[page auto-refreshes after 300 sec]   [stop | on]            [press Ctrl+Shift+R to enforce refresh of scores, dates and news]
SINFONI trending system: HEALTH CHECK report
HELP USERS-GUIDE MORE
Last update: 2019-06-28T05:03:51 (UT)
  | now: 2024-04-23T18:47:26 (UT) muc04 QC pipeline: sinfo-3.2.5 (installed 2019-05-09)
same group: std_flux std_peak_AO std_strehl_AO std_persistence std_peak_all std_strehl_all
close window history: 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018   2019   HEALTH FULL
  ... ... ... ... ... ... ... ... ...
*Date on this monitor changes at 21:00 UT
png: Information and research:
- png file - advanced studies: QC1 browser | QC1 plotter
telluric standard star monitoring has been implemented beginning 2009-05-01. The intent is to monitor the MINIMUM flux of the STD to insure that it has an adequate S/N. Flux on the peak should be around 500 counts which corresponds to ~ 15 ADU/pixel within a 3 sigma aperture for the 25mas scale with AO.
Plot
?		 Symb
?		 Source
*		 Average ? Thresholds ? N_
data		 QC1
parameter		 Data
downloads		 Remarks
method value unit method value
1 oQC1DB MEDIAN 35.2 ADU VAL2.5,300.0 31 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture in the J-band at all camera scales (ADU)
(this FULL data set is scored)
1 •QC1DB none   ADU none  25 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: J-band/250 mas scale
1 •QC1DB none   ADU none  2 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: J-band/100 mas scale
1 •QC1DB none   ADU none  4 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: J-band/25 mas scale
2 oQC1DB MEDIAN 31.1 ADU VAL2.5,300.0 36 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture in the H-band at all camera scales (ADU)
(this FULL data set is scored)
2 •QC1DB none   ADU none  31 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: H-band/250 mas scale
2 •QC1DB none   ADU none  5 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: H-band/100 mas scale
2 •QC1DB none   ADU none  0 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: H-band/25 mas scale
3 oQC1DB MEDIAN 28.4 ADU VAL2.5,300.0 106 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture in the K-band at all camera scales (ADU)
(this FULL data set is scored)
3 •QC1DB none   ADU none  75 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: K-band/250 mas scale
3 •QC1DB none   ADU none  20 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: K-band/100 mas scale
3 •QC1DB none   ADU none  11 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: K-band/25 mas scale
4 oQC1DB MEDIAN 22 ADU VAL2.5,300.0 55 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture in the H+K-band at all camera scales (ADU)
(this FULL data set is scored)
4 •QC1DB none   ADU none  15 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: H+K-band/250 mas scale
4 •QC1DB none   ADU none  7 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: H+K-band/100 mas scale
4 •QC1DB none   ADU none  33 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: H+K-band/25 mas scale
5 oQC1DB MEDIAN 32.6 ADU VAL10,300 48 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: any Band, 25mas scale
5 •QC1DB none   ADU none  4 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: J-band/25 mas scale
5 •QC1DB none   ADU none  0 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: H-band/25 mas scale
5 •QC1DB none   ADU none  11 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: K-band/25 mas scale
5 •QC1DB none   ADU none  33 qc_net_flux this | last_yr | all mean flux per pixel within a 3 sigma aperture: H+K-band/25 mas scale
*Data sources: QC1DB: QC1 database; LOCAL: local data source
Plot 1
scores: 2|
data source:sinfoni_std
(QC1 database)
dataset:
(numbers below apply to this dataset)		qc_net_fluxo
median:35.2ADU
fixed thresholds:2.5...300.0ADU
N_data plotted:31
[click plot for closeup]
Plot 2
scores: 4|
data source:sinfoni_std
(QC1 database)
dataset:
(numbers below apply to this dataset)		qc_net_fluxo
median:31.1ADU
fixed thresholds:2.5...300.0ADU
N_data plotted:36
[click plot for closeup]
Plot 3
scores: 10|
data source:sinfoni_std
(QC1 database)
dataset:
(numbers below apply to this dataset)		qc_net_fluxo
median:28.4ADU
fixed thresholds:2.5...300.0ADU
N_data plotted:106
[click plot for closeup]
Plot 4
scores: 3|
data source:sinfoni_std
(QC1 database)
dataset:
(numbers below apply to this dataset)		qc_net_fluxo
median:22ADU
fixed thresholds:2.5...300.0ADU
N_data plotted:55
[click plot for closeup]
Plot 5
scores: not implemented
data source:sinfoni_std
(QC1 database)
dataset:
(numbers below apply to this dataset)		qc_net_fluxo
median:32.6ADU
fixed thresholds:10...300ADU
N_data plotted:48
[click plot for closeup]
This plot

These are the trending plots for the SINFONI QC parameters derived from the telluric STD stars.

Telluric standard star monitoring has been implemented beginning 2009-05-01.

The intent is to monitor the MINIMUM flux of the STD star to insure that it has an adequate S/N.

Flux levels should be above 5 ADU/pixel within a 3 sigma aperture.

Find more information about SINFONI STD calibration data here.

Other QC parameters are also trended here.  

General information

Click on any of the plots to see a close-up version.

The latest date is indicated on top of the plot.

If configured,

  • data points belonging to the latest date are specially marked
  • statistical averages are indicated by a solid line, and thresholds by broken lines
  • outliers are marked by a red asterisk. They are defined as data points outside the threshold lines
  • "aliens" (= data points outside the plot Y limits) are marked by a red arrow (↑ or ↓)
  • you can download the data for each parameter set if the 'Data downloads' link shows up