...
| MET(sec) | MJD(days) | UNX(sec) | UTC |
|---|---|---|---|---|
1st run | 333886531 | 55774.427442129629 | 1312193731.000 | 2011-08-01 10:15:29 |
last run | 349266293 | 55952.433946759258 | 1327573493.000 | 2012-01-26 10:24:51 |
- 2/3/2012 - Block 1 reprocessing complete
Configuration
Task Location | /nfs/farm/g/glast/u38/Reprocess-tasks/P130-FT1 |
Task Status | http://glast-ground.slac.stanford.edu/Pipeline-II/task.jsp?task=74765664 |
Input Data | MERIT (from P120-MERIT and Level 1) |
spacecraft data | FT2 from P105 (runs 239557414 - 271844560), then from current Level 1 production |
Input Run List | ftp://ftp-glast.slac.stanford.edu/glast.u38/Reprocess-tasks/P130-FT1/config/runFile.txt |
Reprocessing Mode | reFT1 |
meritFilter | FT1EventClass!=0 |
evtClassDefs | 00-19-01 |
eventClassMap | EvtClassDefs_P7V6.xml |
ScienceTools | 09-26-02 |
Code Variants | redhat5-i686-32bit-gcc41 (Optimized) |
Diffuse Model | based on contents of /afs/slac.stanford.edu/g/glast/ground/GLAST_EXT/diffuseModels/v2r0 ) |
Diffuse Response | 'source' using P7SOURCE_V6 IRF |
IRFs | P6V7, contained within ScienceTools release |
Output Data Products |
...
Note on 'Code Variant': The SLAC batch farm contains a mixture of architectures , both hardware (Intel/AMD 64-bit) and software (RHEL5-64, gcc v4.1, etc.).
Timing and Performance
With a sample of the first 8128 runs, the CPU-intensive part of the task (mergeClumps) is consuming ~42 CPU-min/job (differences in machine class are small). TrickleStream configured to allow 1500 simultaneous mergeClumps jobs, and up to 150 job starts every 200 second cycle.