CENTER SCREEN AREA / IMAGE CONTAINERS - …
LSM 710 and LSM 780
Carl Zeiss
Raster Scanning Image Correlation Spectroscopy
Systems
256 M60-1-0025
e
02/2010
minimum and maximum will be displayed as black in the maps. This option is helpful in eliminating
extreme outliers.
In the
Show all
mode you have further the option to display the
Std.Dev.
(standard deviation) maps of
both parameter maps as well as the
Χ
2
(Chi square) map by checking the
Show standard deviation
maps
and
Show X2 map
boxes.
In
Map definition
you can define the region size in an m x n format. Please note, if you don’t choose a
size as an integer part of the intensity image, some rest areas to the right and bottom of the image will
not be taken into account. Region sizes can be put into the
Region sizes in X / Y in Pixels
input boxes
by using the slider, arrows or typing. Default values in an m x m format can be obtained by pressing the
64
,
96
or
128
buttons. The step size with which the region will be shifted from data point to data point
can be put in the
Shift region in X / Y in Pixels
input boxes by using the slider, arrows or typing. The
default value of a shift size half the region size can be obtained by pressing the
50% region size
button.
In
Filter maps
different
Filter modes
can be selected to sort out outlier values. Extreme outliers will
affect the scaling of the map so that interesting values can be hidden. By checking the
Filter all maps
box, chosen filters will be applied for all maps. If not selected only the map chosen in the
Map type
pull
down menu will be filtered. You can choose between Informative Pixels, ratio and mean / variance filter
by checking the respective
Informative Pixels
,
Ratio (Std.Dev./Value)
and
Mean value variance
boxes. Thresholds can be set in each case via the input boxes by typing or using the arrows. Note that
filters can be combined.
In Export maps one can select which maps should
be exported as an .lsm image by selecting between
the
Current map
, that is only the map selected in
the Map-type pull down menu,
All parameter
maps
, that are the
Number particles
and
Diffusion coeffic. (µm x µm /s)
maps, and
All
maps
, that are the parameter maps,
Std.Dev.
maps and
X
2
maps (Fig. 297).
Fig. 297
Export mode pull down menu
