def __init__(self, user):
""" Randomly generates a monster for the player to fight """
self.user = BattleUser(user)
self.monster = BattleMonster(Monster.get_monster(user))
self.text = "A random " + self.monster.name + " appears!"
# True means its the users turn, False means its the cpu's turn
self.turn = True
def recover_mana(self):
""" Recover between 10-20% mana """
true_user = Monster.by_id(self.id)
max_mana = true_user.mana
# If there is health to gain
if self.mana < max_mana:
self.mana += min(int(max_mana * (random() % 0.2)), max_mana)
def recover_health(self):
""" Recover between 10-20% health """
true_user = Monster.by_id(self.id)
max_health = true_user.health
# If there is health to gain
if self.health < max_health:
# Random number between .0 <-> .2 take that percentage of max hp and add it back in capping at your max hp
self.health += min(int(max_health * (random() % 0.1)), max_health)
def append_model(self, models_set, fields_list, texture, object_type):
if object_type == 'monster':
for field in fields_list:
# 4 to jest maksymalna liczba potworów do losowego renderowania
border_object = Monster(texture, 4, self, *field)
models_set.add(border_object)
elif object_type == 'obstacle':
for field in fields_list:
border_object = Obstacle(texture, *field)
models_set.add(border_object)
elif object_type == 'border':
for field in fields_list:
border_object = Border(texture, *field)
models_set.add(border_object)
def attack_monster(self, monster):
""" Calculates the damage toward a given monster """
true_monster = Monster.by_id(monster.id)
true_user = User.by_id(self.id)
monster_armor = ArmoryArmor.by_id(true_monster.armor_id)
weapon = true_user.equiped_weapon
if monster_armor != None and weapon != None:
hit = self.roll_hit()
if hit:
reduction = monster_armor.rating
damage = get_random_damage(weapon.damage)
damage -= int(reduction / REDUCTION_CONSTANT)
# Make sure we never return zero
return max(damage, 0)
return 0
def advanced_attack_user(self, user):
""" calculates damage agianst a provided user """
true_monster = Monster.by_id(self.id)
true_user = User.by_id(user.id)
user_armor = true_user.equiped_armor
weapon = ArmoryWeapon.by_id(true_monster.weapon_id)
if user_armor != None and weapon != None:
hit = self.roll_advanced_hit()
if hit:
reduction = user_armor.rating
damage = get_random_damage(weapon.damage)
damage -= int(reduction / REDUCTION_CONSTANT)
# Make sure we never return zero
return max(damage, 0) * 2
return 0
def do_computer_round(self):
""" perform the computers turn """
# Randomly choose a move
move = self.choose_random_computer_move()
# perform that move
if move == BattleMessage.ATTACK:
damage = self.monster.attack_user(self.user)
self.user.health -= damage
if damage > 0:
self.text = self.monster.name + " hits " + self.user.name + " for " + str(damage) + " damage!"
else:
self.text = self.monster.name + " misses !"
elif move == BattleMessage.DEFEND:
initial_health = self.monster.health
initial_mana = self.monster.mana
self.monster.recover_health()
self.monster.recover_mana()
self.text = (
self.monster.name
+ " defends and recovers "
+ str(self.monster.health - initial_health)
+ " health and "
+ str(self.monster.mana - initial_mana)
+ " mana!"
)
elif move == BattleMessage.ADVANCED:
monster = Monster.by_id(self.monster.id)
monster_weapon = ArmoryWeapon.by_id(monster.weapon_id)
required_mana = monster_weapon.rating
if self.monster.mana > required_mana:
# Remove the mana we just used
self.monster.mana -= required_mana
damage = self.monster.advanced_attack_user(self.user)
self.user.health -= damage
if damage > 0:
self.text = (
self.monster.name
+ "'s Advanced attack hits "
+ self.user.name
+ " for "
+ str(damage)
+ " damage!"
)
else:
self.text = self.monster.name + "'s Advanced attack misses !"