def play(method):
score = throw.START_SCORE
turns = 0
if method == "mdp":
target = mdp.start_game(GAMMA)
else:
target = modelfree.start_game()
targets = []
results = []
while (True):
turns = turns + 1
result = throw.throw(target)
targets.append(target)
results.append(result)
raw_score = throw.location_to_score(result)
if raw_score <= score:
score = int(score - raw_score)
else:
cc = 1
if score == 0:
break
if method == "mdp":
target = mdp.get_target(score)
else:
target = modelfree.get_target(score)
# print "WOOHOO! It only took", turns, " turns"
#end_game(turns)
return turns
def play(method):
score = throw.START_SCORE
turns = 0
if method == "mdp":
target = mdp.start_game(GAMMA)
else:
target = modelfree.start_game()
targets = []
results = []
while(True):
turns = turns + 1
result = throw.throw(target)
targets.append(target)
results.append(result)
raw_score = throw.location_to_score(result)
if raw_score <= score:
score = int(score - raw_score)
else:
cc=1
if score == 0:
break
if method == "mdp":
target = mdp.get_target(score)
else:
target = modelfree.get_target(score)
# print "WOOHOO! It only took", turns, " turns"
#end_game(turns)
return turns
def play(method):
global actions
actions = get_actions()
score = throw.START_SCORE
turns = 0
if method == "mdp":
target = mdp.start_game(GAMMA)
else:
target = modelfree.start_game()
targets = []
results = []
while(True):
turns = turns + 1
result = throw.throw(target)
targets.append(target)
results.append(result)
raw_score = throw.location_to_score(result)
print "Target: wedge", target.wedge,", ring", target.ring
print "Result: wedge", result.wedge,", ring", result.ring
print "Raw Score:", raw_score
print "Score:", score
prior = score
if raw_score <= score:
score = int(score - raw_score)
else:
print
print "TOO HIGH!"
modelfree.q_learning(prior, score, get_index(actions, target))
if score == 0:
break
if method == "mdp":
target = mdp.get_target(score)
else:
target = modelfree.get_target(score)
print "WOOHOO! It only took", turns, " turns"
#end_game(turns)
return turns
def play(method, d=None):
score = throw.START_SCORE
turns = 0
if method == "mdp":
target = mdp.start_game(GAMMA)
else:
target = modelfree.start_game()
targets = []
results = []
while True:
turns = turns + 1
result = throw.throw(target)
targets.append(target)
results.append(result)
raw_score = throw.location_to_score(result)
if d:
if d[score] == None:
d[score] = throw.location_to_score(target)
else:
assert d[score] == throw.location_to_score(target)
# print "Target: wedge", target.wedge,", ring", target.ring
# print "Result: wedge", result.wedge,", ring", result.ring
# print "Raw Score:", raw_score
# print "Score:", score
if raw_score <= score:
score = int(score - raw_score)
# else:
# print
# print "TOO HIGH!"
if score == 0:
break
if method == "mdp":
target = mdp.get_target(score)
else:
target = modelfree.get_target(score)
# print "WOOHOO! It only took", turns, " turns"
# end_game(turns)
return turns
def play(method):
score = throw.START_SCORE
turns = 0
if method == "mdp":
target = mdp.start_game(GAMMA)
else:
target = modelfree.start_game()
targets = []
results = []
while(True):
turns = turns + 1
result = throw.throw(target)
targets.append(target)
results.append(result)
raw_score = throw.location_to_score(result)
#if raw_score > score:
# update Q[s][a]
#else:
#modelfree.Q_learning(score,target,raw_score)
print "Target: wedge", target.wedge,", ring", target.ring
print "Result: wedge", result.wedge,", ring", result.ring
print "Raw Score:", raw_score
print "Score:", score
if raw_score <= score:
score = int(score - raw_score)
else:
print
print "TOO HIGH!"
if score == 0:
break
if method == "mdp":
target = mdp.get_target(score)
else:
target = modelfree.get_target(score)
print "WOOHOO! It only took", turns, " turns"
#end_game(turns)
return turns
def play(method):
score = throw.START_SCORE
turns = 0
if method == "mdp":
target = mdp.start_game(GAMMA)
else:
target = modelfree.start_game()
targets = []
results = []
while (True):
turns = turns + 1
result = throw.throw(target)
targets.append(target)
results.append(result)
raw_score = throw.location_to_score(result)
print "Target: wedge", target.wedge, ", ring", target.ring
print "Result: wedge", result.wedge, ", ring", result.ring
print "Raw Score:", raw_score
print "Score:", score
if raw_score <= score:
score = int(score - raw_score)
else:
print
print "TOO HIGH!"
if score == 0:
break
if method == "mdp":
target = mdp.get_target(score)
else:
target = modelfree.get_target(score)
print "WOOHOO! It only took", turns, " turns"
#end_game(turns)
return turns