class AttackTest(unittest.TestCase):
"""Test Monster Class attack function"""
def setUp(self):
print(self.shortDescription())
self.test_monster = Monster("The Boogie Monster")
def test_ideal_attack(self):
"""test ideal attack, won't ko"""
self.assertEqual(5, self.test_monster.attack(5))
def test_kod_attack(self):
"""test kod attack"""
self.test_monster.attack(15)
self.assertEqual("K.O.'d", self.test_monster.status)
def test_incorrect_type_attack(self):
"""test if we prevent bad types"""
with self.assertRaises(TypeError):
self.test_monster.attack("some bad types")
def test_negative_healt(self):
"""we should test for negative health catches"""
pass
class test_attack(unittest.TestCase):
def setUp(self):
self.monsta = Monster()
print(self.shortDescription())
#Tests if heal function works
def test_attack_live(self):
self.monsta.health = 6
expected = 1
actual = self.monsta.attack(5)
self.assertEqual(expected, actual)
#Heal function should not work if total > 10
def test_attack_die(self):
self.monsta.health = 4
expected = -1
actual = self.monsta.attack(5)
self.assertEqual(expected, actual)
#Tests if invalid output was printed
@patch ('sys.stdout', new_callable=StringIO)
def test_attack_die_KO(self, mock_stdout):
health = self.monsta.health(4)
expected = "K.O.'d"
actual = self.monsta.attack(6)
self.assertNotEqual(mock_stdout.getValue(), text)
class AttackTest(unittest.TestCase):
"""Test Monster Class attack function"""
def setUp(self):
print(self.shortDescription())
self.test_monster = Monster("The Boogie Monster")
def test_ideal_attack(self):
"""test ideal attack, won't ko"""
self.assertEqual(5, self.test_monster.attack(5))
def test_kod_attack(self):
"""test kod attack"""
self.test_monster.attack(15)
self.assertEqual("K.O.'d", self.test_monster.status)
def test_kod_attack_health(self):
"""test kod attack"""
self.test_monster.attack(15)
self.assertEqual(-5, self.test_monster.health)
def test_incorrect_type_attack(self):
"""test if we prevent bad types"""
with self.assertRaises(TypeError):
self.test_monster.attack("some bad types")
def test_negative_healt(self):
"""we should test for negative health catches"""
pass
class AttackTest(unittest.TestCase):
"""Test the functionality of the Monster class attack function."""
def setUp(self):
self.new_monster = Monster("Cookie")
def tearDown(self):
del self.new_monster
def test_attack_stay_alive(self):
"""
Initialize health to 10. Call function with 7 and check that 3 is
returned and status is unchanged.
"""
self.new_monster.health = 10
original_status = self.new_monster.status
# Call function
new_health = self.new_monster.attack(7)
self.assertEqual(new_health, 3,
"Expected 3 for updated health.")
self.assertEqual(self.new_monster.status, original_status,
"Status should have remained {}".
format(original_status))
def test_attack_ko_ed(self):
"""
Initialize health to 10. Call function with 12 and check that -2 is
returned and status is "K.O.'d".
"""
self.new_monster.health = 10
# Call function
new_health = self.new_monster.attack(12)
self.assertEqual(new_health, -2,
"Expected 3 for updated health.")
self.assertEqual(self.new_monster.status, "K.O.'d",
"Status should be K.O.'d")
class test_attack(unittest.TestCase):
def setUp(self):
self.monsta = Monster()
self.monsta.health = 5
#Tests if heal function works
def test_attack_live(self):
health = self.monsta.attack(5)
self.assertEqual(health, 0, "Attack did not work")
#Heal function should not work if total > 10
def test_attack_die(self):
health = self.monsta.attack(6)
self.assertEqual(health, -1, "Attack did not work")
#Tests if invalid output was printed
@patch('sys.stdout', new_callable=StringIO)
def test_attack_die_KO(self, mock_stdout):
health = self.monsta.attack(6)
text = "That is not a valid input"
self.assertNotEqual(mock_stdout.getValue(), text)
def spawn_monster(self):
"""Spawn a monster """
"""PRE:/
POST: New object of class Monster. Add to the attribut
"""
monster = Monster(self)
monster2 = Monster(self)
monster2.rect.y = random.randint(100, 200)
monster2.rect.x = 1300
monster2.velocity = 1.5
monster2.attack = 50
monster2.image = pygame.image.load('im/dragon.png')
self.all_monsters.add(monster, monster2)
class test_heal(unittest.TestCase):
def setUp(self):
self.monsta = Monster()
self.monsta.health = 5
#Tests if monster heals
def test_valid_heal(self):
health = self.monsta.heal(5)
self.assertEqual(health, 10, "Heal did not work")
#Monster should not heal if sum > 10
def test_invalid_heal(self):
health = self.monsta.heal(6)
self.assertNotEqual(health, 11, "Heal should not have worked")
#Tests invalid output
@patch('sys.stdout', new_callable=StringIO)
def test_attack_die_KO(self, mock_stdout):
health = self.monsta.attack(6)
text = "Invalid heal amount"
self.assertNotEqual(mock_stdout.getValue(), text)
class test_heal(unittest.TestCase):
def setUp(self):
self.monsta = Monster()
self.monsta.health = 5
#Tests if monster heals
def test_valid_heal(self):
health = self.monsta.heal(5)
self.assertEqual(health, 10, "Heal did not work")
#Monster should not heal if sum > 10
def test_invalid_heal(self):
health = self.monsta.heal(6)
self.assertNotEqual(health, 11, "Heal should not have worked")
#Tests invalid output
@patch ('sys.stdout', new_callable=StringIO)
def test_attack_die_KO(self, mock_stdout):
health = self.monsta.attack(6)
text = "Invalid heal amount"
self.assertNotEqual(mock_stdout.getValue(), text)
from monster import Monster
# Create monsters
player_name = input("What is your monster called? ")
you = Monster(player_name)
bad_guy = Monster("Doombeast")
# Describe the HP of both players
you.describe()
bad_guy.describe()
# Continue while both players are alive
while you.is_alive() and bad_guy.is_alive():
# Monster's turn
if bad_guy.is_alive():
bad_guy.attack(you)
you.describe()
# Is the player now dead?
if you.is_alive() == False:
print("You lost :(")
else:
you.attack(bad_guy)
# Describe the outcome
bad_guy.describe()
if bad_guy.is_alive() == False:
print("You win!")
you.describe()
you.describe_item()
bad_guy.describe()
bad_guy.describe_item()
# Continue while both players are alive
while you.is_alive() and bad_guy.is_alive():
# Would you like to attack or defend?
action = input("Would you like to attack (a) or defend (d)?")
if action == "d":
you.defend()
# Monster's turn
if bad_guy.is_alive():
bad_guy.attack(you)
you.describe()
# Is the player now dead?
if you.is_alive() == False:
print("You lost :(")
else:
if action == "a":
you.attack(bad_guy)
elif action != "d":
print("I don't know how to " + action)
# Describe the outcome
bad_guy.describe()
if bad_guy.is_alive() == False:
print(json.dumps(response, indent=2))
answer = response["output"]["generic"][0]["text"]
#print(actions[answer])
# Player picks up an item
if answer == 'pick-up':
print('successfully picked up item')
player.add_inventory('key')
print(player.__dict__)
else:
print('did not pick up')
# Monster attacks player
print('A monster jumped out and attack you.')
if monster.attack(player) <= 0:
print('Game over.')
else:
print(player.__dict__)
# Delete session
response = assistant.delete_session(assistant_id, session_id).get_result()
# Intents: Looking around (describe environment), Interact with object (picking up, putting down/activating/using), attacking
# For picking up actions think of an inventory system that keeps track of what you have picked up so far.
# Maybe add entities to Watson and only allow users to progress through the story by interacting with them.
# Questions:
# How do we do settings?
# We wanted the system to figure out the wording details: maybe have our NLP-model automatically upload intents to Watson to generate the wording. Want ways to have same meaning but with new flavor.
# For the first timebox: Have simple structure by filling up conversation nodes.
def attack(self, target):
"""Attack the target."""
Monster.attack(self, Object.obj_dict[target])
class Room(object):
def __init__(self, difficulty, player):
self.hasMonster = False
self.hasBoss = False
self.hasChest = False
self.isDone = False
self.difficulty = difficulty
self.settings = Settings()
self.goal = self.settings.getGoal()
self.player = player
self.chest = Chest(self.player)
self.monster = Monster()
self.inspected = False
self.handler = Stringhandler()
self.boss = Endboss()
self.endboss = self.boss.randomBoss(player)
# Sets up a new Room and displays some "Intro Text"
def newRoom(self):
self.isDone = False
string = "\n\n#######################################"+"\n\n"+\
self.handler.strRoom("intro",self)+"\n\n"+\
"#######################################"+"\n\n"
for char in string:
time.sleep(uniform(0.05, 0.01))
sys.stdout.write('\033[35m' + char)
sys.stdout.flush()
print Fore.WHITE
# Decides whether the room gets a monster or a chest
if int(self.player.level) <= int(self.goal):
rnd = random.randint(0, 10)
if rnd > 1:
self.hasMonster = True
else:
self.hasChest = True
# Setup monster
if self.hasMonster:
if self.difficulty == "easy":
self.monster.setup(1, self.player.level)
else:
self.monster.setup(2, self.player.level)
# Setup chest
elif self.hasChest:
if self.difficulty == "easy":
self.chest.level = random.randint(1, 10)
return self.handler.strActions("roomEmpty", self.player,
self)
else:
self.chest.level = random.randint(1, 10)
else:
self.finish()
else:
self.hasBoss = True
return self.boss.spawn(self.player)
def getRoom(self, difficulty, player):
return Room(difficulty, player)
def getBoss(self):
return self.boss
# If the player has used "look around" the room should be set to inspected
def inspectRoom(self):
self.inspected = True
# Kills the monster in this Room, required for the player to be able to continue -> Room set to "Done"
def killMonster(self):
self.monster.kill()
self.player.lvlUp()
self.finish()
def attackMonster(self, player):
room = self
return self.monster.attack(room, player)
# Opens the chest, required for the player to be able to continue -> Room set to "Done"
def openChest(self):
self.finish()
return self.chest.open(self.player)
def is_done(self):
return self.isDone
def finish(self):
self.isDone = True
if self.hasChest:
self.chest.is_opened = True
def monster_fight(p):
print("You encountered a Monster!")
m = Monster(abs(int(rd.gauss(p.level * 100, p.level * 100 / 2))),
abs(int(rd.gauss(p.level * 10, p.level * 10 / 2))))
m.printSelf()
win = -1
while True:
print()
i = input(
"Your move! Attack(1), Drink Potions(2), Try to Run(3), Check Stats(4): "
)
if is_int(i):
i = int(i)
else:
continue
if i == 1:
last_hp = m.remaining_hp
p.attack(m)
print("You attacked! Monster's hp fell from ", last_hp, " to ",
m.remaining_hp)
elif i == 2:
t = False
j = 0
while not t:
print("You have ", p.potions, " potions.")
if p.potions == 0:
break
j = input("How many do you want to drink (20hp per 1): ")
if is_int(j):
j = int(j)
t = p.drink_potion(j)
if j == 0:
continue
print("You drank ", j, " potions! Your new hp is ", p.remaining_hp)
elif i == 3:
dev = p.luck - p.level
if dev < abs(int(rd.gauss(0, dev))):
print("You were able to run away!")
break
else:
print("You failed to run away!")
elif i == 4:
p.printSelf()
continue
else:
continue
if (m.remaining_hp <= 0):
win = 1
break
last_hp = p.remaining_hp
m.attack(p)
print("The monster attacked you! Your hp fell from ", last_hp, " to ",
p.remaining_hp)
if (p.remaining_hp <= 0):
win = 0
break
if win == 1:
p.get_experience(m)
del m
elif win == 0:
print("You Lost! The game is over!")
exit()
def attack(self, target):
"""Attack the target."""
Monster.attack(self, Object.obj_dict[target])
class World:
def run(self):
self.player = Monster(name='Player')
self._load_history(self.player)
monster = random.choice(list(monsters.viewkeys()))
self.monster = Monster(monsters[monster][0], monster, description=monsters[monster][1])
self.ui = UI(self.player)
self.ui.monster = self.monster
self.ui.welcome()
a = 1
while a != 0:
self._load_history(self.monster)
a = self.run_loop()
if a != 0:
self.ui.update_display()
self._save_history(self.player)
self._save_history(self.monster)
monster = random.choice(list(monsters.viewkeys()))
self.monster = Monster(monsters[monster][0], monster, description=monsters[monster][1])
self.ui.monster = self.monster
def run_loop(self):
player_move = "Run"
while player_move.lower() != ACTION_QUIT:
if self.player.offbalance:
moves = [MOVE_BASH, MOVE_DEFEND]
else:
moves = [MOVE_ATTACK, MOVE_BASH, MOVE_DEFEND]
if self.monster.offbalance:
monster_moves = [MOVE_BASH, MOVE_DEFEND]
else:
monster_moves = [MOVE_ATTACK, MOVE_BASH, MOVE_DEFEND]
player_move = self.ui.player_move(moves)
if player_move == ACTION_QUIT:
break
if player_move not in moves:
self.ui.msg = "I don't understand your input, try again."
self.ui.update_display()
continue
monster_move = self.monster.attack(monster_moves, self.player)
self.ui.monster.move = monster_move
self.ui.player.move = player_move
if player_move + monster_move in action_table:
outcome = action_table[player_move + monster_move]
self.monster.take_damage(outcome[2])
self.monster.offbalance = outcome[3]
self.player.take_damage(outcome[0])
self.player.offbalance = outcome[1]
else:
outcome = action_table[monster_move + player_move]
self.monster.take_damage(outcome[0])
self.monster.offbalance = outcome[1]
self.player.take_damage(outcome[2])
self.player.offbalance = outcome[3]
# record the moves just made for the AI
self.player.history.append(player_move)
self.monster.history.append(monster_move)
self.ui.update_display()
if self.player.is_dead() and self.monster.is_dead():
self.ui.msg = "You have slain the foul " + self.monster.name + ", but it appears that, in its dying throes, the " + self.monster.name + "has also slain you."
return 0
elif self.player.is_dead():
self.ui.msg = "Oh no! You seem to have perished!"
return 0
elif self.monster.is_dead():
self.ui.msg = "You have slain the " + self.monster.name + "."
return 1
return 0
def _load_history(self, monster):
name = 'player'
if monster.name.lower() != 'player':
name = 'monster'
try:
f = open(name + '.moves', 'r+')
monster.history = pickle.load(f)
f.close()
except Exception:
pass
def _save_history(self, monster):
name = 'player'
if monster.name.lower() != 'player':
name = 'monster'
try:
f = open(name + '.moves', 'w+')
print monster.name
print len(monster.history)
pickle.dump(monster.history, f)
f.close()
except Exception:
pass
# Check for death.
if enemy.is_dead():
#The player has won.
game_end("You won!")
elif action == "2":
# Do a especial attack.
player.special_attack(enemy)
# Check for death.
if enemy.is_dead():
#The player has won.
game_end("You won!")
elif action == "3":
game_end("You just surrendered. Too bad! Waluigi time!")
# Enemy's turn.
enemy.attack(player)
enemy_last_action = "\n\tThe " + enemy.get_name() + " attacked!\n"
# Check for death.
if player.is_dead():
# The player has lost.
game_end("You lost. Try again.")
turn_count += 1