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: -0.26
FWHM A1: -0.44
Ellipticity A1: -0.72
Flux A2: -0.49
FWHM A2: -7.02
Ellipticity A2: 1.31
Flux A3: -0.24
FWHM A3: -0.77
Ellipticity A3: -0.02
We set the focus to -0.26 mm along the X-axis direction.
We decide to repeat the focus scans along the X-direction as the correction was large compared to the previous value.
The current focus correction along this axis is -0.26 mm.
focusOTF-X 1/5
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: -0.31
FWHM A1: -0.51
Ellipticity A1: -1.07
Flux A2: -0.46
FWHM A2: -0.94
Ellipticity A2: 0.24
Flux A3: -0.24
FWHM A3: -0.45
Ellipticity A3: -0.40
We set the focus along the X-axis direction to -0.31 mm and confirm the previous focus correction --> we can move on.
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: 0.21
FWHM A1: -0.05
Ellipticity A1: 1.18
Flux A2: 0.32
FWHM A2: 2.11
Ellipticity A2: 1.14
Flux A3: 0.32
FWHM A3: 0.69
Ellipticity A3: 0.82
We set the focus along the Y-direction at 0.25 mm.
focusOTF-Z 3/5
CANCELLED BECAUSE OF THE WIND !
--> We cannot use the scans 86, 87 and 88 to compute the focus correction along the Z-axis. However, scans 86 and 87 contain good data (but defocused)
focusOTF-Z 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: -0.55
FWHM A1: -0.60
Ellipticity A1: -0.66
Flux A2: -0.56
FWHM A2: -0.54
Ellipticity A2: -0.40
Flux A3: -0.43
FWHM A3: -0.44
Ellipticity A3: -0.49