Level_1B_Processing_ISR_Parameters_04_19

xml record "Level_1B_Processing_ISR_Parameters_04_19"
Processing parameters for Instrument Spectral Registration

idfield namedefinition
0File_Type
xml string
File type string
1Sph_Descriptor
xml string
ASCII string describing the product
2Min_Num_of_Valid_Mie_Pulses
ascii int32
Minimum number of valid Mie pulses needed to generate valid output data for a frequency step
3Min_Num_of_Valid_Rayleigh_Pulses
ascii int32
Minimum number of valid Rayleigh pulses needed to generate valid output data for a frequency step
4Mid_Mie_Response_Pixel
ascii double
ACCD pixel position expected to be in the middle of the Mie USR

attribute: unit
ascii stringsize: 16
fixed value: "ACCD pixel index"
5Apply_Energy_Correction
ascii uint8
Flag TRUE/FALSE to indicate if energy correction should be applied to Mie and Rayleigh.

mapping: "FALSE" -> 0

mapping: "False" -> 0

mapping: "false" -> 0

mapping: "TRUE" -> 1

mapping: "True" -> 1

mapping: "true" -> 1
6Energy_Drift_Correction_Factor_Mie
ascii double
The Energy_Drift_Correction_Factor_Mie describes a difference of the laser energy measured by PD74 and the actual signal level detected by the MSP ACCD.
7Energy_Drift_Correction_Factor_Channel_A
ascii double
The Energy_Drift_Correction_Factor_Channel_A describes a difference of the laser energy measured by PD74 and the actual signal level detected by the RSP ACCD for channel A. Such a difference might be caused by slightly different illumination angles of the different optical paths.
8Energy_Drift_Correction_Factor_Channel_B
ascii double
The Energy_Drift_Correction_Factor_Channel_B describes a difference of the laser energy measured by PD74 and the actual signal level detected by the RSP ACCD for channel B. Such a difference might be caused by slightly different illumination angles of the different optical paths.
9Num_Energy_Drift_Correction_Steps
ascii uint32
Number of frequency steps