1. Startup program, 1
Machine setup (i.e. R:\Controls\matlab\acceleratorcontrol\docs\SRSetupUsingMatlab_ALS.doc)
Bergoz BPM/orbit checks: monbpms, correct orbit, PSD, set averaging, aperture scans?, monrates?
PS checkout: monmags; check that quad shunt is off; magstep?; monrates?
QMS: establish offset orbit and golden orbit (w/ septum bump); include alignment data?; include magnet fiducialization?
LOCO: correct betas and coupling, set BPM gains, check corrector gains
measure xs
orbit interlock calibration & verification & trip speed check
Current interlock check; ACM checks
Radiation measurements (~1 hour for scrapers)
BTS
Fix optics
Investigate efficiency vs. steering (aperture?)
Echotek BPMs
Collect calibration data for Till
Check kicker bump match w/ echoteks
Dynamic aperture/kicker/echotek/scraper calibration
Dynamic aperture vs. frf vs. vertical scraper
Injection efficiency vs. vertical and horizontal scraper
Requires clearing floor?
Injection, lifetime with ny = 6.23, 7.23?, nx = nx+1
Injection efficiency w/out IDs (should go up w/ dynamic aperture)
BL5 EPU skew gradient correction; skew quad hysteresis?
Measure tune shifts with amplitude w/ and w/out IDs
Measure frequency map: nx,ny(xb,frf)
Lifetime vs. vertical and horizontal scraper (preferably with reasonable vacuum).

2. Startup program, 2 Bergoz High current BPM filter test
Current dependence measurements
Test tone calibration
High current

3. Hot issues
If our dynamic aperture is really 18 mm, why do we only get 75% injection efficiency?
Echotek dynamic aperture (14 mm) not= K3 dynamic aperture (18 mm)
Injection efficiency vs. vertical aperture
Lifetime vs. vertical aperture
Injection and lifetime vs. dynamic aperture
BL5 EPU skew correction