Issue #15346 - Change in PCO2W/PHSEN thermistor functions due to new …

…SAMI Rev K board (#123)

csv/ParameterDefs.csv

@@ -742,14 +742,14 @@ TO-DO,PCO2W,absorbance_ratio_434,absorbance_ratio_434,PD926,function,,float32,,c
 TO-DO,PCO2W,absorbance_ratio_620,absorbance_ratio_620,PD927,function,,float32,,counts,-9999999,Optical Absorbance Ratio at 620 Nm,0,,PFID40,"{""light"":""PD357""}",,,CO2ABS2-SAMP_L0,The Optical Absorbance ratio at 620 nm collected during the measurement cycle and used to calculate the PCO2WAT data product.,,Unprocessed Data,L0
 TO-DO,PCO2W,absorbance_blank_434,absorbance_blank_434,PD928,function,,float32,,1,-9999999,Optical Absorbance Ratio at 434 Nm - Blank,4,,PFID39,"{""light"":""PD2712""}",,,CO2ABS1-BLNK_L0,The Optical Absorbance ratio at 434 nm collected during the blank cycle and used to calculate the PCO2WAT data product.,,Unprocessed Data,L0
 TO-DO,PCO2W,absorbance_blank_620,absorbance_blank_620,PD929,function,,float32,,1,-9999999,Optical Absorbance Ratio at 620 Nm - Blank,4,,PFID40,"{""light"":""PD2712""}",,,CO2ABS2-BLNK_L0,The Optical Absorbance ratio at 620 nm collected during the blank cycle and used to calculate the PCO2WAT data product.,,Unprocessed Data,L0
-TO-DO,PCO2W,pco2w_thermistor_temperature,pco2w_thermistor_temperature,PD930,function,,float32,,degrees_Celsius,-9999999,Thermistor Temperature,4,,PFID43,"{""traw"":""PD359""}",,,CO2THRM_L1,"This is the Thermistor Temperature measurement, used to calculate the L1 PCO2WAT Partial Pressure of CO2 in Seawater data product.",,Science Data,L1
-PCO2W,PCO2W,pco2_seawater,pco2_seawater,PD931,function,,float32,,uatm,-9999999,pCO2 Seawater,4,,PFID44,"{""mtype"":""PD355"",""light"":""PD357"",""therm"":""PD359"",""ea434"":""CC_ea434"",""eb434"":""CC_eb434"",""ea620"":""CC_ea620"",""eb620"":""CC_eb620"",""calt"":""CC_calt"",""cala"":""CC_cala"",""calb"":""CC_calb"",""calc"":""CC_calc"",""a434blank"":""dpi_CO2ABS1-BLNK_L0"",""a620blank"":""dpi_CO2ABS2-BLNK_L0""}",PCO2WAT,partial_pressure_of_carbon_dioxide_in_sea_water,PCO2WAT_L1,"Partial Pressure of CO2 in Seawater provides a measure of the amount of CO2 and HCO3 in seawater. Specifically, it refers to the pressure that would be exerted by CO2 if all other gases were removed. Partial pressure of a gas dissolved in seawater is understood as the partial pressure in air that the gas would exert in a hypothetical air volume in equilibrium with that seawater. NOTE: the following calibration coefficients in the parameterfunctionmap are deprecated: ""ea434"", ""eb434"", ""ea620"", ""eb620"". Those arguments are still present in the function declaration, but they are completely unused and can be supplied with an arbitrary fill value.",Partial Pressure of CO2 in Seawater,Science Data,L1
+TO-DO,PCO2W,pco2w_thermistor_temperature,pco2w_thermistor_temperature,PD930,function,,float32,,degrees_Celsius,-9999999,Thermistor Temperature,4,,PFID43,"{""traw"":""PD359"",""sami_bits"":""CC_sami_bits""}",,,CO2THRM_L1,"This is the Thermistor Temperature measurement, used to calculate the L1 PCO2WAT Partial Pressure of CO2 in Seawater data product.",,Science Data,L1
+PCO2W,PCO2W,pco2_seawater,pco2_seawater,PD931,function,,float32,,uatm,-9999999,pCO2 Seawater,4,,PFID44,"{""mtype"":""PD355"",""light"":""PD357"",""therm"":""PD930"",""ea434"":""CC_ea434"",""eb434"":""CC_eb434"",""ea620"":""CC_ea620"",""eb620"":""CC_eb620"",""calt"":""CC_calt"",""cala"":""CC_cala"",""calb"":""CC_calb"",""calc"":""CC_calc"",""a434blank"":""dpi_CO2ABS1-BLNK_L0"",""a620blank"":""dpi_CO2ABS2-BLNK_L0""}",PCO2WAT,partial_pressure_of_carbon_dioxide_in_sea_water,PCO2WAT_L1,"Partial Pressure of CO2 in Seawater provides a measure of the amount of CO2 and HCO3 in seawater. Specifically, it refers to the pressure that would be exerted by CO2 if all other gases were removed. Partial pressure of a gas dissolved in seawater is understood as the partial pressure in air that the gas would exert in a hypothetical air volume in equilibrium with that seawater. NOTE: the following calibration coefficients in the parameterfunctionmap are deprecated: ""ea434"", ""eb434"", ""ea620"", ""eb620"". Those arguments are still present in the function declaration, but they are completely unused and can be supplied with an arbitrary fill value.",Partial Pressure of CO2 in Seawater,Science Data,L1
 TO-DO,PHSEN,thermistor_start,thermistor_start,PD932,quantity,,int16,,counts,-9999,Thermistor Resistivity at Start of Measurement,0,,,,,,,Starting thermistor value,,,
 TO-DO,PHSEN,reference_light_measurements,reference_light_measurements,PD933,array<quantity>,,int16,,counts,-9999,Array of Reference Light Measurements,0,,,,,,,Array of reference light measurements,,,
 TO-DO,PHSEN,thermistor_end,thermistor_end,PD935,quantity,,int16,,counts,-9999,Thermistor Resistivity at End of Measurement,0,,,,,,,Thermistor resistivity with a DC volt range of 0 to 5,,,
 TO-DO,PHSEN,signal_intensity_434,signal_intensity_434,PD936,function,,float32,,counts,-9999999,Optical Absorbance Signal Intensity at 434 nm,0,,PFID45,"{""light"":""PD2708""}",,,PH434SI_L0,Signal intensity at 434nm ranging from 0 to 4096 (corresponds to a direct current volt range of 0 to 5),,Unprocessed Data,L0
 TO-DO,PHSEN,signal_intensity_578,signal_intensity_578,PD937,function,,float32,,counts,-9999999,Optical Absorbance Signal Intensity at 578 Nm,0,,PFID46,"{""light"":""PD2708""}",,,PH578SI_L0,Signal intensity at 578nm ranging from 0 to 4096 (corresponds to a direct current volt range of 0 to 5),,Unprocessed Data,L0
-TO-DO,PHSEN,phsen_thermistor_temperature,phsen_thermistor_temperature,PD938,function,,float32,,V,-9999999,Thermistor Temperature at End of Measurement,4,,PFID47,"{""traw"":""PD935""}",,,ABSTHRM_L1,"Thermistor Temperature refers to the internal instrument temperature of the pH sensor, as measured by the thermistor (in volts). It is used to determine salinity and temperature dependent molar absorptivities in the seawater sample in order to make an accurate pH estimation.",Internal Thermistor Temperature of the pH Sensor,Science Data,L1
+TO-DO,PHSEN,phsen_thermistor_temperature,phsen_thermistor_temperature,PD938,function,,float32,,V,-9999999,Thermistor Temperature at End of Measurement,4,,PFID47,"{""traw"":""PD935"",""sami_bits"":""CC_sami_bits""}",,,ABSTHRM_L1,"Thermistor Temperature refers to the internal instrument temperature of the pH sensor, as measured by the thermistor (in volts). It is used to determine salinity and temperature dependent molar absorptivities in the seawater sample in order to make an accurate pH estimation.",Internal Thermistor Temperature of the pH Sensor,Science Data,L1
 PHSEN,PHSEN,ph_seawater,ph_seawater,PD939,function,,float32,,1,-9999999,pH,4,,PFID48,"{""ref"":""PD933"",""light"":""PD2708"",""therm"":""PD938"",""ea434"":""CC_ea434"",""eb434"":""CC_eb434"",""ea578"":""CC_ea578"",""eb578"":""CC_eb578"",""ind_slp"":""CC_ind_slp"",""ind_off"":""CC_ind_off"",""psal"":""dpi_PRACSAL_L2""}",PHWATER,sea_water_ph_reported_on_total_scale,PHWATER_L2,pH is a measurement of the concentration of hydrogen ions in a solution. pH ranges from acidic to basic on a scale from 0 to 14 with 7 being neutral. The OOI pH algorithm was updated to use an L2 product (PRACSAL) from a nearby CTD instead of a calibration coefficient. This changed the data product type from L1 to L2.,pH of Seawater Reported On Total Scale,Science Data,L2
 DOSTA,DOSTA,estimated_oxygen_concentration,estimated_oxygen_concentration,PD940,quantity,,float32,,umol L-1,-9999999,Dissolved Oxygen,3,,,,DOCONCS,mole_concentration_of_dissolved_molecular_oxygen_in_sea_water,DOCONCS_L1,"Dissolved Oxygen (DO) concentration from the Stable Response DO Instrument is a measure of the concentration of gaseous oxygen mixed in seawater. This instrument measures dissolved oxygen concentrations on mobile assets, deep profilers, and moorings. This data product is corrected for temperature from a collocated CTD.",Dissolved Oxygen Concentration from Stable DO Instrument - Deprecated - to be replaced by PD950,Science Data,L1
 DOSTA,DOSTA,estimated_oxygen_saturation,estimated_oxygen_saturation,PD941,quantity,,float32,,percent,-9999999,Dissolved Oxygen Saturation,3,,,,,,,Oxygen saturation is the percentage of dissolved oxygen relative to the absolute solubility of oxygen at the associated water temperature. ,Dissolved Oxygen Saturation Estimated,,