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Calibration completeness monitor
 
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CAL
 FORS2 calChecker: calibration completeness monitor
Last update: 2025-01-23T11:56:43 (UT)
[?]
  Paranal date*: 2025-01-22         muc01 [?]   server: eso.org PL
HELP ASSOC-RULES DETAILS
Last header: FORS2. 2025-01-23T11:33:54.039.hdr
transfer     ngas    [?]
  *Date on this monitor changes at 21:00 UT. Refresh frequency: 1/2hr day and night
General news: NOTE: The Health Check and calChecker services are moved to qcFlow on an instrument by instrument basis. The current pages will not be updated any longer once the move has been finished.
Long-term calibrations and maintenance complete overview | how to execute     [?]
type of calibration validity (days) age (days) evaluation
DARK_low_gain_MIT30 26.8soft REMINDER: next 12 day(s)
FORS2 news: A new entry regarding STD_PMOS is available in the Information Specific to FORS2 table.

       
HELP | Q&A | ASSOC-RULES   history... | contact   monitors: DataTransferMonitor | BandWidth
  science  .   cal4cal  .    [?]     Product availability depends on the data transfer to Garching and the archive access there (check the "transfer" and "ngas" flags above).
  daytime calibs:   [daytime calibrations ongoing, started 09:27UT]
DATE*:   [?]
[color if science data acquired] 		2025-01-16

report | NLT 		2025-01-17

report | NLT 		2025-01-18
SM 30
report | NLT 		2025-01-19

report | NLT 		2025-01-20
SM 144
report | NLT 		2025-01-21
SM 80
report | NLT 		2025-01-22
SM 54
report | NLT 		LOST?
[may require OB
grade review]		 Calibration action?     [?]
[take these data types ...		 Setup:
... for these setups]
r...
Raw CAL displays:     [?]
raw raw raw raw raw raw raw      
P...
CAL product quality:     [?]
products products products products products products products      
Data types: Setup:        
SCI_IMG 200Kps/low_SR_2x2  
  
  
  
  
 ok
analyzed: [1] 		 
   all ok  
200Kps/low_SR_R_SPECIAL_2x2  
  
  
  
 ok
 ok
 ok
   all ok  
SCI_MXU 100Kps/high_SR_G300V_+901152_2x2  
  
  
  
  
 ok
 ok
   all ok  
100Kps/high_SR_G600B_+903749_2x2  
  
  
  
  
  
 ok
   all ok  
100Kps/high_SR_OG590_G1028z_+933453_2x2  
  
  
  
  
  
 miss
[daycals ongoing] 		  FLAT_MXU | WAVE_MXU 100Kps/high_SR_OG590_G1028z_+933453_2x2
SCI_LSS 100Kps/high_SR_GG435_G300V_0_7_2x2  
  
  
  
  
 ok
  
   all ok  
100Kps/high_SR_GG435_G300V_1_0_2x2  
  
 ok
  
 ok
  
  
   all ok  
100Kps/high_SR_GG435_G600RI_0_5_2x2  
  
  
  
  
  
 miss
[daycals ongoing] 		  STD_MOS 100Kps/high_SR_GG435_G600RI_0_5_2x2
SCI_PMOS 100Kps/high_SR_GG435_G300V_RETA2_0_2x2  
  
  
  
 ok
  
  
   all ok  
200Kps/low_SR_G300V_RETA4_0_2x2  
  
 ok
analyzed: [2] 		 
  
  
 miss
[daycals ongoing] 		  FLAT_PMOS | STD_PMOS | WAVE_PMOS 200Kps/low_SR_G300V_RETA4_0_2x2
200Kps/low_SR_G600B_RETA4_0_2x2  
  
  
  
  
 ok
analyzed: [3] 		 
   all ok  
200Kps/low_SR_GG435_G1200R_RETA4_0_2x2  
  
  
  
  
 ok
analyzed: [4] 		 
   all ok  
200Kps/low_SR_OG590_G1028z_RETA4_0_2x2  
  
  
  
  
 ok
analyzed: [5] 		 
   all ok  
ANALYSIS NOTES:
Index data type setup date flag analysis
[1]SCI_IMG200Kps/low_SR_2x22025-01-21OKNo filter. Science does not require flux calibration. (analyzed by antu@eso.org)
[2]SCI_PMOS200Kps/low_SR_G300V_RETA4_0_2x22025-01-18OKCircular pol. No STD needed (analyzed by antu@eso.org)
[3]SCI_PMOS200Kps/low_SR_G600B_RETA4_0_2x22025-01-21OKCircular pol, no STD needed. (analyzed by acorrea@eso.org)
[4]SCI_PMOS200Kps/low_SR_GG435_G1200R_RETA4_0_2x22025-01-21OKCircular pol, no STD needed. (analyzed by acorrea@eso.org)
[5]SCI_PMOS200Kps/low_SR_OG590_G1028z_RETA4_0_2x22025-01-21OKCircular pol, no STD needed. (analyzed by acorrea@eso.org)
 
INFORMATION SPECIFIC TO FORS2           [?]
The following keys are used to define a SCIENCE FORS2 setup:

det.read.clock (e.g. 100Kps/2ports/high_gain, 200Kps/2ports/low_gain, 625Kps/2ports/low_gain)
ins.coll.name (= SR, HR)
ins.opti#.name (# = 5,6,7,9,10; polarization optics, grisms e.g. G300V, and filters e.g. GG435)
ins.slit.name (long slit name)
ins.mos.checksum (identification of MOS setup)
ins.mask.id (identification of MXU mask, e.g. +905221)
det.win1.binx,det.win1.biny (= 1x1, 2x2)
Note on STD_PMOS: polarimetric standard stars for circular polarization are not currently being offered. Missing STD_PMOS acquired with ins.opti4.name = RETA4 are safe to be flagged as OK.
CONFIGURATION           [?]
Number of days scanned: 7
Range of days for the issue memory (configured): 15
Range of days for the calibration memory (issue memory plus longest validity): 22
Days in the calibration&issue memory:
*Date on this monitor changes at: 21:00 UT
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