def __init__(self, cell_size=9):
self.cell_size = cell_size
self.map = np.full((cell_size, cell_size), SERVO_MAX, np.uint16)
self.worm = Worm(self.cell_size)
self.gold = Gold(self.cell_size)
#check object is overlapped
if self.check_overlapped_object():
self.gold.set_position(self.get_empty_position())
def __init__(self, name):
self.name = name
self.hand = []
self.played_cards = []
for i in Ressources.LISTNAMESRESSOURCES:
self.__dict__[Ressources(i)] = 0
self.__dict__[Gold()] = 3
class Timed(object):
# This is a self timing game. It takes the start time and takes the end time from it
def __init__(self, more):
self.names = more
self.gold = Gold(self.names)
self.death = Death("You forever burn in hell.")
self.test1
def test1(self):
sleep(0.5)
print "\033[34m%r\033[0m You enter a room with a button on a pillar right in the middle of the room" % self.names
sleep(0.5)
print "There are a set of instructions. You will need to press the button"
sleep(0.5)
print "Then count in your head to ten then press the button again."
self.begin = raw_input("Press enter ")
self.start = time.time()
enter = raw_input("Press enter again after 10 seconds ")
self.finish = time.time()
end = int(self.finish) - int(self.start)
if end <= 9:
print end
return self.death.dead()
# This gives you a bit of wigal room so you can go over by a few seconds
elif end >= 10 and end <= 12:
sleep(0.5)
print "Wow you done it. You can count lol."
sleep(0.5)
print "Here is your reward."
sleep(1)
return self.gold.gold()
else:
return self.death.dead()
def fight(self, HP, therehp, hitback, picker):
self.gold = Gold(self.names)
self.HP = HP
self.therehp = therehp
self.hitback = hitback
self.picker = picker
self.death = Death("You made it so far, but you died")
while True:
self.attacks = {'chop':random.randint(5, 10), 'thunder':random.randint(5, 15)}
sleep(0.5)
choose = raw_input("Pick a move 'chop' or 'thunder' > ")
os.system('clear')
self.therehp -= self.attacks[choose]
print "You hit %r with \033[34m%r\033[0m and did \033[34m%r\033[0m damage" % (self.picker, choose, self.attacks[choose])
sleep(0.5)
if self.therehp > 0:
print "%r has \033[34m%r\033[0m damage left" % (self.picker, self.therehp)
sleep(0.5)
self.HP -= self.hitback
print "%r hits you back with a punch and does \033[1;31m%r\033[0m damage" % (self.picker, self.hitback)
sleep(0.5)
print "You have \033[1;31m%rHP\033[0m left" % self.HP
sleep(0.5)
if self.HP <= 0:
self.death()
break
else:
print "You deliver the final brow and %r faints" % self.picker
print "You win with \033[34m%rHP\033[0m left" % self.HP
sleep(1)
self.gold.gold()
class Timed(object):
# This is a self timing game. It takes the start time and takes the end time from it
def __init__(self, more):
self.names = more
self.gold = Gold(self.names)
self.death = Death("You forever burn in hell.")
self.test1
def test1(self):
sleep(0.5)
print "\033[34m%r\033[0m You enter a room with a button on a pillar right in the middle of the room" % self.names
sleep(0.5)
print "There are a set of instructions. You will need to press the button"
sleep(0.5)
print "Then count in your head to ten then press the button again."
self.begin = raw_input("Press enter ")
self.start = time.time()
enter = raw_input("Press enter again after 10 seconds ")
self.finish = time.time()
end = int(self.finish) - int(self.start)
if end <= 9:
print end
return self.death.dead()
# This gives you a bit of wigal room so you can go over by a few seconds
elif end >= 10 and end <= 12:
sleep(0.5)
print "Wow you done it. You can count lol."
sleep(0.5)
print "Here is your reward."
sleep(1)
return self.gold.gold()
else:
return self.death.dead()
def test_gold(self):
fake_json = [{'Class': "Python"}]
with patch('gold.requests.get') as mock_get:
mock_get.return_value.status_code = 200
mock_get.return_value.json.return_value = fake_json
obj = Gold()
response = obj.get
self.assertEqual(response.status_code, 200)
self.assertEqual(response.json(), fake_json)
class Snake:
def __init__(self, cell_size=9):
self.cell_size = cell_size
self.map = np.full((cell_size, cell_size), SERVO_MAX, np.uint16)
self.worm = Worm(self.cell_size)
self.gold = Gold(self.cell_size)
#check object is overlapped
if self.check_overlapped_object():
self.gold.set_position(self.get_empty_position())
def draw_matrix(self):
self.map = np.full((self.cell_size, self.cell_size), SERVO_MAX,
np.uint16)
for wormBody in self.worm.coordinate:
self.map[wormBody['y']][wormBody['x']] = SERVO_MIN
self.map[self.gold.y][self.gold.x] = SERVO_MIN
def check_overlapped_object(self):
#check gold
for wormBody in self.worm.coordinate:
if wormBody['x'] == self.gold.x and wormBody['y'] == self.gold.y:
return True
def get_empty_position(self):
positions = []
for x in range(self.cell_size):
for y in range(self.cell_size):
positions.append([y, x])
for wormBody in self.worm.coordinate:
positions.remove([wormBody['y'], wormBody['x']])
if [self.gold.y, self.gold.x] in positions:
positions.remove([self.gold.y, self.gold.x])
return positions[random.randint(0, len(positions) - 1)]
def fight(self, HP, therehp, hitback, picker):
self.gold = Gold(self.names)
self.HP = HP
self.therehp = therehp
self.hitback = hitback
self.picker = picker
self.death = Death("You made it so far, but you died")
while True:
self.attacks = {
'chop': random.randint(5, 10),
'thunder': random.randint(5, 15)
}
sleep(0.5)
choose = raw_input("Pick a move 'chop' or 'thunder' > ")
os.system('clear')
self.therehp -= self.attacks[choose]
print "You hit %r with \033[34m%r\033[0m and did \033[34m%r\033[0m damage" % (
self.picker, choose, self.attacks[choose])
sleep(0.5)
if self.therehp > 0:
print "%r has \033[34m%r\033[0m damage left" % (self.picker,
self.therehp)
sleep(0.5)
self.HP -= self.hitback
print "%r hits you back with a punch and does \033[1;31m%r\033[0m damage" % (
self.picker, self.hitback)
sleep(0.5)
print "You have \033[1;31m%rHP\033[0m left" % self.HP
sleep(0.5)
if self.HP <= 0:
self.death()
break
else:
print "You deliver the final brow and %r faints" % self.picker
print "You win with \033[34m%rHP\033[0m left" % self.HP
sleep(1)
self.gold.gold()
def generateEncounter():
enc_dict = {}
if random.choice([True, False]): #Generates Gold
g = Gold()
else:
g = None
enc_dict["gold"] = g
if random.choice([True, False]): #Generates items
i = random.choice([Weapon(), Potion(), Artifact()])
else:
i = None
enc_dict["item"] = i
if random.choice([True, False]):
enc_dict["monster"] = Monster()
enc_dict["trap"] = None
else:
enc_dict["trap"] = Trap()
enc_dict["monster"] = None
return enc_dict
def __init__(self, more):
self.names = more
self.gold = Gold(self.names)
self.death = Death("You forever burn in hell.")
self.test1
class SecondAttack(object):
# Here i load the name and HP from the last class
def __init__(self, more, name):
self.HP = more
self.names = name
self.mario = 20
self.luigi = 30
self.wario = 40
self.hitback = random.randint(5, 20)
# Here you are asked again who you want to battle
def battle(self):
os.system('clear')
sleep(0.5)
print "%r You made it to the next room with \033[34m%rHP\033[0m" % (
self.names, self.HP)
sleep(0.5)
print "You need to pick one last contender"
sleep(0.5)
print "You have learnt new moves 'chop' and 'thunder'"
sleep(0.5)
print "Who do you want to pick \033[1;31m'mario'\033[0m, \033[1;32m'luigi'\033[0m or \033[1;35m'wario'\033[0m."
sleep(0.5)
self.picker = raw_input("Pick one > ")
os.system('clear')
if self.picker == "mario":
print "You come up against \033[1;31mmario\033[0m they have %rHP" % self.mario
self.fight(self.HP, self.mario, self.hitback, self.picker)
elif self.picker == "luigi":
print "You come up against \033[1;32mluigi\033[0m they have %rHP" % self.luigi
self.fight(self.HP, self.luigi, self.hitback, self.picker)
elif self.picker == "wario":
print "You come up against \033[1;35mwario\033[0m they have %rHP" % self.wario
self.fight(self.HP, self.wario, self.hitback, self.picker)
else:
print "You need to pick one"
self.battle()
# This is pritty much the same as the last class but also loads the gold room for if/when i win
def fight(self, HP, therehp, hitback, picker):
self.gold = Gold(self.names)
self.HP = HP
self.therehp = therehp
self.hitback = hitback
self.picker = picker
self.death = Death("You made it so far, but you died")
while True:
self.attacks = {
'chop': random.randint(5, 10),
'thunder': random.randint(5, 15)
}
sleep(0.5)
choose = raw_input("Pick a move 'chop' or 'thunder' > ")
os.system('clear')
self.therehp -= self.attacks[choose]
print "You hit %r with \033[34m%r\033[0m and did \033[34m%r\033[0m damage" % (
self.picker, choose, self.attacks[choose])
sleep(0.5)
if self.therehp > 0:
print "%r has \033[34m%r\033[0m damage left" % (self.picker,
self.therehp)
sleep(0.5)
self.HP -= self.hitback
print "%r hits you back with a punch and does \033[1;31m%r\033[0m damage" % (
self.picker, self.hitback)
sleep(0.5)
print "You have \033[1;31m%rHP\033[0m left" % self.HP
sleep(0.5)
if self.HP <= 0:
self.death()
break
else:
print "You deliver the final brow and %r faints" % self.picker
print "You win with \033[34m%rHP\033[0m left" % self.HP
sleep(1)
self.gold.gold()
def main(model, id, text, tokens=False, debug=False):
level = logging.DEBUG if debug else logging.WARNING
logging.basicConfig(level=level, format='%(message)s')
if text:
CORPUS = [{'id': 1, 'text': text, 'relations': []}]
elif is_spanish(model):
CORPUS = CORPUS_ES
else:
CORPUS = CORPUS_EN
if (id <= 0):
print("Processing %d texts" % len(CORPUS))
print()
# start time
start = timeit.default_timer()
nlp = Nlpy.load(model)
gold = Gold(nlp)
num_docs_processed = 0
show_warning = False
for sample in CORPUS:
doc_id = sample['id']
if (id > 0 and id != doc_id):
continue # skip
num_docs_processed += 1
text = sample['text']
print(text)
doc = nlp(text)
if (True == tokens):
print()
print('{:20}\t{:10}\t{:10}\t{:10}'.format('NORM', 'POS', 'DEP',
'LABEL'))
print()
for t in doc:
print('{:20}\t{:10}\t{:10}\t{:10}'.format(
t.norm_, t.pos_, t.dep_, t.ent_type_))
print()
num_found = 0
for r in doc._.relations:
num_found += 1
if r.w:
print('({} / {}, {}, {} / {}, {}) [x: {}]'.format(
r.s, ent_types(r.s), r.p, r.o, ent_types(r.o), r.w, r.x))
else:
print('({} / {}, {}, {} / {}) [x: {}]'.format(
r.s, ent_types(r.s), r.p, r.o, ent_types(r.o), r.x))
if (0 == num_found):
print('No relations!')
if (True == debug):
_DEBUG = True
if (len(doc.ents) == 0):
print('No entities!')
else:
print('entities:')
for e in doc.ents:
print(' {}/{}'.format(e.text, e.label_))
# gold scoring for this document
doc_scoring = gold.add(doc, doc_id, sample['relations'])
if (None == doc_scoring):
COLOR = bcolors.FAIL
print('FAILED to get scoring for doc:', doc_id)
else:
COLOR = bcolors.DEFAULT
if (doc_scoring.f1score() < 1.0):
show_warning = True
COLOR = bcolors.WARNING
else:
COLOR = bcolors.DEFAULT
print(COLOR +
'doc-id: {} f1-score: {} (precision: {}, recall: {})'.format(
doc_id, doc_scoring.f1score(), doc_scoring.precision(),
doc_scoring.recall()))
COLOR = bcolors.DEFAULT
print(COLOR)
# print summary if processing more than 1 document
if (num_docs_processed >= 2):
if (show_warning):
print(bcolors.WARNING + "some documents didn't pass!")
else:
print(bcolors.OKGREEN + 'all OK.')
# print overall scoring
overall_scoring = gold.scoring()
print(
bcolors.DEFAULT +
'{} documents, overall scoring: f1-score: {} (precision: {}, recall: {})'
.format(num_docs_processed, overall_scoring.f1score(),
overall_scoring.precision(), overall_scoring.recall()))
print('timeit: {0:.2f} sec'.format(timeit.default_timer() - start))
# Create a 'list' of everything the sprites could say
all_info = [
"I have nothing to say.", "I think you should go north.", "Try digging.",
"""It's a figure of speech, Morty. They're bureaucrats.
I don't respect them. Just keep shooting!"""
]
# Create Sprites
sprite1 = Sprite()
sprite1.x, sprite1.y = 100, 100
sprite1.image = sprite1.load_image()
screen.blit(sprite1.image, (sprite1.x, sprite1.y))
sprite2 = Sprite()
sprite2.x, sprite2.y = 400, 300
sprite2.image_path = "images/white_square.png"
sprite2.image = sprite2.load_image()
screen.blit(sprite2.image, (sprite2.x, sprite2.y))
sprite2.randomize_info(all_info)
# Create pot(s) of gold
gold1 = Gold(width, height)
gold2 = Gold(width, height)
# collect objects into lists
visible_things = [player1, sprite1, sprite2]
players = [player1]
sprites = [sprite1, sprite2]
golds = [gold1, gold2]
class SecondAttack(object):
# Here i load the name and HP from the last class
def __init__(self, more, name):
self.HP = more
self.names = name
self.mario = 20
self.luigi = 30
self.wario = 40
self.hitback = random.randint(5, 20)
# Here you are asked again who you want to battle
def battle(self):
os.system('clear')
sleep(0.5)
print "%r You made it to the next room with \033[34m%rHP\033[0m" % (self.names, self.HP)
sleep(0.5)
print "You need to pick one last contender"
sleep(0.5)
print "You have learnt new moves 'chop' and 'thunder'"
sleep(0.5)
print "Who do you want to pick \033[1;31m'mario'\033[0m, \033[1;32m'luigi'\033[0m or \033[1;35m'wario'\033[0m."
sleep(0.5)
self.picker = raw_input("Pick one > ")
os.system('clear')
if self.picker == "mario":
print "You come up against \033[1;31mmario\033[0m they have %rHP" % self.mario
self.fight(self.HP, self.mario, self.hitback, self.picker)
elif self.picker == "luigi":
print "You come up against \033[1;32mluigi\033[0m they have %rHP" % self.luigi
self.fight(self.HP, self.luigi, self.hitback, self.picker)
elif self.picker == "wario":
print "You come up against \033[1;35mwario\033[0m they have %rHP" % self.wario
self.fight(self.HP, self.wario, self.hitback, self.picker)
else:
print "You need to pick one"
self.battle()
# This is pritty much the same as the last class but also loads the gold room for if/when i win
def fight(self, HP, therehp, hitback, picker):
self.gold = Gold(self.names)
self.HP = HP
self.therehp = therehp
self.hitback = hitback
self.picker = picker
self.death = Death("You made it so far, but you died")
while True:
self.attacks = {'chop':random.randint(5, 10), 'thunder':random.randint(5, 15)}
sleep(0.5)
choose = raw_input("Pick a move 'chop' or 'thunder' > ")
os.system('clear')
self.therehp -= self.attacks[choose]
print "You hit %r with \033[34m%r\033[0m and did \033[34m%r\033[0m damage" % (self.picker, choose, self.attacks[choose])
sleep(0.5)
if self.therehp > 0:
print "%r has \033[34m%r\033[0m damage left" % (self.picker, self.therehp)
sleep(0.5)
self.HP -= self.hitback
print "%r hits you back with a punch and does \033[1;31m%r\033[0m damage" % (self.picker, self.hitback)
sleep(0.5)
print "You have \033[1;31m%rHP\033[0m left" % self.HP
sleep(0.5)
if self.HP <= 0:
self.death()
break
else:
print "You deliver the final brow and %r faints" % self.picker
print "You win with \033[34m%rHP\033[0m left" % self.HP
sleep(1)
self.gold.gold()
def __init__(self, more):
self.names = more
self.gold = Gold(self.names)
self.death = Death("You forever burn in hell.")
self.test1
