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<H4><A ID="SECTION00020050000000000000"> Going further:</A> </H4> You should now be able to make a variety of plots for your L<SUP><SMALL>A</SMALL></SUP>T<SMALL>E</SMALL>X document. We will present a final example without explanation that showcases some of the capabilities of GNUPLOT. You may find documentation for the various commands in the GNUPLOT manual, though hopefully this example is somewhat self-explanatory. This is shown in Figure&nbsp;<A HREF="node7_ct.html#eg6"><IMG ALT="[*]" SRC="crossref.png"></A>.

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<PRE> set terminal latex set output "eg6.tex" set size 3.5/5, 3/3. set format y " setformatx"set title "This is a title" set xlabel "This is the x axis" set ylabel "This is
a longer
version
of
the y
axis" set label "Data" at -5,-5 right set arrow from -5,-5 to -3.3,-6.7 set key -4,8 set xtic -10,5,10 plot [-10:10] [-10:10] "eg3.dat" title "Data File" with linespoints 1 7, 3*exp(-x*x)+1 title " 3e-x2 + 1" with lines 4 </PRE>

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<P><A ID="eg6"></A></P>

<P> <DIV class="CENTER"> <!– MATH % latex2html id marker 69
$ \framebox[\boxwidth]{
\begin{minipage}{\fullboxwidt...
...}
\input{eg6}
\end{center}\caption{An example of many features.}\end{minipage}}$ –> <IMG STYLE="" SRC="img6.png" ALT=" \framebox[\boxwidth]
<16>>... ... \begin{center}\vbox{\input{eg6}
}\end{center}
"></DIV> </DIV>

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