ISOCAM Interactive Analysis User's Manual Version 5.0 - ISO - ESA

13.1. CREATING A PDS FROM AN SSCD 99
WAVELENGTH_START
FLOAT = 8.78200
WAVELENGTH_END FLOAT 16.5200
RESPONSE STRUCT -> Array[76]
SPEC_NAME STRING ’CCGLWSPEC_98040514330660’
AOT STRING ’STARING’
TARGET STRING ’NGC1342’
OBSERVER STRING ’ANON’
TDTOSN LONG 5805004
CHANNEL STRING ’LW’
PFOV FLOAT 6.00000
TINT FLOAT 2.10007
GAIN FLOAT 1.00000
FLTRWHL STRING ’LW-CVF2’
WAVELENGTH FLOAT 12.6510
NSCD LONG 76
NBR_FRAME INT 1630
FROM INT Array[76]
TO INT Array[76]
TAB_FRAME INT Array[76]
ADU_SEC_COEFF FLOAT Array[76]
TABFLATCOEF FLOAT Array[76]
CUBE FLOAT Array[32, 32, 1630]
CUBE_UNIT STRING ’ADU’
MASK BYTE Array[32, 32, 1630]
OTF BYTE Array[1630]
DU FLOAT Array[1630]
DV FLOAT Array[1630]
UTK LONG Array[1630]
BOOTTIME LONG Array[1630]
TEMPERATURE FLOAT Array[10, 1630]
IMAGE FLOAT Array[32, 32, 76]
IMAGE_UNIT STRING ’’
RMS FLOAT Array[32, 32, 76]
NPIX FLOAT Array[32, 32, 76]
CCIM STRUCT -> Array[1]
INFO STRUCT -> Array[1]
DARK FLOAT Array[32, 32]
FLAT FLOAT Array[32, 32]
CALG STRUCT -> Array[1]
HISTORY STRING Array[70]
SSCD_NAME STRING ’CSSC203056040001_96091918462427’
SAD_NAME STRING ’CSAD203056040039_96091919440421’
Refer to Section 15.5.3 for guide to the CVF PDS architecture.
Again, before proceeding it is recommended to save the newly created CVF PDS.
CIA> save, filename=’cvf_pds.dat’, cvf_pds, /xdr