CAL_DSR

binary record "CAL_DSR"
idfield namedefinition
0p_grid
binary array[dim_0]
dim_0: int(/sph/num_p)
binary uint32size: 4
Vector of size Num_P of the pressure levels for which calibration functions C1 and C4 are given

unit: "Pa"
1t_grid
binary array[dim_0]
dim_0: int(/sph/num_t)
binary uint16 (double)size: 2
Vector of size Num_T of the temperature levels for which calibration functions C1 and C4 are given

unit: "1e-2 K"

converted unit: "K" (multiply by 1/100)
2fd_grid
binary array[dim_0]
dim_0: int(/sph/num_fd)
binary int64size: 8
Vector of size Num_Fd of the frequency steps for which calibration functions C1 to C4 are given

unit: "Hz"
3f_fp
binary array[dim_0]
dim_0: int(/sph/num_fp)
binary int64size: 8
Vector of size Num_FP of the frequency steps for which the transmission curves of the FPs A and B and the Fizeau are determined

unit: "Hz"
4ta_fp
binary array[dim_0]
dim_0: int(/sph/num_fp)
binary doublesize: 8
Transmission curve of Fabry Perot A
5tb_fp
binary array[dim_0]
dim_0: int(/sph/num_fp)
binary doublesize: 8
Transmission curve of Fabry Perot A
6tmie_fp
binary array[dim_0]
dim_0: int(/sph/num_fp)
binary doublesize: 8
Transmission curve of the Fizeau
7cal_coeff_ray
binary record
Structure containing C1 and C4 as a function of pressures P_Grid, temperatures T_Grid and frequencies fd_Grid

idfield namedefinition
0k_ray
binary doublesize: 8
Overall calibration coefficient for the useful signal in the Rayleigh channel.
1coeff
binary array[dim_0, dim_1, dim_2]
Coefficients for each pressure, temperature and frequency Doppler shift.

dim_0: int(/sph/num_p)

dim_1: int(/sph/num_t)

dim_2: int(/sph/num_fd)
binary recordsize: 16
idfield namedefinition
0c1
binary doublesize: 8
Coefficient indicating how the transmission of Rayleigh light varies through the double FP as a function of the pressure, the temperature and the frequency shift.
1c4
binary doublesize: 8
Coefficient indicating how the transmission of Rayleigh light varies through the Fizeau as a function of the pressure, the temperature and the frequency shift.
8cal_coeff_mie
binary record
Structure containing C2 and C3 as a function of the frequencies fd_Grid

idfield namedefinition
0k_mie
binary doublesize: 8
Overall calibration coefficient for the useful signal in the Mie channel.
1coeff
binary array[dim_0]
Coefficients for each frequencey Doppler shift.

dim_0: int(/sph/num_fd)
binary recordsize: 16
idfield namedefinition
0c2
binary doublesize: 8
Coefficient indicating how the transmission of Mie light varies through the double FP as a function of the frequency shift.
1c3
binary doublesize: 8
Coefficient indicating how the transmission of Mie light varies through the Fizeau as a function of the frequency shift.