Draw a butterfly curve in Python
## mandelbrot 16:29
# syntax
* `nice -19 fraqtive &`
* type *julia*
* variant *conjugate*
* parameters *x 0.4 y 0.5*
* exponent *real=2.91*
* zoom *10^-0.45*
* rotation *10.0 deg*
* formula *Z(n+1)=_Z(n)^2+C*
* generation *2D*
* Resolution *Width 2560 Height 1080*
* Anti Aliasing *Medium*
* Multisampling *4x4*
* Calculation time a few s
## Julia Mandelbrot
sources:
man fraqtive(1)
man thunar(1)
**Advanced fractal mathematics** by *Gerold van Dijk*
* https://uvs.edu.sr/books/advanced_fractal_math_v2.4.txt
* defunct!
https://en.wikipedia.org/wiki/Mandelbrot_set
#mathematics #math #coprocessor #programming #mandelbrot #fractals #advanced #Lineair #Algebra #complex #numbers #formulas #matrix #technology #OpenSource #no #TV#
## mandelbrot 04:19
# syntax
* `nice -19 fraqtive &`
* type *mandelbrot*
* variant *absolute Im.*
* parameters *x 0.51 y 0.53*
* exponent *real=3.11*
* zoom *10^-0.45*
* rotation *20.0 deg*
* formula *Z(n+1)=_Z(n)^2+C*
* generation *2D*
* Resolution *Width 2560 Height 1080*
* Anti Aliasing *Medium*
* Multisampling *4x4*
* Calculation time a few ms
## Standard Mandelbrot
sources:
man fraqtive(1)
man thunar(1)
**Advanced fractal mathematics** by *Gerold van Dijk*
* https://uvs.edu.sr/books/advanced_fractal_math_v2.4.txt
* defunct!
https://en.wikipedia.org/wiki/Mandelbrot_set
#mathematics #math #coprocessor #programming #mandelbrot #fractals #advanced #Lineair #Algebra #complex #numbers #formulas #matrix #technology #OpenSource #no #TV#
## mandelbrot 23:28
# syntax
* `fraqtive`
* type *mandelbrot*
* parameters *nvt*
* variant *real*
* exponent *real=2.61*
* formula *Z(n+1)=_Z(n)^2+C*
* zoom *10^-0.35*
* rotation *100.0 deg*
* generation *2D*
* Resolution *Width 2560 Height 1080*
* Anti Aliasing *Medium*
* Multisampling *4x4*
sources:
man fraqtive(1)
https://en.wikipedia.org/wiki/Mandelbrot_set
#mathematics #programming #mandelbrot #fractals #advanced #Lineair #Algebra #complex #numbers #matrix #technology #OpenSource