1. SWT Overview 1 UCB, Nov15/16, 2006 Mirror site and services at CESR and CDPP Christian Jacquey, CDPP, CESR, jacquey@cesr.fr Emmanuel Penou, CESR, penou@cesr.fr

2. What is envisioned at CESR and CDPP Mirror site of the THEMIS space data:  Relay for distributing the THEMIS space data  Backup of THEMIS space data AMDA: service for Automated Multi-Dataset Analysis  Help for event search  Help for event characterisation and statistics CL: software for integrated detailed analysis of THEMIS/CLUSTER (and others) data

3. THEMIS SWG meeting SSL Nov. 15-16, 2006 C. Jacquey, V. Génot, E. Budnik, R. Hitier http://cdpp.cesr.fr/ AMDA / SP Automated Mutiple Dataset Analysis / Space Physics

4. Example: event search Old fashion: “paper” search AE, ALISEE-data IMP-8 AE, AL ISEE MAG ISEE- electron IMP8 MAG IMP8 PLA Current fashion: web Event search takes time and energy CDAWeb SPDF UCLA CAA CDPP And others

5. Automated Mutiple Dataset Analysis / Space Physics AMDA / SP: the goals Multiple Dataset: the study of the (multi-scale) dynamics of plasma objects requires to perform the integrated analysis of multi-point and multi-instrument data Automated (or semi-automated) Analysis: help for  Search, characterisation, classification of events  Extensive exploitation of the vast database (statistics)  “historical” studies (example: through solar cycles)  Building catalogues  Building virtual constellations

6. AMDA, fact sheet Now, very first prototype (construction started in June 2006 after kind of phase-A) Built on an existing data system (DD_System, A. Fedorov) Built in IDL, C, FORTRAN, Javascript Works on standardised and “simple” data, NetCDF Includes models (Tsyganenko, Shock, MP, NS, …) Attempt for using web-services of CDAWeb and the up-coming VxOs Forum for user feedback Already in use for scientific studies

7. Schematic description of the envisioned system User interface System interface Local database Services CASSINI MAPSKP CDAWeb SPDF External interface Virtual objects AMDA Distant services Distant database Distant database Distant services Web-services USER

8. Demo Derived parameters computation (calculator) Automated and semi-automated search Sub-dataset conditional extraction Distant access to complementary data

9. An example: search of the events when the cross-tail current is “encircled” by CLUSTER Test: X1< -10 Re BX 1 * BX 2 * BX 3 * BX 4 > 0 min([BX 1 BX 2 BX 3 BX 4 ]) < 0 max([BX 1 BX 2 BX 3 BX 4 ]) > 0 Looking for the time periods when 2 s/c are above the neutral sheet and the 2 other ones are below

10. Looking for possible X-line with a pair of spacecraft BZ1 * BZ2 < 0 AND VX1 * VX2 < 0 AND BX1/Blob < 0.5 AND BX2/Blob < 0.5

11. CL Software for detailed analysis of multi-datasets in space physics Developed by Emmanuel Penou (penou@cesr.fr) Scientific specifications by Jean-André Sauvaud THEMIS SWG meeting SSL Nov. 15-16, 2006

12. CL: fact sheet Multi-missions (CLUSTER, VEX, MEX, DEMETER, ACE, STEREO, …) and multi-instrument (B,E, particles, Waves) SOLARIS, LINUX, WINDOWS IDL and C L1 files L2 files Calibration files Processing Visualisation Computation of derived products Export data (CDF, ASCII) (Conditionnal search) (Internal format CDF, ASCII)

13. Demo  Predefined plots  Building, editing, manipulating plots  External files. CDF files  High level products: -distribution function -spectrograms in PA, 1/V  -partial moments  Remote running

14. Conclusion: what can be done at CESR and CDPP for the THEMIS community? Mirror site for space THEMIS data Distributing CL, but limited user help Remote running of CL on dedicated machine(s) AMDA for event search, catalogue building, statistics on “simple” THEMIS and complementary data Coupling AMDA event search and CL (and any other softwares or system: CDAWeb, UCB, …) by exporting time-tables

15. Some examples: AMDA + CL (or other softwares): 1)Users produces time-tables on AMDA based on their own defined criteria applied on the content of the data they selected 2)Time-tables sent to CL 3)Users browse user-defined plots on the periods of the time- tables and then run detailed analysis on CL SSCWeb (or DARTS) + AMDA: 1)Users produces time-tables on SSCWeb based on criteria applied on the orbitography and conjonctions. 2)Time-tables sent to AMDA 3)Users produces secondary time-tables on AMDA based on criteria applied on the content of the data for the periods of SSCWeb time-tables 4)Then, these secondary time-tables are exported to detailed analysis softwares or are used inside AMDA for building catalogues, or …

16. Contacts CL: penou@cesr.fr AMDA: jacquey@cesr.fr http://cdpp.cesr.fr/http://cdpp.cesr.fr/ forum for feedback on the CDPP services (in french for now)