# Rachel Lloy d...

#March 10, 2010

#ACSL - #3

#Senior-3

#Potter

#Enloe High School

BLACK="X"

WHITE="O"

def make_board():

board=[]

for i in range(1,31):

board.append(i)

return board

def print_board(board):

temp=[]

for i in range(0,10):

temp.append([])

temp[0].append(b[i])

for i in range(19,9,-1):

temp.append([])

temp[1].append(b[i])

for i in range(20,30):

temp.append([])

temp[2].append(b[i])

print temp[0]

print temp[1]

print temp[2]

def make_move(board,rods):

ans=[False,False]

count=0

while count<2:

if len(rods)%2==0:

turn=BLACK

else:

turn=WHITE

move=False

for i in range(0,30):

if turn==board[i]:

move=i+1

new_pos=False

moved=0

while moved==0 and move!=False:

pos=move+rods[0]

if pos>26 and move<26:

#print "House of Happinesss"

pos=26

new_pos=pos

moved=1

if pos==27:

#print "House of Waters"

pos=27

if board[pos-rods[0]-1]==board[pos-1]:

#print "spot taken by same color"

pos=pos

elif (str(board[pos-1]) is BLACK) or (str(board[pos-1]) is WHITE):

#print "switching places"

moved=1

if ans[0]-1==pos-1:

ans[0]=move

m=pos-rods[0]

temp=board[pos-1]

board[pos-1]=board[m-1]

board[m-1]=m

board[move-1]=temp

new_pos=pos

pos=15

move=27

else:

#print "moving normally"

moved=1

board[pos-1]=board[move-1]

board[move-1]=move

new_pos=pos

move=27

pos=15

if move==27 and rods[0] is not 4 and pos!=15:

#print "!!!!!!!!!!!!"

pos=27

if move==28 and rods[0] is not 3:

#print "House of Three Truths"

pos=28

if move==29 and rods[0] is not 2:

#print "House of Re-Atoum"

pos=29

if move==30 and rods[0] is not 1:

#print "Rule of 30"

pos=30

if pos==31:

#print "Done"

board[move-1]=move

new_pos=31

moved=1

if pos<31:

if board[move-1]==board[pos-1]:

#print "spot taken by same color"

pos=pos

elif (str(board[pos-1]) is BLACK) or (str(board[pos-1]) is WHITE):

#print "switching places"

moved=1

if ans[0]-1==pos-1 or ans[0]==-1:

ans[0]=move

temp=board[pos-1]

board[pos-1]=board[move-1]

board[move-1]=move

board[move-1]=temp

new_pos=pos

else:

#print "moving normally"

moved=1

board[pos-1]=board[move-1]

board[move-1]=move

new_pos=pos

if moved==0:

m=move

move=-1

for i in range(0,m-1):

if turn==board[i]:

move=i+1

if move==-1:

moved=1

new_pos=-1

ans[count]=new_pos

print_board(board)

count+=1

rods=rods[1:]

for i in range(2):

if ans[i]==31:

ans[i]="DONE"

if ans[i]==-1 or ans[i]==False:

ans[i]="NO VALID MOVES"

print ans

return board,rods

def get_input(board):

f=open('sr.txt','r')

text=f.readlines()

text[0]=text[0][:-1]

text[1]=text[1][:-1]

text[2]=text[2][:-1]

c=int(text[0][:text[0].index(',')])

text[0]=text[0][text[0].index(',')+1:]

for i in range(0,c):

if ',' in text[0]:

board[int(text[0][:text[0].index(',')])-1]=BLACK

text[0]=text[0][text[0].index(',')+1:]

board[int(text[0])-1]=BLACK

c=int(text[1][:text[1].index(',')])

text[1]=text[1][text[1].index(',')+1:]

for i in range(0,c):

if ',' in text[1]:

board[int(text[1][:text[1].index(',')])-1]=WHITE

text[1]=text[1][text[1].index(',')+1:]

board[int(text[1])-1]=WHITE

rods=[]

while ',' in text[2]:

rods.append(int(text[2][:text[2].index(',')]))

text[2]=text[2][text[2].index(',')+1:]

rods.append(int(text[2]))

#print_board(board)

# print rods

return board,rods

b=make_board()

b,r=get_input(b)

print

while len(r)>0:

print_board(b)

b,r=make_move(b,r)

print

print

print