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Health Check monitor

 

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HealthCheck Monitor
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FULL reports
HAWK-I:
Detector: monitoring
Other HC:
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HAWKI trending system: HEALTH CHECK report
HELP USERS-GUIDE MORE
Last update: 2014-07-31T01:33:23 (UT)
  | now: 2014-07-31T11:58:06 (UT) muc04 QC pipeline: hawki-1.8.14 (installed 2014-03-18)
same group: GAIN LINEARITY
General news:
HAWKI news:  
Report news:
DATE*: [?] 2014-07-24
report | NLT
2014-07-25
report | NLT
2014-07-26
report | NLT
2014-07-27
report | NLT
2014-07-28
report | NLT
2014-07-29
report | NLT
2014-07-30
no data | NLT
P...
Product quality:
products products products products products products no products
  no OPSLOG data  

scores&comments | FULL | history ... | plot tutorial ... | contact               [?]
*Date on this monitor changes at 21:00 UT
Print: Information and research:
- png file - advanced studies: QC1 browser | QC1 plotter
template not yet clean, results based on corrected frames.
Plot
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Symb
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Source
*
OPS?
**
Average ? Thresholds ? N_
data
QC1
parameter
Data
downloads
Remarks
method value unit method value
1 QC1DB no MEDIAN 0.01 ADU OFF± 0.03 6 qc_lin_eff this | last_yr | all detector non-linearity at 10000 ADU, chip 4
2 QC1DB no MEDIAN 0.02 ADU OFF± 0.03 6 qc_lin_eff this | last_yr | all detector non-linearity at 10000 ADU, chip 3
3 QC1DB no MEDIAN 0.0175 ADU OFF± 0.03 6 qc_lin_eff this | last_yr | all Means of the non-linearity at 10000 ADU of the four chips
4 QC1DB no MEDIAN 0.03 ADU OFF± 0.03 6 qc_lin_eff this | last_yr | all detector non-linearity at 10000 ADU, chip 1
5 QC1DB no MEDIAN 0.01 ADU OFF± 0.03 6 qc_lin_eff this | last_yr | all detector non-linearity at 10000 ADU, chip 2
6 QC1DB no MEDIAN 0.0119 ADU VAL0.00,0.01 6 qc_lin_eff this | last_yr | all Standard deviations of the measured non-linearity at 10000 ADU of the four chips
*Data sources: QC1DB: QC1 database; LOCAL: local text file | **OPS: OPSLOG data are included
Plot 4
scores: 1|
data source:hawki_detlin
(QC1 database)
dataset:qc_lin_eff
median:0.03ADU
rel. thresholds: 0.0...0.06ADU
N_data plotted:6
[click on plot for closeup]
Plot 5
scores: 1|
data source:hawki_detlin
(QC1 database)
dataset:qc_lin_eff
median:0.01ADU
rel. thresholds: -0.02...0.04ADU
N_data plotted:6
[click on plot for closeup]
Plot 2
scores: 1|
data source:hawki_detlin
(QC1 database)
dataset:qc_lin_eff
median:0.02ADU
rel. thresholds: -0.01...0.05ADU
N_data plotted:6
[click on plot for closeup]
Plot 1
scores: 1|
data source:hawki_detlin
(QC1 database)
dataset:qc_lin_eff
median:0.01ADU
rel. thresholds: -0.02...0.04ADU
N_data plotted:6
[click on plot for closeup]
Plot 3
scores: no current data
data source:hawki_detlin
(QC1 database)
dataset:qc_lin_eff
median:0.0175ADU
rel. thresholds: -0.0125...0.0475ADU
N_data plotted:6
[click on plot for closeup]
Plot 6
scores: no current data
data source:hawki_detlin
(QC1 database)
dataset:qc_lin_eff
median:0.0119ADU
fixed thresholds:0.0...0.01ADU
N_data plotted:6
[click on plot for closeup]
This plot

Trending report for effective linearity.

QC parameter is derived from each detector of the monthly acquired detector monitor template.

Name:
Fits header: QC.LIN.EFF,
QC1 DB: qc_lin_eff

Description:
Linearity correction factor at 10 000 ADU.

Setup:
INS.FILT1.NAME=Ks

These plots describe:
Fig. 1. chip4: The QC parameter for chip #4.
Fig. 2. chip3: The QC parameter for chip #3.
Fig. 3. Average: The QC parameter averaged over all detectors. This view is sensitive to common changes.
Fig. 4. chip1: The QC parameter for chip #1.
Fig. 5. chip2: The QC parameter for chip #2.
Fig. 6. Scatter View: The standard deviation of the QC parameter, obtained from the sample of all detectors. This view is sensitive changes of individual detectors.
 


General information

Click on any of the plots to see a close-up version. The latest date is indicated on top of the plot, data points belonging to that date are specially marked.

If configured,

  • 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