@nkotf_square 4
# Unless otherwise stated, for all scans on 2016-10-25, assume the scan is a dark simulated observation (simulated observation with the window cover on).
@nkotf_square 4
# Unless otherwise stated, for all scans on 2016-10-25, assume the scan is a dark simulated observation (simulated observation with the window cover on).
@nkotf_square 1
# Unless otherwise stated, for all scans on 2016-10-25, assume the scan is a dark simulated observation (simulated observation with the window cover on).
@nkotf_square 1
# Unless otherwise stated, for all scans on 2016-10-25, assume the scan is a dark simulated observation (simulated observation with the window cover on).
focusOTF-Z 5/5
We process the 10 last OTF scans to get the focus correction:
********************************
FOCUS results
To be used directly in PAKO
Check the best fit value
Flux A1: -0.55
FWHM A1: -0.62
Ellipticity A1: -0.80
Flux A2: -0.57
FWHM A2: -0.54
Ellipticity A2: -0.44
Flux A3: -0.43
FWHM A3: -0.44
Ellipticity A3: -0.49
We set the focus along the Z-direction to -0.55 mm (the fit on A1 is really good)
focusOTF-X 5/5
We process the 5 OTF scans to get the focus correction:
********************************
FOCUS results
To be used directly in PAKO
Check the best fit value
Flux A1: 0.05
FWHM A1: 0.12
Ellipticity A1: 0.29
Flux A2: -0.07
FWHM A2: 0.01
Ellipticity A2: 0.09
Flux A3: 0.01
FWHM A3: 0.10
Ellipticity A3: *****
We set the focus correction along the X-direction to 0.05 mm
focusOTF-Y 5/5
We process the 5 OTF scans to get the focus correction:
********************************
FOCUS results
To be used directly in PAKO
Check the best fit value
Flux A1: 0.53
FWHM A1: 0.33
Ellipticity A1: 1.09
Flux A2: 0.75
FWHM A2: 1.10
Ellipticity A2: 1.33
Flux A3: 0.86
FWHM A3: 1.02
Ellipticity A3: 1.13
We set the focus correction along the Y-axis to 0.53 mm