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

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198 CHAPTER 16. DATA STRUCTURE MANIPULATION 16.6.1 Extracting the history The history information stored in a CIA structure can be accessed using the structure get routine. As an example, suppose we have an SCD in memory. Let’s assign its name to the variable scd just for convenience. CIA> scd = ’CSCDMKN297L6P100_97040515444142’ Now take a look at the history of scd: CIA> print, scd_get( ’history’,scd ) date=05-Apr-1997 15:44:37 node=ISOW40 user=LMETCALF procedure=x_slicer V II.1 algorithm=user CIER.FIT;1 ISOW40$DKC100:[IA.LEO.WORK.MKN297] IIPH.FIT;1 ISOW40$DKC100:[IA.LEO.WORK.MKN297] NO COMPACT STATUS HISTORY NO ORBIT FILE starting record = 1850 ending record = 1963 cia otf END date=05-Apr-1997 15:44:38 node=ISOW40 user=LMETCALF procedure=erd2spd V 3.1 algorithm=default CSCDMKN297L6P100_97040515443475 END The output we get in the above example is in a user-friendly format. Within CIA structures the history is stored in a coded fashion in the field PROCESS. In the example above the PRO- CESS was automatically converted into a readable history. In the following example we take a look at the actual contents of PROCESS: CIA> process = scd_get( ’process’, scd ) Have a look at process. CIA> print, process { 260639077 ISOW40 LMETCALF x_slicer V II.1 user 0 31 } { 260639079 ISOW40 LMETCALF erd2spd V 3.1 default 0 53 } As you can see from the above it is not in a very user-friendly format. To make it into a readable history we can use process2history: CIA> history = process2history( process ) CIA> print, history etc... In fact it is this more readable history which can be found in the field .HISTORY in the PDS. For example: CIA> print, raster_pds.history date=28-Sep-1998 14:50:33 node=bermuda user=mdelaney procedure=darklibrary V 1.1 algorithm=Find best ccglwdark_97031713382678 END
16.6. MANIPULATING CIA DATA STRUCTURE HISTORY 199 date=28-Sep-1998 14:48:27 node=bermuda user=mdelaney procedure=spdtoscd V 2.0 algorithm=default (7) cisp02600506.fits (2) 2 (2) 47 END date=28-Sep-1998 14:50:34 node=bermuda user=mdelaney procedure=flat_library V 1.1 algorithm=Find best ccglwoflt_98050815090326 END date=28-Sep-1998 14:50:35 node=bermuda user=mdelaney procedure=flat_library V 1.1 algorithm=Find best ccglwdflt_98031519384439 END date=28-Sep-1998 14:50:28 node=bermuda user=mdelaney procedure=get_sscdraster V 4.0 algorithm=default CSSC026005060001_98092814502500 model= 1 END 16.6.2 Replacing the history You can use the routines history2process and structure put to convert a history into a format suitable for insertion into the field PROCESS in CIA data structure. Following from the example in the previous section, we can recreate the contents of the variable process and then insert into our SCD. CIA> process = history2process( history ) CIA> scd_put, ’process’, process, scd
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ISOCAM Interactive Analysis User’
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Michael Rupen (NRAO) Jaqui Sam Lone
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vi CONTENTS 8 Polarization observat
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viii CONTENTS 14.4.6 x3d as a calib
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x CONTENTS 19.3 A beam-switch obser
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xii CONTENTS B CIA command short-li
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xiv CONTENTS
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xvi LIST OF FIGURES 14.13The raster
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xviii LIST OF FIGURES
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xx LIST OF TABLES
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2 CHAPTER 1. ABOUT THE CIA USER’S
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4 CHAPTER 2. ABOUT CIA 2.2 System r
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6 CHAPTER 2. ABOUT CIA Figure 2.2:
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8 CHAPTER 2. ABOUT CIA In addition,
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10 CHAPTER 2. ABOUT CIA 2.3.4 Custo
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12 CHAPTER 2. ABOUT CIA LOG Log fil
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14 CHAPTER 2. ABOUT CIA This will p
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16 CHAPTER 2. ABOUT CIA % device, p
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18 CHAPTER 2. ABOUT CIA
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Introduction The Quick Start Guide
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24 CHAPTER 3. RASTER OBSERVATION (C
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32 CHAPTER 4. STARING OBSERVATION (
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34 CHAPTER 4. STARING OBSERVATION (
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36 CHAPTER 5. SOLAR SYSTEM OBJECT O
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42 CHAPTER 6. BEAM-SWITCH OBSERVATI
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48 CHAPTER 7. CVF OBSERVATION (CAM0
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50 CHAPTER 7. CVF OBSERVATION (CAM0
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52 CHAPTER 8. POLARIZATION OBSERVAT
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Introduction The purpose of Part II
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62 CHAPTER 9. THE DATA PRODUCTS AND
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68 CHAPTER 10. FIRST LOOK AT THE DA
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74 CHAPTER 11. INTRODUCTION TO CIA
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76 CHAPTER 11. INTRODUCTION TO CIA
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78 CHAPTER 12. DATA SLICING 3. At t
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80 CHAPTER 12. DATA SLICING CIA> ns
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84 CHAPTER 12. DATA SLICING OR CIA>
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86 CHAPTER 12. DATA SLICING 70 16.0
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88 CHAPTER 12. DATA SLICING • Sel
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90 CHAPTER 12. DATA SLICING We sugg
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92 CHAPTER 12. DATA SLICING title d
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94 CHAPTER 12. DATA SLICING • Sel
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96 CHAPTER 13. DATA CALIBRATION 13.
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98 CHAPTER 13. DATA CALIBRATION •
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100 CHAPTER 13. DATA CALIBRATION 13
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104 CHAPTER 13. DATA CALIBRATION Fi
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106 CHAPTER 13. DATA CALIBRATION au
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108 CHAPTER 13. DATA CALIBRATION 2.
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114 CHAPTER 14. IMAGE ANALYSIS AND
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Page 179 and 180: Introduction The purpose of this pa
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274 CHAPTER 21. USING SLICE WITHIN
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294 CHAPTER 22. SECOND ORDER CORREC
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296 CHAPTER 22. SECOND ORDER CORREC
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298 CHAPTER 23. X CIA REFERENCE GUI
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306 APPENDIX A. GLOSSARY beam-switc
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308 APPENDIX A. GLOSSARY FITS (data
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310 APPENDIX A. GLOSSARY raster dat
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312 APPENDIX A. GLOSSARY
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314 APPENDIX B. CIA COMMAND SHORT-L
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320 APPENDIX C. THE ISO CD-ROM C.2.
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322 APPENDIX C. THE ISO CD-ROM Vari
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324 APPENDIX D. GUIDELINES FOR WRIT
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326 APPENDIX D. GUIDELINES FOR WRIT
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328 APPENDIX E. ISOCAM ASTROMETRY:
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338 APPENDIX F. WHAT IS NEW IN CIA
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344 APPENDIX G. WARNING MESSAGES IN
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346 APPENDIX H. PATCHED ASTROLIB AN
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348 APPENDIX I. UPGRADING OLD CIA S
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350 APPENDIX I. UPGRADING OLD CIA S
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352 APPENDIX J. REPORTING PROBLEMS
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354 APPENDIX K. TECHNICAL REPORTS S
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356 BIBLIOGRAPHY Okumura K., 1998,
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