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jogo_da_vida.py
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jogo_da_vida.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
#
# jogo_da_vida.py
#
# Copyright 2016 icaro <icaro@icaro-X550CA>
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
# MA 02110-1301, USA.
#
#
import vida
import tkinter
import time
import os
def cria_mundo(matriz,mundo,tela):
lis=[]
#####
for col in range(len(mundo)):
for lin in range(len(mundo[col])):
lis.append("x")
matriz.append(lis)
lis=[]
#####
tamanho = 8
ho=0
ver=0
for col in range (len(matriz)):
ho+=tamanho
ver=0
for lin in range (len(matriz[col])):
ver+=tamanho
if mundo[col][lin] == "@":
matriz[col][lin]= tela.create_rectangle([ho-tamanho,ver-tamanho,ho-1,ver-1],width=1,fill="blue")
else:
matriz[col][lin]= tela.create_rectangle([ho-tamanho,ver-tamanho,ho-1,ver-1],width=1,fill="gray")
return matriz
def atualiza_mundo(matriz,mundo,tela):
for col in range (len(matriz)):
for lin in range (len(matriz[col])):
cor = tela.itemcget(matriz[col][lin], option="fill")
if mundo[col][lin] == "@" and cor == "gray" :
tela.itemconfig(matriz[col][lin], fill="blue")
if mundo[col][lin] == "." and cor == "blue" :
tela.itemconfig(matriz[col][lin], fill="gray")
return matriz
def rodaEmTk(mundoA,mundoL,dormir):
#####################
janela = tkinter.Tk() #
canvas_altura = 820 #
canvas_largura = 820 #
tela = tkinter.Canvas(janela, bg='white', width=canvas_largura, height=canvas_altura)
###prepara
mundo = vida.mundo(mundoA,mundoL)
######### vidas :
#vidas imortais:
#~ vidas = [(1,5),(1,6),(1,7),\
#~ (6,5),(6,6),(7,5),(8,6),(7,7),\
#~ (10,11),(10,12),(10,13),(11,10),(11,11),(11,12),\
#~ (15,15),(15,16),(16,15),(16,16)] ## blink, bote, sapo e cubo; respectivamente
vidas= [(22,25),(22,26),(23,24),(24,23),(25,23),(26,23),(27,24),(28,25),(28,26)] ## Gun
#~ vidas= [(25,20),(25,21),(25,22),(25,23),(25,24),(25,25),(25,26),\
#~ (25,27),(25,28),(25,29),(25,30),(25,31),(25,32),(25,33),(25,34),\
#~ (25,35),(25,36),(25,37),(25,38),(25,39),(25,40),(25,41),(25,42),\
#~ (25,43),(25,44),(25,45),(25,46),(25,47),(25,48),(25,49),(25,50),\
#~ (25,51),(25,52) ,(25,53),(25,54),(25,55),(25,56),(25,57),(25,58),\
#~ (25,59),(25,60),(25,61),(25,62),(25,63),(25,64),(25,65),(25,66),]
mundo = vida.adiciona_vida(vidas,mundo)
matriz=[]
matriz = cria_mundo(matriz,mundo,tela)
tela.pack()
time.sleep(dormir)
###inicia
while 1:
mundo = vida.vida(mundo)
matriz = atualiza_mundo(matriz,mundo,tela)
tela.update()
time.sleep(dormir)
#~ print("tic")
########################
janela.mainloop()
########################
def rodaEmConsole(mundoA,mundoL,dormir):
#~ #### modo console
mundo = vida.mundo(mundoA,mundoL) ## mudar aqui o tamanho do mundo
######### vidas :
#vidas imortais:
vidas = [(1,5),(1,6),(1,7),\
(6,5),(6,6),(7,5),(8,6),(7,7),\
(10,11),(10,12),(10,13),(11,10),(11,11),(11,12),\
(15,15),(15,16),(16,15),(16,16)] ## blink, bote, sapo e cubo; respectivamente
#gun atira projeteis (precisa de um espaço grande)
#~ vidas= [(12,15),(12,16),(13,14),(14,13),(15,13),(16,13),(17,14),(18,15),(18,16)]
###
## fim vidas
mundo = vida.adiciona_vida(vidas,mundo)
conta=0
while 1:
vida.printamundo(mundo)
mundo = vida.vida(mundo)
print("geração",conta)
time.sleep(dormir)
conta+=1
os.system("clear")
########
def main(args):
mundoA=100 ## altura do mundo
mundoL=100 ## Largura do mundo
dormir=0.01 ## tempo entre gerações em segundos
rodaEmTk(mundoA,mundoL,dormir)
#~ rodaEmConsole(mundoA,mundoL,dormir)
return 0
if __name__ == '__main__':
import sys
sys.exit(main(sys.argv))