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<p>

WIMS has a very simple way to let you make use of many of its features,

without being a specialist of its structure: $emph light phtml$emphend.

Just take any of your existing html page, add a few WIMS

commands here and there, and publish it on a WIMS site as a light phtml

file. And your page looks much more intelligent.

</p><p>

Once your page is on a wims site, it can be called from anywhere on the web,

just like an ordinary web page.

</p><p>

It goes without saying that really intelligent pages require intelligent

programming, so if you want your page behave as intelligent as yourself, you

have to know a minimum of the principle of computer programming, and dig a bit into

the technical reference part of this documentation to know what commands and variables

you should use for the

effects you want. However, even without interactivity and programming, your

page will get the following basic features:

</p>

<ol>

 <li>Inline mathematical symbols. Simply write

  <span class="tt">$$m_alpha$$m_le$$m_beta</span> in your phtml file, and you get

  $m_alpha$m_le$m_beta under wims. Your visitor will

  be able to choose the size of the font he wants (as well as the instex

  font sizes as below), without you having to worry about this. See also the section

  $(ref1)mathfonts$(ref2)mathfonts">$title_mathfonts</a>.

</li><li>

  For more complicated mathematical formulas, you can choose to use

  $(ref1)cmdlist_instex_&+cmd_choose=all$(ref2)cmdlist_instex_">instex</a>.

  For example, the line

  !set ins_align=middle

  <pre>

  $ !instex $$$$ \int^b_a \sqrt{x^2+1}dx $$$$

  </pre>

  in your phtml source will give the inline formula

  !instex $$ \int^b_a\sqrt{x^2+1}dx $$

  , while <pre>

  $ !instex $$$$$$$$ \int^b_a \sqrt{x^2+1}dx $$$$$$$$

  </pre>

  gives the same formula in displayed style:

  !instex $$$$ \int^b_a \sqrt{x^2+1}dx $$$$

  . Unlike some other packages, you don't have to precompile your phtml

  file, and your formula can vary from request to request (see below).

  <p>Planned for near future, there will

  also be a WIMS command translating raw mathematical

  expressions into TeX source. So you even don't have to know TeX in order to

  insert beautified equations... </p>

</li><li>

  Dynamic insertion of graphisms. Just one WIMS command

  ($(ref1)cmdlist_insplot_&+cmd_choose=all$(ref2)cmdlist_insplot_">insplot</a>)

  with an equation, and your page will contain a figure which may be

  animated in the way you like. And it may be made to vary from

  request to request...

</li><li>

  You may define and use substitutable variables. The value of these

  variables may be client-defined, random, etc... And you may put them in

  the sources of <span class="tt">instex</span>, <span class="tt">insplot</span>, etc. Imagine the

  effect. Such variables also allow you to define your style macros, among

  other things.

</li><li>

  Powerful mathematical softwares are directly at your disposal: A simple

  line <pre>!exec pari factor(2^67-1)</pre>

  gives you the factorisation of the number 2<sup>67</sup>-1 (but you have to

  copy one of my modules to reformat the output in an intelligent way).

</li><li>By using wims commands, you will automatically benefit from future

  enhancements/improvements of the wims server, without modifying your page:

  e.g. better TeX fonts or graphics, more intelligent translations of

  mathematical expressions, etc.

</li>

</ol>

<p>At any time, when you want heavy interactivity features, you can migrate

your light page into a real WIMS module which allows you to built very

complicated structures. See the chapter

$(ref1)migrate$(ref2)mibrate">$title_migrate</a>.

</p><p>

Now $(ref1)lighthowto$(ref2)lighthowto">read this</a> for the detail of how

to publish a light phtml page.

</p>