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| -rw-r--r-- | macros/texsis/dcol/README | 18 | ||||
| -rw-r--r-- | macros/texsis/dcol/TXSdcol.doc | 300 | ||||
| -rw-r--r-- | macros/texsis/dcol/TXSdcol.dvi | bin | 17128 -> 0 bytes | |||
| -rw-r--r-- | macros/texsis/dcol/TXSdcol.ps | 1463 | ||||
| -rw-r--r-- | macros/texsis/dcol/TXSdcol.tex | 664 |
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diff --git a/macros/texsis/dcol/README b/macros/texsis/dcol/README deleted file mode 100644 index 57b1aed017..0000000000 --- a/macros/texsis/dcol/README +++ /dev/null @@ -1,18 +0,0 @@ -The files in this subdirectory are the double column macros from TeXsis. -They can be used by themselves with Plain TeX. Just say - - \input TXSdcol.tex - -at the begining of your job. Then use \SetDoublecolumns{column-width} -to set up the output routine for double column printing. You must say -\doublecolumns to enter double column mode, and \enddoublecolumns to go -back to single column mode. - -Further info is given in the comments in the file TXSdcol.tex - -More complete instructions for using these macros are in TXSdcol.doc, -which is just the relevant section of the TeXsis manual. You probably -can't process it unless you already have TeXsis working, so I've put DVI -and PS copies of it here too. - -Eric Myers <texsis@lifshitz.ph.utexas.edu> 26 December 1997 diff --git a/macros/texsis/dcol/TXSdcol.doc b/macros/texsis/dcol/TXSdcol.doc deleted file mode 100644 index 4b2f31ed05..0000000000 --- a/macros/texsis/dcol/TXSdcol.doc +++ /dev/null @@ -1,300 +0,0 @@ - %% file: TXSdcol.doc (TeXsis version 2.16) -% $Revision: 17.2 $ : $Date: 1997/12/15 01:13:43 $ : $Author: paige $ -%======================================================================* -% TeXsis Manual - Double Column Typesetting -% -% This file is a part of TeXsis, a TeX macro package for Physicists -% (C) Copyright 1989, 1992, 1993 by Eric Myers and Frank E. Paige -%======================================================================* -\ifx\undefined\bs \texsis\input TXSdocM.doc\input Manual.aux\draft\fi - - -\section{Double Column Output \label{sect.dcol}} - - Typesetting text in more than one column on a single page is more -involved than typesetting text in a single page-wide column, but this -extra effort can be rewarded with a document which looks much more -professional and which can be easier to read (provided that the -resolution of your printer is up to it). Many publishers of -``\idx{camera-ready}'' conference proceedings require double -column\index{double columns} \index{multiple columns|see{double -columns}} typesetting, and the {\sl \idx{Physical Review}} and other APS -and AIP journals are typeset in double columns. In order to make it -easy for authors to prepare manuscripts either for such camera-ready -conference proceedings or for submission to {\sl Physical Review}, we -have included some powerful double column typesetting macros in \TeXsis. -These macros can automatically balance columns which do not fill an -entire page, and there are also provisions for equations which must be -extended across both columns because they are too wide for a single -column. Figures and tables (or other such ``floating'' insertions) can -be put either in a single column or across both columns. The same is -true for footnotes. By changing a single instruction in the manuscript -file it is also possible to take a document which has been prepared for -double columns and to print it in single column mode. The converse is -not true --- typesetting text in double columns with automatic column -balancing is a nontrivial task. While the macros generally behave as -intended, more attention to the layout of the document is required, and -even then the macros will sometimes fail without some extra guidance. -It is not possible to divide three lines into two balanced columns! In -such cases you must rearrange text or the placement of figures and -tables, or explicitly select column or page breaks elsewhere in the -document, in order to give \TeXsis\ some extra guidance on how best to -format the page. - -%\bigbreak - - In order to use the double column formatting macros you must first -specify the size of the columns with the command -\CS{SetDoubleColumns}\arg{c-width}. The width and height of the full -page are taken from the current settings of \cs{hsize} and \cs{vsize}, -while the width of each column is \meta{c-width}. This re-defines -\TeX's \cs{output} routine, so it should be called shortly after you say -\cs{texsis}, before any output is actually produced, and it should only -be called if double column output is to be produced. - - \CS{SetDoubleColumns} only sets the column dimensions and -prepares the \cs{output} routine for double column output at some point -in the future --- it does not actually put you in double column mode. -Text will still be set in a single page-wide column until you say -\CS{doublecolumns}. After you say \CS{doublecolumns} text will be set -in double columns until you say \CS{enddoublecolumns}. This will cause -the text collected so far to be put into two ``balanced'' columns of the -same height. You can, if you desire, return to double column mode at -any later time by saying \CS{doublecolumns} again, and you can switch -back and forth as much as you like. However, keep in mind that -frequently switching between single and double columns will make it very -difficult for \TeXsis\ to choose good points to break columns and pages, -and you may get an error message warning you that a column cannot be -balanced. - -%\bigbreak -%\pagecheck{3cm} - -A simple example of the use of these double column commands is the -following: -\TeXexample -\SetDoubleColumns{0.47\hsize} -\doublecolumns\tenpoint -{\bf BISMUTH} (Ger.\ {\it Weisse Masse}, white mass; later -{\it Wismuth} and {\it Bisemutum}, Bi; at.~wt. 308.981; -at.~no. 83; m.p. 271.3$^\circ$C; b.p. 1560 $\pm$ 5$^\circ$C; -sp.~gr. 9.747 (20$^\circ$); valence 3 or~5. In early times -bismuth was confused with tin and lead. Claude Geoffroy the -Younger showed it to be distinct from lead . . . - . . . . . . . -. . . High purity bismuth metal costs about \$4/lb. -\enddoublecolumns -|endTeXexample -\noindent -Here the column size is chosen to be slightly less than half of the -\cs{hsize} (0.47 times the \cs{hsize}) to allow some space (called the -``gutter'') between the two columns. The result is the -following:\reference{CRC} -\booktitle{Handbook of Chemistry and Physics}, 56th Edition, -(CRC Press, Cleveland, Ohio, 1974), pg. B-9 -\endreference -\medbreak - -% set up double column mode: -\SetDoubleColumns{0.47\hsize} - -\doublecolumns\tenpoint\baselineskip=12pt plus 1pt \relax -{\bf BISMUTH} (Ger.\ {\it Weisse Masse}, white mass; later {\it Wismuth} -and {\it Bisemutum}, Bi; at.~wt. 308.981; at.~no. 83; m.p. -271.3$^\circ$C; b.p. 1560 $\pm$ 5$^\circ$C; sp.~gr. 9.747 (20$^\circ$); -valence 3 or~5. In early times bismuth was confused with tin and lead. -Claude Geoffroy\index{Geoffroy, Claude} the Younger showed it to be -distinct from lead in 1753. It is a white, crystalline, brittle metal -with a pinkish tinge. It occurs native. The most important ores are -{\it bismuthinite} or {\it bismuth glance} (Bi$_2$S$_3$) and {\it -bismite} (Bi$_2$O$_3$). Peru, Japan, Mexico, Bolivia, and Canada are -major \idx{bismuth} producers. Much of the bismuth produced in the U.S. is -obtained as a by-product in refining lead, copper, tin, silver, and -gold ores. Bismuth is the most diamagnetic of all metals, and the -thermal conductivity is lower than any metal, except mercury. It has a -high electrical resistance, and has the highest \idx{Hall effect} of any -metal (i.e., greatest increase in electrical resistance when placed in -a magnetic field). ``Bismanol'' is a permanent magnet of high coercive -force, made of MnBi, by the U.S. Naval Ordnance Laboratory. Bismuth -expands 3.32\% on solidification. This property makes bismuth alloys -particularly suited to the making of sharp castings of objects subject -to damage by high temperatures. With other metals, such as tin, -\idx{cadmium}, etc., bismuth forms low-melting alloys which are extensively -used for safety devices used in \idx{fire detection} and extinguishing -systems. Bismuth is used in producing malleable irons and is finding use -as a catalyst for making acrylic fibers. When bismuth is heated in air -it burns with a blue flame forming yellow fumes of the oxide. The metal -is also used as a \idx{thermocouple} material (has highest negativity -known), and has found application as a carrier for U$^{235}$ or -U$^{238}$ fuel in \idx{atomic reactors}. Its soluble salts are -characterized by forming insoluble basic salts on the addition of water, -a property sometimes used in detection work. Bismuth oxychloride is -used extensively in cosmetics. Bismuth subnitrate and subcarbonate are -used in medicine. High purity bismuth metal costs about \$4/lb. -\enddoublecolumns - -\nobreak -\medskip - - The \cs{IEEE}, \cs{PhysRev}, and \cs{NorthHollandTwo} document formats -described in \Sect{fmts} also use these double column macros. - -\bigbreak - - Any document prepared for double column output using the macros just -described can also be printed in the simpler single column mode very -easily, simply by leaving out the \CS{SetDoubleColumns}. Without the -initialization provided by \CS{SetDoubleColumns} the \cs{doublecolumns} -and \cs{enddoublecolumns} commands do nothing (they are, in fact, the -same as saying \cs{relax}). However, if you restore the -\CS{SetDoubleColumns} command, or invoke one of the specialized document -styles which use double column output (like \cs{PhysRev}) they will come -back to life and perform as required. - -\bigbreak - - In double column mode displayed equations that fit within a -single column are typed within the usual |$$|\ttdots|$$|. If an equation -is too long then it may have to be printed across both columns. This is -easily done by saying \CS{longequation} before the |$$| which begins the -equation and \CS{endlongequation} after the |$$| which ends the -equation, like so:\index{double columns!long equations}% -\TeXexample -|smalltt\longequation -$$ -\psi_{nlm}(r,\theta,\phi) - = [({2Z \over n a_0})^3 {(n-l-1)! \over 2n(n+l)!} ]^{1 \over 2} - \, (\rho)^l \, e^{-\rho / 2} \, \, - L_{n-l-1}^{2l+1} (\rho) \,\, Y_l^m(\theta,\phi) -$$ -\endlongequation -|endTeXexample -\noindent -The command \CS{longequation} invokes \cs{enddoublecolumns} to end -double column mode and balance the partial double columns, and it will -also draw a ruled line across the bottom of the left column. After the -equation has been completed \CS{endlongequation} invokes -\cs{doublecolumns} to go back to double column mode, and it also draws a -rule across the top of the right column. - - The purpose of these ruled lines is to guide the reader's eye from the -incomplete left column to the right column above the equation, and to -the top of the incomplete right column from the left column below the -long equation. The default style of these rules is the same as is used -by {\sl Physical Review}. The rules are drawn by macros called -\CS{leftcolrule} and \CS{rightcolrule}, and these can be changed either -by you or by a style file. For -example, if you don't want these rules you can turn them off simply -by redefining these macros to be \cs{relax}: -\TeXexample - \def\leftcolrule{\relax} - \def\rightcolrule{\relax} -|endTeXexample -\noindent -As with the other double column macros, \CS{longequation} and -\CS{endlongequation} do nothing if they are invoked when double column -mode has not been initialized with \CS{SetDoubleColumns}, to make it -easy to print the document in single column mode. - - Keep in mind that when dealing with long equations which span both -columns, switching frequently between single and double columns will -almost certainly cause trouble in balancing the double columns. Also -note that each separate piece of double-column material forms its own -group, so any definitions made inside that group will be forgotten -outside it. To avoid this problem put all definitions at the beginning of the -paper, before double column mode is begun. Alternatively, make your -definitions global by using \cs{gdef} rather than \cs{def}. - -\bigbreak - - Figures, tables, or other floating insertions can be inserted -within a single column using the usual insertion commands of \TeX\ and -\TeXsis:\index{double columns!insertions} \cs{topinsert}, \cs{midinsert}, -\cs{pageinsert}, \cs{bottominsert}, or \cs{heavyinsert}, all of which -are terminated as usual by \cs{endinsert}. A \cs{midinsert} or -\cs{heavyinsert} will appear in the column where it is called for, -unless it won't fit, in which case it migrates to the next {\sl -column} (rather than all the way to the next page). You can force an -insertion into a particular column by placing {\sl within} the -insertion either \CS{forceleft} or \CS{forceright}. Since insertions -which have been forced into the left or right columns are handled -separately, an insertion which fails to fit on a page is moved to the -same column of the next page and not just to the next column. This means -that if there are several figures per page, then the figures can -easily appear in the wrong order. Also, a \cs{topinsert} which follows -a wide equation on a page will be placed after the equation, not at -the top of the page. Such problems can easily be corrected by moving -the insertion to a better place in the manuscript file. - - -Besides putting insertions in one column or the other, it is also -sometimes desirable to be able to put an insertion across the full width -of the page. These ``wide'' insertions can be made with ``wide'' -versions of some of the the insertions already mentioned: -\CS{widetopinsert}, \CS{widepageinsert} and \CS{widebottominsert} -(there is no such thing as |\widemidinsert| or |\wideheavyinsert|). These -wide insertions behave just like their more conventional counterparts -when in single column mode. - - The standard \TeXsis\ macros for table and figure insertions -described in \Sect{tbls} use \cs{topinsert} and cousins, and so make -insertions within a single column in double column format. -There are also macros to make two-column wide tables and figures: -\index{double columns!figures and tables}% -\description{Xwidetable}\clump -% -\itm{\CS{widetable}\arg{label\/}} -Insert a two-column wide table, with the tag \meta{label\/}, at the top of the -current page. -% -\itm{\CS{widefigure}\arg{label\/}} -Insert a two-column wide figure, with the tag \meta{label\/}, at the top of the -current page. -% -\itm{\CS{widetopfigure}\arg{label\/}} -A synonym for |\widefigure|. -% -\itm{\CS{widefulltable}\arg{label\/}} -Insert a two-column wide, full-page table, with the tag \meta{label\/}. -% -\itm{\CS{widefullfigure}\arg{label\/}} -Insert a two-column wide, full-page figure, with the tag \meta{label\/}. -% -\enddescription -\noindent -These also behave correctly in single column document formats. - -\bigbreak -%================ - -Here is a summary of the commands which can be used to set-up and -control double column mode: -\description{Xdoublecolumns\quad}\clump -% -\itm{\CS{SetDoubleColumns}\arg{c-width}} -Set up the double column format, using the current \cs{hsize} and -\cs{vsize} for the total size of the page and \meta{c-width} for the -column width. -% -\itm{\CS{doublecolumns}} -Begin double column mode. -% -\itm{\CS{newcolumn}} -Force a \idx{column break}, much like \cs{newpage} forces a page break. -% -\itm{\CS{enddoublecolumns}} -End double column mode, making balanced double columns, -% -\itm{\CS{longequation}} -Begins a ``long'' equation which cannot fit within one column -and therefore must stretch across both columns. This balances the -columns, putting a \CS{leftcolrule} below the left column, and then -enters single column mode. -% -\itm{\CS{endlongequation}} -Ends a long equation, returning to double column mode and -putting a \CS{rightcolrule} above the right column of the text following. -% -\enddescription - -%>>> EOF TXSdcol.doc <<< diff --git a/macros/texsis/dcol/TXSdcol.dvi b/macros/texsis/dcol/TXSdcol.dvi Binary files differdeleted file mode 100644 index f217a36995..0000000000 --- a/macros/texsis/dcol/TXSdcol.dvi +++ /dev/null diff --git a/macros/texsis/dcol/TXSdcol.ps b/macros/texsis/dcol/TXSdcol.ps deleted file mode 100644 index e3518e9c1f..0000000000 --- a/macros/texsis/dcol/TXSdcol.ps +++ /dev/null @@ -1,1463 +0,0 @@ -%!PS-Adobe-2.0 -%%Creator: dvipsk 5.66a Copyright 1986-97 Radical Eye Software (www.radicaleye.com) -%%Title: TXSdcol.dvi -%%Pages: 5 -%%PageOrder: Ascend -%%BoundingBox: 0 0 612 792 -%%EndComments -%DVIPSCommandLine: dvips TXSdcol.dvi -%DVIPSParameters: dpi=600, 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mode 100644 index 75627df2b9..0000000000 --- a/macros/texsis/dcol/TXSdcol.tex +++ /dev/null @@ -1,664 +0,0 @@ -%% file: TXSdcol.tex (TeXsis version 2.17) -% $Revision: 17.2 $ : $Date: 1997/07/07 17:07:16 $ : $Author: myers $ -%======================================================================* -% Double Column Output Routines: -% -% These macros let you create double column output, with balancing -% of partially filled columns, and with top, bottom, and footnote -% insertions in the columns or across the width of the page. -% -% To set up for double column output on a page of a given <width> and -% <height> and with columns of width <c-width> put the following at the -% beginning of your document: -% -% \hsize=<width> \vsize=<height> -% \SetDoubleColumns{<c-width>} -% -% Note that this re-defines TeX's \output routine. It does not actually -% put you in double column mode. To do that, say \doublecolumns. To -% switch back to single column output say \enddoublecolumns (or the -% synonym \singlecolumn). Partially filled columns will be balanced -% to the best of TeX's abilities. -% -% The usual insertions of TeX and TeXsis (\topinsert, \midinsert, -% \pageinsert, \heavyinsert and \bottominsert) put insertions into the -% current column. To force an insertion into a particular column, say -% \forceleft or \forceright INSIDE the insertion material. -% -% Wide insertions across the width of both columns can be made with -% \widetopinsert, \widepageinsert, or \widebottominsert. -% -% Long equations which need to span both columns should be enclosed -% between \longequation (before the first "$$") and \endlongequation -% (after trailing "$$"). Rules to guide the eye are put at the bottom -% of the left column above the equation and above the right column below -% the equation (as is done in Physical Review). You can change this. -% -% Footnotes created with \footnote or \vfootnote will be placed at the -% bottom of the current column. You can place a footnote across the -% bottom of both columns with \widefootnote or \widevfootnote. -% -% You can always force a skip to the next column with \newcolumn. -% To skip to a completely new page use \vfill\eject, as usual. -% -% In single column mode all of these macros either behave as their -% single-column counterparts or do nothing, as appropriate, so that -% your document comes out looking right in single column mode. -% -% WARNING! Formatting double column documents is inherently more -% difficult than regular typesetting. Here are some helpful hints: -% (1) Since double columns are narrow, the normal TeX spacing produces -% many overfull \hbox's. To avoid this, the interword skip \spaceskip is -% changed to \doublecolskip=.3333em plus .3333em minus .1em -% More uniform spacing can be obtained by changing \doublecolskip. -% (2) The value of \vbadness and \hbadness are doubled in double -% column mode, but you may want to increase them further to avoid -% complaints of overfull boxes. But don't increase these too much. -% (3) To balance columns it is essential to have some stretch in the -% column. Using \parskip=\smallskipamount helps, or try adding a little -% stretch to the \baselineskip with: \advance\baselineskip by 0pt plus 0.5pt -% -% This version of these macros is a complete re-write of the TeXsis -% double column macros previous to version 2.16. Some of the methods -% used here are adapted from The TeXBook, pg 417, and The TUGboat, Vol -% 6, pg 29. See the file TXSdcol.doc for further documentation. -% -% Dependencies: none -- this file can be used as it is with plain.tex, -% -% This file is a part ot TeXsis, a set of TeX macros for Physicists -% (C) copyright 1994 by Eric Myers and Frank Paige. -%======================================================================* -\message{- Double column format.} - -\catcode`@=11 % make @ a letter for this file - -\newdimen\colwidth % width of column -\newdimen\pagewidth % total width of page -\newdimen\pageheight % total height of page -\newdimen\rulewd \rulewd=.5pt % col. rule height -\newdimen\colmaxdepth \colmaxdepth=4pt % max. split depth - -\newdimen\@bigColHeight % height of both columns together -\newdimen\@saveSplitmax % to save \splitmaxdepth -\newdimen\@saveVsize % to save \vsize -\newskip\s@veskip % to save \spaceskip -\newskip\doublecolskip % new \spaceskip -\doublecolskip=.3333em plus .3333em minus .1em % with more stretch - -\newdimen\@leftpluscenter % how far to move over for rule - -\newbox\partialpage % save single column partial page here - -\newif\ifleftc@lumn % insert in left column? -\newif\if@wid % flag: this is a wide insert -\newif\if@bot % flag: this is a bottom insert - -\def\@LET{\global\let} % we'll use this a lot - -%--------------------------------------------------* -% Until you say \SetDoubleColumns, the instructions \doublecolumns, -% \enddoublecolumns, \leftcolrule and \rightcolrule and so on are -% simply \relax. This is so you can put these in a document which -% uses double columns, but then print it with one of the single -% column formats without them getting in the way, or vice versa. -% - -\colwidth=\hsize % default column width is \hsize - -\def\doublecolumns{\relax} \def\enddoublecolumns{\relax} -\def\leftcolrule{\relax} \def\rightcolrule{\relax} -\def\longequation{\relax} \def\endlongequation{\relax} -\def\wideequation{\relax} \def\endwideequation{\relax} -\def\newcolumn{\relax} \def\widetopinsert{\topinsert} -\def\widepageinsert{\pageinsert}\def\widebottominsert{\bottominsert} -\let\widefootnote=\footnote \let\widevfootnote=\vfootnote - -% Save Plain definitions of inserts so we can restore them later - -\let\@plaintopinsert=\topinsert \let\@plainmidinsert=\midinsert -\let\@plainbottominsert=\bottominsert\let\@plainheavyinsert=\heavyinsert -\let\@plainpageinsert=\pageinsert\let\@plainendinsert=\endinsert -\let\@plainvfootnote=\vfootnote \let\@plainfootnote=\footnote - - -% \SetDoubleColumns<column-width> sets things up for double column mode -% with columns of the given width, using the current settings for \vsize -% and \hsize. - -\def\SetDoubleColumns#1{% set up double column mode - \global\colwidth=#1\relax % column width - \pagewidth=\hsize \pageheight=\vsize % page sizes - \@bigColHeight=\vsize % total height = \vsize - \multiply \@bigColHeight by 2 % times 2 - \@leftpluscenter=\pagewidth % \@leftpluscenter = size - \advance \@leftpluscenter by -\colwidth % to right column - \dimen\NWins=\pageheight \dimen\NEins=\pageheight % maximum top insert size - \dimen\SWins=\pageheight \dimen\SEins=\pageheight % max bottom insert - \output={\@nepageout{\pagecontents}}% % new \output, single columns - \let\doublecolumns=\@doublecolumns % enable \doublecolumns - \let\rightcolrule=\@rightcolrule % enable rule - \let\leftcolrule=\@leftcolrule % - \let\longequation=\@longequation % enable wide eqns. - \let\wideEquation=\@longequation % -} - -% \setdoublecolumns<page-width><page-height><column-width> is included -% for backward compatability with TeXsis 2.15 and earlier. - -\def\setdoublecolumns#1#2#3{% - \emsg{> Please use \string\SetDoubleColumns\ instead}% - \global\hsize=#1\global\vsize=#2\relax - \SetDoubleColumns{#3}} - - -% \@doublecolumns starts double column output. It redefines \endinsert -% to handle double column insertions and \widetopinsert and \widepageinsert -% to do them. The inserts are made global so that they get to \output -% from inside groups. - -\def\@doublecolumns{% begin double column formatting - \begingroup % keep changes local - \def\enddoublecolumns{\@enddoublecolumns}% % enable \enddoublecolumns - \def\doublecolumns{\relax}% % in case twice - \def\endmode{\@enddoublecolumns}% % implicit end, if needed - \let\newcolumn=\@newcolumn % -% - \output={\global\setbox\partialpage=\vbox{% % save page so far, - \ifvoid\topins\else\unvbox\topins % including top inserts - \bigskip\fi % with some space between - \unvbox255 % main page - }}\eject % in \partialpage - \output={\@doublecolumnout}% % set to 2 column output -% - \@saveVsize=\vsize % save old \vsize - \hsize=\colwidth \vsize=\@bigColHeight % set width to column width, - \advance\vsize by -2\ht\partialpage % height to 2*page minus - \advance\vsize by -2\dp\partialpage % what's already there - \global\s@veskip=\spaceskip % save old interword glue - \global\spaceskip=\doublecolskip % stretch for small cols. - \global\displaywidth=\colwidth % equations have \colwidth - \global\hyphenpenalty=0 % hyphens are OK - \multiply\vbadness by 2 \multiply\hbadness by 2 % be more tolerant - \clubpenalty=150 % club line penalty - \widowpenalty=150 % widow line penalty -% Set macros to their double column dopplegangers - \@LET\topinsert=\@doubletopinsert - \@LET\bottominsert=\@doublebottominsert - \@LET\pageinsert=\@doublefullinsert - \@LET\midinsert=\@doublemidinsert - \@LET\heavyinsert=\@doubleheavyinsert - \@LET\endinsert=\@enddoubleinsert - \@LET\widetopinsert=\@widetopinsert - \@LET\widepageinsert=\@widepageinsert - \@LET\widebottominsert=\@widebottominsert - \@LET\vfootnote=\@doubleVfootnote % \footnote uses this one - \@LET\widefootnote=\@widefootnote - \@LET\widevfootnote=\@wideVfootnote -} - - -% \@enddoublecolumns ends double column output and balances the columns. -% This also allows for double width equations. The grouping insures that -% \endinsert is reset to the Plain version. - -\def\@enddoublecolumns{% end double column mode, go back to single column - \global\output={\@balancecolumns}\eject % balance & output so far - \global\output={\@nepageout{\pagecontents}}% % back to single column output - \global\vsize=\@saveVsize % reset vsize - \endgroup % end 2 col. group - \pagegoal=\vsize % reset overall goal size - \spaceskip=\s@veskip % reset interword glue... - \hyphenpenalty=50 \displaywidth=\hsize - \def\endmode{\relax}% % reset \endmode -% Reset macros to single column version: - \@LET\topinsert=\@plaintopinsert - \@LET\midinsert=\@plainmidinsert - \@LET\pageinsert=\@plainpageinsert - \@LET\endinsert=\@plainendinsert - \@LET\bottominsert=\@bottominsert - \@LET\heavyinsert=\@heavyinsert - \@LET\vfootnote=\@plainvfootnote - \@LET\widetopinsert=\@plaintopinsert - \@LET\widepageinsert=\@plainpageinsert - \@LET\widefootnote=\@plainfootnote - \@LET\widebottominsert=\@plainbottominsert - \@LET\widevfootnote=\@plainvfootnote -}% end of \@enddoublecolumns - -\def\begindoublecolumns{\doublecolumns} % synonym -\def\singlecolumn{\enddoublecolumns} % synonym - - -% How to skip to a new column. If we are in the left column, fill it -% up to force a skip to the right. If in the right column, skip to the -% next page. - -\def\@newcolumn{% skip to next column, left or right - \vskip\z@ % force vertical mode - \ifdim\pagetotal<\pageheight % left column? - \dimen@=\pageheight \advance\dimen@ by -\pagetotal % room left in left - \vskip\dimen@\goodbreak % fill up to end of left col - \else \vfill\eject \fi} % else skip to next page - -%--------------------------------------------------* -% FLOATING INSERTIONS: - -% Since there can now be insertions at the top and bottom of both -% the left and right columns, they will be labeled by compass points. - -\newinsert\NWins \skip\NWins=0pt \newinsert\SWins \skip\SWins=0pt -\newinsert\NEins \skip\NEins=0pt \newinsert\SEins \skip\SEins=0pt - - -% There are also insertions for footnotes at the bottom of either column - -\newinsert\LFins \count\LFins=1000 \dimen\LFins=5cm \skip\LFins=\bigskipamount -\newinsert\RFins \count\RFins=1000 \dimen\RFins=5cm \skip\RFins=\bigskipamount - - -% \@enddoubleinsert is a modified version of \endinsert which -% decides whether to put an insertion in the left or the right column. -% \endinsert is let equal this in \doublecolumns mode. - -\def\@enddoubleinsert{% end an \insert in double column mode - \egroup % finish the \vbox\z@ -% -% Decide whether in left or right column: -% - \ifdim\pagetotal<\pageheight\leftc@lumntrue % left if page total < 1 col - \else \leftc@lumnfalse\fi % right otherwise - \ifx L\LRf@rce \leftc@lumntrue \fi % or forced left - \ifx R\LRf@rce \leftc@lumnfalse \fi % or forced right -% -% If midinsert requested, decide whether there is room... -% - \if@mid % midinsert selected - \dimen@=\ht\z@ \advance\dimen@ by \dp\z@ % dimen0 = height + depth - \advance\dimen@ by \baselineskip % + baselineskip - \advance\dimen@ by \pagetotal % + page total - \ifleftc@lumn % if in left column - \ifdim\dimen@>\pageheight % \pageheight = 1 col height - \@midfalse\p@gefalse\fi % top insert - \else % in right column - \ifdim\dimen@>\@bigColHeight % \@bigColHeight = 2 col height - \@midfalse\p@gefalse\fi\fi % top insert - \fi % end if@mid -% -% If room for midinsert, do it; otherwise make insert in same column. -% - \if@mid \bigskip\box\z@\bigbreak % fits: just do it - \else % otherwise: where to put it? - \if@wid % wide insert - \if@bot\let\@whichins=\botins % bottom? - \else\let\@whichins=\topins\fi % or top? - \else % not wide, so... - \if@bot % bottom? - \ifleftc@lumn\let\@whichins=\SWins % bottom left is SW - \else \let\@whichins=\SEins\fi % bottom right is SE - \else % top? - \ifleftc@lumn\let\@whichins=\NWins % top left is NW - \else \let\@whichins=\NEins\fi % top right is NE - \fi % - \fi % end of \if@wid - \C@lumnInsert\@whichins % do the insertion - \fi % end \if@mid - \endgroup % end the insertion group - \global\let\LRf@rce=X % reset forcing flag -} - - -% \C@lumnInsert{<insert#>} makes an appropriate insertion of the -% material into the named insert. It also inserts a \bigskip after or -% before the inserted box, just like the Plain \endinsert. Note that -% all the skips for these inserts are 0pt. - -\def\C@lumnInsert#1{% make an insertion into insertion #1 - \if@wid\count#1=2000\relax % wide inserts count x 2 - \else\count#1=1000\fi % otherwise x 1 - \insert#1{% % make the insertion - \penalty100 \splitmaxdepth=\maxdimen % -%% \topskip=\z@skip \splittopskip=\z@skip % - \floatingpenalty=\z@ % no penalty for floating - \if@wid\hsize=\pagewidth\fi % full width - \ifp@ge \dimen@=\dp\z@ % dimen0 = depth - \vbox to\pageheight{\unvbox\z@ \kern-\dimen@}% full page = \pageheight - \else % not full page - \ifx#1\botins\bigskip\fi % skip before bottom insert - \ifx#1\SWins\bigskip\fi % skip before bottom insert - \ifx#1\SEins\bigskip\fi % skip before bottom insert - \box\z@\nobreak % now add box0 - \ifx#1\topins\bigskip\fi % space below top insert - \ifx#1\NWins\bigskip\fi % space below top insert - \ifx#1\NEins\bigskip\fi % space below top insert - \fi % end of \ifp@ge - }% % end of insert -} - - -% \wideXXXinsert make floating insertions across both columns. They -% use the same insert as the normal (single column) insert of the same -% name because it goes in the same place. - -\def\@widetopinsert{% make a full width (wide) insertion at top of page - \@midfalse\p@gefalse\@widtrue\@botfalse - \@ins \hsize=\pagewidth} - -\def\@widepageinsert{% full width, full length (i.e. full page) insertion - \@midfalse\p@getrue\@widtrue\@botfalse % wide page insert - \@ins \hsize=\pagewidth} - -\def\@widebottominsert{% full width insertion at bottom of page - \@midfalse\p@gefalse\@widtrue\@bottrue % wide page insert - \@ins \hsize=\pagewidth} - - -% \@doubleXXXinsert is like \XXXinsert in Plain but also sets -% \@widfalse to prevent wide inserts. - -\def\@doubletopinsert{\@midfalse\p@gefalse\@botfalse\@widfalse\@ins} -\def\@doublemidinsert{\@midtrue\@botfalse\@widfalse\@ins} -\def\@doublefullinsert{\@midfalse\p@getrue\@botfalse\@widfalse\@ins} -\def\@doublebottominsert{\@midfalse\p@gefalse\@bottrue\@widfalse\@ins} -\def\@doubleheavyinsert{\@midtrue\p@gefalse\@bottrue\@widfalse\@ins} - - - -% \forceleft and \forceright force left and right insertions independent -% of the current column position. - -\def\forceleft{\global\let\LRf@rce=L} % force left insert -\def\forceright{\global\let\LRf@rce=R} % force right insert - -\let\LRf@rce=X % default is no force - -%--------------------------------------------------* -% FOOTNOTES: wide footnotes go across the bottom of both columns, -% while the others just go in the left or right column. The names -% begin with @ because these are only enabled in double column mode. - -\def\@widefootnote#1{% footnote across a double column page - \let\@sf=\empty % parameter #2 (the text) is read later - \ifhmode\edef\@sf{\spacefactor\the\spacefactor}\/\fi - #1\@sf\@wideVfootnote{#1}} - -\def\@wideVfootnote#1{\insert\footins\bgroup - \hsize=\pagewidth % as wide as a page - \interlinepenalty=\interfootnotelinepenalty - \splittopskip=\ht\strutbox % top baseline for broken footnotes - \splitmaxdepth=\dp\strutbox \floatingpenalty=\@MM - \leftskip=\z@skip \rightskip=\z@skip \spaceskip=\z@skip \xspaceskip=\z@skip - \textindent{#1}\footstrut\futurelet\next\fo@t} - -\def\@doubleVfootnote#1{% double column footnote in left or right column - \ifdim\pagetotal<\pageheight\relax % - \def\next{\@dblVfootnote\LFins{#1}}% - \else\def\next{\@dblVfootnote\RFins{#1}}% - \fi\next} - -\def\@dblVfootnote#1#2{% footnote insert in whichever column named by #1 - \insert#1\bgroup % begin insert - \interlinepenalty\interfootnotelinepenalty % - \splittopskip=\ht\strutbox % top baseline for broken footnotes - \splitmaxdepth=\dp\strutbox \floatingpenalty\@MM % - \leftskip=\z@skip \rightskip=\z@skip % - \spaceskip=\z@skip \xspaceskip=\z@skip % - \textindent{#2}\footstrut\futurelet\next\fo@t} - -% -%--------------------------------------------------* -% OUTPUT ROUTINES for double columns: - - -% \@nepageout ships out a single page with running headlines -% and footlines added. Can be used with single or double columns, -% depending on what you put as the argument. - -\def\@nepageout#1{% % output one page - \shipout\vbox{% % output a box - \offinterlineskip % no interline spacing! - \wideheadline % make wide headline - \vbox to \pageheight{\boxmaxdepth=\maxdepth % - #1\relax}% % box containing #1 - \widefootline}% % make wide footline - \advancepageno}% % increment page number - - -% The following are like \makeheadline and \makefootline in Plain -% except that they use \hbox to\pagewidth instead of \line. - -\def\wideheadline{% \makeheadline for double column mode - \vbox to\z@{\vskip-22.5\p@ % skip up some - \ifx\undefined\headlineoffset\else\vskip-\headlineoffset\fi - \hbox to \pagewidth{\vbox to 8.5\p@{}\the\headline}% content in \headline - \vss}% - \nointerlineskip}% - -\def\widefootline{% \makefootline for double column mode - \baselineskip=24\p@ % space down - \ifx\undefined\footlineoffset\else\vskip\footlineoffset\fi - \hbox to \pagewidth{\the\footline}}% % content in \footline - - -% \@doublecolumnout splits the page into two columns, including any -% insertions which have accumulated. - -\def\@doublecolumnout{% output routine for double column mode -% -% get height of columns in \dimen@ -% - \dimen@=\pageheight % start with total space - \advance\dimen@ by -\ht\partialpage % subtract used height - \advance\dimen@ by -\dp\partialpage % ... and deptn - \ifvoid\topins\else % subtract top inserts - \advance\dimen@ by -\ht\topins % - \advance\dimen@ by -\dp\topins % - \advance\dimen@ by -\bigskipamount % including skip - \advance\dimen@ by -\splittopskip\fi % and extra at top of cols. - \ifvoid\botins\else % subtract any bottom inserts - \advance\dimen@ by -\ht\botins % - \advance\dimen@ by -\dp\botins % - \advance\dimen@ by -\bigskipamount\fi % including skip - \ifvoid\footins\else % subtract full width footnotes - \advance\dimen@ by -\ht\footins % - \advance\dimen@ by -\dp\footins % - \advance\dimen@ by -\skip\footins\fi % including skip - \@saveSplitmax=\splitmaxdepth \splitmaxdepth=\colmaxdepth - \splittopskip=\topskip -% -% construct left and right columns, with inserts inserted, and force -% them to the desired size \dimen@ -% - \ifdim\dimen@>\baselineskip % if room for at least 1 line - \MakeColumn{1}{255}{\dimen@}{\NWins}{\LFins}{\SWins}% - \MakeColumn{2}{255}{\dimen@}{\NEins}{\RFins}{\SEins}% - \setbox1=\vbox to \dimen@{\unvbox1}% % reset to same size - \setbox2=\vbox to \dimen@{\unvbox2}% % reset to same size - \else % ... else no room - \setbox1=\vbox{}\setbox2=\vbox{}% % so just empty columns - \fi % end if room for columns -% - \@nepageout{\@pagesofar\@pagebottom}% % ship out double column page - \global\vsize=\@bigColHeight % - \unvbox255 \penalty\outputpenalty % put remaining text back - \splitmaxdepth=\@saveSplitmax} % reset \splitmaxdepth - - -% \MakeColumn{outbox}{inbox}{size}{topinsert}{footinsert}{bottominsert} -% creates a column of text of the given length, with the topinsert added -% at the top, and the footnote and bottominsert added at the bottom -% of the column (in that order). The result is put in outbox, while -% what is left over remains in inbox. - -\def\MakeColumn#1#2#3#4#5#6{% make a column with top and bottom inserts -% -% start the column with the topinsert (#4) and the main text (#2) -% - \setbox3=\vbox{\ifvoid#4\else\unvbox#4\vskip\skip#4\fi \unvbox#2}% -% -% also collect column footnotes (#5) and bottom inserts (#6) -% - - \setbox4=\vbox{\ifvoid#5\else\vskip\skip#5\footnoterule\unvbox#5\fi% - \ifvoid#6\else\vskip\skip#6\unvbox#6\fi}% -% -% split off just right amount from top stuff to make output column -% - \dimen@ii=#3\relax - \advance\dimen@ii by -\ht4 \advance\dimen@ii by -\dp4\relax - \setbox#1=\vsplit3 to \dimen@ii -% -% put the top and bottom together; put remainder from split back in input -% - \setbox#1=\vbox{\unvbox#1\unvbox4}% - \setbox#2=\vbox{\unvbox3}% -} - - -% \@pagesofar adds double column material to the page. The left column -% is in box 1, and the right column is in box 2 - -\def\@pagesofar{% add stuff to top of page collected so far - \ifvoid\topins\else\unvbox\topins % wide top inserts, if any? - \vskip\skip\topins\fi % some space below them - \unvbox\partialpage % partial page from past? - \wd1=\hsize \wd2=\hsize % set column sizes - \hbox to \pagewidth{\box1\hfill\box2}}% % combine 2 column boxes - - -% \@pagebottom puts the (wide) bottom and footnote inserts in place, -% if there are any. - -\def\@pagebottom{% add inserts to bottom of a page - \ifvoid\botins\else\bigskip\unvbox\botins\fi % wide bottom inserts, if any - \ifvoid\footins\else % wide footnotes, if any - \vskip\skip\footins\footnoterule % skip and rule above them - \unvbox\footins\fi} % then the footnotes - - -% \@balancecolumns is the output routine for balancing 2 columns. -% (Based loosely on \balancecolumns from The TeXbook, pg 417) - -\def\@balancecolumns{% balance partial double columns page -% -% get target column height from sum of text and all inserts -% - \setbox255=\vbox{\unvbox255}% reset glue - \dimen@=\ht255 \advance\dimen@ by \dp255 % main text - \@addsize\dimen@\NWins \@addsize\dimen@\NEins % top inserts - \@addsize\dimen@\LFins \@addsize\dimen@\RFins % column footnotes - \@addsize\dimen@\SWins \@addsize\dimen@\SEins % bottom inserts - \divide \dimen@ by 2 % and divide by 2 - \@saveSplitmax=\splitmaxdepth % - \splitmaxdepth=\colmaxdepth % - \splittopskip=\topskip % top skip for splits -% -% Loop over possible splits of text into left and right columns. -% Always use copies of boxes to avoid destroying contents. -% - \advance\dimen@ by -.5\baselineskip % and a smidgeon LESS - {\vbadness=20000 \loop % suppress errors - \setbox0=\copy255 % - \setbox5=\copy\NWins \setbox6=\copy\LFins\setbox7=\copy\SWins - \setbox8=\copy\NEins \setbox9=\copy\RFins \setbox10=\copy\SEins - \MakeColumn{1}{0}{\dimen@}{5}{6}{7}% % first column fixed height - \MakeColumn{2}{0}{\pageheight}{8}{9}{10}% % second big enuf for all - \ifdim\ht2>\ht1 - \global\advance\dimen@ by 1pt - \repeat}% % increment and try again -% -% End loop over possible splits. -% - \MakeColumn{1}{255}{\dimen@}{\NWins}{\LFins}{\SWins}% - \MakeColumn{2}{255}{\pageheight}{\NEins}{\RFins}{\SEins}% - \dimen@=\ht1 \ifdim\ht2>\ht1 \dimen@=\ht2 \fi % larger of two - \setbox1=\vbox to \dimen@{\unvbox1}% % reset to same size - \setbox2=\vbox to \dimen@{\unvbox2}% % reset to same size - \splitmaxdepth=\@saveSplitmax % restore \splitmaxdepth - \output={\@balancingerror}% % prepare for error - \@pagesofar} % put columns on page - - -\def\@addsize#1#2{% add size of box/insert #2 to counter #1 - \ifvoid#2\else\advance#1 by \skip#2\relax % unless void, add skip, - \advance#1 by \ht#2 \advance#1 by \dp#2\relax % and height and depth - \fi} - - -% If the balanced columns fill the page then \output will be called -% again, and this error message will be displayed. - -\newhelp\@balncErrormsg{% -@balancecolumns: I couldn't figure out how to balance the^^M -two columns. Maybe you can re-arange some text to make ^^M -the job easier. Try typing i\string\vfill to see the page anyway.} - -\def\@balancingerror{% error, columns not balanced before page finished - \newlinechar=`\^^M % ^^M is line break - \errhelp=\@balncErrormsg % longer help message - \errmessage{Page cannot be balanced}% % error message - \@nepageout{\unvbox255}}% % do something anyway - - -%--------------------------------------------------* -% \@leftcolrule and \@rightcolrule put rules across left and right -% columns for spanned equations - -\def\@leftcolrule{% Rule across bottom of left column - \vskip 2pt\nointerlineskip % some whitespace first - \hbox to \pagewidth{% % left column - \vbox to 6pt{\vfil \hrule width\colwidth height\rulewd}% - \hbox{\vrule height 6pt width\rulewd}\hfill}% - \smallskip\nobreak} - -\def\@rightcolrule{% rule across top of a right column after balancing - \vskip\baselineskip\nointerlineskip - \hbox to \pagewidth{\hfill % stretch across to right column - \hbox{\vrule height 6pt width\rulewd}% - \vbox to 6pt{\hrule width\colwidth height\rulewd \vfil}}% - \vskip 2pt} - -\def\@longequation{% - \enddoublecolumns % balance what we have - \@leftcolrule % rule below to separage - \def\endlongequation{\@endlongequation}} % enable - -\def\@endlongequation{% - \@rightcolrule % with the rule at top of right column - \doublecolumns} % then back to double column mode - - - -\def\longequation{\relax} % default for single column -\def\endlongequation{\relax} % does nothing - -%------------------------* -% Plain.tex compatibility: -% If these macros are called from plain TeX \botins won't be defined, so -% just fake it. - -\ifx\undefined\botins \let\botins=\topins \fi - -% These definitions are copied from TXSinit.tex so that TXSdcol.tex -% can be used with Plain and bottom inserts in columns will work. The -% \if@bot is just ignored by the Plain \endinsert. - -\def\topinsert{\@midfalse\p@gefalse\@botfalse\@ins} -\def\midinsert{\@midtrue\p@gefalse\@botfalse\@ins} -\def\pageinsert{\@midfalse\p@getrue\@botfalse\@ins} -\def\bottominsert{\@midfalse\p@gefalse\@bottrue\@ins} -\def\heavyinsert{\@midtrue\p@gefalse\@bottrue\@ins} - -\def\pagecontents{% constructs page contents, including bottom inserts - \ifvoid\topins\else\unvbox\topins % top inserts, if any - \vskip\skip\topins\fi % and some space below - \dimen@=\dp\@cclv \unvbox\@cclv % main page contents from \box255 - \ifvoid\botins\else\bigskip % bottom inserts? space above - \unvbox\botins\fi % and then insert the text - \ifvoid\footins\else % footnote inserts, if present - \vskip\skip\footins % skip above - \footnoterule % put the rule above footnotes - \unvbox\footins\fi % then the footnotes - \ifr@ggedbottom \kern-\dimen@ \vfil \fi} - -\catcode`@=12 % @ back to a letter -% >>> EOF TXSdcol.tex <<< |