MOBY261 experiment with new MOBYrefresh - testing of the spec for the MOBY261 deployment - BS02cfg003

First in-water data set with MOBY installed in MOBY261 July 2016 and deployed 16 Aug 2016. Intially all the data looked really wierd and satrated. But after some fiddling with settings Art and Ken go some usable data from the BS02 spec, see Day 4. During a 22 Sep telcon Art and Ken mentioned that when they tried to do a gain of 4 which is the gain we would prefer to use the linux program would not save a usable file but when using the PC the files saved where fine. The problem seemed to be caused by any values at the 65K saturation level which caused the linux program to save an un-usable file. But we can get good data using the Gain 2 setting and do some in-water testing. Carol put together a good list of tests to do.

  1.    Illuminate 1 track at a time with lots of signal for cross track scattering characterization
  2.    Use Fraunhofer lines to characterize the wavelength stability from Es (could do same for the MOS Es on 261 for comparison)
  3.    Track stability � is there an algorithm such as moment analysis so this could be automated?
  4.    Cross calibrate the Lu’s we can with MOS (perhaps “fixing” LuMID on MOS using MOS’ KL’s)
  5.    Trend the “relative” KL’s from the ratios of the three track net signals in each Lu image
  6.    Compare statistics of measurements between BS02 and MOS to see if simultaneous is really better than sequential; investigate integration time and # scans acquired to the extent possible or that makes any sense
  7.    Trend the relative (inter track) spectral responsivity ? I’m wondering if we assume KL is constant in the blue (KL15=KL19=KL59) then you can expect the signal ratios S1/S5 and S9/S5 to = exp(+/- 4KL) x the appropriate track responsivity ratios? If so, then this should be constant over the deployment.
  8. Mark added getting a diver cal

DARK/BACKGROUND NOTE: For this MOBY261 data sets what I am calling Darks where taken with the camera shutter closed and external shutter open. Backgournd files where collected with the camera shutter open and the external shutters closed. Note that this filenaming is backwords to most of the MOBY team's normal understanding of Darks and Backgrounds. But changing this on after day 8 was way too late. So we are leaving the naming for now.

Mikes Predicted Exposure Times for BS02 PDF

Problems seen (and solved):

  1. At Gain 4 the linux software does not save a usable fits file but the PC software does. So now we have something to track down. Still working on getting consistent data from the BS01 and other instruments using Art software.
  2. Track movement during deployment: See Page Num 100.01, looks good there has seen very little track movement during for the data collected so far (day 4, 5 and 6)
  3. System responses for Es and Ed data where at 0.1 sec int times so are off by quite a bit. Lu system responses where at int times > 1 sec and so are better.
  4. Track widths did not change much, track edges move very little but Track 1 moved the most and track 13 moving the lest.
  5. Es (Track 2) wavelengths have moved VERY little during the deployment. WIth the biggest change being about 0.2 nm from start to end
  6. 2 divercals where taken with MOBY261 and BS01 and system response where created using the two data sets. The int times where very short. And the data from M261 and BS01 where taken a hour or so apart. So changes in the lamps via batteries can affect the results.

Photos

 
Data plots that cover more than 1 day
100.01 Track movement days 4-6 in-water data track movement Dec 12, 2016
100.02 Es Fraun Lines Tracking the Track 2 Es Fraunhofer lines Dec 12, 2016
100.03 Dark cross sections Dark cross sections plots (pixels 100, 500 and 900) Dec 12, 2016
100.04 Background cross sections Background cross sections plots (pixels 100, 500 and 900) Dec 12, 2016
100.05 In-water time series In-water time series of Lu,Ed and Es data and rough system response from MOBY Jan 10, 2017
100.06 Divercal data Graphs of the say 12 and 17 dirty and clean Diver cal data Dec 05, 2016
100.07 In-water dark time series In-water DARKS of Lu,Ed and Es data Jan 10, 2017
100.10 Track movement - new Looking a track movement for 3 cross track pixels for each of the Es and Lu tracks - whole deployment 27 Sep 2018
       
Relevent data sets from other experiments
200.01 dark M1602 Looking at darks and Backgrounds from RS03 in Miami Nov 14, 2016
200.02 dark M1602 to M261 Comparing darks and Backgrounds from RS03 in Miami and MOBY261 in-water (does the program cause the sine waves? --> No) Nov 14, 2016
200.03 dark H1609 day4 Looking at darks and Backgrounds from BS01 Hawaii 2016 09 day 4 Nov 14, 2016
200.02 dark M1602 to M261 & H1609 Comparing darks and Backgrounds from RS03 and MOBY261 in-water and Hawaii-2016-09 day 4 darks (does the MOBY power system cause the sine waves? --> No) Nov 14, 2016
       
 
Day 01 - First data set - in MOBY261 - predeployment - noise testing
2.01 Noise in system on buoy Comparing dark noise to Hawaii-2016-01 BS02 day1 data Aug 3, 2016
Day 02 - Dark with and w/o shutters - in MOBY261 - predeployment - shutter test?
3.02 darks w/ shutters Looking at BS02 data with shutters open and closed Aug 15, 2016
       
Day 04 - MOBY261 - in-water - testing camera settings
5.01 First look at in-water data First look at some in-water data (first three files all track on, next three tracks 2,4,5 and 7 closed) Sep 21, 2016
5.02 Track movement Checking track movement Sep 21, 2016
5.03 Dark shapes Looking at some shapes and light on some tracks seen in the darks Sep 21, 2016
5.04 Day4 track movement Looking at track movement for the day 4 data only. Sep 23, 2016
Day 05 - MOBY261 - in-water -3 Lu tracks at different exposure times
6.01 First look at in-water data More in-water Lu data at different int times Sep 28, 2016
6.02 Comparing Lu tracks Comparing the Lus from the same track Sep 28, 2016
6.03 Lu Ratios Ratios of the LuTop to the LuMid and Bot track Sep 28, 2016
Day 06 - MOBY261 - in-water - shutter testing, darks, backgrounds and lights (2x gain)
7.01 in-water darks/bckgrd Looking at the darks and background data Oct 14, 2016
7.02 in-water lites I1 and I2 in-water data Oct 17, 2016
7.03 in-water lites I2 avg Average I2 in-water data Oct 18, 2016
Day 07 - MOBY261 - in-water - automate program data collected at 7:22 AM HST@ -40C
8.01 in-water darks/bckgrd Looking at the darks and background data Nov 1, 2016
8.02 comparing darks and backgrounds More looks at darks and backgrounds Nov 2, 2016
Day 08 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -40C
9.01 in-water darks/bckgrd Looking at the darks and background data Nov 1, 2016
9.02 in-water nets Calculating net signal and looking at darks and backgrounds for the two data sets Nov 1, 2016
9.03 in-water nets comped to MOBY Comparing the MOBY 20 hour data to the BS02 data and a rough system response Nov 2, 2016
9.04 comparing darks and backgrounds More looks at darks and backgrounds and std Nov 2, 2016
Day 09 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
10.01 in-water darks/bckgrd Looking at the darks and background data Nov 1, 2016
10.02 in-water nets Calculating net signal and looking at darks and backgrounds for the two data sets Nov 1, 2016
10.03 in-water nets comped to MOBY Comparing the MOBY 20 hour data to the BS02 data and a rough system response Nov 2, 2016
10.04 comparing darks and backgrounds More looks at darks and backgrounds and std Nov 2, 2016
Day 10 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
11.01 in-water darks/bckgrd Looking at the darks and background data Nov 9, 2016
11.02 in-water nets Calculating net signal and looking at darks and backgrounds for the two data sets Nov 9, 2016
Day 11 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
12.01 in-water darks/bckgrd Looking at the darks and background data Nov 9, 2016
12.02 in-water nets Calculating net signal and looking at darks and backgrounds for the two data sets Nov 9, 2016
Day 12 - MOBY261 - in-water - DIVERCAL DATA - dirty @ -60C - DIRTY
13.01 in-water darks/bckgrd Looking at the darks and background data Nov 10, 2016
13.02 in-water nets Calculating net signal and looking at darks and backgrounds for the two data sets Nov 11, 2016
Day 13 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
14.01 in-water darks/bckgrd Looking at the darks and background data Nov 12, 2016
14.02 in-water nets Calculating net signal and looking at darks and backgrounds for the two data sets Nov 12, 2016
Day 14 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
15.01 in-water darks/bckgrd Looking at the darks and background data Nov 12, 2016
15.02 in-water nets Calculating net signal and looking at darks and backgrounds for the two data sets Nov 12, 2016

 

All the raw data files and their images , Table of KEYWORDS variable
Page Number
Link
Description
Date
1.01
Day 01 - 3 Aug Raw Data , Table
Day 01 - First data set - in MOBY261 - predeployment - noise testing
Aug 3, 2016
1.02
Day 02 - 15 Aug Raw Data , Table
Day 02 - Dark with and w/o shutters - in MOBY261 - predeployment - shutter test?
Aug 15, 2016
1.03
Day 03 - not sent yet
Day 03 - Bad BS02 data collected with MOBY261 in-water
1.04
Day 04 - 21 Sep Raw Data , Table
Day 04 - MOBY261 - in-water - testing camera settings
Sep 21, 2016
1.05
Day 05 - 28 Sep Raw Data , Table
Day 05 - MOBY261 - in-water -3 Lu tracks at different exposure times
Sep 28, 2016
1.06
Day 06 - 13 Oct Raw Data , Table
Day 06 - MOBY261 - in-water - shutter testing, darks, backgrounds and lights (2x gain)
Oct 13, 2016
1.07
Day 07 - 28 Oct Raw Data , Table
Day 07 - MOBY261 - in-water - automate program data collected at 7:22 AM HST @ -40C
Nov 1, 2016
1.08
Day 08 - 31 Oct Raw Data , Table
Day 08 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -40C
Nov 1, 2016
1.09
Day 09 - 3 Nov Raw Data , Table
Day 09 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 3, 2016
1.10
Day 10 - 5 Nov Raw Data , Table
Day 10 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 5, 2016
1.11
Day 11 - 6 Nov Raw Data , Table
Day 11 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 6, 2016
1.12
Day 12 - 10 Nov Raw Data , Table
Day 12 - MOBY261 - in-water - DIVERCAL DATA - dirty @ -60C - DIRTY
Nov 10, 2016
1.13
Day 13 - 8 Nov Raw Data , Table
Day 13 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 12, 2016
1.14
Day 14 - 9 Nov Raw Data , Table
Day 14 -MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 12, 2016
1.15
Day 15 - 12 Nov Raw Data , Table
Day 15 - MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 14, 2016
1.16
Day 16 -13 Nov Raw Data , Table
Day 16 -MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 14, 2016
1.17
Day 17 - 11 Nov Raw Data , Table
Day 17 - MOBY261 - in-water - DIVERCAL DATA - dirty @ -60C - CLEAN
Nov 17, 2016
1.18
Day 18 -14 Nov Raw Data , Table
Day 18 -MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 14, 2016
!!!!!!!!!! MOBY261 LuTop and EdTop and BS02 LuTop and EdTop all stopped getting any ligth into the spectrograph on the 15th.!!!!!!!!!!!!!!!!!
1.19
Day 19- 16 Nov Raw Data , Table
Day 19 -MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 14, 2016
1.20
Day 20- 17 Nov Raw Data , Table
Day 20 -MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 30, 2016
1.21
Day 21- 18 Nov Raw Data , Table
Day 21 -MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 30, 2016
1.22
Day 22- 19 Nov Raw Data , Table
Day 22 -MOBY261 - in-water - automate program data collected during MOBY's 20 hour file@ -60C
Nov 30, 2016
1.23
Day 23 - 20 Nov Raw Data , Table
Day 23 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 02, 2016
1.24
Day 24 - 21 Nov Raw Data , Table
Day 24 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 02, 2016
1.25
Day 25 - 22 Nov Raw Data , Table
Day 25 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 02, 2016
1.26
Day 26 - 24 Nov Raw Data , Table
Day 26 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 02, 2016
The last file on 24 Nov was not complete and all but the first fits file collected on Nov 25, 27, 28, Dec 7 and 8 had a filesize of zero. The first files had size but where partial files. Turns out The local disk on the BSG was full. Art cleaned it out on 9 Dec so hopefully data will resume.
1.27
Day 27 - 10 Dec Raw Data , Table
Day 27 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 12, 2016
1.28
Day 28 - 11 Dec Raw Data , Table
Day 28 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 12, 2016
1.29
Day 29 - 14 Dec Raw Data , Table
Day 29 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 15, 2016
1.30
Day 30 - 15 Dec Raw Data , Table
Day 30 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 16, 2016
1.31
Day 31 - 16 Dec Raw Data , Table
Day 31 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 19, 2016
1.32
Day 32 - 17 Dec Raw Data , Table
Day 32 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 19, 2016
1.33
Day 33 - 18 Dec Raw Data , Table
Day 33 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 19, 2016
1.34
Day 34 - 19 Dec Raw Data , Table
Day 34 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 20, 2016
1.35
Day 35 - 20 Dec Raw Data , Table
Day 35 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 21, 2016
1.36
Day 36 - 21 Dec Raw Data , Table
Day 36 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 22, 2016
1.37
Day 37 - 23 Dec Raw Data , Table
Day 37 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 23, 2016
1.38
Day 38 - 25 Dec Raw Data , Table
Day 38 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 26, 2016
1.39
Day 39 - 26 Dec Raw Data , Table
Day 39 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 27, 2016
1.40
Day 40 - 27 Dec Raw Data , Table
Day 40 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 28, 2016
1.41
Day 41 - 28 Dec Raw Data , Table
Day 41 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 29, 2016
1.42
Day 42 - 29 Dec Raw Data , Table
Day 42 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Dec 30, 2016
1.43
Day 43 - 30 Dec Raw Data , Table
Day 43 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 02, 2017
1.44
Day 44 - 31 Dec Raw Data , Table
Day 44 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 02, 2017
1.45
Day 45 - 02 Jan Raw Data , Table
Day 45 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 03, 2017
1.46
Day 46 - 03 Jan Raw Data , Table
Day 46 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 04, 2017
1.47
Day 47 - 04 Jan Raw Data , Table
Day 47 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 05, 2017
1.48
Day 48 - 05 Jan Raw Data , Table
Day 48 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 06, 2017
1.49
Day 49 - 06 Jan Raw Data , Table
Day 49 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 09, 2017
1.50
Day 50 - 07 Jan Raw Data , Table
Day 50 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 09, 2017
The last file on 8 Jan was not complete and all the files on 9 Jan where zero size. BSG disk was full. Art clearned it off. But the controller didn't actually shut down after Art logged out, so there was no MO3 or BS02 data on 10 Jan. Data collection restarted on 11 Jan.
1.51
Day 51 - 11 Jan Raw Data , Table
Day 51 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 12, 2017
1.52
Day 52 - 12 Jan Raw Data , Table
Day 52 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 13, 2017
1.53
Day 53 - 13 Jan Raw Data , Table
Day 53 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 16, 2017
1.54
Day 54 - 14 Jan Raw Data , Table
Day 54 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 16, 2017
1.55
Day 55 - 15 Jan Raw Data , Table
Day 55 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 16, 2017
1.56
Day 56 - 16 Jan Raw Data , Table
Day 56 -MOBY261 - MOBY261 - in-water - DIVERCAL DATA - dirty @ -60C - DIRTY
Jan 20, 2017
1.57
Day 57 - 17 Jan Raw Data , Table
Day 57 -MOBY261 - MOBY261 - in-water - DIVERCAL DATA - dirty @ -60C - CLEAN
Jan 20, 2017
1.58
Day 58 - 18 Jan Raw Data , Table
Day 58 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 20, 2017
1.59
Day 59 - 19 Jan Raw Data , Table
Day 59 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 20, 2017
1.60
Day 60 - 20 Jan Raw Data , Table
Day 60 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 23, 2017
1.61
Day 61 - 21 Jan Raw Data , Table
Day 61 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 23, 2017
1.62
Day 62 - 23 Jan Raw Data , Table
Day 62 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 24, 2017
1.63
Day 63 - 24 Jan Raw Data , Table
Day 63 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 25, 2017
1.64
Day 64 - 25 Jan Raw Data , Table
Day 64 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 26, 2017
1.65
Day 65 - 26 Jan Raw Data , Table
Day 65 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 27, 2017
1.66
Day 66 - 28 Jan Raw Data , Table
Day 66 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 30, 2017
1.67
Day 67 - 29 Jan Raw Data , Table
Day 67 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 30, 2017
1.68
Day 68 - 30 Jan Raw Data , Table
Day 68 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Jan 31, 2017
1.69
Day 69 - 31 Jan Raw Data , Table
Day 69 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 01, 2017
1.70
Day 70 - 01 Feb Raw Data , Table
Day 70 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 02, 2017
1.70
Day 70 - 01 Feb Raw Data , Table
Day 70 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 02, 2017
1.71
Day 71 - 02 Feb Raw Data , Table
Day 71 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 03, 2017
1.72
Day 72 - 04 Feb Raw Data , Table
Day 72 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 06, 2017
1.73
Day 73 - 05 Feb Raw Data , Table
Day 73 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 06, 2017
1.74
Day 74 - 06 Feb Raw Data , Table
Day 74 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 07, 2017
1.75
Day 75 - 07 Feb Raw Data , Table
Day 75 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 08, 2017
1.76
Day 76 - 08 Feb Raw Data , Table
Day 76 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 09, 2017
1.77
Day 77 - 09 Feb Raw Data , Table
Day 77 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 10, 2017
1.78
Day 78 - 10 Feb Raw Data , Table
Day 78 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 13, 2017
1.79
Day 79 - 11 Feb Raw Data , Table
Day 79 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 13, 2017
1.80
Day 80 - 12 Feb Raw Data , Table
Day 80 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 13, 2017
1.81
Day 81 - 13 Feb Raw Data , Table
Day 81 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 14, 2017
1.82
Day 82 - 14 Feb Raw Data , Table
Day 82 -MOBY261 - in-water - automate program data collected during MOBYs 20 hour file@ -60C
Feb 15, 2017
DAILY WEBPAGE created by automated program
Day# Date in-water darks/bckgrd In-water Nets Date added
15 12 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
16 13 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
18 14 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
!!!!!!!!!! MOBY261 LuTop and EdTop and BS02 LuTop and EdTop all stopped getting any ligth into the spectrograph on the 15th.!!!!!!!!!!!!!!!!!
19 16 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
20 17 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
21 18 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
22 19 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
23 20 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
24 21 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
25 22 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
26 24 Nov in-water darks/bckgrd in-water nets Dec 05, 2016
The last file on 24 Nov was not complete and all but the first fits file collected on Nov 25, 27, 28, Dec 7 and 8 had a filesize of zero. The first files had size but where partial files. Turns out The local disk on the BSG was full. Art cleaned it out on 9 Dec so hopefully data will resume.
27 10 Dec in-water darks/bckgrd in-water nets Dec 12, 2016
28 11 Dec in-water darks/bckgrd in-water nets Dec 12, 2016
29 14 Dec in-water darks/bckgrd in-water nets Dec 15, 2016
30 15 Dec in-water darks/bckgrd in-water nets Dec 16, 2016
31 16 Dec in-water darks/bckgrd in-water nets Dec 19, 2016
32 17 Dec in-water darks/bckgrd in-water nets Dec 19, 2016
33 18 Dec in-water darks/bckgrd in-water nets Dec 19, 2016
34 19 Dec in-water darks/bckgrd in-water nets Dec 20, 2016
35 20 Dec in-water darks/bckgrd in-water nets Dec 21, 2016
36 21 Dec in-water darks/bckgrd in-water nets Dec 22, 2016
37 23 Dec in-water darks/bckgrd in-water nets Dec 23, 2016
38 25 Dec in-water darks/bckgrd in-water nets Dec 26, 2016
39 26 Dec in-water darks/bckgrd in-water nets Dec 27, 2016
40 27 Dec in-water darks/bckgrd in-water nets Dec 28, 2016
41 28 Dec in-water darks/bckgrd in-water nets Dec 29, 2016
42 29 Dec in-water darks/bckgrd in-water nets Dec 30, 2016
43 30 Dec in-water darks/bckgrd in-water nets Jan 02, 2017
44 31 Dec in-water darks/bckgrd in-water nets Jan 02, 2017
45 02 Jan in-water darks/bckgrd in-water nets Jan 03, 2017
46 03 Jan in-water darks/bckgrd in-water nets Jan 04, 2017
47 04 Jan in-water darks/bckgrd in-water nets Jan 05, 2017
48 05 Jan in-water darks/bckgrd in-water nets Jan 06, 2017
49 06 Jan in-water darks/bckgrd in-water nets Jan 09, 2017
50 07 Jan in-water darks/bckgrd in-water nets Jan 09, 2017
51 11 Jan in-water darks/bckgrd in-water nets Jan 12, 2017
52 12 Jan in-water darks/bckgrd in-water nets Jan 13, 2017
53 13 Jan in-water darks/bckgrd in-water nets Jan 16, 2017
54 14 Jan in-water darks/bckgrd in-water nets Jan 16, 2017
55 15 Jan in-water darks/bckgrd in-water nets Jan 16, 2017
56 16 Jan - dvrcal in-water darks/bckgrd in-water nets Jan 16, 2017
57 17 Jan - dvrcal in-water darks/bckgrd in-water nets Jan 16, 2017
58 18 Jan in-water darks/bckgrd in-water nets Jan 20, 2017
59 19 Jan in-water darks/bckgrd in-water nets Jan 20, 2017
60 20 Jan in-water darks/bckgrd in-water nets Jan 23, 2017
61 21 Jan in-water darks/bckgrd in-water nets Jan 23, 2017
62 23 Jan in-water darks/bckgrd in-water nets Jan 24, 2017
63 24 Jan in-water darks/bckgrd in-water nets Jan 25, 2017
64 25 Jan in-water darks/bckgrd in-water nets Jan 26, 2017
65 26 Jan in-water darks/bckgrd in-water nets Jan 27, 2017
66 28 Jan in-water darks/bckgrd in-water nets Jan 30, 2017
67 29 Jan in-water darks/bckgrd in-water nets Jan 30, 2017
68 30 Jan in-water darks/bckgrd in-water nets Jan 31, 2017
69 31 Jan in-water darks/bckgrd in-water nets Feb 01, 2017
70 01 Feb in-water darks/bckgrd in-water nets Feb 02, 2017
70 01 Feb in-water darks/bckgrd in-water nets Feb 02, 2017
71 02 Feb in-water darks/bckgrd in-water nets Feb 03, 2017
72 04 Feb in-water darks/bckgrd in-water nets Feb 06, 2017
73 05 Feb in-water darks/bckgrd in-water nets Feb 06, 2017
74 06 Feb in-water darks/bckgrd in-water nets Feb 07, 2017
75 07 Feb in-water darks/bckgrd in-water nets Feb 08, 2017
76 08 Feb in-water darks/bckgrd in-water nets Feb 09, 2017
77 09 Feb in-water darks/bckgrd in-water nets Feb 10, 2017
78 10 Feb in-water darks/bckgrd in-water nets Feb 13, 2017
79 11 Feb in-water darks/bckgrd in-water nets Feb 13, 2017
80 12 Feb in-water darks/bckgrd in-water nets Feb 13, 2017
81 13 Feb in-water darks/bckgrd in-water nets Feb 14, 2017
82 14 Feb in-water darks/bckgrd in-water nets Feb 15, 2017

 

DAY 1 EMAIL from Art and Mark

Hi Steph,


Art will be sending you a few images from the BSG installed on MOBY.  I think it is BSG2.  The plan is to take some light and dark images at 0.5 sec and 10 sec.  The light levels will be low since the spec is just looking at the wall in the warehouse we are in.  

The sole purpose of these images is to look at noise level in the images.  We want to make sure the Andor CCD is operating on batteries as well as it was previously in the lab.

mark

 

Hi Steph, fits files for each run are on optilab in mp/bsg_test_160803 hopefully the directory names make sense. numbers 3-20 are with the cooling on. 1,2 are with the cooling program but before turning coolers on. 21+ are with a different acquisition program that does not have the cooler code in it. Art

 
DAY 2 EMAIL from Art and Mark

Steph,

Can you get at these images Art took today?

Mark

---------- Forwarded message ----------
From: Art Gleason
Date: Mon, Aug 15, 2016 at 10:39 AM
Subject: test images from today
To: Mark Yarbrough
Cc: Art Gleason


light and dark at 0.1, 0.5, and 1.0 seconds
one set with all shutters open
one set with all shutters closed (except 1 and 14 open but covered).
File names indicate which is which.
Note scales change a lot between some plots.

Art

 

Hi Steph, Mark wanted me to send you new bsg test images from today. I put them on optilab in tmp/bsg_test_160815 there is a zip file there called Archive.zip Art

 
DAY X EMAIL from Mike

Hello,
Here is the collector vs port assignment for the BS03 deployed on MOBY261:
Es @ port 02
Et @ port 04
Em @ port 05
Eb @ port 07
Lt @ port 09
Lm @ port 11
Lb @ port 13

The reason for the odd setup of Es & Et was that the shutter #1 & #3 were giving us problems just before the
final assembly.  Otherwise, we had intended to put Es on port 01, and Et on port 03 - i.e. leaving empty-ports between used-ports.
And, the intent was to keep the bright E signals and the dim L signals at opposite ends of the detector.

As configured now, it may be a useful test to have Et & Em on adjacent ports - i.e. to check cross-track coupling...

MF
DAY 3 EMAIL - not received yet

Day 3 is being saved for the bad in-water BS02 data that I have not been sent yet
DAY 4 EMAIL from Art

Hello to all,

We have some promising news regarding data from the BSG on M261. Ken and I have been looking at all the possible things we could set on the camera and modifying the code to explicitly set them rather than using the default values. This seems to help with getting reasonable images.

Previously I had been setting:
ReadMode: image AcquisitionMode:
single scan ExposureTime:
variable... set to whatever
ImageSize: full size of the detector
ShutterDelay: 50ms (time to open/close; also have tried 35 ms) which are the variables set in the Andor sample code, and these have worked fine on 3 cameras, just not the one in the buoy.

In addition to these, we are now setting:
HorizonalShift or readout speed: 3.0 MHz
VerticalShift: 4.25 us
VerticalShiftAmplitude: normal (the only option for our camera)
PreAmpGain: 1.0

Attached are some jpg images of data collected with these settings. the I_list.txt file gives the settings for each one. The line plots are the max value in each column for images 3 and 6 (sorry I should have labeled them better).

Basically, the light images look good except that they are saturating at ~30,000 counts rather than 65535. The dark images are all around 300 counts (was that the expected value?). This is with cooling set to -40C.

So, making some progress here.

Art --

I_list

dump_camera_info.txt

cooling at -40 C
I1: all shutters open, 1.0s 3 MHz readout speed 4.25 us VSS 1x gain
I2: all shutters open, 2.0s 3 MHz readout speed 4.25 us VSS 1x gain
I3: all shutters open, 5.0s 3 MHz readout speed 4.25 us VSS 1x gain
I4: SH2,4,5,7 closed, 10.0s 3 MHz readout speed 4.25 us VSS 1x gain
I5: SH2,4,5,7 closed, 20.0s 3 MHz readout speed 4.25 us VSS 1x gain
I6: SH2,4,5,7 closed, 40.0s 3 MHz readout speed 4.25 us VSS 1x gain

Stephanie's file renaming used so the files work with my processing

I1D --> d2016092101.fits
I1L --> s2016092101.fits
I2D --> d2016092102.fits
I2L --> s2016092102.fits
I3D --> d2016092103.fits
I3L --> s2016092103.fits
I4D --> d2016092104.fits
I4L --> s2016092104.fits
I5D --> d2016092105.fits
I5L --> s2016092105.fits
I6D --> d2016092106.fits
I6L --> s2016092106.fits
DAY 4 EMAIL from Ken and Art

Email from Ken

I saw those dark things too in Arts images. Will have to ask Art how he took the darks��with just the external track shutters in the shutter blocks closed, but the camera shutter opening, or with the camera shutter closed.. Ken

Reply from Art

camera shutter closed but external shutters open -- Art Gleason
DAY 4 EMAIL from Mark and Mike - asking about lights on inside the can with the BS02
EMAIL FROM Mike: On Sep 22, 2016, at 3:48. 000PM, Michael Feinholz wrote:

I'm wondering aboot the LEDs on the LabJack boards inside the tube... And I think there might also be some blinkers on the power supply board. I think this fiber bundle did not seem to leak light, but an explicit test for fiber leaks should be done for the next one ...and maybe clip off the LEDs...

Marks Answer:

The Labjacks have the LEDs removed but there are other small red and green ones on the Shutter board.


I don't really know how well the shutter mount is light sealed.  This depends on the design of the Resonon camera adaptor.  This design does not use the original iKon camera shutter mount parts.

Taking darks with the Ext shutters should work but there will still be leakage on the "light" images- a bias error i guess because of light leaking before and after the internal shutter opens during the "light" acquisition. (the Ext shutters would be open fir lights)

Normally, I think we should use the external shutters for darks in any case.  The light and dark signals should then be acquired as light scans. That way both the lights and darks are handled exactly the same inside the camera- the only difference being the state of the Ext shutters to select light/dark inputs.

Mark

 
DAY 4 EMAIL from Carol "in situ characterization B261/BS02" after telcon on testing to do while the spec is in-water

Hi, I was thinking after yesterday’s telcon about the things we could do for characterization with BS02 in the water. Not to eliminate  lab tests, or be as good as, but to learn what we can now. Sure you all are thinking the same & we mentioned some on the phone, but here is a list I came up with

  1.    Illuminate 1 track at a time with lots of signal to for cross track scattering characterization
  2.    Use Fraunhofer lines to characterize the wavelength stability from Es (could do same for the MOS Es on 261 for comparison)
  3.    Track stability � is there an algorithm such as moment analysis so this could be automated?
  4.    Cross calibrate the Lu’s we can with MOS (perhaps “fixing” LuMID on MOS using MOS’ KL’s)
  5.    Trend the “relative” KL’s from the ratios of the three track net signals in each Lu image
  6.    Compare statistics of measurements between BS02 and MOS to see if simultaneous is really better than sequential; investigate integration time and # scans acquired to the extent possible or that makes any sense
  7.    Trend the relative (inter track) spectral responsivity ? I’m wondering if we assume KL is constant in the blue (KL15=KL19=KL59) then you can expect the signal ratios S1/S5 and S9/S5 to = exp(+/- 4KL) x the appropriate track responsivity ratios? If so, then this should be constant over the deployment.

carol

 
DAY 5 EMAIL from Art

Hi Steph,

We just got some pretty reasonable looking data from M261 BSG. It is in optilab ~/tmp/160927_bsg_tests_m261 Basically, a bunch of scans of just the 3 Lu tracks at different exposure times. The dark files on these were done with the camera shutter (external fiber shutters open the whole time).

Art
DAY 6 EMAIL from Art

Hi Steph,

We were able to get a hopefully useful dataset from the spectrograph on the buoy today.

It is in optilab, tmp directory called "161013_bsg_data_m261.zip"

There are two datasets in there, under directories I1 and I2

I1) is all bands one at a time, 2x preamp gain, 3 replicates each there are two types of dark images: "dark" is with the camera shutter closed and external shutter open. "darkext" is with the camera shutter open and the external shutters closed Looks OK except for the first few "dark" images, which have an odd striping pattern.

I2)is all bands together at the same time, 2x gain. 5x light and 5x dark.. looks good darks in this case are with the internal shutter closed and external shutters open.

There are some garbage images under I3 that were at 4x gain also, I would ignore those.

Art

I_list.txt -----------------------------------------------------------------------

1) ./asg_batch_acquire2 -a -c -40 -n 3 test_data all bands, 2x preamp gain, 3 replicates Looks OK

2) cooler program, 2x all shutters open. 5x light and 5x dark.. looks good

3) exact same as #2 but at 4x
BAD
then BACK to 2x
ALSO BAD
(cooling was off for these... I sent some control characters by accident... check the temps of all images!!)
I would ignore this set... 1 and 2 are good though

Stephanies file renaming (again)

I1 directory new files names

01 I01dark00.fits     d2016101301.fits
02 I01dark01.fits     d2016101302.fits
03 I01dark02.fits     d2016101303.fits
04 I01darkext00.fits  b2016101304.fits
05 I01darkext01.fits  b2016101305.fits
06 I01darkext02.fits  b2016101306.fits
07 I01light00.fits    s2016101307.fits
08 I01light01.fits    s2016101308.fits
09 I01light02.fits    s2016101309.fits
10 I03dark00.fits     d2016101310.fits
11 I03dark01.fits     d2016101311.fits
12 I03dark02.fits     d2016101312.fits
13 I03darkext00.fits  b2016101313.fits
14 I03darkext01.fits  b2016101314.fits
15 I03darkext02.fits  b2016101315.fits
16 I03light00.fits    s2016101316.fits
17 I03light01.fits    s2016101317.fits
18 I03light02.fits    s2016101318.fits
19 I04dark00.fits     d2016101319.fits
20 I04dark01.fits     d2016101320.fits
21 I04dark02.fits     d2016101321.fits
22 I04darkext00.fits  b2016101322.fits
23 I04darkext01.fits  b2016101323.fits
24 I04darkext02.fits  b2016101324.fits
25 I04light00.fits    s2016101325.fits
26 I04light01.fits    s2016101326.fits
27 I04light02.fits    s2016101327.fits
28 I06dark00.fits     d2016101328.fits
29 I06dark01.fits     d2016101329.fits
30 I06dark02.fits     d2016101330.fits
31 I06darkext00.fits  b2016101331.fits
32 I06darkext01.fits  b2016101332.fits
33 I06darkext02.fits  b2016101333.fits
34 I06light00.fits    s2016101334.fits
35 I06light01.fits    s2016101335.fits
36 I06light02.fits    s2016101336.fits
37 I08dark00.fits     d2016101337.fits
38 I08dark01.fits     d2016101338.fits
39 I08dark02.fits     d2016101339.fits
40 I08darkext00.fits  b2016101340.fits
41 I08darkext01.fits  b2016101341.fits
42 I08darkext02.fits  b2016101342.fits
43 I08light00.fits    s2016101343.fits
44 I08light01.fits    s2016101344.fits
45 I08light02.fits    s2016101345.fits
46 I10dark00.fits     d2016101346.fits
47 I10dark01.fits     d2016101347.fits
48 I10dark02.fits     d2016101348.fits
49 I10darkext00.fits  b2016101349.fits
50 I10darkext01.fits  b2016101350.fits
51 I10darkext02.fits  b2016101351.fits
52 I10light00.fits    s2016101352.fits
53 I10light01.fits    s2016101353.fits
54 I10light02.fits    s2016101354.fits
55 I12dark00.fits     d2016101355.fits
56 I12dark01.fits     d2016101356.fits
57 I12dark02.fits     d2016101357.fits
58 I12darkext00.fits  b2016101358.fits
59 I12darkext01.fits  b2016101359.fits
60 I12darkext02.fits  b2016101360.fits
61 I12light00.fits    s2016101361.fits
62 I12light01.fits    s2016101362.fits
63 I12light02.fits    s2016101363.fits

I2 directory new files names

64 D01.fits  b2016101364.fits
65 D02.fits  b2016101365.fits
66 D03.fits  b2016101366.fits
67 D04.fits  b2016101367.fits
68 D05.fits  b2016101368.fits
69 L01.fits  s2016101369.fits
70 L02.fits  s2016101370.fits
71 L03.fits  s2016101371.fits
72 L04.fits  s2016101372.fits
73 L05.fits  s2016101373.fits

I3 directory new files names - garage files - probably will not graph

74 I3_2x.fits  s2016101374.fits
75 I3_4x.fits  s2016101375.fits
I am calling B=Background which are the files  with the camera shutter open and the external shutters closed and D = Darks which are the files with the camera   
shutter closed and external shutter open.

 
DAY4-6 EMAIL from Art - reply to Carol questions

Hi Carol, I started this before I saw Steph and Ken's replies. In general I'd agree with Ken that we may learn more looking at the new data at 20Z that are coming in this week. Nevertheless, a guess at some answers:

why is the dark level on day 4 about an order of magnitude less than the other two days?

Not positive but it may be due to the preamp gain setting? Day cooler preamp 4 -40 C 1x 5 -999 4x (was set to -40 C but never stabilized) 6 -40 C 2x (first 3 were at -999 before temp stabilized)

Why did day 5 never stabilize in temperature, always reading 999?

I don't know. Desired temperature was -40 C. On this day, I watched it cool to -42 C then started acquisition, without waiting for it to stabilize. It seems to have not stabilized ever in this case, but temperatures were in the -40 C range.

Why do the teeny tiny light leaks on the two tracks only show up in a few day 5 images?

They show up in a few of the day 4 images as well, it seems (figs 1,4)? But I am not sure why in either case.

Finally, is the order of integration time values on each day such that the camera is continuing to stabilize in temperature during the data series?

The call to poll the camera returns the actual temperature and a flag whether or not the temperature has stabilized. For all of these datasets (days 4,5,6) we just looked at the temperature and if it was <= the target temperature (which was -40 C) then I started the data acquisition, so yes the temps were continuing to stabilize during the data series. For the new data that we are now collecting (starting with last Friday 10/28) the program will wait until the stabilize flag is set before proceeding. (Although there is max period of 15 mins that it will wait - it will proceed after 15 mins of cooling regardless if the stable flag is set or not).

-- Art Gleason
DAY 7 EMAIL from Art

Hi Steph,

I'm starting to get data now from the BSG. I'm putting it in optilab under current/data/bsg/all The files are timestamped yyyymmdd_hhmmss.fits

the pattern of collection is:
3 with external shutters closed
3 with external shutters open, internal closed
5 light
3 with external shutters open, internal closed
3 with external shutters closed

Do this pattern once with just Lu then once with all tracks.

right now there is just a test run from last friday at 17 Z and a run from today at 20Z. Hopefully, it will start uploading a set each day from the 20Z acquisition. This is all preliminary with the file names/formats etc... so it will evolve (eventually to hdf as we discussed) so let me know how it goes on your end.

Art -- Art Gleason

 
DAY 7-8 EMAIL from Ken

We should probably concentrate on the data that was taken yesterday (and are going to be taken every day now) at the 20 hr collection.  In that data the camera thinks it has been stabilized (yesterday at -40C, today Art is working to get it set at -60C for today and beyond) and there is a specific routine that it will follow.


The sequence for this data will be:
3 with external shutters closed
3 with external shutters open, internal closed
5 light
3 with external shutters open, internal closed
3 with external shutters closed

The first round will be with the Lu channels open, while the second will be with all tracks open.  These are all taken at gain 2, but even then the integration times are pretty short��but with this data I think we could start:
By comparing the average of the light tracks with the Lutop (and similarly with Es��maybe Ed’s) with 20hr MOS measurements we should be able to get a rough calibration of the spec��ignoring SLC for now��(maybe below 600 nm to avoid 2nd order?).


Ken
DAY 12 EMAIL from Art - divercals 
Hi Steph,  
I put the bsg cal in optilab ~/tmp/161110_m261_bsg_cal.zip    
5 light, 5 dark, 5 light, 5 dark for each arm.  
I_list.txt describes it.    
Art

I_list.txt listing

I1: Lu bottom arm
-60 C
pag = 2
exp = 0.1 sec
Pattern is 5 light then 5 dark then 5 light then 5 dark

I2: Lu middle arm
same settings

I3: Lu upper arm
same settings

File renaming scheme:

I1D01\image.fits d2016111001.fits
I1D02\image.fits d2016111002.fits
I1D03\image.fits d2016111003.fits
I1D04\image.fits d2016111004.fits
I1D05\image.fits d2016111005.fits
I1D06\image.fits d2016111006.fits
I1D07\image.fits d2016111007.fits
I1D08\image.fits d2016111008.fits
I1D09\image.fits d2016111009.fits
I1D10\image.fits d2016111010.fits
I1L01\image.fits s2016111011.fits
I1L02\image.fits s2016111012.fits
I1L03\image.fits s2016111013.fits
I1L04\image.fits s2016111014.fits
I1L05\image.fits s2016111015.fits
I1L06\image.fits s2016111016.fits
I1L07\image.fits s2016111017.fits
I1L08\image.fits s2016111018.fits
I1L09\image.fits s2016111019.fits
I1L10\image.fits s2016111020.fits
I2D01\image.fits d2016111021.fits
I2D02\image.fits d2016111022.fits
I2D03\image.fits d2016111023.fits
I2D04\image.fits d2016111024.fits
I2D05\image.fits d2016111025.fits
I2D06\image.fits d2016111026.fits
I2D07\image.fits d2016111027.fits
I2D08\image.fits d2016111028.fits
I2D09\image.fits d2016111029.fits
I2D10\image.fits d2016111030.fits
I2L01\image.fits s2016111031.fits
I2L02\image.fits s2016111032.fits
I2L03\image.fits s2016111033.fits
I2L04\image.fits s2016111034.fits
I2L05\image.fits s2016111035.fits
I2L06\image.fits s2016111036.fits
I2L07\image.fits s2016111037.fits
I2L08\image.fits s2016111038.fits
I2L09\image.fits s2016111039.fits
I2L10\image.fits s2016111040.fits
I3D01\image.fits d2016111041.fits
I3D02\image.fits d2016111042.fits
I3D03\image.fits d2016111043.fits
I3D04\image.fits d2016111044.fits
I3D05\image.fits d2016111045.fits
I3D06\image.fits d2016111046.fits
I3D07\image.fits d2016111047.fits
I3D08\image.fits d2016111048.fits
I3D09\image.fits d2016111049.fits
I3D10\image.fits d2016111050.fits
I3L01\image.fits s2016111051.fits
I3L02\image.fits s2016111052.fits
I3L03\image.fits s2016111053.fits
I3L04\image.fits s2016111054.fits
I3L05\image.fits s2016111055.fits
I3L06\image.fits s2016111056.fits
I3L07\image.fits s2016111057.fits
I3L08\image.fits s2016111058.fits
I3L09\image.fits s2016111059.fits
I3L10\image.fits s2016111060.fits
DAY 17 EMAIL from Art - divercals 
Hi Steph,    
The bsg diver cal from the second day (Nov 11) is now in optilab ~/tmp/161111_m261_bsg_cal.zip    
Same format as the first day   5 light, 5 dark, 5 light, 5 dark for each arm.  
I1 = bottom  
I2 = mid  
I3 = top  
They are numbered from 11-20 since day 1 was 1-10.    
Art

File renaming scheme:

I1D11\image.fits d2016111101.fits
I1D12\image.fits d2016111102.fits
I1D13\image.fits d2016111103.fits
I1D14\image.fits d2016111104.fits
I1D15\image.fits d2016111105.fits
I1D16\image.fits d2016111106.fits
I1D17\image.fits d2016111107.fits
I1D18\image.fits d2016111108.fits
I1D19\image.fits d2016111109.fits
I1D20\image.fits d2016111110.fits
I1L11\image.fits s2016111111.fits
I1L12\image.fits s2016111112.fits
I1L13\image.fits s2016111113.fits
I1L14\image.fits s2016111114.fits
I1L15\image.fits s2016111115.fits
I1L16\image.fits s2016111116.fits
I1L17\image.fits s2016111117.fits
I1L18\image.fits s2016111118.fits
I1L19\image.fits s2016111119.fits
I1L20\image.fits s2016111120.fits
I2D11\image.fits d2016111121.fits
I2D12\image.fits d2016111122.fits
I2D13\image.fits d2016111123.fits
I2D14\image.fits d2016111124.fits
I2D15\image.fits d2016111125.fits
I2D16\image.fits d2016111126.fits
I2D17\image.fits d2016111127.fits
I2D18\image.fits d2016111128.fits
I2D19\image.fits d2016111129.fits
I2D20\image.fits d2016111130.fits
I2L11\image.fits s2016111131.fits
I2L12\image.fits s2016111132.fits
I2L13\image.fits s2016111133.fits
I2L14\image.fits s2016111134.fits
I2L15\image.fits s2016111135.fits
I2L16\image.fits s2016111136.fits
I2L17\image.fits s2016111137.fits
I2L18\image.fits s2016111138.fits
I2L19\image.fits s2016111139.fits
I2L20\image.fits s2016111140.fits
I3D11\image.fits d2016111141.fits
I3D12\image.fits d2016111142.fits
I3D13\image.fits d2016111143.fits
I3D14\image.fits d2016111144.fits
I3D15\image.fits d2016111145.fits
I3D16\image.fits d2016111146.fits
I3D17\image.fits d2016111147.fits
I3D18\image.fits d2016111148.fits
I3D19\image.fits d2016111149.fits
I3D20\image.fits d2016111150.fits
I3L11\image.fits s2016111151.fits
I3L12\image.fits s2016111152.fits
I3L13\image.fits s2016111153.fits
I3L14\image.fits s2016111154.fits
I3L15\image.fits s2016111155.fits
I3L16\image.fits s2016111156.fits
I3L17\image.fits s2016111157.fits
I3L18\image.fits s2016111158.fits
I3L19\image.fits s2016111159.fits
I3L20\image.fits s2016111160.fits
DAY 56-57 EMAIL from Art - divercals 
Hi Steph,
    
BSG diver cals are on optilab in  
current/data/bsg/170116_m261_bsg_cal.zip  and   
current/data/bsg/170117_m261_bsg_cal.zip    

The directories in there share the same structure as the last set from  Nov 10/11.  
Namely I1* for Lubottom I2* for Lumid. There is no  I3 for Lutop because it was damaged.  
For both arms we did 5 light,  5 dark, 5 light, 5 dark in that order. So *L01-L05 then *D01-D05  
then *L06-L10 then *D06-D10 on the first day, then 11-20 on the  next day.    

Cooler set to -60 C  
pre-amp gain at 2x  
shutter speed 0.1 second for all    

Terry is doing the MOS cals now. I hope it will all shut  down ok today so we can still get the regular datasets... we'll see.  
It booted better today so maybe that is a good sign.      

Art

Day 56
I1D01\image.fits d2017011601.fits
I1D02\image.fits d2017011602.fits
I1D03\image.fits d2017011603.fits
I1D04\image.fits d2017011604.fits
I1D05\image.fits d2017011605.fits
I1D06\image.fits d2017011606.fits
I1D07\image.fits d2017011607.fits
I1D08\image.fits d2017011608.fits
I1D09\image.fits d2017011609.fits
I1D10\image.fits d2017011610.fits
I1L01\image.fits s2017011611.fits
I1L02\image.fits s2017011612.fits
I1L03\image.fits s2017011613.fits
I1L04\image.fits s2017011614.fits
I1L05\image.fits s2017011615.fits
I1L06\image.fits s2017011616.fits
I1L07\image.fits s2017011617.fits
I1L08\image.fits s2017011618.fits
I1L09\image.fits s2017011619.fits
I1L10\image.fits s2017011620.fits
I2D01\image.fits d2017011621.fits
I2D02\image.fits d2017011622.fits
I2D03\image.fits d2017011623.fits
I2D04\image.fits d2017011624.fits
I2D05\image.fits d2017011625.fits
I2D06\image.fits d2017011626.fits
I2D07\image.fits d2017011627.fits
I2D08\image.fits d2017011628.fits
I2D09\image.fits d2017011629.fits
I2D10\image.fits d2017011630.fits
I2L01\image.fits s2017011631.fits
I2L02\image.fits s2017011632.fits
I2L03\image.fits s2017011633.fits
I2L04\image.fits s2017011634.fits
I2L05\image.fits s2017011635.fits
I2L06\image.fits s2017011636.fits
I2L07\image.fits s2017011637.fits
I2L08\image.fits s2017011638.fits
I2L09\image.fits s2017011639.fits
I2L10\image.fits s2017011640.fits

day 57
I1D11\image.fits d2017011701.fits
I1D12\image.fits d2017011702.fits
I1D13\image.fits d2017011703.fits
I1D14\image.fits d2017011704.fits
I1D15\image.fits d2017011705.fits
I1D16\image.fits d2017011706.fits
I1D17\image.fits d2017011707.fits
I1D18\image.fits d2017011708.fits
I1D19\image.fits d2017011709.fits
I1D20\image.fits d2017011710.fits
I1L11\image.fits s2017011711.fits
I1L12\image.fits s2017011712.fits
I1L13\image.fits s2017011713.fits
I1L14\image.fits s2017011714.fits
I1L15\image.fits s2017011715.fits
I1L16\image.fits s2017011716.fits
I1L17\image.fits s2017011717.fits
I1L18\image.fits s2017011718.fits
I1L19\image.fits s2017011719.fits
I1L20\image.fits s2017011720.fits
I2D11\image.fits d2017011721.fits
I2D12\image.fits d2017011722.fits
I2D13\image.fits d2017011723.fits
I2D14\image.fits d2017011724.fits
I2D15\image.fits d2017011725.fits
I2D16\image.fits d2017011726.fits
I2D17\image.fits d2017011727.fits
I2D18\image.fits d2017011728.fits
I2D19\image.fits d2017011729.fits
I2D20\image.fits d2017011730.fits
I2L11\image.fits s2017011731.fits
I2L12\image.fits s2017011732.fits
I2L13\image.fits s2017011733.fits
I2L14\image.fits s2017011734.fits
I2L15\image.fits s2017011735.fits
I2L16\image.fits s2017011736.fits
I2L17\image.fits s2017011737.fits
I2L18\image.fits s2017011738.fits
I2L19\image.fits s2017011739.fits
I2L20\image.fits s2017011740.fits