import pyxel import math # ========================= # KONSTANTEN # ========================= SCREEN_WIDTH = 160 SCREEN_HEIGHT = 120 PLAYER_SIZE = 8 SPIKE_W = 8 SPIKE_H = 10 TIME_LIMIT = 180 WIN_SCORE = 2000 # Pyxel-Farben: # 4 = braun -> Säulen # 5 = dunkelgrau -> Bodensäulen # 6 = dunkelblau -> Plattform-Rand # 7 = weiss -> Plattform-Highlight # 12 = hellblau -> Plattformen # 13 = grau -> runde Hindernisse # 14 = hellbraun -> Säulen-Maserung # ========================= # SPIELER-VARIABLEN # ========================= player_x = 20 player_y = float(SCREEN_HEIGHT - PLAYER_SIZE) player_speed = 2 player_jump_v = -5.5 gravity = 0.4 y_velocity = 0.0 is_jumping = False on_platform = False camera_x = 0 score = 0 time_left = float(TIME_LIMIT) game_over = False game_won = False # ========================= # HINDERNISSE # Typen: # 0 = Spike (Zacken) -> sofort Game Over # 4 = Plattform hellblau -> betretbar von oben # 5 = Ziel-Wand -> Gewonnen # 7 = Sprungfeder -> Hochsprung # 10 = Lava -> sofort Game Over # 20 = Bodensäule (braun) -> von links/rechts/oben tödlich # 21 = Runde Gefahr (grau)-> Kreis, Berührung = Game Over # ========================= obstacles = [ # ---- Zone 1: Einstieg, lernbar ---- (75, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), # Zacken (110, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), # Erste Plattformen zum Üben (150, SCREEN_HEIGHT - 30, 28, 6, 4), (195, SCREEN_HEIGHT - 45, 28, 6, 4), (240, SCREEN_HEIGHT - 30, 28, 6, 4), # ---- Zone 2: Lava-Überquerung ---- (290, SCREEN_HEIGHT - 8, 50, 8, 10), # Lava (305, SCREEN_HEIGHT - 26, 20, 6, 4), # Sprungstein drüber # Bodensäule danach (355, SCREEN_HEIGHT - 22, 12, 22, 20), # kurze Bodensäule # ---- Zone 3: Feder + Plattform ---- (390, SCREEN_HEIGHT - 6, 18, 6, 7), # Feder (418, SCREEN_HEIGHT - 44, 28, 6, 4), # Plattform hoch # Zacken nach der Plattform (460, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (475, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), # ---- Zone 4: Runde Hindernisse ---- # Runde Hindernisse auf dem Boden (Radius 7, Mittelpunkt y = SCREEN_HEIGHT-7) (510, SCREEN_HEIGHT - 7, 14, 14, 21), # Kreis (545, SCREEN_HEIGHT - 7, 14, 14, 21), # Plattform drüber als Alternativroute (520, SCREEN_HEIGHT - 38, 32, 6, 4), # ---- Zone 5: Bodensäulen-Slalom ---- (600, SCREEN_HEIGHT - 28, 12, 28, 20), # Bodensäule mittel (640, SCREEN_HEIGHT - 40, 12, 40, 20), # Bodensäule hoch (680, SCREEN_HEIGHT - 20, 12, 20, 20), # Bodensäule kurz # Plattform als Hilfe (618, SCREEN_HEIGHT - 52, 24, 6, 4), # Lava dazwischen (720, SCREEN_HEIGHT - 8, 40, 8, 10), (730, SCREEN_HEIGHT - 28, 18, 6, 4), # ---- Zone 6: Spike-Teppich ---- (775, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (787, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (799, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (811, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), # Platten drüber (773, SCREEN_HEIGHT - 34, 26, 6, 4), (807, SCREEN_HEIGHT - 34, 26, 6, 4), # ---- Zone 7: Runde + Säulen Kombo ---- (860, SCREEN_HEIGHT - 7, 14, 14, 21), (895, SCREEN_HEIGHT - 34, 12, 34, 20), # Bodensäule (858, SCREEN_HEIGHT - 50, 26, 6, 4), # Plattform # ---- Zone 8: Lava breit ---- (940, SCREEN_HEIGHT - 8, 70, 8, 10), (952, SCREEN_HEIGHT - 28, 18, 6, 4), (982, SCREEN_HEIGHT - 46, 18, 6, 4), (1000, SCREEN_HEIGHT - 28, 18, 6, 4), # ---- Zone 9: Feder-Hochsprung ---- (1025, SCREEN_HEIGHT - 6, 18, 6, 7), # Feder (1050, SCREEN_HEIGHT - 55, 28, 6, 4), # Plattform hoch # Zacken danach (1090, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (1105, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), # ---- Zone 10: Bodensäulen-Reihe ---- (1140, SCREEN_HEIGHT - 30, 12, 30, 20), (1172, SCREEN_HEIGHT - 45, 12, 45, 20), (1204, SCREEN_HEIGHT - 30, 12, 30, 20), # Helfer-Plattform (1155, SCREEN_HEIGHT - 58, 24, 6, 4), # ---- Zone 11: Runde Gefahr-Gasse ---- (1250, SCREEN_HEIGHT - 7, 14, 14, 21), (1278, SCREEN_HEIGHT - 7, 14, 14, 21), (1306, SCREEN_HEIGHT - 7, 14, 14, 21), # Plattform drüber (1248, SCREEN_HEIGHT - 38, 60, 6, 4), # ---- Zone 12: Gemischte Gefahr ---- (1360, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (1375, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (1390, SCREEN_HEIGHT - 7, 14, 14, 21), # Rund # Lava (1420, SCREEN_HEIGHT - 8, 55, 8, 10), (1432, SCREEN_HEIGHT - 30, 18, 6, 4), (1462, SCREEN_HEIGHT - 48, 18, 6, 4), # ---- Zone 13: Feder + Bodensäulen ---- (1495, SCREEN_HEIGHT - 6, 18, 6, 7), # Feder (1525, SCREEN_HEIGHT - 38, 12, 38, 20), (1560, SCREEN_HEIGHT - 50, 12, 50, 20), (1595, SCREEN_HEIGHT - 30, 12, 30, 20), # Plattform (1538, SCREEN_HEIGHT - 62, 28, 6, 4), # ---- Zone 14: Finale Gauntlet ---- (1640, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (1655, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (1640, SCREEN_HEIGHT - 40, 26, 6, 4), (1690, SCREEN_HEIGHT - 8, 50, 8, 10), # Lava (1700, SCREEN_HEIGHT - 32, 18, 6, 4), (1728, SCREEN_HEIGHT - 50, 18, 6, 4), (1750, SCREEN_HEIGHT - 7, 14, 14, 21), (1782, SCREEN_HEIGHT - 42, 12, 42, 20), (1748, SCREEN_HEIGHT - 56, 26, 6, 4), (1820, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (1835, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (1850, SCREEN_HEIGHT - SPIKE_H, SPIKE_W, SPIKE_H, 0), (1818, SCREEN_HEIGHT - 40, 28, 6, 4), (1852, SCREEN_HEIGHT - 55, 22, 6, 4), # Letzter Lava-Graben (1900, SCREEN_HEIGHT - 8, 60, 8, 10), (1912, SCREEN_HEIGHT - 32, 18, 6, 4), (1942, SCREEN_HEIGHT - 50, 18, 6, 4), # ---- ZIEL ---- (1980, 0, 16, SCREEN_HEIGHT, 5), ] # ========================= # SOUND SETUP # ========================= def setup_sounds(): pyxel.sound(0).set( "e2e2c2e2 g2g2e2g2 a2a2g2a2 b2b2a2b2", "p", "4", "n", 28 ) pyxel.sound(1).set("c2e2g2", "s", "765", "n", 8) # Sprung pyxel.sound(2).set("g0e0c0", "n", "754", "n", 7) # Schaden/Game Over pyxel.sound(3).set("c2e2g2c3e3g3c4", "s", "5566677", "n", 10) # Gewonnen pyxel.sound(4).set("c2g2c3g3", "s", "5677", "n", 6) # Feder pyxel.music(0).set([0], [], [], []) # ========================= # SOFORT GAME OVER # ========================= def trigger_game_over(): global game_over pyxel.play(2, 2) pyxel.stop() game_over = True # ========================= # UPDATE # ========================= def update(): global player_x, player_y, y_velocity, is_jumping, on_platform global camera_x, score, time_left, game_over, game_won if game_over or game_won: if pyxel.btnp(pyxel.KEY_R): restart() return # --- Steuerung --- if pyxel.btn(pyxel.KEY_RIGHT): camera_x += player_speed score += player_speed if score >= WIN_SCORE: score = WIN_SCORE game_won = True pyxel.play(3, 3) pyxel.stop() return if pyxel.btn(pyxel.KEY_LEFT): camera_x = max(0, camera_x - player_speed) if pyxel.btnp(pyxel.KEY_UP) and (not is_jumping or on_platform): is_jumping = True on_platform = False y_velocity = player_jump_v pyxel.play(1, 1) # --- Physik --- y_velocity += gravity player_y += y_velocity # Boden ground = float(SCREEN_HEIGHT - PLAYER_SIZE) if player_y >= ground: player_y = ground y_velocity = 0.0 is_jumping = False on_platform = False # --- Zeit --- time_left -= 1.0 / 30.0 if time_left <= 0: time_left = 0 trigger_game_over() return on_platform = False # --- Kollision --- px = player_x py = player_y pw = PLAYER_SIZE ph = PLAYER_SIZE for ox, oy, ow, oh, t in obstacles: sx = ox - camera_x # Bildschirm-X des Hindernisses if t == 21: # Kreisförmig: Mittelpunkt + Radius radius = ow // 2 cx_w = ox + radius # Welt-Mittelpunkt X cy_w = oy + radius # Welt-Mittelpunkt Y (oy = SCREEN_HEIGHT-radius) # Korrektur: oy ist so gesetzt dass Kreis am Boden sitzt # Bei Definition (x, SCREEN_HEIGHT-r, 2r, 2r, 21) => cy = SCREEN_HEIGHT-r+r = SCREEN_HEIGHT # Wir nutzen cy_w = oy + radius als Mittelpunkt pcx = px + pw // 2 pcy = py + ph // 2 cx_s = cx_w - camera_x dx = pcx - cx_s dy = pcy - cy_w dist2 = dx * dx + dy * dy hit_r = radius + pw // 2 - 1 if dist2 < hit_r * hit_r: trigger_game_over() return continue # Rechteck-AABB if not (px + pw > sx and sx + ow > px and py + ph > oy and py < oy + oh): continue prev_y = py - y_velocity if t == 0: # Spike -> Game Over trigger_game_over() return elif t == 4: # Plattform -> betreten von oben if oy + 3 >= prev_y + ph: player_y = oy - ph y_velocity = 0.0 is_jumping = False on_platform = True elif t == 5: # Ziel game_won = True pyxel.play(3, 3) pyxel.stop() return elif t == 7: # Feder if oy + 4 >= prev_y + ph: player_y = oy - ph y_velocity = player_jump_v * 2.2 pyxel.play(2, 4) elif t == 10: # Lava -> Game Over trigger_game_over() return elif t == 20: # Bodensäule -> von oben = Game Over (man muss drüber springen) # Von oben: wenn Spieler drauf landet -> Game Over # (man MUSS darüber springen, nicht draufstehen) trigger_game_over() return # ========================= # DRAW HELPERS # ========================= def draw_spike(sx, oy, ow, oh): pyxel.tri(sx, oy + oh, sx + ow, oy + oh, sx + ow // 2, oy, 8) def draw_platform(sx, oy, ow, oh): pyxel.rect(sx, oy, ow, oh, 12) # hellblau pyxel.rect(sx, oy, ow, 2, 7) # weisser Rand oben pyxel.rectb(sx, oy, ow, oh, 6) # dunkelblauer Rahmen def draw_lava(sx, oy, ow, oh): fc = pyxel.frame_count c = 9 if (fc // 8) % 2 == 0 else 8 pyxel.rect(sx, oy, ow, oh, c) for i in range(0, ow, 4): wave = int(math.sin(fc * 0.2 + i * 0.5) * 2) yy = oy + max(0, min(oh - 1, wave)) pyxel.pset(sx + i, yy, 10) def draw_spring(sx, oy, ow, oh): pyxel.rect(sx, oy + oh - 4, ow, 4, 10) pyxel.rect(sx + 2, oy, ow - 4, oh - 4, 11) pyxel.rectb(sx + 2, oy, ow - 4, oh - 4, 3) def draw_goal(sx, oy, ow, oh): fc = pyxel.frame_count c = 10 if (fc // 12) % 2 == 0 else 9 pyxel.rect(sx, oy, ow, oh, c) pyxel.text(sx + 2, SCREEN_HEIGHT // 2 - 4, "!", 7) def draw_ground_column(sx, oy, ow, oh): # Braune Bodensäule mit Holzmaserung pyxel.rect(sx, oy, ow, oh, 4) for yy in range(oy, oy + oh, 7): pyxel.line(sx + 2, yy, sx + ow - 2, yy, 14) pyxel.rectb(sx, oy, ow, oh, 2) # Spitze oben (Dreieck) half = ow // 2 pyxel.tri(sx, oy, sx + ow, oy, sx + half, oy - 6, 2) def draw_circle_obstacle(sx, oy, ow, oh): # Grauer Kreis cx = sx + ow // 2 cy = oy + oh // 2 r = ow // 2 pyxel.circ(cx, cy, r, 13) # grau gefüllt pyxel.circb(cx, cy, r, 5) # dunklerer Rand # Glanzpunkt pyxel.pset(cx - r // 3, cy - r // 3, 7) # ========================= # DRAW # ========================= def draw(): pyxel.cls(1) # Boden-Linie pyxel.line(0, SCREEN_HEIGHT - 1, SCREEN_WIDTH, SCREEN_HEIGHT - 1, 5) # Hindernisse for ox, oy, ow, oh, t in obstacles: sx = ox - camera_x if sx + ow < -8 or sx > SCREEN_WIDTH + 8: continue if t == 0: draw_spike(sx, oy, ow, oh) elif t == 4: draw_platform(sx, oy, ow, oh) elif t == 5: draw_goal(sx, oy, ow, oh) elif t == 7: draw_spring(sx, oy, ow, oh) elif t == 10: draw_lava(sx, oy, ow, oh) elif t == 20: draw_ground_column(sx, oy, ow, oh) elif t == 21: draw_circle_obstacle(sx, oy, ow, oh) # Spieler pyxel.blt(player_x, int(player_y) - 7, 0, 0, 0, 16, 34, 0) # HUD pyxel.text(5, 5, f"Time {int(time_left)}", 9) pyxel.text(5, 14, f"Score {score}/{WIN_SCORE}", 10) # Score-Balken bar_w = SCREEN_WIDTH - 10 bar_filled = int(bar_w * min(score, WIN_SCORE) / WIN_SCORE) pyxel.rect(5, SCREEN_HEIGHT - 6, bar_w, 4, 5) pyxel.rect(5, SCREEN_HEIGHT - 6, bar_filled, 4, 12) pyxel.rectb(5, SCREEN_HEIGHT - 6, bar_w, 4, 7) # Game Over if game_over: pyxel.rect(30, 44, 100, 32, 0) pyxel.rectb(30, 44, 100, 32, 8) pyxel.text(52, 51, "GAME OVER", 8) pyxel.text(40, 62, f"Score: {score} R=Neu", 7) # Gewonnen if game_won: fc = pyxel.frame_count c = 10 if (fc // 10) % 2 == 0 else 9 pyxel.rect(20, 38, 120, 44, 0) pyxel.rectb(20, 38, 120, 44, c) pyxel.text(38, 46, "YOU'RE THE WINNER!", 10) pyxel.text(44, 57, f"Score: {score}", 7) pyxel.text(44, 67, f"Zeit: {int(TIME_LIMIT - time_left)}s", 7) pyxel.text(44, 75, "R = Neu starten", 13) # ========================= # RESTART # ========================= def restart(): global player_x, player_y, y_velocity, is_jumping, on_platform global camera_x, score, time_left, game_over, game_won player_x = 20 player_y = float(SCREEN_HEIGHT - PLAYER_SIZE) y_velocity = 0.0 is_jumping = False on_platform = False camera_x = 0 score = 0 time_left = float(TIME_LIMIT) game_over = False game_won = False pyxel.playm(0, loop=True) # ========================= # INIT # ========================= pyxel.init(SCREEN_WIDTH, SCREEN_HEIGHT, title="Platformer", fps=30) pyxel.load("res.pyxres") setup_sounds() pyxel.playm(0, loop=True) pyxel.run(update, draw)