def test_create_character(self):
expected = {
'name': "Link",
'coords': (0, 0),
'max_hp': 10,
'current_hp': 10,
'power': 6
}
self.assertEqual(expected, create_character())
def create_father(world, scenario_state):
father = create_character(
world,
(0, 4.5),
"boy_chest",
CharacterDirection.RIGHT,
2.5
)
scenario_state["father"] = father
def game():
"""Initialaze and handles gameplay
"""
plot.prologue()
start_time = time.time()
player = maps.START[:]
level = 1
map_ = maps.load_map_for_level(level)
character.create_character()
health = character.get_stats()["HP"]
game_over = False
while health > 0 and not game_over:
os.system('clear')
maps.print_map(map_, level, player)
player = functions.player_move(map_, level, player)
if functions.is_next_level(level, player):
level += 1
map_ = maps.load_map_for_level(level)
if inventory.item_in_inventory("Sword of a Thousand Truths"):
game_over = True
health = character.get_stats()["HP"]
game_total_time = int(time.time() - start_time)
if health < 0:
plot.bye_bye()
if health > 0:
plot.epilogue()
highscore.update_highscore(game_total_time)
highscore.print_highscore()
def test_create_character (self):
#invalid input
assert not create_character(None, "TestCharName")
assert not create_character(None, None)
assert not create_character("TestUsername", None)
#"TestUsername" does not exist, so a character cannot be created for it.
assert not create_character("TestUsername", "TestCharname")
#"Username" should work.
assert create_character("Username", "TestCharName")
assert create_character("Username2", "TestCharName")
def create_mother(world, scenario_state):
mother = create_character(
world,
(1, 4),
"girl",
CharacterDirection.LEFT,
2.5
)
def ghosts():
scenario_state["ghosts"] = True
mother.entity.add_component(
Frightenable(ghosts)
)
scenario_state["mother"] = mother
def test_regular_create_character(self, mock_class_selection,
mock_create_name, mock_roll_die):
new_character = {
"Name": "Dustin",
"Class": "Jedi Consular",
"HP": 10,
"Strength": 8,
"Dexterity": 8,
"Constitution:": 8,
"Intelligence": 8,
"Wisdom": 8,
"Charisma": 8,
"XP": 0,
"Inventory": ["Lightsaber - Orange"],
"Position": [7, 4]
}
self.assertEqual(create_character(), new_character)
def test_regular3_create_character(self, mock_class_selection,
mock_create_name, mock_roll_die):
new_character = {
"Name": "Darth Vader",
"Class": "Sith Warrior",
"HP": 10,
"Strength": 15,
"Dexterity": 15,
"Constitution:": 15,
"Intelligence": 15,
"Wisdom": 15,
"Charisma": 15,
"XP": 0,
"Inventory": ["Lightsaber - Red"],
"Position": [7, 4]
}
self.assertEqual(create_character(), new_character)
def test_regular5_create_character(self, mock_class_selection,
mock_create_name, mock_roll_die,
choose_inventory):
new_character = {
"Name": "Commander Cody",
"Class": "Trooper",
"HP": 10,
"Strength": 18,
"Dexterity": 9,
"Constitution:": 16,
"Intelligence": 15,
"Wisdom": 5,
"Charisma": 5,
"XP": 0,
"Inventory": ["Assault Cannon"],
"Position": [7, 4]
}
self.assertEqual(create_character(), new_character)
def test_regular4_create_character(self, mock_class_selection,
mock_create_name, mock_roll_die,
choose_inventory):
new_character = {
"Name": "Boba Fett",
"Class": "Bounty Hunter",
"HP": 10,
"Strength": 16,
"Dexterity": 14,
"Constitution:": 13,
"Intelligence": 16,
"Wisdom": 14,
"Charisma": 16,
"XP": 0,
"Inventory": ["Sniper Rifle"],
"Position": [7, 4]
}
self.assertEqual(create_character(), new_character)
def test_regular2_create_character(self, mock_class_selection,
mock_create_name, mock_roll_die,
choose_inventory):
new_character = {
"Name": "Han Solo",
"Class": "Smuggler",
"HP": 10,
"Strength": 18,
"Dexterity": 18,
"Constitution:": 18,
"Intelligence": 18,
"Wisdom": 18,
"Charisma": 18,
"XP": 0,
"Inventory": ["Blaster Pistol"],
"Position": [7, 4]
}
self.assertEqual(create_character(), new_character)
def create_burglar(world, scenario_state):
burglar = create_character(
world,
(1, 4),
"burglar_lantern",
CharacterDirection.LEFT,
2.5
)
burglar.entity.get_component(Animable).add_animation(
FlickerAnimation(6, 0.75)
)
burglar.entity.add_component(
Lightable(
Positionable(-20, 10, 60, 60),
Positionable(-70, -40, 160, 160),
(205, 155, 29, 64)
)
)
scenario_state["burglar"] = burglar
def load_game() -> dict:
"""
Load a character save file from a json file.
POST-CONDITION: Loads a character dictionary from a json file or calls a function to create a new character
RETURN: A character as a dictionary
Not sure how to doctest or unittest this function
"""
choice = input('Do you want to start a new game or load? (new,load) ').lower().strip()
if choice == 'load':
try:
name = input("Input your character's name ").title().strip() # Loads file based on character's name
filename = name + 'savefile.json'
with open(filename) as file_object: my_character = json.load(file_object)
return my_character
except FileNotFoundError: # If file is not found game does not crash
print('We could not find that character in our system')
elif choice == 'new':
print('Okay we will create a new game for you')
return character.create_character() # Uses create_character function to create a new game
return load_game() # Recursion if user either does not pick load or new or their file is not found
def new_or_old_character():
"""Asks the user if they are a new player (creates new character) or if they have played before (loads a character)
POSTCONDITION: a username is returned or None is returned if file does not exist
RETURN: A new character or a username saved from a JSON file
"""
sentinel_value = True
while sentinel_value is True:
user_input = input(
"Are you a new player? Type 'y' for yes and to create a new character,"
" or 'n' for no to load an old character from file\n")
if user_input == 'y':
# If user is a new player, create a new character
new_character = character.create_character()
return new_character
elif user_input == 'n':
# If user is not a new player, load a previously saved character
new_character = get_stored_username()
print("Welcome back,", new_character['Name'])
return new_character
else:
print("Please enter y or n")
def test_type_create_character(self, mock_class_selection,
mock_create_name, mock_roll_die,
choose_inventory):
self.assertIsInstance(create_character(), dict)
def Init_manche():
"""
G{classtree}
DESCRIPTION
===========
Initialise chaque manche : placement du joueur, environnement, bonus, ennemies.
PARAM
=====
Sans parametre
RETOUR
======
Sans retour
"""
#-afaire
global manche, menu, player, allAssetGameZone, acutalAssetGameZone, Story, Shadow_background, color
asheiyaAsset = [
"Run_Right_0",
"Run_Right_45",
"Run_Right_90",
"Run_Right_-45",
"Run_Right_-90",
"Run_Left_0",
"Run_Left_45",
"Run_Left_90",
"Run_Left_-45",
"Run_Left_-90",
"Wait_Right_0",
"Wait_Right_45",
"Wait_Right_90",
"Wait_Right_-45",
"Wait_Right_-90",
"Wait_Left_0",
"Wait_Left_45",
"Wait_Left_90",
"Wait_Left_-45",
"Wait_Left_-90",
]
projectileAsset = [
"Gun_Horizontal", "Gun_Slach", "Gun_UnSlash", "Gun_Vertical"
]
if manche == 10:
Shadow_background = hitbox.Create_ShadowBackgrond(1)
acutalAssetGameZone = allAssetGameZone[
"Zone_" + str(allAssetGameZone["NumZone"])]
#on concoit le joueur___________________________________________________________________________________________________________________________
assetPlayer = {}
assetPlayer["position"] = [
"Wait", "Right", 0
] #correspond a sa representation : course/attente, orientation, position du bras
for Asheiya_doc in asheiyaAsset:
assetPlayer[Asheiya_doc] = entity.create_asset("Asheiya/Asset/" +
Asheiya_doc +
".txt")
assetPlayer["Actual"] = assetPlayer[assetPlayer["position"][0] + "_" +
assetPlayer["position"][1] + "_" +
str(assetPlayer["position"][2])]
xPlayer = 0
yPlayer = 0
vxPlayer = 0
vyPlayer = 0
player = entity.create_entity("Asheiya Briceval", xPlayer, yPlayer,
assetPlayer, color["txt"]["Yellow"])
speedPlayer = 0.1 #deplaxcement pas seconde
player = movingent.create_moving_ent(player, vxPlayer, vyPlayer,
speedPlayer)
lifePlayer = 18
armorPlayer = 25
player = livingent.create_living_ent(player, lifePlayer, armorPlayer)
assetShot = {}
for Shot_doc in [
"Gun_Horizontal", "Gun_Slash", "Gun_UnSlash", "Gun_Vertical"
]:
assetShot[Shot_doc] = entity.create_asset("Asheiya/Projectile/" +
Shot_doc + ".txt")
damage = 5
shotDelay = 3
bulletSpeed = 0.04
colorBullet = color["txt"]["Red"]
player = shootingent.create_shooting_ent(player, damage, bulletSpeed,
assetShot, shotDelay,
colorBullet)
spowerSpeed = 1 #toutes les secondes on augmente de 1 la charge du super
spowerMax = 100 #au bout de 100 charges on peut utiliser l'ultime
player = character.create_character(player, spowerSpeed, spowerMax)
allEntity.append(player)
player = movingent.tp_entity(player, 20, 37)
#placement des bonus : #-afair quand on les placera tous, automatiser le tout
listeBonus = {"speedUp": 0.02, "fireRateUp": 1, "lifeUp": 5}
xbonus = 9
ybonus = 33
assetBonus = {}
assetBonus["boon1"] = entity.create_asset(
"Boon/boon1.txt") #-afair en sorte que les accès soient automatisé
assetBonus["Actual"] = assetBonus["boon1"]
boon1 = entity.create_entity(
"boon1", xbonus, ybonus, assetBonus, color["txt"]
["Green"]) #-afair en sorte que leurs noms s'incrémente tout seul
boon1 = boon.create_boon(boon1, listeBonus)
allEntity.append(boon1)
listeBonus = {"lifeUp": 5, "armorMaxUp": 2}
xbonus = 9
ybonus = 27
assetBonus = {}
assetBonus["boonGenerator"] = entity.create_asset(
"Boon/boonGenerator.txt")
assetBonus["Actual"] = assetBonus["boonGenerator"]
geneSpeed = 2
boong = entity.create_entity("boong1", xbonus, ybonus, assetBonus,
color["txt"]["Cyan"])
boong = boon.create_boon_generator(boong, listeBonus, geneSpeed)
allEntity.append(boong)
assetCristal = {}
assetCristal["Cristal"] = entity.create_asset("Mobs/Cristal.txt")
assetCristal["Actual"] = assetCristal["Cristal"]
Cristal_1 = {}
Cristal_1 = entity.create_entity(
"Cristal_1", 42, 24, assetCristal,
color["txt"]["Pink"]) #position x=42,y=24
Cristal_1 = livingent.create_living_ent(
Cristal_1, 9, 0) #9 point de vie, 0 point d'armure
allEntity.append(Cristal_1)
Cristal_2 = {}
Cristal_2 = entity.create_entity(
"Cristal_1", 73, 36, assetCristal,
color["txt"]["Red"]) #position x=73,y=37
Cristal_1 = livingent.create_living_ent(
Cristal_2, 12, 0) #12 point de vie, 0 point d'armure
allEntity.append(Cristal_2)
#Story
storyFile = "Story/Zone_1.txt"
maxLigne = 35
LastTime = time.time()
Story = windows.create_story(storyFile, maxLigne, LastTime)
# manche initialisé
manche = 11
if manche == 20:
#initialiser la deuxieme manche
manche = 21
return
