SCI_NL__1P version 1

SCI_NL__1P_v1

root type

binary record

field name

definition

mph

ascii record "MPH"	size: 1247

sph

ascii record "SCI_NL_NLC_1P_SPH_v1"	size: 697

dsd

ascii array[dim_0]

dim_0: $num_dsd

ascii record "DSD" size: 280

summary_quality

binary array[dim_0]

Summary Quality ADS

dim_0: $num_dsr[0]

binary record "SCI_NL__1P_ADSR_summary_quality" size: 182

available: $ds_available[0] != 0

bit offset: $ds_offset[0]

geolocation

binary array[dim_0]

Geolocation of the States ADSR

dim_0: $num_dsr[1]

binary record "SCI_NL__1P_ADSR_loc" size: 45

available: $ds_available[1] != 0

bit offset: $ds_offset[1]

instrument_params

binary array[dim_0]

Static Instrument Parameters

dim_0: $num_dsr[2]

binary record "SCI_NL__1P_GADS_stat_inst"

available: $ds_available[2] != 0

bit offset: $ds_offset[2]

leakage_constant

binary array[dim_0]

Leakage Current Parameter (constant fraction) GADS

dim_0: $num_dsr[3]

binary record "SCI_LK1_AX_GADS_const" size: 163952

available: $ds_available[3] != 0

bit offset: $ds_offset[3]

leakage_variable

binary array[dim_0]

Leakage Current Parameter (variable fraction) GADS

dim_0: $num_dsr[4]

binary record "SCI_LK1_AX_GADS_var" size: 90228

available: $ds_available[4] != 0

bit offset: $ds_offset[4]

ppg_etalon

binary array[dim_0]

PPG/Etalon Parameters GADS

dim_0: $num_dsr[5]

binary record "SCI_PE1_AX_GADS_ppg" size: 139264

available: $ds_available[5] != 0

bit offset: $ds_offset[5]

spectral_base

binary array[dim_0]

Precise Basis of the Spectral Calibration Parameters

dim_0: $num_dsr[6]

binary record "SCI_SP1_AX_GADS_pre_basis_spec" size: 32768

available: $ds_available[6] != 0

bit offset: $ds_offset[6]

spectral_calibration

binary array[dim_0]

Spectral Calibration Parameters GADS

dim_0: $num_dsr[7]

binary record "SCI_SP1_AX_GADS_spec" size: 372

available: $ds_available[7] != 0

bit offset: $ds_offset[7]

sun_reference

binary array[dim_0]

Sun Reference Spectrum GADS

dim_0: $num_dsr[8]

binary record "SCI_SU1_AX_GADS_sun" size: 163942

available: $ds_available[8] != 0

bit offset: $ds_offset[8]

pol_sens_nadir

binary array[dim_0]

Polarization Sensitivity Parameters Nadir GADS

dim_0: $num_dsr[9]

binary record "SCI_NL__1P_GADS_polar_nadir" size: 65540

available: $ds_available[9] != 0

bit offset: $ds_offset[9]

pol_sens_limb

binary array[dim_0]

Polarization Sensitivity Parameters Limb without Neutral Density Filter

dim_0: $num_dsr[10]

binary record "SCI_NL__1P_GADS_polar_limb_occultation" size: 65544

available: $ds_available[10] != 0

bit offset: $ds_offset[10]

pol_sens_occ

binary array[dim_0]

Polarization Sensitivity Parameters Occultation without Neutral Density Filter

dim_0: $num_dsr[11]

binary record "SCI_NL__1P_GADS_polar_limb_occultation" size: 65544

available: $ds_available[11] != 0

bit offset: $ds_offset[11]

rad_sens_nadir

binary array[dim_0]

Radiance Sensitivity Parameters Nadir

dim_0: $num_dsr[12]

binary record "SCI_NL__1P_GADS_rad_nadir" size: 32772

available: $ds_available[12] != 0

bit offset: $ds_offset[12]

rad_sens_limb

binary array[dim_0]

Radiance Sensitivity Parameters Limb without Neutral Density Filter

dim_0: $num_dsr[13]

binary record "SCI_NL__1P_GADS_rad_limb_occultation" size: 32776

available: $ds_available[13] != 0

bit offset: $ds_offset[13]

rad_sens_occ

binary array[dim_0]

Radiance Sensitivity Parameters Occultation without Neutral Density Filter

dim_0: $num_dsr[14]

binary record "SCI_NL__1P_GADS_rad_limb_occultation" size: 32776

available: $ds_available[14] != 0

bit offset: $ds_offset[14]

errors_on_key_data

binary array[dim_0]

Errors on Key Data GADS

dim_0: $num_dsr[15]

binary record "SCI_NL__1P_GADS_err" size: 294912

available: $ds_available[15] != 0

bit offset: $ds_offset[15]

slit_function

binary array[dim_0]

Slit Function Parameters

dim_0: $num_dsr[16]

binary record "SCI_NL__1P_GADS_slit_f" size: 11

available: $ds_available[16] != 0

bit offset: $ds_offset[16]

small_ap_slit_function

binary array[dim_0]

Small Aperture Slit Function Parameters

dim_0: $num_dsr[17]

binary record "SCI_NL__1P_GADS_small_ap_slit_f" size: 11

available: $ds_available[17] != 0

bit offset: $ds_offset[17]

states

binary array[dim_0]

States of the Product ADS

dim_0: $num_dsr[18]

binary record "SCI_NL__1P_ADSR_states" size: 1387

available: $ds_available[18] != 0

bit offset: $ds_offset[18]

pmd_packets

binary array[dim_0]

PMD Data Packets of Observational States ADS

dim_0: $num_dsr[19]

binary record "SCI_NL__1P_ADSR_pmd" size: 6833

available: $ds_available[19] != 0

bit offset: $ds_offset[19]

auxiliary_packets

binary array[dim_0]

Auxiliary Data Packets of Observation States ADS

dim_0: $num_dsr[20]

binary record "SCI_NL__1P_ADSR_auxiliary_data" size: 1679

available: $ds_available[20] != 0

bit offset: $ds_offset[20]

new_leakage

binary array[dim_0]

Leakage Current Parameters (newly calculated) ADS

dim_0: $num_dsr[21]

binary record "SCI_NL__1P_ADSR_leak_new" size: 164021

available: $ds_available[21] != 0

bit offset: $ds_offset[21]

dark_average

binary array[dim_0]

Average of the Dark Measurements per State

dim_0: $num_dsr[22]

binary record "SCI_NL__1P_ADSR_avg_dark" size: 131253

available: $ds_available[22] != 0

bit offset: $ds_offset[22]

new_ppg_etalon

binary array[dim_0]

PPG/Etalon Parameters (newly calculated) ADS

dim_0: $num_dsr[23]

binary record "SCI_NL__1P_ADSR_ppg_new" size: 172045

available: $ds_available[23] != 0

bit offset: $ds_offset[23]

new_spectral_calibration

binary array[dim_0]

Spectral Calibration Parameters (newly calculated) ADS

dim_0: $num_dsr[24]

binary record "SCI_NL__1P_ADSR_spec_new" size: 33257

available: $ds_available[24] != 0

bit offset: $ds_offset[24]

new_sun_reference

binary array[dim_0]

Sun Reference Spectrum (newly calculated) ADS

dim_0: $num_dsr[25]

binary record "SCI_NL__1P_ADSR_sun_new" size: 163928

available: $ds_available[25] != 0

bit offset: $ds_offset[25]

nadir

binary array[dim_0]

Nadir MDS

dim_0: $num_dsr[26]

binary record "SCI_NL__1P_MDSR_nadir"

available: $ds_available[26] != 0

bit offset: $ds_offset[26]

limb

binary array[dim_0]

Limb MDS

dim_0: $num_dsr[27]

binary record "SCI_NL__1P_MDSR_limb"

available: $ds_available[27] != 0

bit offset: $ds_offset[27]

occultation

binary array[dim_0]

Occultation MDS

dim_0: $num_dsr[28]

binary record "SCI_NL__1P_MDSR_occ"

available: $ds_available[28] != 0

bit offset: $ds_offset[28]

monitoring

binary array[dim_0]

Monitoring MDS

dim_0: $num_dsr[29]

binary record "SCI_NL__1P_MDSR_mon"

available: $ds_available[29] != 0

bit offset: $ds_offset[29]

detection rule

This product definition is applicable if a product matches the following rule:

bytes(/,0,8) == "PRODUCT=" and
bytes(/,9,10) == "SCI_NL__1P" and
bytes(/,95,23) == "PO-RS-MDA-GS-2009_15_3K"

or

bytes(/,0,8) == "PRODUCT=" and
bytes(/,9,10) == "SCI_NL__1P" and
bytes(/,95,23) == "PO-RS-MDA-GS-2009_15_3L"

or

bytes(/,0,8) == "PRODUCT=" and
bytes(/,9,10) == "SCI_NL__1P" and
bytes(/,95,23) == "PO-RS-MDA-GS-2009_3/L "

or

bytes(/,0,8) == "PRODUCT=" and
bytes(/,9,10) == "SCI_NL__1P" and
bytes(/,95,23) == "PO-RS-MDA-GS-2009_3/M "

product variables

name	size	initialisation
num_dsd		$num_dsd = int(/mph/num_dsd)
num_ds		$num_ds = 30
ds_to_dsd_index	[$num_ds]	$ds_to_dsd_index[0] = index(/dsd, str(./ds_name) == "SUMMARY_QUALITY "); $ds_to_dsd_index[1] = index(/dsd, str(./ds_name) == "GEOLOCATION "); $ds_to_dsd_index[2] = index(/dsd, str(./ds_name) == "INSTRUMENT_PARAMS "); $ds_to_dsd_index[3] = index(/dsd, str(./ds_name) == "LEAKAGE_CONSTANT "); $ds_to_dsd_index[4] = index(/dsd, str(./ds_name) == "LEAKAGE_VARIABLE "); $ds_to_dsd_index[5] = index(/dsd, str(./ds_name) == "PPG_ETALON "); $ds_to_dsd_index[6] = index(/dsd, str(./ds_name) == "SPECTRAL_BASE "); $ds_to_dsd_index[7] = index(/dsd, str(./ds_name) == "SPECTRAL_CALIBRATION "); $ds_to_dsd_index[8] = index(/dsd, str(./ds_name) == "SUN_REFERENCE "); $ds_to_dsd_index[9] = index(/dsd, str(./ds_name) == "POL_SENS_NADIR "); $ds_to_dsd_index[10] = index(/dsd, str(./ds_name) == "POL_SENS_LIMB "); $ds_to_dsd_index[11] = index(/dsd, str(./ds_name) == "POL_SENS_OCC "); $ds_to_dsd_index[12] = index(/dsd, str(./ds_name) == "RAD_SENS_NADIR "); $ds_to_dsd_index[13] = index(/dsd, str(./ds_name) == "RAD_SENS_LIMB "); $ds_to_dsd_index[14] = index(/dsd, str(./ds_name) == "RAD_SENS_OCC "); $ds_to_dsd_index[15] = index(/dsd, str(./ds_name) == "ERRORS_ON_KEY_DATA "); $ds_to_dsd_index[16] = index(/dsd, str(./ds_name) == "SLIT_FUNCTION "); $ds_to_dsd_index[17] = index(/dsd, str(./ds_name) == "SMALL_AP_SLIT_FUNCTION "); $ds_to_dsd_index[18] = index(/dsd, str(./ds_name) == "STATES "); $ds_to_dsd_index[19] = index(/dsd, str(./ds_name) == "PMD_PACKETS "); $ds_to_dsd_index[20] = index(/dsd, str(./ds_name) == "AUXILIARY_PACKETS "); $ds_to_dsd_index[21] = index(/dsd, str(./ds_name) == "NEW_LEAKAGE "); $ds_to_dsd_index[22] = index(/dsd, str(./ds_name) == "DARK_AVERAGE "); $ds_to_dsd_index[23] = index(/dsd, str(./ds_name) == "NEW_PPG_ETALON "); $ds_to_dsd_index[24] = index(/dsd, str(./ds_name) == "NEW_SPECTRAL_CALIBRATION "); $ds_to_dsd_index[25] = index(/dsd, str(./ds_name) == "NEW_SUN_REFERENCE "); $ds_to_dsd_index[26] = index(/dsd, str(./ds_name) == "NADIR "); $ds_to_dsd_index[27] = index(/dsd, str(./ds_name) == "LIMB "); $ds_to_dsd_index[28] = index(/dsd, str(./ds_name) == "OCCULTATION "); $ds_to_dsd_index[29] = index(/dsd, str(./ds_name) == "MONITORING ")
ds_available	[$num_ds]	for i = 0 to $num_ds - 1 do $ds_available[i] = if($ds_to_dsd_index[i] != -1 and !(bytes(/dsd[$ds_to_dsd_index[i]]/filename,8) == "NOT USED"), 1, 0)
ds_offset	[$num_ds]	for i = 0 to $num_ds - 1 do $ds_offset[i] = 8 * int(/dsd[$ds_to_dsd_index[i]]/ds_offset)
num_dsr	[$num_ds]	for i = 0 to $num_ds - 1 do $num_dsr[i] = int(/dsd[$ds_to_dsd_index[i]]/num_dsr)
states_nadir_cum_num_dsr	[$num_dsr[18]]	for i = 0 to $num_dsr[18] - 1 do $states_nadir_cum_num_dsr[i] = if(i > 0, $states_nadir_cum_num_dsr[i - 1], 0) + if(int(/states[i]/mds_type) == 1, int(/states[i]/num_dsr), 0)
nadir_states_index	[$num_dsr[26]]	for i = 0 to $num_dsr[26] - 1 do $nadir_states_index[i] = index($states_nadir_cum_num_dsr, $states_nadir_cum_num_dsr > i)
states_limb_cum_num_dsr	[$num_dsr[18]]	for i = 0 to $num_dsr[18] - 1 do $states_limb_cum_num_dsr[i] = if(i > 0, $states_limb_cum_num_dsr[i - 1], 0) + if(int(/states[i]/mds_type) == 2, int(/states[i]/num_dsr), 0)
limb_states_index	[$num_dsr[27]]	for i = 0 to $num_dsr[27] - 1 do $limb_states_index[i] = index($states_limb_cum_num_dsr, $states_limb_cum_num_dsr > i)
states_occ_cum_num_dsr	[$num_dsr[18]]	for i = 0 to $num_dsr[18] - 1 do $states_occ_cum_num_dsr[i] = if(i > 0, $states_occ_cum_num_dsr[i - 1], 0) + if(int(/states[i]/mds_type) == 3, int(/states[i]/num_dsr), 0)
occ_states_index	[$num_dsr[28]]	for i = 0 to $num_dsr[28] - 1 do $occ_states_index[i] = index($states_occ_cum_num_dsr, $states_occ_cum_num_dsr > i)
states_mon_cum_num_dsr	[$num_dsr[18]]	for i = 0 to $num_dsr[18] - 1 do $states_mon_cum_num_dsr[i] = if(i > 0, $states_mon_cum_num_dsr[i - 1], 0) + if(int(/states[i]/mds_type) == 4, int(/states[i]/num_dsr), 0)
mon_states_index	[$num_dsr[29]]	for i = 0 to $num_dsr[29] - 1 do $mon_states_index[i] = index($states_mon_cum_num_dsr, $states_mon_cum_num_dsr > i)