% The essential parts of this macro appeared in {\it TUGboat, Volume 3, No. 1} % in the note: "DISPLAY OF A FONT IN TABLE FORM." by Roger L. Beeman. % This version was rewritten by Pierre A. MacKay to take advantage of % the new features of \TeX82. It is now interactive, and prompts the % user for a font name. If the font is a text font, a sample paragraph % is set, which is justified to three times the lower-case alphabet length % if that will fit in the overall \hsize. (If the font is a fixed-width % font such as "amtt", the sample is set with a ragged right margin.) % The sample is leaded 20% over the stated point-size, so that a % 10-point font is set 10 on 12. The length of both upper and lower % case alphabets is given, along with the height and depth of the % lower case alphabet and the height of the upper case alphabet. These % last dimensions can be very useful for calculating the size of % close-fitting boxes and struts. % % Non-text fonts are displayed in table form only. % % If you have \TeX\ running with "plain.tex" loaded, % you can start this macro by typing "tex fontbl" and you will be prompted % for the rest % \baselineskip 0pt \lineskip 0pt \vsize 8.5truein \let\sl=\tensl \newcount\bighand\newcount\littlehand \bighand=\time\divide\bighand by 60 \littlehand=\bighand\multiply\littlehand by -60 \advance\littlehand by\time \def\makedateline{\line{{\sl \fontname scaled \\magstep\step\hfil \the\bighand:\ifnum\littlehand<10{0}\fi \the\littlehand\ - \the\month/\the\day/\the\year}}} \output{\shipout\vbox{\hrule width1em\vskip 1ex \makedateline\vskip1em\box255\vskip1em \hrule width1em}\global\advance\count0 by 1} \newdimen\maxwide \dimendef\vu=\maxwide \setbox 9\hbox{\sl 0} \def\spike{\hbox to 0pt{\vbox to 1\ht9{}}} \def\cell#1{\hbox to \vu{\hfill\char'#1\hfill}\vrule} \def\label#1{\vbox to 1\ht8{\vfill \hbox to 35pt{\hfill\sl '#10\hskip1em}\vfill}\vrule} \def\seprow{\def\m{\hskip \vu{}\vrule height 2pt}\hbox{\m\m\m\m\m\m\m\m}} \def\cellrow#1{\setbox 8\vbox{\seprow\hbox{\spike\ignorespaces \cell{#10}\cell{#11}\cell{#12}\cell{#13}\ignorespaces \cell{#14}\cell{#15}\cell{#16}\cell{#17}\ignorespaces \hfill}\seprow\hrule}\hbox{\label{#1}\box8}} \def\lcol#1{\hbox to \vu{\hfill{\sl #1}\hfill}\hskip .4pt} \def\chw#1{\hbox{\char'#1}} \def\colw#1{\vbox{\chw{#10} \chw{#11} \chw{#12} \chw{#13} \chw{#14} \chw{#15} \chw{#16} \chw{#17}}} \def\setw#1{\vbox{\colw{#10} \colw{#11} \colw{#12} \colw{#13} \colw{#14} \colw{#15} \colw{#16} \colw{#17}}} \def\getw{\setbox 0\vbox{\setw0\setw1\hbox to 1\wd9{} \hbox to 1em{}}\vu=1.625\wd0} \def\table#1{\font\tablefont=#1 scaled \scale \tablefont\getw\null\vfil \hbox to 6in{\hfil\ignorespaces \vbox{\ifdim\fontdimen2\tablefont>0pt \hbox{\hskip35pt \fontname \hfil} \fi \vskip10pt \hbox{\hskip35pt\lcol0\lcol1\lcol2\lcol3\lcol4\lcol5\lcol6\lcol7} \vskip 4 pt \hbox{\hskip35pt\vbox{\hrule width 8\vu}\vbox{\hrule width 3.6pt}} \cellrow{00}\cellrow{01}\cellrow{02}\cellrow{03} \cellrow{04}\cellrow{05}\cellrow{06}\cellrow{07} \cellrow{10}\cellrow{11}\cellrow{12}\cellrow{13} \cellrow{14}\cellrow{15}\cellrow{16}\cellrow{17}}\ignorespaces \hss}} \def\tblraggedright{\rightskip0pt plus5em} \global\def\test{} \global\def\fin{END } \global\def\lcfin{end } \global\def\halfstep{half } \def\\{$\backslash$} \def\doit{ \baselineskip 0pt \lineskip 0pt \message{Type a valid font name, or type END to quit :} \read16 to\fontname \ifx\fontname\lcfin\let\test=\fin\else\global\let\test=\fontname\fi \ifx \fin\test \relax \else \message{Scaled to what magstep? (half, or 0..5):} \read16 to\step \ifx \halfstep\step \global\def\scale{1095 } \else \global\def\scale{\ifcase\step 1000\or 1200\or 1440\or 1728\or 2074\or 2488\fi\relax} \fi \message{Graphing font \fontname} \table{\fontname} \rightskip 0pt % So that one ragged right font doesn't affect all % following fonts \vskip 1em \ifdim\fontdimen2\tablefont>0pt \setbox8=\hbox{abcdefghijklmnopqrstuvwxyz} \setbox7=\hbox{ABCDEFGHIJKLMNOPQRSTUVWXYZ} \global\dimen8=1\wd8\global\dimen7=.5\hsize \global\dimen5=1\ht8\global\dimen4=1\dp8\global\dimen3=1\ht7 \edef\length{\the\dimen8} \global\dimen6=\dimen8\global\multiply\dimen6 by 3 \ifdim\dimen6>\hsize \global\dimen6=\hsize \fi \ifdim\fontdimen3\tablefont=0pt \tblraggedright \global\advance\dimen6 by -40pt \fi \vskip 1em \noindent \ifdim\dimen8<\dimen6 \line{\unhbox8\hfil } \vskip 1ex \fi \centerline{{\rm Alphabet length \length. Quad is \the\fontdimen6\tablefont}} \vskip .25em \centerline{{\rm Lower case height is \the\dimen5 ; depth is \the\dimen4}} \vskip 1em \global\dimen8=1\wd7 \edef\length{\the\dimen8} \noindent \ifdim\dimen8<\dimen6 \line{\unhbox7 \hfil} \vskip 1ex \fi \centerline{{\rm Alphabet length \length ; height \the\dimen3}} \vskip 1em \vfil \vbox{\hsize \dimen6 \baselineskip 1.2em \parskip .15em \lineskip .2em The design of low-resolution typefaces is complicated by the need to achieve two different and rather incompatible ends. A font which is exclusively intended for Office Automation equipment should be designed to make the very best use of that environment. Its proportions, balance, shading and letter-spacing can and indeed must be fitted to exact pixel-bound\-aries, whe\-ther or not the refinements of anti-aliasing are used. A low-resolution font which was created primarily as the proof-copy imitation of an associated high-resolu\-tion font will never be quite so precisely matched to its environment. Its contours will necessarily be determined by exact pixel-boundaries, but often not in the way we might prefer. It need not be sloppy, but it can never be so well tuned as a font of the first variety. It is a poor Platonic reflection of an idea that cannot be fully known except in the dazzling light of high-resolution typesetting. The vast majority of fonts produced with METAFONT belong to this second variety. A low-resolution METAFONT character should be judged for what it is, and not for what it has never claimed to be. } \fi \vfill\penalty-10000 \doit \fi } \doit \bye