Page locked

This page is currently locked for editing by another user. You have to wait until this user finishes editing or the lock expires.

Currently locked by: 190.92.221.220
Lock expires at: 2024-05-15 21:53 (12 min)

This page is read only. You can view the source, but not change it. Ask your administrator if you think this is wrong.

====Problems with L Systems====

  * Plant shape is entirely defined by algorithm
  * Geometric complexity is slow to compute and render
  * Somewhat difficult to control in an artistic sense

This is an alternative method where the topology of a plant is still defined by algorithm, but structural shape is defined by the texture images used as components of the plant.

This also allows us to put much more detail in the textures, and build plants out of fewer components.

====How it works====

Plants are built out of components which are defined by two texture images. The first texture is the one which is rendered on screen. The second is used to define where the connection points are, indicated by black blobs - this is where child components will be connected to. These blobs can be put anywhere in the texture. 

Each component is only allowed one place where it connects to it's parent, which is always at the bottom of the texture, in the middle.

{{:comp-2-0.png?200|}} {{:comp-cp-2-0.png?200|}}

The angle which the child components are positioned at is calculated by looking at the connection points in comparison to the centre of the image:

{{:cpangle.png?200|}}

This means that the textures have to be drawn with this in mind. We could expand this system to use strokes instead of blobs to represent position and direction at the same time.