def main(script, *args):
"""Constructs the rabbits methusela.
http://www.argentum.freeserve.co.uk/lex_r.htm#rabbits
"""
rabbits = ['1000111', '111001', '01']
n = 400
m = 600
life = Life(n, m)
life.add_cells(n // 2, m // 2, *rabbits)
viewer = LifeViewer(life)
anim = viewer.animate(frames=100, interval=1)
plt.subplots_adjust(left=0.01, right=0.99, bottom=0.01, top=0.99)
plt.show()
def make_viewer(n, m, row, col, *strings):
"""Makes a Life and LifeViewer object.
n, m: rows and columns of the Life array
row, col: upper left coordinate of the cells to be added
strings: list of strings of '0' and '1'
"""
life = Life(n, m) # n行m列的格子
life.add_cells(row, col, *strings) # 左上角坐标
viewer = LifeViewer(life) # 瞅一眼
return viewer
def main(script, *args):
"""Constructs the rabbits methusela.
http://www.argentum.freeserve.co.uk/lex_r.htm#rabbits
"""
rabbits = [
'1000111',
'111001',
'01'
]
n = 400
m = 600
life = Life(n, m)
life.add_cells(n//2, m//2, *rabbits)
viewer = LifeViewer(life)
anim = viewer.animate(frames=100, interval=1)
plt.subplots_adjust(left=0.01, right=0.99, bottom=0.01, top=0.99)
plt.show()
def main(script, *args):
"""Constructs a puffer train.
Uses the entities in this file:
http://www.radicaleye.com/lifepage/patterns/puftrain.lif
"""
lwss = ['0001', '00001', '10001', '01111']
bhep = ['1', '011', '001', '001', '01']
n = 400
m = 600
life = Life(n, m)
col = 120
life.add_cells(n // 2 + 12, col, *lwss)
life.add_cells(n // 2 + 26, col, *lwss)
life.add_cells(n // 2 + 19, col, *bhep)
viewer = LifeViewer(life)
anim = viewer.animate(frames=100, interval=1)
plt.subplots_adjust(left=0.01, right=0.99, bottom=0.01, top=0.99)
plt.show()
def run_life(self):
dic = {}
check_repeat = self.ui.cbCheckRepeat.isChecked()
world = LifeWorld(self.ui.sbWorldSize.value(),
self.ui.cbRandomInit.isChecked())
# vm = input("select viewer: 0 - text, 1 - graphics\n")
# if vm not in {'0', '1'}:
# raise Exception("error")
if self.ui.cbOutType.currentIndex() == 0:
viewer = LifeViewer()
else:
viewer = TurtleViewer(self.ui.sbWindowSize.value(),
self.ui.sbWindowSize.value())
while world.next_generation():
if check_repeat:
_hash = world.get_hash()
val = dic.get(_hash)
if val is None:
dic[_hash] = world.get_generation()
else:
break
viewer.show_world(world, False, '')
# viewer.show_world(world)
time.sleep(self.ui.dsbDelay.value())
legend = ''
print(
"-------------COMPLETION OF EVOLUTION {}-----------------".format(
world.get_generation()))
if world.get_empty():
legend = "-------------EXTINCTION IN GENERATION {}-----------------".format(
world.get_generation())
else:
_hash = world.get_hash()
gen = dic.get(_hash)
if gen is not None:
if world.get_generation() - gen == 1:
legend = "-------------STABLE CONFIGURATION IN GENERATION {}-----------------".format(
gen)
else:
legend = "-------------REPEAT CONFIGURATION FROM GENERATION {}-----------------".format(
gen)
viewer.show_world(world, True, legend)
print(legend)
for i in str:
a = int(i)
dic = {}
check_repeat = True
world = LifeWorld(10, 10)
# vm = input("select viewer: 0 - text, 1 - graphics\n")
# if vm not in {'0', '1'}:
# raise Exception("error")
#if self.ui.cbOutType.currentIndex() == 0:
# viewer = LifeViewer()
#else:
#viewer = TurtleViewer(800, 800)
viewer = LifeViewer()
while world.next_generation():
if check_repeat:
_hash = world.get_hash()
val = dic.get(_hash)
if val is None:
dic[_hash] = world.get_generation()
else:
break
viewer.show_world(world, False, '')
# viewer.show_world(world)
time.sleep(0.05)
legend = ''
print("-------------COMPLETION OF EVOLUTION {}-----------------".format(