def run(dimensions, turns, terminal=1):
""" Run a game with the chosen config - accessible through terminal """
# Run the game
game = Game(dimensions, turns, terminal) # debug flag = 1
strategy1 = Castle(game)
strategy2 = Ship(game, "~")
# Opposing strategies
game.add_strategy(strategy1).add_strategy(strategy2)
# Choose the board
print("Welcome to Game of Life Extended (codename golex) v.", game.VERSION)
print(
"This game takes GoL to the next level by bringing 2 players (strategies) together and making them fight each other.\n"
)
# Start line
print("Initial configuration with the chosen strategies (", strategy1.SIGN,
",", strategy2.SIGN, "):")
# Set up the initial configuration
game.build()
# Make user see what's happening
if terminal:
input("Press Enter to continue")
print("\nProceeding with the simulation...")
# Iterate through the GoL algorithm
game.run()
winner = game.get_winner()
print("Resulting board:")
game.print_state()
print()
# Show the winner
print("The winning strategy is '", winner, "'")
# End line
print()
return winner
""" golex v0.7 <github.com/fiedlr/golex> | (c) 2016 Adam Fiedler | <opensource.org/licenses/MIT> """
from main import Game
from strategies import *
# Winner container
winners = []
# Make 100 games
for i in range(100):
game = Game([10, 20], 100, 0)
strategies = [Ship(game), Castle(game)]
# Opposing strategies
game.add_strategy(strategies[0]).add_strategy(strategies[1])
# Build
game.build()
# Run
game.run()
# Winner
if game.get_winner() != None:
winners.append(strategies.index(game.get_winner()))
else:
winners.append(-1)
print("Ship#1 wins:", winners.count(0), "Castle wins:", winners.count(1), "Draws:", winners.count(-1))
print("Ship chance of winning against castle: ", winners.count(0) / len(winners))