MTCC plots for Run 2596

	gif	The ESR code which shows overall occupancies. Why is station 2 much higher than station 1? Trigger bias?? This has been noted by several people.
	gif	Station 1 recHits.
	gif	Station 2 recHits Note this is quite uneven. A new pointing trigger was implemented for this run. Is this responsible perhaps?
	gif	Station 3 recHits (Pardon the incorrect drawing of ME3/1 boundaries.) This is also uneven, as in station 2.
	gif	polar angle θ for segments with at least five recHits.
	gif	azimuthal angle φ for segments with at least five recHits.
	gif	angle α wrt the vertical, for segments with at least five recHits. (It may be that this distribution still needs to be folded over...)

station/ring	links to plots	comments
ME11	Wire Time Bins    strips peak Time	(Chambers 27&32 expected to be empty.)
ME12	Wire Time Bins    strips peak Time	(Chamber 32 expected to be empty.)
ME13	Wire Time Bins    strips peak Time	OK
ME22	Wire Time Bins    strips peak Time	OK
ME32	Wire Time Bins    strips peak Time	OK

chamber	links to plots	comments
ME11 / 28	multiplicities   wire hits   strip hits   recHits   segments	OK
ME11 / 29	multiplicities   wire hits   strip hits   recHits   segments	OK
ME11 / 30	multiplicities   wire hits   strip hits   recHits   segments	OK
ME11 / 31	multiplicities   wire hits   strip hits   recHits   segments	OK
ME12 / 28	multiplicities   wire hits   strip hits   recHits   segments	OK
ME12 / 29	multiplicities   wire hits   strip hits   recHits   segments	OK
ME12 / 30	multiplicities   wire hits   strip hits   recHits   segments	OK
ME12 / 31	multiplicities   wire hits   strip hits   recHits   segments	OK
ME13 / 27	multiplicities   wire hits   strip hits   recHits   segments	OK
ME13 / 28	multiplicities   wire hits   strip hits   recHits   segments	OK
ME13 / 29	multiplicities   wire hits   strip hits   recHits   segments	OK
ME13 / 30	multiplicities   wire hits   strip hits   recHits   segments	OK
ME13 / 31	multiplicities   wire hits   strip hits   recHits   segments	OK
ME13 / 32	multiplicities   wire hits   strip hits   recHits   segments	OK
ME21 / 14	multiplicities   wire hits   strip hits   recHits   segments	OK
ME21 / 15	multiplicities   wire hits   strip hits   recHits   segments	OK, though chi-squared for segments is not so good.
ME22 / 27	multiplicities   wire hits   strip hits   recHits   segments	OK
ME22 / 28	multiplicities   wire hits   strip hits   recHits   segments	Strip distribution is very strange. I don't think it is a trigger bias. The result is an uneven rechit distribution in the (X,Y) plane.
ME22 / 29	multiplicities   wire hits   strip hits   recHits   segments	Same problem as ME22/28. A very strange distribution is seen for the (X,Y) distribution of segments.
ME22 / 30	multiplicities   wire hits   strip hits   recHits   segments	one dead wire in layer 5
ME22 / 31	multiplicities   wire hits   strip hits   recHits   segments	OK
ME22 / 32	multiplicities   wire hits   strip hits   recHits   segments	OK
ME31 / 14	multiplicities   wire hits   strip hits   recHits   segments	Poor chi-squared for segments.
ME31 / 15	multiplicities   wire hits   strip hits   recHits   segments	Odd distribution for N wire groups. Cross-talk?? Poor chi-squared for segments.
ME32 / 27	multiplicities   wire hits   strip hits   recHits   segments	OK
ME32 / 28	multiplicities   wire hits   strip hits   recHits   segments	OK
ME32 / 29	multiplicities   wire hits   strip hits   recHits   segments	OK
ME32 / 30	multiplicities   wire hits   strip hits   recHits   segments	OK
ME32 / 31	multiplicities   wire hits   strip hits   recHits   segments	OK
ME32 / 32	multiplicities   wire hits   strip hits   recHits   segments	OK