PLEASE POST SOME OF THE IMAGES THAT YOU MIGHT DISCOVER IN THIS THREAD......
It is a B4J kickstart for this Github project.
You can zoom in many, many times - just click on a specific point and then keep on clicking on the same spot - sure you will figure it out.
Change the MAX_ITER value by clicking on the button to change the number of iterations - see how the image changes
Attached the B4J sample project
Attached the JAR - copy it to your B4J additional library folder
With Java 11+ you can compile it into a standalone package (exe)
After numerous zooms in a specific area:
This is what the UI control looks like:
Zoom in around the edges of the Mandelbrot set - you will discover some very interesting images that seems to repeat themselves. You will also at some time or another (while zooming in) come across miniature Mandelbrot sets. Eg - after numerous zooms in various places I came across ths mini Mandelbrot set and used the MAX_ITER button the get some better definition of it
...and zooming in further on a tiny spot of the above image:
It is a B4J kickstart for this Github project.
You can zoom in many, many times - just click on a specific point and then keep on clicking on the same spot - sure you will figure it out.
Change the MAX_ITER value by clicking on the button to change the number of iterations - see how the image changes
Attached the B4J sample project
Attached the JAR - copy it to your B4J additional library folder
With Java 11+ you can compile it into a standalone package (exe)
After numerous zooms in a specific area:
This is what the UI control looks like:
Zoom in around the edges of the Mandelbrot set - you will discover some very interesting images that seems to repeat themselves. You will also at some time or another (while zooming in) come across miniature Mandelbrot sets. Eg - after numerous zooms in various places I came across ths mini Mandelbrot set and used the MAX_ITER button the get some better definition of it
...and zooming in further on a tiny spot of the above image:
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