More morphogenic field playing, using this matrix
{-1f, 0f, 0f},
{10f,-.1f, 0f},
{-2f, 3f,20f}};
(horizontal = cell type, vertical = attraction to field)
(red, green, blue)
(red, green, blue)
We can get double-walled cells! (almost) The white field is the red cell morphogen.
I'm considering that more rules are needed to make the cell-wall continuous and unbreakable. Maybe adding springs between the cells once they've been next to another cell of a certain type for a set period.
[edit] these people have been playing these games since 94.
[edit] this file will run the simulation on your computer if you've got Java 1.6 and webstart enabled. The referenced files contains the source code. Thanks Phys2D!
I'm considering that more rules are needed to make the cell-wall continuous and unbreakable. Maybe adding springs between the cells once they've been next to another cell of a certain type for a set period.
[edit] these people have been playing these games since 94.
[edit] this file will run the simulation on your computer if you've got Java 1.6 and webstart enabled. The referenced files contains the source code. Thanks Phys2D!
