id | field name | definition |
0 | RECORD_HEADER |
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1 | DEGRADED_INSTR_MDR |
binary uint8 | size: 1 |
Quality of MDR has been degraded from nominal due to an instrument degradation. Occurs if any of F_NN_DT, F_NN_PDP, F_NN_RAD, F_NN_WLS_U, F_NN_WLS_I, F_NN_SLS_U, F_NN_SLS_I, F_SAT, F_MIN in PCD_BASIC has been raised. Up to processor version 3.2.11, F_HOT also counted as instrument degradation
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2 | DEGRADED_PROC_MDR |
binary uint8 | size: 1 |
Quality of MDR has been degraded from nominal due to a processing degradation. Occurs if F_MISS or F_OLD_CAL_DATA in PCD_BASIC have been raised
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3 | PCD_BASIC |
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4 | OBSERVATION_MODE |
binary uint8 | size: 1 |
Observation mode (0 = nadir, 1 = north pole scanning, 2 = south pole scanning, 3 = other scanning, 4 = nadir static, 5 = other static, 6 = dark, 7 = LED, 8 = WLS, 9 = SLS, 10 = SLS over diffuser, 11 = sun, 12 = moon, 13 = idle, 14 = test, 15 = dump, 16 = invalid)
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5 | PMD_TRANSFER |
binary uint8 | size: 1 |
PMD transfer mode (1 = band + raw, 2 = band + mixed, 3 = raw transfer, 4 = various (PMD transfer mode changes within a scan))
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6 | PMD_READOUT |
binary uint8 | size: 1 |
PMD readout mode (0 = nominal, 1 = solar, 2 = calibration, 3 = various (PMD readout mode changes within a scan))
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7 | SCANNER_ANGLE |
binary array[65] | size: 260 |
Scanner viewing angle with additional element at end of scan
binary int32 (double) | size: 4 |
unit: "1e-6 degrees"
converted unit: "degrees" (multiply by 1/1000000)
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8 | GEO_BASIC |
binary record "" | size: 832 |
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9 | GEO_MOON |
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10 | PDP_TEMP |
binary int32 (double) | size: 4 |
Temperature of the pre-disperser prism for reference to the corresponding spectral calibration parameters
unit: "1e-3 K"
converted unit: "K" (multiply by 1/1000)
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11 | FPA_TEMP |
binary array[6] | size: 24 |
FPA temperature, per channel
binary int32 (double) | size: 4 |
unit: "1e-3 K"
converted unit: "K" (multiply by 1/1000)
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12 | RAD_TEMP |
binary int32 (double) | size: 4 |
Radiator temperature
unit: "1e-3 K"
converted unit: "K" (multiply by 1/1000)
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13 | INTEGRATION_TIMES |
binary array[10] | size: 40 |
Integration times of the channel bands (1a, 1b, 2a, 2b, 3, 4, 5, 6, shortwave PS and PP)
binary int32 (double) | size: 4 |
unit: "1e-6 s"
converted unit: "s" (multiply by 1/1000000)
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14 | REC_LENGTH |
binary array[10] | size: 20 |
Number of elements per band data record for the 10 bands that follow (n1, n2, ..., n10)
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15 | NUM_RECS |
binary array[10] | size: 20 |
Number of band data records for the 10 bands that follow (m1, m2, ..., m10)
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16 | WAVELENGTH_1A |
binary array[dim_0] |
Wavelength for Band 1a
dim_0: int(../REC_LENGTH[0])
binary int32 (double) | size: 4 |
unit: "1e-6 nm"
converted unit: "nm" (multiply by 1/1000000)
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17 | WAVELENGTH_1B |
binary array[dim_0] |
Wavelength for Band 1b
dim_0: int(../REC_LENGTH[1])
binary int32 (double) | size: 4 |
unit: "1e-6 nm"
converted unit: "nm" (multiply by 1/1000000)
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18 | WAVELENGTH_2A |
binary array[dim_0] |
Wavelength for Band 2a
dim_0: int(../REC_LENGTH[2])
binary int32 (double) | size: 4 |
unit: "1e-6 nm"
converted unit: "nm" (multiply by 1/1000000)
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19 | WAVELENGTH_2B |
binary array[dim_0] |
Wavelength for Band 2b
dim_0: int(../REC_LENGTH[3])
binary int32 (double) | size: 4 |
unit: "1e-6 nm"
converted unit: "nm" (multiply by 1/1000000)
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20 | WAVELENGTH_3 |
binary array[dim_0] |
Wavelength for Band 3
dim_0: int(../REC_LENGTH[4])
binary int32 (double) | size: 4 |
unit: "1e-6 nm"
converted unit: "nm" (multiply by 1/1000000)
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21 | WAVELENGTH_4 |
binary array[dim_0] |
Wavelength for Band 4
dim_0: int(../REC_LENGTH[5])
binary int32 (double) | size: 4 |
unit: "1e-6 nm"
converted unit: "nm" (multiply by 1/1000000)
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22 | WAVELENGTH_PP |
binary array[dim_0] |
Wavelength for PMD p
dim_0: int(../REC_LENGTH[6])
binary int32 (double) | size: 4 |
unit: "1e-6 nm"
converted unit: "nm" (multiply by 1/1000000)
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23 | WAVELENGTH_PS |
binary array[dim_0] |
Wavelength for PMD s
dim_0: int(../REC_LENGTH[7])
binary int32 (double) | size: 4 |
unit: "1e-6 nm"
converted unit: "nm" (multiply by 1/1000000)
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24 | WAVELENGTH_SWPP |
binary array[dim_0] |
Wavelength for short wavelength range (block B) PMD p
dim_0: int(../REC_LENGTH[8])
binary int32 (double) | size: 4 |
unit: "1e-6 nm"
converted unit: "nm" (multiply by 1/1000000)
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25 | WAVELENGTH_SWPS |
binary array[dim_0] |
Wavelength for short wavelength range (block B) PMD s
dim_0: int(../REC_LENGTH[9])
binary int32 (double) | size: 4 |
unit: "1e-6 nm"
converted unit: "nm" (multiply by 1/1000000)
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26 | BAND_1A |
binary array[dim_0, dim_1] |
Band data record for Band 1a
dim_0: int(../NUM_RECS[0])
dim_1: int(../REC_LENGTH[0])
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27 | BAND_1B |
binary array[dim_0, dim_1] |
Band data record for Band 1b
dim_0: int(../NUM_RECS[1])
dim_1: int(../REC_LENGTH[1])
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28 | BAND_2A |
binary array[dim_0, dim_1] |
Band data record for Band 2a
dim_0: int(../NUM_RECS[2])
dim_1: int(../REC_LENGTH[2])
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29 | BAND_2B |
binary array[dim_0, dim_1] |
Band data record for Band 2b
dim_0: int(../NUM_RECS[3])
dim_1: int(../REC_LENGTH[3])
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30 | BAND_3 |
binary array[dim_0, dim_1] |
Band data record for Band 3
dim_0: int(../NUM_RECS[4])
dim_1: int(../REC_LENGTH[4])
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31 | BAND_4 |
binary array[dim_0, dim_1] |
Band data record for Band 4
dim_0: int(../NUM_RECS[5])
dim_1: int(../REC_LENGTH[5])
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32 | BAND_PP |
binary array[dim_0, dim_1] |
Band data record for PMD p
dim_0: int(../NUM_RECS[6])
dim_1: int(../REC_LENGTH[6])
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33 | BAND_PS |
binary array[dim_0, dim_1] |
Band data record for PMD s
dim_0: int(../NUM_RECS[7])
dim_1: int(../REC_LENGTH[7])
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34 | BAND_SWPP |
binary array[dim_0, dim_1] |
Band data record for short wavelength range (block B) PMD p
dim_0: int(../NUM_RECS[8])
dim_1: int(../REC_LENGTH[8])
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35 | BAND_SWPS |
binary array[dim_0, dim_1] |
Band data record for short wavelength range (block B) PMD s
dim_0: int(../NUM_RECS[9])
dim_1: int(../REC_LENGTH[9])
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