 @@@@VIEW_HELP
 @BFile Viewing Help@B
 @S-----------------@S

 You can scroll up and down, and exit from file viewing using <Esc>.  There's
 not much to say about this, really.

 @BFile Viewing Help End@B
 @S---------------------@S
@@@@RULER_LINE
 @BThe following rule line is included in the file for convenience.@B
----|----1----|----2----|----3----|----4----|----5----|----6----|----7----|----8
 Note that the @B...@B (embolden) characters are zero width, as are the @S---@S
 underlines.  The preceding line displays 8 characters shorter as a result.
 @BBold@B    @IInverse@I  @S----@S = emphasis line
@@@@HELP_HELP
@BServer Help about Help@B
@S----------------------@S

 @BPress Key@B          @BFunction@B
 @S---------@S          @S--------@S
 @B?@B                  Bring up a help screen, recursively
 @BEnter@B              Change this item, and confirm
 @BEsc@B                Exit from this menu level
 @BTab@B                Goto advanced option level

 @BSpace@B              Mark an Item
 @BBackSpace@B, @BCTRL-H@B  Delete to the left within an editor field
 @BDELETE@B, @BCTRL-D@B     Delete character under the cursor in an edit field
 @BLEFT@B, @BCTRL-B@B       Move the cursor left
 @BRIGHT@B, @BCTRL-F@B      Move the cursor right
 @BUP@B, @BCTRL-P@B         Move the cursor up
 @BDOWN@B, @BCTRL-N@B       Move the cursor down
 @BHOME@B, @BCTRL-A@B       Move the cursor to the beginning of the line
 @BEND@B, @BCTRL-E@B        Move the cursor to the end of the line

 @BPAGE DOWN@B and @BPAGE UP@B permit scrolling help texts, like this page.  You can
 also use cursor up and down keys to scroll the page up and down.  The Monitor
 and Graphics Board selection menus offer very long lists, which can be
 scrolled up and down.

 @S-----------------------@S
 @BEnd General Help screen@B
@@@@MINIMAL_MENU
 @BInitial Setup@B
 @S-------------@S
 Before the graphics setup is started, the Keyboard Layout, Mouse Type and
 Mouse Device must be configured.

 Use the cursor keys to navigate and press @BENTER@B to change an item.
 Context sensitive help is available for each item.  Use @BESC@B to quit
 from this menu to the Exit menu.  The System Interrupt key (usually @B^C@B
 or @BDELETE@B) terminates Xsetup immediately, with unchanged configuration.
@@@@SERIAL_ERROR
                      @BSerial Number Error@B

 You have entered an invalid serial number. Please re-enter the
 serial number. Upper case and lower case letters are different,
 as are zero and capital O.
@@@@MAIN_MENU
 @BMain Menu@B
 @S---------@S
 Navigate with cursor keys, press @BENTER@B to change items. The minimum
 configuration suggested for the Server is to complete this screen of choices.
 Press @BTAB@B for the Screen Menu. Select @BColors@B, @BDesktop@B  or @BResolutions@B
 for the Graphics Mode Selection Menu. Select @BSettings@B for the Setting 
 Menu and press @BTAB@B from that menu for the Options  Menu. Use @BESC@B to 
 quit from this menu to the Exit menu. The System Interrupt key (often @B^C@B)
 will terminate immediately with unchanged configuration. Press @BINSERT@B and
 @BDELETE@B to create and delete screens of a multihead server. Context 
 sensitive @Bhelp@B is available for each item, press @B?@B in any
 choice.
@@@@MAIN_HELP
 @BMain Menu Help@B
 @S--------------@S

 The Accelerated-X Display Server configuration file is saved and used by
 default as /etc/Xaccel.ini with restricted write permission.  You can view
 the current configuration as an ordinary user, but you must normally have
 superuser priviliges to save configuration changes.  The system administrator
 can change file permissions and ownership to allow other users to change the
 configuration file contents.

 @BServer Main Menu Navigation@B

 Use the cursor up and down keys to select an item in the main menu, then
 press @BEnter@B to modify the setting.

 Press @BESC@B to exit from any screen, with unchanged choice.  Press @BENTER@B
 to select and exit from submenus.

 Press the @B?@B key to get context sensitive help.  The help text you get
 will be different in different places.  If you select EnergyStar/DPMS, you'll
 see a pop up menu offering choices to enable and disable DPMS.  Pressing @B?@B will
 give a description of DPMS and other configuration choices that are related.

 @BPAGE DOWN@B and @BPAGE UP@B permit scrolling help texts, like this.

 @BINSERT@B and @BDELETE@B can be used to create or delete additional display
 screens for the Multihead edition of the Server.

 @BCURSOR-LEFT@B and @BCURSOR-RIGHT@B switch between different screens of a
 Multihead edition server.

 @BInitially Configuring the Server@B

 Select your graphics card in the Graphics Board entry.  See the
 Help screens accessible from the scrolling list of Graphics Subsystem
 descriptions for more details about how to do that.  Note that we offer
 updates from our Anonymous FTP site, and these may include support for new
 or previously unsupported portable computers.  We also offer mailing lists
 for notices of new updates.  See our web pages or the manual for details.

 If your graphics card is not listed, the context sensitive help in the
 Graphics Subsystem menu provides advice.

 The best way to set up the Server is to select the right graphics board
 first.  See the Help screens from the scrolling list of board descriptions
 for more details about that.

 Then select the monitor.  There is an interaction between the monitor and
 the graphics board selection, which affects the resolutions offered.  For
 example, if the graphics board does support a 1600x1200 mode, but your
 monitor does only allow up to 1280x1024 non-interlaced, then the maximum
 offered resolution will be 1280x1024.

 The number of colors affects the offered resolutions.  As you increase
 the number of usable colors, you decrease the maximum available resolution,
 unless you have a graphics board with a lot of memory.

 After you have selected the graphics board, monitor and color depth, you can
 select one or more resolutions.  Some boards will support only one resolution.
 If you select multiple resolutions, the Server will provide an automatic
 hardware panned virtual desktop at least equivalent in size to the maximum
 real resolution.  There are technical reasons to require this under the X
 Window System.

 The Input Devices section allows you to View, Add, Edit, or Delete
 configured input devices.  See the context sensitive help in that
 section for further information on configuring your input devices.

 The Settings section allows you to configure certain global options
 of the server.  See the context sensitive help in that
 section for further information on server settings.

 @BSaving the changes@B

 When complete, press the @BEsc@B key.  This will give you a menu to terminate
 the configuration program without saving, to return to the Main Menu, or to
 save and exit.

 There are other menus accessible from the Main Menu.  We recommend that you
 set up the Server with a basic configuration first, and look at the other
 menus after you have the Server running.  The additional menus provide
 fine tuning for Server operation.  Configuration changes will not take
 effect until the Server is terminated and restarted.  Configuration changes
 do not take effect when you are using xdm or CDE and return to the graphical
 login screen, unless, before starting the Server, you had manually configured
 the Server to Terminate At Reset.  Alternatively hold down the Ctrl
 and Alt keys and hit the Backspace key to exit the server; xdm or CDE
 will restart the X server, causing the configuration files to be re-read.

 @S------------------@S
 @BEnd Main Menu Help@B
@@@@EXTDEV_MENU
 @BExtended Input Device Selection@B
 @S---------------@S
 ExtDev Menu Message.

 Press @BENTER@B when the cursor highlights the desired item.
 Press the @B?@B key for context sensitive help.
@@@@EXTDEV_HELP
 @BExtended Input Device Help@B
 @S-------------------@S

 @BRETURN@B     Select the currently highlighted item.
 @BESC@B        Exit the menu.
 @B?@B          Invoke this context sensitive help system.
 @BPAGE DOWN@B  Next page of Extended Input Devices.
 @BPAGE UP@B    Previous page of Extended Input Devices.

 ExtDev Help Message 

 @BEnd Extended Device Help@B
@@@@TABLET_MENU
 @BExtended Input Device: Tablet Selection@B
 @S---------------@S
 Tablet Menu Message.

 Press @BENTER@B when the cursor highlights the desired item.
 Press the @B?@B key for context sensitive help.
@@@@TABLET_HELP
 @BTablet Input Device Help@B
 @S-------------------@S

 @BRETURN@B     Select the currently highlighted item.
 @BESC@B        Exit the menu.
 @B?@B          Invoke this context sensitive help system.

 Tablet Help Message 

 @BEnd Tablet Device Help@B
@@@@TOUCHSCREEN_MENU
 @BExtended Input Device: Touch Screen Selection@B
 @S---------------@S
 TouchScreen Menu Message.

 Press @BENTER@B when the cursor highlights the desired item.
 Press the @B?@B key for context sensitive help.
@@@@TOUCHSCREEN_HELP
 @BTouch Screen Input Device Help@B
 @S-------------------@S

 @BRETURN@B     Select the currently highlighted item.
 @BESC@B        Exit the menu.
 @B?@B          Invoke this context sensitive help system.

 Touch Screen Help Message 

 @BEnd Touch Screen Device Help@B
@@@@SPACEBALL_MENU
 @BExtended Input Device: Spaceball Selection@B
 @S---------------@S
 Spaceball Menu Message.

 Press @BENTER@B when the cursor highlights the desired item.
 Press the @B?@B key for context sensitive help.
@@@@SPACEBALL_HELP
 @BSpaceball Input Device Help@B
 @S-------------------@S

 @BRETURN@B     Select the currently highlighted item.
 @BESC@B        Exit the menu.
 @B?@B          Invoke this context sensitive help system.

 Spaceball Help Message 

 @BEnd Spaceball Device Help@B
@@@@BOARD_MENU
 @BBoard Selection@B
 @S---------------@S

 Navigate using the cursor up and down keys or type the initial letters of the
 board vendors name, e.g. "mat" to go to the section of Matrox boards.
 @BAvoid selecting generic chipset and Prototype entries!  See the help screen
 for some suggestions.@B

 Press @BENTER@B when the cursor highlights the board in your system.
 Press the @B?@B key for context sensitive help.
 Press the @BTAB@B key for board features.
@@@@BOARD_WARNING
              @BWarning@B

The board you have chosen requires
a non-standard memory location:

            @B0x%08x@B

If you are running on a system with
@BISA@B, @BEISA@B or @BVL@B bus, please verify
that the graphics board has been
configured correctly.
@@@@BOARD_HELP
 @BGraphics Subsystem Help@B
 @S-----------------------@S

 @BPress Key@B  @BFunction@B
 @S---------@S  @S--------@S
 @BRETURN@B     Select the currently highlighted board description.
 @BESC@B        Exit the menu without changing the current selection.
 @B?@B          Invoke this context sensitive help system.
 @BPAGE DOWN@B  Next page of graphics boards.
 @BPAGE UP@B    Previous page of graphics boards.
 @Bletters@B    Select the board vendor starting with those letters.

 It is very important to choose the correct graphics subsystem description.  
 A graphics subsystem description tells the Accelerated-X Display Server
 about the type of graphics chip, the type of DAC, amount of memory and
 other significant features.   If you select a graphics subsystem that is
 different, the consequences range from trivial to a possible system halt. 
 We have put in defences so that if the Server is misconfigured, it will
 attempt to fail safely, usually by failing to switch into graphical mode.

 @BYour Graphics Subsystem is not listed!@B

 Graphics board makers are continuously evolving their products. It is
 possible that we have recently added support for your system.  We provide
 updates on our Anonymous FTP site.  Please check to see if we now have
 explicit support for your system.  We also offer a mailing list of
 announcements about newly supported or updated drivers and we also list
 currently supported and recently added portable computers on our web site.

 If we do not explicitly support your system, it may work using one of the
 generic chipset entries.  If you do not know which graphics chipset is used
 in your system, you may be able to find out quite easily.  When your system
 boots, it usually identifies the graphics chip type during the Power On Self
 test (POST) routines.  This will usually happen before the system starts to
 test memory and before it tells you about the system BIOS type.

 If there is no clue during the POST, system specifications in documentation
 that you received with the machine might describe the graphics chip type.
 If there is no description in the system documentation, you may be able to
 obtain help from your supplier or from the makers of the portable computer.

 @BYou picked the right graphics board, but it still doesn't work!@B

 Graphics board makers sometimes change the graphics subsystem and keep
 the name of the machine exactly the same.  We can often compensate for this,
 if the graphics chips used are from the same family.  If you have selected
 the right graphics type, but the display is still wrong, check that the
 graphics subsystem information obtained with the @BTab@B key from the
 Graphics Subsystem menu, matches the graphics chip type displayed during
 the POST.

 If the graphics chip type shown during the POST does not match the type shown
 in the Graphics Subsystem Menu, select the graphics subsystem that matches
 the POST description.

 @S---------------------------@S
 @BEnd Graphics Subsystem Help@B
@@@@MONITOR_MENU
 @BMonitor Selection@B
 @S-----------------@S
 Use this menu to select your monitor. Use the cursor up and down keys to
 navigate or type the first few letters of the monitor vendors name.  Press
 @BENTER@B when you want to select a monitor.  Press @BTAB@B for some details
 about the monitor.  Press @B?@B for help.

 The X Server uses the monitor information to compute the correct display
 parameters. If your specific Monitor is not listed, consult your monitor
 documentation for technical details and choose one of the @B"Standard"@B
 entries that matches best.
@@@@MONITOR_HELP
 @BMonitor Selection Help@B
 @S----------------------@S


 @BPress Key@B  @BFunction@B
 @S---------@S  @S--------@S
 @BEnter@B      Select the currently highlighted display description.
 @BEsc@B        Exit the menu without changing the current selection.
 @B?@B          Invoke this context sensitive help system.
 @BTab@B        Pop up detailed display information.
 @BPAGE DOWN@B  Next page of display devices.
 @BPAGE UP@B    Previous page of display devices.
 @Bletters@B    Select the vendor starting with these letters.
 @BCursor up@B and @BCursor down@B
            Change the selection.

 Monitors usually use VESA standard timings. If your monitor is not explicitly
 listed, look at the monitor manual technical specifications page.  You will
 either find a maximum horizontal frequency, or a maximum resolution.  Using
 these values, select the @B"Standard"@B monitor entry that most closely
 matches your monitor characteristics.

 The main reason for including specific monitor types is so that specific
 unusual timings are made available.  Monitors timings are all very similar.

 Most timings are VESA standard.  You can tune monitor timings, but this is
 rather time consuming.  You must also be very careful when changing the
 timings.  Do not change the timings in .../AcceleratedX/etc/Xtimings, but
 copy the selected timing information and modify that in your own custom file.
 See the Siemens-Nixdorf monitor timings for some examples of mixed VESA
 standard and custom values.  These monitor descriptions are in
 .../AcceleratedX/monitors/sni/*.vda .

 @S---------------------@S
 @BEnd Monitor Menu Help@B
@@@@VIDEO_MENU
 @BGraphics Mode Selection@B
 @S-----------------------@S

 This checkboard changes all major graphics parameters in a single step.  Use
 the cursor keys to navigate and press @BSpace@B if you want to mark or unmark an
 item.  Press @BEnter@B to save and exit from this screen.  Press @B?@B for help.
 In the Resolution column, press @BTab@B to select exact refresh rate.
 Selectable entries depend upon graphics board and monitor. There is a
 relationship between the number of colors and usable resolutions.

     @I(*)@I = Selected                             @I( )@I = Available

       @BResolution            Desktop              Colors@B
       @S--------------------------------------------------------------@S
@@@@VIDEO_HELP
 @BGraphics Mode Help@B
 @S------------------@S

 @BPress Key@B     @BFunction@B
 @S---------@S     @S--------@S
 @BEnter@B         Use these settings, return to main menu
 @BEsc@B           Abandon any changes, return to main menu
 @BSpace@B         Mark current choice
 @BLeft@B & @BRight@B  Switch focus between columns
 @BUp@B & @BDown@B     Change selction within a column
 @BTab@B           In the Resolutions column only, popup refresh rate dialog


 Select the desired color depth first:

    Bits Per Pixel                Number of colors
      4bpp                             16    16
      8bpp                            256    256
      15bpp                         32768    32K
      16bpp                         65536    64K
      24bpp                         16.7M    16M

 As you increase the color depth, you use more of the memory on the graphics
 board.  If you use less than the maximum resolution, you'll get slightly
 more performance.  We use the non-display memory for various caches which
 can yield up to 25%% performance improvement, when there's up to 50%% more
 non-display memory than display memory.

 24 bit per pixel operation may also optionally support overlays.  If your
 board can do so, you'll be offered "16M, Overlays".  This will let you run
 applications that require both 8bpp and 24bpp color depths.

 Most boards that support 24bpp operation offer Packed mode.  This usually
 gives higher performance that unpacked mode, and provides access to one
 more resolution on a 4Mb board.  1280x1024 is not possible with a 4Mb board
 using unpacked memory, only 1152x864.

 @BResolution@B

 Most graphics boards will let you select multiple resolutions.  When you do,
 you also get an automatic hardware panned virtual desktop.  The size of
 the virtual desktop will be the same size or greater than the size of the
 maximum real resolution.  This is because the X Window System notifies
 clients about the maximum resolution when it starts.  There is no way to
 tell clients that the Server size or color depth has changed.

 Using multiple resolutions is useful if you sometimes like to hardware zoom
 your display.  For example, you can see fine detail by zooming to 640x480,
 but normally use the display at 1600x1200.

 The resolutions that are offered depend upon the capabilities of your 
 graphics subsystem and the display device.  For example, you may have a
 monitor that limits the resolution to 1152x864, or the graphics subsystem
 may limit the resolution to 1024x768, even though enough memory is present
 to permit higher resolutions.  Even though memory might be available for
 higher resolution operation, the graphics hardware or display device can
 prevent access to that resolution.

 If you select a resolution that leaves memory available for non-display 
 purposes on the graphics board, the memory can be used for various speed
 enhancements, such as font caches.  For example, the following limits
 are recommended for the best speed:

 Graphics  256 colors  32,768 & 65,536 colors   16.7 million colors
 Memory                                         packed     unpacked

  1MB      1024x768          800x600            640x480    impossible
  2MB      1280x1024         1024x768           800x600    640x480
  4MB      1920x1440         1280x1024          1152x864   1024x768

 If your display device is not capable of these resolutions, you will not
 be offered them, so you might have to leave some memory available for
 non-display purposes.  You might be offered a higher resolution, but if
 you use it, you could reduce Server speed.

 @BDesktop@B

 You can only select a single desktop size, or disable it.  If you select a
 desktop that is smaller than the largest resolution, it is ineffective.

 If you select a Desktop with a higher resolution than the maximum display
 resolution, there is always some part of the display that you can not see.  
 Some users find this confusing, others find it a useful way to obtain a
 display area that is too big for their display device.

 You can pan the visible area around the full resolution by moving the mouse
 in the direction that you want to view.  As the screen pointer reaches the
 edge of the screen, the visible area is moved in that direction, until the
 real edge of the resolution is reached.

 @S----------------------@S
 @BEnd Graphics Mode Help@B
@@@@VISUAL_HELP
 @BVisual Selection Help@B
 @S---------------------@S

 A Visual is a representation of the hardware capabilities.  You will only
 be offered Visual types that are supported by your graphics board at the
 selected color depth.  As you change the color depth, you will see that
 the classes of Visual that are offered, also change.

 The Default visual varies with the color mode:

        16/256 colors           PseudoColor
        32k/64k colors          TrueColor
        16M colors              TrueColor
        16M, Overlays           PseudoColor(Overlay)

 When the Server is running, use the program "xdpyinfo" to see what visuals
 are available.  Some visuals may offer double buffering support, hardware
 gamma color correction, or overlays.

 Current PC Graphics hardware can not support both overlays and hardware gamma
 color correction.  If you select overlays, and you need gamma color correction
 then you should use XCMS to obtain software gamma color correction.

 You will normally want to use the default visual, unless you are an X Window
 System programmer or expert, looking for a specific effect.

 @S-------------------------@S
 @BEnd Visual Selection Help@B
@@@@DPMS_HELP
 @BDPMS Help@B
 @S---------@S

 DPMS is the Display Power Management Services, also known as the US EPA
 EnergyStar program.  When DPMS is enabled and the X Server switches to
 screen blanking, as the screen saver mode (the default) the monitor will
 be successively switched to lower energy states.

 If your monitor is not DPMS compliant, the DPMS energy saving modes will
 not harm it.  However, some monitors that do not have DPMS will beep when
 the lower energy states are entered.  If this happens, you may want to
 disable DPMS.

 DPMS has four states, signalled by manipulating the Horizontal and Vertical
 Synchronisation signals:

        ON      Normal use
        STANDBY Slightly lower energy use, rapid return to ON
        SUSPEND Lower energy use, can take a few seconds to restore display
        OFF     Lowest energy use, can take many seconds to restore display

 When enabled the normal screen saver trigger the DPMS sequence. The Server
 switches successively from ON to STANDBY after the StandbyTime interval 
 expires.  The Server then switches to SUSPEND, after the SuspendTime
 interval expires.  Finally, the OFF state is entered after the OffTime
 interval expires.  By default, StandbyTime is 300 seconds, SuspendTime is
 600 seconds and OffTime is 1800 seconds, so the Server goes from ON to
 STANDBY after 300 seconds, and then goes from STANDBY to SUSPEND after
 600 seconds and then from SUSPEND to OFF after 1800 more seconds.

 These time intervals can be set from the Screen Menu.  To access the Screen
 Menu, return to the Main Menu and press @BTAB@B.  More details about DPMS
 screen saving are available in the context sensitive help for that menu.

 @S-------------@S
 @BEnd DPMS Help@B
@@@@RGB_MENU
Please enter the full path of the RGB text file.
This file MUST be the unprocessed text version and
not one of the many binary file formats:
@@@@FONT_MENU
Please enter a comma separated list of directories,
where the X Server should look for fonts by default:
@@@@XQUEUE_ERROR
              @BXqueue Error@B

You cannot use the Xqueue input handling
on a @B%s@B Operating System.
@@@@XQUEUE_WARNING
              @BXqueue Warning@B

Your @B%s@B Operating System has support for
Xqueue input handling. Unless you are really
absolutely sure that you need to use direct
device handling we strongly suggest that you
reselect @BXqueue@B.
@@@@XQUEUE_WARNING_FREEBSD
              @BXqueue Warning@B

Your FreeBSD Operating System has support for
Xqueue input handling. This allows you to use
Velvet Mouse input handling.  This only works
if moused(8) is configured properly and is
running. This is not the default after normal
installation.
@@@@FONT_HELP
 @BFont Help@B
 @S---------@S

 This is a comma separated list of directories.  Each directory should
 contain a valid set of fonts.  Usually you run 'mkfontdir' in each directory
 to create a 'fonts.dir' index of fonts.

 When the Server is running, you can change the font directories used with
 the program "xset".

 You can also select a font server.  A typical example might be:

        tcp/fontserver.my.domain.com:7000/all

 This specifies a font server accessible via TCP/Ip on a machine called
 fontserver.my.domain.com that offers font service on port 7000.  All font
 catalogs are to be used.

 @S-------------@S
 @BFont Help End@B
@@@@RGB_HELP
 @BRGB Help@B
 @S--------@S

 The RGB file creates an association between the name of a color and its'
 color presentation.  This file is often made into a binary file, using
 one of many formats.  The ASCII file uses a consistent format, so we use
 that, instead.

 RGB files were offered, in part, so that uniform colors could be presented
 across different displays.  This was a simple mechanism to offer gamma color
 correction.

 The later specification of the X Color Management System provided a far more
 powerful solution to this problem, and we offer hardware color correction
 on any board that will suport it... So you shouldn't ever have to change the
 RGB mapping or this file.

 Still, if you really, really want to... You can do it here.

 @S------------@S
 @BRGB Help End@B
@@@@SAVE_ERROR
              @S-----@S
              @BERROR@B
              @S-----@S

Failed to save Setup to specified path:

 @B%s@B

You must be Superuser (root) to write
in /etc .  Obtain access priviliges
(superuser) and try again.
@@@@REGISTRATION_MENU
 @BProduct Registration@B
 @S--------------------@S
 You will be prompted to enter the name of the user, the name of the
 organisation to which the user belongs or the users' name again for a
 personal copy.  Enter the serial number from the license sheet.

 Use the cursor keys to navigate and press @BENTER@B to change an item.
 Press @BESC@B when all values are correct, and you will be shown the
 Main Menu, the normal Xsetup configuration screen.



                         @BPress ESC when done!@B


 Accelerated-X will not work if you have not registered yourself correctly.
 This menu will show up until you are registsred, so be careful what you enter.
@@@@REGISTRATION_HELP
 @BProduct Registration Help@B
 @S-------------------------@S

 You must complete product registration before the Server will execute.
 If you transfer the license to someone else, call us to find out how to
 change the end-user license registration.

 @BEnd Product Registration Help@B
 @S-----------------------------@S
@@@@USER_MENU
 Please enter your own name:
@@@@USER_HELP
 @BUser Registration Help@B
 @S----------------------@S

 This field is for the name of the licensed end user.

 If you use your email address, sometimes it helps your support organization.
 Your email address is particularly helpful if you use our automated
 problem reporting facility.  See the Server User Manual for more
 information about this facility.


 @S--------------------------@S
 @BUser Registration Help End@B
@@@@ORGANIZATION_MENU
 Please enter your organization name, or "none" if this is for personal use:
@@@@ORGANIZATION_HELP
 @BRegistering the Organization@B
 @S----------------------------@S

 Please type the name of the organization that bought this copy.  If this
 is a personal copy just use the word "none".

 @S--------------------------------@S
 @BRegistering the Organization End@B
@@@@SERIALNUMBER_MENU
 Please enter your Accelerated-X Server registration number:
@@@@SERIALNUMBER_HELP
 @BRegistration Number Help@B
 @S------------------------@S

 Please enter the Registration Number of this Accelerated-X Server
 license.  The Registration Number is written on the license sheet.

 It consists of six numbers or upper case letters, a dash, ten numbers, a
 dash and then two more numbers.  The dashes are part of the number and must
 be entered.

 Please be aware of the similarity between zero (0) and capital "o" (O),
 numeral 5 and capital "s" (S).  We have inadvertently created a few
 registration numbers where this confusion can arise.  Sorry about that.

 @S----------------------------@S
 @BRegistration Number Help End@B
@@@@SAVE_MENU
 The name of the configuration file (The X-Server
 will normally look for @B/etc/Xaccel.ini@B):
@@@@SAVE_HELP
 @BSave Filename Help@B
 @S------------------@S

 This is the name of the file to save the configuration in.  Usually
 only the superuser can save the configuration file in /etc/Xaccel.ini.
 This helps prevent a system security attack by someone altering the server
 configuration to prevent using the display, or to try and force a reboot.

 @S----------------------@S
 @BEnd Save Filename Help@B
@@@@EXIT_HELP
 @BExit Help@B
 @S---------@S

 @BExit with save@B       Leave main menu and save configuration to file.
 @BExit, no save@B        Leave without saving configuration.
 @BReturn to Main Menu@B  Return to the configuration screen.

 When you @BExit with save@B you will be offered a file name in which to save
 the configuration you have made in the Main Menu.

 If you are running the demo version of the product, you will only be able
 to use a single X Server session for Display 0.  If you are running the
 full release, then you can start a new X Server on each available Virtual
 Terminal (sometimes called a virtual console or multiscreen).  Each Server
 must have a new Display number (e.g. start as "X :0", "X :1", "X :2", etc).

 All Servers will use the same configuration file, /etc/Xaccel.ini .

 @S-------------@S
 @BEnd Exit Help@B
@@@@SCREEN_MENU
 @BScreen Menu@B
 @S-------------@S

 This menu screen lets you set some detailed behavior of the Server.  Many
 of these choices are for power users and may mean little to you.  These
 configuration choices are not required to make your Server work, but to
 refine the behavior.

 Context sensitive help available by pressing the @B?@B key explains the
 choices in more detail.

 Press @BESC@B to return to the Main Menu.
@@@@SCREEN_HELP
 @BScreen Menu Help@B
 @S----------------@S

 This is the menu for screen behavior configuration.  Use the cursor keys to
 select the item, then press @BENTER@B to modify the setting.  Most choices will
 offer a numeric entry field.  A couple of choices will offer a vertical
 scrolling list.  Press @BESC@B to exit from this menu.  Press the @B?@B key to get
 context sensitive help.  @BPAGE DOWN@B and @BPAGE UP@B permit scrolling the
 help text.

 @S-------------@S
 @BEnd Screen Menu Help@B
@@@@GAMMA_MENU
Enter the gamma correction factor as a decimal number.
A normal gamma factor is usually 2.23 .
@@@@CTEMP_HELP
 @BColor Temperature Help@B
 @S------------------@S

 The color white can be reached by different input voltages on different
 monitors.  Most monitors are tuned to reach white as if they were a black
 body radiator at a temperature of 6500 Kelvin.  Some monitors can be
 adjusted to have a different color temperature.  Others are shipped with
 a different default.

 This option lets you select the color temperature used in your monitor.
 This will affect the color correction matrix calculated by the X Server
 and passed to applications that use the X Color Management System.

 @S-------------@S
 @BEnd Color Temperature Help@B
@@@@GAMMA_HELP
 @BDisplay Gamma Help@B
 @S------------------@S

 Monitors have a nonlinear response to input voltage.  Usually, low intensity
 colors are too dark.  This screen option lets you put in the exact gamma
 correction factor that should be used for your monitor.  This assumes that
 the response is the same for each of the three color guns.  If they are
 different, you will need to create and edit a specific monitor configuration
 file for your monitor.

 The normal range for gamma color correction is from 1.5 to 3.0, with 2.2 being
 very common.  It is possible to set up inverse gamma correction factors, using
 values of less than 1.0.  We can't think of any reason you'd need to do this,
 but you can do it, if you want to...

 This option affects the linearisation table for hardware gamma color corrected
 visuals, and provides information for the software correction tables used by
 the X Color Management System (XCMS).

 @S------------------@S
 @BEnd Display Gamma Help@B
@@@@PERFORMANCE_HELP
 @BPerformance Help@B
 @S----------------@S

 This setting lets you change the amount of hardware acceleration.

 If you have a graphics chipset that we support in other implementations,
 and it fails with the implementation that you use, sometimes you can
 use a lower level of hardware acceleration.

 At the highest setting, we use every hardware technique possible.  At the
 lowest setting, we use the graphics board as a dumb framebuffer, just a
 piece of memory with no hardware acceleration at all.
 
 @S--------------------@S
 @BEnd Performance Help@B
@@@@STANDBY_MENU
This sets the time that a DPMS monitor will spend
in blanking, before switching to StandBy.  The time
interval is given in minutes, as a whole number.
@@@@STANDBY_HELP
 @BDPMS Stand By Help@B
 @S-----------------@S

 Stand By is the first level of Energy Saving for a DPMS compatible monitor.
 After the screen saver interval for the Server, this mode will be triggered.
 Note that screen saver programs can override the X Servers' screen saver
 behavior.  Depending upon the screen saver program, this mode may not be
 triggered.  If this mode is not reached, no deeper energy saving modes are
 reached.

 In this mode the monitor will slightly reduce energy consumption, and restores
 quickly to full operation.  This mode is suitable for coffee breaks.

 If the time interval is set to zero, the Server will immediately switch to the
 next energy saving level, Suspend.

 @S------------------@S
 @BEnd DPMS Stand By Help@B
@@@@SUSPEND_MENU
This sets the time that a DPMS monitor will spend
in StandBy, before switching to Suspend.  The time
interval is given in minutes, as a whole number.
@@@@SUSPEND_HELP
 @BDPMS Suspend Help@B
 @S-----------------@S

 Suspend is the second level of Energy Saving for a DPMS compatible monitor.
 After the Monitor has been in StandBy mode for this time interval, the
 Monitor will be triggered into Suspend Mode.  If the interval is set to
 zero, it will skip StandBy mode and switch straight to Suspend mode.

 In this mode the monitor will slightly reduce energy consumption, and
 restores quickly to full operation.  This mode is suitable for long breaks.

 @S---------------------@S
 @BEnd DPMS Suspend Help@B
@@@@OFF_MENU
This sets the time that a DPMS monitor will spend
in Suspend, before switching to Off.  The time
interval is given in minutes, as a whole number.
@@@@OFF_HELP
 @BDPMS Off Help@B
 @S-------------@S

 Off is the maximum level of Energy Saving for a DPMS compatible monitor.
 After the Monitor has been in Suspend mode for this time interval, the
 Monitor will be triggered into Off Mode.  If the interval is set to
 zero, it will skip Suspend mode and switch straight to Off mode.

 In this mode the monitor will significantly reduce energy consumption, and
 restores to full operation with a short delay.  This mode is suitable for
 overnight or other long periods.

 @S-----------------@S
 @BEnd DPMS Off Help@B
@@@@TRANSPARENCY_HELP
 @BCount Transparency Help@B
 @S-----------------@S

 Overlay planes do use a transparent pixel value to let the image planes
 shine through. Traditionally this is the highest pixel-value available, 
 which means that the colormap in the overlay planes has only 255 entries. 
 A PseudoColor colormap with one entry missing sometimes confuses
 applications. If CountTransparency is enabled then the pixel with the
 index 2 is used for the transparent pixel (which is allocated by the
 X-Server as a private color cell), which basically allows to expose a
 standard colormap with 256 entries.

 The problem usually appears with WABI.

 @S------------------@S
 @BEnd Count Transparency Help@B
@@@@SETTINGS_MENU
 @BSettings Menu@B
 @S-------------@S
 This screen offers selections for:

 + Changing the default mapping of color names to RGB values (very rare)

 + Font paths so you can access more than the usual default list of fonts

 + Backing store enable or disable, for performance at the expense of memory

 + SaveUnders enable and disable, for rapid restore of windows under menus.

 + Server NumLock enable or disable; if enabled the X server will
 handle the state of the NumLock (on or off) directly in the server.
 This is a workaround for certain versions of Xlib that do not handle
 this properly.

 More help is available for each topic.  Press @B?@B when you have selected
 one of these items, for context specific assistance.  Press @BESC@B to exit to
 the main menu.
@@@@SETTINGS_HELP
 @BSettings Help@B
 @S------------------@S

 This menu lets you choose additional Server configuration options.  

 @S----------------------@S
 @BEnd Settings Help@B
@@@@BACKINGSTORE_HELP
 @BBacking Store Help@B
 @S------------------@S

 Backing Store provides a mechanism for some applications to save the graphical
 contents of a window.  Those applications can then ask the Backing Store to
 redisplay the window, rather than working out what to display.  This lets
 the application save time, either in network delays, or in calculations, or
 perhaps other ways.

 Backing store needs memory.  If you enable Backing Store, you are trading
 the improved speed of certain applications, with a possible explosion of
 the size of the Server.  The Server only stores the windows that the
 application requests.  If your applications are unreasonable, the Server
 could easily store tens of megabytes of window images.  This is not a problem
 if you have lots of main memory and a large swap space.  If you think that
 your system is limited in main memory or swap space, you might want to give
 up the speed improvements to save memory.

 Note that Backing Store must be enabled, if you want to use SaveUnders.

 @S----------------------@S
 @BEnd Backing Store Help@B
@@@@SAVEUNDERS_HELP
 @BSaveUnder Help@B
 @S------------------@S

 SaveUnders improve the responsiveness of the X Window System by letting the
 Server store the contents of a window under a pull down or popup menu.  You
 must have enabled Backing Store, in order to obtain SaveUnders.  There is
 a minor and transient increase in Server memory usage when SaveUnders are
 enabled and used by an application.  The impact of Backing Store on memory
 use is far more significant.

 @S----------------------@S
 @BSaveUnder Store Help@B
@@@@SERVERNUMLOCK_HELP
 @BServer NumLock Help@B
 @S------------------@S

 The NumLock key is usually in the top left hand corner of the numeric keypad.
 When enabled, NumLock makes the keys send their number values to the Server.
 When disabled, the numeric keypad sends the function values.  For example,
 "8" now means "cursor up".

 @S----------------------@S
 @BEnd Server NumLock Help@B
@@@@OPTIONS_MENU
 @BOptions Menu@B
 @S------------@S
 This screen lets you modify many detailed aspects of the Servers
 behavior.  These are attributes of the whole Server, rather than for
 individual screens.

 Navigate with cursor keys.  @BESC@B to return to the Settings Menu.
 Context sensitive help with @B?@B.  @BENTER@B to select.
@@@@OPTIONS_HELP
 @BOptions Menu Help@B
 @S------------------@S

 The Server configuration really consists of two major parts:

   Things that affect the whole Server

   Things that affect each screen, separately

 This menu fine tunes whole Server behavior.

 @BTerminate At Reset@B

 When CDE sessions finish, or xdm returns to a login screen, or when the OS
 shuts down, the Server is sent a signal.  Usually the Server just interpretes
 this as a request to free memory and data accumulated during the session,
 and reinitialise.  It stays running.  This option lets you kill the Server,
 instead.

 @BShared Memory@B

 Shared Memory can be used to improve the transfer of data between applications
 and the Server, when they run on the same machine.

 @BTest Extensions@B

 The test extensions are primarily used when running the X Test Suite.  They
 can alse be used by application test suites.  They are not much use in normal
 operation.

 @BHotkey Exit@B

 You can terminate the Server with extreme prejudice with a three finger
 keystroke, Ctrl-Alt-Backspace.  Sometimes, you might want to stop
 users from doing that.

 @BHotkey VT@B

 Another keystroke sequence can be used to switch between virtual terminals
 (multiscreens).  This option prevents the switching.

 @BHotkey ZOOM@B

 If you selected multiple resolutions when performing the basic Server
 configuration, then you can perform a hardware zoom.  This option can
 prevent the zoom (or unzoom, if you start zoomed).

 @BLock Mouse@B

 The mouse can be constrained to the first screen of a multihead display.

 @BScreen Grid@B

 A multihead Server permits a wide range of stackings of screens.

 @BScreen Wrap@B

 The pointer can be constrained to stay within the logical display limits,
 or to wrap vertically from the top of the topmost screen to the bottom
 of the bottom most screen and vice versa, or from the right of the right most
 screen to the left of the leftmost screen and vice versa.

 @BDefaults@B

 Restore settings to their default values.

 @S----------------------@S
 @BEnd Options Menu Help@B
@@@@TERMINATE_HELP
 @BTerminate At Reset Help@B
 @S-----------------------@S

 When the Server is sent a SIGHUP, it can either terminate, or reset to
 initial default state.  This option lets you select which it should do.

 Some Operating Systems only send a SIGHUP during a shutdown.  If the
 Server does not terminate, then the system may shutdown without the Server
 having restored graphics registers to a clean state.  This can cause the
 BIOS to fail to restore the video.

 You should not need to terminate the server on reset on:

  Linux, FreeBSD, Solaris/86, BSD/OS

 You may need to terminate the Server on reset on:

   SCO Open Server, SCO UnixWare, Interactive

 @S---------------------------@S
 @BEnd Terminate At Reset Help@B
@@@@SHM_HELP
 @BShared Memory Help@B
 @S------------------@S

 The Server can use System V style shared memory.  To make use of this
 performance enhancement, you must have enabled shared memory support in
 your kernel.  You can test this on most systems with the command 'ipcs -a'.
 If you do not get a positive response about shared memory, it probably is
 not currently supported.  Consoult your OS documentation or system
 administrator and enable shared memory.

 When enabled, you can enable this option for increased display speed in
 modified applications.  Programmers should consult the X Consortium documents
 for the MIT Shared Memory extension, which describes the shared memory uses
 of PutPixmap and GetPixmap.

 @S----------------------@S
 @BEnd Shared Memory Help@B
@@@@TESTEXT_HELP
 @BTest Extension Help@B
 @S-------------------@S

 The Test Extensions are normally used only for running automated test suites.

 You probably do not need or want to have these enabled for normal use.

 @S-----------------------@S
 @BEnd Test Extension Help@B
@@@@HOTKEYEXIT_HELP
 @BHotkey Exit Help@B
 @S----------------@S

 The Server can be terminated with extreme prejudice, using the keys
 @BControl-Alt-Backspace@B.  This is probably not desirable in a production
 environment.  It is useful in a development environment.  Disable the
 hotkey termination with this choice.

 @S--------------------@S
 @BEnd Hotkey Exit Help@B
@@@@HOTKEYVT_HELP
 @BHotkey VT Help@B
 @S--------------@S

 You can switch virtual terminals while using the X Server.  This may be useful
 to see what is happening with two X Servers, or to use text mode for some
 bizarre reason.  In a production environment, you probably want to disable
 this function.

 The key sequences are @BControl-Alt-F1@B to @BControl-Alt-F12@B,
 @BControl-Alt-P@B, @BControl-Alt-N@B, @BControl-Alt-H@B.

 @S------------------@S
 @BEnd Hotkey VT Help@B
@@@@HOTKEYZOOM_HELP
 @BHotkey Zoom Help@B
 @S----------------@S

 If you have enabled multiple resolutions in the Graphical Mode Selection,
 then you can use hardware zooming.  It may be useful to disable this in
 certain environments.

 The key sequences are @BControl-Alt-NumericKeypadMinus@B and
 @BControl-Alt-NumericKeypadPlus@B.

 @S--------------------@S
 @BEnd Hotkey Zoom Help@B
@@@@HOTKEYAPM_HELP
 @BHotkey APM Help@B
 @S----------------@S

 If Automatic Power Management (APM) is enabled in the XServer, you can
 force the hardware into Sleep mode by pressing <Ctrl-Alt-s> or into
 Suspend mode by pressing <Ctrl-Alt-z>.  If you choose 'No' for this option, 
 this feature is disabled, otherwise it is enabled.

 @S--------------------@S
 @BEnd Hotkey APM Help@B
@@@@LOCKMOUSE_HELP
 @BLock Mouse Help@B
 @S---------------@S

 When using the Multihead Server product, you might wish to lock the mouse on
 a single screen.  This option locks the mouse to the default screen (0).

 @S-------------------@S
 @BEnd Lock Mouse Help@B
@@@@SCREENGRID_HELP
 @BScreen Grid Help@B
 @S----------------@S

 This is another Multihead Server option.  If you have several monitors,
 you can imagine themstacked side by side, vertically or in a rectangular
 grid.  This option describes the geometry that we should support.

 @S--------------------@S
 @BEnd Screen Grid Help@B
@@@@SCREENWRAP_HELP
 @BScreen Wrap Help@B
 @S----------------@S

 The pointer can be restricted to the boundaries of the screen grid, or
 it can be allowed to wrap from the right edge to the left edge, or the
 top edge to the bottom edge.

 @S--------------------@S
 @BEnd Screen Wrap Help@B
@@@@REFRESH_HELP
 @BRefresh Help@B
 @S------------@S

 You can choose a preferred refresh rate for your monitor from those shown
 in the pop up list.  This does not affect LCD panel operation, which
 is always 60Hz.

 The list of refresh rates depends upon the graphics board and monitor
 selections, and the color depth.  Increasing the color depth may reduce
 the maximum usable refresh rate.  Increasing the resolution usually
 reduces the maximum usable refresh rate.

 Accelerated-X usually selects the highest usable refresh rate by default.
 This can affect the speed of the Server.  Dual ported Memory, such as VRAM
 and WRAM is unaffected by refresh rates.  Single ported memory, such as
 DRAM, shares a single memory port between display needs and the graphics
 engine.  Running at a higher refresh rate reduces the access time for the
 graphics engine, so the Server is slower, but the display looks more stable.

 New types of DRAM diminish the speed impact significantly, but there is still
 a measurable effect when using SGRAM and other types of EDO DRAM.  If speed
 is more important than stability of display, and you have a graphics subsystem
 with DRAM, try reducing the refresh rate.

 @S----------------@S
 @BEnd Refresh Help@B
@@@@BOARD_INFO
        Board Info

    Manufacturer: @B%s@B
           Model: @B%s@B
       Chip Type: @B%s@B
        DAC Type: @B%s@B
  Display Memory: @B%s@B
Gamma Correction: @B%s@B
        Overlays: @B%s@B
 Interlaced Mode: @B%s@B
   Sync On Green: @B%s@B
   Driver Module: @B%s@B
@@@@INPUT_INFO
        Input Device Info

     Manufacturer: @B%s@B
            Model: @B%s@B
             Type: @B%s@B
             Port: @B%s@B
Number of Buttons: @B%s@B
   Number of Axes: @B%s@B
    Driver Module: @B%s@B
@@@@MONITOR_INFO
        Monitor Info

      Manufacturer: @B%s@B
             Model: @B%s@B
          CRT Size: @B%s@B
Horizontal Retrace: @B%.1f-%.1fkHz@B
  Vertical Refresh: @B%.1f-%.1fHz@B
@@@@REFRESH_CUSTOM_MENU
Please enter the desired refresh rate.
@@@@REFRESH_CUSTOM_HELP
 @BCustom Refresh Help@B
 @S-------------------@S

 You can directly choose a preferred refresh rate. Accelerated-X will 
 compute the all necessary parameters using the VSA GTF standard 
 formulas.
@@@@REFRESH_CUSTOM_ERROR
           @BCustom Refresh Error@B

You have entered a refresh rate that is not
possible with your graphics card and monitor
combination.
@@@@INPUT_MENU
 @BInput Selection@B
 @S---------------@S
 To add an input device, select 'Add Device', then mouse, keyboard,
   tablet, etc, and finally select the device to add.
 To edit specific device parameters, select 'Edit Device' and then
   select the device you wish to edit.
 To delete a specific device, select 'Delete Device' and then select
   the device you wish to delete.
 Press @BESC@B when the configuration is correct.
 Press the @B?@B key for context sensitive help.
@@@@INPUT_HELP
 @BInput Selection@B
 @S---------------@S
 This menu allows configuration of all X-Server input devices. (I.E.
 keyboards, mice, tablets, etc).  You must select at least two input
 devices -- one with a default keyboard mode and one with a default
 pointer mode (see the Device Mode help screen under the Edit Device
 menu for more information).
 
 To add an input device, select @BAdd Device@B, then @BMouse@B,
 @BKeyboard@B, @BTablet@B, etc, and finally select the device to 
 add.
 
 There is a keyboard entry for every supported locale.  Select the
 appropriate one.
 
 Various different mice are supported under the @BMouse@B directory.
 The following rules may be helpful in determining your mouse type:

   - If the mouse is plugged in to the PS/2 port on your computer,
     you can most likely get basic support by selecting one of
     the Generic PS/2 (2 or 3 Button) mouse entries.

   - To use some of the extended features on a PS/2 mouse (i.e. scroll
     wheel), you need to select the correct extended protocol.  In
     general, if you have a Logitech PS/2 mouse, select the
     Logitech MouseMan Plus.  If you have a Microsoft PS/2 mouse,
     select the Microsoft IntelliMouse protocol.  Other types of
     PS/2 mice will probably support one of these protocols, so
     you may need to determine the right one by trial and error.
     
   - If you have a laptop, the required protocol will most likely be
     one of the Generic PS/2 protocols.
     
   - If your mouse is connected to a serial (COM) port and it is not
     obvious from the brand and model number as to what entry to
     select, try first the Generic Microsoft protocol and then the
     Mouse Systems protocol.
     
 If you have a tablet, spaceball, joystick or touchscreen, choose the
 entry under the appropriate sub-menu that best describes your
 device.
 
 APM (Automated Power Management) is supported for the Linux operating  
 system.  The APM device is treated as an input device by the XServer
 and therefore must be configured as such.
@@@@DEVMODE_HELP
 @BDevice Mode Selection@B
 @S---------------------@S
 The @BDevice Mode@B selects how the device will generate events.
 In X, there are 3 ways that a device's events can be interpreted.
 These are @BKeyboard@B, @BPointer@B, and @BExtended@B.

 In @BKeyboard@B mode, the device is configured to generate keyboard
 events.  At least one of the devices configured for @BAccelerated-X@B
 must contribute keyboard events.

 In @BPointer@B mode, the device is configured to generate pointer
 (mouse) events.  All devices that are configured in @BPointer@B mode
 will contribute core pointer events.  At least one of the devices
 configured for @BAccelerated-X@B must contribute pointer events.

 In @BExtended@B mode, the device is configured to generate extended
 events.  Extended events are events that are only available to
 applications that specifically request them.  Devices in @BExtended@B
 mode do not contribute core @BKeyboard@B or @BPointer@B events.  You
 can have any number of @BExtended@B devices configured, though 
 @BAccelerated-X@B does not require that any Extended devices be
 configured at all. 


@@@@CHANDEV_HELP
 @BDevice Path Selection@B
 @S---------------------@S
 A @Bdevice path@B is the location of the device node on your
 system that corresponds to the device you are configuring.  For
 example, on a Linux system, if you wanted to specify the @BCOM1@B
 port, you would specify @B/dev/ttyS0@B as the device path.
 
 The actual @Bdevice path@B names will vary from system to system.
 @BAccelerated-X@B will always attempt to use the appropriate defaults
 for your system.  If you are unsure of the proper name of the device
 node, consult your system's documentation or your System Administrator.

@@@@CHANDEV_MENU
 @BDevice Path Selection@B
 @S---------------------@S
 Enter the complete pathname to the device node corresponding to this
 device.  For example, @B/dev/somedevice@B.
@@@@ASYNC_HELP
 @BAsynchronous IO Selection@B
 @S-------------------------@S
 This option controls how data from a device is sent to the X server.
 It directly enables and disables the @BVelvet Mouse@B feature of
 @BAccelerated-X@B on a per-device basis. 

 Selecting @BOn@B enables the @BVelvet Mouse@B feature by allowing
 data from a device to be sent to the X server immediately, improving
 perceived user responsiveness to keyboard and pointer activity. 

 Selecting @BOff@B disables the @BVelvet Mouse@B feature by requiring
 that the X server periodically check for data from a device.  If
 the X server is busy handling rendering requests, there may be a
 delay between the time when the device has data to send, and the X
 server is able to read and process it.
@@@@MOTION_HELP
 @BMotion Type Selection@B
 @S---------------------@S
 For certain devices, such as Tablets, you can specify whether motion
 events are @BAbsolute@B or @BRelative@B to the last recorded postion of
 the device.

 @BAbsolute@B means that the coordinate data generated by a device
 will correlate directly (after scaling) to explict screen
 coordinates. 

 @BRelative@B means that the coordinate data generated by a device will
 be added to or subtracted from the device's last known coordinate to
 determine the new screen coordinate.
@@@@BUTTONMAP_HELP
 @BButton Map Selection@B
 @S--------------------@S
 A @BButton Map@B maps the device's physical button events into X
 button events.  In X, there are currently 5 buttons supported in core
 pointer mode.  You can choose which of these button events are sent
 based on the actual button you press (or set to Disabled for no
 button event).
 
 This option allows you to configure the X server so that certain
 physical buttons on your pointing device can be reassigned to
 different X buttons.  

 As an example:  By default, Accelerated-X generates Keyboard events
 when the wheel of a mouse with a scrolling wheel is used.  Some
 users prefer that the scrolling wheel send Button 4 & 5 events
 instead.  To do this with the MS Intellimouse for example, Edit your
 'Intellimouse' entry, and set Button 4 to '4' and Button 5 to '5' to
 send these events instead.  If you would like to go back to the
 previous default behavior, set Button 4 and Button 5 to 'Disabled'.

@@@@INPUT_EDIT_MENU
 @BInput Editing Menu@B
 @S------------------@S
 This screen allows you to change the characteristics of a configured
  device.  
 Use the @BArrow Keys@B to select the item to change, and press
  @BENTER@B for the available options.
@@@@INPUT_EDIT_HELP
 @BDevice Editing@B
 @S--------------@S
 These screens allow you to modify the various characteristics of
 the devices configured on your system.  

 After selecting @BEdit Device@B, the cursor will move to the window
 that contains the list of the devices that are currently configured.  

 Use the @BArrow Keys@B to select the device you wish to edit and
 press @BENTER@B to edit that device.

 After you have selected a device to edit, you will be presented with
 the various configurable options for that device.  Depending on the
 device, these options will include the @BDevice Mode@B, @BDevice Path@B, 
 and several others.

 For help on the specific options you can modify, select the option
 and press @BENTER@B.  Then press @B?@B to get help on that specific
 option. 
@@@@INPUT_ADD_HELP
 @BAdd Device Selection@B
 @S--------------------@S
 From this screen, you can specify the type of device you wish to add
 to your configuration.  There are several types of devices available
 such as @BMouse@B, @BKeyboard@B, @BTablet@B, etc.  

 Use the @BArrow@B keys to select the type of device to add and press
 @BENTER@B.

 Another menu will display, listing the devices available for the type
 you specified in the previous step.  Use the @BArrow@B keys to select
 the device to add to your configuration and press @BENTER@B.

@@@@INPUT_DELETE_HELP
 @BDelete Device Help@B
 @S------------------@S
 Use the @BArrow Keys@B to select the device to delete and press
 @BENTER@B to remove the device from your configuration.
