Documentation updates

docs/DDP/DDP.ox.html

@@ -25,20 +25,24 @@ <h2>What Kind of <span class="n">niqlow</span> User Are You?</h2>
 <P/>
 Before trying to use this documentation or coding with <span class="n">niqlow</span>, consider your background.
 <P/>
-<DT>If you are new to programming and the Ox language &hellip;</DT>
+<DT>You are new to computer programming and the Ox language &hellip;</DT>
 <DD>This document may not be the right place to start.  You might start with my open online textbook, <a href="https://ferrall.github.io/C4E/">Computation For Economists (C4E)</a>.  That text starts with "hello, world" in Ox and covers basic programming skills and numerical algorithms for mathematics. It includes exercises and economic examples.</dd>
 <P/>
-<DT>If you are an experienced programmer (whether new to Ox or not), but are new to dynamic programming models &hellip;</DT>
-<DD>You might start with the <a href="#guide">Beginner's Guide</a> below.  That begins with the simplest discrete choice model and how to code it in <span class="n">DDP</span>.  It then builds up to a dynamic program.</DD>
+<DT>You are an experienced programmer (new to Ox or not), but you are new to dynamic programming models &hellip;</DT>
+    <DD>You might start with the <a href="#guide">Beginner's Guide</a> below.  That begins with the simplest discrete choice model and how to code it in <span class="n">DDP</span>.  It then builds up to a dynamic program.</DD>
 <P/>
-<DT>If you are confident in your knowledge of computer programming and the mathematical technique of dynamic programming as used in economics &hellip;</DT>
-<DD>You might start with <a href="GetStarted.html">GetStarted</a> which implements a simple search model in DDP. That jumps right in with a simple dynamic model and Ox code using <span class="n">DDP</span>.</DD>
-<DD>You can also start with   <a href="https://ferrall.github.io/OODP/">my academic paper</a> that discusses how to build a model from scratch and estimate it using <span class="n">niqlow</span>.</DD>
+<DT>You are confident in computer programming and the mathematical technique of dynamic programming as used in economics &hellip;</DT>
+    <DD>You might start with <a href="GetStarted.html">GetStarted</a> which implements a simple search model in DDP. That jumps right in with a simple dynamic model and Ox code using <span class="n">DDP</span>.</DD>
+    <DD>You can also start with   <a href="https://ferrall.github.io/OODP/">my academic paper</a> that discusses how to build a model from scratch and estimate it using <span class="n">niqlow</span>.</DD>
 <P/>
-<DT>Finally, if you have already written your code to estimate parameters of a dynamic programming model from data &hellip;</DT>
-<DD>You could also start with <a href="https://ferrall.github.io/OODP/">the academic paper</a> and follow the replications of existing models.  You could use that to see how you might translate your ideas into <span class="n">niqlow</span> in order to write more flexible, useable and possibly more efficient code.</DD>
+<DT>You have already written your own code to estimate parameters of a dynamic programming model from data &hellip;</DT>
+    <DD>You could also start with <a href="https://ferrall.github.io/OODP/">the academic paper</a> and follow the replications of existing models.  You could use that to see how you might translate your ideas into <span class="n">niqlow</span> in order to write more flexible, useable and possibly more efficient code.</DD>
 <P/>
-This document has two parts.  The first begins with the simplest discrete choice problem and how it could be coded in DDP.  It builds up to a true dynamic program one feature at a time.   The <a href="#tech">second part</a> is a technical description of dynamic programming and DDP. </p>
+<h3>This document has two parts.</h3>
+<P/>
+<DT>Part 1 is a beginner's guide. It starts with the simplest discrete choice problem and how to code it in DDP.  From there it builds up to a true dynamic program one feature at a time.</DT>
+<P/>
+<DT><a href="#tech">Part 2</a> is a technical description of dynamic programming and DDP.</DT>
 <P/>
 <HR/>
 <P/>
@@ -1336,7 +1340,7 @@ <h3>The generic action space <span class="expressions">\(\alpha \in A\)</span> g
 <P/>
 </OL>
 
-<dl><dt class="author">Author:</dt><dd class="author">&copy; 2011-2019 <a href="http://econ.queensu.ca/~ferrall">Christopher Ferrall</a></dd></dd>
+<dl><dt class="author">Author:</dt><dd class="author">&copy; 2011-2020 <a href="https://ferrall.github.io/">Christopher Ferrall</a></dd></dd>
 </dl>
 <div class="footer">
 Generated by <a href="http://oxdoc.sourceforge.net">oxdoc 1.1-beta</a> &copy Copyright 2005-2014 by Y. Zwols<br>

docs/DDP/DDPShared.ox.html

@@ -1533,7 +1533,7 @@ <h3><span class="icon"><img class="icon" src="icons/method.png">&nbsp;</span><sp
 <table class="parameter_table">
 <tr>
 <td class="declaration" valign="baseline">nuphase</td>
-<td class="description" valign="baseline">NDPhase to start.  If INITIALIZING all runtimes are set to 0.<br/>
+<td class="description" valign="baseline">DDPhases to start.  If INITIALIZING all runtimes are set to 0.<br/>
                 INBETWEEN [default].  Next phase is not determined at this point.
 </td>
 </tr>

docs/DDP/DP.ox.html

@@ -1632,7 +1632,7 @@ <h3><span class="icon"><img class="icon" src="icons/field.png">&nbsp;</span><spa
 <dl><dd>
 Volume of output
 
-<dl><dt class="seealso">See also:</dt><dd class="seealso">NoiseLevels.</dd>
+<dl><dt class="seealso">See also:</dt><dd class="seealso"><a href="Shared.ox.html#NoiseLevels">NoiseLevels</a></dd>
 </dl>
 </dd></dl>
 <h2><span class="icon"><img class="icon" src="icons/class.png">&nbsp;</span><span class="text">DP</span></h2>