def addRandomPlayer(self, avgNumIntervals,startingseed):
self.randomseed = startingseed
newplayer = Prefs.random(avgNumIntervals, self.randomseed)
self.playerList.append(newplayer)
self.totalPlayers += 1
self.randomseed += 1
return newplayer
def addPlayerRadomPrefs(self, avgNumIntervals):
# create a player with id and random playerPref
player = Player(self.totalPlayers, Prefs.random(avgNumIntervals))
# add it to the list
self.playerList.append(player)
# increase the counter
self.totalPlayers += 1
total_envy = piecewiseAdd(total_envy, envy)
avg_vals = [val / numRuns for val in total_vals]
print "Envy: " + str(envy)
print "Avg. vals: " + str(avg_vals)
print "Total value: " + str(sum(avg_vals))
print
numRuns = int(sys.argv[1])
randp = int(sys.argv[2])
print "Running %s times per strategy" % sys.argv[1]
print "Random Preferences with %s avg intervals" % sys.argv[2]
print
rand_prefs = []
for i in range(numRuns):
rand_prefs.append(
(Prefs.random(randp), Prefs.random(randp), Prefs.random(randp)))
print "Regular Stromquist:"
runStrom(StromquistKnives, numRuns, rand_prefs)
print "P1 Right"
runStrom(StromquistP1Right, numRuns, rand_prefs)
print "P1 Mid Right"
runStrom(StromquistP1MidRight, numRuns, rand_prefs)
print "All Right"
runStrom(StromquistAllRight, numRuns, rand_prefs)
print "All Mid Right"
runStrom(StromquistAllMidRight, numRuns, rand_prefs)
pass
def runOneTest(name,p1,p2,resolution=0.01):
print("\n"+name)
dc = DivideAndChoose(p1, p2, resolution)
result = dc.run()
print(" Answer is " + str(result))
pi1, pi2 = result
print(" P1 got " + str(pi1) + " with value " + str(p1.valueOfPiece(pi1)))
print(" P2 got " + str(pi2) + " with value " + str(p2.valueOfPiece(pi2)))
runOneTest("Files ascending and descending",Prefs.fromFile("../../data/ascending"), Prefs.fromFile("../../data/descending"))
for i in range(0,5):
runOneTest("Random run " + str(i),Prefs.random(10), Prefs.random(10))
p1 = Prefs.random(100)
p2 = Prefs.random(100)
for r in range(0,5):
resolution = 1.0/10**r
runOneTest("Resolution " + str(resolution),p1,p2,resolution)
if len(sys.argv) == 3:
f1 = sys.argv[1]
f2 = sys.argv[2]
print("File for first person's prefs is " + str(f1))
print("File for second person's prefs is " + str(f2))
runOneTest("File run",Prefs.fromFile(f1),Prefs.fromFile(f2))
total_envy = piecewiseAdd(total_envy, envy) avg_vals = [val/numRuns for val in total_vals] print "Envy: " + str(envy) print "Avg. vals: " + str(avg_vals) print "Total value: " + str(sum(avg_vals)) print numRuns = int(sys.argv[1]) randp = int(sys.argv[2]) print "Running %s times per strategy" % sys.argv[1] print "Random Preferences with %s avg intervals" % sys.argv[2] print rand_prefs = [] for i in range(numRuns): rand_prefs.append((Prefs.random(randp), Prefs.random(randp), Prefs.random(randp))) print "Regular Stromquist:" runStrom(StromquistKnives, numRuns, rand_prefs) print "P1 Right" runStrom(StromquistP1Right, numRuns, rand_prefs) print "P1 Mid Right" runStrom(StromquistP1MidRight, numRuns, rand_prefs) print "All Right" runStrom(StromquistAllRight, numRuns, rand_prefs) print "All Mid Right" runStrom(StromquistAllMidRight, numRuns, rand_prefs)
def addRandomPlayer(self, avgNumIntervals):
newplayer = Prefs.random(avgNumIntervals)
self.playerList.append(newplayer)
self.totalPlayers += 1
return newplayer
