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           The  svgalib configuration is usually located in /etc/vga/libvga.config
           though one can reconfigure this location when recompiling svgalib.
           In the configuration file, everything between a # and the  end  of  the
           line  is  ignored.  Empty  lines are also ignored. Since the driver you
           will use may not know all config options  here,  unknown  commands  are
           silently  ignored. Please think of that when something does not work as
           you expect. I know this is a nuisance because  malformed  configuration
           statements  do  not  cause errors. Multiple commands are allowed in one
           line, and commands can exceed lines.
           Actually, svgalib simply reads a list of  whitespace  separated  tokens
           from  the file until it finds one it knows and it then assumes the fol-
           lowing tokens to be arguments of that command until one is  encountered
           which may not be an argument.
           New style options are in general case insensitive whereas the old style
           options are case sensitive. The old style options are included to allow
           for  old config files still being used. For completeness they are docu-
           mented in the OBSOLETE COMMANDS section. You should not use  them  any-
           In  addition,  svgalib(7)  parses  the  files ~/.svgalibrc and the file
           given in the environment variable SVGALIB_CONFIG_FILE.
           Finally, the contents of the environment  variable  SVGALIB_CONFIG  are
           parsed like the files before.
           Configuration commands which control hardware settings that might cause
           harm to your hardware are called privileged.  By default the privileged
           commands  can only be used in the main configuration file /etc/vga/lib-
           vga.config for safety (s.t. a non root user can not cause any  harm  to
           your hardware by misconfiguring svgalib(7)).
           Enable them in the other locations as well with the command overrideen-
           able in the main config file.   BEWARE!   This  allows  every  user  to
           change the monitor and clocks (and other configs) and thus damaging the
           hardware. I strongly discourage the use of  overrideenable  except  for
           debugging/testing purposes.


           Please  do  not allow the vastness of options to confuse you. Generally
           svgalib uses well chosen defaults and is able to autodetect everything.
           Thus  generally you don't need to specify much. When installing svgalib
           it provides a sample /etc/vga/libvga.config file which contains most of
           the required configuration. Just edit it to your needs.
           Generally you only need to use:
           mouse  To  specify if you use anything else then a Microsoft compatible
       If you use the EGA chipset driver
           monotext or colortext
                  to specify if your EGA card is in monochrome or color configura-
       If you use the Mach32 chipset driver
           You should consider reading svgalib.mach32(7).
           Clocks clock1 clock2 clock3 ...
                  to specify the Mach32 clocks. This is mandatory. However, if you
                  omit   it.  svgalib  will  autodetect  clocks  and  modify  your
                  /etc/vga/libvga.config file and abort. After this, every svgalib
                  application started will find the proper Clocks command.
           mach32eeprom /etc/vga/mach32.eeprom
                  is recommended to avoid slowish reads of the Mach32 EEPROM which
                  will also cause annoying screen flickering.
       If you use the Mach64 chipset driver
           Chipset Mach64
                  if you want to use the experimental pre-alpha driver
       If you use the S3 chipset driver
           I don't have much knowledge on the S3, but it  seems  to  me  that  you
           Clocks clock1 clock2 ...
                  to  specify  the  clocks (take them from your Xfree86 configura-
           ClockChip icd2061a number
                  if you have an Icd2061a clockchip.
           Ramdac chipname
                  if your Ramdac is not detected properly.
           Dacspeed speed
                  if the default chosen is not right (probably too restrictive).
           The remaining options are really only to be used in  case  of  problems
           which you'll not generally encounter.
       If you use the VESA chipset driver
                  forces  the  driver  to set 80x25 text mode, before any standard
                  vga mode setting. Fixes text mode restoring with many cards,  as
                  well as standard VGA modes.
                  gpm allows for (hopefully) peaceful interaction with gpm, Space-
                  ball enables support for the  6-axes  Spacetec  Spaceball  mouse
                  (well,  probably  more like a trackball), IntelliMouse and IMPS2
                  refer to the Microsoft IntelliMouse or Logitech MouseMan+, where
                  IntelliMouse  is  for  serial port and IMPS2 for such a mouse on
                  the PS/2 port.
                  Note that it is not possible to  specify  the  Microsoft  Intel-
                  liMouse  or  Logitech MouseMan+ by a number. This is due to his-
                  torical and compatibility reasons.
                  This command is only available if ALLOW_MOUSE_OVERRIDE  was  set
                  in   Makefile.cfg  when  svgalib  was  compiled  (which  is  the
                  If given, svgalib ignores any mouse type the  program  specifies
                  but uses the type configured with the mouse command.
                  For  example,  DOOM does not recognize MouseMan as a valid mouse
                  type and defaults the mouse type to MouseSystems.  This  command
                  allows  to  make  svgalib ignore whatever DOOM specifies and use
                  MouseMan anyway.
           mdev mousedevice
                  Usually /dev/input/mice (the default) will be the mouse  device.
                  However,  esp. with the Spacetec Spaceball you may want to spec-
                  ify a different device for svgalib(7) to use:
                  mdev /dev/ttyS0 # mouse is at /dev/ttyS0
           Some multiprotocol mice use the state of RTS and DTR to find out  which
           protocol to enable:
           setRTS set the RTS wire.
                  clear the RTS wire.
                  leave the RTS wire alone (default) (Wire is usually set)
           setDTR set the DTR wire.
                  clear the DTR wire.
           Other mice might need clearDTR as well or one set and clear. Try  your-
           Note:  Having  crtscts handshake enabled on the mouse tty may interfere
           with this option. Do not do that.
           Finally, a special goodie for wheel mice:
           mouse_fake_kbd_event upscancode downscancode
                  sends a fake keyboard event to the program when the wheel  on  a
                  Microsoft  IntelliMouse,  Logitech  MouseMan+,  or similar wheel
                  mouse is turned.
                  The up and down scancodes are the scancodes of the keys to simu-
                  late when the wheel is turned up and down, respectively.
                  The following can be specified for the scancodes: letters (A-Z),
                  numbers (0-9), function keys (F1-F12), or any of the following -
                  ESCAPE,    MINUS,    EQUAL,    BACKSPACE,   TAB,   BRACKET_LEFT,
                  Note that this option has no effect unless the  IntelliMouse  or
                  IMPS2  mouse  type is used (see above). Also note that the simu-
                  lated keypresses are instantaneous, so they cannot be  used  for
                  functions  that  require  a  key  to  be held down for a certain
                  length of time.
                  This example simulates a press of the left bracket ([) when  the
                  wheel is turned up and a press of the right bracket (]) when the
                  wheel is turned down (good for selecting items in Quake II):
                  mouse_fake_kbd_event BRACKET_LEFT BRACKET_RIGHT
       Mouse acceleration
           Svgalib versions 1.3.0 and later use the following commands to  control
           the logarithmic mouse acceleration:
                         If given, force use of input parameters even if they seem
                  mouse_accel_mult <float>
                         Set acceleration factor.
                  mouse_accel_type {0|off|normal|power|linear}
                         Set the type of acceleration. The following  strings  are
                         valid values:
                         0 or off
                                 No acceleration.
                          normal No   acceleration   while   delta  is  less  than
                                 mouse_accel_thresh     but     multiplied      by
                                 mouse_accel_mult if more.
                                 Originally   done  by  Mike  Chapman  <mike@para-
                          power  The acceleration factor is a  power  function  of
                                 delta  until  it  reaches  mouse_accel_mult After
                                 that it's a simple multiplication. Basically it's
                                 like  the normal mode but the acceleration factor
                                 grows as you move your mouse faster  and  faster,
                                 not  just  turns  in and out. If the acceleration
                                 factor reaches mouse_accel_mult it turns  into  a
                                 plain multiplication.
                                 Threshold has the same meaning as in normal mode.
                                 The one I use for *uaking... :)
                                 It is calculated like this:
                                 if (abs(dx) > 1) /* to prevent losing  resolution
                                   dx = (abs(dx) >=
                                          mouse_accel_thresh ) ?
                                        (float)dx *
                                         mouse_accel_mult :
                                        (float)dx *
                          linear The  acceleration  factor  grows  linear with the
                                 delta until it reaches mouse_accel_thresh.  After
                                 that it is a simple multiplication.  (I know that
                                 it can be done with setting mouse_accel_power  to
                                 1, but it was one minute to implement... and uses
                                 no memory... and...)
                                 It is calculated like this:
                                 if (abs(dx) > 1)
                                   dx = (abs(dx) >=
                                          mouse_accel_thresh ) ?
                                        (float)dx *
           joystick0 device
                  sets the device name to use for joystick 0.  The  commands  joy-
                  stick1,  joystick2  and joystick3 configure the other joysticks.
                  By default the names /dev/js0, /dev/js1, /dev/js2  and  /dev/js3
                  are used.
       Keyboard configuration
           kbd_fake_mouse_event scancode [flag(s)] command [argument]
                  , as it says, sends a fake mouse event to the program.  Scancode
                  is a raw scancode as you  can  find  them  in  <keyboard/vgakey-
                  Supported flag(s) are:
                  down   trigger event when the key is pressed (default).
                  up     the opposite.
                  both   trigger in both case, if pressed or released.
                  repeat repeat  events  if  the  key  is  kept  pressed  (off  by
                  Supported commands are:
                         send a fake delta event as if you have moved your  mouse.
                         If  the  parameter  is  off or on it will turn off/on the
                         respective mouse axis (requires a parameter, of course)
                         send a fake event that the mouse  button  is  pressed  or
                         released as given by the parameter (pressed or released)
                  Here are some examples:
                  This  is  one  I use in *uake: it turns around, looks down a bit
                  and when the key is released it does the opposite,  so  it  gets
                  back  to  the  starting  state.  With this one and the help of a
                  rocket you can fly though the  whole  map  :)  (Scancode  28  is
                      kbd_fake_mouse_event 28 both deltax 8182
                                              down deltay -1500
                                              up deltay 1500
                  This  one  will switch off the y axis of the mouse while the key
                  <Right Ctrl> is kept pressed.
                  Yet  another  feature  brought  to  you  by 101 (Attila Lendvai)
                  This command disables generation of a SIGINT signal when  <Ctrl-
                  C> is pressed.
                  This  works  regardless of ordinary or raw keyboard mode (albeit
                  the hot key might be different from <Ctrl-C> in the first case).
                  Note that this is a very dangerous option. Disabling SIGINT will
                  lock you in programs which can only by quit by  <Ctrl-C>!   How-
                  ever, there were request for it for Quake playing.
           sigint (default)
                  Enables generation of SIGINT.
       Monitor configuration
           HorizSync min_kHz max_kHz
           VertRefresh min_Hz max_Hz
                  specifies  the  range of frequencies acceptable to your monitor.
                  They obsolete the monitor settings below, and this shouldn't  be
                  used if HorizSync and VertRefresh are defined. Examples:
                  HorizSync 31.5 35.5
                  VertRefresh 50 70
           monitor monitor_class
                  where  monitor_class  is a digit 0 - 6 or the maximal horizontal
                  frequency in kHz. Examples:
                  monitor 0 # Max horizontal sync is 31.5 kHz
                  monitor 1 # Max horizontal sync is 35.1 kHz
                  monitor 2 # Max horizontal sync is 35.5 kHz
                  monitor 3 # Max horizontal sync is 37.9 kHz
                  monitor 4 # Max horizontal sync is 48.3 kHz
                  monitor 5 # Max horizontal sync is 56.0 kHz
                  monitor 6 # No restrictions.
                  For your convenience you may specify  the  max  horizontal  sync
                  explicitly.  The  correct  class will the be chosen. You may use
                  floats consisting of digits and a decimal point for this too:
                  monitor 40.0 # equivalent to monitor 3
                  This command is privileged.
       Mode timings
                  VDsp   integer
                         size of the visible area (horizontal/vertical)
                  VSS    integer
                         Sync start (horizontal/vertical)
                  VSE    integer
                         Sync end (horizontal/vertical)
                  VTot   integer
                         Total width/height (end of back porch)
                  flags  +hsync -hsync +vsync -vsync interlace interlaced
                         doublescan Sync polarity, interlace mode
           Everything  should  be on one line.  The values for the horizontal tim-
           ings must be multiples of eight.
           These are preferred over the default timings (if  monitor  and  chipset
           can  handle them).  The format is identical to the one used by XFree86,
           but the label following the modeline keyword is ignored by vgalib.
           Here some examples:
           modeline 640x480@100 43 640 664 824 848 480 483 490 504
           modeline 800x600@73 50 800 856 976 1024 600 637 643 666
           modeline 1024x768@75 85 1024 1048 1376 1400 768 771 780 806
           IMPORTANT!  Not all drivers, that is SVGA cards, use the  values.  Only
           drivers  using timing.c. As of this writing, drivers using this feature
           are: Ark, Cirrus, Chips & Technologies, Et6000, S3.
           The Mach32 driver provides a similar feature separately,  you  have  to
           use the define command described below.
           ET4000  (and to some extent EGA) allow one to use a binary file created
           by some utility. All other chipset driver use predefined  timings  that
           are   hardcoded   in   register   dumps   within   the   drivers.   See
           svgalib.et4000(7) for more information.
       Chipset detection
           Usually svgalib does a good job autodetecting your  hardware.  However,
           if  auto detection fails (or you want to fall back to a simpler driver,
           say VGA, as a bug work around), you may force detection of your chipset
                  use  this form if the size of memory or an additional configura-
                  tion option is misdetected. For example:
                  chipset Mach32 0 2048
                  Note that always two integers  have  to  be  specified.  Usually
                  (Mach32)  the second parameter is the memory amount. Look at the
                  *_init function of the specific device driver sources or  infor-
                  mation on that type of cards in svgalib(7).
                  Note  that  there  is  a more convenient command setuplinear for
                  enforcing specific memory-aperture configurations for Mach32
                  This command is privileged.
       Specific options required for the EGA-driver.
                  Card is in monochrome emulation mode
                  Card is in color emulation mode
                  This command is privileged.
       RAMDAC configuration
           Some chipsets (e.g. S3 and ARK) allow specifying a RAMDAC type. If your
           RAMDAC is not autodetected, you can try specifying it:
           Ramdac Sierra32K
           Ramdac SC15025
           Ramdac SDAC
                  S3 SDAC
           Ramdac GenDAC
                  S3 GenDAC
           Ramdac ATT20C490
                  AT&T 20C490, 491, 492 (and compatibles)
           Ramdac ATT20C498
                  AT&T 20C498
           Ramdac IBMRGB52x
                  IBM RGB524, 526, 528 (and compatibles)
           BEWARE!   The  Mach32  driver  features an own ramdac command (which is
           usually not required). If you have a Mach32, see svgalib.mach32(7).
           Dacspeed speed
                  speed is a floating point number in MHz (like in  Dacspeed40.0")
                  specifying  the  maximal  allowable pixel clock of the Ramdac in
                  use. Currently this option is only supported by the  S3  driver.
                  Fixed clocks example: (The following is just an example, get the
                  values for your card from you X setup)
                  Clocks 25.175 28.3 40 70 50 75 36 44.9 0 118 77 31.5 110  65  72
                  BEWARE!  The Clocks command for the Mach32 features only integer
                  clocks. Please round your clocks to the next integer  data.  The
                  Mach32  only uses these values to check monitor requirements and
                  to compare the quality of modes. The rounding errors are  of  no
                  importance there as the difference in the resulting monitor tim-
                  ings is barely measurable. See the Mach32 section below.
           Clockchip ICD2061A
                  Configure for a programmable clockchip.  ICD2061A  is  the  only
                  one supported right now.
       Miscellaneous options
           security revoke-all-privs
                  Make   sure  it  is  impossible  to  regain  root  access  after
                  vga_init(3) was called. (default)
           security compat
                  For compatibility to pre 1.2.11, do not close  a  security  hole
                  using saved uids.
                  Mach32:  show  messages  while processing all info to build up a
                  mode table.
           quiet  Turn verbose messages off (default).
                  Inhibit use of a linear mmaped frame buffer.
           linear Allow (not enforce!) use of a linear mmaped frame buffer.
                  Allow privileged commands outside the main configuration file.
       Common options currently used by Mach32 only
           Options that may be useful for all drivers, but currently are only sup-
           ported by Mach32 (Please read svgalib.mach32(7) if you use one):
           maxclock16 maxclk
                  The  maximum pixel clock to use for 16bpp modes. This is used by
                  Mach32 to find out which settings may be used for  16bpp  modes.
                  the  Mach32  default  for  this  is 2000, thus it is effectively
                  switched off.  maxclk must be an integer.
                  Just for completeness the same for 8bpp modes  (I  doubt  anyone
                  needs it), default is 2000 to disable this feature.
           The maxclock commands are privileged.
           clocks list of clocks
                  Sets  the  frequencies  of  the  clocks  the chips can generate.
                  Exactly 16 values have to be specified for  mach32.   Use  0  to
                  disable a specific clock.
                  Note  that  the  mach32  can  divide clocks by 2. Thus there are
                  actually 32 clocks And you can also use the divided clocks in  a
                  define  command.   On  contrary to Xfree96 or the clocks command
                  above only integers are allowed for Mach32. Simply round them to
                  the nearest integer.
                  This line is mandatory for Mach32. If it is not there it will be
                  auto detected and added at the beginning of the config file. The
                  program  will  then  exit and when you start it next, everything
                  should be ok.
                  Common clock values for Mach32:
                  Clock chip 18811-0:
                         clocks 43 49 92 36 50 56 0 45
                                30 32 110 80 40 45 75 65
                  Clock chip 18811-1:
                         due to Xfree86 info valid for: Ultra pro ISA,  Ultra  pro
                         EISA, Ultra pro VLB(68800-3)
                         clocks 100 126 92 36 50 56 0 45
                                135 32 110 80 40 45 75 65
                  Clock chip 1881 (ICS2494):
                         due to Xfree86 info valid for: Ultra pro VLB (6880006)
                         clocks 18 22 25 28 36 44 50 56
                                30 32 37 39 40 0 75 65
                  In  my  own  correspondence with ATI they say every Mach32 would
                  have a 18811-1, so it  should  be  possible  just  to  take  the
                  18811-1  line.   However I have now reports of third party cards
                  and motherboards with on board Mach32 chips, so be careful.
                  Please read svgalib.mach32(7) for additional info on clocks.
                  The clocks command is privileged.
                  Don't touch the standard  mode  but  create  an  exact  copy,  a
                  dynamic  mode,  with the adjusted xbytes value.  Expect noise at
                  some pixels in 800x600 for more than 256 colors on  Mach32  when
                  not using the dynamic mode.
                  Same as above but delete the standard mode thus creating the non
                  conforming xbytes modes only as dynamic modes.
           To enforce the standard linelength for non-conforming  modes  use  set-
           linelength below.
           The linelength commands are not privileged.
           In  the  following  commands a mode is specified with horzXvertXcolors.
           Valid settings for colors in the mach32 driver are: 256, 32K, 64K, 16M,
           16M4.   16M4 is for the 16M colors with 32bpp modes. These are expected
           to support slightly faster drawing.
           Examples: 640x480x256, 1024x768x64K, etc...
           inhibit mode1 [mode2 mode3...]
                  Switch the specified SVGA-Modes off. For example:
                  inhibit 800x600x32K 800x600x64K 800x600x16M
                  disallows the maybe toasted mach32 800x600 modes.
                  The inhibit command is not privileged.
           setlinelength length mode1 [mode2 mode3...]
                  Force the logical line length (xbytes) in  the  given  modes  to
                  length pixels (not bytes!). See also variablelinelength, strict-
                  linelength, and duplicatelinelength above. For example:
                  setlinelength 800 800x600x32K 800x600x64K 800x600x16M
                  sets the linelength, and thus xbytes, for the 800x600  modes  to
                  the  equivalent  of  800 pixels. For Mach32 this will give badly
                  designed applications an 800x600 with which they can cope.  How-
                  ever, the Mach32 will generate a noisy video signal in some con-
                  The setlinelength command is not privileged.
                  You  may  specify  one  or more flags out of: Interlace, +vsync,
                  -vsync, +hsync, or -hsync to select interlace mode and  polarity
                  of sync signals. This format is almost the same Xfree uses, s.t.
                  you may use their mode table and the modegen spreadsheet package
                  for  mode  creation.  You  simple need to round the clock to the
                  next integer, add the resolution instead of the timing name  for
                  Xfree  and  replace the modeline keyword with define.  Here is a
                  1024x768x256 mode as example:
                  define 1024x768x256 80 1024 1024 1184 1312
                         768 768 772 791 +vsync -hsync
                  define 1024x768x256 1024x768x32K 1024x768x64K
                         :11 1024 1024 1184 1312 768 768 772 791
                  (yes any whitespace in a command is allowed, even a newline !)
                  Both commands define the same timings (if the 11-th clock is 80)
                  but  the first explicitly specifies the polarity of sync signals
                  whereas the second declares that these timings are  also  to  be
                  used for a 32K and 64K mode.
                  The define command is privileged.
           There is one really dangerous option (except faking clocks). Please use
           it only if you are sure what you are doing. Wrong setup  will  lead  to
           multiple  components  accessing  your  bus at once and thus to probable
           hardware damage:
           setuplinear address size
                  Sets up a linear frame buffer at address of size size (both  are
                  given  in  MB).  If  the  values make sense (for example address
                  <16MB for ISA cards) the linear aperture  is  setup.  Since  the
                  Mach32-driver auto detects configured address itself, I strongly
                  discourage use of this command. However I was asked  for  it  as
                  some  PCI  mach32-cards  didn't  setup  the linear aperture cor-
                  Please ensure that the address range from address to  address  +
                  size  (exclusively) is not used in your system. Obey that due to
                  memory remapping for  example  16MB  Ram  may  exceed  the  16MB
                  address limit.
                  Valid Mach32 values for size are 1 and 4 (only 4 in PCI configu-
                  rations), address + size have to be below 16MB for ISA, 4GB  for
                  multiplexed PCI, and 128MB else. Example: (my setup)
                  setuplinear 64 4
                  Valid subcommands are bit, fill,  image,  and  hlinelist.   They
                  enable  support  for  the  corresponding blit functions. Precede
                  them with no to turn them off (no space after no  allowed).  Use
                  memimage  to  emulate  the image blit using a linearframebuffer,
                  which is usually much faster  for  Mach32.   Use  nomemimage  to
                  never  use  this  emulation. On the Mach32 this emulation can be
                  used in more resolutions than the actual  imageblit  accelerator
                  function.  Again order is vital! (esp. for the *image commands).
                  As the Mach32 now has also new style vga_accel(3) support  there
                  are   now  also  the  subcommands:  settrans,  setrop,  fillbox,
                  screencopy,  drawline,   putimage,   drawhlinelist,   putbitmap,
                  screencopymono,  setmode, polyline, polyhline, and polyfillmode.
                  Which are also supported with a leading no.  They allow to  con-
                  trol support for the subfunctions of vga_accel(3).  In addition,
                  memimage emulation applies to putimage as well.
                  Some examples:
                  blit image nomemimage
                         Use IO-style imageblt where possible. Don't emulate it in
                         any resolution.
                  blit image memimage
                         Use emulated imageblt where possible.
                  blit memimage image
                         Use  IO-style  imageblt where possible, and the emulation
                         where possible in the remaining modes.
                  blit noimage
                         Disable support for imageblt.
                  Mach32 default is:
                  blit bit fill image hlinelist settrans setrop
                       fillbox screencopy drawline putimage
                       drawhlinelist putbitmap screencopymono
                       setmode polyline polyhline polyfillmode
                  The blit command is not privileged.
           The Mach32 has also a few intermediate debug options for low level tim-
           ing adjust.  They are:
           vfifo8 number
           vfifo16 number
           vfifo24 number


           Very old svgalib versions used a different  style  configuration  file.
           For compatibility, svgalib can still parse these old options. Generally
           the options consist of one character (case  sensitive)  followed  by  a
           number.  Whitespace  characters (space, tab, newline) can be used after
           the characters m and M and the number.
           The old svgalib versions actually allowed a  new  option  character  to
           follow  a  number immediately.  The current parser requires white space
           after the numbers.
           Of course, you should not use these cryptic forms anymore. The obsolete
           commands are:
                  Specify the mouse type like mouse number does.
           Mclass Specify the monitor class like monitor class does.
                  Force  usage  of  the  number-th chipset driver from the list of
                  supported drivers VGA(1), ET4000(2), Cirrus(3), TVGA(4), Oak(5),
                  EGA(6),  S3(7),  ET3000(8),  Mach32(9),  GVGA6400(10),  ARK(11),
                  ATI(12),  ALI(13),  Mach64(14),   C&T(15),   APM(16),   NV3(17),
                  ET6000(18), VESA(19), MX(20), PARADISE(21), and RAGE(22).
                  C0 reenables auto detection of the chipset (default).
           cflag  When  using  the  EGA  chipset driver, the card is in monochrome
                  emulation mode for flag = 0 and in color emulation mode for flag
                  = 1.




           svgalib(7), svgalib.et4000(7), svgalib.chips(7), svgalib.mach32(7),


           The newstyle configuration file was first implemented and documented by
           Michael Weller <>.  However,  other  people
           added new features.
           Finally  this  page  was edited by Michael Weller <eowmob@exp-math.uni-

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