# # Pyxel from pyxel import * import random import pyxel from pyxel import * WIDTH = 160 HEIGHT = 120 # ------------------------ # ------------------------ class Player: def __init__(self): self.x = WIDTH // 2 class Apple: def __init__(self): self.x = random.randint(0, WIDTH - 8) self.y = 0 self.type = random.choices( ["good", "bad", "gold"], weights=[75, 45, 6] )[0] # PLAYER player = Player() # GAME STATE state = "game" minigame = None cake_action = None cake_progress = 0 mix_direction = "left" cake_sequence = [] sequence_index = 0 # GAME VARS apples = [] score = 0 lives = 2 speed = 1.3 spawn_timer = 0 # KUCHEN-PROGRESSION # Stages: 0 = sammeln, 1 = zerschnipseln (30+), 2 = mischen (50+), 3 = kuchen fertig (100+) cake_stage = 0 stage_banner_timer = 0 # zeigt Banner für kurze Zeit STAGE_THRESHOLDS = {1: 30, 2: 50, 3: 100} STAGE_LABELS = { 1: "Aepfel zerschnipseln!", 2: "Teig mischen!", 3: "Kuchen fertig!" } STAGE_COLORS = {1: 10, 2: 9, 3: 10} # pyxel-Farben # MINIGAME VARS timer = 0 success = False # CONNECT GAME VARS left_colors = [8, 11, 12, 10] right_colors = [10, 8, 11, 12] selected_left = None selected_right = None connections = [] # REACTION KEYS possible_keys = [ pyxel.KEY_A, pyxel.KEY_B, pyxel.KEY_C, pyxel.KEY_D, pyxel.KEY_E, pyxel.KEY_F, pyxel.KEY_G, pyxel.KEY_H, pyxel.KEY_I, pyxel.KEY_J, pyxel.KEY_K, pyxel.KEY_L, pyxel.KEY_M, pyxel.KEY_N, pyxel.KEY_O, pyxel.KEY_P, pyxel.KEY_Q, pyxel.KEY_R, pyxel.KEY_S, pyxel.KEY_T, pyxel.KEY_U, pyxel.KEY_V, pyxel.KEY_W, pyxel.KEY_X, pyxel.KEY_Y, pyxel.KEY_Z, pyxel.KEY_0, pyxel.KEY_1, pyxel.KEY_2, pyxel.KEY_3, pyxel.KEY_4, pyxel.KEY_5, pyxel.KEY_6, pyxel.KEY_7, pyxel.KEY_8, pyxel.KEY_9, pyxel.KEY_SPACE ] key_names = { pyxel.KEY_A: "A", pyxel.KEY_B: "B", pyxel.KEY_C: "C", pyxel.KEY_D: "D", pyxel.KEY_E: "E", pyxel.KEY_F: "F", pyxel.KEY_G: "G", pyxel.KEY_H: "H", pyxel.KEY_I: "I", pyxel.KEY_J: "J", pyxel.KEY_K: "K", pyxel.KEY_L: "L", pyxel.KEY_M: "M", pyxel.KEY_N: "N", pyxel.KEY_O: "O", pyxel.KEY_P: "P", pyxel.KEY_Q: "Q", pyxel.KEY_R: "R", pyxel.KEY_S: "S", pyxel.KEY_T: "T", pyxel.KEY_U: "U", pyxel.KEY_V: "V", pyxel.KEY_W: "W", pyxel.KEY_X: "X", pyxel.KEY_Y: "Y", pyxel.KEY_Z: "Z", pyxel.KEY_0: "0", pyxel.KEY_1: "1", pyxel.KEY_2: "2", pyxel.KEY_3: "3", pyxel.KEY_4: "4", pyxel.KEY_5: "5", pyxel.KEY_6: "6", pyxel.KEY_7: "7", pyxel.KEY_8: "8", pyxel.KEY_9: "9", pyxel.KEY_SPACE: "SPACE" } current_key = pyxel.KEY_SPACE wait_time = 60 can_click = False secret = 1 attempts = 3 # ------------------------ # APPLE # ------------------------ def spawn_apple(): return Apple() # ------------------------ # KUCHEN STAGE CHECK # ------------------------ def check_cake_stage(): global cake_stage, state, cake_action global cake_progress, mix_direction global cake_sequence, sequence_index if score >= 30 and cake_stage == 0: cake_stage = 1 cake_action = "slice" cake_progress = 0 state = "cake" elif score >= 50 and cake_stage == 1: cake_stage = 2 cake_action = "mix" cake_progress = 0 mix_direction = "left" state = "cake" elif score >= 100 and cake_stage == 2: cake_stage = 3 cake_action = "bake" cake_sequence = [ KEY_LEFT, KEY_RIGHT, KEY_LEFT, KEY_RIGHT, KEY_SPACE ] sequence_index = 0 state = "cake" # ------------------------ # START MINIGAME # ------------------------ def start_minigame(): global state, minigame, timer, success, wait_time, can_click, current_key global secret, attempts, left_colors, right_colors, selected_left, selected_right, connections minigame = random.choice(["connect", "guess", "reaction"]) timer = 0 success = False if minigame == "reaction": wait_time = random.randint(30, 90) can_click = False current_key = random.choice(possible_keys) elif minigame == "guess": secret = random.randint(1, 5) attempts = 3 elif minigame == "connect": left_colors = [8, 11, 12, 10] right_colors = left_colors.copy() random.shuffle(right_colors) selected_left = None selected_right = None connections = [] state = "minigame" # ------------------------ # UPDATE # ------------------------ def update(): global state if state == "game": update_game() elif state == "minigame": update_minigame() elif state == "result": update_result() elif state == "game_over": if btnp(KEY_R): reset_game() elif state == "win": if btnp(KEY_R): reset_game() elif state == "cake": update_cake() def update_cake(): global state global cake_action global cake_progress global mix_direction global sequence_index # ------------------- # ÄPFEL SCHNEIDEN # ------------------- if cake_action == "slice": if btnp(KEY_SPACE): cake_progress += 1 if cake_progress >= 20: state = "game" # ------------------- # TEIG MISCHEN # ------------------- elif cake_action == "mix": if mix_direction == "left": if btnp(KEY_LEFT): cake_progress += 1 mix_direction = "right" else: if btnp(KEY_RIGHT): cake_progress += 1 mix_direction = "left" if cake_progress >= 15: state = "game" # ------------------- # KUCHEN BACKEN # ------------------- elif cake_action == "bake": if btnp(cake_sequence[sequence_index]): sequence_index += 1 if sequence_index >= len(cake_sequence): state = "win" def reset_game(): global player_x, apples, score, lives, speed, spawn_timer global state, cake_stage, stage_banner_timer, timer, success player.x = WIDTH // 2 apples = [] score = 0 lives = 2 speed = 1.3 spawn_timer = 0 cake_stage = 0 stage_banner_timer = 0 timer = 0 success = False state = "game" def update_game(): global spawn_timer, apples, score, lives, speed, state, stage_banner_timer if btn(KEY_LEFT): player.x -= 2 if btn(KEY_RIGHT): player.x += 2 player.x = max(0, min(WIDTH - 10, player.x)) spawn_timer += 1 if spawn_timer > 25: apples.append(spawn_apple()) spawn_timer = 0 if stage_banner_timer > 0: stage_banner_timer -= 1 for apple in apples[:]: apple.y += speed # KOLLISION if abs(apple.x - player.x) < 6 and abs(apple.y - (HEIGHT - 10)) < 6: if apple.type == "good": score += 1 pyxel.play(3, 0) if score % 10 == 0: speed = min(speed + 0.2, 3) check_cake_stage() elif apple.type == "bad": pyxel.play(3, 1) start_minigame() elif apple.type == "gold": lives += 1 pyxel.play(3, 2) apples.remove(apple) continue if apple.y > HEIGHT: apples.remove(apple) if lives <= 0: state = "game_over" def update_minigame(): global timer, success, state, lives, can_click, attempts timer += 1 # REACTION if minigame == "reaction": if timer > wait_time: can_click = True if btnp(current_key): if can_click and timer < wait_time + 20: success = True else: success = False lives -= 1 state = "result" timer = 0 # GUESS elif minigame == "guess": for i in range(1, 6): if btnp(getattr(__import__("pyxel"), f"KEY_{i}")): if i == secret: success = True state = "result" else: attempts -= 1 if attempts <= 0: success = False lives -= 1 state = "result" # CONNECT elif minigame == "connect": global selected_left, selected_right, connections if btnp(KEY_1): selected_left = 0 if btnp(KEY_2): selected_left = 1 if btnp(KEY_3): selected_left = 2 if btnp(KEY_4): selected_left = 3 if btnp(KEY_Q): selected_right = 0 if btnp(KEY_W): selected_right = 1 if btnp(KEY_E): selected_right = 2 if btnp(KEY_R): selected_right = 3 if selected_left is not None and selected_right is not None: if selected_left in [c[0] for c in connections] or \ selected_right in [c[1] for c in connections]: selected_left = None selected_right = None return if left_colors[selected_left] == right_colors[selected_right]: connections.append((selected_left, selected_right)) else: lives -= 1 success = False state = "result" selected_left = None selected_right = None if len(connections) == 4: success = True state = "result" def update_result(): global timer, state timer += 1 if timer > 60: state = "game" # ------------------------ # DRAW # ------------------------ def draw(): cls(0) if state == "game": draw_game() elif state == "minigame": draw_minigame() elif state == "result": draw_result() elif state == "game_over": draw_game_over() elif state == "win": draw_win() elif state == "cake": draw_cake_action() def draw_cake_action(): cls(1) if cake_action == "slice": text(35,20,"AEPFEL SCHNEIDEN!",10) rect(60,40,40,40,8) line(60,40,100,80,7) line(100,40,60,80,7) text(25,95,"SPACE HAEMMERN!",7) rect(20,110,120,4,5) rect(20,110,cake_progress*6,4,11) elif cake_action == "mix": text(45,20,"TEIG MISCHEN",9) circ(80,60,25,6) if mix_direction == "left": text(65,55,"<-",10) else: text(80,55,"->",10) text(20,95,"LINKS / RECHTS ABWECHSELND",7) rect(20,110,120,4,5) rect(20,110,cake_progress*8,4,10) elif cake_action == "bake": text(35,15,"KUCHEN DEKORIEREN!",10) rect(45,50,70,25,9) rect(45,40,70,10,8) controls = { KEY_LEFT:"LEFT", KEY_RIGHT:"RIGHT", KEY_SPACE:"SPACE" } current = controls[cake_sequence[sequence_index]] text(40,90,f"DRUECKE: {current}",7) def draw_cake_progress(): """Zeichne Kuchen-Fortschrittsleiste unten""" # Nächstes Ziel bestimmen next_stage = None next_threshold = None for stage in [1, 2, 3]: if cake_stage < stage: next_stage = stage next_threshold = STAGE_THRESHOLDS[stage] break if next_stage is None: return # alle stages erreicht # Fortschrittsleiste bar_x = 5 bar_y = HEIGHT - 6 bar_w = WIDTH - 10 bar_h = 3 prev_threshold = STAGE_THRESHOLDS.get(next_stage - 1, 0) progress = min(score - prev_threshold, next_threshold - prev_threshold) fill = int(bar_w * max(0, progress) / (next_threshold - prev_threshold)) rect(bar_x, bar_y, bar_w, bar_h, 5) rect(bar_x, bar_y, fill, bar_h, STAGE_COLORS.get(next_stage, 10)) # Stage-Icons links vom Balken stage_icons = {1: "Schn.", 2: "Mix.", 3: "Cake"} text(bar_x, bar_y - 7, f"{stage_icons[next_stage]} {score}/{next_threshold}", 13) def draw_stage_banner(): """Zeige Banner wenn neuer Stage erreicht""" if stage_banner_timer <= 0: return label = STAGE_LABELS.get(cake_stage, "") color = STAGE_COLORS.get(cake_stage, 7) # Blinken in letzten 40 frames if stage_banner_timer > 40 or (stage_banner_timer // 5) % 2 == 0: rectb(15, 50, WIDTH - 30, 20, color) rect(16, 51, WIDTH - 32, 18, 0) # Zentrieren (grob) tx = WIDTH // 2 - len(label) * 2 text(tx, 57, label, color) def draw_game(): bltm(0, 0, 0, 0, 0, WIDTH, HEIGHT) blt(player.x, HEIGHT - 32, 0, 0, 128, 16, 32, 0) for apple in apples: if apple.type == "good": blt(apple.x, apple.y, 0, 8, 56, 8, 8, 0) elif apple.type == "bad": blt(apple.x, apple.y, 0, 16, 56, 8, 8, 0) elif apple.type == "gold": blt(apple.x, apple.y, 0, 0, 56, 8, 8, 0) text(5, 5, f"Score: {score}", 7) text(5, 15, f"Leben: {lives}", 7) # Kuchen-Fortschritt draw_cake_progress() draw_stage_banner() def draw_minigame(): cls(1) if minigame == "reaction": if not can_click: text(40, 50, "Warte...", 7) else: text(20, 50, f"PRESS {key_names[current_key]}", 10) elif minigame == "guess": text(10, 40, "Zahl 1-5 erraten", 7) text(10, 60, f"Versuche: {attempts}", 7) elif minigame == "connect": text(20, 5, "1-4 links | Q-R rechts", 7) for i, color in enumerate(left_colors): rect(20, 20 + i * 20, 10, 10, color) for i, color in enumerate(right_colors): rect(120, 20 + i * 20, 10, 10, color) for l, r in connections: line(30, 25 + l * 20, 120, 25 + r * 20, 7) def draw_result(): if success: text(50, 50, "GESCHAFFT!", 11) else: text(50, 50, "VERLOREN!", 8) def draw_game_over(): cls(0) text(40, 50, "GAME OVER", 8) text(30, 70, "Druecke R", 7) def draw_win(): cls(0) # Kuchen-Animation: einfache ASCII-Darstellung mit Pyxel-Farben text(35, 15, "GEBURTSTAGS-", 10) text(45, 23, "KUCHEN!", 10) # Kuchenform rect(45, 55, 70, 25, 9) # Kuchen-Koerper (braun/orange) rect(45, 45, 70, 12, 8) # Sahne (rot = Glasur) rect(45, 43, 70, 4, 7) # Sahne-Kante (weiss) # Kerzen for i in range(5): cx = 52 + i * 13 rect(cx, 36, 3, 8, 10) # Kerze pset(cx + 1, 35, 10) # Flamme text(30, 90, f"Score: {score} Aepfel!", 7) text(30, 100, "Druecke R", 13) # ------------------------ # START # ------------------------ pyxel.init(WIDTH, HEIGHT, title="Fangpomme - Kuchenzeit!") pyxel.load("res23.pyxres") # ------------------------ # SOUNDS # ------------------------ # Apfel einsammeln pyxel.sound(0).set( "c3e3g3c4", "p", "7", "n", 6 ) # Schlechter Apfel pyxel.sound(1).set( "c2a1f1", "n", "7", "f", 6 ) # Goldener Apfel pyxel.sound(2).set( "c4g4c4", "t", "7", "n", 7 ) # ------------------------ # HINTERGRUNDMUSIK # ------------------------ # Melodie #pyxel.sound(3).set( # "c3e3g3e3a3g3e3c3" # "d3f3a3f3g3f3d3c3", # "p", # "4", # "n", # 7 #) # Bass #pyxel.sound(4).set( # "c2c2g1g1a1a1g1g1" # "f1f1c2c2g1g1c2c2", # "s", # "4", # "n", # 7 #) # Begleitung #pyxel.sound(5).set( #"g2g2e2e2f2f2e2e2" # "c2c2d2d2g1g1c2c2", # "t", # "4", #"n", # 7 #) # Musik starten #pyxel.music(0).set([3], [4], [5]) #pyxel.playm(0, loop=True) #pyxel.run(update, draw) # ------------------------ # HINTERGRUNDMUSIK # ------------------------ # Sanfte Melodie pyxel.sound(3).set( "c3c3c3c3" "d3d3d3d3" "e3e3e3e3" "d3f3a3f3", "t", "4", "n", 14 ) # Gleichmäßiger Hintergrundton pyxel.sound(4).set( "c2c2c2c2" "c2c2c2c2" "c2c2c2c2" "c2c2c2c2", "s", "2", "n", 15 ) # Leichte Begleitung pyxel.sound(5).set( "g2g2e2e2" "g2g2e2e2" "g2g2e2e2" "f2f2d2d2", "p", "3", "n", 16 ) # Musik starten pyxel.music(0).set([3], [4], [5]) pyxel.playm(0, loop=True) pyxel.run(update, draw)