def main(stdscr):
try:
player = cage.CursesPlayer(stdscr)
automaton = VoteAutomaton(player.size)
cage.RandomInitializer().initialize(automaton)
player.main(automaton)
finally:
player.done()
def main(stdscr):
states = int(sys.argv[1])
threshold = float(sys.argv[2])
try:
player = cage.CursesPlayer(stdscr)
automaton = SteppingStoneAutomaton(player.size, states, threshold)
cage.RandomInitializer().initialize(automaton)
player.main(automaton)
finally:
player.done()
def main(stdscr):
global RULES
rule = sys.argv[1]
if rule in RULES:
rule = RULES[rule]
try:
player = cage.CursesPlayer(stdscr)
map = cage.MooreMap(player.size)
automaton = cage.TwoStateTotalisticAutomaton(map, rule)
cage.RandomInitializer().initialize(automaton)
player.main(automaton)
finally:
player.done()
def main():
player = None
try:
player = cage.ImagePlayer(400, 600)
automaton = cage.LinearCodedAutomaton(player.size, RULE)
rightMostAddress = player.size[0] - 1,
if RANDOM:
initializer = cage.RandomInitializer()
else:
initializer = cage.PointInitializer(rightMostAddress)
initializer.initialize(automaton)
player.main(automaton)
finally:
if player is not None:
player.done()
def main():
player = None
k = 2
r = 2
total = 2 * k**(2 * r + 1)
for code in range(0, total + 1, 2):
print "%d/%d" % (code, total)
try:
player = cage.LinePlayer(79)
automaton = LinearTotalisticAutomaton(player.size, k, r, code)
cage.RandomInitializer().initialize(automaton)
player.main(automaton)
finally:
if player is not None:
player.done()
print