def main():
count=0
playcon=True
global firstplayer
global secondplayer
global firstplayer_algo
global firstplayer_depth
global secondplayer_algo
global secondplayer_depth
player=""
oplayer=""
cutt_off_depth=0
firstplayer=""
secondplayer=""
firstplayer_algo=0
firstplayer_depth=0
secondplayer_algo=0
secondplayer_depth=0
turn1=1
zaza=0
fileName = ""
# Read File Name
for a in range(len(sys.argv)):
if sys.argv[a] == "-i":
fileName = sys.argv[a+1]
break;
f = open(fileName,'r')
value=[]
occupied_positions=[]
with open(fileName, 'r') as f:
line=f.readline().rstrip()
if(int(line)<4):
task=int(line)
for i in range(1,13):
line=f.readline().rstrip()
if(i==1):
player=line
elif(i==2):
cutt_off_depth=int(line)
if cutt_off_depth==0:
print "depth not accepted"
sys.exit()
elif(i>2 and i<=7):
ls=[]
ls=map(int,line.split())
value.append(ls)
elif(i>7):
occ=[]
for c in line:
occ.append(c)
occupied_positions.append(occ)
else:
task=int(line)
# print occupiedList, " before for loop"
for i in range(1, 17):
line = f.readline().rstrip()
# print "Line read is ", line, " i is, ", i
if i == 1:
firstplayer = line
elif i == 2:
firstplayer_algo = int(line)
elif i == 3:
firstplayer_depth = int(line)
if i == 4:
secondplayer = line
elif i == 5:
secondplayer_algo = int(line)
elif i == 6:
secondplayer_depth = int(line)
elif i <= 11 and i >= 7:
ls=[]
ls=map(int,line.split())
value.append(ls)
elif i >= 12 and i <= 17:
occ=[]
for c in line:
occ.append(c)
occupied_positions.append(occ)
playerX='X'
PlayerO='O'
#print occupied_positions
#print player,oplayer
if(task==1):
if(player==playerX):
oplayer='O'
else:
oplayer='X'
evaluation_function=0
maxi=0
player1=0
player2=0
y=evaluation(value,occupied_positions,player,oplayer)
evaluation_function=y.eval()
# print evaluation_function
z=next_state(value,occupied_positions,player,oplayer,evaluation_function)
occupied_positions=z.state()
y=evaluation(value,occupied_positions,player,oplayer)
evaluation_function=y.eval()
# print occupied_positions
# print evaluation_function
#
#print content
elif(task==2):
if(player==playerX):
oplayer='O'
else:
oplayer='X'
nx=minimax_algos(value,occupied_positions,player,oplayer,cutt_off_depth)
nx.NodeForMiniMax()
elif(task==3):
if(player==playerX):
oplayer='O'
else:
oplayer='X'
nxx=AlphaBeta(value,occupied_positions,player,oplayer,cutt_off_depth)
nxx.getBestRootNodeForAlphaBeta()
# print "alphabeta"
elif(task==4):
i=0
for i in range(5):
for j in range(5):
if occupied_positions[i][j]=='*':
count+=1
while(i<=count):
i+=1
if turn1 == 1:
if firstplayer_algo == 1:
y1=evaluation(value,occupied_positions,firstplayer,secondplayer)
evaluation_function=y1.eval()
z1=next_state(value,occupied_positions,firstplayer,secondplayer,evaluation_function)
occupied_positions=z1.state()
y2=evaluation(value,occupied_positions,firstplayer,secondplayer)
evaluation_function=y2.eval()
rz = open('trace_state.txt','a+')
for i in range(5):
for j in range(5):
rz.write(occupied_positions[i][j])
rz.write("\n")
elif firstplayer_algo == 2:
nx=minimax_algos(value,occupied_positions,firstplayer,secondplayer,firstplayer_depth)
nx.NodeForMiniMax()
rz = open('trace_state.txt','a+')
for i in range(5):
for j in range(5):
rz.write(occupied_positions[i][j])
rz.write("\n")
elif firstplayer_algo == 3:
nxx=AlphaBeta(value,occupied_positions,firstplayer,secondplayer,firstplayer_depth)
nxx.getBestRootNodeForAlphaBeta()
rz = open('trace_state.txt','a+')
for i in range(5):
for j in range(5):
rz.write(occupied_positions[i][j])
rz.write("\n")
turn1=2
elif turn1==2:
if secondplayer_algo == 1:
y3=evaluation(value,occupied_positions,secondplayer,firstplayer)
evaluation_function=y4.eval()
z3=next_state(value,occupied_positions,secondplayer,firstplayer,evaluation_function)
occupied_positions=z3.state()
y4=evaluation(value,occupied_positions,secondplayer,firstplayer)
evaluation_function=y4.eval()
for i in range(5):
for j in range(5):
rz.write(occupied_positions[i][j])
rz.write("\n")
elif secondplayer_algo == 2:
nx=minimax_algos(value,occupied_positions,secondplayer,firstplayer,secondplayer_depth)
nx.NodeForMiniMax()
rz = open('trace_state.txt','a+')
for i in range(5):
for j in range(5):
rz.write(occupied_positions[i][j])
rz.write("\n")
elif secondplayer_algo == 3:
nxx=AlphaBeta(value,occupied_positions,secondplayer,firstplayer,secondplayer_depth)
nxx.getBestRootNodeForAlphaBeta()
rz = open('trace_state.txt','a+')
for i in range(5):
for j in range(5):
rz.write(occupied_positions[i][j])
rz.write("\n")
turn1=1
r1 = open('next_state.txt','w+')
for i in range(5):
for j in range(5):
r1.write(occupied_positions[i][j])
r1.write("\n")
r1.close()
rz.close()
f.close()
def main():
fileName = ""
# Read File Name
for a in range(len(sys.argv)):
if sys.argv[a] == "-i":
fileName = sys.argv[a+1]
break;
#f = open('testcase1.txt','r')
value=[]
occupied_positions=[]
with open(fileName, 'r') as f:
for i in range(0,13):
line=f.readline().rstrip()
if(i==0):
task=int(line)
#print task
elif(i==1):
player=line
elif(i==2):
cutt_off_depth=int(line)
if cutt_off_depth==0:
print "depth not accepted"
sys.exit()
elif(i>2 and i<=7):
ls=[]
ls=map(int,line.split())
value.append(ls)
elif(i>7):
occ=[]
for c in line:
occ.append(c)
occupied_positions.append(occ)
playerX='X'
PlayerO='O'
#print occupied_positions
if(player==playerX):
oplayer='O'
else:
oplayer='X'
#print player,oplayer
if(task==1):
evaluation_function=0
maxi=0
player1=0
player2=0
y=evaluation(value,occupied_positions,player,oplayer)
evaluation_function=y.eval()
# print evaluation_function
z=next_state(value,occupied_positions,player,oplayer,evaluation_function)
occupied_positions=z.state()
y=evaluation(value,occupied_positions,player,oplayer)
evaluation_function=y.eval()
# print occupied_positions
# print evaluation_function
#
#print content
elif(task==2):
nx=minimax_algos(value,occupied_positions,player,oplayer,cutt_off_depth)
nx.NodeForMiniMax()
elif(task==3):
nxx=AlphaBeta(value,occupied_positions,player,oplayer,cutt_off_depth)
nxx.getBestRootNodeForAlphaBeta()
# print "alphabeta"
r1 = open('next_state.txt','w+')
for i in range(5):
for j in range(5):
r1.write(occupied_positions[i][j])
r1.write("\n")
r1.close()
f.close()
