Name = "Sensitivity limit for horizontal polarization: Chirp 3"
	attribute Units = "mm^6/m^3"
dataset /C3SLv: float32, shape (42, 265)
	attribute Name = "Sensitivity limit for vertical polarization: Chirp 3"
	attribute Units = "mm^6/m^3"
dataset /C3VNoisePow: float32, shape (42, 265)
	attribute Name = "Integrated Doppler spectrum noise pover in vertical channel: Chirp 3"
	attribute Units = "mm^6/m^3"
dataset /C3VSpec: float32, shape (42, 265, 256)
	attribute Name = "Doppler spectrum at vertical polarization: Chirp 3"
	attribute Units = "mm^6/m^3"
dataset /C3Vel: float32, shape (256)
dataset /CBH: float32, shape (42)
	attribute Name = "Cloud Bottom Height"
	attribute Units = "m"
dataset /CalibCorr: float32, shape ()
	attribute Name = "Calibration correction derived from Dysdrometer measurement"
dataset /CallInt: int32, shape ()
	attribute Name = "Time period for automatic zero calibrations"
	attribute Units = "Number of samples"
dataset /ChanBW: float32, shape (3)
	attribute Name = "Bandwidth of individual radar channel (range gate)"
	attribute Units = "Hz"
dataset /Chirp: float32, shape (3)
dataset /ChirpBW: float32, shape (3)
dataset /ChirpCenterFreq: float32, shape (3)
	attribute Name = "Chirp centre frequency at radar transmitter output"
	attribute Units = "MHz"
dataset /ChirpFFTSize: int32, shape (3)
	attribute Name = "Ranging FFT size"
dataset /ChirpHighIF: int32, shape (3)
	attribute Name = "Highest IF frequency"
	attribute Units = "Hz"
dataset /ChirpInvSamp: int32, shape (3)
	attribute Name = "Number of invalid samples at the beginning of chirps"
dataset /ChirpLowIF: int32, shape (3)
	attribute Name = "Lowest IF frequency"
	attribute Units = "Hz"
dataset /ChirpNum: int32, shape ()
	attribute Name = "Number of chirp sequences"
dataset /CompEna: string(1), shape ()
	attribute Name = "Spectral compression flag. 0: not compressed, 1: spectra compressed, 2: spectra compressed and spectral polarimetric variables are stored in the file"
	text = " "
dataset /DDTb: float32, shape (42)
	attribute Name = "Direct detection brightness temperature"
	attribute Units = "K"
dataset /DDVolt: float32, shape (42)
	attribute Name = "Direct detection channel voltage"
	attribute Units = "V"
dataset /DoppLen: int32, shape (3)
	attribute Name = "Number of spectral lines in Doppler spectra"
dataset /DualPol: string(1), shape ()
	attribute Name = "Polarimetric configuration. 0: Single pol, 1: LDR mode, 2: STSR mode"
	text = " "
dataset /Elv: float32, shape (42)
	attribute Name = "Elevation"
	attribute Units = "deg"
dataset /FFTInRng: uint16, shape ()
	attribute Name = "ADC input voltage range (+/-)"
	attribute Units = "mV"
dataset /FFTStartInd: int32, shape (3)
	attribute Name = "Start index in ranging FFT"
dataset /FFTStopInd: int32, shape (3)
	attribute Name = "Last index in ranging FFT"
dataset /FFTWin: string(1), shape ()
	attribute Name = "FFT windows in use (for both ranging and Doppler FFT). 0 - Square, 1 - Parzen, 2 - Blackman, 3 - Welch, 4 - Slepian2, 5 - Slepian3"
	text = " "
dataset /Freq: float32, shape ()
	attribute Name = "Carrier frequency of the radar active channel"
	attribute Units = "GHz"
dataset /GPSLat: float32, shape ()
	attribute Name = "GPS latitude"
	attribute Units = "deg"
dataset /GPSLon: float32, shape ()
	attribute Name = "GPS longitude"
	attribute Units = "deg"
dataset /HAlt: float32, shape (93)
dataset /HAlts: float32, shape (93)
	attribute Name = "Humidity profile altitude layers"
	attribute Units = "m"
dataset /HPBW: float32, shape ()
	attribute Name = "Antenna one way half power beam width"
	attribute Units = "deg"
dataset /Inc_El: float32, shape (42)
	attribute Name = "Elevation Inclination"
	attribute Units = "deg"
dataset /Inc_ElA: float32, shape (42)
	attribute Name = "Elevation Axis Inclination"
	attribute Units = "deg"
dataset /LWP: float32, shape (42)
	attribute Name = "Liquid water path"
	attribute Units = "g/m^2"
dataset /MaxRange: int32, shape ()
	attribute Name = "Maximum unambiguous range"
	attribute Units = "m"
dataset /MaxVel: float32, shape (3)
	attribute Name = "Unambiguous Doppler velocity (+/-)"
	attribute Units = "m/s"
dataset /ModelNo: int32, shape ()
	attribute Name = "Radar configuration: 0 - 94 GHz single pol, 1 - 94 GHz STSR, 2 - 94 GHz LDR"
dataset /NoiseFilt: float32, shape ()
	attribute Name = "Noise filter threshold factor (multiple of power noise density STD)"
dataset /PCTemp: float32, shape (42)
	attribute Name = "PC temperature"
	attribute Units = "K"
dataset /PhaseCor: string(1), shape ()
	attribute Name = "Flag indicating, if differential phase correction has been used (only for dual pol radars). 0 - no, 1 - yes"
	text = " "
dataset /PowIF: float32, shape (42)
	attribute Name = "IF power at ADC"
	attribute Units = "uW"
dataset /ProgNo: int32, shape ()
	attribute Name = "Chirp generator program number"
dataset /QualFlag: string(1), shape (42)
	attribute Name = "Quality flag. Bit 1: ADC saturation, Bit 2: spectral width too high, Bit 3: no transmitter power leveling"
dataset /RHProf: float32, shape (42, 93)
	attribute Name = "Relative humidity profiles from RPG radiometer"
	attribute Units = "%"
dataset /RTemp: float32, shape (42)
	attribute Name = "Receiver temperature"
	attribute Units = "K"
dataset /RadarConst: float32, shape ()
	attribute Name = "Radar constant. For detailes see eq. 2.1.5 of the radar manual"
	attribute Units = "linear"
dataset /Rain: float32, shape (42)
	attribute Name = "Rain rate from weather station"
	attribute Units = "mm/h"
dataset /RangeRes: float32, shape (3)
	attribute Name = "Range resolution"
	attribute Units = "m"
dataset /RelPowCor: string(1), shape ()
	attribute Name = "Flag indicating, if relative power correction has been used (only for dual pol radars). 0 - no, 1 - yes"
dataset /SWVersion: uint16, shape ()
	attribute Name = "Software Version (* 100)"
dataset /SampDur: float32, shape ()
	attribute Name = "Sample duration"
	attribute Units = "s"
dataset /SampRate: int32, shape ()
	attribute Name = "ADC sampling rate"
	attribute Units = "Hz"
dataset /SeqIntTime: float32, shape (3)
	attribute Name = "Effective integration time"
	attribute Units = "s"
dataset /SpkFilEna: string(1), shape ()
	attribute Name = "Flag indicating, if spike/plankton filter has been used. 0 - no, 1 - yes"
dataset /Status: float32, shape (42)
	attribute Name = "Mitigation status flags. 0/1: heater switch (ON/OFF), 0/10: blower switch (ON/OFF), 0/100: temp. profile (ON/OFF), 0/1000: hum. profile (ON/OFF)"
dataset /SupPowLev: string(1), shape ()
	attribute Name = "Flag indicating, if power leveling has been suppressed. 1 - yes, 0 - no"
dataset /SurfPres: float32, shape (42)
	attribute Name = "Surface atmospheric pressure from weather station"
	attribute Units = "hPa"
dataset /SurfRelHum: float32, shape (42)
	attribute Name = "Relative humidity from weather station"
	attribute Units = "%"
dataset /SurfTemp: float32, shape (42)
	attribute Name = "Surface temperature from weather station"
	attribute Units = "K"
dataset /SurfWD: float32, shape (42)
	attribute Name = "Surface wind direction from weather station"
	attribute Units = "deg"
dataset /SurfWS: float32, shape (42)
	attribute Name = "Surface wind speed from weather station"
	attribute Units = "m/s"
dataset /TAlt: float32, shape (93)
dataset /TAlts: float32, shape (93)
	attribute Name = "Temperature profile altitude layers"
	attribute Units = "m"
dataset /TPow: float32, shape (42)
	attribute Name = "Transmitted power"
	attribute Units = "W"
dataset /TProf: float32, shape (42, 93)
	attribute Name = "Temperature profiles from RPG radiometer"
	attribute Units = "K"
dataset /TTemp: float32, shape (42)
	attribute Name = "Transmitter temperature"
	attribute Units = "K"
dataset /Time: uint32, shape (42)
	attribute Name = "Time"
	attribute Units = "Number of seconds since 1/1/2001 00:00:00 [UTC]"
dataset /Timems: int32, shape (42)
	attribute Name = "Milliseconds"
	attribute Units = "ms"