Design and Implementation of CIA, the ISOCAM Interactive Analysis System
S.Ott
ESA
A.Abergel
IAS
J-L.Augueres
CEA
H.Aussel
CEA
J-P.Bernard
IAS
A.Biviano
TESRE
J.Blommaert
ESA
O.Boulade
CEA
F.Boulanger
IAS
C.Cesarsky
CEA
D.A.Cesarsky
IAS
A.Claret
CEA
C.Delattre
CEA
T.Deschamps
CEA
F-X.Desert
IAS
P.Didelon
CEA
D.Elbaz
CEA
P.Gallais
CEA
R.Gastaud
CEA
S.Guest
RAL
G.Helou
IPAC
M.Kong
IPAC
F.Lacombe
DESPA
D.Landriu
CEA
L.Metcalfe
ESA
K.Okumura
ESA
M.Perault
IAS
A.Pollock
ESA
D.Rouan
DESPA
J.Sam-Lone
CEA
M.Sauvage
CEA
R.Siebenmorgen
ESA
J-L.Starck
CEA
D.Tran
CEA
D.Van Buren
IPAC
L.Vigroux
CEA
F.Vivares
IAS
Session ID: T2.04 Type: oral
Abstract:
The Infrared Space Observatory (ISO) was successfully launched on 17th November
1995 with a complement of four instruments aboard including the infrared camera
ISOCAM.
Starting 1994, an Interactive Analysis System for ISOCAM (CIA) was developed
in order to
- calibrate ISOCAM
- monitor the health of ISOCAM
- perform any sort of investigation requested for problem diagnostics
- debug, validate and refine the off-line processing system for ISOCAM
- assess the quality of ISOCAM off-line processing products
- perform the astronomical data processing of ISOCAM data
The system is mainly IDL based but contains FORTRAN, C and C++ parts
for special tasks. While the system continues to expand, over 800 IDL modules
with more than 160000 lines of code and comments were developed already.
We will present the requirements and design constraints and explain the reasons
for the chosen system architecture and outline the development process and
evolution.
We will present the interaction with related s/w systems (SADAM, ISOCAM
Calibration database, ISO Off-line processing) and also give an overview of the
detailed design.
Finally we will present some results obtained using CIA.
Patrick P. Murphy
Tue Sep 10 22:47:53 EDT 1996