This definition is based on version 9 of the IASI Level 2 Product Format Specification (PFS) document (EUM-MIS-SPE-980760) and version 7D of the EPS Generic Product Format Specification (GPFS) document (EPS-GGS-SPE-096167).
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This product definition is applicable if a product matches the following rule:
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bytes(/,0,8) == "\001\000\000\002\000\000\f\353" and bytes(/,20,32) == "PRODUCT_NAME = " and bytes(/,552,4) == "IASI" and bytes(/,661,2) == "02" and bytes(/,1037,5) == " 11" and bytes(/,1075,5) == " 0" |
| name | size | initialisation |
|---|---|---|
| num_ipr | $num_ipr = int(/MPHR/TOTAL_IPR) | |
| num_geadr | $num_geadr = int(/MPHR/TOTAL_GEADR) | |
| num_veadr | $num_veadr = int(/MPHR/TOTAL_VEADR) | |
| num_mdr | $num_mdr = int(/MPHR/TOTAL_MDR) | |
| NLT | $NLT = int(/GIADR/NUM_PRESSURE_LEVELS_TEMP) | |
| NLQ | $NLQ = int(/GIADR/NUM_PRESSURE_LEVELS_HUMIDITY) | |
| NLO | $NLO = int(/GIADR/NUM_PRESSURE_LEVELS_OZONE) | |
| NEW | $NEW = int(/GIADR/NUM_SURFACE_EMISSIVITY_WAVELENGTHS) | |
| NL_CO | $NL_CO = int(/GIADR/FORLI_NUM_LAYERS_CO) | |
| NL_HNO3 | $NL_HNO3 = int(/GIADR/FORLI_NUM_LAYERS_HNO3) | |
| NL_O3 | $NL_O3 = int(/GIADR/FORLI_NUM_LAYERS_O3) | |
| NL_SO2 | $NL_SO2 = int(/GIADR/BRESCIA_NUM_ALTITUDES_SO2) | |
| NPCT | $NPCT = int(/GIADR/NUM_TEMPERATURE_PCS) | |
| NPCW | $NPCW = int(/GIADR/NUM_WATER_VAPOUR_PCS) | |
| NPCO | $NPCO = int(/GIADR/NUM_OZONE_PCS) | |
| NEVA_CO | $NEVA_CO = ($NL_CO + 1) / 2 | |
| NEVE_CO | $NEVE_CO = $NEVA_CO * $NL_CO | |
| NEVA_HNO3 | $NEVA_HNO3 = ($NL_HNO3 + 1) / 2 | |
| NEVE_HNO3 | $NEVE_HNO3 = $NEVA_HNO3 * $NL_HNO3 | |
| NEVA_O3 | $NEVA_O3 = ($NL_O3 + 1) / 2 | |
| NEVE_O3 | $NEVE_O3 = $NEVA_O3 * $NL_O3 | |
| NERRT | $NERRT = $NPCT * ($NPCT + 1) / 2 | |
| NERRW | $NERRW = $NPCW * ($NPCW + 1) / 2 | |
| NERRO | $NERRO = $NPCO * ($NPCO + 1) / 2 | |
| mdr_bit_size | [$num_mdr] | for i = 0 to $num_mdr - 1 do $mdr_bit_size[i] = bitsize(/mdr[i]) |