# Pyxel Studio import pyxel from pyxel import * # ---------------- SETTINGS ---------------- WIDTH = 256 HEIGHT = 256 FPS = 60 LANES = [60, 100, 140, 180] KEYS = [KEY_D, KEY_F, KEY_J, KEY_K] HIT_LINE = 210 NOTE_SPEED = 120 # pixels per second HIT_WINDOW = { "perfect": 0.05, "great": 0.1, "good": 0.18 } # ---------------- NOTE ---------------- class Note: def __init__(self, lane, time, length=0): self.lane = lane self.time = time self.length = length self.hit = False self.holding = False self.completed = False # ---------------- GAME ---------------- class XOIntro: def __init__(self): pyxel.init(160, 120, title="XO Exact Intro") pyxel.sound(0).set( notes=( "c#4 d#4 f4 g#4 a#4 g#4 f4 d#4 c#4 r " "c4 d#4 g4 a#4 g4 d#4 c4 r " "c#4 d#4 f4 g#4 a#4 g#4 f4 d#4 c#4 r " "c4 d#4 g4 a#4 g4 d#4 c4 r " "c#4 d#4 f4 g#4 a#4 g#4 f4 d#4 " "c4 d#4 g4 a#4 g4 d#4 c4 r " "f4 g#4 c5 d#5 c5 g#4 f4 r " "d#4 g4 a#4 g4 d#4 c4 r r" ), tones="t", volumes="7", effects="n", speed=30 ) pyxel.run(self.update, self.draw) def update(self): if pyxel.btnp(pyxel.KEY_SPACE): pyxel.play(0, 0) pyxel.play(1, 1) def draw(self): pyxel.cls(7) pyxel.text(30, 50, "XO - Exact Intro", 7) pyxel.text(20, 70, "Press SPACE to play", 6) class Game: def __init__(self): init(WIDTH, HEIGHT, title="Rhythm Master", fps=FPS) pyxel.sounds[0].set( "c#3 d#3 f3 g#3 a#3 g#3 f3 d#3 c#3 r " "c3 d#3 g3 a#3 g3 d#3 c3 r " "c#3 d#3 f3 g#3 a#3 g#3 f3 d#3 c#3 r " "c3 d#3 g3 a#3 g3 d#3 c3 r " "c#3 d#3 f3 g#3 a#3 g#3 f3 d#3 " "c3 d#3 g3 a#3 g3 d#3 c3 r " "f3 g#3 c4 d#4 c4 g#3 f3 r " "d#3 g3 a#3 g3 d#3 c3 r r", "t", "7", "n", 30 ) self.state = "menu" self.level_index = 0 self.time = 0 self.notes = [] self.active_notes = [] self.combo = 0 self.max_combo = 0 self.score = 0 self.hp = 100 self.judge_text = "" self.judge_timer = 0 self.total_hits = 0 self.total_accuracy = 0 self.result_index = 0 self.load_levels() run(self.update, self.draw) # ---------------- LEVELS ---------------- def load_levels(self): self.level_names = ["easy", "hard", "master"] self.levels = { "easy": [ (1.0,0),(1.8,1),(2.6,2),(3.4,3), (4.5,0,1.2), (6.5,2),(7.3,1),(8.1,3),(8.9,0) ], "hard": [ (1.0,0),(1.6,1),(2.2,2),(3.0,3), (3.8,1,1.0), (5.5,3),(6.0,2),(6.5,1), (7.2,0,1.3) ], "master": [ (0.8,0),(1.3,1),(1.8,2),(2.3,3), (3.0,0,1.2), (4.5,2),(5.0,3),(5.5,1), (6.2,1,1.4), (8.0,3),(8.5,2) ] } def start_level(self): level_name = self.level_names[self.level_index] self.notes = [] self.active_notes = [] for n in self.levels[level_name]: if len(n) == 3: self.notes.append(Note(n[1], n[0], n[2])) else: self.notes.append(Note(n[1], n[0])) self.time = 0 self.combo = 0 self.max_combo = 0 self.score = 0 self.hp = 100 self.total_hits = 0 self.total_accuracy = 0 self.state = "game" pyxel.play(0, 0, loop=True) pyxel.play(1, 1, loop=True) # ---------------- LOGIC ---------------- def get_time(self): return self.time / FPS def get_note_y(self, note, current_time): return HIT_LINE - (note.time - current_time) * NOTE_SPEED # ✅ FIXED FUNCTION def spawn_notes(self, current_time): spawn_offset = HIT_LINE / NOTE_SPEED for note in self.notes: if note in self.active_notes: continue # spawn earlier so notes fall correctly if note.time - spawn_offset <= current_time: self.active_notes.append(note) def judge(self, lane, current_time): best_note = None best_diff = 999 for note in self.active_notes: if note.lane != lane or note.hit: continue diff = abs(note.time - current_time) if diff < best_diff: best_diff = diff best_note = note if best_note: if best_diff < HIT_WINDOW["perfect"]: result = "PERFECT" points = 300 acc = 1.0 elif best_diff < HIT_WINDOW["great"]: result = "GREAT" points = 200 acc = 0.7 elif best_diff < HIT_WINDOW["good"]: result = "GOOD" points = 100 acc = 0.4 else: result = "MISS" points = 0 acc = 0 self.judge_text = result self.judge_timer = 20 self.total_hits += 1 self.total_accuracy += acc if result != "MISS": self.combo += 1 self.score += points best_note.hit = True if best_note.length > 0: best_note.holding = True else: self.combo = 0 self.hp -= 5 return self.combo = 0 self.hp -= 5 self.judge_text = "MISS" def update_long_notes(self, current_time): for note in self.active_notes: if note.holding: if btn(KEYS[note.lane]): end_time = note.time + note.length if current_time >= end_time: diff = abs(current_time - end_time) if diff < HIT_WINDOW["perfect"]: self.judge_text = "PERFECT" self.score += 300 elif diff < HIT_WINDOW["good"]: self.judge_text = "GOOD" self.score += 150 else: self.judge_text = "MISS" self.combo = 0 note.holding = False note.completed = True self.combo += 1 else: self.combo = 0 self.hp -= 10 note.holding = False note.completed = True def update(self): if self.state == "menu": if btnp(KEY_UP): self.level_index = (self.level_index - 1) % 3 if btnp(KEY_DOWN): self.level_index = (self.level_index + 1) % 3 if btnp(KEY_SPACE): self.start_level() elif self.state == "game": self.time += 1 current_time = self.get_time() self.spawn_notes(current_time) for note in self.active_notes: y = self.get_note_y(note, current_time) if y > HEIGHT and not note.hit: note.hit = True self.combo = 0 self.hp -= 10 for i,key in enumerate(KEYS): if btnp(key): self.judge(i, current_time) self.update_long_notes(current_time) self.max_combo = max(self.max_combo, self.combo) if self.judge_timer > 0: self.judge_timer -= 1 if self.hp <= 0: pyxel.stop(0) pyxel.stop(1) self.state = "fail" if current_time > 10: pyxel.stop(0) pyxel.stop(1) self.state = "clear" else: if btnp(KEY_UP): self.result_index = (self.result_index - 1) % 3 if btnp(KEY_DOWN): self.result_index = (self.result_index + 1) % 3 if btnp(KEY_SPACE): self.state = "menu" # ---------------- DRAW ---------------- def draw_lanes(self): for x in LANES: rect(x-10,0,20,HEIGHT,13) line(0,HIT_LINE,WIDTH,HIT_LINE,9) def draw_notes(self, current_time): for note in self.active_notes: if note.completed: continue x = LANES[note.lane] y = self.get_note_y(note, current_time) if note.length > 0: length_px = note.length * NOTE_SPEED rect(x-4, y-length_px, 8, length_px, 9) rect(x-6, y, 12, 8, 14) def draw_ui(self): acc = 0 if self.total_hits > 0: acc = (self.total_accuracy / self.total_hits) * 100 text(10,10,f"SCORE {self.score}",13) text(10,20,f"{acc:.1f}%",7) text(200,10,f"{self.combo}",9) rect(20,30,200,6,1) rect(20,30,self.hp*2,6,6) if self.judge_timer > 0: text(110,180,self.judge_text,12) def draw_menu(self): text(90,60,"RHYTHM MASTER",12) text(90,110,"SELECT LEVEL",14) for i,name in enumerate(self.level_names): c = 9 if i == self.level_index else 13 text(110,140 + i*15,name,c) text(70,210,"UP/DOWN + SPACE",14) def get_rank(self, acc): if acc > 95: return "S" elif acc > 85: return "A" elif acc > 70: return "B" else: return "C" def draw_result(self): acc = 0 if self.total_hits > 0: acc = (self.total_accuracy / self.total_hits) * 100 rank = self.get_rank(acc) text(110,80,rank,6) text(90,110,f"SCORE {self.score}",9 if self.result_index == 0 else 13) text(90,130,f"COMBO {self.max_combo}",9 if self.result_index == 1 else 13) text(90,150,f"{acc:.1f}%",9 if self.result_index == 2 else 13) text(70,200,"SPACE -> MENU",14) def draw(self): cls(7) if self.state == "menu": self.draw_menu() elif self.state == "game": current_time = self.get_time() self.draw_lanes() self.draw_notes(current_time) self.draw_ui() else: self.draw_result() Game()