def simulate_battle(map_segment, attackradius2, attack_method):
# add buffer so that battles aren't affected by wrapping
#buffer = int(sqrt(attackradius2)) + 1
buffer = 0
map_data = create_map_data(map_segment, buffer)
game = Ants({
'attackradius2': attackradius2,
'map': map_data,
'attack': attack_method,
# the rest of these options don't matter
'loadtime': 0,
'turntime': 0,
'viewradius2': 100,
'spawnradius2': 2,
'turns': 1
})
game.do_attack()
# Figure out what number we labeled each character
a = 0
b = 0
#print game.player_chars
if 'a' in game.player_chars:
a = len(game.player_ants(game.player_chars.index('a')))
if 'b' in game.player_chars:
b = len(game.player_ants(game.player_chars.index('b')))
# remove buffer and return
return (create_map_output(game.map, buffer), (a,b))
def simulate_battle(map_segment, attackradius2, attack_method):
# add buffer so that battles aren't affected by wrapping
buffer = int(sqrt(attackradius2)) + 1
map_data = create_map_data(map_segment, buffer)
game = Ants({
'attackradius2': attackradius2,
'map': map_data,
'attack': attack_method,
# the rest of these options don't matter
'loadtime': 0,
'turntime': 0,
'viewradius2': 100,
'spawnradius2': 2,
'turns': 1
})
game.do_attack()
# remove buffer and return
return create_map_output(game.map, buffer)
def simulate_battle(map_segment, attackradius2, attack_method):
# add buffer so that battles aren't affected by wrapping
buffer = int(sqrt(attackradius2)) + 1
map_data = create_map_data(map_segment, buffer)
game = Ants({
'attackradius2': attackradius2,
'map': map_data,
'attack': attack_method,
# the rest of these options don't matter
'loadtime': 0,
'turntime': 0,
'viewradius2': 100,
'spawnradius2': 2,
'turns': 1
})
game.do_attack()
# remove buffer and return
return create_map_output(game.map, buffer)
