mirror sites: PL (internal link) HQ     [?]

Health Check monitor
 
CAL | HC | refs | QC
HealthCheck Monitor
   HOME | UsersGuide
  sl icon ALL INSTRUMENTS
 
all KPI reports
ESPRESSO:
score overview
 
Instrument Performance
KPI
 
Current Health Checks
Detector...
bias: level
bias: RON
dark current
bad pixels
CONAD
linearity
 
Echelle...
order def
order count
flat
wavecal: FP
wavecal: FP lines
wavecal: ThAr lines
wavecal: disp
wavecal: reso
wavecal: LFC
wavecal: drift
 
On-sky...
sky flats
efficiency
 
QC ESPRESSO
Other HC:
UT1
FORS2
UT2
FLAMES/GIRAFFE
VISIR
UT3
CRIRES
SPHERE
X-SHOOTER
UT4
ERIS
HAWK-I
MUSE
VLTI
GRAVITY
MATISSE
PIONIER
Survey Cameras
OMEGACAM
QC links:
QC home
Data Products
calChecker
HealthChecks
Reference Frames
 
QC1 database
Paranal autrep database
  (ESO internal)
[best viewing with style sheets and javascript enabled]
        [page auto-refreshes after 300 sec]   [stop | on]            [press Ctrl+Shift+R to enforce refresh of scores, dates and news]
ESPRESSO trending system: HEALTH CHECK report
HELP USERS-GUIDE MORE
Last update: 2024-11-21T18:46:55 (UT)
  | now: 2024-11-22T01:23:36 (UT) muc11 QC pipeline: espdr-2.5.0 (installed 2022-06-28)
same group: (U)HR_1x1 HR_2x1 HR_4x2 MR_4x2 MR_8x4
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.
ESPRESSO news:  
Report news:
DATE*: [?] 2024-11-15
report | NLT 		2024-11-16
report | NLT 		2024-11-17
report | NLT 		2024-11-18
report | NLT 		2024-11-19
report | NLT 		2024-11-20
report | NLT 		2024-11-21
report | NLT
r...
Raw CAL displays:
raw raw raw raw raw raw raw
P...
CAL product quality:
products products products products products products products
 
transfer   ngas [?]

scores&comments | FULL | history ... | plot tutorial ... | contact | HC_docu... | quality events...               [?] 		*Date on this monitor changes at 21:00 UT
png: Information and research:
- png file - advanced studies: QC1 browser | QC1 plotter
Plot
?		 Symb
?		 Source
*		 Average ? Thresholds ? N_
data		 QC1
parameter		 Data
downloads		 Remarks
method value unit method value
1 •QC1DB MEDIAN 6.2e+03 none VAL5500,7000 10 badpix_nb_tot this | last_yr | all number of bad pixels, total number for RED detector
2 •QC1DB MEDIAN 257 none none  10 badpix_nb_rms this | last_yr | all number of bad pixels, RMS over 16 read-out ports; RED detector
3 •QC1DB none   none none  10 badpix_nb_0_0 this | last_yr | all number of bad pixels, read-out port 0_0, RED detector
3 •QC1DB none   none none  10 badpix_nb_1_0 this | last_yr | all number of bad pixels, read-out port 1_0, RED detector
3 •QC1DB none   none none  10 badpix_nb_2_0 this | last_yr | all number of bad pixels, read-out port 2_0, RED detector
3 •QC1DB none   none none  10 badpix_nb_3_0 this | last_yr | all number of bad pixels, read-out port 3_0, RED detector
3 •QC1DB none   none none  10 badpix_nb_4_0 this | last_yr | all number of bad pixels, read-out port 4_0, RED detector
3 •QC1DB none   none none  10 badpix_nb_5_0 this | last_yr | all number of bad pixels, read-out port 5_0, RED detector
3 •QC1DB none   none none  10 badpix_nb_6_0 this | last_yr | all number of bad pixels, read-out port 6_0, RED detector
3 •QC1DB none   none none  10 badpix_nb_7_0 this | last_yr | all number of bad pixels, read-out port 7_0, RED detector
3 •QC1DB none   none none  10 badpix_nb_0_1 this | last_yr | all number of bad pixels, read-out port 0_1, RED detector
3 •QC1DB none   none none  10 badpix_nb_1_1 this | last_yr | all number of bad pixels, read-out port 1_1, RED detector
3 •QC1DB none   none none  10 badpix_nb_2_1 this | last_yr | all number of bad pixels, read-out port 2_1, RED detector
3 •QC1DB none   none none  10 badpix_nb_3_1 this | last_yr | all number of bad pixels, read-out port 3_1, RED detector
3 •QC1DB none   none none  10 badpix_nb_4_1 this | last_yr | all number of bad pixels, read-out port 4_1, RED detector
3 •QC1DB none   none none  10 badpix_nb_5_1 this | last_yr | all number of bad pixels, read-out port 5_1, RED detector
3 •QC1DB none   none none  10 badpix_nb_6_1 this | last_yr | all number of bad pixels, read-out port 6_1, RED detector
3 •QC1DB none   none none  10 badpix_nb_7_1 this | last_yr | all number of bad pixels, read-out port 7_1, RED detector
4 •QC1DB MEDIAN 4.64e+03 none VAL4000,5000 10 badpix_nb_tot this | last_yr | all number of bad pixels, total number for BLUE detector
5 •QC1DB MEDIAN 290 none none  10 badpix_nb_rms this | last_yr | all number of bad pixels, RMS over 16 read-out ports; BLUE detector
6 •QC1DB none   none none  10 badpix_nb_0_0 this | last_yr | all number of bad pixels, read-out port 0_0, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_1_0 this | last_yr | all number of bad pixels, read-out port 1_0, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_2_0 this | last_yr | all number of bad pixels, read-out port 2_0, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_3_0 this | last_yr | all number of bad pixels, read-out port 3_0, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_4_0 this | last_yr | all number of bad pixels, read-out port 4_0, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_5_0 this | last_yr | all number of bad pixels, read-out port 5_0, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_6_0 this | last_yr | all number of bad pixels, read-out port 6_0, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_7_0 this | last_yr | all number of bad pixels, read-out port 7_0, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_0_1 this | last_yr | all number of bad pixels, read-out port 0_1, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_1_1 this | last_yr | all number of bad pixels, read-out port 1_1, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_2_1 this | last_yr | all number of bad pixels, read-out port 2_1, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_3_1 this | last_yr | all number of bad pixels, read-out port 3_1, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_4_1 this | last_yr | all number of bad pixels, read-out port 4_1, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_5_1 this | last_yr | all number of bad pixels, read-out port 5_1, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_6_1 this | last_yr | all number of bad pixels, read-out port 6_1, BLUE detector
6 •QC1DB none   none none  10 badpix_nb_7_1 this | last_yr | all number of bad pixels, read-out port 7_1, BLUE detector
*Data sources: QC1DB: QC1 database; LOCAL: local data source
Plot 1
scores: 1|
data source:espresso_ledff
(QC1 database)
dataset:badpix_nb_tot•
median:6.2e+03none
fixed thresholds:5500...7000none
N_data plotted:10
[click plot for closeup]
Plot 2
scores: not implemented
data source:espresso_ledff
(QC1 database)
dataset:badpix_nb_rms•
median:257none
thresholds:none 
N_data plotted:10
[click plot for closeup]
Plot 3
scores: not implemented
data source:espresso_ledff
(QC1 database)
dataset:
(numbers below apply to this dataset)		badpix_nb_0_0•
average:none
thresholds:none
N_data plotted:10
[click plot for closeup]
Plot 4
scores: 1|
data source:espresso_ledff
(QC1 database)
dataset:badpix_nb_tot•
median:4.64e+03none
fixed thresholds:4000...5000none
N_data plotted:10
[click plot for closeup]
Plot 5
scores: not implemented
data source:espresso_ledff
(QC1 database)
dataset:badpix_nb_rms•
median:290none
thresholds:none 
N_data plotted:10
[click plot for closeup]
Plot 6
scores: not implemented
data source:espresso_ledff
(QC1 database)
dataset:
(numbers below apply to this dataset)		badpix_nb_0_0•
average:none
thresholds:none
N_data plotted:10
[click plot for closeup]
This plot

Trending plot for the number of bad pixels as determined from LED flat-field calibrations.

ESPRESSO has two chips, one for the BLUE and one for the RED arm. Each chip has 16 read-out ports. QC parameters are determined per read-out port which leads to 16 different values for each QC parameter per chip. The HC plots show in separate sub plots the total number of bad pixels per detector (TOTAL), the RMS of these values, and ALL 16 individual values (in one sub plot).

There are also plots showing the values for each read-out port in detail. The labels there come in the form <DET>_<X>_<Y> with <DET> being the chip (BLUE or RED), <X> the x positions of the read-out on the chip (0, 1, to 7), and <Y> the y position (0 or 1).  

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