SOFTWARE DIAGNOSTICS TESTS.

closing the loop at different frequencies to verify the packets decimation from the secondary to the wfs.
LOOP 300 Hz.

decimazione Dec wfs 1:
Adsec : 1
Bouncer : 1

Optical loop data: 20090623_110930.
10000 frames

Nota: Adsec stream loose packets every some thousands of frames. The Rest Ok.

LOOP 250 Hz

decimazione Dec wfs 1:
Adsec : 1
Bouncer : 1

Optical loop data: 20090623_111227.
10000 frames

Nota: Adsec stream loose packets every some thousands of frames.Seems to behaves the same than at 300Hz.
Check from the frame counter to get a better analysis.
LOOP 200 Hz

decimazione Dec wfs 1:
Adsec : 1
Bouncer : 1

Optical loop data: 20090623_111405.
10000 frames

Nota: Adsec stream loose packets rarely, we saw two in 10000.
LOOP 150 Hz.

decimazione Dec wfs 1:
Adsec : 1
Bouncer : 1

Optical loop data: 20090623_111633.
10000 frames

Nota: Adsec stream loose packets rarely, we saw two in 10000.Same that 200Hz.

LOOP 340Hz.

decimazione Dec wfs 1:
Adsec : 1
Bouncer : 1

Optical loop data: 20090623_111839.
10000 frames

Nota: Adsec stream loose packets, not too many.....
LOOP 500 Hz.

decimazione Dec wfs 1:
Adsec : 1
Bouncer : 1

Optical loop data: not data saved.
10000 frames

Nota:


Set new arbitrator to set the decimation and the speed between the WFS, the secondary and the bouncer.
LOOP 680 Hz.

decimazione

wfs 2:
Adsec : 2
Bouncer : 1

Optical loop data: 20090623_120714
10000 frames

Nota: quasi nessun pacchetto perso a occhio, ma la velocità sembra oscillare un po'.
LOOP 1000 Hz.

decimazione

wfs 3:
Adsec : 3
Bouncer : 1

Optical loop data: 20090623_120945
10000 frames

Nota: qualche pacchetto perso dall'ADSEC STREAM.

*********pausa pranzo: SINUSOIDAL MEASURES

Onemode_measures

sinu_m34_20Hz:slopes_90-->slopes_99

sinu_m34_30Hz: slopes_100-->slopes_109

sinu_m34_45Hz: slopes_110-->slopes_119

****set intmat per cloop

set_sequence_600modes_20startFreq

slopes30-->slopes59

****set intmat per cloop

set_Nosequence_600modes_20startFreq

slopes120-->slopes149
OPTIMAZING THE PSF CLOSE LOOP TO COMPARE WITH THE SINOSOIDAL REC.

CLOSE LOOP psf.fits

saved: /towerdata/data_20090623/..
ccd39:400Hz.
Rec:Rec_20090603_151453.
Nmodes:600
Gain:0.4
Aveg:300 frames.
checdk the ADC: 15
OPEN LOOP psf2.fits

saved sequences:300
FW2:50/50.
CLOSE LOOP psf3.fits

rec:Rec_2009151453.fits
NModes:600
FW1. 600-1000
FW2. 850-10
Dist:dist_atmo_08_1000Hz_15ms_s35.fits
ADC:-115.

NOTA: apply a rec, the Rec which has been used. skip frames. only way to recover the Secondary rip the Sec.

Running a close loop with the disturbance with a new rec. (Rec_20090623_simus600modes.fits),gain :0.4 went Ok, after a few seconds the secondary went to fault. checking the skipping frames and the secondary is skipping (calling marco to trace this fault)... to recover this fault tooks too long and it was impossible to measure the PSF using the sinusoidal's REC.
TEST USING AN INTERNAL LAN BETWEEN AOWS AND AOSERVER. THIS IS DONE INSTALLING TWO NEW ETHERNET CARDS AND CHANGING THE NET CONFIGURATION IN THE SYSTEM.

-- JuanCarlosGuerra - 2009-06-23
Topic revision: r4 - 25 Jun 2009, JuanCarlosGuerra
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