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all KPI reports
MATISSE:
score overview
Instrument Performance
KPI
Daily Calibrations...
detector monitoring
shift
kappa matrix
Internal Vis
Internal Flux
Internal OPD
Night time:...
...Full visibilities
Flux beam
OPD
Transfer Function
Visibility
Vis SNR
Closure Phase
Differential Phase
LM Night LOW MED
L Night HIGH
L M Night HIGHP
N Night LOW HIGH
...Correlated Fluxes
Correlated Flux
Corr Fl Night range
System Efficiency
QC MATISSE
Other HC:
UT1
FORS2
KMOS
UT2
FLAMES/GIRAFFE
UVES&FLAMES/UVES
VISIR
UT3
CRIRES
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X-SHOOTER
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General monitoring (all historical):
PWV monitor
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historical)
Image Quality
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historical)
Sky Background
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historical)
retired:
FORS1 (April 2009)
ISAAC (December 2013)
MIDI (March 2015)
VIMOS (March 2018)
AMBER (September 2018)
SINFONI (July 2019)
NACO (October 2019)
[best viewing with style sheets and javascript enabled]
MATISSE trending system: overview of scores
Last update: 2022-07-02T13:29:09 (UT)
General news:
MATISSE news:
When applicable, HC plots for the HIGH+ modes (L and M) and N-HIGH are in the process of beeing implemented
MATISSE instrument score:
scores only ...
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shift
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kappa_matrix
RATIO
FLUX
SHIFT
ZOOM
delta_inclination
Internal_Vis
VIS2_LM-LOW
N
CP_LM
N
DP_LM
N
SNR_LM
N
2022-02-20 Bug in the software. MATISSE Team is aware of this. Working on it. [ccid@eso.org]
Internal_Flux
FLUX_LM
N
FLUX_LM_BCDin
N_BCDin
Internal_OPD
MAX_OPD
OPD_LM
OPD_N
2021-09-28 the maximum OPD is calculated on the 6 baselines. Specifications mentioned a maximum shift of 100 microns/8h for MATISSE-LM and 300 for MATISSE-N. F [qc_matisse@eso.org]
Flux_beam
LM-LOW
LM-MED
L-HIGH
L-HIGH+
M-HIGH+
N-LOW
N-HIGH
LM-LOW_IN-IN
N-LOW_IN-IN
OPD
Max_LM_OO
Max_N_OO
Max_LM_II
Max_N_II
OPD_LM
OPD_N
2021-09-28 For night time observations the OPD must be stable to around 20 microns (for 1% accuracy) [qc_matisse@eso.org]
Transfer_Function
LM-LOW
LM-MED
L-HIGH
L-HIGH+
M-HIGH+
N-LOW
N-HIGH
Visibility
LM-LOW
LM-MED
L-HIGH
L-HIGH+
M-HIGH+
N-LOW
N-HIGH
Vis_SNR
LM-LOW
LM-MED
L-HIGH
L-HIGH+
M-HIGH+
N-LOW
N-HIGH
Closure_Phase
LM-LOW
LM-MED
L-HIGH
L-HIGH+
M-HIGH+
N-LOW
N-HIGH
Differential_Phase
LM-LOW
LM-MED
L-HIGH
L-HIGH+
M-HIGH+
N-LOW
N-HIGH
LM_Night_LOW_MED
VIS_LM_LOW
MED
TF_LOW
MED
SNR_LOW
MED
CP_LOW
MED
DP_LOW
MED
L_Night_HIGH
VIS_L_HIGH
TF_HIGH
SNR_HIGH
CP_HIGH
DP_HIGH
L_M_Night_HIGHP
VIS_L_HIGH+
TF_HIGH+
SNR_HIGH+
CP_HIGH+
DP_HIGH+
VIS_M_HIGH+
TF_HIGH+
SNR_HIGH+
CP_HIGH+
DP_HIGH+
N_Night_LOW_HIGH
VIS_N_LOW
TF_LOW
SNR_LOW
CP_LOW
DP_LOW
Correlated_Flux
N_LOW_SNR_CorrFlux
CP
DP
N_HIGH_SNR_CorrFlux
CP
DP
Corr_Fl_Night_range
N_LOW_CorrFlux
TF
SNR
CP
DP
System_Efficiency
TRANS_LM-LOW
LM-MED
L-HIGH
L-HIGH+
M-HIGH+
N-LOW
N-HIGH
Corr_AT
Corr_UT