	      HELP FILE FOR  SMENA.EXE
@0.1.
	   WELCOME TO SMENA PROGRAM !
 Copyright (C) 1999 , NT-MDT Co, Moscow, Russia

Wherever you  are  in  the  program you can point
by  cursor  to  unknown object (windows, buttons or
dialog-box menu item that's currently active ) and
press F1. After that you may see available information.

 ENTER key = LEFT, ESC key = RIGHT mouse button.
 -----------------------------------------------
Programmed by S.Saunin.
Tel.(++7 095) 535-0305; Fax.(++7 095) 535-6410;
E-mail: saunin@ntmdt.zgrad.ru
@0.115.
	 Automatic scaling of the graph.
+<ctrl > Y axes is scaled more than X axes.
+<shift> For manual replacement or scaling (with
	 pressed shift) by arrow keys or mouse.
@0.116.
You can edit RGB palette by mouse moving with
pressed left button.

<Open>,<Save> - open/save palette from/to *.256 file.
<Get> - choose palette from standard set.
<Draw> 1,3,5 - 'width' of editing.
<Line>  - to draw by a line.

Additional commands:
---------------------
'0'..'4'   - set simple function;
'*','/'    - multiply/divided RGB curve;
'R','G','B'- set similar curve;
Space, '.' - normalize by gray image histogram;
<alt I >   - copy all *.256 files to one *.256 file.

@0.100.
Expanded EMS Memory NOT Found !
-------------------------------
To use EMS Memory put to your
config.sys  string like this :
DEVICE=C:\DOS\EMM386.exe RAM
@0.124.
additional  Commands:
F1     - Get info about file;
F8,Del - Delete file;
F5     - Save as *.MDT file;
alt F5 - Save as *.SM2 file;
Enter  - Choose file;
@18.49. Open all files in the list.
additional  Commands:
F1     - Get info about file;
F8,Del - Delete file;
F5     - Copy file to another;
Enter  - Choose file.
@18.32. Sort list by name, time or size.
@0.7.
The window of the SPM (Scanning Probe Microscope).
It's the main window for the microscope operation
control in scanning, spectroscopy and lithography
modes, switching between AFM/STM microscope modes
as well as for viewing and processing of scanning
and spectroscopy results.
@0.8.   The window of the Oscilloscope.
The oscilloscope window (build in oscilloscope)
is intended for observation of dependence of
various values versus time, measurements and
monitoring of signals in 8 points of the
electronic board-processor as well as for
viewing two dimensional images: scan sections
and spectroscopy results.

@0.123.
By Left and Right arrows choose item.

<VEL>,<TAU>,<I0> - by UP/Down  set values.
<SUBPLANE>('-')  - subtraction of plane .
<REDRAW  >(' ')  - new color setting.
<RESTART >('R')  - restart scanning .
<HELP    >('H')  - get help .
 ESC             - terminate scanning.
@0.20.
Set value by mouse or
<- , -> keyboard keys.
Increasing rate :
+ctrl        - x10
+shift       - x100
+shift+ctrl  - x1000

@0.130.               --- GRAPHICS ---
   You can editing your current screen picture
   by  simple graphics means, save and load
   color images as *.pcx files.

	    COMMANDS :
     F2     - open  graphics menu;
     F4     - load  *.pcx file to top/left corner;
shi  F4     - load  *.pcx file to marker position;

     F5     - save  full screen to      *.pcx file;
shi  PrtScr - save  full screen to MDT_NN.pcx file;
shi  F5     - save  part of screen to   *.pcx file;

shi  F2     - open  printer menu;
shi  F6     - Print only SPM frame.
 F6, PrtScr - Print whole screen.

     Ins    - On/Off drawing;
     Home   - marker jump to home position;
ctrl Home   - set home position;
alt  F      - fill frame by draw color;
alt  X      - Xor all colors at frame;
alt  C      - Convert draw color to back color;
alt  M      - Move    draw color to back color;
alt  B      - Draw rectangle bar;
alt  S      - Snow at frame until ESC;
ctrl PrtScr - On/Off   frame;
     PgUp   - increase  draw color;
     PgDw   - decrease  draw color;
ctrl PgUp   - increase  background color;
ctrl PgDw   - decrease  background color;
ctrl Right  - increase  step of marker step;
ctrl Left   - decrease  step of marker step;
 '0'...'Z'  - write letters with draw/back colors;
alt 0..9,P  - set different palettes;
alt -       - Load/Save palette to/from   *.256 file;
alt =       - Edit current palette ( see F1 );
alt I       - Copy all *.256 files to one *.256 file.

@0.105.           ---- EDITOR ----
You can  create and  edit a textual file with
information about experiment conditions and so on.
To start editing file, press <EDIT> button. To return
from editor window, press ESC. To get information about
editor commands, press F1.

	    ---- EDITOR COMMANDS ----
Character left/right │ Left / Right  arrow
Line up/down         │ Up   / Down   arrow
Page up/down         │ PgUp / PgDn
Top Line             │ Ctrl PgUp
Bottom Line          │ Ctrl PgUp
Delete line          │ Ctrl-Y
Clear text buffer    │ Alt  C
Exit                 │ ESC


@4.237.           ---- EDITOR ----
You can  create and  edit a textual file with
information about experiment conditions and so on.
To start editing file, press <EDIT> button. To return
from editor window, press ESC.
	     ---- EDITOR COMMANDS ----
Character left/right │ Left / Right  arrow
Line up/down         │ Up   / Down   arrow
Page up/down         │ PgUp / PgDn
Top Line             │ Ctrl PgUp
Bottom Line          │ Ctrl PgUp
Delete line          │ Ctrl-Y
Clear text buffer    │ Alt  C
Exit                 │ ESC
@70.0.
Being in any place of the program, you can locate
the cursor on an object unknown for you that is
active at the moment and press "F1".

@70.1.
Opens the menu that enables to display on the
screen the following windows:

SPM     - The window of the SPM (Scanning Probe Microscope.
	  It's the main window for the microscope operation
	  control in scanning, spectroscopy and lithography
	  modes, switching between AFM/STM microscope modes
	  as well as for viewing and processing of scanning
	  and spectroscopy results.

SCOPE   - The oscilloscope window (build-in oscilloscope)
	  is intended for observation of dependence of
	  various values versus time, measurements and
	  monitoring of signals in 8 points of the
	  electronic board-processor as well as for
	  viewing two dimensional images: scan sections
	  and spectroscopy results.

EDITOR  - Window of the text files editor.

GRAPH   - Information on application of the graphic
	  editor.

@70.2. General system configuration
@70.5. Exit To DOS.
+shift - Temporal Exit To DOS. For return to the
	 program type "Exit". The feedback, laser and
	 any measuring still run.

@73.1.
SPM - Scanning Probe Microscope.
      The main window for the microscope operation
      control in scanning, spectroscopy and lithography
      modes, switching between AFM/STM microscope modes
      as well as for viewing and processing of scanning
      and spectroscopy results.
@73.2.
SCOPE - The oscilloscope window (build-in oscilloscope)
	is intended for observation of dependence of
	various values versus time, measurements and
	monitoring of signals in 8 points of the
	electronic board-processor as well as for
	viewing the two dimensional images: scan
	sections and spectroscopy results.
@73.3.
SCOPE - The oscilloscope window (build-in oscilloscope)
	is intended for observation of dependence of
	various values versus time, measurements and
	monitoring of signals in 8 points of the
	electronic board-processor as well as for
	viewing the two dimensional images: scan
	sections and spectroscopy results.
@73.5.
INFO - Window of the information of current main
       measurements parameters, date and time of
       measurements.
@73.4.
EDITOR - Window of the text files editor.
@73.6.
GRAPH - Information on application of the graphic
	editor.
@73.7. Panel in the down screen with help and memory information.
@73.8. Panel with one-touch access to basic tools.
@72.2. Load total system configuration.
@72.3. Save the active system configuration as a default
to file "smena.opt".
@72.4. Saves the active  system configuration in a separate
*.opt file.
@72.5. Setting VGA color mode resolution.
@72.6. Setting of system colors.
@72.7. Creation and editing of palletes.
@72.8. Setting mouse rate.
@25.5. Open the palette from *.256 files.
@25.6. Save the palette to *.256 file.
@25.7. Choose a palette from the standart set.
@25.51. 'Width' of editing of the curve.
@25.52. To draw by a line.
@25.16. Smoothing the working curve.
@25.32. Setting the working curve.
@25.33. Setting the working curve.
@25.34. Setting the working curve.
@1.225. Open Frame Setting menu.
@2.225. Open Frame Setting menu.
@3.225. Open Frame Setting menu.
@4.225. Open Frame Setting menu.
@225.0. Setting frame of the window.
@225.1. Close window.
@242.3. True root mean square value of signal on the input of RMS (see scheme).
@242.4. Theoretically calculated amplitude of detecting signal.
@242.5. Phase 1. May be measured by one of three methods (see scheme).
@242.6. Phase 2. May be measured by one of three methods (see scheme).
@82.1. Setting of directory for data.
@82.2. Setting of extension of data files.
@82.3. Amount of the files viewing by "Tile" and "open"
       with option "Open All".
@18.49. Open all files in directory.
@69.1.  Setting draw mode:

       XYZ     - displays digital values along
		 axes of scans coordinates;
       XYZ & C - displays digital values along
		 axes of scans coordinates and
		 the colour height scale -
		 Z coordinates.
       Off     - digital values along axes of scans
		 coordinates and the colour height
		 scale are not displayed.
@69.2.  Setting units along the coordinates axes:
    A   - angstroms;
    nM  - nanometers;
    uM - micrometers.
@69.5.  At switched on "ON" the coordinate grid
    is displayed (for the top view - "2D".
@69.3.  Setting Linear Extrapolation mode of Top View.
  On  - linear extrapolation with 16 colors is executed;
  On+ - linear extrapolation with 32 colors is executed;
  Off - no extrapolation.
@69.4.  Setting 3D-Image filtration mode.
@69.6.  Setting background color.
@69.16. No digits on image.
@69.17. Show scale of X,Y,Z on the picture. 
@69.18. Show X,Y,Z scale and Z scale as color bar on the picture.
@69.21. Choose units for data presentation. 
@69.22. Choose units for data presentation. 
@69.23. Choose units for data presentation. 
@69.24. Automatic choose units depends of image size.
@69.32. Choose smoothing for 2-D image during drawing.
@69.33. Choose smoothing for 2-D image during drawing.
@69.34. Choose smoothing for 2-D image during drawing.
@69.48. Choose smoothing for 3-D image during drawing.
@69.49. Choose smoothing for 3-D image during drawing.
@69.50. Choose smoothing for 3-D image during drawing.
@69.51. Choose smoothing for 3-D image during drawing.
@69.52. Choose smoothing for 3-D image during drawing.
@69.56. Choose style of drawing bar around 3-D image.
@69.57. Choose style of drawing bar around 3-D image.
@69.58. Choose style of drawing bar around 3-D image.
@69.59. Choose style of drawing bar around 3-D image.
@69.65. Setting Z scale is equel XY scale.
@69.80. Drawing  digits on 3-D images.
@69.82. Show scale of X,Y,Z at the bottom of the window.
@69.112. Apply choosing  settings.
@11.3. Current time
@11.4. Free base/expanded memory.
@31.0. Load data from file *.os, *.dat.
@31.1. Save data to   file *.os, *.dat.
@32.16. Setting parameters of X and Y axes.
@2.6. Open Scope parameters menu.
@32.51. Input float X zero.
@32.52. Input float X step.
@32.53. Input X axis Name.
@32.54. Input float Y zero.
@32.55. Input float Y step.
@32.56. Input Y axis Name.
@32.50. Setting X axis time scale ( ms, sec, min).
@32.17. Setting Draw Style of graphic.
@32.64. Setting Draw Style of graphic:
Pixel   - small point;
Dot     - big   point;
Line(1) - thin  line;
Line(3) - thick line.
@32.58. Setting Pause(sec) (only if Repeat is switched ON):
Time delay before clearing buffer data and start of new
measuring.
@3.3. Open Scaling menu:
X     - scaling only along X axes;
Y     - scaling only along Y axes;
X & Y - scaling along both X and Y axes.
@60.3. Open Scaling menu:
X     - scaling only along X axes;
Y     - scaling only along Y axes;
X & Y - scaling along both X and Y axes.
@32.59. Setting Scale option:
X     - scaling only along X axes;
Y     - scaling only along Y axes;
X & Y - scaling along both X and Y axes;
Off   - scaling does not occur.
@33.1. X - scaling only along X axes.
+shift - For manual replacement or scaling (with
	 pressed shift) by arrow keys or mouse.
@33.2. Y - scaling only along Y axes.
+shift - For manual replacement or scaling (with
	 pressed shift) by arrow keys or mouse.
+ctrl - Scaling in 0.1 full scale.
@33.3. X & Y - scaling along both X and Y axes.
+shift - For manual replacement or scaling (with
	 pressed shift) by arrow keys or mouse.
+ctrl - In Y direction scaling in 0.1 full scale.
@33.15. Scaling for maximum available signal.
@32.18. Setting colors of windows.
@32.74. Setting Grid.
@32.75. Drow Y=0 line as Line3.
@32.67. Setting color of Drawing.
@32.68. Setting Background color.
@32.69. Setting color of Digits.
@32.70. Setting color of Background of Digits.
@32.71. Setting color of Letters.
@32.72. Setting color of Background of Letters.
@32.73. Setting color of Grid.
@32.32. Setting pause between measurements in ms.
@32.46. Clear window.
@32.36. Setting Pause(sec) (only if Repeat is switched ON):
	Time delay before clearing buffer data and start of new
	measuring.
@32.37. Name of current input.
@32.96. Signal for observation by external microscope.
@32.111. Histogram of chosen signal;
	 +ctrl - FFT of chosen signal. 
	 List of signal in the manual on the page ___.
@32.80. switch format of data:
	*.os - internal format with Name and calibration of axes;
	*.dat - ASCII format without Name and calibration of axes.
@32.241. Save options and exit.
@32.35. Repeat of measurements.
@51.0. Open an existing file with *.mdt by extension.
+ctrl   starting from working directory.
@51.1. Recording a file with *.mdt extension on a disk. In a
file with *.mdt extension are recorded:
 - data of all scanning;
 - spectroscopy data, labeled with the item of "Put" menu;
 - a text, labeled with the item of "Put" menu;
 - information on scanning parameters.
@51.2. Add file from disk to active file.
@51.3. Display all pages.
Additional Commands:
F1 - Get INFO about page;
F5 - Copy page as along file;
F8 - Delete page;
ENTER - Load page.
@51.4. Delete active page.
@51.5. Delete all pages.
@51.6. Display the information about active page.
@51.8. Export whole screen/part of screen as PCX-file.
@93.0. Export whole screen as PCX-file.
@93.2. Export SPM window as PCX-file.
@93.3. Manual select frame for export part of screen as PCX-file.
@51.9. Duplicate active page to next place.
@51.17. Setting file attributes and Tile scheme.
@51.16. Create a new directory.
@60.31. Setting mode of single/multiply scanning.
@236.0. The single scanning.
@236.1. Repeated scanning until press ESC.
@236.2. Repeated scanning along area with displacement.
	The number of scans along axes (NxN) and the
	degree of overlapping (Overlay) is specified
	in the "NxN" Menu.
@236.3. Repeated scanning with displacement in any
	direction. The 8 directions of displacement
	is set by '1'..'9' keys ( Num-keys ) during
	scanning. The degree of overlapping (Overlay)
	is specified in the "NxN" Menu.
@60.24. Execute scanning.
@60.27. Switch on/off Non-Linear Correction.
@60.28. Preliminary evaluated scanning time (information only). 
@60.56. Subtract plane during scanning.
@60.57. Switch on/off Drawing during scanning.
@60.58. Switch on/off Transfer of scans lines to
	 oscilloscope during scanning.
@60.59. Show scope data during scanning.
@60.60. Redraw each scan for multiply scanning.
@60.62. Setting voltage for output
@60.40. Setting dimension of scans (step of scans) and 
       initial point of scanning.
@62.0. Setting dimension (a number of points) of scans ( if the
       "Shift" key is pressed) and initial points of scanning
       relative to the largest scan.
@62.1. Setting dimension of scans (step of scans) 
	 and initial points of scanning relative to
	 current scan image .
@62.5. Displacement of the scanning area marker in
	 the real time mode moves the probe relative to
	 a sample.
@57.4.
Setting dimension (a number of points) of scans ( if the
"Shift" key is pressed) and initial points of scanning
relative to the largest scan.

+shift - Setting dimension (a number of points) of scans
	 and initial points of scanning relative to
	 current scan image .
+ctrl  - Displacement of the scanning area marker in
	 the real time mode moves the probe relative to
	 a sample.
@60.0. Open Scan Option Menu.
@60.33. Setting Scan Velocity (Angstroms/sec).
@60.29.  Setting number of measurements of registered
magnitude in each averaging point  and  recording  of
average of these magnitudes.
@60.30. Setting value of amplification factor of relative
measuring.
It is intended for increasing dynamic range of
measuring signal ( Z or It).
If Adc Ampl not equal 1, them need operation Z:=Z0.
@60.34. Setting step of a scan in angstroms.
@60.3. Setting X coordinate of an initial point of scanning
in angstroms.
@60.4. Setting Y coordinate of an initial point of scanning
in angstroms.
@60.37. Setting X dimension of a scan side.
@60.38. Setting Y dimension of a scan side.
@60.39. When the <ON> value is set the dimensions of scans sides
in points automatically decrease down to the nearest
number of the 2**n kind, where n - natural number.
@60.40. Setting dimension of scans (step of scans) and initial point.
@13.104. Setting dimension of scans (step of scans) and initial point.
@60.41. Low pass filter for registration signal.
@238.0. Single scanning.
@238.1. Repeated scanning until ESC is pressed.
@238.2. Repeated scanning along area with displacement.
The number of scans along axes (NxN) and the degree of
overlapping (Overlay) is specified in the "NxN" menu.
@238.3. Repeated scanning with displacement in any direction.
The 8 directions of displacement are set by '1'..'9'
keys ( NUM-keys ) during scanning. The degree of
overlapping (Overlay) is specified in the "NxN" menu.
@57.5. Open Scan Operation Option Menu.
@60.80. Setting Modulation Output.
@60.83. Setting input for RMS measuring.
@60.82. Setting input of synchronic detector.
@60.112. Low pass filter for of synchronic detector.
@60.114. Low pass filter for RMS.
@60.108. Multiply of amplitude modulation.
@60.109. Multiply of synchronic detector input signal (photodiode).
@60.110. Multiply of synchronic detector input signal (probe current).
@60.111. Multiply of synchronic detector input signal (external input).
@60.131. Setting method of Phase1 measuring.
@60.129. Setting method of Phase2 measuring.
@60.81. Setting band of resonance amplifier. Switch point 80kHz.
@60.84. Setting amplitude of modulation.
@60.86. Setting gain of resonance amplifier.
@60.85. Setting phase.
@60.88. Start value for frequency scanning.
@60.89. Finish value for frequency scanning. 
@60.87. Setting work frequency.
@60.93. Setting start frequency for frequency scanning.
@60.94. Setting end frequency for frequency scanning.
@60.92. Setting harmonic order.
@60.90. Setting number of point in the frequency scanning.
@60.91. Setting number of measurements of frequency in each
	averaging point  and  recording  of average of these
	magnitudes.
@60.98. Setting input for frequency scanning. This signal can
	be observe in "ExtIn" input of "OSC" window.
@60.96. Execute frequency scanning. Result of the scanning 
	transferred to "OSC" window.
	+shift - Result of the scanning transferred to "OSC"
	window, but previous result doesn't clear.
@60.97. Execute series of frequency scanning with approach.
	Setting final point of approach. Initial point of 
	approach can setting in "Z (A)" of "Probe menu".
	Result of the scanning  transferred to "OSC" window.
@60.52. Setting temperature.
@60.192. Setting input for registration in window A.
@60.193. Setting input for registration in window B.
@60.194. Setting input for registration in window C.
@60.195. Setting input for registration in window D.
@60.197. Z shift before second path (Z shift > 0 for away from samples). 
@60.198. Amplitude of second path relative primary.
@60.199. Setting gain of resonance amplifier for secondary path.
@60.200. Switch between standard (short) options for magnetic (electrostatic) measuring and full 	options for two-pass techniques.
@60.162. Setting the value of Set Point for Feedback for secondary path.
@60.163. Setting the feedback gain factor for secondary path.
@60.164. Switch of feedback output for secondary path.
@60.210. Name of feedback signal for secondary path.
@60.211. Setting input of synchronic detector for secondary path.
@60.212. Setting input for RMS measuring for secondary path.
@60.209. Setting Modulation Output for secondary path.
@60.217. Frequency shift for secondary path.
@60.218. Setting amplitude of modulation for secondary path.
@60.219. Setting gain of resonance amplifier for secondary path.
@60.221. Setting phase for secondary path.
@60.222. Setting harmonic order for secondary path.
@60.216. Z shift before second path (Z shift > 0 for away from samples). 
@60.16. Setting input for registration in window A.
@60.17. Setting input for registration in window B.
@60.18. Setting input for registration in window C.
@60.19. Setting input for registration in window D.
@60.208. Set direction of scanning in window A.
@60.209. Set direction of scanning in window B relation 
	 direction of scanning in window A.
	 -L- lift mode.           
@60.210. Set direction of scanning in window C relation 
	 direction of scanning in window A.
	 -L- lift mode.           
@60.209. Set direction of scanning in window D relation 
	 direction of scanning in window A.
	 -L- lift mode.           
@60.26. Synchronic scanning. In this case "Gain" related 
	only window A and C.
@60.196. OverScan mode - range of real movement in scan direction 
	 is more then range of registretiregistration@60.70. Feedback break during scanning, mode "Z-const".
@60.71. Switch of feedback output.
@60.72. Switch of feedback sing.
@60.22. Feedback break during scanning, mode "Z-const".
@1.5. Number of scanning window.
@1.6. Number of scanning window.
@1.7. Number of scanning window.
@1.16. Working scheme of SPM. You can work in this scheme - 
       switch signal, set parameters as a others menu.   
@1.17. Loaded file name.
@1.228. Maximize window.
@1.229. Information about window.
@2.228. Maximize window.
@2.229. Information about window.
@3.228. Maximize window.
@3.229. Information about window.
@4.228. Maximize window.
@4.229. Information about window.
@250.0. Modulation off.
@250.1. Mechanical modulation of probe
	(if exist modulation equipment).
@250.2. Mechanical modulation of sample ( apply modulation
	voltage on Z coordinate of scanner).
@250.3. Apply modulation voltage additional to Bias Voltage.
@250.4. Modulation of Output signal.
@249.0. Laser light spot unbalance along work direction for AFM.
@249.1. Current through probe both STM head and SFM head with 
	conductive cantilevers.
@249.2. Current through probe with low-pass filter.
@249.3. Current through probe with logarithmic amplifier.
@249.4. External input signal.
@249.5. External input signal.
@249.6. Amplitude of detecting signal. Use for modulation techniques.
@249.7. Projection of Amplitude of detecting signal to sin axis.
@249.8. Projection of Amplitude of detecting signal to cos axis.
@249.9. True root mean square value of signal on the input of RMS (see scheme).
@249.10. Phase 1. An be measured by one of three methods (see scheme).
@249.11. Phase 2. An be measured by one of three methods (see scheme).
@240.1. Laser light spot unbalance in work direction for AFM.
@240.2. Laser light spot unbalance in non-work direction for AFM.
@240.3. Current through probe both STM head and SFM head with 
	conductive cantilevers.
@240.4. Current through probe with low-pass filter.
@240.5. Feed Back output signal (before high-voltage amplifier).
@240.13. Calculated phase.
@240.14. External input signal.
@240.15. External input signal.
@240.6. Amplitude of detecting signal. Use for modulation techniques.
@240.7. Projection of Amplitude of detecting signal to sin axis.
@240.8. Projection of Amplitude of detecting signal to cos axis.
@240.9. True root mean square value of signal on the input of RMS (see scheme).
@240.10. Theoretically calculated amplitude of detecting signal.
@240.11. Phase 1. May be measured by one of three methods (see scheme).
@240.12. Phase 2. May be measured by one of three methods (see scheme).
@240.0. Topography - change of length of scanner.
@240.16. High voltage output to the X-coordinate of scanner.
@240.17. High voltage output to the Y-coordinate of scanner.
@240.0. Topography - change of length of scanner.
@244.0. Module of the modulation signal.
@244.1. Module*sin.
@244.2. Module*cos.
@241.2. Laser light spot unbalance in work direction for AFM.
@241.3. Laser light spot unbalance in non-work direction for AFM.
@241.4. Current through probe both STM head and SFM head with 
	conductive cantilevers.
@241.5. Current through probe with low-pass filter.
@241.6. Feed Back output signal (before high-voltage amplifier).
@241.14. Calculated phase.
@241.15. External input signal.
@241.16. External input signal.
@241.7. Amplitude of detecting signal. Use for modulation techniques.
@241.8. projection of Amplitude of detecting signal to sin axis.
@241.9. projection of Amplitude of detecting signal to cos axis.
@241.10. True root mean square value of signal on the input of RMS (see scheme).
@241.11. Theoretically calculated amplitude of detecting signal.
@241.12. Phase 1. May be measured by one of three methods (see scheme).
@241.13. Phase 2. May be measured by one of three methods (see scheme).
@241.1. Topography - change of length of scanner.
@241.17. High voltage output to the X-coordinate of scanner.
@241.18. High voltage output to the Y-coordinate of scanner.
@241.19. Registration point of  cantilever's snap.
@60.21. At switched on <On> the plane subtraction operation
	will be carried out right after scanning, at switched
	on <On+> the plane subtraction operation will be
	carried out right during scanning.
@60.20. Setting scanning direction : X,-X,Y,-Y.
@60.48. For repeated scanning with displacement along the
surface - a number of scans in each direction of the
covered surface.
@60.49. For repeated scanning with displacement - number of
scans in each area between displacement.
@60.50. For repeated scanning with displacement - degree of
scans overlapping (0 - complete displacement,
1 - complete concurrence).
@40.0. Open Control of Step-by-step Motor Menu.
@40.3. The button of switching on and switching off of the laser.
@12.3. The button of switching on and switching off of the laser.
@60.76. The button of switching on and switching off of the laser.
@41.25. The button of switching on and switching off of the laser.
@43.87. The button of switching on and switching off of the laser.
@41.32. Switch off feedback sing.
@40.4. Resetting SPM. It is necessary to press after
       switching on of the supply unit during operating
       time of the program.
@12.1. Switch of variable measured head of the microscope.
@239.0. Measure head for Scanning Tunneling Microscopy.
@239.1. Measure head for Scanning Force Microscopy, including
	STM for conductive cantilevers.
@239.2. Precision measure head for Scanning Tunneling Microscopy.
@239.3. Measure head for Scanning Near-Force Microscopy.
@12.6. Switch on/switch off feedback.
@60.74. Switch on/switch off feedback.
@12.7. Name of feedback signal.
@60.73. Name of feedback signal.
@12.9. Information about Top Line.
@40.1. Open SPM Calibration Menu.
@52.0. Scanning operations menu.
@52.4. Probe option menu.
@52.5. Approach menu.
@52.6. Open SPM Calibration Menu.
@52.7. Resetting SPM. It is necessary to press after
       switching on of the supply unit during operating
       time of the program.
@40.2. Open SPM Operation Menu.
@12.5. Analog display of Z, open Probe Menu.
@12.32. Display of Z - absolute change of scanner length.
@43.32. Removal of the motor for 1 step backward.
@43.34. Movement backward up to the stop by the ESC key.
+shift+ctr movement backward up to the stop by the
	   ESC key with the maximum speed.
@43.33. Feeding the motor for 1 step ahead.
@43.35. Movement ahead up to the stop by the ESC key.
+shift+ctr movement ahead up to the stop by the ESC key
	   with the maximum speed. You must be careful
	   and prevent the impact of against the tip
	   surface.
@43.36. Fast backward movement.
@43.59. Setting distance for fast backward movement (mkm).
@43.60. Fastest backward movement.
@43.37. Automatic feeding a sample until the feedback signal 
value is equal SetPoint value. 
@43.57. Setting the speed of back movement (relative units
from 0(slowly) up to 20(quickly).
@43.56. Setting the speed of forward movement (relative units
from 0(slowly) up to 20(quickly).
@43.58. Setting the speed of landing (relative units
from 0(slowly) up to 20(quickly).
@43.53. Counter of relative position of the step-by-step motor
in micrometers.
@60.64. Setting the tip to the position required along axis Z.
	Feedback is OFF.
@60.65. Setting the value of Set Point for Feedback:
       tunnel  current  for  STM, laser light spot
       unbalance for AFM or others for modulation mode.
@60.66. Setting the value of tunnel voltage.
@60.67. Setting the factor which is inversely proportional to
the integrator constant.
@43.83. Setting the factor which is inversely proportional to
the integrator constant.
@60.68. Switching on and switching off of the feedback.
@60.74. Switching on and switching off of the feedback.
@7.4. Setting to zero the relative coordinate along Z axis.
You can measure scan data with high ADC amplification.
+shift  Switching OFF feedback compensation system.
@41.1. Setting the value of Set Point for Feedback:
       tunnel  current  for  STM  or laser light spot
       unbalance for AFM.
@41.2. Setting the value of tunnel voltage.
@41.81. Setting the value of Set Point for Feedback:
       tunnel  current  for  STM  or laser light spot
       unbalance for AFM.
@41.82. Setting the value of tunnel voltage.
@41.23. Switching on and switching off the feedback.
@43.88. Switching on and switching off the feedback.
@43.240. Digital value of photodiode signal in work (normal)
and non-work (lateral) direction.
@60.69. Setting of sample thickness in mm.
@41.4. Setting the tip to the position required along axis X.
@41.5. Setting the tip to the position required along axis Y.
@41.6. Setting the tip to the position required along axis Z.
@41.7. Setting the tip to the position required along axis X (fine).
@41.8. Setting the tip to the position required along axis Y (fine).
@41.9. Setting the tip to the position required along axis Z (fine).
@60.77. Setting the tip to the position required along axis X.
@60.78. Setting the tip to the position required along axis Y.
@60.79. Setting the tip to the position required along axis Z.
@41.4. Setting the tip to the position required along axis X.
@41.5. Setting the tip to the position required along axis Y.
@41.6. Setting the tip to the position required along axis Z.
@44.0. Setting step of the X-DAC in angstroms.
@44.1. Setting step of the Y-DAC in angstroms.
@44.2. Setting step of the Z-ADC in angstroms.
@44.3. Setting step of the It-ADC in nA.
@58.0. Execute spectroscopy in one chosen point.
If <Scope> option is <YES>,the result is transferred to
EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
+shift the spectroscopy is repeated while not stopped
       by the ESC key.
@58.1. Execute spectroscopy 50 times in one point.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>, the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
+shift  the spectroscopy is repeated while not stopped
	by the ESC key.
@58.2.
Execute spectroscopy along a chosen line.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>,the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
+shift  the spectroscopy is repeated while not stopped
	by the ESC key.
@58.3. Execute spectroscopy in points of a chosen grid.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>,the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
+shift  the spectroscopy is repeated while not stopped
	by the ESC key.
@58.4.  If  you satisfied with the received three dimensional
image and you want them to be saved then after this menu item
is chosen the last received spectroscopy data will  be  saved
into  RAM  and  can be subsequently recorded on a disk together
with the last scanned image.
@58.5. Open the menu of viewing all spectroscopy data saved in RAM.
@58.6. Open Spectroscopy Option Menu.
@64.19. Choosing spectroscopy mode ( array type):
It(U) - function Iprobe versus Bias Voltage (parameters Beg Ut,End Ut);
It(Z) - function Iprobe versus Z-shift tip position ( when tip
	move up on <Z (A)> angstroms from surface);
F(Z)  - function Normal Force versus Z-shift tip position (when tip
	move up on <Z (A)> angstroms from surface);
FB(U) - function Feed Back signal versus Bias Voltage 
	(parameters Beg Ut,End Ut);
FB(Z) - function Feed Back signal versus Z-shift tip position (when tip
	move up on <Z (A)> angstroms from surface);
Ext(U) - function External Input signal versus Bias Voltage 
	(parameters Beg Ut,End Ut);
FB(Z) - function External Input signal versus Z-shift tip position 
	(when tip move up on <Z (A)> angstroms from surface);
@237.0. It(U) - function Iprobe versus Bias Voltage (parameters Beg Ut,End Ut).
@237.1. It(Z) - function Iprobe versus Z-shift tip position ( when tip
	move up on <Z (A)> angstroms from surface).
@237.2. F(Z)  - function Normal Force versus Z-shift tip position (when tip
	move up on whole range from surface).
@237.3. FB(U) - function Feed Back signal versus Bias Voltage 
	(parameters Beg Ut,End Ut).
@237.4. FB(Z) - function Feed Back signal versus Z-shift tip position (when tip
	move up on <Z (A)> angstroms from surface).
@237.5. Ext(U) - function External Input signal versus Bias Voltage 
	(parameters Beg Ut,End Ut).
@237.6. Ext(Z) - function External Input signal versus Z-shift tip position 
	(when tip move up on <Z (A)> angstroms from surface).
@64.0. <Smooth> - Switching on and switching off analogue data
	  filtration.
<Scan>  - At setting to "YES" value the scanning is
	  carried out and the spectroscopy in a
	  specified point (points) is carried out. When
	  the "NO" value is set the scanning is not
	  carried out, the tip is placed in a specified
	  point (points) at once and the spectroscopy
	  is carried out.
<Scope> - At setting to "YES" value the result of each
	  measurements is transferred to EXT Scope Input.
@64.49. Setting the initial values of tunnel voltage change in
the Ipr(U), FB(U), Ext(U) mode.
@64.50. Setting the final values of tunnel voltage change in
the Ipr(U), FB(U), Ext(U) mode.
@64.51. Setting the range of Z coordinate shift in angstroms
in It(Z), FB(Z), Ext(Z) mode.
@64.52. Number of depend curve points.
@64.48. Setting a number of measurements at each value of
voltage (Z coordinate) for the averaging.
@59.0. Viewing three dimensional spectroscopy data along
points. The marker runs through points of the scan, the
results of spectroscopy are transferred to the "OSC"
window in a form of the two dimensional graphs.
+shift  Manual control of movement along points.
@59.1. Viewing the previous record of spectroscopy data, if it
exists.
@59.2. Viewing the subsequent record of spectroscopy data, if
it exists.
@59.3. Displaying the scanning results on the screen.
@59.4. Displaying spectroscopy results on the screen the.
@59.5. Displaying on the screen all of the spectroscopy results.
@65.0. Lithography execution in one chosen point.
+shift - execute once more.
@65.1. Lithography execution along a chosen line.
+shift - execute once more.
@65.2. Lithography execution along a chosen drawing.
You may draw arbitrary picture on scan image until you
press <Enter+shift> or <ESC+shift>.
+shift - execute once more.
@65.3. Lithography execution once more
@65.4. Load file with templates for lithography (*.li files).
+shift - load template files to the place chosen before.
@65.5. Save file with templates for lithography (*.li files).
@65.6. Open Litho Option Menu.
@66.48. Setting  the  voltage  applied  to  a  sample
relative to the tip.
@66.49. Setting number of pulses in each point.
@66.50. Setting the tip displacement along Z axis from a
surface before the lithography execution.
At Z<0, the voltage pulses are not applied and the tip
simply "scratches" a surface.
@66.51. Setting Litho rate execution between pulses (if Number>1).
@66.52. Setting the step between pulses along Litho picture.
(1- all points, 2-each second skips, etc.).
@53.0. < 2-D >  Representation of data in a top view.
+shift  choosing the image scale.
@53.1. < 3-D >  Representation of data in a form of three
	 dimensional surface.
+shift  select scale (if Shift pressed) and view point
	before imaging.
@53.2. Drawing surface as a geographical map.
+shift  select scale (if Shift pressed) and view point
	before imaging.
@53.3. Draw Image as 3D surface, illuminated by light source.
       +shift  select scale (if Shift pressed) and view point
	before imaging.
       +ctrl   The direction to a source of light could be set
	by moving of the marker and pressing  of  the
	ENTER or left mouse button.
@53.4. Draw Image as 2D surface, illuminated by light source.
       +shift  select scale (if Shift pressed) and view point
	before imaging.
       +ctrl   The direction to a source of light could be set
	by moving of the marker and pressing  of  the
	ENTER or left mouse button.
@53.6. Zoom In.
@53.7. Zoom Out - Decrease scale in 2 times.
@53.14. Creation and editing of palettes.
@53.15. Setting view attributes.
@68.0. Choosing the image scale.
@68.1. Choosing the view point for "3D" image.
@68.2. Choosing the light position for "3D Light" and "2D Light" image.
@68.8. Setting  frame for change area coloration - in chosen
       area will be whole spectrum of palette.
@55.0. Crops the image to the chosen site.
@55.1. Sets zero or minimal value of Z on a chosen site.
@55.2. Most popular filters.
@55.6. Additional filters.
@55.9. Increase number of points in the data.
@55.8. Decrease number of points in the data.
@90.0. Sets a zero value of Z on a chosen site.
@90.1. Sets a minimal value of Z on a chosen site.
@91.0. Subtraction of plane.
@91.2. Subtraction of plane calculated on a chosen site.
@91.1. Subtraction of surface of the second order.
@91.3. Subtraction of surface of the second order calculated
       on a chosen site.
@55.7. Multiplication by 2.
@92.0. Average filtration by [3x3] matrix.
+shift  Setting weights of filtration mask.
+ctrl   Image filtration only.
@92.1. Average filtration by [5x5] matrix.
+shift   Setting weights of filtration mask.
+ctrl    Image filtration only.
@92.2. Median filtration by [3x3] matrix.
+ctrl  Image filtration;
@92.3. Median filtration by [5x5] matrix.
+ ctrl Image filtration;
@55.3. Cut out sharp peaks from data.
+ ctrl   Cut out sharp gap from data.
+ shift  Set maximum width of peak or gap.
@55.4. Evens X-lines at their average value.
@55.5. Evens Y-lines at their average value.
@92.4. Direct/Inverse Furrier transformation.
@92.5. Power spectrum density image.
@92.6. Not available.
@94.1. Filter Name.
@94.50. Filter weight.
	Click on the top of cell increase value;
	Click on the bottom of cell decrease value;
@238.0. filtration by average value on the square.
@238.1. Filtration by mask with smoothing effect. 
@238.2. filtration by median method. 
@238.3. filtration by mask with sharpen effect. 
@238.4. filtration by mask with differential effect. 
@238.5. filtration by user mask. 
@238.6. Fast Fourie Transformation (direct or back).
@238.7. Substrate result of average filter.
@238.8. Substrate result of user filter.
@238.9. Substrate plane. 
@238.10. Substrate 2nd order surface.
@238.11. Set zero value to the all points of chosen site.
@238.12. Set minimum value to the all points of chosen site. 
@238.13. Remove peaks with setting and less wide.
@238.14. Remove cracks with setting and less wide. 
@238.15. Setting average value of each line is equal.
@238.16. Mirror transformation by Y axis.
@238.17. Mirror transformation by X axis. 
@238.18. Mirror transformation by Z axis. 
@94.112. Setting area for filtration.
@94.113. filtration only in setting area.
@94.114. filtration only out of setting area.
@94.115. filtration all data.
@94.49. Include edge during filtration.
@94.48. Number of filtration times.
@94.67. Save user filter matrix.
@94.66. Load user filter matrix.
@94.69. Load default filter matrix.
@94.68. Set all point weights are equal.
@94.80. You can change weight of each point.
	Click on the top of cell increase value;
	Click on the bottom of cell decrease value;
@94.32. Fixation of filtration result.
@94.18. Undo filtration. Return to previous fixation or
	input statement.
@94.10. Execute filtration.
@94.241. Exit with fixation last filtration.
@94.52. Wide of removed pieces (cracks).
@94.51. Direction of removed pieces (cracks).
@94.4. filtration of scanning data.
@94.5. filtration of image only.
@94.11. filtration by manual movement of filtration mask.
@94.4. filtration in chosen frame.
@54.0. Show coordinates of a chosen point.
@54.1.  Show  distance  between  two  chosen points in the XY
	plane.
+ shift  Show distance between two chosen
	 points in the XYZ space.
@54.2. Show angle between two chosen  directions  in  the  XY
       plane.
+ shift  Shows angle between two chosen directions
	 in the XYZ space.
@54.3. Show section along X-axis in a chosen place.
       Section will be transferred to "OSC" window.
@54.4. Show section along Y-axis in a chosen place.
       Section will be transferred to "OSC" window.
@54.5. Show section along any direction.
       Section will be transferred to "OSC" window.
@54.6. Show statistical parameters on a chosen site.
@1.112. The <A> window of the SPM (Scanning Probe Microscope).
It's the main window for the microscope operation
control in scanning, spectroscopy and lithography
modes, switching between AFM/STM microscope modes
as well as for viewing and processing of scanning
and spectroscopy results.
@1.113. The <B> window of the SPM (Scanning Probe Microscope).
@1.114. Single/Double SPM window.
@1.116. Press to active page.
@1.118. Load previous page.
@1.120. Load next page.
@1.115. Single/Double SPM window.
@1.117. Press to active page.
@1.119. Load previous page.
@1.121. Load next page.
@3.237. The window of the Oscilloscope.
The oscilloscope window (build in oscilloscope)
is intended for observation of dependence of
various values versus time, measurements and
monitoring of signals in 8 points of the
electronic board-processor as well as for
viewing two dimensional images: scan sections
and spectroscopy results.
@2.237.   The window of the Oscilloscope.
The oscilloscope window (build in oscilloscope)
is intended for observation of dependence of
various values versus time, measurements and
monitoring of signals in 8 points of the
electronic board-processor as well as for
viewing two dimensional images: scan sections
and spectroscopy results.
@3.5. Open Scope Data Processing Menu.
@60.5. Open Scope Data Processing Menu.
@34.0. Scope Data Viewer.
Select by mouse or arrows data points. You also can cut
points from LEFT/RIGHT side of current marker position
by pressing ENTER ( or ESC ) with LEFT/RIGHT shift key.
@3.4. Scope Data Viewer.
Select by mouse or arrows data points. You also can cut
points from LEFT/RIGHT side of current marker position
by pressing ENTER ( or ESC ) with LEFT/RIGHT shift key.
@60.4. Scope Data Viewer.
Select by mouse or arrows data points. You also can cut
points from LEFT/RIGHT side of current marker position
by pressing ENTER ( or ESC ) with LEFT/RIGHT shift key.
@2.4. Scope Data Viewer.
Select by mouse or arrows data points. You also can cut
points from LEFT/RIGHT side of current marker position
by pressing ENTER ( or ESC ) with LEFT/RIGHT shift key.
@34.1. Removal of each second point.
@34.2. Removal of points with identical pairs of values.
@34.3. Averaging of data along three points.
@34.4. Averaging of data along five points.
@34.5. Medium filtration of data along three points.
@34.6. Medium filtration of data along five points.
@3.1. Start up/stop of measurements.
+shift  Clearing of the data buffer before start up/stop
	of measurements.
@60.1. Start up/stop of measurements.
+shift  Clearing of the data buffer before start up/stop
	of measurements.
@2.1. Start up/stop of measurements.
+shift  Clearing of the data buffer before start up/stop
	of measurements.
@43.1. Start up/stop of measurements.
+shift  Clearing of the data buffer before start up/stop
	of measurements.
@32.34. Start up/stop of measurements.
+shift  Clearing of the data buffer before start up/stop
	of measurements.
@2.2. Work with files.
@2.3. Open scaling menu.
@2.5. Open edit menu.
@2.6. Open options menu.
@43.3. Open scaling menu.
@43.5. Open edit menu.
@43.6. Open options menu.
@3.2. Work with files.
@3.3. Open scaling menu.
@3.5. Open edit menu.
@3.6. Open options menu.
@60.6. Open options menu.
@4.0. Input/edit text.
@4.1. Add current text to current data file.
@4.2. Open *.txt file.
@4.3. Save as *.txt file.
@245.255. Setting the input of build-in oscilloscope.
@246.0. Laser light spot unbalance along work direction for AFM.
@246.1. Current through probe both STM head and SFM head with 
	conductive cantilevers.
@246.2. External input signal
@230.0. Feedback input signal: tunnel current for STM mode, photodiode
	unbalance current for SPM mode, others for modulation mode.
@230.1. Signal, proportional of feedback voltage,
	change of length of scanner.
@230.2. Photodiode Unbalance Current in work direction
	(only for SPM mode).
@230.3. Photodiode Unbalance Current in non-work direction
	Lateral Force Microscopy (only for SPM mode).
@230.5. Input for become external data, f.e. spectroscopy
	data, section, etc.
@230.4. Temperature.
@230.6. Signal, chosen in modulation menu as a scanning 
	(on frequency) signal.
@230.7. Signal from additional list. 
	additional list of input signal ("Option", "Signal").
@32.47. additional list of input signal ("Option", "Signal").
@13.0. < 2-D >  Representation of data in a top view.
+shift  choosing the image scale.
@13.1. < 3-D >  Representation of data in a form of three
	 dimensional surface.
+shift  select scale (if Shift pressed) and view point
	before imaging.
@13.2. Drawing surface as a geographical map.
+shift  select scale (if Shift pressed) and view point
	before imaging.
@13.3. Draw Image as 3D surface, illuminated by light source.
       +shift  select scale (if Shift pressed) and view point
	before imaging.
       +ctrl   The direction to a source of light could be set
	by moving of the marker and pressing  of  the
	ENTER or left mouse button.
@13.4. Draw Image as 2D surface, illuminated by light source.
       +shift  select scale (if Shift pressed) and view point
	before imaging.
       +ctrl   The direction to a source of light could be set
	by moving of the marker and pressing  of  the
	ENTER or left mouse button.
@13.6. Zoom In.
@13.7. Zoom Out - Decrease scale in 2 times.
@13.8. Zoom Out to the whole image.
@13.16. Choosing the image scale.
@13.17. Choosing the view point for "3D" image.
@13.18. Choosing the light position for "3D Light" and "2D Light" image.
@13.24. Setting  frame for change area coloration - in chosen
       area will be whole spectrum of palette.
@13.25. Choosing a palette.
@13.26. Creation and editing of palettes.
@13.15. Setting view attributes.
@13.32. Crops the image to the chosen site.
@13.33. Sets zero or minimal value of Z on a chosen site.
@13.34. Most popular filters.
@13.35. Cut out sharp peaks from data.
+ ctrl   Cut out sharp gap from data.
+ shift  Set maximum width of peak or gap.
@13.36. Evens X-lines at their average value.
@13.37. Evens Y-lines at their average value.
@13.38. additional filters.
@13.48. Average filtration by [3x3] matrix.
+shift  Setting weights of filtration mask.
+ctrl   Image filtration only.
@13.49. Average filtration by [5x5] matrix.
+shift   Setting weights of filtration mask.
+ctrl    Image filtration only.
@13.50. Median filtration by [3x3] matrix.
+ctrl  Image filtration;
@13.51. Median filtration by [5x5] matrix.
+ ctrl Image filtration;
@13.52. Direct/Inverse Furrier transformation.
@13.53. Substrate data of window B from Window A.
@13.64. Show coordinates of a chosen point.
@13.65.  Show  distance  between  two  chosen points in the XY
	plane.
+ shift  Show distance between two chosen
	 points in the XYZ space.
@13.66. Show angle between two chosen  directions  in  the  XY
       plane.
+ shift  Shows angle between two chosen directions
	 in the XYZ space.
@13.67. Show section along X-axis in a chosen place.
       Section will be transferred to "OSC" window.
@13.68. Show section along Y-axis in a chosen place.
       Section will be transferred to "OSC" window.
@13.59. Show section along any direction.
       Section will be transferred to "OSC" window.
@13.70. Show statistical parameters on a chosen site.
@13.80. The single scanning.
@13.81. Repeated scanning until press ESC.
@13.82. Repeated scanning along area with displacement.
	The number of scans along axis (NxN) and the
	degree of overlapping (Overlay) is specified
	in the "NxN" Menu.
@13.83. Repeated scanning with displacement in any
	direction. The 8 directions of displacement
	is set by '1'..'9' keys ( Num-keys ) during
	scanning. The degree of overlapping (Overlay)
	is specified in the "NxN" Menu.
@13.87. Execute scanning.
@13.104. Setting dimension of scans (step of scans) and 
	 initial point of scanning.
@13.86. Scanning operations menu.
@13.112. It(U) - function Iprobe versus Bias Voltage (parameters Beg Ut,End Ut).
@13.113. It(Z) - function Iprobe versus Z-shift tip position ( when tip
	move up on <Z (A)> angstroms from surface).
@13.114. F(Z)  - function Normal Force versus Z-shift tip position (when tip
	move up on whole range from surface).
@13.115. FB(U) - function Feed Back signal versus Bias Voltage 
	(parameters Beg Ut,End Ut).
@13.116. FB(Z) - function Feed Back signal versus Z-shift tip position (when tip
	move up on <Z (A)> angstroms from surface).
@13.117. Ext(U) - function External Input signal versus Bias Voltage 
	(parameters Beg Ut,End Ut).
@13.118. Ext(Z) - function External Input signal versus Z-shift tip position 
	(when tip move up on <Z (A)> angstroms from surface).
@13.127. Execute Spectroscopy.
+shift  the spectroscopy is repeated while not stopped
	by the ESC key.
@13.119. Spectroscopy in one chosen point.
If <Scope> option is <YES>,the result is transferred to
EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
@13.120. Spectroscopy 50 times in one point.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>, the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
@13.121. Spectroscopy along a chosen line.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>,the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
@13.122. Spectroscopy in points of a chosen grid.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>,the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
@13.124.  If  you satisfied with the received three dimensional
image and you want them to be saved then after this menu item
is chosen the last received spectroscopy data will  be  saved
in  RAM  and  can be subsequently recorded on a disk together
with the last scanned image.
@13.125. Open the menu of viewing all spectroscopy data saved in RAM.
@13.126. Open Spectroscopy Option Menu.
@13.224. Export whole screen/part of screen as PCX-file.
@13.225. Export whole screen/part of screen as BMP-file.
@13.226. Export whole screen/part of screen as 3DS-file.
@13.227. Export whole screen/part of screen as PRN-file.
@13.228. Export whole screen/part of screen as VESA-file.
@13.208. Approach menu.
@13.232. Automatically rotated image.
@13.233. Automatically change Z-scale.
@13.232. Automatically rotated light source.
@152.0. < 2-D >  Representation of data in a top view.
+shift  choosing the image scale.
@152.1. < 3-D >  Representation of data in a form of three
	 dimensional surface.
+shift  select scale (if Shift pressed) and view point
	before imaging.
@152.2. Drawing surface as a geographical map.
+shift  select scale (if Shift pressed) and view point
	before imaging.
@152.3. Draw Image as 3D surface, illuminated by light source.
       +shift  select scale (if Shift pressed) and view point
	before imaging.
       +ctrl   The direction to a source of light could be set
	by moving of the marker and pressing  of  the
	ENTER or left mouse button.
@152.4. Draw Image as 2D surface, illuminated by light source.
       +shift  select scale (if Shift pressed) and view point
	before imaging.
       +ctrl   The direction to a source of light could be set
	by moving of the marker and pressing  of  the
	ENTER or left mouse button.
@152.6. Zoom In.
@152.7. Zoom Out - Decrease scale in 2 times.
@152.8. Zoom Out to the whole image.
@152.16. Choosing the image scale.
@152.17. Choosing the view point for "3D" image.
@152.18. Choosing the light position for "3D Light" and "2D Light" image.
@152.24. Setting  frame for change area coloration - in chosen
       area will be whole spectrum of palette.
@152.25. Choosing a palette.
@152.26. Creation and editing of palettes.
@152.15. Setting view attributes.
@152.32. Crops the image to the chosen site.
@152.33. Sets zero or minimal value of Z on a chosen site.
@152.34. Most popular filters.
@152.35. Cut out sharp peaks from data.
+ ctrl   Cut out sharp gap from data.
+ shift  Set maximum width of peak or gap.
@152.36. Evens X-lines at their average value.
@152.37. Evens Y-lines at their average value.
@152.38. additional filters.
@152.48. Average filtration by [3x3] matrix.
+shift  Setting weights of filtration mask.
+ctrl   Image filtration only.
@152.49. Average filtration by [5x5] matrix.
+shift   Setting weights of filtration mask.
+ctrl    Image filtration only.
@152.50. Median filtration by [3x3] matrix.
+ctrl  Image filtration;
@152.51. Median filtration by [5x5] matrix.
+ ctrl Image filtration;
@152.52. Direct/Inverse Furrier transformation.
@152.53. Substrate data of window B from Window A.
@152.64. Show coordinates of a chosen point.
@152.65.  Show  distance  between  two  chosen points in the XY
	plane.
+ shift  Show distance between two chosen
	 points in the XYZ space.
@152.66. Show angle between two chosen  directions  in  the  XY
       plane.
+ shift  Shows angle between two chosen directions
	 in the XYZ space.
@152.67. Show section along X-axis in a chosen place.
       Section will be transferred to "OSC" window.
@152.68. Show section along Y-axis in a chosen place.
       Section will be transferred to "OSC" window.
@152.59. Show section along any direction.
       Section will be transferred to "OSC" window.
@152.70. Show statistical parameters on a chosen site.
@152.80. The single scanning.
@152.81. Repeated scanning until press ESC.
@152.82. Repeated scanning along area with displacement.
	The number of scans along axis (NxN) and the
	degree of overlapping (Overlay) is specified
	in the "NxN" Menu.
@152.83. Repeated scanning with displacement in any
	direction. The 8 directions of displacement
	is set by '1'..'9' keys ( Num-keys ) during
	scanning. The degree of overlapping (Overlay)
	is specified in the "NxN" Menu.
@152.87. Execute scanning.
@152.104. Setting dimension of scans (step of scans) and 
	 initial point of scanning.
@152.86. Scanning operations menu.
@152.112. It(U) - function Iprobe versus Bias Voltage (parameters Beg Ut,End Ut).
@152.113. It(Z) - function Iprobe versus Z-shift tip position ( when tip
	move up on <Z (A)> angstroms from surface).
@152.114. F(Z)  - function Normal Force versus Z-shift tip position (when tip
	move up on whole range from surface).
@152.115. FB(U) - function Feed Back signal versus Bias Voltage 
	(parameters Beg Ut,End Ut).
@152.116. FB(Z) - function Feed Back signal versus Z-shift tip position (when tip
	move up on <Z (A)> angstroms from surface).
@152.117. Ext(U) - function External Input signal versus Bias Voltage 
	(parameters Beg Ut,End Ut).
@152.118. Ext(Z) - function External Input signal versus Z-shift tip position 
	(when tip move up on <Z (A)> angstroms from surface).
@152.127. Execute Spectroscopy.
+shift  the spectroscopy is repeated while not stopped
	by the ESC key.
@152.119. Spectroscopy in one chosen point.
If <Scope> option is <YES>,the result is transferred to
EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
@152.120. Spectroscopy 50 times in one point.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>, the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
@152.121. Spectroscopy along a chosen line.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>,the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
@152.122. Spectroscopy in points of a chosen grid.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>,the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
@152.124.  If  you satisfied with the received three dimensional
image and you want them to be saved then after this menu item
is chosen the last received spectroscopy data will  be  saved
in  RAM  and  can be subsequently recorded on a disk together
with the last scanned image.
@152.125. Open the menu of viewing all spectroscopy data saved in RAM.
@152.126. Open Spectroscopy Option Menu.
@152.224. Export whole screen/part of screen as PCX-file.
@152.225. Export whole screen/part of screen as BMP-file.
@152.226. Export whole screen/part of screen as 3DS-file.
@152.227. Export whole screen/part of screen as PRN-file.
@152.228. Export whole screen/part of screen as VESA-file.
@152.208. Approach menu.
@152.232. Automatically rotated image.
@152.233. Automatically change Z-scale.
@152.232. Automatically rotated light source.

@239.0. < 2-D >  Representation of data in a top view.
+shift  choosing the image scale.
@239.1. < 3-D >  Representation of data in a form of three
	 dimensional surface.
+shift  select scale (if Shift pressed) and view point
	before imaging.
@239.2. Drawing surface as a geographical map.
+shift  select scale (if Shift pressed) and view point
	before imaging.
@239.3. Draw Image as 3D surface, illuminated by light source.
       +shift  select scale (if Shift pressed) and view point
	before imaging.
       +ctrl   The direction to a source of light could be set
	by moving of the marker and pressing  of  the
	ENTER or left mouse button.
@239.4. Draw Image as 2D surface, illuminated by light source.
       +shift  select scale (if Shift pressed) and view point
	before imaging.
       +ctrl   The direction to a source of light could be set
	by moving of the marker and pressing  of  the
	ENTER or left mouse button.
@239.6. Zoom In.
@239.7. Zoom Out - Decrease scale in 2 times.
@239.8. Zoom Out to the whole image.
@239.16. Choosing the image scale.
@239.17. Choosing the view point for "3D" image.
@239.18. Choosing the light position for "3D Light" and "2D Light" image.
@239.24. Setting  frame for change area coloration - in chosen
       area will be whole spectrum of palette.
@239.25. Choosing a palette.
@239.26. Creation and editing of palettes.
@239.15. Setting view attributes.
@239.32. Crops the image to the chosen site.
@239.33. Sets zero or minimal value of Z on a chosen site.
@239.34. Most popular filters.
@239.35. Cut out sharp peaks from data.
+ ctrl   Cut out sharp gap from data.
+ shift  Set maximum width of peak or gap.
@239.36. Evens X-lines at their average value.
@239.37. Evens Y-lines at their average value.
@239.38. additional filters.
@239.48. Average filtration by [3x3] matrix.
+shift  Setting weights of filtration mask.
+ctrl   Image filtration only.
@239.49. Average filtration by [5x5] matrix.
+shift   Setting weights of filtration mask.
+ctrl    Image filtration only.
@239.50. Median filtration by [3x3] matrix.
+ctrl  Image filtration;
@239.51. Median filtration by [5x5] matrix.
+ ctrl Image filtration;
@239.52. Direct/Inverse Furrier transformation.
@239.53. Substrate data of window B from Window A.
@239.64. Show coordinates of a chosen point.
@239.65.  Show  distance  between  two  chosen points in the XY
	plane.
+ shift  Show distance between two chosen
	 points in the XYZ space.
@239.66. Show angle between two chosen  directions  in  the  XY
       plane.
+ shift  Shows angle between two chosen directions
	 in the XYZ space.
@239.67. Show section along X-axis in a chosen place.
       Section will be transferred to "OSC" window.
@239.68. Show section along Y-axis in a chosen place.
       Section will be transferred to "OSC" window.
@239.59. Show section along any direction.
       Section will be transferred to "OSC" window.
@239.70. Show statistical parameters on a chosen site.
@239.80. The single scanning.
@239.81. Repeated scanning until press ESC.
@239.82. Repeated scanning along area with displacement.
	The number of scans along axis (NxN) and the
	degree of overlapping (Overlay) is specified
	in the "NxN" Menu.
@239.83. Repeated scanning with displacement in any
	direction. The 8 directions of displacement
	is set by '1'..'9' keys ( Num-keys ) during
	scanning. The degree of overlapping (Overlay)
	is specified in the "NxN" Menu.
@239.87. Execute scanning.
@239.104. Setting dimension of scans (step of scans) and 
	 initial point of scanning.
@239.86. Scanning operations menu.
@239.112. It(U) - function Iprobe versus Bias Voltage (parameters Beg Ut,End Ut).
@239.113. It(Z) - function Iprobe versus Z-shift tip position ( when tip
	move up on <Z (A)> angstroms from surface).
@239.114. F(Z)  - function Normal Force versus Z-shift tip position (when tip
	move up on whole range from surface).
@239.115. FB(U) - function Feed Back signal versus Bias Voltage 
	(parameters Beg Ut,End Ut).
@239.116. FB(Z) - function Feed Back signal versus Z-shift tip position (when tip
	move up on <Z (A)> angstroms from surface).
@239.117. Ext(U) - function External Input signal versus Bias Voltage 
	(parameters Beg Ut,End Ut).
@239.118. Ext(Z) - function External Input signal versus Z-shift tip position 
	(when tip move up on <Z (A)> angstroms from surface).
@239.127. Execute Spectroscopy.
@239.119. Spectroscopy in one chosen point.
If <Scope> option is <YES>,the result is transferred to
EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
+shift the spectroscopy is repeated while not stopped
       by the ESC key.
@239.120. Spectroscopy 50 times in one point.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>, the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
+shift  the spectroscopy is repeated while not stopped
	by the ESC key.
@239.121. Spectroscopy along a chosen line.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>,the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
+shift  the spectroscopy is repeated while not stopped
	by the ESC key.
@239.122. Spectroscopy in points of a chosen grid.
After execution, draw all arrays as three dimension
image.
If <Scope> option is <YES>,the result of each
measurements is transferred to EXT input of Scope.
If <Scan> option is <YES>, spectroscopy is done during
scanning.
+shift  the spectroscopy is repeated while not stopped
	by the ESC key.
@239.124.  If  you satisfied with the received three dimensional
image and you want them to be saved then after this menu item
is chosen the last received spectroscopy data will  be  saved
in  RAM  and  can be subsequently recorded on a disk together
with the last scanned image.
@239.125. Open the menu of viewing all spectroscopy data saved in RAM.
@239.126. Open Spectroscopy Option Menu.
@239.224. Export whole screen/part of screen as PCX-file.
@239.225. Export whole screen/part of screen as BMP-file.
@239.226. Export whole screen/part of screen as 3DS-file.
@239.227. Export whole screen/part of screen as PRN-file.
@239.228. Export whole screen/part of screen as VESA-file.
@239.208. Approach menu.
@239.232. Automatically rotated image.
@239.233. Automatically change Z-scale.
@239.232. Automatically rotated light source.

@255.0. xxxx
#1.0. Work with files and file pages
#1.1. Choose alternative view
#1.2. Process the image with various tools
#1.3. Measure parameters of the image with various tools
#1.4. Get image by SPM, modify surface with Lithography
#70.1. Selection of working windows
#70.2. General system configuration
#70.5. Exit To DOS (+shift)
#73.1. Window of the Scanning Probe Microscope
#73.2. Window of the oscilloscope
#73.3. Window of the oscilloscope
#73.5. The information of current parameters
#73.4. Window of the text files editor
#73.6. Help of graphic editor
#73.7. Panel with help and memory information
#73.8. One-touch access to basic tools
#72.2. Load total system configuration
#72.3. Save the active system configuration as a default
#72.4. Save the active system configuration as a  users
#72.5. Setting VGA color mode resolution
#72.6. Setting of system colors
#72.7. Creation and editing of palettes
#72.8. Setting mouse rate
#82.1. Setting of directory for data
#82.2. Setting of extension of data files
#82.3. Amount of the files viewing by "Tile"
#18.49. Open all files in directory
#69.1.  Setting draw mode
#69.16. No digits on image
#69.17. Show scale of X,Y,Z on the picture.
#69.18. Show X,Y,Z scale and Z scale as colour bar on the picture
#69.21. Choose units for data presentation 
#69.22. Choose units for data presentation 
#69.23. Choose units for data presentation
#69.24. Automatic choose units depends of image size 
#69.32. Choose smoothing for 2-D image during drawing
#69.33. Choose smoothing for 2-D image during drawing
#69.34. Choose smoothing for 2-D image during drawing
#69.48. Choose smoothing for 3-D image during drawing
#69.49. Choose smoothing for 3-D image during drawing
#69.50. Choose smoothing for 3-D image during drawing
#69.51. Choose smoothing for 3-D image during drawing
#69.52. Choose smoothing for 3-D image during drawing
#69.56. Choose style of drawing bar around 3-D image
#69.57. Choose style of drawing bar around 3-D image
#69.58. Choose style of drawing bar around 3-D image
#69.59. Choose style of drawing bar around 3-D image
#69.65. Setting Z scale is equal XY scale
#69.80. Drawing  digits on 3-D images
#69.82. Show scale of X,Y,Z on the down of the window
#69.112. Apply choosing  settings
#69.2.  Setting units along the coordinates axis
#69.5.  Switch ON/OFF  display of the coordinate grid
#69.3.  Setting Linear Extrapolation mode of Top View
#69.4.  Setting 3D-Image filtration mode
#69.6.  Setting background color
#11.3. Current time
#11.4. Free base/expended memory
#31.0. Load data from file *.os, *.dat
#31.1. Save data to file *.os, *.dat
#32.16. Setting parameters of X and Y axis
#32.6. Open Scope parameters menu
#32.51. Input float X zero
#32.52. Input float X step
#32.53. Input X axis name
#32.54. Input float Y zero
#32.55. Input float Y step
#32.56. Input Y axis name
#32.50. Setting X axis time scale (ms, sec, min)
#32.17. Setting Draw Style of graphic
#32.64. Setting Draw Style of graphic
#32.58. Setting Pause(sec)
#32.59. Setting Scale option
#33.1. X  - scaling only along X axis (+shift)
#33.2. Y  - scaling only along Y axis (+shift,+ctrl)
#33.3. X & Y  - scaling along both X and Y axis (+shift,+ctrl)
#33.15. Scaling for maximum available signal
#32.18. Setting colors of windows
#32.74. Drawing Grid on/off
#32.75. Draw Y=0 line as Line3
#32.67. Setting color of Drawing
#32.68. Setting Background color
#32.69. Setting color of Digits
#32.70. Setting color of Background of Digits
#32.71. Setting color of Letters
#32.72. Setting color of Background of Letters
#32.73. Setting color of Grid
#32.32. Setting pause between measurements in ms
#32.46. Clear window
#32.36. Setting pause before clearing buffer data
#32.37. Name of current input
#32.96. Signal for observation by external microscope
#32.111. Histogram of chosen signal (F1)
#32.80. Switch format of data
#32.241. Save options and exit
#32.35. Repeat of measurements
#51.0. Open existing *.mdt file (+ ctrl)
#51.1. Save a file with *.mdt extension
#51.2. Add file from disk to active file
#51.3. Display all pages (Hot Keys - F1)
#51.4. Delete active page
#51.5. Delete all pages
#51.6. Display the information about active page
#51.8. Export whole screen/part of screen as PCX-file
#93.0. Export whole screen as PCX-file
#93.2. Export SPM window as PCX-file
#93.3. Export part of screen as PCX-file
#51.9. Duplicate active page to next place
#51.17. Setting file attributes and Tile scheme
#51.16. Create a new directory
#60.27. Switch on/off Non-Linear Correction
#60.28. Preliminary evaluated scanning time (information only)
#60.56. Subtract plane during scanning
#60.57. Switch on/off Drawing during scanning
#60.58. Switch on/off Transfer of scans lines
#60.59. Show scope data during scanning
#60.31. Setting mode of single/multiply scanning
#236.0. The single scanning.
#236.1. Repeated scanning until press ESC.
#236.2. Repeated scanning along area with displacement.
#236.3. Repeated scanning with displacement in any direction. 
#60.24. Execute scanning.
#60.8. Setting dimension of scans and initial point
#57.4. Setting dimension of scans and initial point (+shift, +ctrl)
#52.0. Scanning operations menu
#52.1. Spectroscopy operation menu
#52.2. Litho operation menu
#52.3. Setting SPM options
#52.4. Probe option menu
#52.5. Approach menu
#60.60. Redraw each scan for multiply scanning
#60.62. Setting voltage for output
#60.40. Setting dimension of scans and initial point of scanning
#62.0. Setting scan dimension and initial point (F1)
#62.1. Setting scan dimension and initial point (F1)
#62.5. Displacement of the scanning area marker (F1)
#60.0. Open Scan Option Menu
#60.33. Setting Scan Velocity (Angstroms/sec)
#60.29. Setting number of measurements for average
#60.30. Setting value of amplification factor
#60.34. Setting step of a scan in angstroms
#60.37. Setting X dimension of a scan side
#60.38. Setting Y dimension of a scan side
#60.39. Dimensions of scans sides decrease down to the 2**n
#60.41. Low pass filter for registration signal
#57.0. The single scanning
#57.1. Repeated scanning until ESC is pressed 
#57.2. Repeated scanning along area with scheme displacement
#57.3. Repeated scanning along area with manual displacement
#60.80. Setting Modulation Output
#60.83. Setting input for RMS measuring
#60.82. Setting input of synchronic detector
#60.112. Low pass filter for of synchronic detector
#60.114. Low pass filter for RMS
#60.108. Multiply of amplitude modulation
#60.109. Multiply of synchronic detector input signal
#60.110. Multiply of synchronic detector input signal
#60.111. Multiply of synchronic detector input signal
#60.131. Setting method of Phase1 measuring
#60.129. Setting method of Phase2 measuring
#60.81. Setting band of resonance amplifier
#60.84. Setting amplitude of modulation
#60.86. Setting gain of resonance amplifier
#60.85. Setting phase
#60.88. Start value for frequency scanning 
#60.89. Finish value for frequency scanning 
#60.87. Setting work frequency
#60.93. Setting start frequency for frequency scanning
#60.94. Setting end frequency for frequency scanning
#60.92. Setting harmonic order
#60.90. Setting number of point in the frequency scanning
#60.91. Setting number of measurements for average magnitudes
#60.98. Setting input for frequency scanning
#60.96. Execute frequency scanning (+shift)
#60.97. Execute series of frequency scanning with approach
#60.52. Setting temperature
#60.192. Setting input for registration in window A
#60.193. Setting input for registration in window B
#60.194. Setting input for registration in window C
#60.195. Setting input for registration in window D
#60.197. Z shift before second path (Z shift > 0 for away from samples) 
#60.198. Amplitude of second path relative primary
#60.199. Setting gain of resonance amplifier for secondary path
#60.200. Switch between standard options for magnetic measuring and full options
#60.162. Setting the value of Set Point for Feedback for secondary path.
#60.163. Setting the feedback gain factor for secondary path.
#60.164. Switch of feedback output for secondary path.
#60.210. Name of feedback signal for secondary path.
#60.211. Setting input of synchronic detector for secondary path.
#60.212. Setting input for RMS measuring for secondary path.
#60.209. Setting Modulation Output for secondary path.
#60.217. Frequency shift for secondary path.
#60.218. Setting amplitude of modulation for secondary path.
#60.219. Setting gain of resonance amplifier for secondary path.
#60.221. Setting phase for secondary path.
#60.222. Setting harmonic order for secondary path.
#60.216. Z shift before second path (Z shift > 0 for away from samples)
#60.16. Setting input for registration in window A
#60.17. Setting input for registration in window B
#60.18. Setting input for registration in window C
#60.19. Setting input for registration in window D
#60.208. Set direction of scanning in window A
#60.209. Set direction of scanning in window B (F1)
#60.210. Set direction of scanning in window C (F1)
#60.211. Set direction of scanning in window D (F1)
#60.26. Synchronic scanning (F1) 
#60.196. Range of real movement is more then range of registration signal
#60.70. Feedback break during scanning, mode "Z-const"
#60.71. Switch of feedback output
#60.72. Switch of feedback sing
#60.22. Feedback break during scanning, mode "Z-const"
#1.5. Number of scanning window
#1.6. Number of scanning window
#1.7. Number of scanning window
#1.16. Working scheme of SPM 
#1.17. Loaded file name
#1.228. Maximize window
#1.229. Information about window
#2.228. Maximize window
#2.229. Information about window
#3.228. Maximize window
#3.229. Information about window
#4.228. Maximize window
#4.229. Information about window
#57.5. Open Scan Operation Option Menu
#250.0. Modulation off
#250.1. Mechanical modulation of probe
#250.2. Mechanical modulation of sample
#250.3. Apply modulation voltage additional to Bias voltage
#250.4. Modulation of Output signal
#249.0. Laser light spot unbalance in work direction for AFM
#249.1. Current through probe 
#249.2. Current through probe with low-pass filter
#249.3. Current through probe with logarifmic amplifier
#249.4. External input signal
#249.5. External input signal
#249.6. Amplitude of detecting signal
#249.7. Projection of Amplitude of detecting signal to sin axis
#249.8. Projection of Amplitude of detecting signal to cos axis
#249.9. True root mean square value of signal on the input of RMS (see scheme)
#249.10. Phase 1. May be measured by one of three methods (see scheme)
#249.11. Phase 2. May be measured by one of three methods (see scheme)
#249.0. Unbalance in work direction / tunnel current
#249.1. Module of the modulation signal
#249.2. Module*sin
#249.3. Module*cos
#240.1. Laser light spot unbalance in work direction for AFM
#240.2. Laser light spot unbalance in non-work direction for AFM
#240.3. Current through probe  
#240.4. Current through probe with low-pass filter
#240.5. Feed Back output signal (before high-voltage amplifier)
#240.13. Calculated phase
#240.14. External input signal
#240.15. External input signal
#240.6. Amplitude of detecting signal. Use for modulation techniques
#240.7. Projection of Amplitude of detecting signal to sin axis
#240.8. Projection of Amplitude of detecting signal to cos axis
#240.9. True root mean square value of signal on the input of RMS (see scheme)
#240.10. Theoretically calculated amplitude of detecting signal
#240.11. Phase 1. May be measured by one of three methods (see scheme)
#240.12. Phase 2. May be measured by one of three methods (see scheme)
#240.0. Topography - change of length of scanner
#240.16. High voltage output to the X-coordinate of scanner
#240.17. High voltage output to the Y-coordinate of scanner
#240.0. Topography - change of length of scanner
#241.2. Laser light spot unbalance in work direction for AFM
#241.3. Laser light spot unbalance in non-work direction for AFM
#241.4. Current through probe 
#241.5. Current through probe with low-pass filter
#241.6. Feed Back output signal (before high-voltage amplifier)
#241.14. Calculated phase
#241.15. External input signal
#241.16. External input signal
#241.7. Amplitude of detecting signal. Use for modulation techniques
#241.8. projection of Amplitude of detecting signal to sin axis
#241.9. projection of Amplitude of detecting signal to cos axis
#241.10. True root mean square value of signal on the input of RMS (see scheme)
#241.11. Theoretically calculated amplitude of detecting signal
#241.12. Phase 1. May be measured by one of three methods (see scheme)
#241.13. Phase 2. May be measured by one of three methods (see scheme)
#241.1. Topography - change of length of scanner
#241.17. High voltage output to the X-coordinate of scanner
#241.18. High voltage output to the Y-coordinate of scanner
#241.19. Registration point of  cantilever's snap
#241.0. Additional signal not registered
#60.21. Setting of plane subtraction (F1)
#60.20. Setting scanning direction : X,-X,Y,-Y
#60.48. Setting number of scans for scanning with along area
#60.49. Setting number of scans in each area (F1)
#60.50. Setting degree of scans overlapping
#40.0. Open Control of Step-by-step Motor Menu
#40.3. The button of switching of the laser
#12.3. The button of switching of the laser
#60.76. The button of switching of the laser
#41.25. The button of switching of the laser
#43.87. The button of switching of the laser
#41.32. Switch off feedback sing
#40.4. Resetting SPM
#52.6. Open SPM Calibration Menu
#52.7. Resetting SPM
#12.1. Switch of variable measured head of the microscope
#239.0. Measure head for Scanning Tunneling Microscopy
#239.1. Measure head for Scanning Force Microscopy
#239.2. Precision measure head for Scanning Tunneling Microscopy
#239.3. Measure head for Scanning Near-Force Microscopy
#40.1. Open SPM Calibration Menu
#40.2. Open SPM Operation Menu
#12.5. Analog display of Z, open Probe Menu
#12.32. Display of Z - absolute change of scanner length
#12.6. Switch on/switch off feedback
#60.74. Switch on/switch off feedback
#12.7. Name of feedback signal.
#60.73. Name of feedback signal.
#12.9. Information about Top Line
#43.32. Removal of the motor for 1 step backward
#43.34. Movement backward up to the stop by the ESC key (F1)
#43.33. Feeding the motor for 1 step ahead
#43.35. Movement ahead up to the stop by the ESC key (F1)
#43.36. Fast backward movement
#43.59. Setting distance for fast backward movement (mkm)
#43.60. Fastest backward movement
#43.37. Automatic feeding a sample 
#43.57. Setting the speed of back movement 
#43.56. Setting the speed of forward movement 
#43.58. Setting the speed of landing 
#43.53. Counter of relative position of the step-by-step motor
#60.64. Setting the tip to the position along axis Z
#60.65. Setting the value of Set Point for Feedback
#60.66. Setting the value of tunnel voltage
#60.67. Setting the feedback gain factor
#60.68. Switching on and switching off the feedback
#12.6. Switching on and switching off the feedback
#41.23. Switching on and switching off the feedback
#43.88. Switching on and switching off the feedback
#43.240. Digital value of photodiode signal
#60.74. Switching on and switching off the feedback 
#41.1. Setting the value of Set Point for Feedback
#41.2. Setting the value of tunnel voltage
#41.3. Setting the feedback gain factor
#41.81. Setting the value of Set Point for Feedback
#41.82. Setting the value of tunnel voltage
#41.83. Setting the feedback gain factor
#41.7. Setting the tip to the position required along axis X (fine)
#41.8. Setting the tip to the position required along axis Y (fine)
#41.9. Setting the tip to the position required along axis Z (fine)
#41.10. Setting to zero the relative Z coordinate (+shift)
#60.69. Setting of sample thickness in mm
#41.4. Setting the tip to the position along axis X
#41.5. Setting the tip to the position along axis Y
#41.6. Setting the tip to the position along axis Z
#60.77. Setting the tip to the position along axis X
#60.78. Setting the tip to the position along axis Y
#60.79. Setting the tip to the position along axis Z
#44.0. Setting step of the X-DAC in angstroms
#44.1. Setting step of the Y-DAC in angstroms
#44.2. Setting step of the Z-ADC in angstroms
#44.3. Setting step of the It-ADC in nA
#58.0. Execute spectroscopy in one chosen point (+shift)
#58.1. Execute spectroscopy 50 times in one point (+shift)
#58.2. Execute spectroscopy along a chosen line (+shift)
#58.3. Execute spectroscopy in points of a chosen grid
#58.4. Save spectroscopy data in RAM
#58.5. Open the menu of viewing spectroscopy data
#58.6. Open Spectroscopy Option Menu
#64.19. Choosing spectroscopy mode ( array type)
#237.0. Function Iprobe versus Bias Voltage (parameters Beg Ut,End Ut)
#237.1. Function Iprobe versus Z-shift tip position
#237.2. Function Normal Force versus Z-shift tip position 
#237.3. Function Feed Back signal versus Bias Voltage 
#237.4. Function Feed Back signal versus Z-shift tip position 
#237.5. Function External Input signal versus Bias Voltage 
#237.6. Function External Input signal versus Z-shift tip position 
#64.0. Setting additional spectroscopy mode
#64.49. Setting the initial values of tunnel voltage
#64.50. Setting the final values of tunnel voltage
#64.51. Setting the range of Z coordinate shift
#64.52. Number of depend curve points
#64.48. Setting a number of measurements at each value
#59.0. Viewing spectroscopy data (+shift)
#59.1. Viewing the previous record of spectroscopy data
#59.2. Viewing the subsequent record of spectroscopy data
#59.3. Displaying on the screen the scanning results
#59.4. Displaying on the screen the spectroscopy results
#59.5. Displaying on the screen all of the spectroscopy results
#65.0. Lithography execution in one chosen point (+shift)
#65.1. Lithography execution along a chosen line (+shift)
#65.2. Lithography execution along a chosen drawing (+shift)
#65.3. Lithography execution once more
#65.4. Load picture file for lithography (+shift)
#65.5. Save file with templates for lithography (*.li files)
#65.6. Open  Litho Option Menu
#66.48. Setting the voltage applied to a sample
#66.49. Setting number of pulses in each point
#66.50. Setting the tip displacement along Z axis (F1)
#66.51. Setting Litho rate execution between pulses
#66.52. Setting the step between pulses along Litho picture
#53.0. Top view of data (+ shift)
#53.1. Three dimensional view of data (+shift)
#53.2. Drawing surface as a geographical map (+shift)
#53.3. Draw data as 3D surface with light source (+ shift,+ctrl)
#53.4. Draw data as 2D surface with light source (+ shift,+ctrl)
#53.6. Zoom In.
#53.7. Zoom Out - Decrease scale in 2 times.
#53.14. Creation and editing of palettes.
#53.15. Setting view attributes.
#53.10. Optimize view of the image.
#68.0. Choosing the image scale
#68.1. Choosing the view point for "3D" image
#68.2. Choosing the light position for "3D Light" and "2D Light" image
#68.8. Setting frame for change area coloration
#55.0. Crops the image to the chosen site
#55.1. Sets zero or minimal value of Z on a chosen site
#55.2. Surfaces filtration operations
#55.6. Additional filters
#55.9. Increase number of points in the data
#55.8. Decrease number of points in the data
#90.0. Sets a zero value of Z on a chosen site
#90.1. Sets a minimal value of Z on a chosen site
#91.0. Subtraction of plane
#91.2. Subtraction of plane calculated on a chosen site
#91.1. Subtraction of surface of the second order
#91.3. Subtraction of surface of the second order calculated on a chosen site
#55.3. Cut out sharp peaks from data (+shift, +ctrl)
#55.7. Multiplication by 2
#55.8. To erase all odd points on  X,Y of a plane
#92.0. Average filtration by [3x3] matrix (+shift, +ctrl)
#92.1. Average filtration by [5x5] matrix (+shift, +ctrl)
#92.2. Medium filtration by [3x3] matrix (+ ctrl)
#92.3. Medium filtration by [5x5] matrix (+ ctrl)
#55.4. Evens X-lines at their average value
#55.5. Evens Y-lines at their average value
#92.4. Direct/Inverse Furrier transformation
#92.5. Power spectrum density image
#92.6. Not available
#94.1. Filter Name
#94.50. Filter weight
#238.0. filtration by average value on the square
#238.1. Filtration by mask with smoothing effect
#238.2. filtration by median method
#238.3. filtration by mask with sharpen effect
#238.4. filtration by mask with differential effect
#238.5. filtration by user mask
#238.6. Fast Fourie Transformation (direct or back)
#238.7. Substrate result of average filter
#238.8. Substrate result of user filter
#238.9. Substrate plane
#238.10. Substrate 2nd order surface
#238.11. Set zero value to the all points of chosen site
#238.12. Set minimum value to the all points of chosen site
#238.13. Remove peaks with setting and less weight
#238.14. Remove cracks with setting and less weight 
#238.15. Setting average value of each line is equal
#238.16. Mirror transformation by Y axis
#238.17. Mirror transformation by X axis 
#238.18. Mirror transformation by Z axis 
#94.112. Setting area for filtration
#94.113. filtration only in setting area
#94.114. filtration only out of setting area
#94.115. filtration all data
#94.49. Include edge during filtration
#94.48. Number of filtration times
#94.67. Save user filter matrix.
#94.66. Load user filter matrix.
#94.69. Load default filter matrix.
#94.68. Set all point weights are equal.
#94.80. You can change weight of each point.
#94.32. Fixation of filtration result
#94.18. Undo filtration
#94.10. Execute filtration
#94.241. Exit with fixation last filtration
#94.52. Wide of removed pieces (cracks)
#94.51. Direction of removed pieces (cracks)
#94.4. Filtration of scanning data
#94.5. Filtration of image only                      
#94.11. Filtration by manual movement of filtration mask
#94.4. Filtration in chosen frame
#54.0. Show coordinates of a chosen point
#54.1. Show distance between two chosen points (+shift)
#54.2. Show angle between two chosen directions (+shift)
#54.3. Show section along X-axis in a chosen place
#54.4. Show section along Y-axis in a chosen place
#54.5. Show section along any direction
#54.6. Show statistical parameters on a chosen site
#1.112. The <A> window of the SPM (Scanning Probe Microscope)
#1.113. The <B> window of the SPM (Scanning Probe Microscope)
#1.114. Single/Double SPM window
#1.116. Press to active page
#1.118. Load previous page
#1.120. Load next page
#1.115. Single/Double SPM window
#1.117. Press to active page
#1.119. Load previous page
#1.121. Load next page
#3.237. The window of the Oscilloscope
#2.237. The window of the Oscilloscope
#3.5. Open Scope Data Processing Menu
#34.0. Scope Data Viewer
#3.4. Scope Data Viewer
#60.4. Scope Data Viewer
#2.4. Scope Data Viewer
#34.1. Removal of each second point
#34.2. Removal of points with identical pairs of values
#34.3. Averaging of data along three points
#34.4. Averaging of data along five points
#34.5. Medium filtration of data along three points
#34.6. Medium filtration of data along five points
#3.1.  Start up/stop of measurements (+shift)
#60.1. Start up/stop of measurements
#2.1.  Start up/stop of measurements (+shift)
#43.1. Start up/stop of measurements (+shift)
#32.34. Start up/stop of measurements
#70.0. Display the program information
#25.5. Open the palette from *.256 files
#25.6. Save the palette to *.256 file
#25.7. Choose a palette from the standart set
#25.51. 'Width' of editing of the curve
#25.52. To draw by a line
#25.16. Smoothing the working curve
#25.32. Setting the working curve
#25.33. Setting the working curve
#25.34. Setting the working curve
#1.225. Open Frame Setting menu
#2.225. Open Frame Setting menu
#3.225. Open Frame Setting menu
#4.225. Open Frame Setting menu
#225.0. Setting frame of the window
#225.1. Close window
#242.0. Module of the modulation signal
#242.1. Module*sin
#242.2. Module*cos
#242.3. True root mean square value of signal on the input of RMS (see scheme)
#242.4. Theoretically calculated amplitude of detecting signal
#242.5. Phase 1. May be measured by one of three methods (see scheme)
#242.6. Phase 2. May be measured by one of three methods (see scheme)
#245.255. Setting the input of build-in oscilloscope
#246.0. Laser light spot unbalance along work direction for AFM
#246.1. Current through probe both STM head and SFM head with conductive cantilevers
#246.2. External input signal
#230.0. Feedback input signal
#230.1. Change of length of scanner
#230.2. Photodiode Unbalance Current in work direction
#230.3. Photodiode Unbalance Current in non-work direction
#230.5. Input for become external data
#230.4. Temperature
#230.6. signal, chosen in modulation menu as a scanning signal
#230.7. Signal from additional list
#32.47. additional list of input signal
#2.2. Work with files
#2.3. Open scaling menu
#2.5. Open edit menu
#2.6. Open options menu
#43.3. Open scaling menu
#43.5. Open edit menu
#43.6. Open options menu
#3.2. Work with files
#3.3. Open scaling menu
#3.5. Open edit menu
#3.6. Open options menu
#60.3. Open scaling menu
#60.5. Open edit menu
#60.6. Open options menu
#4.0. Input/edit text
#4.1. Add current text to current data file
#4.2. Open *.txt file
#4.3. Save as *.txt file
#13.0. < 2-D > Representation of data in a top view (F1)
#13.1. < 3-D > Representation of data in a form of three dimensional surface (F1)
#13.2. Drawing surface as a geographical map (F1)
#13.3. Draw Image as 3D surface, illuminated by light source (F1)
#13.4. Draw Image as 2D surface, illuminated by light source (F1)
#13.6. Zoom In
#13.7. Zoom Out - Decrease scale in 2 times
#13.8. Zoom Out to the whole image
#13.16. Choosing the image scale
#13.17. Choosing the view point for "3D" image
#13.18. Choosing the light position for "3D Light" and "2D Light" image
#13.24. Setting  frame for change area coloration
#13.25. Choosing a palette
#13.26. Creation and editing of palettes
#13.15. Setting view attributes
#13.32. Crops the image to the chosen site
#13.33. Sets zero or minimal value of Z on a chosen site
#13.34. Most popular filters
#13.35. Cut out sharp peaks from data 
#13.36. Evens X-lines at their average value
#13.37. Evens Y-lines at their average value
#13.38. additional filters
#13.48. Average filtration by [3x3] matrix
#13.49. Average filtration by [5x5] matrix
#13.50. Median filtration by [3x3] matrix
#13.51. Median filtration by [5x5] matrix
#13.52. Direct/Inverse Furrier transformation
#13.53. Substrate data of window B from Window A
#13.64. Show coordinates of a chosen point
#13.65. Show distance between two chosen points in the XY plane (+shift)
#13.66. Show angle between two chosen directions in the XY plane (+shift)
#13.67. Show section along X-axis in a chosen place
#13.68. Show section along Y-axis in a chosen place
#13.59. Show section along any direction
#13.70. Show statistical parameters on a chosen site
#13.80. The single scanning
#13.81. Repeated scanning until press ESC
#13.82. Repeated scanning along area with displacement
#13.83. Repeated scanning with displacement in any direction
#13.87. Execute scanning
#13.104. Setting dimension of scans and initial point of scanning
#13.86. Scanning operations menu
#13.112. It(U) - function Iprobe versus Bias Voltage 
#13.113. It(Z) - function Iprobe versus Z-shift tip position
#13.114. F(Z)  - function Normal Force versus Z-shift tip position 
#13.115. FB(U) - function Feed Back signal versus Bias Voltage 
#13.116. FB(Z) - function Feed Back signal versus Z-shift tip position
#13.117. Ext(U) - function External Input signal versus Bias Voltage 
#13.118. Ext(Z) - function External Input signal versus Z-shift tip position 
#13.127. Execute Spectroscopy
#13.119. Spectroscopy in one chosen point
#13.120. Spectroscopy 50 times in one point
#13.121. Spectroscopy along a chosen line
#13.122. Spectroscopy in points of a chosen grid
#13.124. Add spectroscopy data to file (F1)
#13.125. Open the menu of viewing all spectroscopy data saved in RAM
#13.126. Open Spectroscopy Option Menu
#13.224. Export whole screen/part of screen as PCX-file
#13.225. Export whole screen/part of screen as BMP-file
#13.226. Export whole screen/part of screen as 3DS-file
#13.227. Export whole screen/part of screen as PRN-file
#13.228. Export whole screen/part of screen as VESA-file
#13.208. Approach menu
#13.232. Automatically rotated image
#13.233. Automatically change Z-scale
#13.232. Automatically rotated light source
#152.0. < 2-D > Representation of data in a top view (F1)
#152.1. < 3-D > Representation of data in a form of three dimensional surface (F1)
#152.2. Drawing surface as a geographical map (F1)
#152.3. Draw Image as 3D surface, illuminated by light source (F1)
#152.4. Draw Image as 2D surface, illuminated by light source (F1)
#152.6. Zoom In
#152.7. Zoom Out - Decrease scale in 2 times
#152.8. Zoom Out to the whole image
#152.16. Choosing the image scale
#152.17. Choosing the view point for "3D" image
#152.18. Choosing the light position for "3D Light" and "2D Light" image
#152.24. Setting  frame for change area coloration
#152.25. Choosing a palette
#152.26. Creation and editing of palettes
#152.15. Setting view attributes
#152.32. Crops the image to the chosen site
#152.33. Sets zero or minimal value of Z on a chosen site
#152.34. Most popular filters
#152.35. Cut out sharp peaks from data 
#152.36. Evens X-lines at their average value
#152.37. Evens Y-lines at their average value
#152.38. additional filters
#152.48. Average filtration by [3x3] matrix
#152.49. Average filtration by [5x5] matrix
#152.50. Median filtration by [3x3] matrix
#152.51. Median filtration by [5x5] matrix
#152.52. Direct/Inverse Furrier transformation
#152.53. Substrate data of window B from Window A
#152.64. Show coordinates of a chosen point
#152.65. Show distance between two chosen points in the XY plane (+shift)
#152.66. Show angle between two chosen directions in the XY plane (+shift)
#152.67. Show section along X-axis in a chosen place
#152.68. Show section along Y-axis in a chosen place
#152.59. Show section along any direction
#152.70. Show statistical parameters on a chosen site
#152.80. The single scanning
#152.81. Repeated scanning until press ESC
#152.82. Repeated scanning along area with displacement
#152.83. Repeated scanning with displacement in any direction
#152.87. Execute scanning
#152.104. Setting dimension of scans and initial point of scanning
#152.86. Scanning operations menu
#152.112. It(U) - function Iprobe versus Bias Voltage 
#152.113. It(Z) - function Iprobe versus Z-shift tip position
#152.114. F(Z)  - function Normal Force versus Z-shift tip position 
#152.115. FB(U) - function Feed Back signal versus Bias Voltage 
#152.116. FB(Z) - function Feed Back signal versus Z-shift tip position
#152.117. Ext(U) - function External Input signal versus Bias Voltage 
#152.118. Ext(Z) - function External Input signal versus Z-shift tip position 
#152.127. Execute Spectroscopy
#152.119. Spectroscopy in one chosen point
#152.120. Spectroscopy 50 times in one point
#152.121. Spectroscopy along a chosen line
#152.122. Spectroscopy in points of a chosen grid
#152.124. Add spectroscopy data to file (F1)
#152.125. Open the menu of viewing all spectroscopy data saved in RAM
#152.126. Open Spectroscopy Option Menu
#152.224. Export whole screen/part of screen as PCX-file
#152.225. Export whole screen/part of screen as BMP-file
#152.226. Export whole screen/part of screen as 3DS-file
#152.227. Export whole screen/part of screen as PRN-file
#152.228. Export whole screen/part of screen as VESA-file
#152.208. Approach menu
#152.232. Automatically rotated image
#152.233. Automatically change Z-scale
#152.232. Automatically rotated light source
#239.0. < 2-D > Representation of data in a top view (F1)
#239.1. < 3-D > Representation of data in a form of three dimensional surface (F1)
#239.2. Drawing surface as a geographical map (F1)
#239.3. Draw Image as 3D surface, illuminated by light source (F1)
#239.4. Draw Image as 2D surface, illuminated by light source (F1)
#239.6. Zoom In
#239.7. Zoom Out - Decrease scale in 2 times
#239.8. Zoom Out to the whole image
#239.16. Choosing the image scale
#239.17. Choosing the view point for "3D" image
#239.18. Choosing the light position for "3D Light" and "2D Light" image
#239.24. Setting  frame for change area coloration
#239.25. Choosing a palette
#239.26. Creation and editing of palettes
#239.15. Setting view attributes
#239.32. Crops the image to the chosen site
#239.33. Sets zero or minimal value of Z on a chosen site
#239.34. Most popular filters
#239.35. Cut out sharp peaks from data 
#239.36. Evens X-lines at their average value
#239.37. Evens Y-lines at their average value
#239.38. additional filters
#239.48. Average filtration by [3x3] matrix
#239.49. Average filtration by [5x5] matrix
#239.50. Median filtration by [3x3] matrix
#239.51. Median filtration by [5x5] matrix
#239.52. Direct/Inverse Furrier transformation
#239.53. Substrate data of window B from Window A
#239.64. Show coordinates of a chosen point
#239.65. Show distance between two chosen points in the XY plane (+shift)
#239.66. Show angle between two chosen directions in the XY plane (+shift)
#239.67. Show section along X-axis in a chosen place
#239.68. Show section along Y-axis in a chosen place
#239.59. Show section along any direction
#239.70. Show statistical parameters on a chosen site
#239.80. The single scanning
#239.81. Repeated scanning until press ESC
#239.82. Repeated scanning along area with displacement
#239.83. Repeated scanning with displacement in any direction
#239.87. Execute scanning
#239.104. Setting dimension of scans and initial point of scanning
#239.86. Scanning operations menu
#239.112. It(U) - function Iprobe versus Bias Voltage 
#239.113. It(Z) - function Iprobe versus Z-shift tip position
#239.114. F(Z)  - function Normal Force versus Z-shift tip position 
#239.115. FB(U) - function Feed Back signal versus Bias Voltage 
#239.116. FB(Z) - function Feed Back signal versus Z-shift tip position
#239.117. Ext(U) - function External Input signal versus Bias Voltage 
#239.118. Ext(Z) - function External Input signal versus Z-shift tip position 
#239.127. Execute Spectroscopy
#239.119. Spectroscopy in one chosen point
#239.120. Spectroscopy 50 times in one point
#239.121. Spectroscopy along a chosen line
#239.122. Spectroscopy in points of a chosen grid
#239.124. Add spectroscopy data to file (F1)
#239.125. Open the menu of viewing all spectroscopy data saved in RAM
#239.126. Open Spectroscopy Option Menu
#239.224. Export whole screen/part of screen as PCX-file
#239.225. Export whole screen/part of screen as BMP-file
#239.226. Export whole screen/part of screen as 3DS-file
#239.227. Export whole screen/part of screen as PRN-file
#239.228. Export whole screen/part of screen as VESA-file
#239.208. Approach menu
#239.232. Automatically rotated image
#239.233. Automatically change Z-scale
#239.232. Automatically rotated light source
#255.0. Choose first point
#255.1. Choose second point
#255.10. Working... To STOP press ESC
#255.20. Scan Mode
#255.21. Lift Mode

@255.1.xxx
@0.0.
