% collisions1.tiles
% generals V-shaped boundary with random barcode pattern,
% then copies the barcode until 1's collide and cancel out.
% The barcode uses pairs of 1's and 0's.

% for aTAM, try
% xgrow collisions1 T=2 update_rate=100 

% for kTAM, try
% xgrow collisions1 Gmc=17.5 Gse=9 update_rate=10000


tile edges matches {{N E S W}*}
num tile types=13
num binding types=5
binding type names={ A B0 B1 z0 o1 }
tile edges={
{0 A A 0} (red) % seed tile
{A z0 B0 0} (lightgreen) % zero vertical boundary
{B0 z0 A 0} (lightgreen) % zero vertical boundary
{A o1 B1 0}[.4] (darkblue) % one vertical boundary, low concentration
{B1 o1 A 0}[.4] (darkblue) % one vertical boundary, low concentration
{0 B0 z0 A} (lightgreen) % zero horizontal boundary
{0 A z0 B0} (lightgreen) % zero horizontal boundary
{0 B1 o1 A}[.4] (darkblue) % one horizontal boundary, low concentration
{0 A o1 B1}[.4] (darkblue) % one horizontal boundary, low concentration
{z0 z0 z0 z0} (white) % no signals
{o1 z0 o1 z0} (darkgray) % vertical signal
{z0 o1 z0 o1} (darkgray) % horizontal signal
{o1 z0 z0 o1} (magenta) % colliding signals
}
binding strengths={ 2 2 2 1 1 }
seed=5,5,1
size=128
block=4