0. Before ramping up the magnet: verify HVs and thresholds.
    (done)

    Pulser data: see all the channels.
    (done)

    Make sure the new DS scintillator work.
    (done)    

    Set up additional discriminators with low
    thresholds to get M1L and M2L without disturbing M1 and M2.
    (done)

    Beam tune = 120MeV/c spray pions, 
    Gas degrader=(does not matter here, the same as for the next item),
    Trigger=DS

    Take a control sample of t0 and alignment data.
    6-10  2GB (10^6 events) runs.
    (done)


 I. Ramp to 2T slowly and take some stopped muon data at several rest stops!

    Instead: took data while ramping up the magnet.


 II. Field on efficiency and t0 check:

    @ 1.5T :
    
    120MeV/c spray pions
    "Kinks and deltas"
    "Stopping muons".

 III. Systematics studies

    a. Study the positron "kinks and deltas". Find a channel tune that
    brings beam positrons into the spectrometer with a moderately
    large p-perp.  This may imply mis tuning B2 relative to B1. Then
    take 10M beam positron events each at 30, 35, 40, 45, 50
    MeV/c. Ideally, use the low-threshold M trigger for this to ensure
    that the positrons see minimum mass prior to the detector.

        Kinks and deltas: (positrons, MLT trigger)
        
        5825-5831	8@1.2M=10M	30 MeV/c (B2 +/-2%,+4%)
        5832-5840	7@1.1M=8M	35 MeV/c (B2 +4%)
        5841-5843	3@1.0M=3M	40 MeV/c (B2 +2%)
        5867-5876	10@1.0M=10M	45 "       "
        5877-5886	10@1.0M=10M	50 "       "
        
        ==> we wanted 10M at each momentum, so we are a little short
        at 40 MeV/, otherwise fine.


    b0. Quick study of the (clean evts/all evts) vs rate. What's the
   	DAQ limit on the rate for mu decay data?

	Scan 0.9kHz - 6.3kHz, runs 5986-5990
    
    b.  High/Low rate (4kHz vs 2kHz)

			    High rate		Low rate
        
        40%He			-		58M (5945-5987, 6123-6147)
        70%He		90M (6395-6441,??)		97M (6442-6556)
        100%He		48M (6213-6275)		-

    d. Study effect of materials in the downstream end of the detector.
    One day of "thin" Lucite, one day with one of the metal plates
    @ 2kHz muon triggers, stopping in the center of the
    target.

      runs	    estimated events	condition

      5992-6122	    130*0.87M=113M	Al plate DS
      6276-6388	    113*0.890M=100M	thin lucite DS
      6389-6394	    6*0.89M=5.4M	", %He changing from 100 to 70

    f. Devote any remaining time to stopping distribution and PACT
    studies.

      : threshold/HV scan for TGT PCs
      : threshold/HV scan for outer PCs
      : tried for unpolarized beam;
      : momentum scan.

    e. Quick check with 120 MeV/c (spray) pion tune that nothing has
    changed. 6-10  2GB (10^6 events) runs.
    (Few hours.)

       Beam tune = 120MeV/c spray, 
       Runs (MLT): 6692-6699 (8*1.8M), (PU): 6700-6708 (9*1.3M)

    g. beta source alignment data.

        runs 6710-6728 (200-300K), 
	     6729(PU1, 0.8M), 6730-6731(PU, 2*0.8M)