[Tutor] Game of python, help please.
leo degon
existentialleo at gmail.com
Mon Apr 9 08:26:39 CEST 2012
Hello all, Im trying to learn python and programming in my free time, and
I'm trying to do a little personal project to trying and gain some skills.
Im trying to do version of John conways game of life. I have a working
version of the game. Written for 3.2.2 on a mac to be accessed through
terminal. I'm trying to give it a number of options. it dimensions, the max
number of turns, initial set up, and boundary conditions. The dimensions
and turns were pretty easy to include. The boundary conditions more
difficult, and now I'm getting stuck on the initial set up options. I can
set it up randomly but Im having problems implementing a checker board
pattern.
'''displays: the text of the game of life for a set number of X x Y for a
set of R turns.
[-][-][-][-][-]
[-][-][-][-][-]
[-][-][-][-][-]
[-][-][-][-][-]
[-][-][-][-][-]
Get X,Y,T, Initial value
Create a data space X x Y
Assign initial value
print initial value and the text' initial value'
do while turns<T:
check data space
create new data space according to rules and old data space.
replace dataspace
print data space.
print end. '''
import random
X,Y,T=0,0,0
while not 4<X<102:
X=int(input('How many rows? enter a integer between 5 and 101: '))
while not 4<Y<102:
Y=int(input('How many columns? enter a integer between 5 and 101: '))
while not 4<T<102:
T=int(input('How many turns? enter a integer between 5 and 101: '))
entry=0
while not (entry=='b' or entry=='l' or entry=='d'):
entry=input('Press "b" for bound dimensions, press "l" for live
boundry, or press "d" for dead boundry: ')
#while not(initial=='r' or initial=='c' or initial=='g' or initial=='e'):
# initial=input('
SPACE=[]
for i in range(X):
SPACE.append([])
for j in range(Y):
SPACE[i].append([0])
print(SPACE)
#initial set up-random, checker board, glider, eternal.
initial=0
while not(initial =='r' or initial =='c' or initial=='g' or initial=='e'):
initial=input('Chose inital setup: press "r" for random,"c" for
checker, "g" for glider,"e"=eternal')
if initial=='c':
idex=0
for i in range(X):
jdex=0
for j in range(Y):
if (idex+jdex)%2==0:
SPACE[idex][jdex]=[0,]
jdex+=1
else:
SPACE[idex][jdex]=[1,]
jdex+=1
idex+=1
else: #initial='r'
for i in SPACE:
for j in i:
j[0]=random.randint(0,1)
print('initial set up')
def printset(SPACE):
for i in SPACE:
print(i)
printset(SPACE)
turn=0
while turn<T:
#CREATNEWXxY
NEW=[]
for i in range(int(X)):
NEW.append([])
for j in range(int(Y)):
NEW[i].append([0])
idex=0
for i in SPACE:
jdex=0
for j in i:
#Set surronding
if entry=='d':
if idex==0:
if jdex==0:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]
elif 0<jdex<Y-1:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex+1][jdex-1][0]+SPACE[idex][jdex-1][0]
else:
surronding=SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex-1][0]
elif 0<idex<X-1:
if jdex==0:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]
elif 0<jdex<Y-1:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex-1][0]
else:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex-1][jdex][0]++SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex-1][0]
else:
if jdex==0:
surronding=SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex][jdex+1][0]
elif 0<jdex<Y-1:
surronding=SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]
else:
surronding=SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]
elif entry=='l':
if idex==0:
if jdex==0:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+5
elif 0<jdex<Y-1:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex+1][jdex-1][0]+SPACE[idex][jdex-1][0]+3
else:
surronding=SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex-1][0]+5
elif 0<idex<X-1:
if jdex==0:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+3
elif 0<jdex<Y-1:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex-1][0]
else:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex-1][jdex][0]++SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex-1][0]+3
else:
if jdex==0:
surronding=SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex][jdex+1][0]+5
elif 0<jdex<Y-1:
surronding=SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+3
else:
surronding=SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+5
else:
if idex==0:
if jdex==0:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex-1][0]
elif 0<jdex<Y-1:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex-1][0]
else:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][0][0]+SPACE[idex][0][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][0][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex-1][0]
elif 0<idex<X-1:
if jdex==0:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex-1][0]
elif 0<jdex<Y-1:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex-1][0]
else:
surronding=SPACE[idex+1][jdex][0]+SPACE[idex+1][0][0]+SPACE[idex][0][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][0][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[idex+1][jdex-1][0]
else:
if jdex==0:
surronding=SPACE[0][jdex][0]+SPACE[0][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[0][jdex-1][0]
elif 0<jdex<Y-1:
surronding=SPACE[0][jdex][0]+SPACE[0][jdex+1][0]+SPACE[idex][jdex+1][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][jdex+1][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[0][jdex-1][0]
else:
surronding=SPACE[0][jdex][0]+SPACE[0][0][0]+SPACE[idex][0][0]+SPACE[idex-1][jdex][0]+SPACE[idex-1][0][0]+SPACE[idex-1][jdex-1][0]+SPACE[idex][jdex-1][0]+SPACE[0][jdex-1][0]
if j==[0]:
if surronding==3:
NEW[idex][jdex][0]=1
jdex+=1
else:
NEW[idex][jdex][0]=0
jdex+=1
else:
if surronding==2 or surronding==3:
NEW[idex][jdex][0]=1
jdex+=1
else:
NEW[idex][jdex][0]=0
jdex+=1
idex+=1
print(surronding)
SPACE=NEW[:]
printset(SPACE)
turn+=1
#input("Press any key to continue.")
print('------The End-------')
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