TreeGen - Procedurally Generated Trees

Not designed for small devices below 960 x 560.

Overview

Procedurally generates trees on a HTML5 web app.

Why it started

I wondered what it would take to randomly generate trees or other parts of nature like flowers and shrubs. This led me down the path of L systems and other methods of doing exactly that.

What I learnt

Over the course of 3 main iterations of the same project I learnt how important scale, object management and self-looping functions are for this to work correctly.
Phase one was using only object oriented programming (OOP) to make a tree generate, I soon learnt how taxing the whole process was on the system from the amount of instances and I needed to implement some limits.
Phase two was using only data structures which was limiting but a good lesson in the importance of scaling data.
Phase three I made use of both OOP and data structures. During this final phase I was making good use of self-looping functions so the branches would create more branches which came with its own set of challenges like infinite loops and testing difficulty when something was broken.

How it works

I create the first branch standing upright with a thick branch, it then creates 1 branch.
Each branch from this point onwards has a chance of creating up to 3 branches of varying angles or terminating, turning into a leaf. This process repeats up the chain and is capped at a certain number of branches since the root branch.
As the branches get created they are reduced in size creating a somewhat realistic looking tree like structure.

Where next?

If I need 2d trees in a project I’m working on in the future I may look at this again as a potential asset creation tool.

If I did it again?

I would generate the tree using OOP and save it after creation in a data structure. Allowing post creation modification and waving leaves / branches.