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minor POD fix

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Dima Kogan 2015-11-13 11:19:25 -08:00
parent fa7082b242
commit 2ecdfb9aef
1 changed files with 3 additions and 3 deletions
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@ -1617,7 +1617,7 @@ times.
C<--equation xxx> C<--equation xxx>
Gnuplot can plot both data and symbolic equations. C<feedgnuplot> generally Gnuplot can plot both data and symbolic equations. C<feedgnuplot> generally
plots data, but with this option can plot symbolic equations /also/. This is plots data, but with this option can plot symbolic equations I<also>. This is
generally intended to augment data plots, since for equation-only plots you generally intended to augment data plots, since for equation-only plots you
don't need C<feedgnuplot>. C<--equation> can be passed multiple times for don't need C<feedgnuplot>. C<--equation> can be passed multiple times for
multiple equations. The given strings are passed to gnuplot directly without any multiple equations. The given strings are passed to gnuplot directly without any
@ -1629,7 +1629,7 @@ basic example:
--equation 'sin(x)/x' --equation 'cos(x)/x with lines lw 4' --equation 'sin(x)/x' --equation 'cos(x)/x with lines lw 4'
Here I plot the incoming data (points along a line) with the given style (a line Here I plot the incoming data (points along a line) with the given style (a line
with thickness 3), /and/ I plot two damped sinusoids on the same plot. The with thickness 3), I<and> I plot two damped sinusoids on the same plot. The
sinusoids are not affected by C<feedgnuplot> styling, so their styles are set sinusoids are not affected by C<feedgnuplot> styling, so their styles are set
separately, as in this example. More complicated example: separately, as in this example. More complicated example:
@ -1638,7 +1638,7 @@ separately, as in this example. More complicated example:
--set parametric --set "trange [0:2*3.14]" --equation "sin(t),cos(t)" --set parametric --set "trange [0:2*3.14]" --equation "sin(t),cos(t)"
Here the data I generate is points along the unit circle. I plot these as Here the data I generate is points along the unit circle. I plot these as
points, and I /also/ plot a true circle as a parametric equation. points, and I I<also> plot a true circle as a parametric equation.
=item =item