writeAdcpNetCDFandUpdateSSDS(): Processing begun: Thu Sep  4 12:31:33 2008
writeAdcpNetCDFandUpdateSSDS(): Processing output from Instrument Deployment name = Currents Sensor-ADCP (2006-11-06T00:00:00Z - 2) UUID=0b975683-bf7f-11da-855d-00306e389969
readAndWriteSummaryAdcp(): Input DataStream name: Currents Sensor-ADCP (2006-12-01T21:25:30Z) DataStream from device UUID=0b975683-bf7f-11da-855d-00306e389969
readAndWriteSummaryAdcp(): enuFlag = 1, last set at 1176686029.254 for Deployment starting at 1162771200
readAndWriteSummaryAdcp():   Difference (deplStartES - isiES) / 3600 / 24 = -161.051264513888 days
readAndWriteSummaryAdcp(): Getting data from URL:
http://new-ssds.mbari.org:8080/servlet/GetOriginalDataServlet?deviceID=1549&startTimestampSeconds=1162771200&endTimestampSeconds=1197676800&recordTypeID=1000&noHTMLHeader=1&isi=1
readAndWriteSummaryAdcp(): nomDepth = 3450.0, setting up depth array
readAndWriteSummaryAdcp(): dimDef for NominalDepth, numDepths = 100, 1 m apart
readAndWriteSummaryAdcp(): Putting variable eastward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{eastward_sea_water_velocity_max})
readAndWriteSummaryAdcp(): Putting variable eastward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{eastward_sea_water_velocity_mean})
readAndWriteSummaryAdcp(): Putting variable eastward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{eastward_sea_water_velocity_min})
readAndWriteSummaryAdcp(): Putting variable eastward_sea_water_velocity, #elements = 2462
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{eastward_sea_water_velocity_nSamples})
readAndWriteSummaryAdcp(): Putting variable eastward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{eastward_sea_water_velocity_stdDev})
readAndWriteSummaryAdcp(): Putting variable error, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{error_max})
readAndWriteSummaryAdcp(): Putting variable error, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{error_mean})
readAndWriteSummaryAdcp(): Putting variable error, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{error_min})
readAndWriteSummaryAdcp(): Putting variable error, #elements = 2462
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{error_nSamples})
readAndWriteSummaryAdcp(): Putting variable error, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{error_stdDev})
readAndWriteSummaryAdcp(): Putting variable northward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{northward_sea_water_velocity_max})
readAndWriteSummaryAdcp(): Putting variable northward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{northward_sea_water_velocity_mean})
readAndWriteSummaryAdcp(): Putting variable northward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{northward_sea_water_velocity_min})
readAndWriteSummaryAdcp(): Putting variable northward_sea_water_velocity, #elements = 2462
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{northward_sea_water_velocity_nSamples})
readAndWriteSummaryAdcp(): Putting variable northward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{northward_sea_water_velocity_stdDev})
readAndWriteSummaryAdcp(): Putting variable upward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{upward_sea_water_velocity_max})
readAndWriteSummaryAdcp(): Putting variable upward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{upward_sea_water_velocity_mean})
readAndWriteSummaryAdcp(): Putting variable upward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{upward_sea_water_velocity_min})
readAndWriteSummaryAdcp(): Putting variable upward_sea_water_velocity, #elements = 2462
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, 1, 1, 1], \@{upward_sea_water_velocity_nSamples})
readAndWriteSummaryAdcp(): Putting variable upward_sea_water_velocity, #elements = 246200
readAndWriteSummaryAdcp(): NetCDF::varput($ncid, ${nSamples_ID}, [0, 0, 0, 0], [$nvals, $numDepths, 1, 1], \@{upward_sea_water_velocity_stdDev})
writeAdcpNetCDFandUpdateSSDS(): Submitting ProcessRun to SSDS with libraryName = /home/cvs/DPforSSDS/cimt/adcp.pl
submitDStoNetCDFProcessRun(): Software version that created netCDF file: http://moonjelly.shore.mbari.org/cgi-bin/cvsweb.cgi/DPforSSDS/cimt/adcp.pl?rev=1.40
writeAdcpNetCDFandUpdateSSDS(): Processing finished: Thu Sep  4 12:32:56 2008