This manual shows how to make use of the facility Maple has to export worksheets to latex and html in creating papers, manuals, classnotes,  etc.

Maple worksheets have been exportable to latex  since there such things, and we, along with many other researchers have used Maple to produce eps diagrams and tex source files for  papers.   We have used Perl scripts to massage the tex output from Maple to produce classnotes, manuals, and textbooks.  For example,  the pdf  and ps files in the following places were produced  by this method.

Latextools is still in development.  Suggestions and comments should be sent to carl@ms.uky.edu

We assume you are working on a Windows 2000 or XP machine which  has access  to Maple  9.01 or 9.5, MiKteX 2.4 and Gsview4.5.   Most of the Math Sciences machines at UK are in this category.     

You can equip your home machine with these tools with little effort.   

You are ready to latex files with the latextools method.   It would be nice to have a Latex 2e manual handy, if you want to put in much raw latex into the worksheet.   I use  a manual by Kopka and Baly \cite{kopka}      The MiKteX installation has good online help.  Also there are plenty of other nice links.  Here is one

Using the Classic Worksheet Interface , open up a Maple worksheet and type in some stuff:  text, input, and output.  

Save the worksheet to the directory with the name, say  sample.   Save it as a classic (.mws) worksheet.  

Export the worksheet to Latex.  This is done from the file menu.  Accept the file name suggested (sample.tex) and the suggested location (c://mystuff)

Now type dvips sample and press enter.  You will see some processing.  At the end a postscript file sample.ps will have been created.

Now open up Gsview45 and look at the file.  If you want to make changes, go back to the source worksheet, make the changes and resave and reexport.  Then go to the command window and latex and dvips the file again.   Look at the file again with Gsview.  Repeat as necessary.

That's it.

The procedure outlined above has  defects.   Any changes in the documentstyle or preamble must be made by hand in the tex file that is exported from Maple.    When you do this, the source document is not the Maple worksheet anymore, because if we reexport the worksheet to latex, the old tex file is written over, and any changes made by hand are lost.   The package latextools  is written to allow you to keep the worksheet as the source document.    

>	latextoolshelp();

latextools version 5/1/2004: A package to process maple export to latex and/or html.

To process a single worksheet, you can use latexit. See latexit(Help=yes) for help.

To combine several worksheets with a rootfile, use rootwork.  See rootwork(Help=yes) for help.

To process a WHS homework prepared with MCtools[tagit] (Nov 10 2003 or later), regenerate the

tagit homework with  LATEX_:=yes, then export to latex, then process it with latexit using the

option WHSprobs=yes.

The package also contains words to process the html export from Maple.

Export to html, then use

htmlit("worksheet","path") to process. See htmlit(Help=yes) for help.

To create an html root, use

htmlrootwork("rootname","path",Files=["file1","file2",...]); See htmlrootwork(Help=yes) for help.

The package also contains three words, mwsit, unmwsit and mwsrootwork, which

manage the bookmarks of a group of one or more worksheets.

See mwsit(Help=yes) and mwsrootwork(Help=yes) for help.

>

If your worksheet does not have any raw latex in it, and consists only of Maple commands, output and text, you can simply export the worksheet to latex (say it is sample.tex in c:/tmp, then execute the command  latexit("sample","c:/tmp").  A file samplewhs.ps will be generated in c:/tmp which you can view and print with ghostview.    Otherwise, you can follow the procedure below.

 1.  Prepare your document in a worksheet.    

3.  You can use Maple to generate diagrams and typeset mathematics for your document.  These are handled automatically.   

4.  You can also use ordinary latex to typeset math that Maple cannot handle.  There are two ways to do this.  

5.  Save the worksheet to your work directory  c:/mystuff.  We will assume the name you give it is mysheet.mws.  Then export the worksheet to latex in this directory.

6.  In the management worksheet,  type the input  below and press enter.  

>	latexit("mysheet","c://mystuff");

>

The first argument is the name of the worksheet you are processing.  The second argument is the location of the tex file  mysheet.tex

What happens is that the file mysheet.tex is opened and written to a new file mysheetwhs.tex   (in c://mystuff) after some changes are made.  Also any eps graphics files mysheet*.eps are recolorized and the default border is removed. Then the file mysheetwhs.tex is latexed to produce a dvi file mysheetwhs.dvi.  Then the file mysheetwhs.dvi is dvips'ed to produce a file mysheet.ps  

At that point you can open Gsview4.5 and view the postcript file mysheetwhs.ps.  If it satisfactory, you can convert it to a pdf file using the convert menu in Gsview4.5.  Otherwise, you can make needed changes to the source worksheet  mysheet.mws and go through the process again until perfection is obtained.

That's it.

 Here is a piece of a test from 1988 made up in latex.  I have just pasted it into a textcell.  There was a picture missing, so I generated the picture with Maple.  I also added a problem which I created in place with Maple. The code has been block off with OMIT and TIMO.  The test has been enclosed  with the pair LATEX and XETAL.   Note.   In order that latexit work correctly, it helps to put the tags OMIT, TIMO, LATEX, and XETAL just after the beginning of a group range.  These can be created in a text cell by putting the cursor where you want to break off a section and pressing the F3 key.   Join groups with the F4 key.  (See the Edit Menu).

First with *'s replacing the underscore's to disable the tags.

*OMIT

>	f := unapply(piecewise( x<-1,1,x<5,-1,1 ),x);

>	pl1:=plot({int(f(x),x)},x=-2..6,discont=true,thickness=3):

>	pl2:=plot(int((x+1)*(x-5),x),x=-2..6,thickness=3):

>	plots[display](matrix([[pl1,pl2]]));

>

*TIMO

*LATEX

\begin{enumerate}

\item
If $y=u^2 - 5u + 2$, and $u=8 + 1/x$, then the derivative $\Frac{dy}{dx}$
at $x=2$ is

\vspace{.5in}

\item
If $f(x)=\sqrt{3x^4 - 11}$, then $f'(x)=$

\vspace{.5in}
\item
Suppose a function $y=f(x)$ has both of the following properties:
(1) $f'(x) > 0$ when $x > 5$ and when $x < -1$, (2) $f'(x) < 0$
when $-1 < x < 5$. Which of the graphs could
be the graph of the function?



\end{enumerate}
*XETAL

Next with the tags activated.

_LATEX

\begin{enumerate}

\item
If $y=u^2 - 5u + 2$, and $u=8 + 1/x$, then the derivative $\Frac{dy}{dx}$
at $x=2$ is

\vspace{.5in}

\item
If $f(x)=\sqrt{3x^4 - 11}$, then $f'(x)=$

\vspace{.5in}
\item
Suppose a function $y=f(x)$ has both of the following properties:
(1) $f'(x) > 0$ when $x > 5$ and when $x < -1$, (2) $f'(x) < 0$
when $-1 < x < 5$. Which of the graphs could
be the graph of the function?



\end{enumerate}

_XETAL

>

If you execute latexit with the option Help=yes set, you get this help message

>	latexit(Help=yes);

5/1/2004

Export your worksheet to latex. Then

 latexit("worksheet","path")

where

worksheet is the name of the worksheet (omit the .tex suffix)

path is the path to the directory with the exported tex files, eg, c://temp

Options:

NumPass=2 is the number of passes through latex

FixEps=yes: set to no to keep the pictures grayscale

Color:  set to no to keep the fontcolor black

Docstyle=DOCSTYLE,

Pkgs=PKGS,ExtraPkgs="",

Preamble=PREAMBLE,ExtraPreamble="",

Abbrevs=ABBREVS,ExtraAbbrevs=[],

Styles=PSTYLE,ExtraStyles=""  

Dvips=no: set to no if you want to generate postscript by hand

Help=no: set to yes to get this message

WHSprobs=no: set to yes if you want to process a WHS homework which has latex versions of

the problems (use MCtools Nov 15 2003 or higher with LATEX_ set to yes or both before you

re-tagit and export to latex)

Picwidth=2.5: set to larger or smaller width in inches to change the default size of diagram

  (Note: Import external eps, png, bmp, jpg files with

_pic[name.xxx;bb=llx lly urx ury,height=yin,width=xin] in Latex Char style)

Purpose="notes":  set to amspaper to use ams styles.

>

As you can see, latexit has a lot of options, all with pre-assigned defaults.  Initially, you would accept all the defaults, but you may want or need to change an option.   Most of them are sufficiently explained in the help message.  

There is a large group of options,  starting with Docstyle and ending with ExtraStyles,  that allow you to change the preamble of the latex export from Maple.  For example, Docstyle is set to "[11pt]{article}".  If you wanted 12pt, you could change that easily.   

The WHSprobs= option is important if you plan to use latextools to extract latex versions of the WHS homework problems.  It is covered in some detail later in this manual.

Latexit is still in a state of developement, so your suggestions are solicited.

Take the source worksheet for this manual, and save to your work directory c://mystuff as say latextools.mws.  Then export it to latex and process it with latexit.

Importing  Graphics.

(underscore)pic[bill.jpg;bb=0 0 640 480,width=640pt,height=480pt]

>

The Purpose=amspaper  option

You may want to gather some of your worksheets into a set of class notes, or a manual, or a book.

2.  select the files that you have processed with latexit that you want to put in your rootfile.  For example, say you want to make a manual out of your file mysheetwhs.tex that you created above.  

3.  type the following input line and execute.

>	rootwork("myroot","c://mystuff",Files=["latextoolswhs"]);

>

What happens is that a short file myroot.tex is created which has a preamble, and an include for the file latextoolswhs.  Then this file is latexed twice and then dvips'ed to create a file root.ps which has a table of contents and an index.  You can examine the file root.ps with Gsview4.5.  You can expect to want to make changes.   This could be done by editing the root file directory, however we would like to do it by making changes in the management worksheet.

To change the table of contents.   You do this in the source worksheets by changing the way the manual is sectioned.   See the Insert Menu for creating and deleting sections and subsections.  See the  Edit Menu for splitting and joining sections.   You can also copy closed sections and then paste them to other locations in the same or different worksheets.  Then rexecute the rootwork command.

To add a title, use the Title= option .   

>	rootwork("myroot","c://mystuff",Files=["latextoolswhs"],Title="A manual for latextools");

>

The Help=yes option.  Use this to print out a help message for rootwork

>	rootwork(Help=yes);

11/27/2003 rootwork("rootname","path",Options)

where rootname is the name you want for the rootfile

and path is the path to the directory with the latex files.

Brief instructions:

Export your worksheets to latex and process them with latexit.

Make a rootfile with rootwork, and add the files as includes to make a large document.

Options:

Newroot=yes  set to no if you don't want to redo the rootfile.

Files=[]  set to a nonempty list of files you want to include in the rootfile.

Numpass=2  

Title=""  set to a non empty string if you want a title page.

Author""  set to the name of the author for the title page.

Frontpiece=""  set to the name of a graphic file (eps or jpg).

Dvips =yes  gives a postscript file

Fonts=regular  set to sansserif for MS sans serif

Lengths="  set to pageheight, pagewidth, etc

Amspaper=no set to yes if the documentstyle is amsart

Mkindex=yes  creates an idx file of words in Files marked with Character style index

Contents=yes gives a table of contents

Pagestyle=headings set to none if you don't want that.

>

As you can see, rootwork has as many options as latexit.  The help message explains most of them sufficiently well.

The word rootwork is under developement, so your suggestions are solicited.

First, you must open the source worksheet that was used to create the WHS.   

Periodically, export your worksheet to latex and execute   latexit(worksheet,path,WHSprobs=only).   This will produce a file  worksheet_lawhs.ps which you can inspect with GSview4.5.  A couple of examples are shown in the next section.

Most often, the problems in a WHS worksheet will be parameterized and a problem generator will have been constructed so that different versions of the problem (with different values for the paramters) can easily be generated.   Then when we get ready to generate some problems, we set the global variable LATEX_ to yes (or both if we want to install the homework on WHS also).

>	LATEX_:=yes;

Now the procedure f defined below is the problem generator.  Below that we have a call to f.

>

f := proc(di,qu,re,x) local pr,pr1,pr2,pr3,q,r; pr := collect(expand(di*qu+re),x); pr1 := collect(qu+x,x); pr2:= collect(qu-2*x^2,x); tagit("We know by the remainder theorem that ",pr = q(x)*di + r(x),["for some polynomials ",q(x)," (the quotient) and ",r(x)," (the remainder), where ",r(x)=0," or the degree of ",r(x)," is less than the degree of ",di,".   Find the quotient and remainder."],["The quotient , ",q(x)," = "], _ALlabels([qu,pr1,pr2,"none of the others"]), ["The remainder, ",r(x)," = "] ,_ALlabels([re,re+x,re-2,"none of the others"])) end:

>

>	f(x-3,x^2+x-1,4,x);

_LATEX

\item \

We know by the remainder theorem that

 ${x}^{3}-2\,{x}^{2}-4\,x+7=q \left( x \right)  \left( x-3 \right) +r \left( x \right) $

for some polynomials q(x) (the quotient) and r(x) (the remainder), where r(x) = 0 or the degree of r(x) is less than the degree of x-3.   Find the quotient and remainder.

The quotient , q(x) =

Circle correct answer:\\

\begin{tabular}{llll}

 ${x}^{2}+2\,x-1$ & $-{x}^{2}+x-1$ &none of the others& ${x}^{2}+x-1$ \\

\end{tabular}\\

The remainder, r(x) =

Circle correct answer:\\

\begin{tabular}{llll}

 $4+x$ &none of the others& $2$ & $4$ \\

\end{tabular}\\

\vspace{12pt}

_XETAL

_KEY

\begin{tabular}{llll}

$\diamond$& ${x}^{2}+x-1$ &$\diamond$& $4$ \\

\end{tabular}

_YEK

This problem has a parameterized diagram which is inserted into the problem.   You can define the diagram right in the problem generator, or do it the way we have:  build the digram generator first and  call it from the problem generator.

>	solve(a^2=x*(x+b),x);

>

>	diag := (P,A,B,C,clrs)->plots[display]([plottools[disk]([0,0],4,color=clrs[1]), plot([[0,4],[6,4],[4*cos(-Pi/3),4*sin(-Pi/3)]],thickness=2,color=clrs[2]), PT([0,4.5],A),PT([6,4.5],P),PT([4*cos(-Pi/3)+.5,4*sin(-Pi/3)-.5],C),PT([4.5,0],B)],axes=none,scaling=constrained):

>

>

tanprob:=(P,A,B,C,PC,PA,BC,PB,a,b,clrs,err)-> tagit(["A theorem from plane geometry tells us that if from a point ",P," outside a circle a tangent ",PA," and a secant ",PC," is drawn, then "],[PA]^2=PB*PC,[", where ",B," is the point in the interior of ",PC," which is on the circle:  see the diagram below (not drawn to scale).  Find ",PC," when ",PA = a," and ",BC = b,".  Give the answer to within ",err],diag(P,A,B,C,clrs),precision=err,_AC(evalf(1/2*b+1/2*sqrt(b^2+4*a^2)))):

>	LATEX_:=yes;

>	tanprob(P,A,B,C,PC,PA,BC,PB,10,12,[tan,blue],`.01`);

_LATEX

\item \

A theorem from plane geometry tells us that if from a point P outside a circle a tangent PA and a secant PC is drawn, then

 ${[{\it PA}]}^{2}={\it PB}\, \left( {\it PC} \right) $

, where B is the point in the interior of PC which is on the circle:  see the diagram below (not drawn to scale).  Find PC when PA = 10 and BC = 12.  Give the answer to within .01

$\!$

 \rule{1in}{.1mm}

\vspace{12pt}

_XETAL

_KEY

\begin{tabular}{ll}

$\diamond$& $ 17.66190379$ \\

\end{tabular}

_YEK

Suppose you have processed all of the problems in a WHS homework with latexit.  Then you can extract a selection of problems, by setting the appropriate options.  These are listed in the help message from extractlatex

>	extractlatex(Help=yes);

version 5/1/2004   extractlatex("worksheet","path") where worksheet is the name of a WHS worksheet

you have exported to tex and path is the location of the directory which contains the export.

It creates a file worksheet_la.tex in the same directory which contains all the extracted problems. Process this with latexit.

First execute the worksheet (problem by problem) with  LATEX_ set to yes (for latex only) and both (for both latex and html versions of the problems).

Then export the worksheet to latex.  Then execute extractlatex.  

Options:

Probs=[seq(i,i=1..400)]   set to the list of problems to be extracted.

Number=400   set to the maximum number of problems in a homework.

Multiplicity=1   set to the multiplicity of the homework.

Version="-1"  set to any string to get a version.

Randomize=no  set to yes to change the ordering of the extracted problems or to a specific permutation

PPP=""  set to 3 to get 3 evenly spaced problems on a page or to a list of the problem numbers you want newpages after or to a list of latex spacing strings.

Head=""  set to a homework Title string if wanted.

Name=""  set to the name you want for the extracted tex file.

Key=no   set to yes if you want a key (and have provided one)

>

Two examples of homeworks which have been prepared in the manner described above can be found in source at

Generating versioned exams from WHS homework: an example

To create an exam from a collection of WHS problems.  

1.   open latextools and execute, then close; open MCtools and execute, then close; set LATEX_ to yes or both, and rexecute the problems.  You will get latex versions of the problems.

2.   export the worksheet to latex in a directory.  

3.   modify the cover sheet bill defined in makewhstest to fit your exam

5.  Bring up ghostview and examine the postscript file.  When you like it, convert to pdf using pdfwrite in ghostview or better yet adobe distiller.

>

An example exam can be found at

>	htmlit(Help=yes);

htmlit("worksheet","c://temp/folder")  removes dl indentation from

worksheet1.html, the preformatting tags <pre > and </pre > in textoutput,

and removes any html in an OMIT TIMO block.  It also removes links to sections in

such a block from worksheetTOP.html

Options:   

Help=yes will display this message.

Title="" Replace with the title of the worksheet in its TOC.

When you point your browser to the file mystuff.html, you see two frames. On the left is a table of contents with links, and on the right is a frame which displays whichever link is active in the table of contents frame.  This eases navigation in the document.   

htmlit performs two main functions currently: First, it allows you to omit blocks of html from the document.  The same blocks *OMIT/*TIMO blocks (replace *'s by underscores) that are omitted by latexit from the tex export are omitted by htmlit from the html export.  Note: this is done only in sections which are open and occur in the main html sheet  (mystuff1.html).
 Second, it removes links in the table of contents sheet (mystuffTOC.html) which refer to sections which were omitted in OMIT/TIMO blocks.  

>	htmlrootwork(Help=yes);

htmlrootwork("rootname","path",Files=["file1","file2",..])

where rootname is the name you have chosen for the rootfile, path is

the path to the folder containing the html files, and

[file1,...] is the list of html files in the document.  These should be

processed in advance with htmlit.

Options:

Help=no  change to yes to get this message.

Index=no  change to yes to create an index.

>

>

>	mwsit(Help=yes);

mwsit("worksheet","path") Reconstructs the bookmarks of

the worksheet located in path. Sections and text marked with "index"

character style are bookmarked.

Use unmwsit("worksheet","path") to remove all bookmarks from

the worksheet.

Options (with defaults):   

Help=no  Help=yes will display this message.

Outfile=""  Outfile = "bill" writes the worksheet to bill.mws in path.

BookMarkStyles=["index","bookmark","word"] is the list of characterstyles that bookmarks are in.

BookMarkLength=37:  the first 37 characters of a bookmark are copied.

>

>	mwsrootwork(Help=yes);

mwsrootwork("rootname","path",Files=["file1"])

where rootname is the name you have chosen for the root worksheet and

["file1",...] is the list (at least one) of worksheets in the document.

A worksheet rootname.mws is created.  The section bookmarks from Files are used

to form a table of contents; the index bookmarks are used to form an index.

Sections which are closed are marked with a +.  Note:  If you just want to

see a listing of sections of a file, use show_sections("file","path");

Options:

Names=[]  set to a list of names to use (Chapter 1 etc) in the root worksheet

Comments=[]  set to a list of short (20 or so characters) descriptions of chapters

Separator=" .... "  Change this if you don't like it.

Newroot=yes  set to no if you want to keep the current root above the Table of Contents.

Toclevel=10   set to  3 to show the first three levels in table of contents.

Zip=no  set to yes to zip the files into a zipfile named root.

        set to only if that is all you want to do.

Sometimes you might want simple listing of the sections in a worksheet, without opening it.   

show_sections(file,path) will give the desired listing.  Each closed section is marked with a plus sign + on the listing.

Open the Table of contents worksheet. Then  scan for the item you want to see, then click it.  This opens the worksheet containing the item (at the item) and closes the table of contents worksheet.  Read and work in this worksheet.  When done, click the back arrow at the top of the worksheet (just under the word 'Window'). This will close the worksheet (giving you an opportunity to save it if you have work to save) and open the table of contents worksheet.  I

>

The two html words htmlit and htmlrootwork ought to work right 95 percent of the time, since there are only limited options, and there are no external programs called to process the html.  The two latex words latexit and rootwork are a different story.  Each one has a lot of options, so you must expect to encounter problems each time you try a new option.    Also, each word makes calls to latex and dvips  to produce the dvi and postscript files.  So you will need to examine the error messages carefully to determine whether the problem occurs in Maple or in those external programs.  In either case the problem should be fixed in the source worksheet, if at all possible.

If a problem occurs with executing a bit of Maple code, I can usually discover the source by setting printlevel:=10 and re-executing.  You get a peek at the background computations.  Setting printlever to a higerer number gives a bigger peek.  Set it back to 1 when you are done peeking.  

A common error is to fail to execute the latextools package at the start of a session.  If Maple does not know the definition of a procedure, such as latexit, then it will just spit your input back at you.

Another useful device is to toggle the Show invisible characters button in the View Menu.  Sometimes you will introduce control characters into the worksheet, particularly into the text cells. These show up as empty square boxes when invisible characters are turned on. Get rid of these.

If a problem occurs with Latexing the files, you will see a black command window hang there with a question mark at the bottom.  Just above that is a line number and some context (so that you can tell where in the file to look), together with a latex error message.  Put an x into the command line and press enter.  This will close the command window.

 If you can figure out how to change the source worksheet so as to avoid that message (such as a document style is missing), do so. Otherwise, you will need to open the tex file (remember, it has a whs appended)  in a text editor and go to that   line and take a closer look.   If you still can't decipher the problem, it just may be a bug in latextools.  Drat.

As we mentioned at the outset, this is a first attempt, and the package has not been tested extensively.  It has been used to produce this Manual,  the Manual for WHS authors, and some homework extracted from WHS homeworks.   Please report any bugs you discover in the process of using latextools  to me (carl@ms.uky.edu), and I will attempt to fix them. Or, if you can read my Maple code, feel free to fix them yourself, and send me a copy of your fix.   The same goes for any suggested improvements you might dream up.  I know of plenty, and plan future versions.

_LATEX

\begin{thebibliography}{99}
\bibitem{kopka} Helmut Kopka and Patrick W. Daly, \textsl{A Guide to LaTex 2e} sec. ed., Addison-Wesley
\end{thebibliography}

_XETAL

\appendix

>

>

Here are the commands that were used to create the postscript and html versions of this manual.  To make a pdf file of the postscript, load it into gsview and convert it to pdfwrite.

Each time the worksheet latextools.mws is exported latextools.tex execute this command.

>	latexit("latextools","c://carl/latextools");

index words duplicated

latextoolswhs.tex created

latextoolswhs.dvi created.

fixed eps files (removed their borders and recolored if Color=yes is set)

latextoolswhs.ps created sucessfully.

finished

>

This command is only executed when you want to extract the tagit generated latex problems in the worksheet.

>	latexit("latextools","c://carl/latextools",WHSprobs=only,Head="WHS Problems from Latextools.");

 The latextools eps files are already recolorized.

latextools_la.tex created: 2 problems

 The latextools eps files are already recolorized.

index words duplicated

latextools_lawhs.tex created

latextools_lawhs.dvi created.

latextools_lawhs.ps created sucessfully.

finished

>

This command creates the manual from the two files latextoolswhs.tex and latextools_la.tex generated.
A frontpiece picture was chosen from the diagrams in the manual.

>	rootwork("latextools_manual","c://carl/latextools", Newroot=yes,Files=["latextoolswhs","latextools_la"], Title="Latextools Manual", Author="Carl Eberhart, carl\@ms.uky.edu\\\\Department of Mathematics, University of Kentucky",Mkindex=yes, Frontpiece=[3,4,"latextools_frontpiece"],Fonts=sanserif);

rootfile created

latextoolswhs.tex rootified.

finished rotorootering.

latextools_la.tex rootified.

finished rotorootering.

added the files["latextoolswhs", "latextools_la"]

latextools_manual.dvi created

pass 2 to resolve references completed.

postscript file created.

This command creates a titlepage for the  html version of the manual.

>	htmlit("latextools_titlepage","c://carl/latextools",Title="Title");

substitutions made

latextools_titlepageTOC.html filtered

This command filters the main manual worksheet.

>	htmlit("latextools","c://carl/latextools",Title="Latex Tools");

substitutions made

latextoolsTOC.html filtered

>

This command creates the html manual.

>	htmlrootwork("Latex_Tools","c://carl/latextools", Files=["latextools_titlepage","latextools"],Index=yes);

Latex_Tools_index.html created

root file created. Latex_Tools.html

>

This command bookmarks the source worksheet latextools.mws.

>	mwsit("latextools","c://carl/latextools");

latextools.mws bookmarked.

>

mwsrootwork creates a root worksheet Latex_Manual.mws with one chapter worksheet latextool.mws.  We  have added a titlepage worksheet, just to make it look like the postscript and html versions.

>	mwsrootwork("Latex_Manual","c://carl/latextools", Files=["latextools_titlepage","latextools"], Names=["Title","Manual"],Comments=["","A tutorial"], Separator=" ........ ");

>

The root worksheet Latex_Manual.mws is created.  

Open it to check the Table of Contents and Index.

>

mwszip makes a zipfile of the Manual and accompanying worksheets.

>	mwszip("Latex_Manual","c://carl/latextools", ["latextools_titlepage","latextools"]);

A zipfile Latex_Manual.zip, containing Latex_Manual.mws, latextools_titlepage.mws, latextools.mws, has been created in c://carl/latextools.

>

These can be found in the latextools module.  You can experiment with modifying them there.  Or you can use the options provided to modify them.

DOCSTYLE:="[11pt]{article}":

DOCSTYLEAMS:="[11pt]{amsart}":

PKGS := {maple2e,color,latexsym,graphicx}:

PKGSAMS := {maple2e,amsthm,amsfonts,color,latexsym,graphicx}:

PSTYLE:= [["\\DefineParaStyle{prob}","\\DefineParaStyle{prob}"]]:

PSTYLEAMS := [["\\DefineParaStyle{prob}","%DefineParaStyle{prob}"],

["\\DefineParaStyle{lem}","%DefineParaStyle{lem}"],

["\\DefineParaStyle{thm}","%DefineParaStyle{thm}"]]:

SSFONTS:= "\\renewenvironment{Text Output}{\\small\\ttfamily\\mdseries}{}

\\renewcommand{\\ttdefault}{courier}

\\renewcommand{\\familydefault}{cmss}

 \\mathversion{bold}":

FONTS:="":

LENGTHS:="% tweak these to taste.

\\AboveMapleSkip1 pt%- space above an environment

\\BelowMapleSkip 1 pt%- space bow an environment

\\AboveMaplePlot = 1\\AboveMapleSkip

\\BelowMaplePlot= 1\\BelowMapleSkip

% \\MaplePlotHeight - vertical space reserved for a plot

% \\MaplePlotWidth - width reserved for a plot

% \\MaplePlotAngle - angle of rotatation

% \\LeftMapleSkip - the amount of left indentation

% \\MapleFont - The Maple font

\\def\\MapleFont{\\ttfamily}

% \\MapleSize - The size of the Maple font in mapleinput and

\\def\\MapleSize{\\scriptsize}

%                          maplettyout

% \\MapleLatexSize- The size of the Maple fonts in maplelatex

\\def\\MapleLatexSize{\\small}

% \\MapleFirstLine- controls ingoring first line feed

% \\MaplePrompttrue - controls insertion of prompt char

% \\MaplePromptString= {\\raise 1pt \\hbox{\$\\scriptstyle>\$\\space}}

\\MaplePromptSecondary = {\\space\\space}

% \\MaplePromptSecondary- defines the secondary prompt string

% \\MapleSkip- amount of glue before and after

%displayed text

% \\MapleTab- number of spaces per tab (8)

\\def\\emptyline{\\vspace{6pt}}

\\setlength{\\oddsidemargin}{0in} \\setlength{\\evensidemargin}{0in}

\\textwidth 6.5in

\\topmargin  0in

\\textheight 8.5in

% You may need to add your own paragraph styles.

\\DefineParaStyle{Bullet Item}

\\DefineParaStyle{Heading 1}

\\DefineParaStyle{Heading 2}

\\DefineParaStyle{Heading 3}

\\DefineParaStyle{Heading 4}

\\DefineParaStyle{Comment}

\\DefineParaStyle{Problem}

\\DefineParaStyle{Definition}

\\DefineParaStyle{List Item}

\\DefineParaStyle{Dash Item}

\\DefineParaStyle{Title}

\\DefineParaStyle{Author}

\\DefineParaStyle{Warning}

\\DefineParaStyle{Mapleplot}

\\DefineParaStyle{Error}

\\DefineParaStyle{Diagnostic}

\\DefineParaStyle{Maple Output}

\\DefineCharStyle{2D Comment}

\\DefineCharStyle{2D Math}

\\DefineCharStyle{Help Heading}

\\DefineCharStyle{Hyperlink}":

MACROS:= "\\newcommand{\\Int}{\\displaystyle\\int}

\\newcommand{\\Lim}[2]{\\displaystyle\\lim}

\\newcommand{\\Frac}[2]{\\frac{\\textstyle #1}{\\textstyle #2}}":

PREAMBLE:= cat(LENGTHS,MACROS,"\n\\begin{document}");

AMSMACROS:=

"%\\swapnumbers

\\newtheorem{thm}{}[section]

\\newtheorem{lem}[thm]{Lemma}

\\newtheorem{cor}[thm]{Corollary}

\\theoremstyle{definition}

\\newtheorem{defn}{Definition}[section]

\\newtheorem{example}{Example}[section]

\\newtheorem{prob}{Problem}

\\theoremstyle{remark}

\\newtheorem*{rem}{Remark}

\\newtheorem*{note}{Note}":

PREAMBLEAMS:= cat(LENGTHS,MACROS,AMSMACROS,"\n\\begin{document}"):

ABBREVSAMS :=

[["\\_thm","\\begin{thm}"],["\\_mht","\\end{thm}"],

["\\_lem","\\begin{lem}"],["\\_mel","\\end{lem}"],

["\\_mf","\\mathfrak "],["\\_mc","\\mathcal "],

["\\_prf","\\begin{proof}"],["\\_frp","\\end{proof}"],

["\\TEXTsymbol{\\backslash}","\\"],["\\$","$"],

["\\_\\{","_{"],["\\TEXTsymbol{<}","<"],["\\TEXTsymbol{>}",">"],

["\\}","}"],["\\{","{"],

["\_wlt","\\prec\\!\\prec"],["\\frac ","\\Frac "],

["\\symbol{94}","^"],["\\lim _","\\Lim _"],

["\\symbol{126}","~"],["\\int _","\\Int _"],

["\\emptyline"," "]];

ABBREVS:= ABBREVSAMS:

>