import pyxel class SchoolEscape: def __init__(self): pyxel.init(160, 120, title="School Escape") pyxel.load("res.pyxres") # Spieler Position self.p1_x = 20 self.p1_y = 90 self.p2_x = 40 self.p2_y = 90 # Geschwindigkeit self.p1_vy = 0 self.p2_vy = 0 self.player_w = 8 self.player_h = 16 # Physik self.gravity = 0.5 self.jump = -6 self.ground = 100 # Kamera self.camera_x = 0 self.level_width = 500 # Checkpoint self.checkpoint_x = 20 self.checkpoint_y = 90 # Ziel self.exit_x = 450 self.exit_y = 90 # Plattformen (x, y, breite, höhe) self.platforms = [ (60, 90, 40, 5), (120, 80, 30, 5), (180, 70, 30, 5), (240, 85, 40, 5), (320, 75, 30, 5), (380, 90, 40, 5), ] # Animation self.p1_frame = 0 self.p1_dir = 1 self.p1_anim_timer = 0 self.p2_frame = 0 self.p2_dir = 1 self.p2_anim_timer = 0 pyxel.run(self.update, self.draw) # ---------------- Plattform Kollision ---------------- def collide_platform(self, x, y, vy): for px, py, pw, ph in self.platforms: if (x + self.player_w > px and x < px + pw and y + self.player_h >= py and y + self.player_h <= py + ph and vy >= 0): return py - self.player_h, 0 return y, vy # ---------------- Spieler auf Spieler ---------------- def collide_players(self): # Player 1 steht auf Player 2 if (self.p1_x + self.player_w > self.p2_x and self.p1_x < self.p2_x + self.player_w and self.p1_y + self.player_h >= self.p2_y and self.p1_y + self.player_h <= self.p2_y + 3 and self.p1_vy >= 0): self.p1_y = self.p2_y - self.player_h self.p1_vy = 0 # Player 2 steht auf Player 1 if (self.p2_x + self.player_w > self.p1_x and self.p2_x < self.p1_x + self.player_w and self.p2_y + self.player_h >= self.p1_y and self.p2_y + self.player_h <= self.p1_y + 3 and self.p2_vy >= 0): self.p2_y = self.p1_y - self.player_h self.p2_vy = 0 # ---------------- UPDATE ---------------- def update(self): # -------- Player 1 Steuerung -------- moving_p1 = False if pyxel.btn(pyxel.KEY_A): self.p1_x -= 2 self.p1_dir = -1 moving_p1 = True if pyxel.btn(pyxel.KEY_D): self.p1_x += 2 self.p1_dir = 1 moving_p1 = True if pyxel.btnp(pyxel.KEY_W) and self.p1_vy == 0: self.p1_vy = self.jump # Animation Player 1 if moving_p1: self.p1_anim_timer += 1 if self.p1_anim_timer % 5 == 0: self.p1_frame = (self.p1_frame + 1) % 4 else: self.p1_frame = 0 # -------- Player 2 Steuerung -------- moving_p2 = False if pyxel.btn(pyxel.KEY_LEFT): self.p2_x -= 2 self.p2_dir = -1 moving_p2 = True if pyxel.btn(pyxel.KEY_RIGHT): self.p2_x += 2 self.p2_dir = 1 moving_p2 = True if pyxel.btnp(pyxel.KEY_UP) and self.p2_vy == 0: self.p2_vy = self.jump # Animation Player 2 if moving_p2: self.p2_anim_timer += 1 if self.p2_anim_timer % 5 == 0: self.p2_frame = (self.p2_frame + 1) % 4 else: self.p2_frame = 0 # -------- Gravitation -------- self.p1_vy += self.gravity self.p1_y += self.p1_vy self.p2_vy += self.gravity self.p2_y += self.p2_vy # -------- Boden -------- if self.p1_y > self.ground: self.p1_y = self.ground self.p1_vy = 0 if self.p2_y > self.ground: self.p2_y = self.ground self.p2_vy = 0 # -------- Plattform Kollision -------- self.p1_y, self.p1_vy = self.collide_platform(self.p1_x, self.p1_y, self.p1_vy) self.p2_y, self.p2_vy = self.collide_platform(self.p2_x, self.p2_y, self.p2_vy) # -------- Spieler Kollision -------- self.collide_players() # -------- Checkpoint -------- if abs(self.p1_x - 80) < 5 and abs(self.p2_x - 80) < 5: self.checkpoint_x = 80 # -------- Respawn -------- if self.p1_y > 120: self.p1_x = self.checkpoint_x self.p1_y = self.checkpoint_y if self.p2_y > 120: self.p2_x = self.checkpoint_x + 10 self.p2_y = self.checkpoint_y # -------- Win -------- if abs(self.p1_x - self.exit_x) < 5 and abs(self.p2_x - self.exit_x) < 5: pyxel.quit() # -------- Kamera -------- center = (self.p1_x + self.p2_x) / 2 self.camera_x = center - 80 if self.camera_x < 0: self.camera_x = 0 if self.camera_x > self.level_width - 160: self.camera_x = self.level_width - 160 # ---------------- DRAW ---------------- def draw(self): pyxel.cls(1) # Hintergrund – Tilemap – nur diese 4 Werte anpassen: BG_TM = 0 # Tilemap-Nummer (0, 1 oder 2) BG_U = 0 # X-Kachel-Offset in der Tilemap BG_V = 64 # Y-Kachel-Offset in der Tilemap BG_W = 160 # Breite in Pixeln BG_H = 128 # Höhe in Pixeln pyxel.bltm(0, 0, BG_TM, BG_U, BG_V, BG_W, BG_H) # Boden pyxel.rect(0, 108, 160, 20, 3) # Plattformen for px, py, pw, ph in self.platforms: pyxel.rect(px - self.camera_x, py, pw, ph, 5) # Checkpoint pyxel.rect(78 - self.camera_x, 95, 4, 5, 11) # Exit pyxel.rect(self.exit_x - self.camera_x, self.exit_y, 8, 10, 8) # Player 1 u1 = self.p1_frame * 16 v1 = 16 if self.p1_dir == 1 else 32 pyxel.blt(self.p1_x - self.camera_x, self.p1_y, 0, u1, v1, 16, 16, 0) # Player 2 u2 = self.p2_frame * 16 v2 = 16 if self.p2_dir == 1 else 32 pyxel.blt(self.p2_x - self.camera_x, self.p2_y, 1, u2, v2, 16, 16, 0) # UI pyxel.text(5, 5, "P1: WASD", 7) pyxel.text(5, 12, "P2: ARROWS", 7) SchoolEscape()