1 jones 1.1 begin parm stats
 2           g_stats_blockname = 'stats'
 3           end parm stats
 4           
 5           begin report stats

 6 jones 1.2 run time     :{g_run_time:%7.1f}
 7           event number :{gen_event_ID_number:%7d}
 8           Q_BCM2(mC):{gbcm2_charge/1000:%9.3f}
 9           Analysis rate:{atrig.scaler/(g_replay_time+.00001):%6d} Hz
10           dead time    :{100*(1-gscaler(189)/(gscaler(185)+.00001)):%7.1f} %
11                        :
12           htrig        :{htrig.scaler:%7d}
13           htrack/trig  :{100*hcleantrack.scaler/(htrig.scaler+.0000001):%6.1f}%
14           hfid effic   :{100*hdid.scaler/(hscinshould.scaler+.0000001):%6.1f}%
15             w/DC cuts  :{100*hdid_clean.scaler/(hscinshould_clean.scaler+.0001):%6.1f}%
16             coin only  :{100*chdid_clean.scaler/(chscinshould_clean.scaler+.0001):%6.1f}%
17           strig        :{strig.scaler:%7d}
18           strack/trig  :{100*scleantrack.scaler/(strig.scaler+.0000001):%6.1f}%
19           sfid effic   :{100*sdid.scaler/(sscinshould.scaler+.0000001):%6.1f}%
20             w/DC cuts  :{100*sdid_clean.scaler/(sscinshould_clean.scaler+.0001):%6.1f}%
21             coin only  :{100*csdid_clean.scaler/(csscinshould_clean.scaler+.0001):%6.1f}%
22           ctrig        :{ctrig.scaler:%7d}
23                        :
24           hs1x trigeff :{100*htrigeff1:%6.1f}%
25           hs1y trigeff :{100*htrigeff2:%6.1f}%
26           hs2x trigeff :{100*htrigeff3:%6.1f}%
27 jones 1.2 hs2y trigeff :{100*htrigeff4:%6.1f}%
28                        :	
29           ss1x trigeff :{100*strigeff1:%6.1f}%
30           ss1y trigeff :{100*strigeff2:%6.1f}%
31           ss2x trigeff :{100*strigeff3:%6.1f}%
32           ss2y trigeff :{100*strigeff4:%6.1f}%
33                        :
34           good_hms_e   :{hclean0track.scaler:%7d}
35           end report stats

36 jones 1.1 

37 jones 1.2              :
38           h#fid        :{hdctest1.scaler:%7d}
39           h#noshower   :{hdctest2.scaler:%7d}
40           h#either>min :{hdctest3.scaler:%7d}
41           h#both>lomin :{hdctest4.scaler:%7d}
42           h#TRACKS!!   :{hdctest5.scaler:%7d}
43           c_hshould    :{chdctest4.scaler:%7d}
44           c_hdid       :{chdctest5.scaler:%7d}
45                        :
46           s#fid        :{sdctest1.scaler:%7d}
47           s#noshower   :{sdctest2.scaler:%7d}
48           s#either>min :{sdctest3.scaler:%7d}
49           s#both>lomin :{sdctest4.scaler:%7d}
50           s#TRACKS!!   :{sdctest5.scaler:%7d}
51           c_sshould    :{csdctest4.scaler:%7d}
52           c_sdid       :{csdctest5.scaler:%7d}
53                        :
54           good_hms_e   :{hclean0track.scaler:%7d}
55           ;sometest_pion:{sometest_pion.scaler:%7d}
56           ;sometest_prot:{sometest_prot.scaler:%7d}
57           ;
58 jones 1.2 ;             :
59           ;   K-METER   :{kaon_meter.scaler:%7d}
60           ;
61           ;             :
62           ;I_BCM1(10-6A):{gbcm1_charge/(g_run_time+.00001):%7.2f}
63           ;Q_BCM1(10-6C):{gbcm1_charge:%7.0f}
64           ;Q_BCM3(10-6C):{gbcm3_charge:%7.0f}
65           ;QBCM1/QBCM2  :{(gbcm1_charge+.000001)/(gbcm2_charge+.000001):%7.2f}
66           ;h#trigs      :{hdctest0.scaler:%7d}
67           ;s#trigs      :{sdctest0.scaler:%7d}
68           ;             :
69           ;epi          :{mmcut.scaler:%7d}
70           ;1K*epi/10-6C :{1000*mmcut.scaler/(gbcm2_charge+.0000001):%6.1f}
71           ;epi/ctrig    :{100*mmcut.scaler/(ctrig.scaler+.0000001):%6.1f}%
72           ;epi_relax    :{mmcut_relax.scaler:%7d}

73 jones 1.1