1. Dale Stentz: Update on T0 and drift velocity in CMX Dale has been investigate the using different t0 and drift velocity in the arches, miniskirt and keystone. By trying to maximize the ratio of 6-hit to 5-hit stubs he finds that increasing the t0 is better. The miniskirt and keystone appear to need different constants. This is not entirely understood as the gas is the same in the miniskirts and the arches. This is work in progress. Dale has also made lots of plots of CMX quantities for the miniskirt, arches and miniskirt. Comments and discussion: The delta-x distribution for each of the 30-degree sections of the miniskirt are approximately centered at 0, so there are no major re-alignments needed. David Dagenhart: The best way to tune the drift velocity is to look at delta-z. Adjust the dv until dz is centered at 0. The keystone is currently in the trigger. As of today the miniskirt is not in the trigger. It is due to be added sometime over the next week. Once Dale has final results for the miniskirt and keystone we may update the database constants if necessary. 2. Victoria Martin: Muon Channel DB VM has written New classes to interface to the XXXStatus tables. The DB is filled with non-trivial tables for the CMP and CMX. This describe the bluebeam, keystone and miniskirt turn on as a function of run number. The first application will be to use this generate MC will be to simulate bluebeam/miniskirt/keystone on and off in the appropriate amounts. The code can also be used to return a list of channels that are not considered good for analysis. 3. Michael Gold: Central Muon Monte Carlo Michael has been looking at the dx width in the CMU, CMP and CMX; compared to the standard MC. (red: fake event MC; blue: J/psi data). The agreement seems quite good. There's no evidence that the scale factor (data dx width)/(MC dx width) varies with pT. We still want to check the match in the medium energy range (15