SGP/RWP/C1 - Reprocess: Wind directions reversed

The new phase shifter had the delay lines reversed, which resulted in the beams going in 
the wrong directions.  The speeds are correct and the directions are 180 deg off.  
Vertical velocities are ok

• Beam Number(beam)
• Mean atmospheric vertical velocity(mdf)

• V-component(v_wind)
• U-component(u_wind)
• Azimuth of Beam 4 for WINDS data(azimuth4)
• Azimuth of Beam 1(azimuth1)
• Beam 1 radial wind speed(vel1)
• Beam 2 radial wind speed(vel2)
• Azimuth of Beam 3 for WINDS data(azimuth3)
• Beam 3 radial wind speed(vel3)
• Azimuth of Beam 2(azimuth2)
• Beam 4 radial wind speed(vel4)

SGP/RWP/C1 - Reprocess: Instrument in non-standard mode for IOP

The SGP.C1 915RWP was operated in a non-standard mode during the Nocturnal
Flux IOP (approximately the month of September). The profiler was placed into a constant 
high temporal and spatial resolution mode rather than alternating between modes as it does 
routinely. 30 min averages were produced (usually 60 min) at a 60 m gate resolution for 
both winds and RASS. 

Data were processed and archived, but the processing algorithm interpreted this data as 2 
different power levels per hourly sample rather than 30 minute samples at the same power 
level.  Data will be reprocessed.

• Signal to Noise Ratio of the RASS Signal(snr)
• Mean atmospheric vertical velocity(mdf)
• Dummy altitude for Zeb(alt)
• Acoustic Spectral Width(sspecw)
• 1000 * log10(noise signal level: vert vel)(noise)
• lat(lat)
• Beam 0 virtual temperature(virtual_temp)
• Array of heights for the range gates(height)
• base time(base_time)
• Sample Rate(sampr)
• Spectral Width: vert velocity(specw)
• Mean acoustic speed(smdf)
• Time offset of tweaks from base_time(time_offset)
• Signal to Noise Ratio: acoustic(ssnr)
• Range Gate Spacing(rgs)
• lon(lon)

• Height Index(range_gate)
• Spectral Width: vert velocity(specw)
• Interpulse Period(ipp)
• 1000 * log10(noise signal level: vert vel)(noise)
• Rx Bandwidth Switch Code(bswitch)
• Array of heights for each sample time(height_t)
• Number of valid heights(nheight)
• Signal to Noise Ratio of the RASS Signal(snr)
• Beam Number(beam)
• Radial Velocity Spectral Resolution(vsr)
• Pulse Length(plen)
• lon(lon)
• Time Domain Integration Time(tditime)
• Ave Time per Average Spectra. Also known as dwell.(spcavetime)
• Vertical FFT Bandwidth(vband)
• Number of Coherent Samples/spectral point(ncoh)
• Mean atmospheric vertical velocity(mdf)
• Sample Rate(sampr)
• Number of Individual Spectra/Average Spectrum(nspc)
• lat(lat)
• Number of Pulse Code Bits(pcbits)
• Dummy altitude for Zeb(alt)
• elevation(elevation)
• Time offset of tweaks from base_time(time_offset)
• Pulse Repetition Frequency(prf)
• Individual Spectrum Integration Time(sitime)
• Height of Center of First Range Gate(rgf)
• base time(base_time)
• Delay Time to 1st Gate(dly)
• Range Gate Spacing(rgs)
• Oblique FFT Bandwidth(oband)
• Height of Center of Last Range Gate(rgl)

• Power offset(power)
• Individual Spectrum Integration Time(sitime)
• Dummy altitude for Zeb(alt)
• Number of Coherent Samples/spectral point(ncoh)
• Rx Bandwidth Switch Code(bswitch)
• Horizontal wind direction(dir)
• Number of spectra/ave int, Beam 4(nrec4)
• Number of spectra/ave int, Beam 3(nrec3)
• Number of spectra/ave int, Beam 2(nrec2)
• Number of spectra/ave int, Beam 1(nrec1)
• Number of spectra/ave int, Beam 0(nrec0)
• Elevation angle of Beam 4 for WINDS data(elevation4)
• Elevation angle of Beam 3 for WINDS data(elevation3)
• Elevation angle of Beam 2 for WINDS data(elevation2)
• Elevation angle of Beam 1 for WINDS data(elevation1)
• Elevation angle of Beam 0 for WINDS data(elevation0)
• lat(lat)
• Oblique FFT Bandwidth(oband)
• Azimuth of Beam 4 for WINDS data(azimuth4)
• Azimuth of Beam 1(azimuth1)
• Azimuth of Beam 0(azimuth0)
• Azimuth of Beam 3 for WINDS data(azimuth3)
• Azimuth of Beam 2(azimuth2)
• Vertical FFT Bandwidth(vband)
• Number of Pulse Code Bits(pcbits)
• Beam 1 radial wind speed(vel1)
• Beam 2 radial wind speed(vel2)
• Beam 3 radial wind speed(vel3)
• Number of Individual Spectra/Average Spectrum(nspc)
• Beam 4 radial wind speed(vel4)
• Beam 0 radial wind speed(vel0)
• Time Domain Integration Time(tditime)
• Pulse Length(plen)
• Sample Rate(sampr)
• Pulse Repetition Frequency(prf)
• Time offset of tweaks from base_time(time_offset)
• Interpulse Period(ipp)
• Number of values that passed consensus, beam 1(ncns1)
• Number of values that passed consensus, beam 0(ncns0)
• Number of values that passed consensus, beam 3(ncns3)
• Number of values that passed consensus, beam 2(ncns2)
• Number of values that passed consensus, beam 4(ncns4)
• Delay Time to 1st Gate(dly)
• Average Interval(avgint)
• Vertical Velocity Spectral Resolution(vvsr)
• lon(lon)
• Ave Time per Average Spectra.(spcavetim)
• Oblique Velocity Spectral Resolution(ovsr)
• Height Index(range_gate)
• Number of Values Required for Consensus, Beam 3(nrcns3)
• Number of Values Required for Consensus, Beam 2(nrcns2)
• Number of Values Required for Consensus, Beam 1(nrcns1)
• Number of Values Required for Consensus, Beam 0(nrcns0)
• Array of heights for each sample time(height_p)
• Number of Values Required for Consensus, Beam 4(nrcns4)
• V-component(v_wind)
• Horizontal wind speed(spd)
• base time(base_time)
• Range Gate Spacing(rgs)
• Signal to Noise Ratio, Beam 0(snr0)
• Ave snr*10 level, Beam 2(snr2)
• copolar signal to noise ratio(snr1)
• Signal to Noise Ratio, Beam 4(snr4)
• Signal to Noise Ratio, Beam 3(snr3)
• Height of Center of First Range Gate(rgf)
• Height of Center of Last Range Gate(rgl)
• Number of valid heights(nheight)
• U-component(u_wind)

• Sample Rate(sampr)
• Delay Time to 1st Gate(dly)
• Height of Center of First Range Gate(rgf)
• Number of valid heights(nheight)
• lon(lon)
• Height of Center of Last Range Gate(rgl)
• Range Gate Spacing(rgs)
• Number of Coherent Samples/spectral point(ncoh)
• base time(base_time)
• Number of Individual Spectra/Average Spectrum(nspc)
• Interpulse Period(ipp)
• Oblique FFT Bandwidth(oband)
• lat(lat)
• Pulse Repetition Frequency(prf)
• Beam Number(beam)
• Dummy altitude for Zeb(alt)
• Rx Bandwidth Switch Code(bswitch)
• Vertical FFT Bandwidth(vband)
• Pulse Length(plen)
• Height Index(range_gate)
• Time offset of tweaks from base_time(time_offset)
• Array of heights for each sample time(height_t)
• Spectral Data (signal strength/freq int)(spc_amp)
• Number of Pulse Code Bits(pcbits)
• Ave Time per Average Spectra.(spcavetim)
• Individual Spectrum Integration Time(sitime)
• Particle radius at logarithmic center of bin(bins)
• Time Domain Integration Time(tditime)
• elevation(elevation)
• Radial Velocity Spectral Resolution(vsr)

• lon(lon)
• Average Interval(avgint)
• base time(base_time)
• Range Gate Spacing(rgs)
• Vertical wind velocity(vert_v)
• Signal to Noise Ratio, Vertical wind velocity(snr_vert_v)
• lat(lat)
• Signal to Noise Ratio, Beam 0 Virtual Temperature(snr_virtual_temp)
• Beam 0 virtual temperature(virtual_temp)
• Dummy altitude for Zeb(alt)
• Number of Values that Passed Consensus, Beam 0 Virtual Temperature(ncns_virtual_temp)
• Number of Values Required for Consensus, Beam 0(nrcns)
• Number of Values that Passed Consensus, Vertical wind velocity(ncns_vert_v)
• Number of Values that Passed Consensus, Corrected Beam 0 Virtual Temperature(ncns_virtual_temp_corr)
• Signal to Noise Ratio, Corrected Beam 0 Virtual Temperature(snr_virtual_temp_corr)
• Time offset of tweaks from base_time(time_offset)
• Sample Rate(sampr)
• Array of heights for the range gates(height)
• Number of pulses/ave int, Beam 0(nrec)
• virtual_temp_corr(virtual_temp_corr)

• lon(lon)
• Dummy altitude for Zeb(alt)
• Particle radius at logarithmic center of bin(bins)
• base time(base_time)
• Sample Rate(sampr)
• Time offset of tweaks from base_time(time_offset)
• Array of heights for the range gates(height)
• Spectral Data (signal strength/freq int)(spc_amp)
• Range Gate Spacing(rgs)
• lat(lat)