> Hi,
> How do we limit the Theta range plotted? In the current format, R plots
> the
> whole 2Pi range, however I want a plot between 0 and pi/2.
> I do not see any parameter in polar.plot to do the same, am I missing
> something very obvious?
Hi Avaneesh,
Use the radial.pos argument to provide p
Hi,
How do we limit the Theta range plotted? In the current format, R plots the
whole 2Pi range, however I want a plot between 0 and pi/2.
I do not see any parameter in polar.plot to do the same, am I missing
something very obvious?
Regards,
Avaneesh T
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Thank you Jim,
I had a liitle off-list conversation with Greg and finally I got the solution.
All the code is now on
http://commons.wikimedia.org/wiki/File:Sonnenstand.png I got the
workaround with my own "(sun)lines" function which does the shift from
cartesian coordiantes to polar coordinates. A
On 06/04/2010 05:05 AM, Thomas Steiner wrote:
Thank you Greg,
I'll add 180 then.
Thanks for the hint with longer radial.lim arguments it works woderfull.
The lines function is plotting in Cartesian coordinates, not the polar
coordinates.
Is there any (lines) function that plots polar coord
Thank you Greg,
I'll add 180 then.
Thanks for the hint with longer radial.lim arguments it works woderfull.
> The lines function is plotting in Cartesian coordinates, not the polar
> coordinates.
Is there any (lines) function that plots polar coordinates to an existing plot?
Thank you very mu
It looks like polar.plot does not handle negative lengths, you can preprocess
the data and just add 180 degrees to the angles corresponding to negative
lengths and then use their absolute values.
The radial.lim is not ignored, based on the documentation the range is then
made pretty (and 100 is
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