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0h_h1_sol.py
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0h_h1_sol.py
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s=int(input("Enter grid size: "))
limit=2*pow(s,2)
red=1
blue=5
total=0
flag=0
grid=[]
for x in range(s):
a=[]
for y in range(s):
a.append(0)
grid.append(a)
rinR=a.copy()
rinC=a.copy()
binR=a.copy()
binC=a.copy()
tinR=a.copy()
tinC=a.copy()
print("For Red")
red_rows=list(map(int, input("Enter for rows: \n").split()))
red_cols=list(map(int, input("Enter for columns: \n").split()))
print("For Blue:")
blue_rows=list(map(int, input("Enter for rows: \n").split()))
blue_cols=list(map(int, input("Enter for columns: \n").split()))
red_len=len(red_rows)
blue_len=len(blue_rows)
# Adding the tiles to grid
for i in range(red_len):
grid[red_rows[i]-1][red_cols[i]-1]=red
rinR[red_rows[i]-1]+=1
rinC[red_cols[i]-1]+=1
tinR[red_rows[i]-1]+=1
tinC[red_cols[i]-1]+=1
total+=2
for i in range(blue_len):
grid[blue_rows[i]-1][blue_cols[i]-1]=blue
binR[blue_rows[i]-1]+=1
binC[blue_cols[i]-1]+=1
tinR[blue_rows[i]-1]+=1
tinC[blue_cols[i]-1]+=1
total+=2
# print("\n")
# for i in range(s):
# print(grid[i])
# print("\n")
while total!=limit:
for x in range(s):
for y in range(s):
if grid[x][y]!=0:
if grid[x][y]==red:
if y<s-1:
if grid[x][y+1]==red:
if y==s-2:
if grid[x][y-1]==0:
grid[x][y-1]=blue
binR[x]+=1
binC[y-1]+=1
tinR[x]+=1
tinC[y-1]+=1
total+=2
elif y==0:
if grid[x][y+2]==0:
grid[x][y+2]=blue
binR[x]+=1
binC[y+2]+=1
tinR[x]+=1
tinC[y+2]+=1
total+=2
else:
if grid[x][y-1]==0:
grid[x][y-1]=blue
binR[x]+=1
binC[y-1]+=1
tinR[x]+=1
tinC[y-1]+=1
total+=2
if grid[x][y+2]==0:
grid[x][y+2]=blue
binR[x]+=1
binC[y+2]+=1
tinR[x]+=1
tinC[y+2]+=1
total+=2
if x<s-1:
if grid[x+1][y]==red:
if x==s-2:
if grid[x-1][y]==0:
grid[x-1][y]=blue
binR[x-1]+=1
binC[y]+=1
tinR[x-1]+=1
tinC[y]+=1
total+=2
elif x==0:
if grid[x+2][y]==0:
grid[x+2][y]=blue
binR[x+2]+=1
binC[y]+=1
tinR[x+2]+=1
tinC[y]+=1
total+=2
else:
if grid[x-1][y]==0:
grid[x-1][y]=blue
binR[x-1]+=1
binC[y]+=1
tinR[x-1]+=1
tinC[y]+=1
total+=2
if grid[x+2][y]==0:
grid[x+2][y]=blue
binR[x+2]+=1
binC[y]+=1
tinR[x+2]+=1
tinC[y]+=1
total+=2
if y<s-2:
if grid[x][y+2]==red:
if grid[x][y+1]==0:
grid[x][y+1]=blue
binR[x]+=1
binC[y+1]+=1
tinR[x]+=1
tinC[y+1]+=1
total+=2
if x<s-2:
if grid[x+2][y]==red:
if grid[x+1][y]==0:
grid[x+1][y]=blue
binR[x+1]+=1
binC[y]+=1
tinR[x+1]+=1
tinC[y]+=1
total+=2
elif grid[x][y]==blue:
if y<s-1:
if grid[x][y+1]==blue:
if y==s-2:
if grid[x][y-1]==0:
grid[x][y-1]=red
rinR[x]+=1
rinC[y-1]+=1
tinR[x]+=1
tinC[y-1]+=1
total+=2
elif y==0:
if grid[x][y+2]==0:
grid[x][y+2]=red
rinR[x]+=1
rinC[y+2]+=1
tinR[x]+=1
tinC[y+2]+=1
total+=2
else:
if grid[x][y-1]==0:
grid[x][y-1]=red
rinR[x]+=1
rinC[y-1]+=1
tinR[x]+=1
tinC[y-1]+=1
total+=2
if grid[x][y+2]==0:
grid[x][y+2]=red
rinR[x]+=1
rinC[y+2]+=1
tinR[x]+=1
tinC[y+2]+=1
total+=2
if x<s-1:
if grid[x+1][y]==blue:
if x==s-2:
if grid[x-1][y]==0:
grid[x-1][y]=red
rinR[x-1]+=1
rinC[y]+=1
tinR[x-1]+=1
tinC[y]+=1
total+=2
elif x==0:
if grid[x+2][y]==0:
grid[x+2][y]=red
rinR[x+2]+=1
rinC[y]+=1
tinR[x+2]+=1
tinC[y]+=1
total+=2
else:
if grid[x-1][y]==0:
grid[x-1][y]=red
rinR[x-1]+=1
rinC[y]+=1
tinR[x-1]+=1
tinC[y]+=1
total+=2
if grid[x+2][y]==0:
grid[x+2][y]=red
rinR[x+2]+=1
rinC[y]+=1
tinR[x+2]+=1
tinC[y]+=1
total+=2
if y<s-2:
if grid[x][y+2]==blue:
if grid[x][y+1]==0:
grid[x][y+1]=red
rinR[x]+=1
rinC[y+1]+=1
tinR[x]+=1
tinC[y+1]+=1
total+=2
if x<s-2:
if grid[x+2][y]==blue:
if grid[x+1][y]==0:
grid[x+1][y]=red
rinR[x+1]+=1
rinC[y]+=1
tinR[x+1]+=1
tinC[y]+=1
total+=2
if tinR[y]!=s:
if rinR[y]==s//2:
for c in range(s):
if grid[y][c]==0:
grid[y][c]=blue
binR[y]+=1
binC[c]+=1
tinR[y]+=1
tinC[c]+=1
total+=2
if binR[y]==s//2:
for c in range(s):
if grid[y][c]==0:
grid[y][c]=red
rinR[y]+=1
rinC[c]+=1
tinR[y]+=1
tinC[c]+=1
total+=2
if tinC[y]!=s:
if rinC[y]==s//2:
for r in range(s):
if grid[r][y]==0:
grid[r][y]=blue
binR[r]+=1
binC[y]+=1
tinR[r]+=1
tinC[y]+=1
total+=2
if binC[y]==s//2:
for r in range(s):
if grid[r][y]==0:
grid[r][y]=red
rinR[r]+=1
rinC[y]+=1
tinR[r]+=1
tinC[y]+=1
total+=2
if tinR[x]==s and tinR[y]==(s-2):
for i in range(s):
if grid[y][i]!=grid[x][i] and grid[y][i]!=0:
flag=1
break
flag=0
if flag==0:
for i in range(s):
if grid[y][i]==0:
if grid[x][i]==red:
grid[y][i]=blue
binR[y]+=1
binC[i]+=1
tinR[y]+=1
tinC[i]+=1
total+=2
else:
grid[y][i]=red
rinR[y]+=1
rinC[i]+=1
tinR[y]+=1
tinC[i]+=1
total+=2
if tinC[x]==s and tinC[y]==(s-2):
for i in range(s):
if grid[i][y]!=grid[i][x] and grid[i][y]!=0:
flag=1
break
flag=0
if flag==0:
for i in range(s):
if grid[i][y]==0:
if grid[i][x]==red:
grid[i][y]=blue
binR[i]+=1
binC[y]+=1
tinR[i]+=1
tinC[y]+=1
total+=2
else:
grid[i][y]=red
rinR[i]+=1
rinC[y]+=1
tinR[i]+=1
tinC[y]+=1
total+=2
for i in range(s):
print(grid[i])
# print(f"\n\n{rinR}\n{rinC}\n\n{binR}\n{binC}\n\n{tinR}\n{tinC}")