POLSARPRO DISPLAY
&
VIEWER V3.0
1
CONTENTS
1
DISPLAY – VIEWER v3.0 Main Menu............................................................................ 3
1.1
Hierarchical Software Structure ................................................................................. 3
2 DISPLAY SINGLE DATA SET........................................................................................ 5
2.1
Display – Create BMP File ........................................................................................ 7
2.2
Display – Create RGB File....................................................................................... 10
2.3
Display – Create RGB File – Partial Polarimetry Case [C2] ................................... 13
2.4
Display – Create RGB File – Partial Polarimetry Case (Ixx,Ixy) ............................ 15
2.5
Display – Create RGB File – Partial Polarimetry Case (Sxx,Sxy) .......................... 17
2.6
Display – Create HSL File ....................................................................................... 19
3 DISPLAY DUAL DATA SETS ...................................................................................... 21
3.1
Hierarchical Software Structure ............................................................................... 22
3.2
Display – Create RGB Dual Files ............................................................................ 23
4
PSP VIEWER v3.0........................................................................................................... 25
2
1
DISPLAY – VIEWER V3.0 MAIN MENU
Display Menu
Description:
The PolSARpro V2.0 Software offers the possibility to create and export images in
an 8-bit or 24-bit dynamic range (Windows Bitmap and TIFF formats) for inclusion
in reports, or import to GIS software.
The different display functionalities can be applied on the following raw binary data
type :
• [ S2 ] : 2x2 complex Scattering Matrix raw binary data.
• [ T3 ] : 3x3 complex Coherency Matrix raw binary data.
• [ T4 ] : 4x4 complex Coherency Matrix raw binary data.
• [ C2 ] : 2x2 complex Covariance Matrix raw binary data.
• [ C3 ] : 3x3 complex Covariance Matrix raw binary data.
• [ C4 ] : 4x4 complex Covariance Matrix raw binary data.
• ( Sxx, Sxy ) : Dual polarimetric complex Scattering Elements raw binary data.
• ( Ixx, Ixy ) : Dual polarimetric real Intensity Elements raw binary data.
Each Data Button gives access to the following display functionalities :
• Create BMP file is used to create an 8-bit or 24-bit dynamic range (Windows
Bitmap and TIFF formats) bitmap image file of parameters extracted from a
polarimetric raw binary data file.
• Create RGB file is used to create a 24-bit colour BMP image (Windows
Bitmap format) containing contrasted red, green and blue channels assigned to the
different polarimetric binary raw data files and combinations.
• Create HSL file is used to create a 24-bit colour BMP image (Windows
Bitmap format) containing contrasted hue, saturation and light channels assigned
3
to the different polarimetric binary raw data files and combinations.
BMP Viewer
1.1
Launches the PolSARpro BMP Viewer.
HIERARCHICAL SOFTWARE STRUCTURE
[ S2 ]
Create BMP File
Create RGB File
Create HSL File
[ T3 ]
Create BMP File
Create RGB File
Create HSL File
[ T4 ]
Create BMP File
Create RGB File
Create HSL File
[ C2 ]
Create BMP File
Create RGB File
DISPLAY
Create HSL File
[ C3 ]
Create BMP File
Create RGB File
Create HSL File
[ C4 ]
Create BMP File
Create RGB File
Create HSL File
(Sxx, Sxy)
Create BMP File
Create RGB File
(Ixx, Ixy)
Create BMP File
Create RGB File
View BMP File
4
2
DISPLAY SINGLE DATA SET
DISPLAY SINGLE DATA SET
Aim: This menu proposes to create and export 8-bit or 24-bit dynamic range images, written
in the common Windows Bitmap and TIFF formats.
Hierarchical Structure:
[ S2 ]
Create BMP File
Create RGB File
Create HSL File
[ T3 ]
Create BMP File
Create RGB File
Create HSL File
[ T4 ]
Create BMP File
Create RGB File
Create HSL File
[ C2 ]
Create BMP File
DISPLAY
Create RGB File
Create HSL File
[ C3 ]
Create BMP File
Create RGB File
Create HSL File
[ C4 ]
Create BMP File
Create RGB File
Create HSL File
(Sxx, Sxy)
Create BMP File
Create RGB File
(Ixx, Ixy)
Create BMP File
Create RGB File
5
6
2.1
DISPLAY – CREATE BMP FILE
Create BMP file
Description:
This function is used to create an 8-bit dynamic range (Windows Bitmap) bitmap
image file of parameters extracted from a polarimetric raw binary data file.
Comments:
Blue Parameters may be modified using the widget button :
Red Parameters can be modified from keyboard.
.
Input/Output Arguments:
Input Data File Indicates the complete location of the binary data file to be
imaged.
Output BMP Indicates the location of the processed Bitmap data output
7
Directory
Output BMP
File
directory.
The default value is set automatically to the Input Directory
extracted from the Input Data File name.
Indicates the name of the bitmap output file. The default value is
set to the concatenation of the input file name with an extension
indicating the type of imaged parameter, e.g. real or imaginary
parts, linear or dB modulus ...
Output Image Number of Rows/Columns:
The output image numbers of rows and columns are initialised to the input data set
dimensions.
Users wishing to process a sub-part of the initial image can modify the Init and End
values of the converted images rows and columns.
Note: init and end values have to remain within the range defined by the input image
dimensions.
Processing Parameters:
Data Format
Show
ColorMap
Min / Max
Values
Indicates the type of input data.
• Complex : 4 bytes interlaced real and imaginary parts.
• Float : 4 bytes real data.
• Integer : 2 bytes real data.
Indicates the mode of representation. The default value is set to
real.
• Modulus : Modulus of real / complex input data (linear scale).
• 10*log10(Modulus) : Modulus of real / complex input data (db
scale).
• 20*log10(Modulus) : Modulus of real / complex input data (db
scale).
• Phase : Argument of complex input data (linear scale).
• Real : Real part of complex input data (linear scale).
• Imag : Imag part of complex input data (linear scale).
Choice of a 256 colors ColorMap
• Jet : Blue to Red ColorMap.
• Gray : Grayscale from White to Black ColorMap.
• Hsv : Red to Red ColorMap (useful for Phase representation).
Scales the output data range of variation
• Automatic : The first colormap index is assigned to values
inferior or equal to min, while the last colormap index is assigned
to values superior or equal to max.
If selected, the program automatically search the min and max
values of the data, otherwise min and max values are fixed by the
user.
• Enhanced Contrast : The program automatically adapts the color
scale (colorbar) to data distribution. Min and max are set so that
5% of the total number of pixels are superior to max and 5% are
inferior to min.
8
Trace Messages:
Open Window Create BMP File
Process The Function Soft/bmp_process/create_bmp_file.exe
or
Process The Function Soft/bmp_process/create_bmp24_file.exe
or
Process The Function Soft/bmp_process/create_tiff24_file.exe
or
Process The Function Soft/bmp_process/MinMaxBmp_file.exe
Check RunTime Errors
OK
Close Window Create BMP File
9
2.2
DISPLAY – CREATE RGB FILE
Create RGB File
Description:
This program creates color coded bitmap image files from different polarimetric
binary data files.
The color coding is realised by assigning input files to the Red Green Blue channels
of a 24 bit colormap.
Comments:
Blue Parameters may be modified using the widget button :
Red Parameters can be modified from keyboard.
.
Input/Output Arguments:
Input
Directory
Output
Directory
Indicates the complete location of the considered MainDirectory
(MD) containing the raw binary data to be imaged.
Indicates the location of the processed bitmap image output
directory.
The default value is set automatically to the MainDirectory (MD).
10
Output Image Number of Rows/Columns:
The output image numbers of rows and columns are initialised to the input data set
dimensions.
Users wishing to process a sub-part of the initial image can modify the Init and End
values of the converted images rows and columns.
Note: init and end values have to remain within the range defined by the input image
dimensions.
Pauli / Sinclair Color Composition:
Color coding according to the different proposed compositions may be selected by
ticking optional fields. In this case, input files do not have to be specified.
The default Output file name is set automatically to :
MainDirectory / PauliRGB.bmp or MainDirectory / SinclairRGB.bmp.
Input/Output Files:
Input File
Output File
Designates, for each color channel, the real data binary file to be
imaged.
Note: Input File must not be complex type.
Indicates the name of the bitmap output file
The default output file name is set automatically to :
MainDirectory / CombineRGB.bmp
Trace Messages:
Open Window Create RGB File
Process The Function Soft/bmp_process/create_rgb_file.exe
or
Process The Function Soft/bmp_process/create_sinclair_rgb_file_S2.exe
or
Process The Function Soft/bmp_process/create_sinclair_rgb_file_T3.exe
or
Process The Function Soft/bmp_process/create_sinclair_rgb_file_C3.exe
or
Process The Function Soft/bmp_process/create_sinclair_rgb_file_C4.exe
or
Process The Function Soft/bmp_process/create_pauli_rgb_file_S2.exe
or
Process The Function Soft/bmp_process/create_pauli_rgb_file_T3.exe
or
Process The Function Soft/bmp_process/create_pauli_rgb_file_C3.exe
or
Process The Function Soft/bmp_process/create_pauli_rgb_file_C4.exe
Check RunTime Errors
OK
Close Window Create RGB File
11
12
2.3
DISPLAY – CREATE RGB FILE – PARTIAL POLARIMETRY CASE [C2]
Create RGB File – Partial Polarimetry Case [C2]
Description:
This program creates color coded bitmap image files from different polarimetric
binary data files.
The color coding is realised by assigning input files to the Red Green Blue channels
of a 24 bit colormap.
Comments:
Blue Parameters may be modified using the widget button :
Red Parameters can be modified from keyboard.
.
Input/Output Arguments:
Input
Directory
Indicates the complete location of the considered
MainDirectory / C2 (MD / C2) containing the [C2] matrix data to
13
Output
Directory
be imaged.
Indicates the location of the processed bitmap image output
directory.
The default value is set automatically to the MainDirectory / C2
(MD / C2).
Output Image Number of Rows/Columns:
The output image numbers of rows and columns are initialised to the input data set
dimensions.
Users wishing to process a sub-part of the initial image can modify the Init and End
values of the converted images rows and columns.
Note: init and end values have to remain within the range defined by the input image
dimensions.
Color Composition:
Color coding according to the different proposed compositions may be selected by
ticking optional fields. In this case, input files do not have to be specified.
The default Output file name is set automatically to :
MainDirectory / C2 / AsarRGB1.bmp or MainDirectory / C2 / AsarRGB2.bmp.
Input/Output Files:
Input File
Output File
Designates, for each color channel, the real data binary file to be
imaged.
Note: Input File must not be complex type.
Indicates the name of the bitmap output file
Trace Messages:
Open Window Create RGB File
Process The Function Soft/bmp_process/create_rgb_file_C2.exe
Check RunTime Errors
OK
Close Window Create RGB File
14
2.4
DISPLAY – CREATE RGB FILE – PARTIAL POLARIMETRY CASE (IXX,IXY)
Create RGB File – Partial Polarimetry Case (Ixx, Ixy)
Description:
This program creates color coded bitmap image files from different polarimetric
binary data files.
The color coding is realised by assigning input files to the Red Green Blue channels
of a 24 bit colormap.
Comments:
Blue Parameters may be modified using the widget button :
Red Parameters can be modified from keyboard.
.
Input/Output Arguments:
Input
Directory
Indicates the complete location of the considered MainDirectory
(MD) containing the Intensity Partial Polarimetry raw binary data
15
Output
Directory
to be imaged.
Indicates the location of the processed bitmap image output
directory.
The default value is set automatically to the MainDirectory (MD).
Output Image Number of Rows/Columns:
The output image numbers of rows and columns are initialised to the input data set
dimensions.
Users wishing to process a sub-part of the initial image can modify the Init and End
values of the converted images rows and columns.
Note: init and end values have to remain within the range defined by the input image
dimensions.
Color Composition:
Color coding according to the different proposed compositions may be selected by
ticking optional fields. In this case, input files do not have to be specified.
The default Output file name is set automatically to :
MainDirectory / AsarRGB1.bmp or MainDirectory / AsarRGB2.bmp.
Input/Output Files:
Input File
Output File
Designates, for each color channel, the real data binary file to be
imaged.
Note: Input File must not be complex type.
Indicates the name of the bitmap output file
Trace Messages:
Open Window Create RGB File
Process The Function Soft/bmp_process/create_rgb_file_Ipp.exe
Check RunTime Errors
OK
Close Window Create RGB File
16
2.5
DISPLAY – CREATE RGB FILE – PARTIAL POLARIMETRY CASE (SXX,SXY)
Create RGB File – Partial Polarimetry Case (Sxx, Sxy)
Description:
This program creates color coded bitmap image files from different polarimetric
binary data files.
The color coding is realised by assigning input files to the Red Green Blue channels
of a 24 bit colormap.
Comments:
Blue Parameters may be modified using the widget button :
Red Parameters can be modified from keyboard.
.
Input/Output Arguments:
Input
Directory
Indicates the complete location of the considered MainDirectory
(MD) containing the complex Partial Polarimetry raw binary data
17
Output
Directory
to be imaged.
Indicates the location of the processed bitmap image output
directory.
The default value is set automatically to the MainDirectory (MD).
Output Image Number of Rows/Columns:
The output image numbers of rows and columns are initialised to the input data set
dimensions.
Users wishing to process a sub-part of the initial image can modify the Init and End
values of the converted images rows and columns.
Note: init and end values have to remain within the range defined by the input image
dimensions.
Color Composition:
Color coding according to the different proposed compositions may be selected by
ticking optional fields. In this case, input files do not have to be specified.
The default Output file name is set automatically to :
MainDirectory / AsarRGB1.bmp or MainDirectory / AsarRGB2.bmp.
Input/Output Files:
Input File
Output File
Designates, for each color channel, the real data binary file to be
imaged.
Note: Input File must not be complex type.
Indicates the name of the bitmap output file
Trace Messages:
Open Window Create RGB File
Process The Function Soft/bmp_process/create_rgb_file_Spp.exe
Check RunTime Errors
OK
Close Window Create RGB File
18
2.6
DISPLAY – CREATE HSL FILE
Create HSL File
Description:
This program creates color coded bitmap image files from different polarimetric
binary data files.
The color coding is realised by assigning input files to the Hue Saturation Lightness
channels of a 24 bit colormap.
Comments:
Blue Parameters may be modified using the widget button :
Red Parameters can be modified from keyboard.
.
Input/Output Arguments:
Input
Directory
Output
Directory
Indicates the complete location of the considered MainDirectory
(MD) containing the raw binary data to be imaged.
Indicates the location of the processed bitmap image output
directory.
19
The default value is set automatically to the MainDirectory (MD).
Output Image Number of Rows/Columns:
The output image numbers of rows and columns are initialised to the input data set
dimensions.
Users wishing to process a sub-part of the initial image can modify the Init and End
values of the converted images rows and columns.
Note: init and end values have to remain within the range defined by the input image
dimensions.
Polarimetric Decomposition Color Composition:
Color coding according to the results of the H/A/Alpha decomposition may be
selected by ticking optional fields. In this case, input files do not have to be
specified.
The default Output file name is set automatically to :
MainDirectory / Polar1HSV.bmp or MainDirectory / Polar2HSV.bmp.
Input/Output Files:
Input File
Output File
Designates, for each color channel, the real data binary file to be
imaged.
Note: Input File must not be complex type.
Indicates the name of the bitmap output file
The default output file name is set automatically to :
MainDirectory / CombineHSV.bmp
Trace Messages:
Open Window Create HSL File
Process The Function Soft/bmp_process/create_hsv_file.exe
or
Process The Function Soft/bmp_process/create_polar1_hsv_file.exe
or
Process The Function Soft/bmp_process/create_polar2_hsv_file.exe
Check RunTime Errors
OK
Close Window Create HSV File
20
3
DISPLAY DUAL DATA SETS
Display Menu - Dual Data Sets
Description:
The PolSARpro V2.0 Software offers the possibility to create and export images in
an 8-bit or 24-bit dynamic range (Windows Bitmap and TIFF formats) for inclusion
in reports, or import to GIS software.
The different display functionalities can be applied on the following raw binary data
type :
• [ S2 ] Master: 2x2 complex Scattering Matrix raw binary data Master Directory
• [ S2 ] Slave: 2x2 complex Scattering Matrix raw binary data – Slave Directory
• [ T6 ] : 6x6 complex Coherency Matrix raw binary data.
Each Data Button gives access to the following display functionalities:
• Create BMP file is used to create an 8-bit or 24-bit dynamic range (Windows
Bitmap and TIFF formats) bitmap image file of parameters extracted from a
polarimetric raw binary data file.
• Create RGB file is used to create a 24-bit colour BMP image (Windows
Bitmap format) containing contrasted red, green and blue channels assigned to the
different polarimetric binary raw data files and combinations.
• Create HSL file is used to create a 24-bit colour BMP image (Windows
Bitmap format) containing contrasted hue, saturation and light channels assigned
to the different polarimetric binary raw data files and combinations.
BMP Viewer
Launches the PolSARpro BMP Viewer.
21
3.1
HIERARCHICAL SOFTWARE STRUCTURE
[ S2 ] Master
Create BMP File
Create RGB File
Create HSL File
DISPLAY
[ S2 ] Slave
Create BMP File
Create RGB File
Create HSL File
[ T6 ]
Create BMP File
Create RGB File
View BMP File
22
3.2
DISPLAY – CREATE RGB DUAL FILES
Create RGB – Dual Files
Description:
This program creates color coded bitmap image files from different polarimetric
binary data files.
The color coding is realised by assigning input files to the Red Green Blue channels
of a 24 bit colormap.
Comments:
Blue Parameters may be modified using the widget button :
Red Parameters can be modified from keyboard.
.
Input/Output Arguments:
Input
Directory
Output
Directory
Indicates the complete location of the considered MainDirectory
(MD) containing the raw binary data to be imaged.
Indicates the location of the processed bitmap image output
directory.
The default value is set automatically to the MainDirectory (MD).
Output Image Number of Rows/Columns:
23
The output image numbers of rows and columns are initialised to the input data set
dimensions.
Users wishing to process a sub-part of the initial image can modify the Init and End
values of the converted images rows and columns.
Note: init and end values have to remain within the range defined by the input image
dimensions.
Pauli / Sinclair Color Composition:
Color coding according to the different proposed compositions may be selected by
ticking optional fields. In this case, input files do not have to be specified.
The default Output file name is set automatically to :
MainDirectory / PauliRGB_T1.bmp and MainDirectory / PauliRGB_T2.bmp.
Or
MainDirectory/SinclairRGB_T1.bmp or MainDirectory/SinclairRGB_T2.bmp.
Trace Messages:
Open Window Create RGB Dual Files
Process The Function Soft/bmp_process/create_sinclair_rgb_file_T6.exe
or
Process The Function Soft/bmp_process/create_pauli_rgb_file_T6.exe
Check RunTime Errors
OK
Close Window Create RGB Dual Files
24
4
PSP VIEWER V3.0
PSP Viewer v3.0
Description:
A basic Viewer (PolSARpro Viewer PV 3.0) is offered which can be use to display
and modify output results in common graphics formats as Windows Bitmap.
The Viewer PV 3.0 allows to save the Windows Bitmap output files in different
graphic formats as GIF, JPG, PS and TIF. It proposes different functionalities like
Image Display Size setting, In/Out Zoom function, Zoom Lens Window, Image Flip
Up-Down / Flip Left-Right, 90° Left / Right rotation, transpose functions ... The
Color Palette edition and modification functions are particularly useful for the postprocessing of unsupervised classification results.
Functionalities :
Open File
Open an 8-bits or 24-bits Windows Bitmap (BMP) File.
Once selected, the image opens in the PSP Viewer workspace. If
the image size is more than can fit in the Image Screen Display
Window, PSP Viewer reduces the image magnification
25
accordingly. The Image Screen Display Window Size can be set
in the Display Size functionality of the Environnement widget or
in the Image Display Size Setting functionality .
Once displayed, PSP Viewer displays the image size in pixels, the
magnification value (initial zoom value), the image colormap in
the ColorBar Display and the min/max values used to scale the
data range of variation to the color scale (Note: this last
functionality is only valid if the active image is an 8-bits Windows
Bitmap image).
Save File
Save the active Windows Bitmap image in different graphic
formats as GIF, JPG, PS and TIF. This functionality opens a Save
As dialog box.
Close File
Close the active Windows Bitmap image. If changes have been
made to the active image since the last saving, it is prompted to
save the changes.
Image Size
Give the image size in pixels: R = Number of Rows, C = Number
of Columns.
Mouse Position Give the Mouse pointer position in pixels. The Top-Left position
corresponds to the (1,1) value and the Bottom-Right position
corresponds to the (Nrows, Ncols) value.
(1:X)
Zoom Level
Zoom Tool
Correspond to the magnification level of the active image. The
normal viewing level is the actual size of one-to-one (1:1). At
three-to-one (3:1), the image is three times the normal size. At
one-to-five (1:5), the image is one-fifth the normal size.
Activate the Zoom functionality. The left and right Mouse buttons
are used to increase and decrease the magnification level. To
Zoom-In, left-click the image. The magnification increases by one
level on each click. To Zoom-Out, right-click the image. The
magnification decreases by one level on each click.
When the magnification of an image is changed, PolSARpro
Viewer can enlarge or reduce the Image Screen Display Window
automatically to the new size, to include as much of the image as
will fit. Scroll bars appear along the right and bottom edges of the
Image Screen Display Window whenever the image is too large
to fit entirely within it. To bring a different area of the image into
view, click and hold down the arrow buttons on either end of the
scroll bar, or drag the slider bar.
To unselect the Zoom functionality, click again the button or
any other tool button.
26
Lens Tool
Overview
Tool
Activate the Lens functionality. When an image is edited, it can be
helpful to magnify the edited area while still being able to see the
effect on the entire image. This can be done by opening the Lens
functionality. Any changes made to the image is immediately
updated to the image displayed in the Lens Display Window.
As the active image is too large to fit in the Lens window, its
visible area is enclosed by a rectangle on the active image. To
move from one area of the image to another, move the cursor over
the rectangle. When the cursor changes to the Cross icon, click the
left mouse button, drag to the new area to be displayed and release
the button.
Zoom factor is independent between the Image Screen Display
Window and the Lens Display Window, it is thus possible to
increase and decrease the magnification level of the edited area
from the left and right Mouse buttons. The cursor must be outside
the rectangle. The magnification level of the edited area appears on
the Lens Display Window title bar.
To unselect the Lens functionality, click again the button or any
other tool button.
Activate the Overview functionality. When a zoom is applied on a
small area for a detailed operation, it can be helpful to see the
entire image. This can be done by opening the Overview
functionality which displays a small view of the entire image. Any
27
changes made to the image is immediately updated to the image
displayed in the Overview Display Window.
When the zoomed area of the image is too large to fit in the Image
Screen Display Window, its visible area is enclosed by a
rectangle on the Overview Display Window. To move from one
area of the image to another, move the cursor over the rectangle.
When the cursor changes to the Cross icon, click the left mouse
button, drag to the new area to be displayed and release the button.
Zoom factor is independent between the Image Screen Display
Window and the Overview Display Window, it is thus possible to
increase and decrease the magnification level of the zoomed area
from the left and right Mouse buttons. The cursor must be outside
the rectangle. The magnification level of the edited area appears on
the Zoom Level display.
To unselect the Overview functionality, click again the button
or any other tool button.
ColorMap
Change the ColorMap of the active image. A specific widget is
opened and proposes predefined Jet, Gray and HSV ColorMaps
with associated complementary ColorMaps (Reverse and Inverse).
Select a ColorMap will change and update automatically all the
active image with the new Color Palette. (Note: this functionality
is only valid if the active image is a 256 Colors Windows Bitmap
image)
28
Activate the Color Dropper functionality. To select a color from
Dropper Tool the active image, move the dropper over the image and click. The
selected color appears in the Pixel Color Display. To modifiy the
selected color, click on the Pixel Color Display that will open the
Windows Color Dialog Box. The active image will then be
changed and updated automatically with the new color. To
unselect a selected color, click the right mouse button.
To unselect the Color Dropper functionality, click again the button
or any other tool button. (Note: this functionality is only valid if
the active image is an 8-bits Windows Bitmap image).
Edit the ColorMap of the active image. Clicking a color square
ColorMap Edit opens the Windows Color Dialog Box. The active image will then
be changed and updated automatically with the new color.
To unselect the ColorMap Editor functionality, click again the
button
or any other tool button. (Note: this functionality is only
valid if the active image is an 8-bits Windows Bitmap image).
Mirror
Apply a Mirror orientation operation on the active image. The
Mirror command reverses the image along its horizontal axis.
29
FLIP
Apply a Flip orientation operation on the active image. The Flip
command reverses the image along its vertical axis.
Apply a +90 degrees rotation operation on the active image. This
Rotation +90 command moves the image around its center point in the counterclockwise direction.
Rotation -90
ColorBar
Display
Min / Max
Values
Apply a -90 degrees rotation operation on the active image. This
command moves the image around its center point in the clockwise
direction.
Display the ColorMap of the active image. (Note: The ColorBar is
displayed only in the case of an 8-bits Windows Bitmap image).
Minimum and Maximum values used to scale the data range of
variation to the color scale (Note: this functionality is only valid if
30
the active image is an 8-bits Windows Bitmap image).
Pixel Value
Display the pixel value (Note: this functionality is only valid if the
active image is an 8-bits Windows Bitmap image).
Display This function is used to change the Image Screen Display
Screen Setting Window size, the Lens Display Window size and the Overview
Display Window size using the associated widget buttons : or .
31