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Calibration completeness monitor

 

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X-SHOOTER
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XSHOOTER calChecker: calibration completeness monitor (CAL4CAL)
Last update: 2018-02-24T23:40:31 (UT)
[?]
  Paranal date*: 2018-02-24         muc02 [?]   server: www.eso.org HQ
HELP ASSOC-RULES DETAILS
Last header: XSHOO. 2018-02-23T19:04:51.275.hdr
transfer     ngas    [?]
  *Date on this monitor changes at 21:00 UT. Refresh frequency: 1/2hr day and night
General news:
Long-term calibrations and maintenance complete overview | how to execute     [?]
type of calibration validity (days) age (days) evaluation
LINEARITY_VIS_400k30 22.1soft REMINDER: next 16 day(s)
LINEARITY_UVB_400k_1x230 22.1soft REMINDER: next 16 day(s)
XSHOOTER news:

       

HELP | Q&A | ASSOC-RULES   history... | contact   monitors: 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).
  daytime calibs: finished 12:52UT
DATE*:   [?]
[color if science data acquired]
2018-02-17
VM
137
report | NLT
2018-02-18
SM
90
report | NLT
2018-02-19
SM
37
report | NLT
2018-02-20
SM
144
report | NLT
2018-02-21
SM
80
report | NLT
2018-02-22
SM
90
report | NLT
2018-02-23

no data | NLT
2018-02-24

no data | NLT
LOST?
[not applicable
for 'cal4cal']
Calibration action?     [?]
[take these data types ...
Setup:
... for these setups]
r...
Raw CAL displays:     [?]
raw raw raw no CAL raw files raw raw no CAL raw files no CAL raw files      
P...
CAL product quality:     [?]
products products products no CAL products products products no CAL products no CAL products      
Data types: Setup:        
STD_TELL_SLIT_VIS 400k_lg_1x1_0.9x11  
ok
ok
 
ok
 
  no data (yet)   all ok  
400k_lg_1x2_0.9x11 ok
ok
ok
ok
ok
ok
      all ok  
400k_lg_1x2_1.2x11 ok
 
 
 
 
 
      all ok  
400k_lg_2x2_0.9x11  
 
 
ok
 
ok
      all ok  
STD_TELL_SLIT_NIR 4_1_0.9x11  
 
 
 
ok
 
      all ok  
6_1_0.6x11  
 
 
 
 
ok
      all ok  
6_1_0.9x11  
ok
ok
 
ok
 
      all ok  
7_1_0.9x11 ok
 
 
 
 
 
      all ok  
7_1_0.9x11JH  
 
 
 
 
ok
      all ok  
8_1_0.9x11JH  
ok
 
 
 
ok
      all ok  
9_1_0.6x11  
 
 
 
 
ok
      all ok  
9_1_0.9x11JH  
 
 
ok
 
ok
      all ok  
10_1_0.9x11  
 
 
ok
ok
 
      all ok  
10_1_0.9x11JH  
 
 
ok
 
 
      all ok  
12_1_0.9x11  
ok
ok
 
ok
 
      all ok  
12_1_0.9x11JH  
ok
 
ok
 
ok
      all ok  
14_1_0.9x11  
 
 
 
ok
 
      all ok  
15_1_0.6x11  
 
 
ok
 
 
      all ok  
15_1_0.9x11  
 
ok
ok
ok
ok
      all ok  
15_1_0.9x11JH  
ok
ok
ok
ok
ok
      all ok  
15_1_1.2x11 ok
 
 
 
 
 
      all ok  
25_1_0.9x11  
 
ok
 
 
 
      all ok  
27_1_0.9x11  
 
 
ok
 
 
      all ok  
30_1_0.9x11 ok
ok
 
ok
ok
 
      all ok  
30_1_1.2x11 ok
 
 
 
 
 
      all ok  
STD_FLUX_SLIT_UVB 100k_hg_1x1_5.0x11 ok
ok
 
ok
ok
 
      all ok  
STD_FLUX_SLIT_VIS 100k_hg_1x1_5.0x11 ok
ok
 
ok
ok
 
      all ok  
STD_FLUX_SLIT_NIR 600_1_5.0x11 ok
ok
 
ok
ok
 
      all ok  
ARC_SLIT_UVB 400k_lg_1x1_0.5x11  
 
 
 
ok
 
      all ok  
400k_lg_1x1_0.8x11  
 
 
ok
 
 
      all ok  
400k_lg_1x1_1.0x11  
 
ok
 
 
 
      all ok  
400k_lg_1x1_1.3x11  
ok
 
 
 
 
      all ok  
400k_lg_1x1_1.6x11 ok
 
 
 
 
 
      all ok  
ARC_SLIT_VIS 400k_lg_1x1_0.4x11  
 
 
 
ok
 
      all ok  
400k_lg_1x1_0.7x11  
 
 
ok
 
 
      all ok  
400k_lg_1x1_0.9x11  
 
ok
 
 
 
      all ok  
400k_lg_1x1_1.2x11  
ok
 
 
 
 
      all ok  
400k_lg_1x1_1.5x11 ok
 
 
 
 
 
      all ok  
ARC_SLIT_NIR 0.6651000_1_0.9x11  
 
ok
 
 
 
      all ok  
0.6651000_1_0.9x11JH  
 
ok
 
 
 
      all ok  
0.6651000_1_1.2x11  
ok
 
 
 
 
      all ok  
1.3200000_1_0.6x11  
 
 
ok
 
 
      all ok  
1.3200000_1_0.6x11JH  
 
 
ok
 
 
      all ok  
1.9800000_1_0.4x11  
 
 
 
ok
 
      all ok  
 
INFORMATION SPECIFIC TO XSHOOTER           [?]
The following keys are used to define a STANDARD XSHOOTER setup:

ins.opti2.name (= IFU/SLOT)
ins.opti3/4/5.name (= slit width for different arms)
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)

CONFIGURATION           [?]
Number of days scanned: 7
Range of days for the issue memory (configured): 12
Range of days for the calibration memory (issue memory plus longest validity): 17
Days in the calibration&issue memory:
*Date on this monitor changes at: 21:00 UT
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