Fractal Tutorial | Create Your Own Julia Fractals!

Amazing Seattle Fractals

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Fractal Tutorial - How to create Julia Fractals

Fractal ImageThis fractal tutorial is the second of a series and will help you get started using the Julia function in Tiera-zon. Keep in mind that the purpose of this fractal tutorial is not to help you create an exact replica of the images here, but to help you gain an understanding of how to use this aspect of the software program for creating unique fractals within Tiera-zon. I am sure that this tutorial will lead you to making new discoveries, and also to a better understanding of using Tiera-zon to create your own unique art!

Let me know what you think, or if you have any suggestions. If you are not that familiar with this fractal program I would HIGHLY recommend going through my beginning fractal tutorial BEFORE using this tutorial. That will give you a much better understanding of this program and the techniques we will be covering here.

Julia Transformation Examples

Fractal ImageI have put together a sample gallery below that demonstrates the changes possible using the Julia parameters with any fractal formula. The images below show the original fractal image and then it's corresponding Julia fractal next. Each pair is from the exact same mathematical formula, but as you can see you can achieve dramatic differences by using the techniques I'll explain in this fractal tutorial.

My Approach

Fractal ImageWhen creating fractals, I use the Julia parameter techniques in a structured or systematic way, changing each parameter carefully, and sometimes creating dozens, or even hundreds, of Julia fractals from the original image. Each of the Julia fractals are then explored using the zoom feature and refined using color controls, filters etc. Understanding these parameter changes will allow you to "tweak" an image to your preferences, composing it in a way not possible without that understanding.

As you understand these changes you will be able to start getting more specific results, as opposed to leaving the process to random chance. As you will see, each of these fractal images have the potential of being modified almost infinitely. In addition to these parameters, you also have zooming, filters and coloring algorithyms which can bring many more interesting fractal images. Most of those techniques were covered in the first tutorial. Ok, are you ready to start? Let's continue to page 2.

Julia Examples:

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