Merge pull request #744 from WHOIGit/master

Updates for 2020 Cruises, new cals, and Pioneer 13b glider operations

bulk/eng_bulk_load-AssetRecord.csv

@@ -177,6 +177,7 @@ CGCON-GLDRCP-00380,OL000355,Sensor,1,Mobile Asset Controller for Coastal Glider,
 CGCON-GLDRCP-00387,OL000356,Sensor,1,Mobile Asset Controller for Coastal Glider,GL387 Controller,Teledyne Webb,G2 Slocum Gliders,387,,,,,Woods Hole Oceanographic Institution
 CGCON-GLDRCP-00388,OL000357,Sensor,1,Mobile Asset Controller for Coastal Glider,GL388 Controller,Teledyne Webb,G2 Slocum Gliders,388,,,,,Woods Hole Oceanographic Institution
 CGCON-GLDRCP-00389,OL000358,Sensor,1,Mobile Asset Controller for Coastal Glider,GL389 Controller,Teledyne Webb,G2 Slocum Gliders,389,,,,,Woods Hole Oceanographic Institution
+CGCON-GLDRCP-00514,,Sensor,1,Mobile Asset Controller for Coastal Glider,GL514 Controller,Teledyne Webb,G2 Slocum Gliders,514,,,,,Woods Hole Oceanographic Institution
 CGCON-GLDRCP-00564,,Sensor,1,Mobile Asset Controller for Coastal Glider,GL564 Controller,Teledyne Webb,G2 Slocum Gliders,564,,,,,Woods Hole Oceanographic Institution
 CGCON-GLDRCP-00583,,Sensor,1,Mobile Asset Controller for Coastal Glider,GL564 Controller,Teledyne Webb,G2 Slocum Gliders,583,,,,Was Global; now Coastal,Woods Hole Oceanographic Institution
 CGCON-GLDRGP-00470,,Sensor,1,Mobile Asset Controller for Profiling Glider,,Teledyne Webb,G2 Slocum Gliders,470,,,,TO BE DELETED,Woods Hole Oceanographic Institution

bulk/node_bulk_load-AssetRecord.csv

@@ -103,5 +103,6 @@ CGVEH-CWFPCP-30001,,Node,0,Coastal Wire-Following Profiler,WFP COASTAL,McLane,MM
 CGVEH-CWFPCP-30002,,Node,0,Coastal Wire-Following Profiler,WFP COASTAL,McLane,MMP-7,ML14300-02,,20170627,,,Woods Hole Oceanographic Institution
 CGVEH-GLDRGP-00581,,Node,1,Profiling Glider 581,,Teledyne Webb,ASSY 302392-3,581,,,,,Woods Hole Oceanographic Institution
 CGVEH-GLDRCP-00564,,Node,1,Coastal Glider 564,COASTAL GLIDER 200M,Teledyne Webb,ASSY 4335-200,564,,,,,Woods Hole Oceanographic Institution
+CGVEH-GLDRCP-00514,,Node,1,Coastal Glider 514,COASTAL GLIDER 1000M,Teledyne Webb,ASSY 4335-1000,514,,,,,Woods Hole Oceanographic Institution
 CGVEH-AUVPNR-06263,,Node,1,Coastal Pioneer AUV 06263,Coastal AUV,Hydroid,REMUS 600,6263,,,,,Woods Hole Oceanographic Institution
 CGVEH-AUVPNR-06264,,Node,1,Coastal Pioneer AUV 06264,Coastal AUV,Hydroid,REMUS 600,6264,,,,,Woods Hole Oceanographic Institution

calibration/CTDGVM/CGINS-CTDGVM-09089__20191217.csv

@@ -0,0 +1,2 @@
+serial,name,value,notes
+9089,CC_calibration_date,1576540800000,sensor calibration date (milliseconds since 1970-01-01)

calibration/CTDGVM/CGINS-CTDGVM-09362__20190927.csv

@@ -0,0 +1,2 @@
+serial,name,value,notes
+9362,CC_calibration_date,1569542400000,sensor calibration date (milliseconds since 1970-01-01)

calibration/CTDGVM/CGINS-CTDGVM-09363__20190925.csv

@@ -0,0 +1,2 @@
+serial,name,value,notes
+9363,CC_calibration_date,1569369600000,sensor calibration date (milliseconds since 1970-01-01)

calibration/DOSTAD/CGINS-DOSTAD-00387__20200116.csv

@@ -0,0 +1,3 @@
+serial,name,value,notes
+387,CC_conc_coef,"[-7.949502E+00, 9.544519E-01]","[offset, slope]"; source_file DOSTA-D_Optode-4831_SN_387_Calibration_Certificate_2020-01-16.pdf
+387,CC_csv,"[2.61152E-03, 1.11088E-04, 2.22897E-06, 2.29540E+02, -3.23989E-01, -5.80968E+01, 4.54244E+00]",

calibration/DOSTAD/CGINS-DOSTAD-00388__20200116.csv

@@ -0,0 +1,3 @@
+serial,name,value,notes
+388,CC_conc_coef,"[-3.315721E+00, 1.056428E+00]","[offset, slope]"; source_file DOSTA-D_Optode-4831_SN_388_Calibration_Certificate_2020-01-16.pdf
+388,CC_csv,"[2.81929E-03, 1.20215E-04, 2.42698E-06, 2.29931E+02, -3.17862E-01, -5.84630E+01, 4.54528E+00]",

calibration/DOSTAD/CGINS-DOSTAD-00389__20200116.csv

@@ -0,0 +1,3 @@
+serial,name,value,notes
+389,CC_conc_coef,"[-7.620734E+00, 9.585840E-01]","[offset, slope]"; source_file DOSTA-D_Optode-4831_SN_389_Calibration_Certificate_2020-01-16.pdf
+389,CC_csv,"[2.68944E-03, 1.13486E-04, 2.30232E-06, 2.31379E+02, -3.48189E-01, -5.45500E+01, 4.56331E+00]",

calibration/DOSTAD/CGINS-DOSTAD-00390__20200116.csv

@@ -0,0 +1,3 @@
+serial,name,value,notes
+390,CC_conc_coef,"[-9.425620E-01, 9.907772E-01]","[offset, slope]"; source_file DOSTA-D_Optode-4831_SN_390_Calibration_Certificate_2020-01-16.pdf
+390,CC_csv,"[2.70195E-03, 1.13673E-04, 2.32805E-06, 2.30788E+02, -3.35029E-01, -5.62763E+01, 4.55250E+00]",

calibration/DOSTAD/CGINS-DOSTAD-00391__20200116.csv

@@ -0,0 +1,3 @@
+serial,name,value,notes
+391,CC_conc_coef,"[3.132769E-01, 1.055467E+00]","[offset, slope]"; source_file DOSTA-D_Optode-4831_SN_391_Calibration_Certificate_2020-01-16.pdf
+391,CC_csv,"[2.79764E-03, 1.19508E-04, 2.34911E-06, 2.29043E+02, -3.53199E-01, -5.76697E+01, 4.56320E+00]",

calibration/DOSTAD/CGINS-DOSTAD-00392__20200116.csv

@@ -0,0 +1,3 @@
+serial,name,value,notes
+392,CC_conc_coef,"[-1.161001E+00, 1.044199E+00]","[offset, slope]"; source_file DOSTA-D_Optode-4831_SN_392_Calibration_Certificate_2020-01-16.pdf
+392,CC_csv,"[2.85167E-03, 1.21360E-04, 2.44218E-06, 2.30473E+02, -3.13485E-01, -5.70360E+01, 4.55563E+00]",

calibration/DOSTAM/CGINS-DOSTAM-00361__20190814.csv

@@ -0,0 +1,2 @@
+serial,name,value,notes
+361,CC_calibration_date,1565740800000,sensor calibration date (milliseconds since 1970-01-01)

calibration/DOSTAM/CGINS-DOSTAM-00543__20190814.csv

@@ -0,0 +1,2 @@
+serial,name,value,notes
+543,CC_calibration_date,1565740800000,sensor calibration date (milliseconds since 1970-01-01)

calibration/DOSTAM/CGINS-DOSTAM-00604__20190814.csv

@@ -0,0 +1,2 @@
+serial,name,value,notes
+604,CC_calibration_date,1565740800000,sensor calibration date (milliseconds since 1970-01-01)

calibration/FLORDG/CGINS-FLORDG-03304__20200122.csv

@@ -0,0 +1,9 @@
+serial,name,value,notes
+3304,CC_angular_resolution,1.096,Constant; source_file FLORD-G_FLBBSB_SN_3304_Calibration_Files_2020-01-22.zip > FLBBSB-3304 Charsheets.pdf
+3304,CC_dark_counts_chlorophyll_a,0.082,in Volts (because analog signal going to CTDBP)
+3304,CC_dark_counts_volume_scatter,0.0820,in Volts (because analog signal going to CTDBP)
+3304,CC_depolarization_ratio,0.039,Constant
+3304,CC_measurement_wavelength,700,Constant
+3304,CC_scale_factor_chlorophyll_a,6,in Volts (because analog signal going to CTDBP)
+3304,CC_scale_factor_volume_scatter,1.320E-03,in Volts (because analog signal going to CTDBP)
+3304,CC_scattering_angle,140,Constant

calibration/FLORDG/CGINS-FLORDG-04032__20200122.csv

@@ -0,0 +1,9 @@
+serial,name,value,notes
+4032,CC_angular_resolution,1.096,Constant; source_file FLORD-G_FLBBSB_SN_4032_Calibration_Files_2020-01-22.zip > FLBBSB-4032 Charsheets.pdf
+4032,CC_dark_counts_chlorophyll_a,0.074,in Volts (because analog signal going to CTDBP)
+4032,CC_dark_counts_volume_scatter,0.0740,in Volts (because analog signal going to CTDBP)
+4032,CC_depolarization_ratio,0.039,Constant
+4032,CC_measurement_wavelength,700,Constant
+4032,CC_scale_factor_chlorophyll_a,6,in Volts (because analog signal going to CTDBP)
+4032,CC_scale_factor_volume_scatter,1.329E-03,in Volts (because analog signal going to CTDBP)
+4032,CC_scattering_angle,140,Constant

calibration/FLORDG/CGINS-FLORDG-04033__20200122.csv

@@ -0,0 +1,9 @@
+serial,name,value,notes
+4033,CC_angular_resolution,1.096,Constant; source_file FLORD-G_FLBBSB_SN_4033_Calibration_Files_2020-01-22.zip > FLBBSB-4033 Charsheets.pdf
+4033,CC_dark_counts_chlorophyll_a,0.050,in Volts (because analog signal going to CTDBP)
+4033,CC_dark_counts_volume_scatter,0.0500,in Volts (because analog signal going to CTDBP)
+4033,CC_depolarization_ratio,0.039,Constant
+4033,CC_measurement_wavelength,700,Constant
+4033,CC_scale_factor_chlorophyll_a,6,in Volts (because analog signal going to CTDBP)
+4033,CC_scale_factor_volume_scatter,1.254E-03,in Volts (because analog signal going to CTDBP)
+4033,CC_scattering_angle,140,Constant

calibration/FLORDG/CGINS-FLORDG-04034__20200122.csv

@@ -0,0 +1,9 @@
+serial,name,value,notes
+4034,CC_angular_resolution,1.096,Constant; source_file FLORD-G_FLBBSB_SN_4034_Calibration_Files_2020-01-22.zip > FLBBSB-4034 Charsheets.pdf
+4034,CC_dark_counts_chlorophyll_a,0.071,in Volts (because analog signal going to CTDBP)
+4034,CC_dark_counts_volume_scatter,0.0710,in Volts (because analog signal going to CTDBP)
+4034,CC_depolarization_ratio,0.039,Constant
+4034,CC_measurement_wavelength,700,Constant
+4034,CC_scale_factor_chlorophyll_a,6,in Volts (because analog signal going to CTDBP)
+4034,CC_scale_factor_volume_scatter,1.276E-03,in Volts (because analog signal going to CTDBP)
+4034,CC_scattering_angle,140,Constant

calibration/FLORTD/CGINS-FLORTD-01214__20200129.csv

@@ -0,0 +1,11 @@
+serial,name,value,notes
+1214,CC_angular_resolution,1.076,Constant; source_file FLORT-D_BBFL2W_SN_1214_Calibration_Files_2020-01-29.zip > BBFL2W-1214_CharSheets.pdf
+1214,CC_dark_counts_cdom,43,
+1214,CC_dark_counts_chlorophyll_a,49,
+1214,CC_dark_counts_volume_scatter,48,
+1214,CC_depolarization_ratio,0.039,Constant
+1214,CC_measurement_wavelength,700,Constant
+1214,CC_scale_factor_cdom,0.0682,
+1214,CC_scale_factor_chlorophyll_a,0.0115,
+1214,CC_scale_factor_volume_scatter,2.166e-06,
+1214,CC_scattering_angle,124,Constant

calibration/FLORTD/CGINS-FLORTD-01216__20200116.csv

@@ -0,0 +1,11 @@
+serial,name,value,notes
+1216,CC_angular_resolution,1.076,Constant; source_file FLORT-D_BBFL2W_SN_1216_Calibration_Files_2020-01-16.zip > BBFL2W-1216_CharSheets.pdf
+1216,CC_dark_counts_cdom,50,
+1216,CC_dark_counts_chlorophyll_a,55,
+1216,CC_dark_counts_volume_scatter,51,
+1216,CC_depolarization_ratio,0.039,Constant
+1216,CC_measurement_wavelength,700,Constant
+1216,CC_scale_factor_cdom,0.0668,
+1216,CC_scale_factor_chlorophyll_a,0.0113,
+1216,CC_scale_factor_volume_scatter,2.229E-06,
+1216,CC_scattering_angle,124,Constant

calibration/FLORTD/CGINS-FLORTD-01217__20200117.csv

@@ -0,0 +1,11 @@
+serial,name,value,notes
+1217,CC_angular_resolution,1.076,Constant; source_file FLORT-D_BBFL2W_SN_1217_Calibration_Files_2020-01-17.zip > BBFL2W-1217 Charsheet.pdf
+1217,CC_dark_counts_cdom,54,
+1217,CC_dark_counts_chlorophyll_a,50,
+1217,CC_dark_counts_volume_scatter,42,
+1217,CC_depolarization_ratio,0.039,Constant
+1217,CC_measurement_wavelength,700,Constant
+1217,CC_scale_factor_cdom,0.0619,
+1217,CC_scale_factor_chlorophyll_a,0.0109,
+1217,CC_scale_factor_volume_scatter,2.335E-06,
+1217,CC_scattering_angle,124,Constant

calibration/FLORTD/CGINS-FLORTD-01218__20200117.csv

@@ -0,0 +1,11 @@
+serial,name,value,notes
+1218,CC_angular_resolution,1.076,Constant; source_file FLORT-D_BBFL2W_SN_1218_Calibration_Files_2020-01-17.zip > BBFL2W-1218 Charsheet.pdf
+1218,CC_dark_counts_cdom,49,
+1218,CC_dark_counts_chlorophyll_a,52,
+1218,CC_dark_counts_volume_scatter,51,
+1218,CC_depolarization_ratio,0.039,Constant
+1218,CC_measurement_wavelength,700,Constant
+1218,CC_scale_factor_cdom,0.0991,
+1218,CC_scale_factor_chlorophyll_a,0.0112,
+1218,CC_scale_factor_volume_scatter,2.573e-06,
+1218,CC_scattering_angle,124,Constant

calibration/FLORTD/CGINS-FLORTD-01300__20200116.csv

@@ -0,0 +1,11 @@
+serial,name,value,notes
+1300,CC_angular_resolution,1.076,Constant; source_file FLORT-D_BBFL2W_SN_1300_Calibration_Files_2020-01-16.zip > BBFL2W-1300_CharSheets.pdf
+1300,CC_dark_counts_cdom,50,
+1300,CC_dark_counts_chlorophyll_a,61,
+1300,CC_dark_counts_volume_scatter,52,
+1300,CC_depolarization_ratio,0.039,Constant
+1300,CC_measurement_wavelength,700,Constant
+1300,CC_scale_factor_cdom,0.0759,
+1300,CC_scale_factor_chlorophyll_a,0.0119,
+1300,CC_scale_factor_volume_scatter,1.907E-06,
+1300,CC_scattering_angle,124,Constant

calibration/FLORTD/CGINS-FLORTD-01301__20200117.csv

@@ -0,0 +1,11 @@
+serial,name,value,notes
+1301,CC_angular_resolution,1.076,Constant; source_file FLORT-D_BBFL2W_SN_1301_Calibration_Files_2020-01-17.zip > BBFL2W-1301 Charsheet.pdf
+1301,CC_dark_counts_cdom,57,
+1301,CC_dark_counts_chlorophyll_a,53,
+1301,CC_dark_counts_volume_scatter,55,
+1301,CC_depolarization_ratio,0.039,Constant
+1301,CC_measurement_wavelength,700,Constant
+1301,CC_scale_factor_cdom,0.0773,
+1301,CC_scale_factor_chlorophyll_a,0.0114,
+1301,CC_scale_factor_volume_scatter,2.220E-06,
+1301,CC_scattering_angle,124,Constant

calibration/FLORTD/CGINS-FLORTD-01323__20200129.csv

@@ -0,0 +1,11 @@
+serial,name,value,notes
+1323,CC_angular_resolution,1.076,Constant; source_file FLORT-D_BBFL2W_SN_1323_Calibration_Files_2020-01-29.zip > BBFL2W-1323_CharSheets.pdf
+1323,CC_dark_counts_cdom,46,
+1323,CC_dark_counts_chlorophyll_a,51,
+1323,CC_dark_counts_volume_scatter,51,
+1323,CC_depolarization_ratio,0.039,Constant
+1323,CC_measurement_wavelength,700,Constant
+1323,CC_scale_factor_cdom,0.0665,
+1323,CC_scale_factor_chlorophyll_a,0.0117,
+1323,CC_scale_factor_volume_scatter,2.407E-06,
+1323,CC_scattering_angle,124,Constant

calibration/FLORTD/CGINS-FLORTD-01324__20200117.csv

@@ -0,0 +1,11 @@
+serial,name,value,notes
+1324,CC_angular_resolution,1.076,Constant; source_file FLORT-D_BBFL2W_SN_1324_Calibration_Files_2020-01-17.zip > BBFL2W-1324 Charsheet.pdf
+1324,CC_dark_counts_cdom,49,
+1324,CC_dark_counts_chlorophyll_a,55,
+1324,CC_dark_counts_volume_scatter,50,
+1324,CC_depolarization_ratio,0.039,Constant
+1324,CC_measurement_wavelength,700,Constant
+1324,CC_scale_factor_cdom,0.0662,
+1324,CC_scale_factor_chlorophyll_a,0.0110,
+1324,CC_scale_factor_volume_scatter,2.469E-06,
+1324,CC_scattering_angle,124,Constant

calibration/FLORTM/CGINS-FLORTM-03116__20190912.csv

@@ -0,0 +1,5 @@
+serial,name,value,notes
+3116,CC_angular_resolution,1.076,
+3116,CC_depolarization_ratio,0.039,
+3116,CC_measurement_wavelength,700.0,
+3116,CC_scattering_angle,124.0,

calibration/FLORTM/CGINS-FLORTM-03207__20191025.csv

@@ -0,0 +1,5 @@
+serial,name,value,notes
+3207,CC_angular_resolution,1.076,
+3207,CC_depolarization_ratio,0.039,
+3207,CC_measurement_wavelength,700,
+3207,CC_scattering_angle,124,

calibration/FLORTM/CGINS-FLORTM-04467__20190911.csv

@@ -0,0 +1,5 @@
+serial,name,value,notes
+4467,CC_angular_resolution,1.076,
+4467,CC_depolarization_ratio,0.039,
+4467,CC_measurement_wavelength,700,
+4467,CC_scattering_angle,124,