SINFONI daily health check
monitor

Notes:

• We show the most critical QC parameters, derived from the SINFONI pipeline sinfo_rec_wavecal recipe, measuring performance characteristics of the spectroscopic components and wavelength calibration.
• Two data set are shown: QC parameter derived by the pipeline in Garching (QC) and QC parameters derived by the pipeline on Paranal (PSO). In addition, the average of the Garching data shown. In case no Garching data are available the average of the PSO data is given instead.
• The QC parameter definitions can be found on the qc wave page. Since there is a wavelength solution of nearly all of the more than 2000 columns of the detector, the average of the coefficients is trended.
• When no QC parameters are available for a setup, the average is set to 0.
• The three boxes per plot corresponds the three cameras=0.25, 0.1 and 0.025.

A) Resolving Power

resolving power J-band

resolving power H-band

resolving power K-band

resolving power H+K-band

For daily health check, focus on:

Resolving Power DeltaLamba/Lambda (= INS.GRAT1.WLEN / QC.COEF1.AVG / QC.FWHM.AVG)
(averaged over the 2048 columns)

• The blue points are processed on Paranal ( = PSO)
• The black points are processed by QC Garching ( = QC)
• The last data point is marked
• The time range spans the last 2 months.

B) Grating Offset (Measured against Nominal)

grating offset J-band

grating offset H-band

grating offset K-band

grating offset H+K-band

For daily health check, focus on:

Grating offset (the pipeline central wavelength result minus the nominal value (e.g. 2.200 micron for K, 1.6500 micron for H ...)). A plot contains for each of the three cameras ( = 0.025, 0.1, 0.25) a box

• The blue points are processed on Paranal ( = PSO)
• The black points are processed by QC Garching ( = QC)
• The last data point is marked
• The time range spans the last 2 months.