Auxiliary_Calibration_ISR_04_19

xml record

Data Set Record id field name definition 0 First_Start_of_Observation_Time ascii time size: 23 Start of observation time of the first BRC unit: "s since 2000-01-01" value: if(str(., 23) == "UTC=9999-12-31T23:59:59", +inf, if(str(., 23) == "UTC=0000-00-00T00:00:00", -inf, time(str(.), "'UTC='yyyy-MM-dd'T'HH:mm:ss|'TAI='yyyy-MM-dd'T'HH:mm:ss|'GPS='yyyy-MM-dd'T'HH:mm:ss|'UT1='yyyy-MM-dd'T'HH:mm:ss"))) ascii string size: 23 CCSDS ASCII datetime with time reference "RRR=YYYY-MM-DDThh:mm:ss". The reference RRR can be any of "UT1", "UTC", "TAI", or "GPS". 1 Last_Start_of_Observation_Time ascii time size: 23 Start of observation time of the last BRC unit: "s since 2000-01-01" value: if(str(., 23) == "UTC=9999-12-31T23:59:59", +inf, if(str(., 23) == "UTC=0000-00-00T00:00:00", -inf, time(str(.), "'UTC='yyyy-MM-dd'T'HH:mm:ss|'TAI='yyyy-MM-dd'T'HH:mm:ss|'GPS='yyyy-MM-dd'T'HH:mm:ss|'UT1='yyyy-MM-dd'T'HH:mm:ss"))) ascii string size: 23 CCSDS ASCII datetime with time reference "RRR=YYYY-MM-DDThh:mm:ss". The reference RRR can be any of "UT1", "UTC", "TAI", or "GPS". 2 List_of_ISR_Results xml record List of ISR Results attribute: count xml string id field name definition 0 ISR_Result xml array[dim_0] dim_0: determined automatically from xml file xml record ISR Result id field name definition 0 Laser_Freq_Offset ascii double Laser frequency offset unit: "GHz" attribute: unit ascii string size: 3 fixed value: "GHz" available: optional 1 Mie_Valid ascii uint8 TRUE if Mie data is available to compute the ISR result. FALSE only when ALL mie pulses were eliminated due to corruption or laser frequency is unlocked for ALL Mie pulses mapping: "FALSE" -> 0 mapping: "False" -> 0 mapping: "false" -> 0 mapping: "TRUE" -> 1 mapping: "True" -> 1 mapping: "true" -> 1 2 Rayleigh_Valid ascii uint8 TRUE if Rayleigh data is available to compute the ISR result. FALSE only when ALL mie pulses were eliminated due to corruption or laser frequency is unlocked for ALL Rayleigh pulses mapping: "FALSE" -> 0 mapping: "False" -> 0 mapping: "false" -> 0 mapping: "TRUE" -> 1 mapping: "True" -> 1 mapping: "true" -> 1 3 Fizeau_Transmission ascii double Sum of signal over all pulses and columns on the internal Mie reference scaled with laser energy. 4 Mie_Response ascii double Mie channel spectral response unit: "ACCD pixel index" attribute: unit ascii string 5 Rayleigh_A_Response ascii double Rayleigh channel A spectral response 6 Rayleigh_B_Response ascii double Rayleigh channel B spectral response 7 Data_Stat xml record Input data statistics. id field name definition 0 Num_Raw_Data ascii int32 Number of raw reference pulses in input for each Mie and Rayleigh 1 Num_Pulse_Validity_Status_Flag_False ascii int32 Number of invalid pulses 2 Num_Mie_Used ascii int32 Number of Mie reference pulses used 3 Num_Rayleigh_Used ascii int32 Number of Rayleigh reference pulses used 4 Num_Corrupt_Mie ascii int32 Number of corrupt Mie reference pulses 5 Num_Corrupt_Rayleigh ascii int32 Number of corrupt Rayleigh reference pulses 8 Data_Quality xml record id field name definition 0 Accumulated_Laser_Energy_Mie ascii double Accumulated laser energy of all valid Mie pulses unit: "mJ" attribute: unit ascii string size: 2 fixed value: "mJ" available: optional 1 Mean_Laser_Energy_Mie ascii double Accumulated_Laser_Energy_Mie / Num_Mie_Used unit: "mJ" attribute: unit ascii string size: 2 fixed value: "mJ" available: optional 2 Accumulated_Laser_Energy_Rayleigh ascii double Accumulated laser energy of all valid Rayleigh pulses unit: "mJ" attribute: unit ascii string size: 2 fixed value: "mJ" available: optional 3 Mean_Laser_Energy_Rayleigh ascii double Accumulated_Laser_Energy_Rayleigh / Num_Rayleigh_Used unit: "mJ" attribute: unit ascii string size: 2 fixed value: "mJ" available: optional 4 Laser_Energy_Drift ascii double Ratio of Mean_Laser_Energy_Rayleigh of first frequency step to Mean_Laser_Energy_Rayleigh of current frequency step. 5 Downhill_Simplex_Used ascii uint8 Flag indicating if Mie Core algorithm 1 or Mie Core algorithm 2 (Downhill Simplex) was used. FALSE: structure Mie_Core_2 unused. TRUE: structure Mie_Core_1 unused. mapping: "FALSE" -> 0 mapping: "False" -> 0 mapping: "false" -> 0 mapping: "TRUE" -> 1 mapping: "True" -> 1 mapping: "true" -> 1 6 Mie_Core_1 xml record id field name definition 0 Gaussian_Width_A_Near_Zero ascii uint8 Input parameter mapping: "FALSE" -> 0 mapping: "False" -> 0 mapping: "false" -> 0 mapping: "TRUE" -> 1 mapping: "True" -> 1 mapping: "true" -> 1 1 Reference_Pulse_Pixels_Near_Zero ascii uint8 Input reference pulse all pixel values all near zero. mapping: "FALSE" -> 0 mapping: "False" -> 0 mapping: "false" -> 0 mapping: "TRUE" -> 1 mapping: "True" -> 1 mapping: "true" -> 1 2 Num_Iterations_Core_1 ascii uint8 Number of Gaussian iterations perfomed. 3 Last_Peak_Difference ascii double Difference of peaks between last and last but one detected by Gaussian iteration. unit: "ACCD pixel" attribute: unit ascii string size: 10 fixed value: "ACCD pixel" available: optional 7 Mie_Core_2 xml record id field name definition 0 Fwhm ascii double Resulting FWHM. unit: "ACCD pixel" attribute: unit ascii string size: 10 fixed value: "ACCD pixel" available: optional 1 Offset ascii double Resulting offset. unit: "ACCD counts" attribute: unit ascii string size: 11 fixed value: "ACCD counts" available: optional 2 Peak_Height ascii double Resulting peak height. unit: "ACCD counts" attribute: unit ascii string size: 11 fixed value: "ACCD counts" available: optional 3 Peak_Location ascii double Resulting peak location. unit: "ACCD pixel index" attribute: unit ascii string size: 16 fixed value: "ACCD pixel index" available: optional 4 Residual_Error_Change ascii double Difference of residual errors between last and last but one detected by iteration. 5 Num_Iterations_Core_2 ascii uint8 Number of Lorentzian iterations perfomed. 6 Simplex_Quality_Flag ascii uint8 1 byte bit packed field. Bit 1: Overall validity, data invalid 1, otherwise 0; Bit 2 peak height lower threshold not met 1, otherwise 0; Bit 3: peak height upper threshold not met 1, otherwise 0; Bit 4: FWHM lower threshold not met 1, otherwise 0; Bit 5: FWHM upper threshold not met 1, otherwise 0; Bit 6: peak location threshold not met 1, otherwise 0; Bit 7: number of iterations in the Lorentz fit exceeds threshold 1, otherwise 0; Bit 8: SNR below threshold 1, otherwise 0; Field set to '10000000' in case the Mie Core algorithm was not invoked. 9 Etalon_Average_Temperature xml record id field name definition 0 Ray_Spectrometer_Temp_9 ascii double Sensor RSP etalon temperature unit: "degC" attribute: unit ascii string size: 1 fixed value: "C" available: optional 1 Ray_Spectrometer_Temp_10 ascii double Sensor RSP etalon temperature unit: "degC" attribute: unit ascii string size: 1 fixed value: "C" available: optional 2 Ray_Spectrometer_Temp_11 ascii double Sensor RSP etalon temperature unit: "degC" attribute: unit ascii string size: 1 fixed value: "C" available: optional 3 Ray_Spectrometer_Temp_12 ascii double Field set fixed to zero unit: "degC" attribute: unit ascii string size: 1 fixed value: "C" available: optional 10 RSPT_Average_Temperature xml record id field name definition 0 Thermocouple_8_Ray_Spectrometer_Thermal_Hood_1 ascii double Sensor RSPT etalon temperature unit: "degC" attribute: unit ascii string size: 1 fixed value: "C" available: optional 1 Thermocouple_9_Ray_Spectrometer_Thermal_Hood_2 ascii double Sensor RSPT etalon temperature unit: "degC" attribute: unit ascii string size: 1 fixed value: "C" available: optional 2 Thermocouple_10_Ray_Spectrometer_Thermal_Hood_3 ascii double Sensor RSPT etalon temperature unit: "degC" attribute: unit ascii string size: 1 fixed value: "C" available: optional 3 Thermocouple_11_Ray_Spectrometer_Thermal_Hood_4 ascii double Sensor RSPT etalon temperature unit: "degC" attribute: unit ascii string size: 1 fixed value: "C" available: optional 11 Optical_Baseplate_Average_Temperature ascii double Sensor OB Ray average temperature of 5,6,7,8 unit: "degC" attribute: unit ascii string size: 1 fixed value: "C" available: optional 3 Freq_Rayleigh_Filter_Centre ascii double Frequency offset of Rayleigh filter centre unit: "GHz" attribute: unit ascii string size: 3 fixed value: "GHz" available: optional 4 Freq_Mie_USR_Closest_to_Rayleigh_Filter_Centre ascii double Frequency offset of the Mie Channel USR (pixel = 8.5) closest to the Rayleigh filter centre unit: "GHz" attribute: unit ascii string size: 3 fixed value: "GHz" available: optional 5 Num_Valid_Mie_Results ascii int32 Number of valid Mie ISR results 6 Num_Valid_Rayleigh_Results ascii int32 Number of valid Rayleigh ISR results 7 DCO_Parameters xml record Structure holding mean DCO and DCO std dev values. Parameters are only filled if Do_Mode_Mean_DCO_Pre_Processing = TRUE and Use_DCO_Correction_Lidar_Atmos = TRUE id field name definition 0 Ref_Pulse_Mie_Mean_DCO ascii double Mode mean DCO value calculated for the Mie reference pulses. unit: "ACCD counts" attribute: unit ascii string size: 11 fixed value: "ACCD counts" available: optional 1 Ref_Pulse_Mie_DCO_Std_Dev ascii double Standard deviation of the Mie reference pulse DCO values. unit: "ACCD counts" attribute: unit ascii string size: 11 fixed value: "ACCD counts" available: optional 2 Ref_Pulse_Rayleigh_Mean_DCO ascii double Mode mean DCO value calculated for the Rayleigh reference pulses. unit: "ACCD counts" attribute: unit ascii string size: 11 fixed value: "ACCD counts" available: optional 3 Ref_Pulse_Rayleigh_DCO_Std_Dev ascii double Standard deviation of the Rayleigh reference pulse DCO values. unit: "ACCD counts" attribute: unit ascii string size: 11 fixed value: "ACCD counts" available: optional