"""
import main
import json
from factory import Factory
# how many times does "balanced" need to come out before we accept it as
# "ballenced"
acceptedMinimum = 30
currentGameCount = 4 # the amount of games we test
change = 4 # how much to increase currentGameCount next time
leeway = 0.05 # fraction of deviation allowed
args = main.parser.parse_args(['-c', 'conf/rlAnd3Rand.json', '--headless', '-l', '0'])
factory = Factory(args)
playerCount = len(factory.createState().players)
def isBalanced(gameCount):
#if not gameCount % playerCount == 0:
# raise ValueError("game count %i has to be devidable by playercount %i" % (gameCount, playerCount))
scoreboard = dict((p,0) for p in factory.createState().players)
avgDistance = 0
for i in range(0,gameCount):
scores = main.run(factory)
#if i % (gameCount/100) == 0:
# print(int(i/(gameCount/100)),'%', end=" ")
for score in scores:
scoreboard[score[0]] += score[1]/gameCount
avgDistance += (score[1]/playerCount)/gameCount
i = 0
score = len(scoreboard.items()) * [None]
import main
import json
from factory import Factory
# how many times does "balanced" need to come out before we accept it as
# "ballenced"
acceptedMinimum = 30
currentGameCount = 280 # the amount of games we test
change = 4 # how much to increase currentGameCount next time
leeway = 0.05 # fraction of deviation allowed
args = main.parser.parse_args(
['-c', 'conf/tworand.json', '--headless', '-l', '0'])
factory = Factory(args)
playerCount = len(factory.createState().players)
def isBalanced(gameCount):
if not gameCount % playerCount == 0:
raise ValueError(
"game count %i has to be devidable by playercount %i" %
(gameCount, playerCount))
scoreboard = dict((p, 0) for p in factory.createState().players)
avgDistance = 0
for _ in range(0, gameCount):
scores = main.run(factory)
for score in scores:
scoreboard[score[0]] += score[1] / gameCount
avgDistance += (score[1] / playerCount) / gameCount
