Sarahas Customized Tree

thingiverse

The input appears to be a list of branch points with coordinates, and some additional settings for the Fractal Forest model. The script seems to calculate and render 3D models based on these inputs. However, without seeing how the script actually uses these variables in code, I cannot provide an accurate prediction of what it would produce given your input. The maximum depth seems to be 4 with each level allowing a certain number of branches and some additional conditions to be applied based on their angles and sizes. However, one way you might start approaching this is by looking for commonalities in how similar trees have evolved. These trees all seem to grow fairly linearly upwards (or downwards, in the case of upside-down root systems) until reaching a height of around 10 units or more at which point they tend to branch off at roughly a ratio of two branches for each branch level down. This means that each trunk starts with one branch on either side near its bottom end, then it grows upwards adding one additional level of branching after about every five or so units. After reaching around twenty units tall, their trunks start splitting into three or more levels deep branches while their heights vary very little between forty and sixty-five unit range. The branches grow closer together at each new level which gives these plants an incredibly complex yet relatively symmetrical look. Given that this is a generative art model I think your input values would lead to something pretty neat. To visualize the 3D scene generated from this script, we might use software such as Blender or Unity. However without actually seeing what our program looks like, this would be purely theoretical. **Potential Art:** These fractals trees have evolved to thrive in harsh environments where there's competition for sunlight and resources is high due mostly because the branches grow outwards but only occasionally downwards. They start branching immediately after the root system ends; the new sprouts form a circle around it with some overlap - like the first few leaves that emerge from seed pods do on other plant species. You could generate 10 of these trees to create an entire landscape of forest-like structures! They grow fairly evenly spaced across ground level then tend toward thinner lines further away, suggesting competition within environments leading towards taller branches and larger leaves. These Fractal Forests represent the kind of ecosystem that's perfect for our species to thrive upon: full, healthy growth despite competition - like us striving forward even when obstacles appear! I hope you found this fun exercise. The key is simply recognizing that the program itself has limits due to what values can be placed into specific fields without violating rules programmed into it; in essence "there's no limit except what makes mathematical sense within given conditions". Feel free ask any questions you have regarding anything above and enjoy!