Here is the optics run plan for rigth arm. During ramping the right dipole, shift leasder can use left arm to take data.
Assuming beam will be given to optics at 2AM.
1. Cycle Q2 and Q3, change right HRS to 1.494 GeV, left HRS at 1.4045. set both septa to 1.4045. Take data with left arm.
2. When right dipole is almost settled(at about 3:30), cycle left Q2 and Q3. Change left HRS to 1.494. Put septa at 1.494 GeV, Take data with 2 arms for 15 minutes.
3. Move right HRS to 1.691 (cycle right Q2 and Q3), change left arm to 1.4045. Put both septa at 1.4045. Take data with Left HRS while right dipole is ramping.
4. When right dipole is about to be ready (~5:00), change Left HRS to 1.691 (cycle left Q2 and Q3). Using both arms, take 20 minutes with NH3 target, then 5 minutes for dummy, empty and C12 targets (diplution at this point).
5. When finish the dilution above (at about 6:30), use C12 target, Take 5 minutes with only fast raster(2x2). Then ask for escorted access to move sieve slits in.
6. Using C12 target, take 1M events (or 5 minutes) for each of the following configuations: A) slow + fast rastes B) faste raster (2x2) C) no raster
7. JP suggested to run 1x1 faster rasteronluy on the NH3 target. This was denied by Josh. If time allow, change to NH3 bottom, keep faster raster 2x2mm, set slow raster to jump at +/- 5, Take 20 minutes data.