miktex-mf — METAFONT, a language for font and logo design
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This man page is an adaption of the corresponding TeX Live man page.
METAFONT reads the program in the specified files and outputs font rasters (in GF format) and font metrics (in TFM format). The METAFONT language is described in The METAFONTbook.
Like TeX, METAFONT is normally used with a large body of
precompiled macros, and font generation in particular requires the
support of several macro files. This version of METAFONT looks at
its command line to see what name it was called under. Both inimf
and virmf are links to the miktex-mf executable. When called as
inimf (or when the
--initialize option is given) it
can be used to precompile macros into a
file. When called as virmf it will use the
plain base. When called under any other name,
METAFONT will use that name as the name of the base to use. For
example, when called as miktex-mf the mf base is
used, which is identical to the plain base.
Other bases than plain are rarely used.
The commands given on the command line to the METAFONT program
are passed to it as the first input line. (But it is often easier to
type extended arguments as the first input line, since shells tend to
gobble up or misinterpret METAFONT's favorite symbols, like
semicolons, unless you quote them.) As described in The
METAFONTbook, that first line should begin with a
filename, a \controlsequence, or a
The normal usage is to say
\mode= to start processing
. (Or you can
just say miktex-mf and give the other stuff on the next line.) Other
control sequences, such as
silent operation) can also appear. The name
font will be the “jobname”,
and is used in forming output file names. If METAFONT doesn't get a
file name in the first line, the job name is
mfput. The default extension,
.mf, can be overridden by specifying an extension
A log of error messages goes into the file
output files are
number depends on the resolution and
magnification of the font. The mode in this example is shown
printengine, a symbolic term
for which the name of an actual device or, most commonly, the name
localfont (see below) must be substituted. If
the mode is not specified or is not valid, METAFONT will default to
proof mode which produces large character images for use in font
design and refinement. Proof mode can be recognized by the suffix
.2602gf after the job name. Examples of proof
mode output can be found in Computer Modern
Typefaces (Volume E of Computers and
Typesetting). The system of magsteps is
identical to the system used by TeX, with values generally in the
range 0.5, 1.0, 2.0, 3.0, 4.0 and 5.0.
Magnification can also be specified not as a magstep but as an arbitrary value, such as 1.315, to create special character sizes.
Before font production can begin, it is necessary to set up the
appropriate base files. The minimum set of components for font
production for a given printengine is the
plain.mf macro file and the local mode_def file. The macros in
plain.mf can be studied in an appendix to
The METAFONTbook; they were developed by
Donald E. Knuth, and this file should never be altered except
when it is officially upgraded. Each mode_def specification helps adapt fonts to a
particular printengine. The local ones in use on this
computer should be in
e response to METAFONT's
error-recovery prompt causes the default editor to start up at the
current line of the current file. The configuration value
[Core]Editor can be used to change the
editor used. It may contain a string with
indicating where the file name goes and
indicating where the decimal line number (if any) goes. For example,
[Core]Editor string for
emacs can be set with the command
initexmf --set-config-value="[Core]Editor=emacs +%l%f"
A convenient file is
nothing. When METAFONT can't find the file it thinks you want to
input, it keeps asking you for another file name; responding
null gets you out of the loop if you don't want
to input anything.
Online Graphics Output
You can see METAFONTs output without printing. Chapter 23 of
The METAFONTbook describes what you can do.
You enable screen ouput by giving
--screen on the
Pretend to be program
name, i.e., set program (and memory dump) name to
name. This may affect the search paths and other values used. Using this option is equivalent to copying the program file to
Set the the maximum number of characters simultaneously present in current lines of open files and in control sequences between \csname and \endcsname. TeX uses the buffer to contain input lines, but macro expansion works by writing material into the buffer and reparsing the line. As a consequence, certain constructs require the buffer to be very large, even though most documents can be handled with a small value.
Give help and exit.
This option is only available on Windows systems: show the manual page in an HTML Help window and exit when the window is closed.
Suppress all output, except errors.
Enable screen output.
Set the minimum number of characters that should be available for the user's control sequences and font names, after the compiler's own error messages are stored. Must be at least 25000 less than
pool_size, but doesn't need to be nearly that large.
tcxnametranslation table to set the mapping of input characters and re-mapping of output characters.
Enable trace messages. The
tracestreamsargument, if specified, is a comma-separated list of trace stream names (Chapter 9, Trace Streams).
Show version information and exit.
Extra paths to locate METAFONT input and openin files.
The editor to use when selecting
ein the error prompt menu.
The value can contain these placesholder:
The name of the file, which contains the erroneous line of TeX code.
The line number.
Comma-separated list of trace stream names (see Chapter 9, Trace Streams). If this variable is set, then MiKTeX programs will write trace messages into the configured log sink.