\input morefont % fix up stuff that was done in newlfont.sty

\typeout{PostScript LaTeX \everyjob{\typeout{PostScript-based LaTeX (\PSfontversion), Version 1.2 (NFSS)

\makeatletter

\def\pslatex{{\normalshape PS-L\kern-.36em\raise.3ex\hbox{\sc a% \kern-.15emT\kern-.1667em\lower.7ex\hbox{E\kern-.125emX

% USES PS (PostScript) fonts % this command is used when the user has asked for something that is % unavailable in the PostScript fonts \def\@PSignore#1{\@warning{\string#1 not supported in PS-LaTeX; ignoring it}% \global\let#1\relax

\def\@PSsub#1#2{#2% \@warning{\string#1 not supported in PS-LaTeX; substituting \string#2}% \gdef#1{#2

% this is used if PS-LaTeX is built without CMSY, CMMI \def\@PSnofont#1{\@warning{\string#1 requires extra fonts in PS-LaTeX}

\def\PSfontversion{Times/Helvetica/Courier

\def\ds@newlfont{\typeout{newlfont is default for PS-LaTeX: style option ignored} \def\ds@oldlfont{\@warning{oldlfont option incompatible with NFSS PS-LaTeX: ignored^^J Use old (non-NFSS) PS-LaTeX for the old behaviour}}

% none of the CM fonts (except cmex10) are accessible unless the % following are true % Don’t make these false – the resulting format is next-to-useless. \newif\if@usecmsy \@usecmsytrue % is the CMSY font available \newif\if@usecmmi \@usecmmitrue % is CMMI font available

% these magic numbers are set in lfonts.tex \edef\cmsy{\hexnumber@\cmsy

% font family for cmsy \edef\cmmi{\hexnumber@\cmm

% font family for cmmi \edef\ms{\hexnumber@\sy

% font family for Symbol Oblique

% no bold math available in PostScript \def\boldmath{\@PSignore\boldmath \def\unboldmath{\@PSignore\unboldmath

\message{Math codes, % The maths codes for the various control sequences. The ‘"’ means the % number following is hexadecimal. The first number is the ‘class’ (see % page 154 of the TeXbook), the second is the family number (e.g., 2 = % \textfont2—the symbol font), and the third and fourth specify the % position of the character in the font. % % For example, % "22D7 % the code for \cdot % is interpreted as follows: % 2: Class 2 (binary operation) % 2: Family 2 (\textfont2 is normally the Symbol font % D7: Position D7 (character D7 in hex, 215 in decimal, 327 in Octal % Note that the PostScript fonts have character positions greater than % 127 (which is as high as they go in CM fonts).

% font families: % 0 = roman % 1 = italic (math and text) % 2 = symbol % 3 = math extension % \ms = slanted Symbol

\mathcode‘\^^"=22D7 % \cdot \mathcode‘\^^A="32AF % \downarrow \mathcode‘\^^B="0\ms@61 % \alpha \mathcode‘\^^C="0\ms@62 % \beta \mathcode‘\^^D="22D9 % \land \mathcode‘\^^E="02D8 % \lnot \mathcode‘\^^F="32CE % \in \mathcode‘\^^G="0\ms@70 % \pi \mathcode‘\^^H="0\ms@6C % \lambda \mathcode‘\^^I="0\ms@67 % \gamma \mathcode‘\^^J="0\ms@64 % \delta \mathcode‘\^^K="32AD % \uparrow \mathcode‘\^^L="22B1 % \pm \mathcode‘\^^M="22C5 % \oplus \mathcode‘\^^N="02A5 % \infty \mathcode‘\^^O="02B6 % \partial \mathcode‘\^^P="32CC % \subset \mathcode‘\^^Q="32C9 % \supset \mathcode‘\^^R="22C7 % \cap \mathcode‘\^^S="22C8 % \cup \mathcode‘\^^T="0222 % \forall \mathcode‘\^^U="0224 % \exists \mathcode‘\^^V="22C4 % \otimes \mathcode‘\^^W="32AB % \leftrightarrow \mathcode‘\^^X="32AC % \leftarrow \mathcode‘\^^Y="32AE % \rightarrow \mathcode‘\^^Z="22B9 % \ne \if@usecmsy \mathcode‘\^^[="2\cmsy@05 % \diamond \else \mathcode‘\^^[="22E0 % \diamond (bit big) \fi \mathcode‘\^^\="32A3 % \le \mathcode‘\^^]="32B3 % \ge \mathcode‘\^^^="32BA % \equiv \mathcode‘\^^_="22DA % \lor

\mathcode‘\ ="8000 % \space \mathcode‘\!="5021 \mathcode‘\’="02A2 % not active...already a superscript \mathcode‘\(="4228 \mathcode‘\)="5229 \mathcode‘\*="222A % \ast \mathcode‘\+="222B \mathcode‘\,="612C \mathcode‘\-="222D \mathcode‘\.="012E \mathcode‘\/="002F \mathcode‘\:="303A \mathcode‘\;="603B \mathcode‘\<="323C \mathcode‘\=="303D \mathcode‘\>="323E \mathcode‘\?="503F \mathcode‘\[="425B \mathcode‘\\="005C % \backslash \mathcode‘\]="525D \mathcode‘\_="8000 % \_ \mathcode‘\{="427B \mathcode‘\|="027C \mathcode‘\="527D \mathcode‘\^^?="12F2 % \smallint

% this has much better spacing than the default "f" \mathcode‘\f="02A6

\message{other codes, % Delimiter codes. The first (hex) number is the font family. The next 2 % numbers specify the start character within that family. The next number % (4th) is the font family to go to if you need a bigger delimiter. The % final 2 numbers specify the character within that font. For example, % "028300 % The \( (left paranthesis) starts with font 0 (normally \rm—Times Roman) % and picks character "28 (‘(’). If a larger ( is needed then move to % font family 3 (CM extension) and pick character 00 (0). % % Note: The TFM files should contain information about growth of a % character within a font (i.e., without needing to go to another font). In % the example, above, if character 0 was still not big enough then the TFM % file would instruct character "10 to be used. If this was still not big % enough then "20, followed by "40. If a larger parenthesis was required % then character "60 would be used which is the top part of a left % parenthesis.

\delcode‘\<="2E130A \delcode‘\>="2F130B \delcode‘\/="0A430E \delcode‘\|="27C30C \delcode‘\\="05C30F

\message{accents and new chars, % \chardef is used for commands in LR or paragraph mode. The character chosen % specified by a hex number is that of the current font. % For example, % \chardef\ss="FB % defines \ss to pick up character "FB (decimal 251) of the current font. % (e.g., {\it\ss would pick up an italic character.

\chardef\ss="FB \chardef\ae="F1 \chardef\oe="FA \chardef\o="F9 \chardef\AE="E1 \chardef\OE="EA \chardef\O="E9 \chardef\i="F5 % \chardef\j="11 % no dotless j % No dotless j so write out a message if \j is used. \def\j{\@PSsub\j{j \def\aa{\accent"CAa\relax \chardef\l="F8 \chardef\L="E8

\def\_{\char’137 \def\AA{\leavevmode\setbox0\hbox{h\dimen@\ht0\advance\dimen1ex% \rlap{\kern.2em\raise.67\dimen@\hbox{\char’312A

% The following characters do not appear in PLAIN TeX \chardef\cent="A2 \chardef\yen="A5 \chardef\currency="A8 \chardef\quotesingle="A9 \chardef\guillemotleft="AB \chardef\guilsinglleft="AC \chardef\guilsinglright="AD \chardef\quotesinglbase="B8 \chardef\quotedblbase="B9 \chardef\guillemotright="BB \chardef\ellipsis="BC

% take advantage of the ellipsis char \def\@ldots{\mathinner\mathchar"00BC } \def\ldots{\protect\pldots \def\pldots{\relax\ifmmode\@ldots\else\mbox{$\@ldots$\fi

\chardef\perthousand="BD \chardef\ordfeminine="E3 \chardef\ordmasculine="EB

% Some more TeX characters \def\dag{\mathhexbox0B2 \def\ddag{\mathhexbox0B3 \def\S{\mathhexbox0A7 \def\P{\mathhexbox0B6

\def\pb#1{\oalign{#1\crcr\hidewidth \vbox to.2ex{\hbox{\char’305\vss\hidewidth \def\b{\protect\pb

\def\pc#1{\setbox\z@\hbox{#1\ifdim\ht\z1=ex\accent"CB #1% \else{\ooalign{\hidewidth\char’313\hidewidth\crcr\unhbox\z}\fi \def\c{\protect\pc

% The \og (ogonek) accent is not available in ‘standard’ TeX \def\pog#1{\setbox\z@\hbox{#1\ifdim\ht\z1=ex\accent"CE #1% \else{\ooalign{\hidewidth\char’316\hidewidth\crcr\unhbox\z}\fi \def\og{\protect\pog

% there are two copyright symbols in PostScript, with and without serifs. % The \@dosfchars command in lfonts.tex switches between them % appropriately. \def\@copyrightTR{\mathhexbox2D3} \def\@registeredTR{\mathhexbox2D2} \def\@trademarkTR{\mathhexbox2D4} \def\@copyrightH{\mathhexbox2E3} \def\@registeredH{\mathhexbox2E2} \def\@trademarkH{\mathhexbox2E4}

\let\pcopyright\@copyrightTR \let\pregistered\@registeredTR \let\ptrademark\@trademarkTR

% The dollar sign is in the same place in all the PostScript fonts

\chardef\$=‘\$

% Definition of pound sterling sign.

\def\pounds{{\it \char"A3

% Definition of \copyright changed so it works in other type styles, % and so it is robust \def\copyright{\protect\pcopyright \def\registered{\protect\pregistered \def\trademark{\protect\ptrademark

% Definition of accents. \def\‘#1{{\accent"C1 #1 \def\’#1{{\accent"C2 #1 \def\v#1{{\accent"CF #1 \let\^^_=\v \def\u#1{{\accent"C6 #1 \let\^^S=\u \def\=#1{{\accent"C5 #1 \def\^#1{{\accent"C3 #1 \let\^^D=\^ \def\.#1{{\accent"C7 #1 \def\H#1{{\accent"CD #1 \def\~#1{{\accent"C4 #1 \def\"#1{{\accent"C8 #1 % accents used in tabbing environments \expandafter \let \csname a‘\endcsname = \‘ \expandafter \let \csname a’\endcsname = \’ \expandafter \let \csname a=\endcsname = \=

\let\@acci=\’ \let\@accii=\‘ \let\@acciii=\=

\if@usecmmi \def\pt#1{{\edef\next{\the\font\the\textfont\cmmi@\accent"7F\next#1 \else \def\t#1{\@PSnofont\t \fi

\def\*{\discretionary{\thinspace\the\textfont2\char’264{{

\message{math chars, % Maths character definitions. The interpretation of the code is the same % as for \mathcode (above). \mathchardef\alpha="0\ms@61 \mathchardef\beta="0\ms@62 \mathchardef\gamma="0\ms@67 \mathchardef\delta="0\ms@64 \mathchardef\epsilon="0\ms@65 \mathchardef\zeta="0\ms@7A \mathchardef\eta="0\ms@68 \mathchardef\theta="0\ms@71 \mathchardef\iota="0\ms@69 \mathchardef\kappa="0\ms@6B \mathchardef\lambda="0\ms@6C \mathchardef\mu="0\ms@6D \mathchardef\nu="0\ms@6E \mathchardef\xi="0\ms@78 \mathchardef\pi="0\ms@70 \mathchardef\rho="0\ms@72 \mathchardef\sigma="0\ms@73 \mathchardef\tau="0\ms@74 \mathchardef\upsilon="0\ms@75 \mathchardef\phi="0\ms@66 \mathchardef\chi="0\ms@63 \mathchardef\psi="0\ms@79 \mathchardef\omega="0\ms@77 \def\varepsilon{\@PSsub\varepsilon\epsilon \mathchardef\vartheta="0\ms@4A \mathchardef\varpi="0\ms@76 \def\varrho{\@PSsub\varrho\rho \mathchardef\varsigma="0\ms@56 \mathchardef\varphi="0\ms@6A \mathchardef\Gamma="0247 \mathchardef\Delta="0244 \mathchardef\Theta="0251 \mathchardef\Lambda="024C \mathchardef\Xi="0258 \mathchardef\Pi="0250 \mathchardef\Sigma="0253 \mathchardef\Upsilon="02A1 \mathchardef\Phi="0246 \mathchardef\Psi="0259 \mathchardef\Omega="0257 % slanted upper case Greek \mathchardef\slGamma="0\ms@47 \mathchardef\slDelta="0\ms@44 \mathchardef\slTheta="0\ms@51 \mathchardef\slLambda="0\ms@4C \mathchardef\slXi="0\ms@58 \mathchardef\slPi="0\ms@50 \mathchardef\slSigma="0\ms@53 \mathchardef\slUpsilon="0\ms A1 \mathchardef\slPhi="0\ms@46 \mathchardef\slPsi="0\ms@59 \mathchardef\slOmega="0\ms@57

\mathchardef\aleph="02C0 \def\hbar{{\mathchar"00C5\mkern-8muh \mathchardef\imath="01F5 % \mathchardef\jmath="017C \def\jmath{\@PSsub\jmath{j \if@usecmmi \mathchardef\ell="0\cmmi@60 \else \def\ell{\@PSsub\ell{l \fi \mathchardef\wp="02C3 \mathchardef\Re="02C2 \mathchardef\Im="02C1 \mathchardef\partial="02B6 \mathchardef\infty="02A5 \mathchardef\@prime="02A2 \def\prime{\@prime\@warning{\string\prime\space produces a small prime in PS-LaTeX} \mathchardef\emptyset="02C6 \mathchardef\nabla="02D1 \def\surd{{\mathchar"12D6 \if@usecmsy \mathchardef\top="0\cmsy@3E \else \def\top{\@PSnofont\top \fi \mathchardef\bot="025E \mathchardef\angle="02D0 \if@usecmsy \mathchardef\triangle="0\cmsy@34 \else \def\triangle{\@PSnofont\triangle \fi \mathchardef\forall="0222 \mathchardef\exists="0224 \mathchardef\neg="02D8 \let\lnot=\neg \if@usecmmi \mathchardef\flat="0\cmmi@5B \mathchardef\natural="0\cmmi@5C \mathchardef\sharp="0\cmmi@5D \else \def\flat{\@PSnofont\flat \def\natural{\@PSnofont\natural \def\sharp{\@PSnofont\sharp \fi \mathchardef\clubsuit="02A7 \mathchardef\diamondsuit="02E0 \mathchardef\fulldiamondsuit="02A8 % filled in black \if@usecmsy \mathchardef\heartsuit="0\cmsy@7E \mathchardef\fullheartsuit="02A9 % filled in black \else \mathchardef\heartsuit="02A9 % a reasonable approximation \fi \mathchardef\spadesuit="02AA

\mathchardef\smallint="12F2

\if@usecmmi \mathchardef\triangleleft="2\cmmi@2F \mathchardef\triangleright="2\cmmi@2E \else \def\triangleleft{\@PSnofont\triangleleft \def\triangleright{\@PSnofont\triangleright \fi \if@usecmsy \mathchardef\bigtriangleup="2\cmsy@34 \mathchardef\bigtriangledown="2\cmsy@35 \else \def\bigtriangleup{\@PSnofont\bigtriangleup \def\bigtriangledown{\@PSnofont\bigtriangledown \fi \mathchardef\wedge="22D9 \let\land=\wedge \mathchardef\vee="22DA \let\lor=\vee \mathchardef\cap="22C7 \mathchardef\cup="22C8 \mathchardef\ddagger="20B3 \mathchardef\dagger="20B2 \if@usecmsy \mathchardef\sqcap="2\cmsy@75 \mathchardef\sqcup="2\cmsy@74 \mathchardef\uplus="2\cmsy@5D \mathchardef\amalg="2\cmsy@71 \mathchardef\diamond="2\cmsy@05 \else \def\sqcap{\@PSnofont\sqcap \def\sqcup{\@PSnofont\sqcup \def\uplus{\@PSnofont\uplus \def\amalg{\@PSnofont\amalg \mathchardef\diamond="22E0 % close enough \fi \mathchardef\bullet="22B7 \if@usecmsy \mathchardef\wr="2\cmsy@6F \else \def\wr{\@PSnofont\wr \fi \mathchardef\div="22B8 \if@usecmsy \mathchardef\odot="2\cmsy@0C \mathchardef\oslash="2\cmsy@0B \else \def\odot{\@PSnofont\odot \def\oslash{\@PSnofont\oslash \fi \mathchardef\otimes="22C4 \if@usecmsy \mathchardef\ominus="2\cmsy@09 \else \def\ominus{\@PSnofont\ominus \fi \mathchardef\oplus="22C5 \if@usecmsy \mathchardef\mp="2\cmsy@07 \mathchardef\circ="2\cmsy@0E \mathchardef\bigcirc="2\cmsy@0D \else \def\mp{\@PSnofont\mp \def\circ{\@PSnofont\circ \def\bigcirc{\@PSnofont\bigcirc \fi \mathchardef\pm="22B1 \mathchardef\setminus="205C % for set difference A\setminus B \mathchardef\cdot="22D7 \mathchardef\ast="222A \mathchardef\times="22B4 \if@usecmmi \mathchardef\star="2\cmmi@3F \else \def\star{\@PSnofont\star \fi

\mathchardef\propto="32B5 \mathchardef\mid="327C \if@usecmsy \mathchardef\sqsubseteq="3\cmsy@76 \mathchardef\sqsupseteq="3\cmsy@77 \mathchardef\parallel="3\cmsy@6B \mathchardef\dashv="3\cmsy@61 \mathchardef\vdash="3\cmsy@60 \mathchardef\nearrow="3\cmsy@25 \mathchardef\searrow="3\cmsy@26 \mathchardef\nwarrow="3\cmsy@2D \mathchardef\swarrow="3\cmsy@2E \else \def\sqsubseteq{\@PSnofont\sqsubseteq \def\sqsupseteq{\@PSnofont\sqsupseteq \def\parallel{\@PSnofont\parallel \def\dashv{\@PSnofont\dashv \def\vdash{\@PSnofont\vdash \def\nearrow{\@PSnofont\nearrow \def\searrow{\@PSnofont\searrow \def\nwarrow{\@PSnofont\nwarrow \def\swarrow{\@PSnofont\swarrow \fi \mathchardef\Leftrightarrow="32DB \mathchardef\Leftarrow="32DC \mathchardef\Rightarrow="32DE \if@usecmsy \mathchardef\cmsyLeftrightarrow="3\cmsy@2C \mathchardef\cmsyLeftarrow="3\cmsy@28 \mathchardef\cmsyRightarrow="3\cmsy@29 \fi \mathchardef\ne="22B9 \let\neq=\ne \def\not#1{\rlap{\kern.5em\lower.25ex\hbox{\mathhexbox2A4#1 \mathchardef\leq="32A3 \let\le=\leq \mathchardef\geq="32B3 \let\ge=\geq \if@usecmsy \mathchardef\succ="3\cmsy@1F \mathchardef\prec="3\cmsy@1E \else \def\succ{\@PSnofont\succ \def\prec{\@PSnofont\prec \fi \mathchardef\approx="32BB \if@usecmsy \mathchardef\succeq="3\cmsy@17 \mathchardef\preceq="3\cmsy@16 \else \def\succeq{\@PSnofont\succeq \def\preceq{\@PSnofont\preceq \fi \mathchardef\supset="32C9 \mathchardef\subset="32CC \mathchardef\supseteq="32CA \mathchardef\subseteq="32CD \mathchardef\in="32CE \mathchardef\notsub="32CB % this is a new one \mathchardef\ni="3227 \let\owns=\ni \if@usecmsy \mathchardef\gg="3\cmsy@1D \mathchardef\ll="3\cmsy@1C \else \def\gg{\@PSnofont\gg \def\ll{\@PSnofont\ll \fi \mathchardef\leftrightarrow="32AB \mathchardef\leftarrow="32AC \let\gets=\leftarrow \mathchardef\rightarrow="32AE \let\to=\rightarrow \if@usecmsy \mathchardef\cmsyleftrightarrow="3\cmsy@24 \mathchardef\cmsyleftarrow="3\cmsy@20 \mathchardef\cmsyrightarrow="3\cmsy@21 \mathchardef\mapstochar="3\cmsy@37 \def\mapsto{\mapstochar\cmsyrightarrow \mathchardef\simeq="3\cmsy@27 \else \def\mapstochar{\@PSnofont\mapstochar \def\simeq{\@PSnofont\simeq \fi \mathchardef\sim="327E \mathchardef\perp="325E \mathchardef\equiv="32BA \if@usecmsy \mathchardef\asymp="3\cmsy@10 \else \def\asymp{\@PSnofont\asymp \fi \if@usecmmi \mathchardef\smile="3\cmmi@5E \mathchardef\frown="3\cmmi@5F \mathchardef\leftharpoonup="3\cmmi@28 \mathchardef\leftharpoondown="3\cmmi@29 \mathchardef\rightharpoonup="3\cmmi@2A \mathchardef\rightharpoondown="3\cmmi@2B \else \def\smile{\@PSnofont\smile \def\frown{\@PSnofont\frown \def\leftharpoonup{\@PSnofont\leftharpoonup \def\rightharpoonup{\@PSnofont\rightharpoonup \def\leftharpoondown{\@PSnofont\leftharpoondown \def\rightharpoondown{\@PSnofont\rightharpoondown \fi

\if@usecmmi \mathchardef\cmminus="2\cmsy@00 \def\relbar{\mathrel{\smash{\cmminus \mathchardef\lhook="3\cmmi@2C \def\hookrightarrow{\lhook\joinrel\cmsyrightarrow \mathchardef\rhook="3\cmmi@2D \def\hookleftarrow{\cmsyleftarrow\joinrel\rhook \else \def\lhook{\@PSnofont\lhook \def\rhook{\@PSnofont\rhook \fi

% These are unavailable because we don’t have cmr10 loaded (for the = % sign), and wouldn’t need it otherwise. (I’ve tried simulating an % equals sign with rules, but it looks awful, and doesn’t scale–miw) \def\Longrightarrow{\@PSsub\Longrightarrow\Rightarrow \def\Longleftarrow{\@PSsub\Longleftarrow\Leftarrow

\if@usecmsy \def\longrightarrow{\protect\@lra \def\@lra{\relbar\joinrel\cmsyrightarrow} \def\longleftarrow{\protect\@lla \def\@lla{\cmsyleftarrow\joinrel\relbar} \def\longmapsto{\mapstochar\longrightarrow \def\longleftrightarrow{\cmsyleftarrow\joinrel\cmsyrightarrow \def\Longleftrightarrow{\cmsyLeftarrow\joinrel\cmsyRightarrow \fi

\def\rightarrowfill{$\mþ\cmminus\mkern-6mu% \cleaders\hbox{$\mkern-2mu\cmminus\mkern-2mu$\hfill \mkern-6mu\mathord\cmsyrightarrow$ \def\leftarrowfill{$\mþ\mathord\cmsyleftarrow\mkern-6mu% \cleaders\hbox{$\mkern-2mu\cmminus\mkern-2mu$\hfill \mkern-6mu\cmminus$

\mathchardef\cdotp="62D7 % cdot as a punctuation mark

% Some additional maths definitions available in the PostScript fonts \mathchardef\therefore="025C \mathchardef\cret="02BF \mathchardef\seconds="02B2 \mathchardef\degree="02B0

% Upright Greek symbols. \def\ualpha{\mathhexbox261 \def\ubeta{\mathhexbox262 \def\ugamma{\mathhexbox267 \def\udelta{\mathhexbox264 \def\uepsilon{\mathhexbox265 \def\uzeta{\mathhexbox27A \def\ueta{\mathhexbox268 \def\utheta{\mathhexbox271 \def\uiota{\mathhexbox269 \def\ukappa{\mathhexbox26B \def\ulambda{\mathhexbox26C \def\umu{\mathhexbox26D \def\unu{\mathhexbox26E \def\uxi{\mathhexbox278 \def\upi{\mathhexbox270 \def\urho{\mathhexbox272 \def\usigma{\mathhexbox273 \def\utau{\mathhexbox274 \def\uupsilon{\mathhexbox275 \def\uphi{\mathhexbox266 \def\uchi{\mathhexbox263 \def\upsi{\mathhexbox279 \def\uomega{\mathhexbox277 \def\uvartheta{\mathhexbox24A \def\uvarpi{\mathhexbox276 \def\uvarsigma{\mathhexbox256 \def\uvarphi{\mathhexbox26A

% Maths accents \def\acute{\mathaccent"70C2 \def\grave{\mathaccent"70C1 \def\ddot{\mathaccent"70C8 \def\tilde{\mathaccent"70C4 \def\bar{\mathaccent"70C5 \def\breve{\mathaccent"70C6 \def\check{\mathaccent"70CF \def\hat{\mathaccent"70C3 \if@usecmmi \def\vec{\mathaccent"0\cmmi@7E \else \def\vec{\@PSnofont\vec \fi \def\dot{\mathaccent"70C7

\if@usecmsy \def\Vert{\delimiter"\cmsy@6B30D \let\|=\Vert \def\vert{\delimiter"\cmsy@6A30C \def\uparrow{\delimiter"3\cmsy@22378 \def\downarrow{\delimiter"3\cmsy@23379 \def\updownarrow{\delimiter"3\cmsy@6C33F \def\Uparrow{\delimiter"3\cmsy@2A37E \def\Downarrow{\delimiter"3\cmsy@2B37F \def\Updownarrow{\delimiter"3\cmsy@6D377 \def\backslash{\delimiter"\cmsy@6E30F % for double coset G\backslash H \def\rangle{\delimiter"5\cmsy@6930B \def\langle{\delimiter"4\cmsy@6830A \def\rbrace{\delimiter"5\cmsy@67309 \def\lbrace{\delimiter"4\cmsy@66308 \def\rceil{\delimiter"5\cmsy@65307 \def\lceil{\delimiter"4\cmsy@64306 \def\rfloor{\delimiter"5\cmsy@63305 \def\lfloor{\delimiter"4\cmsy@62304 \else % these are not as good, and the small ones don’t match the large \def\vert{\delimiter"27C30C \def\uparrow{\delimiter"32AD378 \def\downarrow{\delimiter"32AF379 \def\updownarrow{\delimiter"333F33F \def\Uparrow{\delimiter"32DD37E \def\Downarrow{\delimiter"32DF37F \def\Updownarrow{\delimiter"3377377 \def\backslash{\delimiter"05C30F % for double coset G\backslash H \def\rangle{\delimiter"52F130B \def\langle{\delimiter"42E130A \def\rbrace{\delimiter"527D309 \let\=\rbrace \def\lbrace{\delimiter"427B308 \let\{=\lbrace \def\rceil{\delimiter"52F9307 \def\lceil{\delimiter"42E9306 \def\rfloor{\delimiter"52FB305 \def\lfloor{\delimiter"42EB304 \fi

\if@usecmsy \def\@sqrt{\radical"\cmsy@70370 \else \def\@sqrt{\radical"370370 % otherwise go straight to CMEX \fi

\mathchardef\cong="3240 \mathchardef\notin="32CF

% LaTeX’s \fnsymbol uses characters which are not available. \def\@fnsymbol#1{\ifcase#1\or *\or \dagger\or \ddagger\or \mathchar "0A7\or \mathchar "0B6\or \mathchar "0A8\or **\or \dagger\dagger \or \ddagger\ddagger \else\@ctrerr\fi\relax

% this is invoked by \sf \def\@dosfchars{\@fixf \let\pcopyright\@copyrightH \let\pregistered\@registeredH \let\ptrademark\@trademarkH}

% this is invoked by \rm, \it, \sl, \bf, \sc, \tt (but not \sf) \def\@dononsf{\@fixf \let\pcopyright\@copyrightTR \let\pregistered\@registeredTR \let\ptrademark\@trademarkTR}

% provide the correct f when a font change takes place in mathmode \def\@fixf{\ifmmode\mathcode‘\f="7166\relax\fi}

\makeatother

\typeout{Any more modifications...?

% Absolve others of all responsibility for any mistakes... \def\fmtname{pslplain\def\fmtversion{2.09-January 14, 1992

This document was generated on January 31, 2023 using texi2html 5.0.