* Data put on wiki of movement speed tests for magnet mover system- get about 42 um/s, need to incorporate in simulations
* Test of faster driver to move sextupoles more quickly for tuning knobs underway.
* All available measured magnet multipole data now in ATF2 deck
* Rogelio re-matched optics to restore beamsize in presence of QF1/QD0 multipoles (see his talk)
* Rogelio's tracking showed ~50nm IP y size without re-matching, Lucretia gave ~100nm, Rogelio to check implementation of multipole tilts in his code.
* Lucretia tuning simulations done with re-matched optics RMS IP beamsize results 90% seeds <52 nm 50% seeds <44nm (compare with no-multipole results of 39.5nm / 46nm respectively)
* Hopefully above results can be improved with re-done matching with correct multipole tilt values
* 90% tuning time ~30 hours with multipoles, ~9 hours without
* Knobs not re-generated with re-matched optics, expect tuning time to improve when this is done
* Suggestion from Philip- show additional plot in future showing time to tune < some absolute beam size (say 45 nm)
* Effect of increased s-band BPM -> magnet distance discussed (see slide)