writeCtdNetCDFandUpdateSSDS(): Processing begun: Tue Oct 27 15:02:57 2009
writeCtdNetCDFandUpdateSSDS(): Processing output from Instrument Deployment name = CTD (2009-10-02T23:58:25Z - 17) UUID=7d11cc63-ab73-11dd-bd2b-81196419053c
readAndWriteSummaryCtd(): Input DataStream name: CTD (2009-10-02T23:58:25Z) DataStream from device UUID=7d11cc63-ab73-11dd-bd2b-81196419053c
readAndWriteSummaryCtd(): Getting data from URL:
http://new-ssds.mbari.org:8080/servlet/GetOriginalDataServlet?deviceID=1688&startTimestampSeconds=1254527905&recordTypeID=1000&noHTMLHeader=1&isi=1
readAndWriteSummaryCtd(): Putting variable Pressure, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Pressure_max})
readAndWriteSummaryCtd(): Putting variable Pressure, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Pressure_mean})
readAndWriteSummaryCtd(): Putting variable Pressure, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Pressure_min})
readAndWriteSummaryCtd(): Putting variable Pressure, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{Pressure_nSamples})
readAndWriteSummaryCtd(): Putting variable Pressure, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Pressure_stdDev})
readAndWriteSummaryCtd(): Putting variable Voltage_0, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_0_max})
readAndWriteSummaryCtd(): Putting variable Voltage_0, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_0_mean})
readAndWriteSummaryCtd(): Putting variable Voltage_0, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_0_min})
readAndWriteSummaryCtd(): Putting variable Voltage_0, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{Voltage_0_nSamples})
readAndWriteSummaryCtd(): Putting variable Voltage_0, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_0_stdDev})
readAndWriteSummaryCtd(): Putting variable Voltage_1, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_1_max})
readAndWriteSummaryCtd(): Putting variable Voltage_1, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_1_mean})
readAndWriteSummaryCtd(): Putting variable Voltage_1, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_1_min})
readAndWriteSummaryCtd(): Putting variable Voltage_1, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{Voltage_1_nSamples})
readAndWriteSummaryCtd(): Putting variable Voltage_1, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_1_stdDev})
readAndWriteSummaryCtd(): Putting variable Voltage_2, #elements = 312
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_2_max})
readAndWriteSummaryCtd(): Putting variable Voltage_2, #elements = 312
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_2_mean})
readAndWriteSummaryCtd(): Putting variable Voltage_2, #elements = 312
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_2_min})
readAndWriteSummaryCtd(): Putting variable Voltage_2, #elements = 312
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{Voltage_2_nSamples})
readAndWriteSummaryCtd(): Putting variable Voltage_2, #elements = 312
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_2_stdDev})
readAndWriteSummaryCtd(): Putting variable Voltage_3, #elements = 170
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_3_max})
readAndWriteSummaryCtd(): Putting variable Voltage_3, #elements = 170
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_3_mean})
readAndWriteSummaryCtd(): Putting variable Voltage_3, #elements = 170
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_3_min})
readAndWriteSummaryCtd(): Putting variable Voltage_3, #elements = 170
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{Voltage_3_nSamples})
readAndWriteSummaryCtd(): Putting variable Voltage_3, #elements = 170
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{Voltage_3_stdDev})
readAndWriteSummaryCtd(): Putting variable conductivity, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{conductivity_max})
readAndWriteSummaryCtd(): Putting variable conductivity, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{conductivity_mean})
readAndWriteSummaryCtd(): Putting variable conductivity, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{conductivity_min})
readAndWriteSummaryCtd(): Putting variable conductivity, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{conductivity_nSamples})
readAndWriteSummaryCtd(): Putting variable conductivity, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{conductivity_stdDev})
readAndWriteSummaryCtd(): Putting variable temperature, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{temperature_max})
readAndWriteSummaryCtd(): Putting variable temperature, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{temperature_mean})
readAndWriteSummaryCtd(): Putting variable temperature, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{temperature_min})
readAndWriteSummaryCtd(): Putting variable temperature, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{temperature_nSamples})
readAndWriteSummaryCtd(): Putting variable temperature, #elements = 498
readAndWriteSummaryCtd(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepts, 1, 1], \@{temperature_stdDev})
readAndWriteSummaryCtd(): Wrote netCDF file to /mbari/ssdsdata/deployments/muce2009/200901/muce2009_ctd_summary_20091002_original.nc
writeCtdNetCDFandUpdateSSDS(): Doing plots and submitting ProcessRun to SSDS with libraryName = /home/cvs/DPforSSDS/cimt/ctd.pl
submitDStoNetCDFProcessRun(): Software version that created netCDF file: http://moonjelly.shore.mbari.org/cgi-bin/cvsweb.cgi/DPforSSDS/cimt/ctd.pl?rev=1.49
writeCtdNetCDFandUpdateSSDS(): Processing finished: Tue Oct 27 15:04:46 2009