def choose_party(party :list):
"""Let's the player choose their party"""
walking_left = [pygame.image.load("src/Sprites/stand_left.png")]
walking_right = [pygame.image.load("src/Sprites/stand_right.png")]
walking_top = [pygame.image.load("src/Sprites/stand_top.png")]
walking_down = [pygame.image.load("src/Sprites/stand_bot.png")]
for _ in range(7):
walking_left.append(pygame.image.load("src/Sprites/step_left.png"))
walking_right.append(pygame.image.load("src/Sprites/step_right.png"))
walking_top.append(pygame.image.load("src/Sprites/step_top.png"))
walking_down.append(pygame.image.load("src/Sprites/step_bot.png"))
for _ in range(7):
walking_left.append(pygame.image.load("src/Sprites/stand_left.png"))
walking_right.append(pygame.image.load("src/Sprites/stand_right.png"))
walking_top.append(pygame.image.load("src/Sprites/stand_top.png"))
walking_down.append(pygame.image.load("src/Sprites/stand_bot.png"))
for _ in range(7):
walking_left.append(pygame.image.load("src/Sprites/step_left2.png"))
walking_right.append(pygame.image.load("src/Sprites/step_right2.png"))
walking_top.append(pygame.image.load("src/Sprites/step_top2.png"))
walking_down.append(pygame.image.load("src/Sprites/step_bot2.png"))
for _ in range(7):
walking_left.append(pygame.image.load("src/Sprites/stand_left.png"))
walking_right.append(pygame.image.load("src/Sprites/stand_right.png"))
walking_top.append(pygame.image.load("src/Sprites/stand_top.png"))
walking_down.append(pygame.image.load("src/Sprites/stand_bot.png"))
walking_animation = [walking_left, walking_right, walking_top, walking_down]
sprite = pygame.image.load("src/Sprites/main_character.png")
main_character = Character("Leon", sprite, walking_animation)
give_items(main_character)
sprite = pygame.image.load("src/Sprites/knight.png")
knight = Character("Knight", sprite, sprite)
sprite = pygame.image.load("src/Sprites/archer.png")
archer = Character("Archer", sprite, sprite)
sprite = pygame.image.load("src/Sprites/wizard.png")
wizard = Character("Wizard", sprite, sprite)
sprite = pygame.image.load("src/Sprites/assassin.png")
assassin = Character("Assassin", sprite, sprite)
sprite = pygame.image.load("src/Sprites/monk.png")
monk = Character("Monk", sprite, sprite)
main_character.choose_character(party)
left = [assassin,archer,knight,monk,wizard]
while len(party) < 4:
render_character_screen(left)
while True:
choice = choose_action("party")
if choice <= len(left):
break
left[choice-1].choose_character(party)
left.remove(left[choice-1])
def use_item(party, monsters, user):
"""Activates chosen item and returns True if skill was used and False if something went wrong."""
render_battle(party, monsters, user, "choose_item")
character = party[0]
while True:
choice = choose_action("choose skill")
if choice == 0:
return False
if choice == "d":
render_info(character.items)
while True:
if choose_action("choose skill") == 0:
render_battle(party, monsters, user, "choose_item")
break
elif choice <= len(character.items):
item = character.items[choice - 1]
if item.amount > 0:
break
if item.aoe == 0:
render_battle(party, monsters, character, "choose_target_ally")
while True:
target = choose_action("choose target")
try:
if target == 0:
return False
if item.use(party[target - 1]):
item.amount -= 1
return item
else:
render_action("Does nothing on target", 500)
render_battle(party, monsters, character,
"choose_target_ally")
except IndexError:
pass
else:
for member in party:
item.use(member)
item.amount -= 1
return item
def __init__(self):
self.party = []
self.monsters = []
render_map_selection()
while True:
pick = choose_action("Pick map")
if pick in (1, 2):
break
self.map = generate_map(pick)
self.start = self.map[0]
self.boss = self.map[1]
choose_party(self.party)
generate_monsters(self.monsters)
render_start(self.boss.name)
self.start.activate(self.party, self.monsters, self.boss)
def activate(self, party: list, monsters: list, boss):
"""Lets the player move around in the area and activates battles."""
area_monsters = []
if not self.start and not self.boss:
for _ in range(randint(0, 6)):
while True:
monster = monsters[randint(0, len(monsters) - 1)]
if monster not in area_monsters:
area_monsters.append(monster)
break
monster.x = randint(
wall,
screen_width - wall - monster.over_sprite.get_width())
monster.y = randint(
wall,
screen_height - wall - monster.over_sprite.get_height())
countdown = 0
while True:
move(party[0])
character_width = party[0].over_sprite[
party[0].direction][countdown].get_width()
character_height = party[0].over_sprite[
party[0].direction][countdown].get_height()
if self.boss:
if collision(party[0], boss, countdown):
battle(party, [boss])
render_game_over("victory")
while True:
choose_action("victory")
if party[0].left and party[0].x >= wall and party[
0].up is False and party[0].down is False:
party[0].x -= 6
countdown += 1
party[0].direction = 0
if party[0].left and party[0].x >= wall and (party[0].up
or party[0].down):
party[0].x -= 4
countdown += 1
party[0].direction = 0
if party[0].right and party[
0].x <= screen_width - character_width - wall and party[
0].up is False and party[0].down is False:
party[0].x += 6
countdown += 1
party[0].direction = 1
if party[0].right and party[
0].x <= screen_width - character_width - wall and (
party[0].up or party[0].down):
party[0].x += 4
countdown += 1
party[0].direction = 1
if party[0].up and party[0].y >= wall and party[
0].right is False and party[0].left is False:
party[0].y -= 6
countdown += 1
party[0].direction = 2
if party[0].up and party[0].y >= wall and (party[0].right
or party[0].left):
party[0].y -= 4
countdown += 1
party[0].direction = 2
if party[0].down and party[
0].y <= screen_height - character_height - wall and party[
0].right is False and party[0].left is False:
party[0].y += 6
countdown += 1
party[0].direction = 3
if party[0].down and party[
0].y <= screen_height - character_height - wall and (
party[0].right or party[0].left):
party[0].y += 4
countdown += 1
party[0].direction = 3
if countdown > 27:
countdown = 0
if party[0].right and party[
0].x + 6 > screen_width - character_width - wall and door_tall < party[
0].y + character_height / 2 < screen_height - door_tall:
if self.right is not None:
party[0].x = wall
self.right.activate(party, monsters, boss)
if party[0].left and party[0].x - 6 < wall and door_tall < party[
0].y + character_height / 2 < screen_height - door_tall:
if self.left is not None:
party[0].x = screen_width - wall - character_width
self.left.activate(party, monsters, boss)
if party[0].up and party[0].y - 6 < wall and door_wide < party[
0].x + character_width / 2 < screen_width - door_wide:
if self.top is not None:
party[0].y = screen_height - wall - character_height
self.top.activate(party, monsters, boss)
if party[0].down and party[
0].y + 6 > screen_height - character_height - wall and door_wide < party[
0].x + character_width / 2 < screen_width - door_wide:
if self.bottom is not None:
party[0].y = wall
self.bottom.activate(party, monsters, boss)
if len(area_monsters) != 0:
for monster in area_monsters:
monster.x += monster.speed_x
monster.y += monster.speed_y
if monster.x >= screen_width - monster.over_sprite.get_width(
) - wall:
monster.change_speed("x")
if monster.x <= wall:
monster.change_speed("x")
if monster.y >= screen_height - monster.over_sprite.get_height(
) - wall:
monster.change_speed("y")
if monster.y <= wall:
monster.change_speed("y")
if collision(party[0], monster, countdown):
if battle(party, monster.monsters):
for character in party:
character.give_exp(
monster.monsters[0].level[0] * 50 *
len(monster.monsters))
area_monsters.remove(monster)
party[0].right = False
party[0].left = False
party[0].up = False
party[0].down = False
render_area(party, area_monsters, party[0].direction, countdown,
self, boss)
clock.tick(50)
def battle(party, monsters):
"""The main code for battles. Asks the player what they want to do and leads to the corresponding function. Ends when all monsters are defeated."""
for monster in monsters:
for i in range(1, party[0].level[0] + 1):
monster.level_up(i)
if monsters[0].boss:
for i in range(1, party[0].level[0] + 1):
monsters[0].level_up(min(i + 3, 10))
active_skills = []
characters = []
for character in party:
characters.append(character)
for character in monsters:
characters.append(character)
while True:
for skill in active_skills:
skill.duration -= 1
if skill.duration == 0:
skill.deactivate(party)
active_skills.remove(skill)
for character in characters:
if character.alive:
while True:
render_battle(party, monsters, character, "battle")
if character.monster is False:
while True:
action = choose_action("battle")
if 1 <= action <= 4:
break
if action == 1:
render_battle(party, monsters, character,
"choose_target_enemy")
while True:
target = choose_action("choose target")
if 0 <= target <= len(monsters):
if monsters[
target -
1].alive is True or target == 0:
break
if target != 0:
character.attack(monsters[target - 1], 0)
break
if action == 2:
skill = use_skill(party, monsters, character,
active_skills)
if skill is not False:
render_action(skill.name, 500)
break
if action == 3:
item = use_item(party, monsters, character)
if item is not False:
render_action(item.name, 500)
break
if action == 4:
if not monsters[0].boss:
chance = randint(1, 3)
if chance == 1:
render_action("ESCAPE", 1000)
return False
render_action("ESCAPE FAILED", 800)
break
render_action("CAN'T ESCAPE", 800)
else:
while True:
target = randint(0, 3)
if party[target].alive:
break
action = randint(1, len(character.skills) + 8)
if character.boss:
action += 2
if action > 5:
if len(character.skills) > 0:
skill = character.skills[randint(
0,
len(character.skills) - 1)]
if skill.aoe != 1:
skill.activate(character, party[target])
else:
for party_member in party:
skill.activate(character, party_member)
render_action(skill.name, 1000)
break
character.attack(party[target], 0)
render_action("ATTACK", 500)
break
if character.status[0] == "Poison":
render_battle(party, monsters, character, "battle")
character.take_dmg(
(character.hp + character.taken_dmg) // 4)
render_action("POISON DAMAGE", 500)
character.status[1] -= 1
if character.status[1] <= 0:
character.status = ["none", 0]
render_battle(party, monsters, character, "battle")
render_action("POISON CURED", 800)
render_battle(party, monsters, character, "battle")
pygame.time.wait(50)
alive_characters = 4
alive_monsters = len(monsters)
for character in characters:
if character.alive is False:
if character.monster is False:
alive_characters -= 1
else:
alive_monsters -= 1
if alive_characters == 0:
render_game_over("defeat")
while True:
choose_action("defeat")
if alive_monsters == 0:
for skill in active_skills:
skill.deactivate(party)
render_action("VICTORY", 1000)
return True
def use_skill(party, monsters, character, active_skills):
"""Activates chosen skill and returns False if something went wrong."""
render_battle(party, monsters, character, "choose_skill")
while True:
choice = choose_action("choose skill")
if choice == "d":
render_info(character.skills)
while True:
if choose_action("choose skill") == 0:
render_battle(party, monsters, character, "choose_skill")
break
elif choice <= len(character.skills):
if choice == 0:
return False
skill = character.skills[choice - 1]
if character.mp - skill.cost >= 0:
break
character.mp -= skill.cost
character.used_mp += skill.cost
if skill.aoe != 1:
if skill.buff == 0 and skill.recover == 0 and skill.resurrect == 0:
render_battle(party, monsters, character, "choose_target_enemy")
while True:
target = choose_action("choose target")
if 0 <= target <= len(monsters):
if target == 0:
return False
if monsters[target - 1].alive is True:
skill.activate(character, monsters[target - 1])
break
elif skill.recover == 1:
if skill.aoe == -1:
skill.activate(character, character)
return skill
render_battle(party, monsters, character, "choose_target_ally")
while True:
target = choose_action("choose target")
if 0 <= target <= 4:
if target == 0:
return False
if party[target - 1].alive is True:
skill.activate(character, party[target - 1])
break
render_action("Target must be alive", 500)
render_battle(party, monsters, character,
"choose_target_ally")
elif skill.resurrect == 1:
render_battle(party, monsters, character, "choose_target_ally")
while True:
target = choose_action("choose target")
if 0 <= target <= 4:
if target == 0:
return False
if party[target - 1].alive is False:
skill.activate(character, party[target - 1])
break
render_action("Target must be dead", 500)
render_battle(party, monsters, character,
"choose_target_ally")
else:
if skill in active_skills:
skill.deactivate(party)
active_skills.remove(skill)
skill.activate(character, character)
skill.user = character.name
active_skills.append(skill)
else:
if skill.buff == 0 and skill.recover == 0:
for monster in monsters:
skill.activate(character, monster)
elif skill.recover == 1:
for party_member in party:
skill.activate(character, party_member)
else:
if skill in active_skills:
skill.deactivate(party)
active_skills.remove(skill)
for party_member in party:
skill.activate(character, party_member)
active_skills.append(skill)
return skill