Previous results were for t00.82.00.
Here we present results for t00.84.00. The only significant change is a patch for a memory leak in CFT.
Here are results for Pythia Z -> mu mu with zero to seven background events. These are our MC certification events.
Results are presnted for muons from Z's with pT > 10 GeV/c.
run bg #ev CPU CLK mem swp tm pe pTt # mc eff misr fake fcsq mcsq nmsm ---- -- ---- ---- ---- --- --- -- --- --- ----- ---- ---- ---- ---- ---- ---- pzmm 0 1000 8 8 77 93 0 6 0.5 7714 .743 .079 .025 1.49 12.51 19.58 pzmm 1 1000 32 32 110 125 0 25 0.5 20151 .701 .123 .037 1.68 15.13 19.34 pzmm 2 1000 71 72 314 331 1 52 pzmm 3 1000 101 106 337 353 4 69 pzmm 4 250 231 233 265 282 1 44 pzmm 5 250 374 411 429 446 4 81 pzmm 0 1000 zmu 1625 .890 .015 .005 1.12 5.83 23.08 pzmm 1 1000 zmu 1560 .893 .022 .010 1.20 5.88 23.13 pzmm 2 1000 zmu 1593 .878 .036 .027 1.23 5.85 22.91 pzmm 3 1000 zmu 1599 .886 .040 .028 1.25 5.73 22.67 pzmm 4 250 zmu 382 .874 .045 .039 1.34 6.46 23.16 pzmm 5 250 zmu 401 .865 .061 .072 1.42 6.46 22.68
The columns in these tables are defined here.
Here is the CPU time (sec/event) broken down by track-finding step as reported by the framework.
run bg cc co c cs f csf tup --- -- --- --- --- --- --- --- --- pzmm 0 2 1 2 1 2 1 0 pzmm 1 8 3 5 4 7 3 0 pzmm 2 20 5 8 7 17 6 1 pzmm 3 33 7 10 9 29 8 1 pzmm 4 92 12 17 17 65 14 2 pzmm 5 176 17 24 36 118 20 2
Here is the clock time (sec/event) broken down by track-finding step as reported by the framework.
run bg cc co c cs f csf tup --- -- --- --- --- --- --- --- --- pzmm 0 2 1 2 1 2 1 0 pzmm 1 8 3 5 4 7 3 0 pzmm 2 21 5 8 7 18 6 1 pzmm 3 33 7 10 9 30 8 1 pzmm 4 92 12 18 17 66 15 2 pzmm 5 177 17 24 36 119 20 2
The memory usage has decreased significantly but there still appear to be memory leak problems. The memory usage decreases significantly when the number of events is decreased.