def play():
skeleton = Monster('Skeleton', 50, 10, 0)
player = Player()
skeleton.attack(player)
player.attack(skeleton)
player.attack(skeleton)
player.attack(skeleton)
player.attack(skeleton)
def __init__(self):
Monster.__init__(self)
self.name = "Snakeling"
self.max_hp = 20
self.attack_damage = '4d4'
self.thaco = 12
self.ac = 20
self.agility = 15
self.exp_value = 15
self.gold = '3d6'
self.dmesg = 'It lashes out'
def __init__(self):
Monster.__init__(self)
self.name = "Teenage Ninja Kobold"
self.max_hp = 10
self.attack_damage = '4d6'
self.thaco = 10
self.ac = 15
self.agility = 18
self.exp_value = 15
self.gold = '2d6'
self.dmesg = 'It uses REAL ULTIMATE NINJA POWER against you'
def __init__(self):
Monster.__init__(self)
self.name = "Kobold"
self.max_hp = 10
self.attack_damage = '4d4'
self.thaco = 12
self.ac = 12
self.agility = 14
self.exp_value = 10
self.gold = '3d6'
self.dmesg = 'It slashes with a vicious dagger,'
def __init__(self):
Monster.__init__(self)
self.name = "Jelly Fish"
self.max_hp = 15
self.attack_damage = '2d4'
self.thaco = 15
self.ac = 10
self.agility = 8
self.exp_value = 4
self.gold = '1d6'
self.dmesg = 'You are enveloped in stinging tentacles,'
def __init__(self):
Monster.__init__(self)
self.name = "Giant Slug"
self.max_hp = 10
self.attack_damage = '2d3'
self.thaco = 18
self.ac = 12
self.agility = 10
self.exp_value = 3
self.gold = '2d4'
self.dmesg = 'You slip on a puddle of slime'
def __init__(self):
Monster.__init__(self)
self.name = "Snotling"
self.max_hp = 6
self.attack_damage = '1d4'
self.thaco = 20
self.ac = 10
self.agility = 14
self.exp_value = 2
self.gold = '1d6'
self.dmesg = 'The Snotling discharges its nose at you'
def __init__(self):
Monster.__init__(self)
self.name = "The evil Minotaur"
self.max_hp = 75
self.attack_damage = '10d6'
self.thaco = 0
self.ac = 30
self.agility = 30
self.exp_value = 250
self.gold = '20d20'
self.dmesg = 'It throws you against the wall'
def __init__(self):
Monster.__init__(self)
self.name = "Henchman"
self.max_hp = 32
self.attack_damage = '8d4'
self.thaco = 6
self.ac = 25
self.agility = 20
self.exp_value = 35
self.gold = '10d6'
self.dmesg = 'He slashes at you'
def __init__(self):
Monster.__init__(self)
self.name = "Dark Apprentice"
self.max_hp = 25
self.attack_damage = '4d6'
self.thaco = 6
self.ac = 25
self.agility = 20
self.exp_value = 28
self.gold = '5d6'
self.dmesg = 'He slashes at you'
def __init__(self):
Monster.__init__(self)
self.name = "Guardsman"
self.max_hp = 22
self.attack_damage = '4d6'
self.thaco = 10
self.ac = 20
self.agility = 18
self.exp_value = 20
self.gold = '5d6'
self.dmesg = 'He slashes at you'
def test_inits(self):
char = C.Character('Grognak')
# YOU MADE A CHARACTER
self.assertIsInstance(char,C.Character)
# You made a hero
hero = H.Hero('Grognak', [20, 20])
self.assertIsInstance(hero, H.Hero)
# You made a monster
monster = M.Monster('Goblin', 5, 5, 1)
self.assertIsInstance(monster,M.Monster)
def choose_battle(player, MONSTERS_DICT, BATTLE_DESCRIPTS):
if not MONSTERS_DICT:
return None
# random_num = random.randint(0, (len(MONSTERS_DICT)-1))
chosen_monster = MONSTERS_DICT[0]
# random_monster = MONSTERS_DICT[random_num]
random.shuffle(BATTLE_DESCRIPTS)
chosen_descript = BATTLE_DESCRIPTS[0]
battle_event = Battle(chosen_descript,
player=player,
monster=Monster(name=chosen_monster["name"],
hp=chosen_monster["hp"],
dmg=chosen_monster["damage"],
exp=chosen_monster["exp"],
gold=chosen_monster["gold"]),
exp=chosen_monster["exp"],
gold=chosen_monster["gold"])
return battle_event
def test_hero_methods(self):
# check that the set_starter_stats consistently sets the stats
hero1 = H.Hero('Grognak', [1, 1])
hero1.set_starter_stats()
self.assertTrue(hero1.current_hp,10)
self.assertTrue(hero1.max_hp, 10)
self.assertTrue(hero1.armor, 1)
self.assertTrue(hero1.strength, 3)
# Check that leveling works
hero1.gain_xp(101)
self.assertEqual(hero1.xp, 101)
self.assertEqual(hero1.level, 2)
# Check that set_opened_save_stats does the same
hero1.set_opened_save_stats(8, 16, 3, 4, 150, 2, 1, 200, 23, 24)
self.assertEqual(hero1.current_hp,8)
self.assertEqual(hero1.max_hp, 16)
self.assertEqual(hero1.armor, 3)
self.assertEqual(hero1.strength, 4)
self.assertEqual(hero1.xp, 150)
self.assertEqual(hero1.level, 2)
self.assertEqual(hero1.money, 1)
self.assertEqual(hero1.next_level, 200)
self.assertEqual(hero1.hero_pos, [23, 24])
# check for hp gains
hero1.gain_hp_from_rest(True)
self.assertEqual(hero1.current_hp, 12)
# check that not only does this heal, but not more than it should
hero1.gain_hp_from_rest(False)
self.assertEqual(hero1.current_hp, 14)
# make sure 'overhealing' isnt possible
hero1.gain_hp_from_rest(True)
self.assertEqual(hero1.current_hp, 16)
monster = M.Monster('Goblin', 5, 5, 1)
monster.attack_enemy(hero1)
# The goblin is too weak to harm the hero.
self.assertEqual(hero1.current_hp,16)
# The reverse is not true however
hero1.attack_enemy(monster)
self.assertLess(monster.current_hp, 1)
def insert_monster_loop():
print('Here we insert a monster')
name = input('Please Give Monster Name')
while True:
try:
max_hp = int(input('What is the monsters Max HP? Minimum of 1.'))
if max_hp < 1:
print('That was not greater than 0')
else:
break
except ValueError:
print('Sorry that was not an Integer.')
while True:
try:
strength = int(
input('what is this monsters strength? Minimum is 1.'))
if strength < 1:
print('Sorry that was not 1 or greater.')
else:
break
except ValueError:
print('Sorry, that wasn\'t a Integer.')
while True:
try:
armor = int(input('What is the monsters Armor? Minimum of 0.'))
if armor < 0:
print(' That was an invalid number, positive numbers only.')
else:
break
except ValueError:
print('Sorry that was not an Integer.')
while True:
try:
xp_val = int(input('What is the monsters XP Value? Minimum of 1.'))
if xp_val < 0:
print(
' That was an invalid number, positive numbers only, greater than 0.'
)
else:
break
except ValueError:
print('That is not an integer.')
while True:
try:
money = int(
input('How much Money does the monster have? Minimum of 0.'))
if money < 0:
print(' That was an invalid number, positive numbers only.')
else:
break
except ValueError:
print('Sorry that was not an Integer.')
while True:
try:
level = int(input('What is the monsters level? Minimum of 1.'))
if level < 0:
print(' That was an invalid number, positive numbers only.')
else:
break
except ValueError:
print('Sorry that was not an Integer.')
# Now that all that data has been collected we toss it into the Peewee model, and send it to the DB
new_monster = Monster(name, xp_val, money, level)
new_monster.set_str_and_armor(strength, armor, max_hp)
DM.add_monster(new_monster)