Name | de_nbody_06_04_2024_v186_pal5__data__4_1717700783_56534_1 |
Workunit | 978120374 |
Created | 19 Jun 2024, 15:36:31 UTC |
Sent | 19 Jun 2024, 15:36:38 UTC |
Report deadline | 1 Jul 2024, 15:36:38 UTC |
Received | 19 Jun 2024, 20:15:15 UTC |
Server state | Over |
Outcome | Success |
Client state | Done |
Exit status | 0 (0x00000000) |
Computer ID | 1018954 |
Run time | 1 sec |
CPU time | |
Validate state | Valid |
Credit | 0.16 |
Device peak FLOPS | 96.56 GFLOPS |
Application version | Milkyway@home N-Body Simulation with Orbit Fitting v1.87 (mt) windows_x86_64 |
Peak working set size | 10.70 MB |
Peak swap size | 5.25 MB |
Peak disk usage | 0.01 MB |
<core_client_version>7.24.1</core_client_version> <![CDATA[ <stderr_txt> <search_application> milkyway_nbody 1.86 Windows x86_64 double OpenMP, Crlibm </search_application> Using OpenMP 16 max threads on a system with 16 processors Running MilkyWay@home Nbody v1.86 Optimal Softening Length = 0.000021020139040 kpc Dwarf Initial Position: [26.461927106745552,-3.593088877113714,83.934386397332005] Dwarf Initial Velocity: [-48.926979712872779,-29.148949909023084,-41.210692926453675] Running MilkyWay@home Nbody v1.86 Running MilkyWay@home Nbody v1.86 Number of particles in bins is very small compared to total. (0 << 1). Skipping distance calculation Running MilkyWay@home Nbody v1.86 Number of particles in bins is very small compared to total. (0 << 1). Skipping distance calculation <search_likelihood>-9999999.900000000372529</search_likelihood> <search_likelihood_EMD>-9999999.900000000372529</search_likelihood_EMD> <search_likelihood_Mass>-0.000000000000000</search_likelihood_Mass> <search_likelihood_Beta>-0.000000000000000</search_likelihood_Beta> strftime() failed called boinc_finish(0) </stderr_txt> ]]>
©2024 Astroinformatics Group