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Calibration completeness monitor

 

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XSHOOTER calChecker: calibration completeness monitor
Last update: 2013-06-19T13:40:51 (UT)
[?]
  Paranal date*: 2013-06-18         muc02 [?]   server: www.eso.org HQ
HELP ASSOC-RULES DETAILS
Last header: XSHOO. 2013-06-19T12:11:52.864.hdr
transfer     ngas    [?]
  *Date on this monitor changes at 21:00 UT. Current refresh frequency: 1/2hr nighttime, 1hr daytime
General news: Click 'ASSOC-RULES' to view the association rules as coded along the calibration plan. Click the links in the 'Data types' column for a visualization of these rules.
Long-term calibrations and maintenance complete overview | how to execute     [?]
type of calibration validity (days) age (days) evaluation
DARK_UVB_400k_2x260 51.3soft REMINDER: next 26 day(s)
DARK_VIS_400k_2x260 51.3soft REMINDER: next 26 day(s)
XSHOOTER news:
HC  
analyze ISSUES   HELP | Q&A | ASSOC-RULES   history... | contact DataTransferMonitor | BandWidth
  science  .   cal4cal  .  tellTracker   [?]     Product availability depends on the data transfer to Garching and the archive access there (check the "transfer" and "ngas" flags above).
DATE*:   [?]
[color if science data acquired]
2013-06-12

no data | NLT
2013-06-13

report | NLT
2013-06-14
SM
6
report | NLT
2013-06-15
SM
30
report | NLT
2013-06-16
VM
212
report | NLT
2013-06-17
VM
105
report | NLT
2013-06-18

report | NLT
2013-06-18

daytime calibs ...
action required?     [?]
[if not green:
take these data types ...
Setup:

... for these setups]
P...
Product quality:     [?]
no products products products products products products products finished 12:13UT    
Data types: Setup:      
SCI_SLIT_UVB 100k_hg_1x2_1.0x11    
ok
 
 
 
 
all ok  
400k_lg_1x1_1.6x11    
 
ok
 
 
 
all ok  
SCI_SLIT5_UVB 100k_hg_2x2_0.8x11    
 
 
ok
ok
 
all ok  
SCI_SLIT_VIS 100k_hg_1x2_0.9x11    
ok
analyzed: [1]
 
 
 
 
all ok  
400k_lg_1x1_1.5x11    
 
ok
 
 
 
all ok  
SCI_SLIT5_VIS 100k_hg_2x2_0.4x11    
 
 
ok
analyzed: [2]
ok
analyzed: [3]
 
all ok  
100k_hg_2x2_0.7x11    
 
 
ok
analyzed: [4]
ok
analyzed: [5]
 
all ok  
SCI_SLIT_NIR 0.8_1_0.6x11    
 
 
ok
analyzed: [6]
ok
analyzed: [7]
 
all ok  
3_1_0.6x11    
 
 
ok
analyzed: [8]
 
 
all ok  
18_1_0.6x11    
 
 
ok
analyzed: [9]
 
 
all ok  
30_2_0.6x11    
 
 
ok
analyzed: [10]
 
 
all ok  
80_1_0.6x11    
 
 
ok
analyzed: [11]
ok
analyzed: [12]
 
all ok  
200_1_0.6x11    
 
 
ok
analyzed: [13]
ok
analyzed: [14]
 
all ok  
300_1_0.6x11    
 
 
ok
analyzed: [15]
ok
analyzed: [16]
 
all ok  
300_1_1.2x11    
 
ok
 
 
 
all ok  
600_1_0.6x11    
 
 
ok
analyzed: [17]
ok
analyzed: [18]
 
all ok  
600_1_0.9x11    
ok
analyzed: [19]
 
 
 
 
all ok  
900_1_0.6x11    
 
 
ok
analyzed: [20]
ok
analyzed: [21]
 
all ok  
ANALYSIS NOTES:
Index data type setup date flag analysis
[1]SCI_SLIT_VIS100k_hg_1x2_0.9x112013-06-14OK[science OB was graded C, no further calibrations required (analyzed by kueyen@eso.org)]
[2]SCI_SLIT5_VIS100k_hg_2x2_0.4x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[3]SCI_SLIT5_VIS100k_hg_2x2_0.4x112013-06-17OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[4]SCI_SLIT5_VIS100k_hg_2x2_0.7x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[5]SCI_SLIT5_VIS100k_hg_2x2_0.7x112013-06-17OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[6]SCI_SLIT_NIR0.8_1_0.6x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[7]SCI_SLIT_NIR0.8_1_0.6x112013-06-17OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[8]SCI_SLIT_NIR3_1_0.6x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[9]SCI_SLIT_NIR18_1_0.6x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[10]SCI_SLIT_NIR30_2_0.6x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[11]SCI_SLIT_NIR80_1_0.6x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[12]SCI_SLIT_NIR80_1_0.6x112013-06-17OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[13]SCI_SLIT_NIR200_1_0.6x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[14]SCI_SLIT_NIR200_1_0.6x112013-06-17OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[15]SCI_SLIT_NIR300_1_0.6x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[16]SCI_SLIT_NIR300_1_0.6x112013-06-17OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[17]SCI_SLIT_NIR600_1_0.6x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[18]SCI_SLIT_NIR600_1_0.6x112013-06-17OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[19]SCI_SLIT_NIR600_1_0.9x112013-06-14OK[science OB was graded C, no further calibrations required (analyzed by kueyen@eso.org)]
[20]SCI_SLIT_NIR900_1_0.6x112013-06-16OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
[21]SCI_SLIT_NIR900_1_0.6x112013-06-17OK[science OB in visitor mode, supposedly OK (analyzed by kueyen@eso.org)]
 
INFORMATION SPECIFIC TO XSHOOTER           [?]
Telluric standard stars should be taken within +/- 2 hours and within an airmass difference of +/- 0.2 of the SCIENCE observation. The airmass constraint is set to 0.22. A telluric standard violating the airmass constraint is not found by calChecker and marked as MISS. Please consult the tellTracker page in these cases to see if additional telluric standard stars are needed
calChecker accepts VIS telluric standard stars with smaller binning than the SCIENCE (e.g. SCIENCE 1x2 accepts telluric with 1x1 and 1x2), but tellTracker checks only for identical binning.
The following keys are used to define a SCIENCE XSHOOTER setup:

ins.opti2.name (= IFU/SLOT)
ins.opti3/4/5.name (= slit width for different arms) (since 2011-12-07: not for 5 arcsec slits)
det.win1.binx/y (= binning along x/y axis; UVB and VIS only)
det.read.clock (= readout mode; UVB and VIS only)
det.dit (= exposure time, NIR only)
det.ndit (= number of averaged exposures, NIR only)

CONFIGURATION           [?]
Number of days scanned: 7
Range of days for the calibration memory: 12
Days in the calibration memory:
*Date on this monitor changes at: 21:00 UT
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