225 digits. If you really want to plot all
the digits you provide, you should be looping over /them/, not some
arbitrary X and Y coordinates.
I didn't say I yet had what I need to use polar coordinates for yet
working, or that I even yet had done anything past some planning in my
head. In
I don't think what I am currently doing is heat maps, but at least from
what I have read, they could be adapted to "visualiztions of PI."
Toward that end I decided to put a link to the video that inspired me, a
link to where I got the graphics.py package (or at least where I think I
got it), a
On 12/17/18 5:20 PM, Brian Christiansen wrote:
I don't know if this follow up to my original message will even be seen
because of all the spam advertising e-books that at least from the
titles appear to have nothing to do with python.
I apologize for being overly wordy in my description, but I
On Tue, Dec 18, 2018 at 12:26 PM Brian Christiansen
wrote:
>
> I don't know if this follow up to my original message will even be seen
> because of all the spam advertising e-books that at least from the
> titles appear to have nothing to do with python.
It's easy enough to see the important info
I don't know if this follow up to my original message will even be seen
because of all the spam advertising e-books that at least from the
titles appear to have nothing to do with python.
I apologize for being overly wordy in my description, but I suppose I
was worried that if I did not go int
Brian Christiansen wrote:
>
> I guess my question is if python can do this natively
> or if there is a package somewhere ( polar.py ? ) that can do this
>
You might consider matplotlib for polar coordinate plotting ...
https://matplotlib.org/examples/pylab_examples/polar_demo.
lizing it is to put dots corresponding to each
> digits in a spiral pattern, in a color corresponding to what the digit
> is. I think this would be easiest, at least in the initial calculation
> of the point would be to use polar coordinates.
>
> For example, if I were to use a very s
t to talk about something else.
>> One of the ways of visualizing it is to put dots corresponding to each
>> digits in a spiral pattern, in a color corresponding to what the digit
>> is. I think this would be easiest, at least in the initial calculation
>> of the point woul
of the ways of visualizing it is to put dots corresponding to each
> digits in a spiral pattern, in a color corresponding to what the digit
> is. I think this would be easiest, at least in the initial calculation
> of the point would be to use polar coordinates.
>
> For example, if I were to
pattern, in a color corresponding to what the digit
is. I think this would be easiest, at least in the initial calculation
of the point would be to use polar coordinates.
For example, if I were to use a very simple archimedian spiral, r = 0 +
(1 x theta), the "first 4" points, if theta
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