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PmWiki pages look and act like normal web pages, except they have an “Edit” link that makes it easy to modify existing pages and add new pages into the website, using basic editing rules. You do not need to know or use any HTML or CSS. Page editing can be left open to the public or restricted to small groups of authors.

For more information look at DocumentationIndex.

This site does L^AT_EX

• Not So Short Introduction to L^AT_EX. Good Intro.
• Quick L^AT_EX at Wikipedia
• L^AT_EX Symbols

wfy: Perl script to help wikify Linearalgebra

#!/usr/bin/perl

# section and base number
$S = 1;
$X = 4;

while (<>)
{
# $..$ ==> {$..$}
	s/\$([^\$]+)\$/{\$$1\$}/g;
# \begin{eq..} ==> \n=|[$ $$\n\begin{equation*}
	s/(\\begin\{eq.+\})/\n=|[\$ \$\$\n$1/;
# \end{eq..} ==> \n=|[$ $$\n\end{equation*}
	s/(\\end\{eq.+\})/$1\n\$\$ \$]\n/;
# \( ==> {$
	s/\\\(/{\$/g;
# \) ==> $}
	s/\\\)/\$}/g;
# \begin{definition} ===> "\n>>bgcolor=lightblue<<\n!!!! X.X Definition"
	if (/\\begin{def.+}/) {
	s/(\\begin{def.+})/\n>>bgcolor=lightblue<<\n!!!! $S.$X Definition/;
	$X = $X + 1;
	}
# \end{definition} ==> >><<
	s/\\end{definition}/>><<\n/;

# \begin{example} ===> !!!! X.X Example
	if (/\\begin{example}/) {
	    s/(\\begin{example})/\n!!!! $S.$X Example/;
	    ++$X;
	}
# \end{example} ==> \n
	s/\\end{example}/\n/;

# \begin{theorem} ==> "\n>>bgcolor=lightblue<<\n!!!! X.X Theorem"
	if (/\\begin{theorem}/) {
	    s/(\\begin{theorem})/\n>>bgcolor=lightblue<<\n!!!! $S.$X Theorem/;
	    ++$X;
	}
# \end{theorem} ==> >><<
	s/\\end{theorem}/>><<\n/;

# \begin{lemma} ==> !!!! x.x Lemma
	if (/\\begin{lemma}/) {
	    s/\\begin{lemma}/\n!!!! $S.$X Lemma/;
	    ++$X;
	}
# \end{lemma} ==> \n
	s/\\end{lemma}/\n/;

# \begin{proof} ==> !!!!! PROOF: 
	s/\\begin{proof}/\n!!!!! PROOF:\n/;

# \end{proof} ==> '''''QED'''''
	s/\\end{proof}/'''''QED'''''/;

# \vec{u} ==> \vec{ $u$ }
	s/\\vec{u}/\\vec{ \$u\$ }/g;
# \vec{a} ==> \vec{ $a$ }
	s/\\vec{a}/\\vec{ \$a\$ }/g;
# \Dash ==> --
	s/\\Dash/--/g;

# \begin{align*} ==> \n=|[$ $$\n\begin{align*}
	s/(\\begin{ali.+})/\n=|[\$ \$\$\n$1/;
# \end{ali.} ==> \end{ali.}\n$ $$]\n
	s/(\\end{ali.+})/$1\n\$\$ \$]\n/;

# \begin{multl.} ==> \n=|[$ $$\n\begin{multl.}
	s/(\\begin{multl.+})/\n=|[\$ \$\$\n$1/;
# \end{multl.} ==> \end{multl.}\n$ $$]\n
	s/(\\end{multl.+})/$1\n\$\$ \$]\n/;

# \index{...} ==>
	s/\\index{.+}/ /;
# \definend{...} ==> ''...''
	s/\\definend{(.+)}/''$1''/;

# \noindent ==>
	s/\\noindent//;

# \begin{corollary} ==> !!!! x.x Corollary
	if (/\\begin{corollary}/) {
	    s/\\begin{corollary}/\n!!!! $S.$X Corollary/;
	    ++$X;
	}
# \end{corollary} ==> \n
	s/\\end{corollary}/\n/;


	print;

}

wex: Perl Script to wikify Exercises

#!/usr/bin/perl

# Chapter, Section, Subsection, Number
$C = "One";
$S = "IV";
$B = 4;
$N = 1;
$M = "TOPICS--Analyzing Networks";
$CSB = "$C.$S.$B";

$abc = "a";

while (<>)
{
# \begin{answer}...\end{answer} ==> delete
    if (/\\begin{answer}/) {
	while(!/\\end{answer}/) {
	    $_ = <>;
	}
	$_ = <>;
    }

# \begin{exercises} ==> !Exercises: C.S.B M
    s/\\begin{exercises}/(:title Exercises $CSB --- $M:)\nColor codes: %red%recommended%%, %blue%basic%%, %purple%puzzle%%\n/;
# \end{exercises} ==> 
    s/\\end{exercises}//;

# \recommended \item ==> red
    if (/\\recommended\s?\\item/) {
	s/^.*\\recommended\s?\\item/* %red%$CSB%%.$N /;
	++$N;
    }
# \puzzle \item ==> purple
    if (/\\puzzle\s?\\item/) {
	s/^.*\\puzzle\s?\\item/*.%purple%$CSB%%.$N /;
	++$N;
    }

# \item ==> blue
    if (/\\item/) {
	s/^.*\\item/* %blue%$CSB%%.$N /;
	++$N;
    }

# $..$ ==> {$..$}
	s/\$([^\$]+)\$/{\$$1\$}/g;
# \begin{exparts*} ==>  re-start $abc
    if (/\\begin{ex.+}/) {
	$abc = "a";
	s/(\\begin\{exp.+\})//;
    }
# \end{exparts*} ==>
    s/\\end{exp.+}/ /;

# \partsitem ==> **(a)
    if (/\\partsitem/) {
	s/^.*\\partsitem(.*)/**($abc)$1/;
	++$abc;
    }
# \begin{linsys} ==> \n=|[$ $$\n\begin{linsys}...
    s/[\$]?(\\begin{linsy.+)/\n=|[\$ \$\$\n$1/;
# \end{linsys} ==> \n$$ $]\n
    s/(\\end\{linsys\}).*/$1\n\$\$ \$]\n/;



# \end{exp..} ==> \n=|[$ $$\n\end{exp..}
	s/(\\end\{exp.+\})/$1\n\$\$ \$]\n/;
# \begin{eq..} ==> \n=|[$ $$\n\begin{equation*}
	s/(\\begin\{eq.+\})/\n=|[\$ \$\$\n$1/;
# \end{eq..} ==> \n=|[$ $$\n\end{equation*}
	s/(\\end\{eq.+\})/$1\n\$\$ \$]\n/;

# \( ==> {$
	s/\\\(/{\$/g;
# \) ==> $}
	s/\\\)/\$}/g;

# \vec{u} ==> \vec{ $u$ }
	s/\\vec{u}/\\vec{ \$u\$ }/g;
# \vec{a} ==> \vec{ $a$ }
	s/\\vec{a}/\\vec{ \$a\$ }/g;
# \Dash ==> --
	s/\\Dash/--/g;

# \begin{align*} ==> \n=|[$ $$\n\begin{align*}
	s/(\\begin{ali.+})/\n=|[\$ \$\$\n$1/;
# \end{ali.} ==> \end{ali.}\n$ $$]\n
	s/(\\end{ali.+})/$1\n\$\$ \$]\n/;

# \begin{multl.} ==> \n=|[$ $$\n\begin{multl.}
	s/(\\begin{multl.+})/\n=|[\$ \$\$\n$1/;
# \end{multl.} ==> \end{multl.}\n$ $$]\n
	s/(\\end{multl.+})/$1\n\$\$ \$]\n/;

# \index{...} ==>
	s/\\index{.+}/ /;
# \definend{...} ==> ''...''
	s/\\definend{(.+)}/''$1''/;

# \noindent ==>
	s/\\noindent//;


	print;

}

inline like this is inline.