Satellite_Characterisation_Par_03_05

xml record

Data Set Record id field name definition 0 Mie_Accd_Temperature_TM xml record Mie Accd Temperature TM id field name definition 0 Multiply_Factor ascii double ACCD Temperature multiply coefficient unit: "degC" attribute: unit ascii string size: 7 fixed value: "celsius" available: optional 1 Add_Factor ascii double ACCD temperature add coefficient unit: "degC" attribute: unit ascii string size: 7 fixed value: "celsius" available: optional 1 Ray_Accd_Temperature_TM xml record Ray Accd Temperature TM id field name definition 0 Multiply_Factor ascii double ACCD Temperature multiply coefficient unit: "degC" attribute: unit ascii string size: 7 fixed value: "celsius" available: optional 1 Add_Factor ascii double ACCD temperature add coefficient unit: "degC" attribute: unit ascii string size: 7 fixed value: "celsius" available: optional 2 Laser_Transmit_Frequency xml record Laser Transmit Frequency id field name definition 0 Base_Frequency ascii double Base Laser Transmit Frequency unit: "GHz" attribute: unit ascii string size: 9 fixed value: "GigaHertz" available: optional 1 List_of_Freq_Offsets xml record Table listing frequency rank TC code and actual transmitter frequency attribute: count xml string id field name definition 0 Freq_Offset xml array[dim_0] dim_0: determined automatically from xml file ascii double Frequency offset - 12.5GigaHertz to + 12.5GigaHertz in steps of 0.025GHz unit: "GHz" attribute: unit ascii string size: 9 fixed value: "GigaHertz" available: optional 3 List_of_Vertical_Sampling_Times xml record Table listing the 8 possible values of vertical sampling time coefficients, as defined in the Transfer Curve Document attribute: count xml string id field name definition 0 Vertical_Sampling_Time xml array[dim_0] dim_0: determined automatically from xml file ascii uint16 Vertical sampling time coefficient in TMC attribute: unit ascii string size: 3 fixed value: "TMC" available: optional 4 List_of_Background_Integration_Times xml record Table listing the 8 possible values of background integration time coefficients for Mie and Rayleigh, as defined in the Transfer Curve attribute: count xml string id field name definition 0 Background_Integration_Time xml array[dim_0] dim_0: determined automatically from xml file ascii uint32 Background Integration time coefficient in TMC attribute: unit ascii string size: 3 fixed value: "TMC" available: optional 5 List_of_Ray_Mie_Delays xml record Table listing the 64 possible values of offset delay coefficients between Rayleigh and Mie first bin, as defined in the Transfer Curve Document attribute: count xml string id field name definition 0 Ray_Mie_Delay xml array[dim_0] dim_0: determined automatically from xml file ascii uint32 Rayleigh Mie Time Delay coefficient in TMC attribute: unit ascii string size: 3 fixed value: "TMC" available: optional 6 List_of_Imaging_Integration_Times xml record Table listing the 4 possible values of imaging integration time coefficients for both Mie and Rayleigh, as defined in the Transfer Curve Document attribute: count xml string id field name definition 0 Imaging_Integration_Time xml array[dim_0] dim_0: determined automatically from xml file ascii uint32 Imaging Integration Time coefficient in TMC attribute: unit ascii string size: 3 fixed value: "TMC" available: optional 7 Laser_Wavelength ascii double Laser wavelength in nanometers unit: "nm" attribute: unit ascii string size: 10 fixed value: "nanometers" available: optional 8 Low_Frequency_Clock ascii double Low Frequency Clock unit: "s" attribute: unit ascii string size: 7 fixed value: "seconds" available: optional 9 Master_Clock_Rate ascii double Master Clock Rate (TMC) unit: "GHz" attribute: unit ascii string size: 9 fixed value: "GigaHertz" available: optional 10 Error_Quantifiers xml record Error Quantifiers id field name definition 0 Mie_Error_Quantifier_K1 ascii double Mie Error Quantifier K1 1 Mie_Error_Quantifier_K2 ascii double Mie Error Quantifier K2 attribute: unit ascii string size: 14 fixed value: "PixelIntensity" available: optional 2 Mie_Error_Quantifier_K3 ascii double Mie Error Quantifier K3 3 Rayleigh_Error_Quantifier_Ka2 ascii double Rayleigh Error Quantifier Ka2 attribute: unit ascii string size: 14 fixed value: "PixelIntensity" available: optional 4 Rayleigh_Error_Quantifier_Ka3 ascii double Rayleigh Error Quantifier Ka3 5 Rayleigh_Error_Quantifier_Kb2 ascii double Rayleigh Error Quantifier Kb2 attribute: unit ascii string size: 14 fixed value: "PixelIntensity" available: optional 6 Rayleigh_Error_Quantifier_Kb3 ascii double Rayleigh Error Quantifier Kb3 11 Roll_Error ascii double Roll Error unit: "degrees" attribute: unit ascii string size: 7 fixed value: "degrees" available: optional 12 Pitch_Error ascii double Pitch Error unit: "degrees" attribute: unit ascii string size: 7 fixed value: "degrees" available: optional 13 List_of_Tripod_Obscuration_Corrections xml record Table listing the 16 Telescope Tripod Obscuration corrections attribute: count xml string id field name definition 0 Tripod_Obscuration_Correction xml array[dim_0] dim_0: determined automatically from xml file ascii double Telescope Tripod Obscuration correction for one column 14 Laser_Pulse_Time_Delays xml record Laser pulse time delays id field name definition 0 Delay_Dt1_Offset ascii double Offset in TMC used to calculate DT1 delay, as defined in the Transfer Curve Document. It corresponds to the delay of the output signal if the minimun dt is programmed (0ms) attribute: unit ascii string size: 3 fixed value: "TMC" available: optional 1 Delay_Dt2_Offset ascii double Offset in TMC used to calculate DT2 delay, as defined in the Transfer Curve Document. It corresponds to the delay of the output signal if the minimun dt is programmed (0ms) attribute: unit ascii string size: 3 fixed value: "TMC" available: optional 2 Delay_Dt3_Fixed_Offset ascii double Offset in TMC used to calculate DT3_Fixed delay, as defined in the Transfer Curve Document. It corresponds to the delay of the output signal if the minimun dt is programmed (0ms) attribute: unit ascii string size: 3 fixed value: "TMC" available: optional 3 Delay_Dt3_Variable_Offset ascii double Offset in TMC used to calculate DT3_Variable delay, as defined in the Transfer Curve Document. It corresponds to the delay of the output signal if the minimun dt is programmed (0ms) attribute: unit ascii string size: 3 fixed value: "TMC" available: optional 4 Delay_Dt4_Offset ascii double Offset in TMC used to calculate DT4 delay, as defined in the Transfer Curve Document. It corresponds to the delay of the output signal if the minimun dt is programmed (0ms) attribute: unit ascii string size: 3 fixed value: "TMC" available: optional 5 Delay_Dt5_Offset ascii double Offset in TMC used to calculate DT5 delay, as defined in the Transfer Curve Document. It corresponds to the delay of the output signal if the minimun dt is programmed (0ms) attribute: unit ascii string size: 3 fixed value: "TMC" available: optional 15 List_of_Rayleigh_Linearity_Corrections xml record Table listing up to 65536 Rayleigh Linearity Corrections attribute: count xml string id field name definition 0 Rayleigh_Linearity_Correction xml array[dim_0] dim_0: determined automatically from xml file xml record id field name definition 0 RLC_Index ascii uint16 Rayleigh Linearity Correction index 1 RLC_Value ascii double Rayleigh Linearity Correction value 16 Aisp_Default_Parameters xml record Default values for unused Aisp parameters id field name definition 0 Source_Packet_Header xml record id field name definition 0 Version_Num ascii int16 Version number 1 Sp_Type ascii int16 Source Packet Type 2 Data_Field_Header_Flag ascii int16 Data Field Header Flag 3 Application_Process_Id ascii int16 Application Process Identifier 4 Process_Category ascii int16 Process Category 5 Sequence_Flags ascii int16 Sequence Flags 1 Data_Field_Header xml record id field name definition 0 Secondary_Header_Flag ascii int16 SP Secondary header flag 1 Pus_Version ascii int16 Indicates the availability of the Packet Error Control Field 2 Ack_N ascii int16 Ack_N 3 Service_Type ascii int16 Service type 4 Source_Id ascii int16 SP Source Identifier 17 Height_Rayleigh_Bin_1 ascii double Altitude of upper edge of highest Raleigh sample bin (SP_VS_R) unit: "km" attribute: unit ascii string size: 10 fixed value: "kilometers" available: optional 18 d2 ascii double Aladin internal delay in milliseconds unit: "ms" attribute: unit ascii string size: 12 fixed value: "milliseconds" available: optional 19 Del_2_M ascii double Fixed delay in milliseconds before the effective first layer starting point for Rayleigh Channel unit: "ms" attribute: unit ascii string size: 12 fixed value: "milliseconds" available: optional 20 Del_2_R ascii double Fixed delay in milliseconds before the effective first layer starting point for Mie Channel unit: "ms" attribute: unit ascii string size: 12 fixed value: "milliseconds" available: optional 21 Velocity_Offset ascii double Commanded Doppler velocity offset unit: "m/s" attribute: unit ascii string size: 13 fixed value: "meters/second" available: optional 22 Scan_Limit ascii double Off-nadir angle below which the yaw steering shall be switched off unit: "degrees" attribute: unit ascii string size: 7 fixed value: "degrees" available: optional 23 Nominal_Scan_Angle ascii double Nominal pointing of the satellite unit: "degrees" attribute: unit ascii string size: 7 fixed value: "degrees" available: optional 24 NF_Order ascii uint32 Number of Fourier terms used in the Harmonic Bias Estimation (NF). The A and B coefficient lists for both Mie and Rayleigh below must be NF_Order+1 elements in size 25 List_of_Mie_Harmonic_Bias_Coefficient_As xml record It should include at least NF+1 elements. NF represents the number of Fourier terms. The maximum size NF+1 of this array is 1024 attribute: count xml string id field name definition 0 Mie_Harmonic_Bias_Coefficient_A xml array[dim_0] dim_0: determined automatically from xml file ascii double Coefficent A in the Harmonic Bias Estimation using Fourier transform based interpolation 26 List_of_Mie_Harmonic_Bias_Coefficient_Bs xml record It should include at least NF+1 elements. NF represents the number of Fourier terms. The maximum size NF+1 of this array is 1024. Note that the first B coefficient in this array (i.e. b_0) is not used by the L1bP. This is done so that the A and B coefficient arrays are both the same size. Only the last NF coefficients are used in the B coefficient array (for A, all NF+1 coefficients are used) attribute: count xml string id field name definition 0 Mie_Harmonic_Bias_Coefficient_B xml array[dim_0] dim_0: determined automatically from xml file ascii double Coefficent B in the Harmonic Bias Estimation using Fourier transform based interpolation 27 List_of_Ray_Harmonic_Bias_Coefficient_As xml record It should include at least NF+1 elements. NF represents the number of Fourier terms. The maximum size NF+1 of this array is 1024 attribute: count xml string id field name definition 0 Ray_Harmonic_Bias_Coefficient_A xml array[dim_0] dim_0: determined automatically from xml file ascii double Coefficent A in the Harmonic Bias Estimation using Fourier transform based interpolation 28 List_of_Ray_Harmonic_Bias_Coefficient_Bs xml record It should include at least NF+1 elements. NF represents the number of Fourier terms. The maximum size NF+1 of this array is 1024. Note that the first B coefficient in this array (i.e. b_0) is not used by the L1bP. This is done so that the A and B coefficient arrays are both the same size. Only the last NF coefficients are used in the B coefficient array (for A, all NF+1 coefficients are used) attribute: count xml string id field name definition 0 Ray_Harmonic_Bias_Coefficient_B xml array[dim_0] dim_0: determined automatically from xml file ascii double Coefficent B in the Harmonic Bias Estimation using Fourier transform based interpolation