import pyxel # ── Bildschirm ────────────────────────────────────────────────── SCREEN_W = 256 SCREEN_H = 192 GROUND_Y = 140 # ── Spielregeln ───────────────────────────────────────────────── SCROLL = 1.25 LAENGE = 2400 SCHILD_T = 180 SCHWERKRAFT = 0.2 # ── Farben (Palette 0–15) ──────────────────────────────────────── SCHWARZ = 0 DUNKELBLAU = 1 LILA = 2 DUNKELGRUEN= 3 BRAUN = 4 GRAU = 5 MITTELBLAU = 6 WEISS = 7 ROT = 8 ORANGE = 9 GELB = 10 GRUEN = 11 CYAN = 12 HELLGRAU = 13 PINK = 14 PEACH = 15 IMG_BANK = 0 SPRITES = { "spongebob": { "n": (0, 16, 80, 32, 32), "run": [(0, 16, 80, 32, 32), (1, 0, 24, 32, 32)], "b": (0, 16, 80, 32, 16), "f": GELB, "boden": 28 }, "patrick": { "n": (0, 80, 8, 32, 32), "run": [(0, 80, 8, 32, 32), (1, 32, 64, 32, 32)], "b": (0, 80, 8, 32, 20), "f": PINK, "boden": 32 }, "squidward": { "n": (0, 72, 48, 32, 48), "run": [(0, 72, 48, 32, 48), (1, 56, 16, 32, 48)], "b": (0, 72, 48, 32, 28), "f": CYAN, "boden": 40 }, "sandy": { "n": (0, 16, 120, 32, 32), "run": [(0, 16, 120, 32, 32), (1, 80, 72, 32, 32)], "b": (0, 16, 120, 32, 18), "f": BRAUN, "boden": 30 }, "plankton": { "n": (0, 24, 48, 16, 16), "boden": 12 }, "mr_krabs": { "n": (0, 56, 160, 48, 40), "rage": (1, 56, 160, 48, 40), "boden": 24 }, } # ── Level-Aufbau ───────────────────────────────────────────────── # (Quallen, Bad-Guy, Patties, Schimmel-Patties) LEVEL = [ (1, "plankton", 8, 2), (1, "karen", 7, 3), (3, "mr_krabs", 7, 3), (1, "mega", 7, 2), ] CHARS = ["spongebob", "patrick", "squidward", "sandy"] # ================================================================ # SPIELZUSTAND # ================================================================ s = {} def spiel_init(): global s s = { "screen": "menu", "tick": 0, "level": 0, "wahl": 0, "flash": 0, # Spieler "px": 40.0, "py": float(GROUND_Y - 20), "pvy": 0.0, "am_boden": True, "bueckt": False, "name": "spongebob", "farbe": GELB, "richtung": 1, "schild": 0, "ability_cd": 0, "effekt": 0, "lebt": True, "projektile": [], # Welt "scroll": 0.0, "ziel_x": float(LAENGE), # Gegner "quallen": [], "bg_name": "plankton", "bg_x": float(SCREEN_W + 100), "bg_y": float(GROUND_Y - 16), "bg_vx": -1.0, "bg_rage": False, "bg_rage_t": 0, "bg_laser_cd": 0, "laser": [], "bg_lebt": True, # Patties & Hintergrund "patties": [], "deko": [], "gebaeude": [], "blasen": [], } # ================================================================ # LEVEL STARTEN # ================================================================ def level_starten(): n_q, bg, n_p, n_m = LEVEL[s["level"] % len(LEVEL)] char = CHARS[s["wahl"]] pyxel.playm(0, loop=True) s["screen"] = "playing"; s["tick"] = 0 s["scroll"] = 0.0; s["ziel_x"] = float(LAENGE) s["flash"] = 0 s["name"] = char s["farbe"] = SPRITES[char]["f"] s["px"] = 40.0 s["py"] = float(GROUND_Y - 20) s["pvy"] = 0.0 s["am_boden"] = True s["bueckt"] = False s["richtung"] = 1 s["schild"] = 0 s["ability_cd"]= 0 s["effekt"] = 0 s["lebt"] = True s["projektile"]= [] s["quallen"] = [qualle_neu(pyxel.rndi(100, SCREEN_W + 300)) for _ in range(n_q)] s["bg_name"] = bg s["bg_x"] = float(SCREEN_W + 100) s["bg_y"] = float(GROUND_Y - 16) s["bg_vx"] = -1.0 s["bg_rage"] = False s["bg_rage_t"] = 0 s["bg_laser_cd"]= 90 s["laser"] = [] s["bg_lebt"] = True s["patties"] = ( [patty_neu(pyxel.rndi(150, LAENGE - 100), False) for _ in range(n_p)] + [patty_neu(pyxel.rndi(150, LAENGE - 100), True) for _ in range(n_m)] ) hintergrund_init() # ================================================================ # HILFSFUNKTIONEN # ================================================================ def abstand(ax, ay, bx, by): # math.sqrt → ** 0.5 (nur Python-Grundoperatoren) return ((ax - bx) ** 2 + (ay - by) ** 2) ** 0.5 def beruehrt(ax, ay, ar, bx, by, br): return abstand(ax, ay, bx, by) < (ar + br) # ================================================================ # HINTERGRUND # ================================================================ DEKO_TYPEN = ["fels", "koralle", "alge", "seestern", "stein_algen"] def hintergrund_init(): s["deko"] = [] for i in range(30): s["deko"].append({ "x": float(i * 85 + pyxel.rndi(0, 60)), "t": DEKO_TYPEN[pyxel.rndi(0, len(DEKO_TYPEN) - 1)], "v": pyxel.rndi(0, 5), }) s["blasen"] = [] for _ in range(18): s["blasen"].append({ "x": float(pyxel.rndi(0, SCREEN_W)), "y": float(pyxel.rndi(20, GROUND_Y)), "sp": pyxel.rndf(0.3, 1.2), # rndf(a,b) statt random.uniform }) def hintergrund_update(): for b in s["blasen"]: b["y"] -= b["sp"] if b["y"] < 5: b["y"] = float(GROUND_Y) b["x"] = float(pyxel.rndi(0, SCREEN_W)) for d in s["deko"]: d["x"] -= SCROLL if d["x"] < -30: d["x"] += len(s["deko"]) * 85 for g in s["gebaeude"]: g["x"] -= SCROLL if g["x"] < -80: g["x"] += len(s["gebaeude"]) * 300 def hintergrund_draw(): t = s["tick"] # Wasser pyxel.cls(DUNKELBLAU) for y in range(0, GROUND_Y, 6): pyxel.rect(0, y, SCREEN_W, 6, DUNKELBLAU if y < 40 else DUNKELBLAU) # Lichtstrahlen – pyxel.sin(deg) statt math.sin(rad) for i in range(5): sx = int((t * 0.3 + i * 52) % (SCREEN_W + 40)) - 20 pyxel.tri(sx, 0, sx + 20, 0, sx - 10, GROUND_Y, DUNKELBLAU) # Blasen – circb for b in s["blasen"]: pyxel.circb(int(b["x"]), int(b["y"]), 2, WEISS) # Deko + Gebäude for d in s["deko"]: deko_draw(int(d["x"]), d["t"], d["v"]) # Sandboden pyxel.rect(0, GROUND_Y, SCREEN_W, SCREEN_H - GROUND_Y, ORANGE) # Wasseroberfläche for i in range(0, SCREEN_W, 4): welle = int(pyxel.sin((i + t) * 0.46) * 2) pyxel.rect(i, welle, 4, 5, CYAN) # HUD-Balken pyxel.rect(0, 0, SCREEN_W, 14, SCHWARZ) # ── Deko ───────────────────────────────────────────────────────── def deko_draw(x, typ, v): t = s["tick"] y = GROUND_Y if typ == "alge": h = 18 + v * 4 for i in range(h): # pyxel.sin(deg) – Winkel in Grad sx = x + int(pyxel.sin((i * 23 + t * 3) % 360) * 3) pyxel.pset(sx, y - i, GRUEN if i % 2 == 0 else DUNKELGRUEN) elif typ == "koralle": pyxel.rect(x, y - 14, 3, 14, ROT) pyxel.rect(x - 4, y - 8, 3, 8, ROT) pyxel.rect(x + 4, y - 10, 3, 10, ROT) pyxel.circ(x + 1, y - 14, 3, ROT) pyxel.circ(x - 3, y - 8, 2, ROT) pyxel.circ(x + 5, y - 10, 2, ROT) elif typ == "fels": pyxel.elli(x - 5, y - 3, 10, 6, GRAU) pyxel.ellib(x - 5, y - 3, 10, 6, HELLGRAU) elif typ == "seestern": for i in range(5): # pyxel.cos/sin(deg) – Winkel in Grad, kein math.radians nötig a = i * 72 - 90 pyxel.line(x, y - 4, x + int(pyxel.cos(a) * 5), y - 4 + int(pyxel.sin(a) * 5), ROT) elif typ == "stein_algen": # ── Stein (Grundform) ── pyxel.elli(x - 6, y - 5, 12, 7, GRAU) pyxel.ellib(x - 6, y - 5, 12, 7, HELLGRAU) # Kleine Details (uneben) pyxel.pset(x - 2, y - 6, DUNKELBLAU) pyxel.pset(x + 3, y - 4, DUNKELBLAU) # ── Algen oben drauf ── for i in range(-3, 4, 2): h = 12 + (i % 4) for j in range(h): # leichtes Wackeln (wie bei deinen anderen Algen) sx = x + i + int(pyxel.sin((j * 20 + s["tick"] * 4) % 360) * 1.5) pyxel.pset(sx, y - 6 - j, GRUEN if j % 2 == 0 else DUNKELGRUEN) # kleiner Glanz auf dem Stein pyxel.pset(x + 2, y - 7, WEISS) # ================================================================ # KRABBY PATTIES # ================================================================ def patty_neu(x, schimmelig): return { "x": float(x), "y": float(GROUND_Y - 20 - pyxel.rndi(0, 30)), "m": schimmelig, "b": pyxel.rndi(0, 30), } def patty_draw(p): t = s["tick"] x = int(p["x"]) # pyxel.sin(deg) – bob-Animation y = int(p["y"]) + int(pyxel.sin((t + p["b"]) * 6 % 360) * 2) cb = ORANGE if not p["m"] else DUNKELGRUEN cm = BRAUN if not p["m"] else DUNKELGRUEN cv = GRUEN if not p["m"] else DUNKELGRUEN pyxel.elli(x - 5, y - 10, 10, 5, cb) if not p["m"]: pyxel.pset(x - 3, y - 11, WEISS) pyxel.pset(x + 2, y - 10, WEISS) pyxel.rect(x - 7, y - 6, 14, 4, cm) pyxel.rect(x - 8, y - 3, 16, 2, cv) pyxel.elli(x - 5, y - 1, 10, 4, cb) if p["m"]: pyxel.circ(x + 2, y - 8, 3, GRUEN) pyxel.text(x - 9, y - 20, "MOLD!", GRUEN) # ================================================================ # QUALLEN # ================================================================ QUALLEN_FARBEN = [PINK, CYAN, LILA] def qualle_neu(x): return { "x": float(x), "y": float(pyxel.rndi(50, GROUND_Y - 30)), "vx": pyxel.rndf(-1.2, -0.6), # rndf statt random.uniform "t": pyxel.rndi(0, 60), "bt": 0, "c": QUALLEN_FARBEN[pyxel.rndi(0, 2)], # rndi statt random.choice } def qualle_update(q): if q["bt"] > 0: q["bt"] -= 1 return q["t"] += 1 q["x"] += q["vx"] # pyxel.sin(deg) – Schwebebewegung q["y"] += pyxel.sin(q["t"] * 3 % 360) * 0.5 if q["y"] < 30: q["y"] = 30.0 if q["y"] > GROUND_Y - 20: q["y"] = float(GROUND_Y - 20) def qualle_draw(q): x = int(q["x"]) y = int(q["y"]) t = q["t"] c = GRAU if q["bt"] > 0 else q["c"] pyxel.elli(x - 5, y - 4, 10, 7, c) pyxel.ellib(x - 5, y - 4, 10, 7, WEISS) for i in range(-4, 5, 2): lg = 8 + int(pyxel.sin((t * 6 + i * 30) % 360) * 3) ox = int(pyxel.sin((t * 5 + i * 25) % 360) * 2) pyxel.line(x + i, y + 3, x + i + ox, y + lg, c) if q["bt"] == 0 and (t // 10) % 2 == 0: pyxel.pset(x - 1, y - 5, GELB) pyxel.pset(x + 1, y - 5, GELB) # ================================================================ # BAD GUY # ================================================================ def bad_guy_update(): if not s["bg_lebt"]: return t = s["tick"] px = s["px"] py = s["py"] n = s["bg_name"] if n == "plankton": dx = px - s["bg_x"] s["bg_x"] += (1 if dx > 0 else -1) * 1.2 elif n in ("karen", "mega"): sp = 1.0 if n == "karen" else 1.3 s["bg_x"] += s["bg_vx"] * sp if s["bg_x"] < 20: s["bg_x"] = 20.0 s["bg_vx"] = 1.0 * sp if s["bg_x"] > SCREEN_W - 20: s["bg_x"] = float(SCREEN_W - 30) s["bg_vx"] = -1.0 * sp s["bg_laser_cd"] -= 1 if s["bg_laser_cd"] <= 0: s["bg_laser_cd"] = 90 if n == "karen" else 150 laser_schiessen(px, py - 20) elif n == "mr_krabs": if not s["bg_rage"]: s["bg_x"] += s["bg_vx"] if s["bg_x"] < 30: s["bg_vx"] = 0.8 if s["bg_x"] > 220: s["bg_vx"] = -0.8 if t % 200 == 0: s["bg_rage"] = True s["bg_rage_t"] = 80 else: dx = px - s["bg_x"] s["bg_x"] += (1 if dx > 0 else -1) * 2.1 s["bg_rage_t"] -= 1 if s["bg_rage_t"] <= 0: s["bg_rage"] = False for laser in s["laser"][:]: laser["x"] += laser["vx"] laser["y"] += laser["vy"] if laser["x"] < 0 or laser["x"] > SCREEN_W: s["laser"].remove(laser) def laser_schiessen(tx, ty): dx = tx - s["bg_x"] dy = ty - s["bg_y"] d = (dx*dx + dy*dy) ** 0.5 # ** 0.5 statt math.sqrt if d < 1: d = 1.0 s["laser"].append({ "x": s["bg_x"], "y": s["bg_y"], "vx": dx / d * 3.5, "vy": dy / d * 3.5, }) def bad_guy_trifft_spieler(): if not s["bg_lebt"]: return False py_off = 4 if s["bueckt"] else 10 r_hit = 6 if s["bueckt"] else 10 px, py = s["px"], s["py"] - py_off if beruehrt(s["bg_x"], s["bg_y"], 10, px, py, r_hit): return True for laser in s["laser"][:]: if beruehrt(laser["x"], laser["y"], 3, px, py, r_hit): s["laser"].remove(laser) return True return False def bad_guy_draw(): if not s["bg_lebt"]: return x = int(s["bg_x"]) y = int(s["bg_y"]) n = s["bg_name"] if n == "plankton": draw_plankton(x, y) elif n == "karen": draw_karen(x, y) elif n == "mr_krabs": draw_mr_krabs(x, y) elif n == "mega": draw_mega(x, y) for laser in s["laser"]: lx, ly = int(laser["x"]), int(laser["y"]) pyxel.line(lx - 2, ly, lx + 2, ly, ROT) pyxel.pset(lx, ly, GELB) def draw_plankton(x, y): sp = SPRITES["plankton"] img, u, v, w, h = sp["n"] # 👉 Richtung zum Spieler if s["px"] > x: richtung = 1 else: richtung = -1 # 👉 Zeichnen pyxel.blt(x - w//2, y - sp["boden"], 0, u, v, w * richtung, h, 0) def draw_karen(x, y): # Bildschirm pyxel.rect(x - 12, y - 28, 24, 20, GRAU) pyxel.rect(x - 10, y - 26, 20, 16, CYAN) # rote Pupillen pyxel.circ(x - 5, y - 18, 2, ROT) pyxel.circ(x + 5, y - 18, 2, ROT) pyxel.circ(x - 5, y - 18, 1, SCHWARZ) pyxel.circ(x + 5, y - 18, 1, SCHWARZ) # böse Augenbrauen pyxel.line(x - 8, y - 22, x - 2, y - 20, SCHWARZ) pyxel.line(x + 8, y - 22, x + 2, y - 20, SCHWARZ) # böser Mund pyxel.line(x - 5, y - 14, x - 3, y - 13, SCHWARZ) pyxel.line(x - 3, y - 13, x, y - 12, SCHWARZ) pyxel.line(x, y - 12, x + 3, y - 13, SCHWARZ) pyxel.line(x + 3, y - 13, x + 5, y - 14, SCHWARZ) # Räder pyxel.circ(x - 8, y - 4, 4, HELLGRAU) pyxel.circ(x + 8, y - 4, 4, HELLGRAU) # Name pyxel.text(x - 8, y - 35, "Karen", CYAN) def draw_mr_krabs(x, y): sp = SPRITES["mr_krabs"] if s["bg_rage"]: img, u, v, w, h = sp["rage"] else: img, u, v, w, h = sp["n"] # Richtung zum Spieler if s["px"] > x: richtung = 1 else: richtung = -1 pyxel.blt(x - w//2, y - sp["boden"], img, u, v, w * richtung, h, 2) if s["bg_rage"]: pyxel.text(x - 10, y - sp["boden"] - 10, "RAGE!", ROT) def draw_mega(x, y): pyxel.elli(x - 7, y - 28, 14, 16, GRUEN) pyxel.ellib(x - 7, y - 28, 14, 16, DUNKELGRUEN) pyxel.circ(x, y - 22, 6, WEISS) pyxel.circ(x, y - 22, 3, ROT) pyxel.rect(x - 8, y - 14, 16, 8, GRAU) pyxel.rect(x - 6, y - 13, 12, 6, CYAN) pyxel.line(x - 4, y - 30, x - 8, y - 38, GRUEN) pyxel.line(x + 4, y - 30, x + 8, y - 38, GRUEN) pyxel.circ(x - 8, y - 38, 2, ROT) pyxel.circ(x + 8, y - 38, 2, ROT) pyxel.text(x - 20, y - 46, "MEGA BOSS!", ROT) # ================================================================ # SPIELER # ================================================================ def spieler_update(): if not s["lebt"]: return speed = 2.8 if (s["name"] == "spongebob" and s["effekt"] > 0) else 1.8 # Bewegen – btn(key) if pyxel.btn(pyxel.KEY_RIGHT): s["px"] += speed; s["richtung"] = 1 if pyxel.btn(pyxel.KEY_LEFT): s["px"] -= speed; s["richtung"] = -1 if s["px"] < 10: s["px"] = 10.0 if s["px"] > SCREEN_W-10: s["px"] = float(SCREEN_W - 10) # Bewegung merken (für Animation) s["bewegt"] = pyxel.btn(pyxel.KEY_LEFT) or pyxel.btn(pyxel.KEY_RIGHT) # Bücken – btn(key) s["bueckt"] = pyxel.btn(pyxel.KEY_DOWN) and s["am_boden"] # Springen – btnp(key) if not s["bueckt"]: jump_v = -5.5 if (s["name"] == "sandy" and s["effekt"] > 0) else -4.2 if pyxel.btnp(pyxel.KEY_UP) and s["am_boden"]: s["pvy"] = jump_v # Schwerkraft s["pvy"] += SCHWERKRAFT s["py"] += s["pvy"] boden = GROUND_Y if s["py"] >= boden: s["py"] = float(boden); s["pvy"] = 0.0; s["am_boden"] = True else: s["am_boden"] = False # Sonderfähigkeit – btnp(key) if pyxel.btnp(pyxel.KEY_SPACE) and s["ability_cd"] <= 0: ability_aktivieren() s["ability_cd"] = 180 # Timer if s["schild"] > 0: s["schild"] -= 1 if s["ability_cd"] > 0: s["ability_cd"] -= 1 if s["effekt"] > 0: s["effekt"] -= 1 # Projektile for p in s["projektile"][:]: p["x"] += p["vx"]; p["y"] += p["vy"] if p["x"] > SCREEN_W + 20 or p["x"] < -20: s["projektile"].remove(p); continue for q in s["quallen"][:]: if beruehrt(p["x"], p["y"], 4, q["x"], q["y"], 8): if p["typ"] == "netz": q["bt"] = 90 if p["typ"] == "blase" and q in s["quallen"]: s["quallen"].remove(q) if p in s["projektile"]: s["projektile"].remove(p) break # Patties sammeln for p in s["patties"][:]: if beruehrt(s["px"], s["py"], 10, p["x"], p["y"], 8): if not p["m"]: s["schild"] = SCHILD_T pyxel.play(3, 2) s["patties"].remove(p) def ability_aktivieren(): s["effekt"] = 120 r = s["richtung"] if s["name"] == "patrick": s["projektile"].append({"x": s["px"], "y": s["py"], "vx": 4.0*r, "vy": 0.0, "typ": "netz", "c": PINK}) elif s["name"] == "squidward": s["projektile"].append({"x": s["px"], "y": s["py"], "vx": 4.0*r, "vy": 0.0, "typ": "blase", "c": CYAN}) def spieler_getroffen(): if s["schild"] > 0: s["schild"] = 0 pyxel.play(3, 3) return False pyxel.stop() pyxel.play(3, 1) s["lebt"] = False return True def spieler_draw(): if not s["lebt"]: return sx = int(s["px"]) sy = int(s["py"]) r = s["richtung"] bk = s["bueckt"] sp = SPRITES[s["name"]] if bk: img, u, v, w, h = sp["b"] elif s.get("bewegt") and "run" in sp: frames = sp["run"] index = (s["tick"] // 5) % len(frames) img, u, v, w, h = frames[index] else: img, u, v, w, h = sp["n"] # 👉 WICHTIG: anderes Boden-Offset beim Bücken if bk: boden_offset = sp["boden"] - 12 # <- anpassen! else: boden_offset = sp["boden"] pyxel.blt(sx - w//2, sy - boden_offset, img, u, v, w * r, h, 0) # ───────────────────────────────────────────────────────────── # Schutz-Aura – circb if s["schild"] > 0: pyxel.circb(sx, sy - 8, 14 + s["schild"] % 6, GELB) # Projektile for p in s["projektile"]: px2, py2 = int(p["x"]), int(p["y"]) pyxel.circb(px2, py2, 5, p["c"]) if p["typ"] == "netz": pyxel.line(px2-4, py2, px2+4, py2, p["c"]) pyxel.line(px2, py2-4, px2, py2+4, p["c"]) # ================================================================ # HUD # ================================================================ def hud_draw(): pyxel.rect(0, 0, SCREEN_W, 14, SCHWARZ) pyxel.text(3, 3, s["name"].upper(), s["farbe"]) lvl = s["level"] % len(LEVEL) pyxel.text(80, 3, "LVL " + str(s["level"]+1) + " " + LEVEL[lvl][1].upper(), WEISS) if s["schild"] > 0: bw = int(s["schild"] / SCHILD_T * 50) pyxel.rect(SCREEN_W - 55, 3, 52, 6, GRAU) pyxel.rect(SCREEN_W - 55, 3, bw, 6, GELB) pyxel.text(SCREEN_W - 55, 3, "SHIELD", SCHWARZ) if s["ability_cd"] > 0: pyxel.text(3, 15, "SPC:" + str(s["ability_cd"]//10) + "s", GRAU) else: pyxel.text(3, 15, "SUPERPW:READY!", GRUEN) prog = s["ziel_x"] / LAENGE if prog < 0: prog = 0.0 if prog > 1: prog = 1.0 pyxel.rect(65, 15, 126, 4, GRAU) pyxel.rect(65, 15, int((1.0 - prog) * 126), 4, GRUEN) if s["bueckt"]: pyxel.text(3, 22, "DUCK!", GELB) # ================================================================ # SCREENS # ================================================================ def menu_draw(): t = s["tick"] pyxel.cls(DUNKELBLAU) for i in range(20): bx = (i * 67 + t // 2) % SCREEN_W by = SCREEN_H - ((t * (i%3+1)//3 + i*20) % SCREEN_H) pyxel.circb(bx, by, 3, WEISS) pyxel.rect(28, 18, 200, 32, SCHWARZ) pyxel.rectb(28, 18, 200, 32, GELB) pyxel.blt(68, 21, 2, 0, 8, 128, 32, 0) pyxel.text(76, 62, "CHOOSE CHARACTER:", WEISS) labels = ["SPONGEBOB", "PATRICK", "SQUIDWARD", "SANDY"] abilities = ["Superspeed", "Net", "Bubble", "High jump"] farben = [GELB, PINK, CYAN, BRAUN] SPRITES = { "spongebob": { "n": (16, 80, 32, 32), "dy": 0 }, "patrick": { "n": (80, 8, 32, 32), "dy": -4 }, "squidward": { "n": (72, 50, 32, 48), "dy": -6 }, "sandy": { "n": (16, 120, 32, 32), "dy": 0 }, } for i in range(4): cx, cy = 28 + i*50, 80 pyxel.rect(cx-2, cy-2, 44, 52, SCHWARZ) if i == s["wahl"]: pyxel.rectb(cx-2, cy-2, 44, 52, GELB) # ── Sprite ── char = CHARS[i] sp = SPRITES[char] u, v, w, h = sp["n"] dy = sp["dy"] pyxel.blt(cx + 6, cy + 4 + dy, 0, u, v, w, h, 0) # Text labels = ["SPONGEBOB", "PATRICK", "SQUIDWARD", "SANDY"] abilities = ["Superspeed", "Net", "Bubble", "High jump"] farben = [GELB, PINK, GRUEN, BRAUN] pyxel.text(cx, cy+36, labels[i][:9], farben[i]) pyxel.text(cx, cy+42, abilities[i], WEISS) ax = 28 + s["wahl"]*50 + 20 pyxel.tri(ax-4, 77, ax+4, 77, ax, 73, GELB) pyxel.rect(18, 148, 220, 42, SCHWARZ) pyxel.rectb(18, 148, 220, 42, GRAU) pyxel.text(26, 151, "Left/Right: Move", WEISS) pyxel.text(26, 159, "Up: Jump Down: Duck", WEISS) pyxel.text(26, 167, "SPACE: Superpower", CYAN) pyxel.text(26, 175, "Patties=Shield Mold=Block", GELB) pyxel.text(26, 183, "ENTER = Start game", GRUEN) def overlay_draw(titel, untertitel, col): pyxel.rect(38, 68, 180, 54, SCHWARZ) pyxel.rectb(38, 68, 180, 54, col) pyxel.text(38 + (180 - len(titel)*4)//2, 80, titel, col) pyxel.text(38 + (180 - len(untertitel)*4)//2, 96, untertitel, WEISS) def spielwelt_draw(): hintergrund_draw() for p in s["patties"]: if -20 < p["x"] < SCREEN_W + 20: patty_draw(p) gx = int(s["ziel_x"]) if -10 < gx < SCREEN_W + 10: t = s["tick"] for yy in range(0, SCREEN_H, 4): c = GELB if (yy//4 + t//10) % 2 == 0 else SCHWARZ pyxel.rect(gx-1, yy, 3, 3, c) pyxel.text(gx-8, GROUND_Y-72, "ZIEL!", GELB) for q in s["quallen"]: qualle_draw(q) bad_guy_draw() spieler_draw() if s["flash"] > 0 and s["flash"] % 4 < 2: pyxel.rect(0, 0, SCREEN_W, SCREEN_H, ROT) hud_draw() def endgewinn_draw(): t = s["tick"] pyxel.cls(SCHWARZ) for i in range(0, SCREEN_W, 8): # pyxel.sin(deg) h = int(pyxel.sin((i * 4 + t * 3) % 360) * 20) + 80 pyxel.rect(i, h, 8, SCREEN_H - h, GELB) pyxel.rect(18, 28, SCREEN_W-36, 136, SCHWARZ) pyxel.rectb(18, 28, SCREEN_W-36, 136, GELB) pyxel.text(30, 38, "Congratulations!", GELB) pyxel.text(30, 52, "You passed all the levels!", WEISS) pyxel.text(30, 66, "Your reward is...", CYAN) pyxel.rect(56, 80, SCREEN_W-112, 62, ORANGE) pyxel.rectb(56, 80, SCREEN_W-112, 62, GELB) pyxel.text(64, 86, "SACRED KRABBY PATTY", ROT) pyxel.text(64, 96, "RECIPE!", ROT) pyxel.text(64, 108, "Ingredients: Top Secret!", BRAUN) pyxel.text(64, 117, "Love + Seespices", GRUEN) pyxel.text(64, 126, "+ 1 pinch Bikini Bottom", CYAN) patty_draw({"x": SCREEN_W//2, "y": 150, "m": False, "b": 0}) pyxel.text(30, 150, "ENTER = Main menu", WEISS) # ================================================================ # UPDATE & DRAW # ================================================================ def update(): s["tick"] += 1 sc = s["screen"] if sc == "menu": if s["tick"] == 1: pyxel.playm(2, loop=True) if pyxel.btnp(pyxel.KEY_RIGHT): s["wahl"] = (s["wahl"]+1) % 4 if pyxel.btnp(pyxel.KEY_LEFT): s["wahl"] = (s["wahl"]-1) % 4 if pyxel.btnp(pyxel.KEY_RETURN): level_starten() elif sc == "playing": if s["flash"] > 0: s["flash"] -= 1 s["scroll"] += SCROLL s["ziel_x"] -= SCROLL hintergrund_update() for p in s["patties"]: p["x"] -= SCROLL for q in s["quallen"]: q["x"] -= SCROLL qualle_update(q) if q["x"] < -20: q["x"] = float(SCREEN_W + pyxel.rndi(50, 200)) q["y"] = float(pyxel.rndi(50, GROUND_Y - 30)) s["bg_x"] -= SCROLL bad_guy_update() spieler_update() # Kollision Quallen → Spieler py_hit = s["py"] - (4 if s["bueckt"] else 10) r_hit = 8 if s["bueckt"] else 10 for q in s["quallen"]: if q["bt"] > 0: continue if beruehrt(s["px"], py_hit, r_hit, q["x"], q["y"], 10): if spieler_getroffen(): s["flash"] = 30; s["screen"] = "game_over"; return else: q["bt"] = 60 # Kollision Bad Guy → Spieler if bad_guy_trifft_spieler(): if spieler_getroffen(): s["flash"] = 30; s["screen"] = "game_over"; return # Schimmel-Patties blockieren for p in s["patties"]: if p["m"] and beruehrt(s["px"], s["py"], 8, p["x"], p["y"], 10): s["px"] -= SCROLL + 1 if s["ziel_x"] <= s["px"]: s["screen"] = "level_win" pyxel.stop() pyxel.play(3, 4) elif sc == "game_over": if pyxel.btnp(pyxel.KEY_RETURN): level_starten() elif sc == "level_win": if pyxel.btnp(pyxel.KEY_RETURN): s["level"] += 1 if s["level"] >= len(LEVEL): s["screen"] = "win_final" pyxel.play(3, 6) else: level_starten() elif sc == "win_final": if pyxel.btnp(pyxel.KEY_RETURN): s["level"] = 0; s["screen"] = "menu" def draw(): sc = s["screen"] if sc == "menu": menu_draw() elif sc == "playing": pyxel.cls(SCHWARZ); spielwelt_draw() elif sc == "game_over": pyxel.cls(SCHWARZ); spielwelt_draw() overlay_draw("GAME OVER!", "ENTER = neu starten", ROT) elif sc == "level_win": pyxel.cls(SCHWARZ); spielwelt_draw() overlay_draw("LEVEL " + str(s["level"]+1) + " SUCCESS!", "ENTER = continue", GELB) elif sc == "win_final": endgewinn_draw() # ================================================================ # START – init() dann run(update, draw) # ================================================================ spiel_init() pyxel.init(SCREEN_W, SCREEN_H, title="Bikini Bottom Adventures", fps=60) pyxel.load("res.pyxres") pyxel.run(update, draw)