HEXA	X	Y	Z	Rx	Ry
	-6.02	-7.27	4.33	-510	240

We flatten with FLAO and ARGOS

TN	Notes
20141129_231158

We load disturb = 1.2" and we set diodes to have about 4k ADU per subap.

TN	Notes
20141129_233808	G=0.8,0.5,0.4
20141129_233838
20141129_233916
20141129_234014	G=1.0,0.6,0.5
20141129_234050

Now the LGS are centered on the LGSW FoV, we take the new hexapod positions

HEXA	X	Y	Z	Rx	Ry
	-2.02	-3.27	4.14	-517	66

We noe close the loop on FLAO, bin1, 400 modes.

Slope_offset: 20141130_034044, 20141130_034228

Stage	X	Y	Z	Rx	Ry
Hexapod	-2.02	-3.27	4.13	-504	94
FLAO stages	-72	-47	27

Pupil target: 20141130_034504

ASM flat: 20141130_400modes, 20141130_400modes2, 20141130_400modes3

Measure of LGSW FoV center with FLAO stages

We close the loop on FLAO, we move the stages to feed off-axis sources on the LGSW. Now we scan the 3 LGS FoVs and we write down the stages positions at which the LGS exit the FoV:

LGS	Min X	Max X	Min Y	Max Y	Center	FoV dim
Blue	-70.6	-73	-46.2	-48.8	[-71.8; -47.4]	[2.07; 1.16]
Yellow	-73.0	-70.6	-45.8	-48.6	[-71.8; -47.2]	[2.95; 2.22]
Red	-70.8	-73.6	-46.0	-48.4	[-72.2; -47.2]	[1.95; 1.07]

Now we set the stages to the best center position of the 3 LGS, we close the jitter loop and we take the new

Jitter tag: 20141130_042700

-- MarcoBonaglia - 18 Dec 2014