基于pygame的简易游戏框架.zip

import pygame pygame.init() blocklong = 16 w, h = screen_size = (30 * blocklong, 20 * blocklong) # 1个方块需要 <坐标> <材质> <形态(固\液\气\虚无态)> <碰撞箱坐标角1> <碰撞箱坐标角2> [可否被覆盖] [可否发光] [阻力] class Block: def __init__(self, pos: tuple[int, int], texture: str, morphology: int, hitbox_pos1: tuple[int, int], hitbox_pos2: tuple[int, int], can_overwrite: bool = False, can_luminous: bool = False, resistance: int = 1): # 这里的参数与上文一一对应, 其中 morphology 表示的是形态, 我们规定1为固态, 2为液态, 3为气态 self.x, self.y = self.pos = pos self.texture = pygame.image.load(texture) self.morphology = morphology self.hitbox = pygame.Rect(hitbox_pos1[0], hitbox_pos1[1], hitbox_pos2[0], hitbox_pos2[1]) self.can_overwrite = can_overwrite self.can_luminous = can_luminous self.resistance = resistance # 这是实体的相关代码 class Entity: def __init__(self, pos: tuple[int, int], texture: str, type: int, go: tuple[tuple, tuple, tuple, tuple] = ( (pygame.K_LEFT,), (pygame.K_RIGHT,), (pygame.K_UP,), (pygame.K_DOWN,))): # 目前我还没想好具体的变量, 就写了点基础的(不可或缺的)变量awa # type 表示类型, 1为玩家, 2为其他实体 self.x, self.y = self.pos = pos self.texture = pygame.image.load(texture) self.hitbox = pygame.Rect(pos[0], pos[1], pos[0] + blocklong, pos[1] + blocklong) self.type = type self.go = go def move(self, x, y): # 这是实体移动的代码, x和y是相对于实体的坐标 if w - 16 >= self.x + x >= 0: self.x += x if h - 16 >= self.y + y >= 0: self.y += y self.pos = self.x, self.y can = True for block in blocklist: block: Block if self.pos == block.pos and block.morphology == 1: can = False break if not can: self.x -= x self.y -= y self.pos = self.x, self.y self.hitbox.move_ip(x, y) entitylist = [] blocklist = []