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Implementation de la base de l'engine #3

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yannis merged 33 commits from Engine_base into main 2023-12-26 16:36:16 +00:00
Conversation 0 Commits 33 Files changed 21 +1371 -15
21 changed files with 1371 additions and 15 deletions
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1
launcher.py
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@ -1,2 +1,3 @@
if __name__ == '__main__': if __name__ == '__main__':
import src.main import src.main
_ = src.main # Ligne ajoutée uniquement pour éviter des erreurs dans les IDE

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"data":[1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
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"height":16,
"width":16,
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}],
"height":16,
"id":1,
"name":"Calque de Tuiles 1",
"opacity":1,
"startx":0,
"starty":0,
"type":"tilelayer",
"visible":true,
"width":16,
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},
{
"chunks":[
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"data":[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 4, 0, 0, 0, 0, 0,
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"name":"Calque de Tuiles 2",
"opacity":1,
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}],
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"id":3,
"name":"Calque de Tuiles 3",
"opacity":1,
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"type":"tilelayer",
"visible":true,
"width":16,
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}],
"nextlayerid":4,
"nextobjectid":1,
"orientation":"orthogonal",
"renderorder":"right-down",
"tiledversion":"1.10.1",
"tileheight":16,
"tilesets":[
{
"firstgid":1,
"source":"..\/assets\/tiles.tsx"
}],
"tilewidth":16,
"type":"map",
"version":"1.10",
"width":30
}

6
src/engine.py
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@ -1,6 +0,0 @@
class Engine:
def __init__(self):
pass
def loop(self):
pass

66
src/engine/animation.py Normal file
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# Classe animation adaptée depuis ESG Engine :
# https://github.com/yannis300307/ESG_Engine/blob/main/ESG_Engine/client/animation.py
import os
import pygame
class Anim:
"""Une animation contenant les images pygame et le temps entre chaque frames."""
def __init__(self, change_frame_time: float):
self.frames = []
self.change_frame_time = change_frame_time # Delay entre chaque frames
self.current_frame = 0
self.time = 0
def add_frame(self, frame: pygame.Surface):
"""Enregistre une nouvelle image dans la liste des frames."""
self.frames.append(frame.convert_alpha())
def get_frame_nbr(self):
"""Renvoie le nombre d'images enregistrées."""
return len(self.frames)
def get_frame(self, delta: float):
"""Donne l'image courante de l'animation."""
# Avant de retourner l'image, on met à jour le delay
self.update_current_frame(delta)
return self.frames[self.current_frame]
def update_current_frame(self, delta: float):
"""Met à jour le delay de l'image courante avec le delta time."""
self.time += delta
# Si le delay entre deux images est écoulé, on incrémente le numéro de l'image et on remet le temps à 0
if self.time >= self.change_frame_time:
self.current_frame += 1
self.time = 0
# Si on sort de la liste d'images, on revient au début
if self.current_frame >= len(self.frames):
self.current_frame = 0
def get_specific_frame(self, base: int):
"""Donne la {base} ème image apres l'image courante."""
# Si le delay entre deux images est écoulé, on incrémente le numéro de l'image et on remet le temps à 0
if self.time >= self.change_frame_time:
self.current_frame += 1
self.time = 0
# Si on sort de la liste d'images, on revient au début
if self.current_frame >= len(self.frames):
self.current_frame = 0
return self.frames[(self.current_frame + base) % len(self.frames)]
def load_animation_from_directory(self, path: str):
"""Récupère toutes les images au format png dans un dossier et les enregistre comme frames de l'animation."""
# On récupère tous les fichiers dans le dossier donné
files = os.listdir(path)
# Si ils sont bien en PNG, on les enregistre
for file in files:
if file.endswith(".png"):
self.add_frame(pygame.image.load(path + os.sep + file))

33
src/engine/camera.py Normal file
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from src.engine.entity import Entity
class Camera:
def __init__(self):
self.x = 0
self.y = 0
self.zoom = 1.
# Variables utilisées pour le scrolling
self.target_x = self.x
self.target_y = self.y
self.target_zoom = self.zoom
self.smoothness = 20.
self.followed_entity: Entity | None = None
def update(self):
"""Met à jour la caméra. Permet, par exemple, de faire le scrolling."""
# Si on suit une entité, on met à jour les coordonnées de suivi
if self.followed_entity is not None:
self.target_x = self.followed_entity.x
self.target_y = self.followed_entity.y
self.x += (self.target_x - self.x) / self.smoothness
self.y += (self.target_y - self.y) / self.smoothness
self.zoom += (self.target_zoom - self.zoom) / self.smoothness
def follow_entity(self, entity: Entity | None):
"""Active le suivit de l'entité donnée. Mettre `None` pour retirer le suivit."""
self.followed_entity = entity

52
src/engine/engine.py Normal file
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from src.engine.camera import Camera
from src.engine.entity_manager import EntityManager
from src.engine.event_handler import EventHandler
from src.engine.map_manager import MapManager
from src.engine.renderer import Renderer
from src.engine.enums import GameState
import pygame
class Engine:
"""Classe principale qui regroupe tous les composants du programme (Renderer, MapManager, EventHandler, etc ...)"""
def __init__(self):
# L'initialisation de Pygame est nécessaire pour tous les modules
pygame.init()
# Debug mode utilisé pour tricher (voir les collisions, etc...) WOW ! n'utilisez pas ça pour jouer !
self.DEBUG_MODE = False
# Etat courant du jeu
self.game_state = GameState.NORMAL
self.clock = pygame.time.Clock()
self.running = False
# Composants du moteur de jeu
self.renderer = Renderer(self)
self.event_handler = EventHandler(self)
self.map_manager = MapManager()
self.camera = Camera()
self.entity_manager = EntityManager()
def loop(self):
"""Fonction à lancer au début du programme et qui va lancer les updates dans une boucle.
Attend jusqu'à la fin du jeu."""
self.running = True
while self.running:
self.update()
self.clock.tick(60.)
def update(self):
"""Fonction qui regroupe toutes les updates des composants. Elle permet de mettre à jour le jeu quand on
l'appelle."""
self.camera.update()
self.entity_manager.update(0.016666666)
self.renderer.update(0.016666666)
self.event_handler.update()
def stop(self):
"""Arrête le programme."""
self.running = False
pygame.quit()

117
src/engine/entity.py Normal file
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from src.engine.map_manager import MapManager
class Entity:
"""Classe permettant de gérer les entités. Créée automatiquement par `EntityManager.register_entity()`"""
def __init__(self, name: str):
self.x = 8
self.y = 8
self.life_points = -1
self.max_life_points = -1
# Cooldown entre deux points de dégât
self.damage_cooldown = 0
self.default_damage_cooldown = 0.5
self.collision_rect = [0, 0, 0, 0] # x1, y1, x2, y2
# Time utilisé pour les IA
self.time = 0
self.name = name
self.animation_name = None
def set_default_life(self, life: int):
"""Définit le nombre de PV de l'entité. Mettre -1 pour rendre l'entité immortelle."""
self.life_points = life
self.max_life_points = life
def update(self, delta: float):
"""Met à jour l'entité."""
self.time += delta
# Diminue la valeur du cooldown de dégât
self.damage_cooldown -= delta
if self.damage_cooldown < 0:
self.damage_cooldown = 0
def take_damages(self, damages: int):
"""Inflige {damages} dégâts à l'entité."""
# Si life_points est égal à -1, l'entité est immortelle
if self.life_points != -1 and self.damage_cooldown == 0:
# On inflige les dégâts
self.life_points -= damages
# Remet le cooldown au maximum
self.damage_cooldown = self.default_damage_cooldown
# Si la vie passe en négatif, on la remet à 0
if self.life_points < 0:
self.life_points = 0
def get_collisions(self, x: float, y: float, map_manager: MapManager):
"""Calcule les collisions."""
# On calcule les coordonnées des points en haut à gauche et en bas à droite
top_left_corner_tile = (int((x + self.collision_rect[0]) / 16),
int((y + self.collision_rect[1]) / 16))
bottom_right_corner_tile = (int((x + self.collision_rect[2]-1) / 16),
int((y + self.collision_rect[3]-1) / 16))
collision = False
# On itère dans toute la zone de collision
for xx in range(top_left_corner_tile[0], bottom_right_corner_tile[0]+1):
for yy in range(top_left_corner_tile[1], bottom_right_corner_tile[1]+1):
# Pour les collisions, on utilise le layer 1 (le deuxième)
# On récupère la tile aux coordonnées données
tile = map_manager.get_tile_at(xx, yy, 1)
# Si la tile n'est pas du vide, il y a une collision.
if tile != 0:
collision = True
return collision
def move(self, x: float, y: float, map_manager: MapManager):
"""Fait bouger l'entité en tenant compte des collisions."""
# On simule le mouvement. Si on ne rencontre pas de collision, on applique le mouvement
if not self.get_collisions(self.x + x, self.y, map_manager):
self.x += x
else:
# Si on a une collision, on avance pixel par pixel jusqu'à atteindre la collision
i = 0
if x > 0:
while not self.get_collisions(self.x + i, self.y, map_manager):
i += 1
i -= 1
else:
while not self.get_collisions(self.x + i, self.y, map_manager):
i -= 1
i += 1
self.x += i
# On répète le procédé avec l'ordonnée
if not self.get_collisions(self.x, self.y + y, map_manager):
self.y += y
else:
i = 0
if y > 0:
while not self.get_collisions(self.x, self.y + i, map_manager):
i += 1
i -= 1
else:
while not self.get_collisions(self.x, self.y + i, map_manager):
i -= 1
i += 1
self.y += i
def link_animation(self, name: str):
"""Met à jour l'animation en cours de l'entité."""
self.animation_name = name

29
src/engine/entity_manager.py Normal file
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from src.engine.entity import Entity
class EntityManager:
"""Classe chargée de gérer les entités."""
def __init__(self):
self.entities: dict[str:Entity] = {}
def register_entity(self, name: str):
"""Crée une entité et l'enregistre dans un dictionnaire."""
entity = Entity(name)
self.entities[name] = entity
return entity
def update(self, delta: float):
"""Met à jour toutes les entités enregistrées."""
for entity_name in list(self.entities.keys()):
entity = self.entities[entity_name]
entity.update(delta)
if entity.life_points == 0:
self.entities.pop(entity_name)
def get_all_entities(self):
"""Donne la liste de toutes les entités enregistrées."""
return list(self.entities.values())
def get_by_name(self, name: str):
"""Donne l'entité avec le nom donné."""
return self.entities[name]

10
src/engine/enums.py Normal file
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from enum import Enum
class GameState(Enum):
"""Enumération utilisée pour définir l'état actuel du jeu."""
NONE = 0
NORMAL = 1
BOSS_FIGHT = 2
MAIN_MENU = 3
# AJouter si besoin, mais à utiliser de préférence avec parsimony

40
src/engine/event_handler.py Normal file
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from pygame import event
from pygame.locals import *
import src.engine.engine as engine
class EventHandler:
"""Classe utilisée pour traiter les pygame.event.get() et gérer les interactions avec le reste du programme."""
def __init__(self, core: 'engine.Engine'):
self.engine = core
self.key_pressed = []
def update(self):
"""Vérifie s'il y a de nouvelles interactions et les traites."""
# Récupère les événements
for e in event.get():
if e.type == QUIT:
self.engine.stop()
elif e.type == KEYDOWN:
self.key_pressed.append(e.key)
elif e.type == KEYUP:
self.key_pressed.remove(e.key)
player = self.engine.entity_manager.get_by_name("player")
if K_RIGHT in self.key_pressed:
player.move(2, 0, self.engine.map_manager)
if K_LEFT in self.key_pressed:
player.move(-2, 0, self.engine.map_manager)
if K_UP in self.key_pressed:
player.move(0, -2, self.engine.map_manager)
if K_DOWN in self.key_pressed:
player.move(0, 2, self.engine.map_manager)
if K_x in self.key_pressed:
self.engine.camera.target_zoom *= 1.01
if K_c in self.key_pressed:
self.engine.camera.target_zoom *= 0.99
if K_l in self.key_pressed:
player.take_damages(1)

47
src/engine/map_manager.py Normal file
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import json
class MapManager:
"""Stocke les cartes du jeu."""
def __init__(self):
# structure : [layers{chunks[x, y][data]}
self.map_layers = []
self.chunk_width = 16
self.chunk_height = 16
def load_new(self, file_path: str):
"""Charge une map infinie au format tiled."""
with open(file_path, "r") as file:
data = json.loads(file.read())
for layer in data["layers"]:
chunks = {}
for chunk in layer["chunks"]:
chunks[(chunk["x"]//self.chunk_width, chunk["y"]//self.chunk_height)] = chunk["data"]
self.map_layers.append(chunks)
print(self.map_layers)
def get_tile_at(self, x: int, y: int, layer_id: int):
"""Donne l'id de la tile aux coordonnées données et à la couche choisie."""
# On récupère la couche demandée
layer = self.map_layers[layer_id]
# On calcule les coordonnées du chunk
coordinates = (x//self.chunk_width, y//self.chunk_height)
# On transforme les coordonnées globales en coordonnées dans le chunk
x %= 16
y %= 16
if coordinates not in layer:
return 0
chunk = layer[coordinates]
# On vérifie que la tile demandée existe sinon on répond "vide"
if x >= self.chunk_width or x < 0 or y >= self.chunk_height or y < 0:
return 0
# On calcule l'index et on renvoie la tile
return chunk[x+y*self.chunk_width]

163
src/engine/renderer.py Normal file
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import math
from pygame import display, image, surface, transform, draw
from pygame.locals import RESIZABLE, SRCALPHA
import src.engine.engine as engine
from src.engine.animation import Anim
from src.engine.enums import GameState
class Renderer:
"""Classe contenant le moteur de rendu. On utilise, pour cela la bibliothèque Pygame."""
def __init__(self, core: 'engine.Engine'):
self.engine = core
self.window = display.set_mode((600, 600), RESIZABLE)
self.tiles = []
self.tile_size = 0
self.animations: dict[str: Anim] = {}
def load_tile_set(self, file_path: str, tile_size: int):
"""Charge le jeu de tuiles en utilisant le fichier donné et la taille donnée."""
tile_set = image.load(file_path).convert_alpha()
self.tile_size = tile_size
# Scan tout le tile set et le découpe pour créer des tiles de {tile_size} px de hauteur et de largeur
for y in range(tile_set.get_height() // tile_size):
for x in range(tile_set.get_width() // tile_size):
tile = tile_set.subsurface((x * tile_size, y * tile_size, tile_size, tile_size))
self.tiles.append(tile)
def update(self, delta: float):
"""Fait le rendu du jeu."""
self.window.fill((255, 255, 255))
if self.engine.game_state == GameState.NORMAL:
# On crée une surface temporaire qui nous permettra de faire le rendu à l'échelle 1:1
rendered_surface_size = (display.get_window_size()[0] / self.engine.camera.zoom,
display.get_window_size()[1] / self.engine.camera.zoom)
rendered_surface = surface.Surface(rendered_surface_size)
# On crée une surface qui sera ajoutée à la fenêtre apres rendered_surface pour pouvoir mettre des GUI
gui_surface = surface.Surface(display.get_window_size(), SRCALPHA)
gui_surface.fill((0, 0, 0, 0))
self.renderer_layer(0, rendered_surface)
self.render_entities(rendered_surface, gui_surface, delta)
self.renderer_layer(1, rendered_surface)
self.renderer_layer(2, rendered_surface)
# Enfin, on redimensionne notre surface et on la colle sur la fenêtre principale
self.window.blit(
transform.scale(rendered_surface, (math.ceil(rendered_surface_size[0] * self.engine.camera.zoom),
math.ceil(rendered_surface_size[1] * self.engine.camera.zoom))),
(0, 0))
self.window.blit(gui_surface, (0, 0))
elif self.engine.game_state == GameState.BOSS_FIGHT:
self.window.fill((255, 0, 0))
# Apres avoir tout rendu, on met à jour l'écran
display.update()
def register_animation(self, animation: Anim, name: str):
"""Enregistre une animation."""
self.animations[name] = animation
def render_entities(self, rendered_surface: surface.Surface, gui_surface: surface.Surface, delta: float):
"""Rend toutes les entités."""
# On calcule le décalage pour centrer la caméra
x_middle_offset = display.get_window_size()[0] / 2 / self.engine.camera.zoom
y_middle_offset = display.get_window_size()[1] / 2 / self.engine.camera.zoom
for entity in self.engine.entity_manager.get_all_entities():
# On récupère la frame courante de l'animation
anim: Anim = self.animations[entity.animation_name]
frame = anim.get_frame(delta)
# Si l'entité n'apparait pas à l'écran, on passe son rendu
if (entity.x - self.engine.camera.x + x_middle_offset + frame.get_width() < 0 or
entity.x - self.engine.camera.x - x_middle_offset - frame.get_width() > 0 or
entity.y - self.engine.camera.y + y_middle_offset + frame.get_height() < 0 or
entity.y - self.engine.camera.y - y_middle_offset - frame.get_height() > 0):
continue
# On calcule les coordonnées de rendu de l'entité
entity_dest = (math.floor(entity.x - self.engine.camera.x + x_middle_offset - frame.get_width() / 2),
math.floor(entity.y - self.engine.camera.y + y_middle_offset - frame.get_height() / 2))
# On affiche l'image
rendered_surface.blit(frame, entity_dest)
if entity.max_life_points != -1:
# Rendu de la barre de vie des entités
life_bar_width = 50
life_bar_height = 8
life_bar_y_offset = 5
life_bar_border = 2
life_bar_value = entity.life_points / entity.max_life_points
cooldown_value = entity.damage_cooldown / entity.default_damage_cooldown
# On calcule où placer la barre de vei sur la surface des GUI
life_bar_dest = (math.floor((entity.x - self.engine.camera.x + x_middle_offset) * self.engine.camera.zoom -
life_bar_width / 2),
math.floor((entity.y - self.engine.camera.y + y_middle_offset - frame.get_height() / 2) *
self.engine.camera.zoom - life_bar_height - life_bar_y_offset))
# Contour de la barre de vie
draw.rect(gui_surface, (20, 0, 0), (life_bar_dest[0] - life_bar_border,
life_bar_dest[1] - life_bar_border,
life_bar_width + life_bar_border * 2,
life_bar_height + life_bar_border * 2))
# Barre de vie
draw.rect(gui_surface, (255 - 255 * life_bar_value, 255 * life_bar_value, 0),
life_bar_dest + (life_bar_width * life_bar_value, life_bar_height))
draw.rect(gui_surface, (200, 200, 200),
life_bar_dest + (life_bar_width * life_bar_value * cooldown_value, life_bar_height))
if self.engine.DEBUG_MODE:
top_let_corner_x = entity.x - self.engine.camera.x + x_middle_offset
top_let_corner_y = entity.y - self.engine.camera.y + y_middle_offset
draw.rect(rendered_surface, (255, 0, 0),
(top_let_corner_x + entity.collision_rect[0],
top_let_corner_y + entity.collision_rect[1],
entity.collision_rect[2] - entity.collision_rect[0],
entity.collision_rect[3] - entity.collision_rect[1]),
width=1)
def renderer_layer(self, layer_id: int, rendered_surface: surface.Surface):
"""Rend la map."""
# On calcule le nombre de tiles à mettre sur notre écran en prenant en compte le zoom
x_map_range = int(display.get_window_size()[0] / self.tile_size / self.engine.camera.zoom) + 2
y_map_range = int(display.get_window_size()[1] / self.tile_size / self.engine.camera.zoom) + 2
# On calcule le décalage pour centrer la caméra
x_middle_offset = display.get_window_size()[0] / 2 / self.engine.camera.zoom
y_middle_offset = display.get_window_size()[1] / 2 / self.engine.camera.zoom
# On calcule le décalage du début de rendu des tiles
x_map_offset = int((self.engine.camera.x - x_middle_offset) / self.tile_size)
y_map_offset = int((self.engine.camera.y - y_middle_offset) / self.tile_size)
# On itère pour chaque couche, toutes les tiles visibles par la caméra
for x in range(x_map_offset, x_map_offset + x_map_range):
for y in range(y_map_offset, y_map_offset + y_map_range):
# On récupère l'id de la tile à la position donnée
tile_id = self.engine.map_manager.get_tile_at(x, y, layer_id)
# Si l'id est 0, il s'agit de vide donc on saute le rendu
if tile_id == 0:
continue
# Puis, on cherche à quelle image elle correspond et on la colle sur notre surface
rendered_surface.blit(self.tiles[tile_id - 1],
(math.floor(x * self.tile_size - self.engine.camera.x + x_middle_offset),
math.floor(y * self.tile_size - self.engine.camera.y + y_middle_offset)))

43
src/main.py
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@ -1,4 +1,41 @@
from engine import Engine import random
engine = Engine() from src.engine.animation import Anim
engine.loop() from src.engine.engine import Engine
class Game(Engine):
def __init__(self):
super().__init__()
self.map_manager.load_new("maps/map2.tmj")
self.renderer.load_tile_set("assets/tiles.png", 16)
anim = Anim(0.5)
anim.load_animation_from_directory("assets/entities/player/none")
self.renderer.register_animation(anim, "player_none")
player = self.entity_manager.register_entity("player")
player.link_animation("player_none")
player.collision_rect = [-7, -7, 7, 7]
player.set_default_life(10)
self.camera.follow_entity(player)
for i in range(20):
anim = Anim(0.5)
anim.load_animation_from_directory("assets/entities/player/none")
self.renderer.register_animation(anim, f"player_none_{i}")
test = self.entity_manager.register_entity(f"test_{i}")
test.x = random.randint(0, 200)
test.y = random.randint(0, 200)
test.link_animation(f"player_none_{i}")
test.collision_rect = [-7, -7, 7, 7]
test.set_default_life(10)
game = Game()
game.loop()

6
src/renderer.py
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@ -1,6 +0,0 @@
class Renderer:
def __init__(self):
pass
def loop(self):
pass