康威的人生游戏，以及如何[关闭]

'''

import matplotlib.pyplot as plt
import matplotlib.animation as animation
import numpy as np

fig, ax = plt.subplots()#Get figure and axes
point = np.zeros((100,100))#initialize the array
plt.title("Game of Life")
im = ax.imshow(point)

def init():
_ = 0
for i in point:
while _ < len(i):
i[_] = np.random.randint(0,2)
_+=1
_=0
plt.imshow(point)
return [im]

def update(num):
point_1 = point[:]
i = 0
while i < len(point_1):# count numbers
if i ==0:
d = 0
while d <len(point_1[i]):
if d ==0:
inter = 0
if point_1[i][d+1] == 1 :
inter =+1
for  _y in range(d,d+2):
if point_1[i+1][_y] == 1:
inter +=1
if inter <2 or inter > 3:
point[i][d]=0
elif inter ==3:
point[i][d]=1
elif d <len(point_1[i])-1:
inter = 0
for _x in range(d-1,d+2):
if point_1[i][_x]==1:
if _x !=d:
inter +=1
for _x in range(d-1,d+2):
if point_1[i+1][_x]==1:
inter +=1
if inter <2 or inter > 3:
point[i][d]=0
elif inter ==3:
point[i][d]=1
else :
inter = 0
if point_1[i][d-1] == 1 :
inter =+1
for  _y in range(d-1,d+1):
if point_1[i+1][_y] == 1:
inter +=1
if inter <2 or inter > 3:
point[i][d]=0
elif inter ==3:
point[i][d]=1

d+=1
if i <len(point_1)-1 and i >0:
d= 0
while d <len(point_1[i]):
if d ==0:
inter = 0
for _x in range(d,d+2):
for _y in range(i-1,i+1):
inter+= point_1[_y][_x]
inter = inter - point_1[i][d]
if inter <2 or inter > 3:
point[i][d]=0
if inter ==3:
point[i][d]=1

elif d <len(point_1[i])-1:
inter = 0
for _x in range(d-1,d+2):
for _y in range(i-1,i+2):
inter+= point_1[_y][_x]

inter = inter - point_1[i][d]
if inter <2 or inter > 3:
point[i][d]=0
elif inter ==3:
point[i][d]=1

else :
inter = 0
for _x in range(d-1,d+1):
for _y in range(i-1,i+2):
inter+= point_1[_y][_x]

inter = inter - point_1[i][d]
if inter <2 or inter > 3:
point[i][d]=0
elif inter == 3:
point[i][d]=1
d +=1
if i == len(point_1)-1:
d = 0
while d <len(point_1[i]):
if d ==0:
inter = 0
if point_1[i][d+1] == 1 :
inter =+1
for  _y in range(d,d+2):
if point_1[i-1][_y] == 1:
inter +=1
if inter <2 or inter > 3:
point[i][d]=0
elif inter ==3:
point[i][d]=1
elif d <len(point_1[i])-1:
inter = 0
for _x in [d-1,d+1]:
if point_1[i][_x]==1:
inter +=1
for _x in range(d-1,d+2):
if point_1[i-1][_x]==1:
inter +=1
if inter <2 or inter > 3:
point[i][d]=0
elif inter ==3:
point[i][d]=1
else :
inter = 0
if point_1[i][d-1] == 1 :
inter =+1
for  _y in range(d-1,d+1):
if point_1[i-1][_y] == 1:
inter +=1
if inter <2 or inter > 3:
point[i][d]=0
elif inter ==3:
point[i][d]=1
d +=1
i+=1
im = plt.imshow(point)
return [im]
ani = animation.FuncAnimation(fig,update,frames = 100000000000, interval=1,init_func=init, blit = True)
plt.show()

''' 那是我的代码，还有另一个问题，如果我想减少复杂性，怎么办？