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<title>Octave Fuzzy Logic Toolkit: plotmf</title>
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Function Reference: <b><code>plotmf</code></b>
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<dl>
<dt><u>Function File:</u> <b>plotmf</b><i> (<var>fis</var>, <var>in_or_out</var>, <var>var_index</var>)</i></dt>
<dt><u>Function File:</u> <b>plotmf</b><i> (<var>fis</var>, <var>in_or_out</var>, <var>var_index</var>, <var>y_lower_limit</var>)</i></dt>
<dt><u>Function File:</u> <b>plotmf</b><i> (<var>fis</var>, <var>in_or_out</var>, <var>var_index</var>, <var>y_lower_limit</var>, <var>y_upper_limit</var>)</i></dt>
</dl>
<p> Plot the membership functions defined for the specified FIS input or output
variable on a single set of axes. Fuzzy output membership functions are
represented by the [0, 1]-valued fuzzy functions, and constant output
membership functions are represented by unit-valued singleton spikes.
Linear output membership functions, however, are represented by
two-dimensional lines y = ax + c, regardless of how many dimensions the
linear function is defined to have. In effect, all of the other dimensions
of the linear function are set to 0.
</p>
<div class="ms-5">
<p> If both constant and linear membership functions are used for a single FIS
output, then two sets of axes are used: one for the constant membership
functions, and another for the linear membership functions. To plot both
constant and linear membership functions together, or to plot constant
membership functions as horizontal lines instead of unit-valued spikes,
represent the constant membership functions using ’linear’ functions, with
0 for all except the last parameter, and with the desired constant value as
the last parameter.
</p>
<p> The types/values of the arguments are expected to be:
</p>
<table>
<thead><tr><th width="30%">Argument</th><th width="65%">Expected Type or Value</th></tr></thead>
<tr><td width="30%"><var>fis</var></td><td width="65%">an FIS structure</td></tr>
<tr><td width="30%"><var>in_or_out</var></td><td width="65%">either ’input’ or ’output’ (case-insensitive)</td></tr>
<tr><td width="30%"><var>var_index</var></td><td width="65%">an FIS input or output variable index</td></tr>
<tr><td width="30%"><var>y_lower_limit</var></td><td width="65%">a real scalar (default value = -0.1)</td></tr>
<tr><td width="30%"><var>y_upper_limit</var></td><td width="65%">a real scalar (default value = 1.1)</td></tr>
</table>
<br>
<p> Six examples that use plotmf are:
</p><ul>
<li>
cubic_approx_demo.m
</li><li>
heart_disease_demo_1.m
</li><li>
heart_disease_demo_2.m
</li><li>
investment_portfolio_demo.m
</li><li>
linear_tip_demo.m
</li><li>
mamdani_tip_demo.m
</li><li>
sugeno_tip_demo.m
</li></ul>
<p> <strong>See also: </strong>
<a href="gensurf.html">gensurf</a>
</p>
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