** beam position vs. current:

no trip: see "bpmAx_vs_avg_bcm_4519_3.ps"
 - position range is small, only about 2 mm


with trip: see "bpmAx_vs_avg_bcm_4519_4.ps"
 - position range is larger at about 12 mm 




** For the runs that had a beam trip, there was sometimes an energy shift during the trip, and other times there was no noticible trip.  Usually the energy range was around 0.05 MeV, but when there was one of these energy shifts during a trip, the range was about 0.5 MeV.

To see an example of a beam trip WITHOUT an energy shift, see:
avg_bcm_vs_evnum_4519_4.ps
energy_vs_evnum_4519_4.ps

Looking at "avg_bcm_vs_evnum_4519_4.ps" we can see there is a trip around evnum 
2505000.  Then looking at "energy_vs_evnum_4519_4.ps" we can see there is nothing significantly unusual around that evnum.  Notice that the energy ranges from 2079.13 to 2079.16


To see an example of a beam trip WITH an energy shift, see:
avg_bcm_vs_evnum_4567_1.ps
energy_vs_evnum_4567_1.ps

Looking at "avg_bcm_vs_evnum_4567_1.ps" we can see a trip around evnum 1110000.  Then looking at "energy_vs_evnum_4567_1.ps" we can see that the energy jumps up from 2079.17 MeV to 2079.7 MeV.