def reset_hero_attributes(hero: Hero):
from items.weapon import Weapon
from items.spell import Spell
hero.health = hero.MAX_HEALTH
hero.mana = hero.MAX_MANA
hero.weapon = Weapon.create_weapon(random.choice(WEAPON_NAMES))
hero.spell = Spell.create_spell(random.choice(SPELL_NAMES))
def test_if_reset_hero_attributes_works_correctly(self):
hero = Hero()
hero.MAX_MANA = 100
hero.MAX_HEALTH = 100
reset_hero_attributes(hero)
self.assertEqual(hero.health, 100)
self.assertEqual(hero.mana, 100)
def test_if_attack_with_spell_range_works_when_cast_range_is_0(self):
health = 1
hero = Hero()
hero.spell = Spell(cast_range=0)
enemy = Enemy(health=health)
attack_with_spell_range(hero, enemy)
self.assertEqual(enemy.health, health)
def test_if_attack_with_spell_range_works_when_enemy_is_killed_during_the_attack(self):
health = 1
hero = Hero()
hero.spell = Spell(damage=1, cast_range=1)
enemy = Enemy(health=health)
exp = 0
attack_with_spell_range(hero, enemy)
self.assertEqual(enemy.health, exp)
def test_if_regular_fight_works_when_enemy_is_killed_during_the_fight(self):
health = 1
hero = Hero(health=health)
hero.weapon = Weapon(damage=1)
enemy = Enemy(health=health)
exp = 0
regular_fight(hero, enemy)
self.assertEqual(enemy.health, exp)
def attack_with_spell_range(hero: Hero, enemy: Enemy):
spell_attack_counter = 0
while hero.can_cast() and spell_attack_counter < hero.spell.cast_range:
enemy.take_damage(hero.attack_by_spell())
spell_attack_counter += 1
print_entity_name_and_health('Enemy', enemy.health)
if not enemy.is_alive():
print_has_been_slain('Enemy')
break
print(f'Enemy moves closer!')
def regular_fight(hero: Hero, enemy: Enemy):
while True:
enemy.take_damage(hero.attack())
print_entity_name_and_health('Enemy', enemy.health)
if not enemy.is_alive():
print_has_been_slain('Enemy')
break
hero.take_damage(enemy.attack())
print_hero_takes_damage(hero, enemy)
print_entity_name_and_health(hero.name, hero.health)
if not hero.is_alive():
print_has_been_slain(hero.known_as())
break
def test_if_spawn_hero_works_correctly(self):
hero = Hero()
dungeon = Dungeon('test_valid_map.txt')
exp = [['.', '.', '.', '.', '.', '.', '.', '.', 'H'],
['#', '#', '#', '#', '.', '.', 'T', '.', 'E'],
['.', '.', '.', 'G', '.', '.', 'S', '.', 'T']]
dungeon.spawn(hero)
self.assertEqual(exp, dungeon.dungeon_map)
self.assertIs(hero, dungeon.hero)
def main():
hero = Hero.create_hero()
dungeon = Dungeon('dungeon_module/level1.txt')
dungeon.spawn(hero)
DisplayInfo.display_intro()
clear_screen()
while not end_game(dungeon) and dungeon.hero.is_alive():
dungeon.print_map()
print_ask_direction(hero)
try:
choice = get_key_input()
check_choice(choice, dungeon)
except Exception as e:
print(e)
input('\nPress Enter to continue...')
clear_screen()
clear_screen()
# Liste de tout les sprites du jeux ( pour avoir un ensemble, utile pour le coté joueur en code)
all_sprites_list = pygame.sprite.Group()
# Liste des block (max appel là comme tu le sent juste un réfractoring fonctionnera avec moi)
monsterList = pygame.sprite.Group()
# Liste de chaque balle tiré
bullet_list = pygame.sprite.Group()
NbMonster = 25
# ICI ON INSTANCIE LES BLOCKS (chronologiquement pour que le code ne fasse pas d'erreur)
# On instancie le héro
hero = Hero()
all_sprites_list.add(hero)
Monster.containers = monsterList
imageLevel = ""
myfont = pygame.font.SysFont("Arial", 15)
title = myfont.render("Appuyez sur espace pour commencer",0, (0, 0, 0))
def displayMonster(nb, speed):
column = 0
line = 0
for i in range(0, nb):
if i % 9 == 0:
column = column + 1
line = 0
else:
def main():
#Create's a hero with the chosen name
name = input("What is the hero's name? : ")
hero = Hero(name)
#Creating boss
boss = Creature(7)
print("You start your glorious adventure! \n")
#Create's a list of rooms for the hero to move through
roomList = generate_rooms()
currentRoom = 0
#Main gameplay loop
while True:
#If this is true, that means currentRoom has been incremented past the roomList index
#And there aren't any rooms left to go through so the hero won
if currentRoom == Room.numberOfRooms:
break
#Runs a function that prints the name of the room and gives a description
roomList[currentRoom].room_description()
#Makes a shorter reference to improve readability
monsterList = roomList[currentRoom].monsterList
#Sets the initiative for all the monsters
roll_for_initiative(hero, monsterList)
#Makes it so the monster with the highest initiative is in index 0
monsterList.sort(reverse=True)
#If the monster's initiative is higher, he gets to attack first
if (monsterList[0].initiative > hero.initiative):
print(monsterList[0].name + " got the jump on the hero!\n")
monsterList[0].attack(hero)
while True:
#Prompts the user for what he wants to do
use_menu(hero, roomList[currentRoom])
#If the user has successfully completed the room, set the currentRoom index one higher
#So the next loop uses the next room's information
if roomList[currentRoom].movingRooms == True:
currentRoom += 1
break
#Checks to see if there's monsters
elif roomList[currentRoom].cleared == False:
print("")
monsterList[0].attack(hero) #First monster attacks the player
#Checks to see if the player died
if hero.is_dead():
print("The hero is dead!")
exit()
print(
"You have succeeded in your quest to escape The Overlord's strong hold"
)
def test_if_attack_by_spell_returns_spell_damage(self):
h = Hero()
h.spell = Spell('Fireball', 10, 5, 1)
self.assertEqual(h.attack(), 10)
def test_if_attack_returns_weapon_damagae_if_it_is_stronger(self):
h = Hero()
h.spell = Spell('Fireball', 10, 5, 1)
h.weapon = Weapon('Bat', 20)
self.assertEqual(h.attack(), 20)
def test_if_know_as_works_as_expected(self):
h = Hero()
exp = 'Hero the No title'
self.assertEqual(h.known_as(), exp)
