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C00001 00001
C00002 00002	\input dochdr
C00008 00003	    Instructions for reproducing ''The PASCAL coded  version of TEX``
C00011 ENDMK
C⊗;
\input dochdr
\titlepage
\null\vskip-46pt
\hbox to size{\:q Computer Science Department\hfill August 1981}
\hbox to size{\:q Stanford University\hfill Revision}
\vskip .25in
\vfill
\ctrline {\:q The PASCAL coded version of \TEX}
\vskip .25in
\vfill

This information is supplied to organizations wishing to
obtain the TAU EPSILON CHI book-quality technical-text editing system
for installation on their computer.

The source code, as herein documented, may be obtained in machine readable
form either on magnetic tape or directly by file transfer via the ARPAnet.

This document describes the main operating module, \TEX.  Two additional
modules are required for the complete system, a system-dependent module
called SYSDEP and a TEXPRE module that is used to generate an auxiliary
file of preloaded tables.

TAU EPSILON CHI or \TEX\ was designed by Donald E. Knuth, who initially
programmed it in SAIL.  This PASCAL version of \TEX\ was implemented by
Ignacio A. Zabala within the \TEX\ project, managed by Luis Trabb-Pardo.

\vfill
\eject

\titlepage
\null\vskip-46pt
\hbox to size{\:q Computer Science Department\hfill August 1981}
\hbox to size{\:q Stanford University\hfill Revision}
\vskip .25in
\vfill
\ctrline {\:q The PASCAL coded version of \TEX}
\vskip .25in
\vfill

This information is supplied to organizations wishing to
obtain the TAU EPSILON CHI book-quality technical-text editing system
for installation on their computer.

The source code, as herein documented, may be obtained in machine readable
form either on magnetic tape or directly by file transfer via the ARPAnet.

This document describes the TEXPRE module that is used to generate an
auxiliary file of preloaded tables.  Two additional modules are required
for the complete system, a system-dependent module called SYSDEP and the
main operating module called \TEX.

TAU EPSILON CHI or \TEX\ was designed by Donald E. Knuth, who initially
programmed it in SAIL.  This PASCAL version of \TEX\ was implemented by
Ignacio A. Zabala within the \TEX\ project, managed by Luis Trabb-Pardo.

\vfill
\eject

\titlepage
\null\vskip-46pt
\hbox to size{\:q Computer Science Department\hfill August 1981}
\hbox to size{\:q Stanford University\hfill Revision}
\vskip .25in
\vfill
\ctrline {\:q The PASCAL coded version of \TEX}
\vskip .25in
\vfill

This information is supplied to organizations wishing to
obtain the TAU EPSILON CHI book-quality technical-text editing system
for installation on their computer.

The source code, as herein documented, may be obtained in machine readable
form either on magnetic tape or directly by file transfer via the ARPAnet.

This document describes the system-dependent module called SYSDEP.  Two
additional modules are required for the complete system, the main
operating module called \TEX\ and a TEXPRE module that is used to generate
an auxiliary file of preloaded tables.

TAU EPSILON CHI or \TEX\ was designed by Donald E. Knuth, who initially
programmed it in SAIL.  This PASCAL version of \TEX\ was implemented by
Ignacio A. Zabala within the \TEX\ project, managed by Luis Trabb-Pardo.

\vfill
\eject\end
    Instructions for reproducing ''The PASCAL coded  version of TEX``

Pages are to be reproduced four to a sheet with two, side-by-side, pages
on each face of the sheet.  To facilitate binding (along one broad edge),
the top and botton margins must be allowed-for differently on the two
sides of the sheet.  The pages are to be reproduced at approximately their
initial size.

Page numbered (0,1),(4,5),(8,9),(12,13),(16,17) etc. are to have a 1/2
inch margin (for binding) at the top of the sheet while page numbered
(2,3),(6,7),(10,11),(14,15),(18,19) etc. are to have the 1/2 inch margin
at the bottom of the sheet.  The pages on the two sides of the sheet are,
of course, to be reversed top-to-bottom so that they may be read easily
when bound along the larger-margin edge.

The following table summerizes this information:

      1/2 inch at top	    1/2 inch at bottom
	0	1		2	3
	4	5		6	7
	8	9		10	11
	12	13		14	15
	16	17		18	19
	20	21		22	23
	..	..		..	..
	80	81		82	83
	84	85		86	87
	88	89		90	91
	..	..		..	..
	300	301		302	303
	304	305		306	307
	...	...		...	...