Efecretion
I welcome the sharpening of wise council. Please give your comments for me to consider.
-- 19:32, 5 September 2011 (UTC)
File:Mandelbrot Contours.jpg edit
HI. Thx for intresting image. Please add more description about algorithm , maybe source code and also add category. Regards. --Adam majewski (talk) 19:21, 11 February 2012 (UTC)
Hi, thanks for the interest. I am in the middle of cleaning up my code and determining just how my method works in the simplest manner. I will post the code as soon as it is ready though. Jordan Pierce (talk) 03:13, 16 February 2012 (UTC)
- See for example : Category:Images_with_C_source_code--Adam majewski (talk) 06:09, 11 May 2013 (UTC)
This is for you I think:
How do I send a comment to a contributor? name= Jordan pierce
Many thanks for your excellent figure! I'm developing a short course for high school students and your's is the largest and clearest diagram I have founds. Have you available even larger plots of the region after 3.4 etc.? I would pay for a wall sized diagram. Also have you considered plots for the Canonical form of the Logistic map?
Set Xi = ½ - Ti/R
The logistic equation becomes,
½ - Ti+1/R = R(½ - Ti/R) ( ½ + Ti/R) = R(1/4 – (Ti/R)2
(Ti+2)↑2 = (Ti+1) + a a = R(R-2)/4I find this an intriguing form - the special values such as R = 1+ sgr(6_) lead to a= 5/4. Many thanks again.
Howard J. Hickman
I've removed the email address, you can find it here
Logistic Bifurcation map High Resolution edit
I’m curious how you made the high resolution version of this image. I am able to make a similar image of dots but unless I increase the number of points to a ridiculous number it does not look as good as yours. Messy code is fine I can figure it out. Thanks! Its2ez4me24get (talk) 22:08, 19 September 2018 (UTC)
Perhaps 2.5 years late is not too bad!! Sorry -- but I've updated the description to include the algorithm I used. — Preceding unsigned comment added by Efecretion (talk • contribs) 21:30, 2 May 2021 (UTC)