We start recording the IM for the Yellow pupil @ 150Hz.

REC: 100modesOK

Then we close the loop at 1kHz.

TN	Notes
20140510_202224	new Snapshot procedure, closed loop with 100 modes
20140510_202306	"
20140510_202355	old Snapshot, closed loop on 100 modes, gain 0.1
20140510_202424	"
20140510_202941	new SN, open loop
20140510_203003	"
20140510_203025	old SN, open loop
20140510_203740	old SN, CL 100 modes, gain 0.5
20140510_203813	new SN, CL 100 modes, g 0.5
20140510_203840	"

We try to set UDP port 10002 to receive the tubone data from ASM. Fail!

TN	Notes
20140510_211438	CL, g 0.1, no TT correction
20140510_211457	"
20140510_211517	"
20140510_211554	CL, g=0.5, no TT
20140510_211637	"
20140510_211734	"
20140510_211931	CL, g=0.5, no TT, jitter loop closed
20140510_211950	"
20140510_212014	"
20140510_221516	CL 150 modes, g=0.2, 1kHz, no jitter
20140510_223440	CL 150 modes, g=0.35 on TT, 0.25 on HO
20140510_223506	"

We recalibrated the amplitude of the modes, each mode is weighted by the slope rms recorded during the IM acquisition. The weighting coefficients are stored here:

/home/argos/calib/DX/aarb/aoloop/amp_calibrated.fits

So all the new IM have the modal amplitudes optimized:

TN	Notes	Rec
20140510_231120	CL 150 modes, g 0.5 on TT, 0.4 on HO	150modes_optimized.fits
20140510_231149	"	"
20140510_231225	"	"

We switch to BLUE pupil.

Pupil motor	X	Y
Blue	798	511
Yellow	295	755

REC: 50modes_ol_blue, 150modes_blue

TN	Notes
20140511_000000	CL 150 modes, 1kHz
20140511_000054	OL

DARK: 20140511_000552

17:12 VNC crash...