OPERATION IN EXPERT MODE
LSM 510
DuoScan
Carl Zeiss
Display and Analysis of Images
LSM 510 META
DuoScan
4-272
B 45-0021 e
03/06
4.13.17.3 Ortho - 2D DeConVolution Function
The 2D deconvolution function causes orthogonal projection enhancement through the computed
correction of the resolution in the Z-coordinate.
Image enhancement is only effective for the two projections of a fluorescence stack in the Ortho display
or for an XZ-scan in fluorescence, and is also only computed for this.
•
Activate the
2D DCV
button in the
Orthogonal Sections
toolbar.
If the
Fast
button is activated, calculation of the 2D-deconvolution (inverse DCV mode) is performed
immediately.
The 2D DCV settings button can only be activated if a licence for the 3D DCV option has been purchased.
Otherwise this button is grayed.
•
Click on the
Settings
button. The
2D Deconvolution
window is opened.
The
2D Deconvolution
window contains the
Deconvolution
panel with the two tabs
Method
and
PSF
.
(1) Method
tab
The
Method
tab enables you to choose between
the calculation methods
Inverse
and
Iterative
.
For more details of explanation of deconvolution
and the calculation methods see
3D
DeConVolution
(page 4-170).
In the
Inverse
method, the
Restoration Effect
slider can be used to set the signal-to-noise ratio
between
Weak
(low noise) and
Strong
(pronounced noise).
Activation of the
Auto detect
check box starts a
routine for the automatic determination of the
noise level in the entire image part of the Z Stack.
If
Auto detect
is enabled, the
Restoration Effect
slider is disabled.
The
Iterative
method permits (in addition to the parameters of the
Inverse
method) the maximum
number of iterations to be entered between 1 and 200 under
Maximum Iterations
and the
Auto Stop
function to be activated / deactivated. The
Auto Stop
function interrupts the calculation depending on
the set image improvement (delta between last but one and last cycle in %), no matter whether the value
under
Maximum Iterations
has been achieved or not.
Fig. 4-267
Method tab