04-14-2014, 10:27 PM
These are some of the basic ones. The renderer currently only supports Mandelbrot and quadratic Julia sets, but if I'm motivated at some point maybe I'll implement cubic (quartic? QUINTIC?) julia sets or even a better color scheme. If you're interested in the source (HTML/js), just holler below. Enjoy!
![[Image: Qk3hfqh.png]](http://i.imgur.com/Qk3hfqh.png)
![[Image: BiMaGtZ.png]](http://i.imgur.com/BiMaGtZ.png)
![[Image: D7JKJi9.png]](http://i.imgur.com/D7JKJi9.png)
![[Image: ykbDcfo.png]](http://i.imgur.com/ykbDcfo.png)
![[Image: AEEQ7Ex.png]](http://i.imgur.com/AEEQ7Ex.png)
![[Image: IuOdcRu.png]](http://i.imgur.com/IuOdcRu.png)
The complex value of c is shown in each image in the top corner. And of course, for comprehensiveness, here's the model Mandelbrot set:
![[Image: 0bcb3ae.png]](http://i.imgur.com/0bcb3ae.png)
But that's boring compared to the Julias. Personally I think the Mandelbrot is overrated when you have an entire family of fractals at your fingertips by essentially changing a line of code (and that's not even getting into the weird ones with trigfunctions!)
Before I rant... enjoy
The complex value of c is shown in each image in the top corner. And of course, for comprehensiveness, here's the model Mandelbrot set:
But that's boring compared to the Julias. Personally I think the Mandelbrot is overrated when you have an entire family of fractals at your fingertips by essentially changing a line of code (and that's not even getting into the weird ones with trigfunctions!)
Before I rant... enjoy