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<!--
 *
 * This help file was generated from sigmoid_train.sci using help_from_sci().
 *
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  <refnamediv>
    <refname>sigmoid_train</refname>
    <refpurpose>Evaluate a train of sigmoid functions at T.</refpurpose>
  </refnamediv>


<refsynopsisdiv>
   <title>Syntax</title>
   <synopsis>
   y = sigmoid_train(t, ranges, rc)
   
   </synopsis>
</refsynopsisdiv>

<refsection>
   <title>Parameters</title>
   <variablelist>
        <varlistentry>
            <term>t:</term>
            <listitem><para> integer</para></listitem>
        </varlistentry>
        <varlistentry>
            <term>ranges:</term>
            <listitem><para> matrix</para></listitem>
        </varlistentry>
        <varlistentry>
            <term>rc:</term>
            <listitem><para>timeconstant</para></listitem>
        </varlistentry>
   </variablelist>
</refsection>

<refsection>
   <title>Description</title>
   <para>
The number and duration of each sigmoid is determined from RANGES. Each row of RANGES represents a real interval, e.g.  if sigmoid 'i' starts at 't=0.1' and ends at 't=0.5', then 'RANGES(i,:) = [0.1 0.5]'.  The input RC is an array that defines the rising and falling time constants of each sigmoid.  Its size must equal the size of RANGES.
   </para>
   <para>
</para>
</refsection>

<refsection>
   <title>Examples</title>
   <programlisting role="example"><![CDATA[
sigmoid_train(0.1,[1:3],4)

   ]]></programlisting>
</refsection>
</refentry>
