from __future__ import print_function

import ast

from ProjectSparseLifeGrid import SparseLifeGrid

def main():

grid = SparseLifeGrid()

string_config = raw_input("Give tuples of r and c like: (1,2),(2,1),(2,2),(2,3) -> ")

INIT_CONFIG = ast.literal_eval(string_config)

#INIT_CONFIG = [(1,2), (2,1), (2,2), (2,3)]

grid.configure(INIT_CONFIG) #play the game

draw(grid)

play = True

while play:

evolve(grid)

user_desire = raw_input("Do you still go ahead? Yes for going othewise ends! -> ")

if(user_desire.lower() == 'yes'):

play = True

else:

play = False

draw(grid)

def evolve(grid):

gridList = list()

row_min, col_min = grid.minRange()

row_max, col_max = grid.maxRange()

for r in range(row_min - 1, row_max + 2):#row_max is increemented by 2 due to range function

for c in range(col_min - 1, col_max + 2):

neighbors = grid.numLiveNeighbors(r,c)

if (r == row_min - 1) or (c == col_min -1) \

or (r == row_max + 1) or (c == col_max +1):

if neighbors == 3:

#grid.setCell(r,c)

gridList.append((r,c))

# neighbors 3 and outside the grid

#inside the grid

else:

if (neighbors == 2 and grid.isLiveCell(r,c)) or \

(neighbors == 3 and grid.isLiveCell(r,c)):

#grid.setCell(r,c) #set the cell

gridList.append((r,c))

if (neighbors == 3 and not grid.isLiveCell(r,c)):

gridList.append((r,c))

#else:

#grid.clearCell(r,c)

#Grid clearCell and setCell is not used here because of loop

#I have to think how to make it yet

grid.configure(gridList)

def draw(grid):

row_min, col_min = grid.minRange()

row_max, col_max = grid.maxRange()

for r in range(row_min, row_max+1):

for c in range(col_min, col_max+1):

if grid.isLiveCell(r,c):

print('x', sep = ' ', end= ' ')

else:

print('o', sep= ' ', end= ' ')

print ('\n')

print("----next gen-----")

main()