diff --git a/README.md b/README.md index 447f476..f018143 100644 --- a/README.md +++ b/README.md @@ -38,7 +38,7 @@ https://www.bilibili.com/video/BV1D8411x78X ### 运行方式： -安装pygame, mido等相关库，执行virtual_piano.py；virtual_piano_exe中包含pyinstaller生成的可执行文件，可直接运行 +安装pygame, mido等相关库，执行virtual_piano.py或virtual_piano_mt.py（针对多线程实现midi输入做了一些改进） ### global_settings.ini中的相关设置： diff --git a/Update.txt b/Update.txt index e37a467..b7f1aa0 100644 --- a/Update.txt +++ b/Update.txt @@ -6,4 +6,7 @@ 5. global_settings.ini加入瀑布流偏移量设置 6. 优化琴键间距、瀑布流间距（主要为手机端考虑） 7. 琴键上方增加（渐变）灯条效果 -8. 增加琴键白色灯光效果 \ No newline at end of file +8. 增加琴键白色灯光效果 + +# 20221122 +1.增加单次读取midi信息数量，（或许可以）降低一点延迟？ \ No newline at end of file diff --git a/global_settings.ini b/global_settings.ini index b7a1cb6..c54d823 100644 --- a/global_settings.ini +++ b/global_settings.ini @@ -112,7 +112,7 @@ bkg_offset_y = 0 piano_key_offset = 0 [MusicScoreOffset] music_score_offset_x = 0 -music_score_offset_y = -55 +music_score_offset_y = -39 [TimeDelta] time_delta = 2.07983193277311 [RootDelta] diff --git a/virtual_piano.py b/virtual_piano.py index 85afb38..3e16976 100644 --- a/virtual_piano.py +++ b/virtual_piano.py @@ -758,44 +758,45 @@ def input_midi(): break if if_exit == 1: break - c = midi1.read(1) - if len(c) > 0: - if c[0][0][0] == 144: - if sustain == 1: - if c[0][0][1] in on_sustain: - on_sustain.remove(c[0][0][1]) - if midi2 != 'Unable': - midi2.note_off(c[0][0][1]) - if midi2 != 'Unable': - midi2.note_on(c[0][0][1], c[0][0][2]) - notes_count[(c[0][0][1] - 21) % 12] += 1 - all_note_size += 1 - key_note.append(c[0][0][1] - 21) - if mode_id == 0 or mode_id == 2: - waterfalls[c[0][0][1] - 21].append([0, 0, 0, get_wf_color(c[0][0][1] - 21)]) - elif c[0][0][0] == 128: - if sustain == 0: + c_all = midi1.read(10) + if len(c_all) > 0: + for c in c_all: + if c[0][0] == 144: + if sustain == 1: + if c[0][1] in on_sustain: + on_sustain.remove(c[0][1]) + if midi2 != 'Unable': + midi2.note_off(c[0][1]) if midi2 != 'Unable': - midi2.note_off(c[0][0][1]) - elif sustain == 1: - on_sustain.append(c[0][0][1]) - if len(key_note) > 0: - key_note.remove(c[0][0][1] - 21) - if (mode_id == 0 or mode_id == 2) and len(waterfalls[c[0][0][1] - 21]) - 1 >= 0: - waterfalls[c[0][0][1] - 21][len(waterfalls[c[0][0][1] - 21]) - 1][0] = 1 - elif c[0][0][0] == 176: - if c[0][0][1] == 64: - if c[0][0][2] == 127: - sustain = 1 - sustain_state = font2.render('√', True, sustain_text_color) - elif c[0][0][2] == 0: - sustain = 0 - sustain_state = font2.render('×', True, sustain_text_color) - for y in on_sustain: - if (y - 21) not in key_note: - if midi2 != 'Unable': - midi2.note_off(y) - on_sustain = [] + midi2.note_on(c[0][1], c[0][2]) + notes_count[(c[0][1] - 21) % 12] += 1 + all_note_size += 1 + key_note.append(c[0][1] - 21) + if mode_id == 0 or mode_id == 2: + waterfalls[c[0][1] - 21].append([0, 0, 0, get_wf_color(c[0][1] - 21)]) + elif c[0][0] == 128: + if sustain == 0: + if midi2 != 'Unable': + midi2.note_off(c[0][1]) + elif sustain == 1: + on_sustain.append(c[0][1]) + if len(key_note) > 0: + key_note.remove(c[0][1] - 21) + if (mode_id == 0 or mode_id == 2) and len(waterfalls[c[0][1] - 21]) - 1 >= 0: + waterfalls[c[0][1] - 21][len(waterfalls[c[0][1] - 21]) - 1][0] = 1 + elif c[0][0] == 176: + if c[0][1] == 64: + if c[0][2] == 127: + sustain = 1 + sustain_state = font2.render('√', True, sustain_text_color) + elif c[0][2] == 0: + sustain = 0 + sustain_state = font2.render('×', True, sustain_text_color) + for y in on_sustain: + if (y - 21) not in key_note: + if midi2 != 'Unable': + midi2.note_off(y) + on_sustain = [] time.sleep(0.001) diff --git a/virtual_piano_mt.py b/virtual_piano_mt.py new file mode 100644 index 0000000..f40d80a --- /dev/null +++ b/virtual_piano_mt.py @@ -0,0 +1,1834 @@ +# 导入所需模块 +import sys +import os +import pygame +import pygame.midi +from threading import Thread +import time +import mido +import datetime +import chord +import copy +import tkinter as tk +from tkinter import ttk +import configparser +import ctypes +import random +from queue import Queue + +config = configparser.ConfigParser() +path = 'global_settings.ini' +config.read(path, encoding="UTF-8") + +# 全局设置 +background_folder_path = config.get('ReadFiles', 'background_folder_path') +font_path = config.get('ReadFiles', 'font_path') +midi_file_path = config.get('ReadFiles', 'midi_file_path') +light_file_path = config.get('ReadFiles', 'light_file_path') +set_root_from_file = config.getint('SetRootFromFile', 'set_root_from_file') +key_light_open = config.getint('KeyLight', 'key_light_open') +light_on_sustain = config.getint('KeyLight', 'light_on_sustain') +light_offset_white_x = config.getint('KeyLight', 'light_offset_white_x') +light_offset_black_x = config.getint('KeyLight', 'light_offset_black_x') +light_offset_y = config.getint('KeyLight', 'light_offset_y') +WKcol = (config.getint('WhiteKeyColor', 'WKcol_R'), config.getint('WhiteKeyColor', 'WKcol_G'), + config.getint('WhiteKeyColor', 'WKcol_B')) # 白键按下 +BKcol = (config.getint('BlackKeyColor', 'BKcol_R'), config.getint('BlackKeyColor', 'BKcol_G'), + config.getint('BlackKeyColor', 'BKcol_B')) # 黑键按下 +white_key_waterfall_width = config.getint('WaterFallWidth', 'white_key_waterfall_width') +black_key_waterfall_width = config.getint('WaterFallWidth', 'black_key_waterfall_width') +waterfall_offset_white_key = config.getint('WaterFallOffset', 'waterfall_offset_white_key') +waterfall_offset_black_key = config.getint('WaterFallOffset', 'waterfall_offset_black_key') +NTcol_outline = (config.getint('WaterFallColorMain', 'outline_R'), config.getint('WaterFallColorMain', 'outline_G'), + config.getint('WaterFallColorMain', 'outline_B')) # 瀑布流 +NTcol_fill = (config.getint('WaterFallColorMain', 'fill_R'), config.getint('WaterFallColorMain', 'fill_G'), + config.getint('WaterFallColorMain', 'fill_B')) # 瀑布流 +NTcol2_outline = (config.getint('WaterFallColor2', 'outline_R'), config.getint('WaterFallColor2', 'outline_G'), + config.getint('WaterFallColor2', 'outline_B')) # 瀑布流 +NTcol2_fill = (config.getint('WaterFallColor2', 'fill_R'), config.getint('WaterFallColor2', 'fill_G'), + config.getint('WaterFallColor2', 'fill_B')) # 瀑布流 +NTcol3_outline = (config.getint('WaterFallColor3', 'outline_R'), config.getint('WaterFallColor3', 'outline_G'), + config.getint('WaterFallColor3', 'outline_B')) # 瀑布流 +NTcol3_fill = (config.getint('WaterFallColor3', 'fill_R'), config.getint('WaterFallColor3', 'fill_G'), + config.getint('WaterFallColor3', 'fill_B')) # 瀑布流 +color_boundary_left = config.getint('ColorBoundary', 'color_boundary_left') +color_boundary_middle = config.getint('ColorBoundary', 'color_boundary_middle') +color_boundary_right = config.getint('ColorBoundary', 'color_boundary_right') +black_color_dim_outline = config.getint('BlackColorDim', 'black_color_dim_outline') +black_color_dim_fill = config.getint('BlackColorDim', 'black_color_dim_fill') +WKcol_on_sus = (config.getint('WhiteKeyOnSustain', 'WKcol_sus_R'), config.getint('WhiteKeyOnSustain', 'WKcol_sus_G'), + config.getint('WhiteKeyOnSustain', 'WKcol_sus_B')) # 踏板按下，白键松开 +BKcol_on_sus = (config.getint('BlackKeyOnSustain', 'BKcol_sus_R'), config.getint('BlackKeyOnSustain', 'BKcol_sus_G'), + config.getint('BlackKeyOnSustain', 'BKcol_sus_B')) # 踏板按下，黑键松开 +waterfall_color_control = config.getfloat('WaterFallColorControl', 'waterfall_color_control') +time_delta = config.getfloat('TimeDelta', 'time_delta') # 速度微调（播放MIDI用） +root_delta = config.getfloat('RootDelta', 'root_delta') # 根音与音符出现的时间差（MODE2专用） +chord_text_color = ( + config.getint('ChordTextColor', 'chord_text_color_R'), config.getint('ChordTextColor', 'chord_text_color_G'), + config.getint('ChordTextColor', 'chord_text_color_B')) # 和弦text显示颜色 +note_list_text_color = ( + config.getint('NoteListTextColor', 'note_list_text_color_R'), + config.getint('NoteListTextColor', 'note_list_text_color_G'), + config.getint('NoteListTextColor', 'note_list_text_color_B')) # 和弦text显示颜色 +sustain_text_color = ( + config.getint('SustainTextColor', 'sustain_text_color_R'), + config.getint('SustainTextColor', 'sustain_text_color_G'), + config.getint('SustainTextColor', 'sustain_text_color_B')) # 踏板text显示颜色 +major_key_text_color = ( + config.getint('KeyTextColor', 'major_key_text_color_R'), config.getint('KeyTextColor', 'major_key_text_color_G'), + config.getint('KeyTextColor', 'major_key_text_color_B')) # 调性text显示颜色 +speed_text_color = ( + config.getint('SpeedTextColor', 'speed_text_color_R'), config.getint('SpeedTextColor', 'speed_text_color_G'), + config.getint('SpeedTextColor', 'speed_text_color_B')) # 速度text显示颜色 +top_square_color = ( + config.getint('TopSquareColor', 'top_square_color_R'), config.getint('TopSquareColor', 'top_square_color_G'), + config.getint('TopSquareColor', 'top_square_color_B')) # 顶端矩形颜色 +trans_screen_color = ( + config.getint('TransScreenColor', 'trans_screen_color_R'), + config.getint('TransScreenColor', 'trans_screen_color_G'), + config.getint('TransScreenColor', 'trans_screen_color_B')) # 顶端矩形颜色 +transparent_or_not = config.getint('TransparentOrNot', 'transparent_or_not') +trans_screen_opacity = config.getint('TransScreenOpacity', 'trans_screen_opacity') +waterfall_opacity = config.getint('WaterFallOpacity', 'waterfall_opacity') +piano_key_opacity = config.getint('PianoKeyOpacity', 'piano_key_opacity') +top_square_opacity = config.getint('TopSquareOpacity', 'top_square_opacity') +global_resolution_x = config.getint('GlobalResolution', 'global_resolution_x') # 分辨率x（修改可能显示不正常） +global_resolution_y = config.getint('GlobalResolution', 'global_resolution_y') # 分辨率y +background_offset_x = config.getint('BackGroundOffset', 'bkg_offset_x') +background_offset_y = config.getint('BackGroundOffset', 'bkg_offset_y') +piano_key_offset = config.getint('PianoKeyOffset', 'piano_key_offset') +music_score_offset_x = config.getint('MusicScoreOffset', 'music_score_offset_x') +music_score_offset_y = config.getint('MusicScoreOffset', 'music_score_offset_y') +flash_neon_prepare = config.getint('FlashNeonLight', 'flash_neon_prepare') +flash_neon_pic_path = config.get('FlashNeonLight', 'flash_neon_pic_path') +flash_neon_gap_time = config.getfloat('FlashNeonLight', 'flash_neon_gap_time') + +# 是否从midi文件读取根音 +if set_root_from_file == 1: + root_file_path = config.get('ReadFiles', 'root_file_path') +else: + root_file_path = '' + +# 初始化 +pygame.init() +pygame.midi.init() + +# 获取midi设备数目 +midi_count = pygame.midi.get_count() +midi_input_devices = [] +midi_input_id = [] +midi_output_devices = [] +midi_output_id = [] +for i in range(midi_count + 1): + if i == midi_count: + midi_input_devices.append('None') + midi_input_id.append(i) + midi_output_devices.append('None') + midi_output_id.append(i) + else: + if pygame.midi.get_device_info(i)[2] == 1 and pygame.midi.get_device_info(i)[3] == 0: + midi_input_devices.append(pygame.midi.get_device_info(i)[1].decode('utf-8')) + midi_input_id.append(i) + if pygame.midi.get_device_info(i)[2] == 0 and pygame.midi.get_device_info(i)[3] == 1: + midi_output_devices.append(pygame.midi.get_device_info(i)[1].decode('utf-8')) + midi_output_id.append(i) + +# Tkinter界面 +main_window = tk.Tk() +main_window.title("Settings") +main_window.geometry('530x160') +main_window.resizable(0, 0) + +# 使用程序自身的dpi适配 +ctypes.windll.shcore.SetProcessDpiAwareness(1) + +# 创建标签 +l1 = tk.Label(main_window, text='Input Device:') +l1.config(font=('Arial', 12)) +l1.place(x=8, y=24, height=32, width=150) +l2 = tk.Label(main_window, text='Output Device:') +l2.config(font=('Arial', 12)) +l2.place(x=11, y=64, height=32, width=150) +l3 = tk.Label(main_window, text='Play Mode:') +l3.config(font=('Arial', 12)) +l3.place(x=0, y=104, height=32, width=150) + +# 创建下拉菜单 +select_input = ttk.Combobox(main_window, width=80, font=('Arial', 11)) +select_output = ttk.Combobox(main_window, width=80, font=('Arial', 11)) +select_mode = ttk.Combobox(main_window, width=80, font=('Arial', 11)) + +# 使用 grid() 来控制控件的位置 +select_input.place(x=160, y=24, height=32, width=320) +select_output.place(x=160, y=64, height=32, width=320) +select_mode.place(x=160, y=104, height=32, width=320) + +# 设置下拉菜单中的值 +if len(midi_input_devices) > 1: + all_mode = ['MIDI Keyboard + Waterfall', 'MIDI Keyboard + Music Score', 'MIDI Keyboard + Both', + 'MIDI File + Waterfall (rise)', 'MIDI File + Waterfall (fall)', 'MIDI File + Music Score', + 'MIDI File + Both (rise)', 'MIDI File + Both (fall)'] +else: + all_mode = ['MIDI File + Waterfall (rise)', 'MIDI File + Waterfall (fall)', 'MIDI File + Music Score', + 'MIDI File + Both (rise)', 'MIDI File + Both (fall)'] +select_input['value'] = midi_input_devices +select_output['value'] = midi_output_devices +select_mode['value'] = all_mode + +# 设置下拉菜单选项的默认值 +select_input.current(0) +select_output.current(0) +select_mode.current(0) + +# 获取下拉菜单中选择的值 +input_name = select_input.get() +output_name = select_output.get() +mode_name = select_mode.get() + +# 获取下拉菜单选择值对应的序号 +input_id_pos = 0 +output_id_pos = 0 +mode_id = 0 # 0-2 MIDI键盘 3-6 MIDI文件 + + +# 输入选择处理函数 +def func1(events): + global midi_input_devices + global input_id_pos + global select_input + global input_name + input_name = select_input.get() + if input_name == 'None': + input_id_pos = -1 + else: + for input_id_pos in range(len(midi_input_devices) - 1): + if midi_input_devices[input_id_pos] == input_name: + break + + +# 输出选择处理函数 +def func2(events): + global midi_output_devices + global output_id_pos + global select_output + global output_name + output_name = select_output.get() + if output_name == 'None': + output_id_pos = -1 + else: + for output_id_pos in range(len(midi_output_devices) - 1): + if midi_output_devices[output_id_pos] == output_name: + break + + +# 模式选择处理函数 +def func3(events): + global all_mode + global mode_id + global select_mode + global mode_name + mode_name = select_mode.get() + for mode_id in range(len(all_mode)): + if all_mode[mode_id] == mode_name: + break + # midi input unavailable + if len(all_mode) == 5: + mode_id += 3 + # 0-2 MIDI键盘 3-6 MIDI文件 + + +# 绑定下拉菜单事件 +select_input.bind("<>", func1) +select_output.bind("<>", func2) +select_mode.bind("<>", func3) + +if input_name == 'None': + input_id_pos = -1 +else: + for input_id_pos in range(len(midi_input_devices) - 1): + if midi_input_devices[input_id_pos] == input_name: + break + +if output_name == 'None': + output_id_pos = -1 +else: + for output_id_pos in range(len(midi_output_devices) - 1): + if midi_output_devices[output_id_pos] == output_name: + break + +for mode_id in range(len(all_mode)): + if all_mode[mode_id] == mode_name: + break + +# midi input unavailable +if len(all_mode) == 5: + mode_id += 3 + +# tkinter窗口主循环 +main_window.mainloop() + +# midi设备初始化（输入+输出） +if mode_id <= 2: + if input_id_pos == -1: + midi1 = 'Unable' + else: + midi1 = pygame.midi.Input(midi_input_id[input_id_pos]) + +if output_id_pos == -1: + midi2 = 'Unable' +else: + midi2 = pygame.midi.Output(midi_output_id[output_id_pos]) + +# 设置主屏窗口 +screen = pygame.display.set_mode((global_resolution_x, global_resolution_y)) + +# 设置窗口标题，窗口icon +pygame.display.set_caption('Virtual Piano') +img = pygame.image.load("icon/DEFAULT_ICON.ico") +pygame.display.set_icon(img) + +# 设置背景图片 +all_bkg_name = os.listdir(background_folder_path) +bkg_set = 0 +bkg_num = len(all_bkg_name) +bkg = pygame.image.load(background_folder_path + '/' + all_bkg_name[bkg_set]).convert() +screen.blit(bkg, (background_offset_x, background_offset_y)) + +# Neon Light +neon_flash = flash_neon_prepare +all_neon_name = os.listdir('neon/') +neon_light = 0 +neon_num = len(all_neon_name) +neon = pygame.image.load('neon/' + all_neon_name[neon_light]).convert_alpha() + +# key light +key_light = pygame.image.load(light_file_path).convert_alpha() + +# 透明效果 +bkg_trans_up = pygame.Surface((global_resolution_x, 85)) +bkg_trans_up.set_alpha(top_square_opacity) +bkg_trans_middle = pygame.Surface((global_resolution_x, global_resolution_y - 285)) +bkg_trans_middle.set_alpha(waterfall_opacity) +bkg_trans_down = pygame.Surface((global_resolution_x, 200)) +bkg_trans_down.set_alpha(piano_key_opacity) +bkg_trans_up.blit(bkg, (background_offset_x, background_offset_y)) +bkg_trans_middle.blit(bkg, (background_offset_x, background_offset_y - 85)) +bkg_trans_down.blit(bkg, (background_offset_x, background_offset_y - (global_resolution_y - 200))) + +# 音符、五线谱 +sheet_w = pygame.image.load('music_score/musicsheets_w.png').convert_alpha() +note_w = pygame.image.load('music_score/note_w.png').convert_alpha() +sharp_w = pygame.image.load('music_score/sharp_w.png').convert_alpha() +flat_w = pygame.image.load('music_score/flat_w.png').convert_alpha() +double_sharp_w = pygame.image.load('music_score/double_sharp_w.png').convert_alpha() +double_flat_w = pygame.image.load('music_score/double_flat_w.png').convert_alpha() +restore_w = pygame.image.load('music_score/restore_w.png').convert_alpha() +line_w = pygame.image.load('music_score/line_w.png').convert_alpha() +line_w_long = pygame.image.load('music_score/line_w_long.png').convert_alpha() + +# 半透明 +note_w_trans = pygame.image.load('music_score/note_w_trans.png').convert_alpha() +sharp_w_trans = pygame.image.load('music_score/sharp_w_trans.png').convert_alpha() +flat_w_trans = pygame.image.load('music_score/flat_w_trans.png').convert_alpha() +double_sharp_w_trans = pygame.image.load('music_score/double_sharp_w_trans.png').convert_alpha() +double_flat_w_trans = pygame.image.load('music_score/double_flat_w_trans.png').convert_alpha() +restore_w_trans = pygame.image.load('music_score/restore_w_trans.png').convert_alpha() + +# 透明遮挡层 +trans_screen = pygame.Surface((global_resolution_x, global_resolution_y - 285)) +trans_screen.set_alpha(trans_screen_opacity) +trans_screen.fill(trans_screen_color) + +# 相关全局变量 +root = -1 +check10ms = 0 +last_get_10ms = 0 +on_sustain = [] +sustain = 0 +base_time = 0 +global_time = 0 +global_time_delta = 0 +key_note = [] # 0 ~ 87 +global_events = [] +root_events = [] +waterfalls = [[] for i in range(88)] +notes_count = [0 for i in range(12)] +appended = [0 for i in range(88)] +all_note_size = 0 +major_key = 'Unsettled' +cur_chord = '' +auto_major_key = 1 +print_chord = 1 +if_exit = 0 +waterfall_pos1 = [[0, 0] for i in range(88)] +waterfall_pos2 = [[0, 0] for i in range(88)] +white_key_reflect = [] # 从白键编号到所有键编号 +black_key_reflect = [] # 从黑键编号到所有键编号 +white_key_pos = [0 for i in range(88)] +black_key_pos1 = [0 for i in range(88)] +black_key_pos2 = [0 for i in range(88)] +white_key_or_not = [1, 0, 1, 1, 0, 1, 0, 1, 1, 0, 1, 0, + 1, 0, 1, 1, 0, 1, 0, 1, 1, 0, 1, 0, + 1, 0, 1, 1, 0, 1, 0, 1, 1, 0, 1, 0, + 1, 0, 1, 1, 0, 1, 0, 1, 1, 0, 1, 0, + 1, 0, 1, 1, 0, 1, 0, 1, 1, 0, 1, 0, + 1, 0, 1, 1, 0, 1, 0, 1, 1, 0, 1, 0, + 1, 0, 1, 1, 0, 1, 0, 1, 1, 0, 1, 0, + 1, 0, 1, 1] # from A +all_note_name = ['A2', 'B2', + 'C1', 'D1', 'E1', 'F1', 'G1', 'A1', 'B1', + 'C', 'D', 'E', 'F', 'G', 'A', 'B', + 'c', 'd', 'e', 'f', 'g', 'a', 'b', + 'c1', 'd1', 'e1', 'f1', 'g1', 'a1', 'b1', + 'c2', 'd2', 'e2', 'f2', 'g2', 'a2', 'b2', + 'c3', 'd3', 'e3', 'f3', 'g3', 'a3', 'b3', + 'c4', 'd4', 'e4', 'f4', 'g4', 'a4', 'b4', + 'c5'] +note_high_pitch = ['c1', 'd1', 'e1', 'f1', 'g1', 'a1', 'b1', + 'c2', 'd2', 'e2', 'f2', 'g2', 'a2', 'b2', + 'c3', 'd3', 'e3', 'f3', 'g3', 'a3', 'b3', + 'c4', 'd4', 'e4', 'f4', 'g4', 'a4', 'b4', + 'c5'] +note_low_pitch = ['A2', 'B2', + 'C1', 'D1', 'E1', 'F1', 'G1', 'A1', 'B1', + 'C', 'D', 'E', 'F', 'G', 'A', 'B', + 'c', 'd', 'e', 'f', 'g', 'a', 'b'] +note_on_sheet = [] + +# 钢琴键（黑/白键编号与所有键编号对应映射关系） +for i in range(88): + if white_key_or_not[i] == 1: + white_key_reflect.append(i) + else: + black_key_reflect.append(i) + +# 钢琴键位置 +for i in range(88): + if i % 12 == 0: + # A + white_key_pos[i] = (37 * (i * 7 / 12)) + piano_key_offset + + if i % 12 == 2: + # B + white_key_pos[i] = (37 * (((i - 2) * 7 / 12) + 1)) + piano_key_offset + + if i % 12 == 3: + # C + white_key_pos[i] = (37 * (((i - 3) * 7 / 12) + 2)) + piano_key_offset + + if i % 12 == 5: + # D + white_key_pos[i] = (37 * (((i - 5) * 7 / 12) + 3)) + piano_key_offset + + if i % 12 == 7: + # E + white_key_pos[i] = (37 * (((i - 7) * 7 / 12) + 4)) + piano_key_offset + + if i % 12 == 8: + # F + white_key_pos[i] = (37 * (((i - 8) * 7 / 12) + 5)) + piano_key_offset + + if i % 12 == 10: + # G + white_key_pos[i] = (37 * (((i - 10) * 7 / 12) + 6)) + piano_key_offset + +for i in range(88): + if i % 12 == 1: + # Bb + black_key_pos1[i] = (37 * ((i - 1) * 7 / 12)) + 28 + piano_key_offset + black_key_pos2[i] = (37 * ((i - 1) * 7 / 12)) + 30 + piano_key_offset + + if i % 12 == 4: + # Db + black_key_pos1[i] = (37 * (((i - 4) * 7 / 12) + 2)) + 23 + piano_key_offset + black_key_pos2[i] = (37 * (((i - 4) * 7 / 12) + 2)) + 25 + piano_key_offset + + if i % 12 == 6: + # Eb + black_key_pos1[i] = (37 * (((i - 6) * 7 / 12) + 3)) + 26 + piano_key_offset + black_key_pos2[i] = (37 * (((i - 6) * 7 / 12) + 3)) + 28 + piano_key_offset + + if i % 12 == 9: + # Gb + black_key_pos1[i] = (37 * (((i - 9) * 7 / 12) + 5)) + 22 + piano_key_offset + black_key_pos2[i] = (37 * (((i - 9) * 7 / 12) + 5)) + 24 + piano_key_offset + + if i % 12 == 11: + # Ab + black_key_pos1[i] = (37 * (((i - 11) * 7 / 12) + 6)) + 25 + piano_key_offset + black_key_pos2[i] = (37 * (((i - 11) * 7 / 12) + 6)) + 27 + piano_key_offset + +# 瀑布流位置 whitekey 21 blackkey 20 +for i in range(88): + if i % 12 == 0: + # A + waterfall_pos1[i][0] = 8 + (37 * (i * 7 / 12)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos2[i][0] = 9 + (37 * (i * 7 / 12)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos1[i][1] = white_key_waterfall_width + waterfall_pos2[i][1] = white_key_waterfall_width - 2 + + if i % 12 == 2: + # B + waterfall_pos1[i][0] = 11 + (37 * (((i - 2) * 7 / 12) + 1)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos2[i][0] = 12 + (37 * (((i - 2) * 7 / 12) + 1)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos1[i][1] = white_key_waterfall_width + waterfall_pos2[i][1] = white_key_waterfall_width - 2 + + if i % 12 == 3: + # C + waterfall_pos1[i][0] = 3 + (37 * (((i - 3) * 7 / 12) + 2)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos2[i][0] = 4 + (37 * (((i - 3) * 7 / 12) + 2)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos1[i][1] = white_key_waterfall_width + waterfall_pos2[i][1] = white_key_waterfall_width - 2 + + if i % 12 == 5: + # D + waterfall_pos1[i][0] = 6 + (37 * (((i - 5) * 7 / 12) + 3)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos2[i][0] = 7 + (37 * (((i - 5) * 7 / 12) + 3)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos1[i][1] = white_key_waterfall_width + waterfall_pos2[i][1] = white_key_waterfall_width - 2 + + if i % 12 == 7: + # E + waterfall_pos1[i][0] = 9 + (37 * (((i - 7) * 7 / 12) + 4)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos2[i][0] = 10 + (37 * (((i - 7) * 7 / 12) + 4)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos1[i][1] = white_key_waterfall_width + waterfall_pos2[i][1] = white_key_waterfall_width - 2 + + if i % 12 == 8: + # F + waterfall_pos1[i][0] = 2 + (37 * (((i - 8) * 7 / 12) + 5)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos2[i][0] = 3 + (37 * (((i - 8) * 7 / 12) + 5)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos1[i][1] = white_key_waterfall_width + waterfall_pos2[i][1] = white_key_waterfall_width - 2 + + if i % 12 == 10: + # G + waterfall_pos1[i][0] = 5 + (37 * (((i - 10) * 7 / 12) + 6)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos2[i][0] = 6 + (37 * (((i - 10) * 7 / 12) + 6)) + piano_key_offset + waterfall_offset_white_key + waterfall_pos1[i][1] = white_key_waterfall_width + waterfall_pos2[i][1] = white_key_waterfall_width - 2 + + if i % 12 == 1: + # Bb + waterfall_pos1[i][0] = 10 + (37 * ((i - 1) * 7 / 12)) + 18 + piano_key_offset + waterfall_offset_black_key + waterfall_pos2[i][0] = 11 + (37 * ((i - 1) * 7 / 12)) + 18 + piano_key_offset + waterfall_offset_black_key + waterfall_pos1[i][1] = black_key_waterfall_width + waterfall_pos2[i][1] = black_key_waterfall_width - 2 + + if i % 12 == 4: + # Db + waterfall_pos1[i][0] = 9 + (37 * (((i - 4) * 7 / 12) + 2)) + 14 + piano_key_offset + waterfall_offset_black_key + waterfall_pos2[i][0] = 10 + (37 * (((i - 4) * 7 / 12) + 2)) + 14 + piano_key_offset + waterfall_offset_black_key + waterfall_pos1[i][1] = black_key_waterfall_width + waterfall_pos2[i][1] = black_key_waterfall_width - 2 + + if i % 12 == 6: + # Eb + waterfall_pos1[i][0] = 8 + (37 * (((i - 6) * 7 / 12) + 3)) + 18 + piano_key_offset + waterfall_offset_black_key + waterfall_pos2[i][0] = 9 + (37 * (((i - 6) * 7 / 12) + 3)) + 18 + piano_key_offset + waterfall_offset_black_key + waterfall_pos1[i][1] = black_key_waterfall_width + waterfall_pos2[i][1] = black_key_waterfall_width - 2 + + if i % 12 == 9: + # Gb + waterfall_pos1[i][0] = 8 + (37 * (((i - 9) * 7 / 12) + 5)) + 14 + piano_key_offset + waterfall_offset_black_key + waterfall_pos2[i][0] = 9 + (37 * (((i - 9) * 7 / 12) + 5)) + 14 + piano_key_offset + waterfall_offset_black_key + waterfall_pos1[i][1] = black_key_waterfall_width + waterfall_pos2[i][1] = black_key_waterfall_width - 2 + + if i % 12 == 11: + # Ab + waterfall_pos1[i][0] = 9 + (37 * (((i - 11) * 7 / 12) + 6)) + 16 + piano_key_offset + waterfall_offset_black_key + waterfall_pos2[i][0] = 10 + (37 * (((i - 11) * 7 / 12) + 6)) + 16 + piano_key_offset + waterfall_offset_black_key + waterfall_pos1[i][1] = black_key_waterfall_width + waterfall_pos2[i][1] = black_key_waterfall_width - 2 + +# 各调的Note集合 +major_key_note_list = { + 'Unsettled': [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11], + 'A': [0, 2, 4, 5, 7, 9, 11], + 'Bb': [0, 1, 3, 5, 6, 8, 10], + 'B': [1, 2, 4, 6, 7, 9, 11], + 'C': [0, 2, 3, 5, 7, 8, 10], + 'Db': [1, 3, 4, 6, 8, 9, 11], + 'D': [0, 2, 4, 5, 7, 9, 10], + 'Eb': [1, 3, 5, 6, 8, 10, 11], + 'E': [0, 2, 4, 6, 7, 9, 11], + 'F': [0, 1, 3, 5, 7, 8, 10], + 'Gb': [1, 2, 4, 6, 8, 9, 11], + 'G': [0, 2, 3, 5, 7, 9, 10], + 'Ab': [1, 3, 4, 6, 8, 10, 11] +} + +# 音符位置 +note_x = 500 + music_score_offset_x +note_x2 = 535 + music_score_offset_x +mod_bas = 455 + music_score_offset_x +mod_dis = 26 + +# c1~c5 +note_high_y = [[428 + music_score_offset_y, True], [416 + music_score_offset_y, False], + [403 + music_score_offset_y, False], [391 + music_score_offset_y, False], + [378 + music_score_offset_y, False], [366 + music_score_offset_y, False], + [353 + music_score_offset_y, False], [341 + music_score_offset_y, False], + [328 + music_score_offset_y, False], [316 + music_score_offset_y, False], + [303 + music_score_offset_y, False], [291 + music_score_offset_y, False], + [278 + music_score_offset_y, True], [266 + music_score_offset_y, False], + [253 + music_score_offset_y, True], [241 + music_score_offset_y, False], + [228 + music_score_offset_y, True], [216 + music_score_offset_y, False], + [203 + music_score_offset_y, True], [191 + music_score_offset_y, False], + [178 + music_score_offset_y, True], [166 + music_score_offset_y, False], + [153 + music_score_offset_y, True], [141 + music_score_offset_y, False], + [128 + music_score_offset_y, True], [116 + music_score_offset_y, False], + [103 + music_score_offset_y, True], [91 + music_score_offset_y, False], + [78 + music_score_offset_y, True]] + +# A2~b +note_low_y = [[772 + music_score_offset_y, False], [759 + music_score_offset_y, True], + [747 + music_score_offset_y, False], [734 + music_score_offset_y, True], + [722 + music_score_offset_y, False], [709 + music_score_offset_y, True], + [697 + music_score_offset_y, False], [684 + music_score_offset_y, True], + [672 + music_score_offset_y, False], [659 + music_score_offset_y, True], + [647 + music_score_offset_y, False], [634 + music_score_offset_y, True], + [622 + music_score_offset_y, False], [609 + music_score_offset_y, False], + [597 + music_score_offset_y, False], [584 + music_score_offset_y, False], + [572 + music_score_offset_y, False], [559 + music_score_offset_y, False], + [547 + music_score_offset_y, False], [534 + music_score_offset_y, False], + [522 + music_score_offset_y, False], [509 + music_score_offset_y, False], + [497 + music_score_offset_y, False]] + +# 初始化字体 +font1 = pygame.font.Font(font_path, 45) +font2 = pygame.font.Font(font_path, 39) +chord_font = pygame.font.Font(font_path, 64) +note_list_font = pygame.font.Font(font_path, 36) + +# 设置字体显示 +chord_text = chord_font.render('', True, chord_text_color) +sustain_label = font1.render('Sustain Pedal', True, sustain_text_color) +major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) +speed_print = font1.render('0.0 Notes/Sec', True, speed_text_color) +sustain_state = font2.render('×', True, sustain_text_color) +tonicization_print = font1.render('', True, major_key_text_color) + + +# 从midi文件获取音符数据，播放MIDI用 +def get_note(): + global midi_file_path + global global_events + start_time = 0 + mid = mido.MidiFile(midi_file_path) + for p, track in enumerate(mid.tracks): + for msg0 in track: + msg = str(msg0) + if msg[6] == 'f': + cur_note = int(msg[msg.find('note=') + 5] + msg[msg.find('note=') + 6] + msg[msg.find('note=') + 7]) + start_time += int(msg[(msg.find('time=') + 5):]) + velocity = 0 + global_events.append([0, cur_note - 21, start_time, velocity]) + elif msg[6] == 'n': + cur_note = int(msg[msg.find('note=') + 5] + msg[msg.find('note=') + 6] + msg[msg.find('note=') + 7]) + start_time += int(msg[(msg.find('time=') + 5):]) + velocity = 0 + if msg[msg.find('velocity=') + 11] == 't': + velocity = int(msg[msg.find('velocity=') + 9] + msg[msg.find('velocity=') + 10]) + elif msg[msg.find('velocity=') + 11] != 't': + velocity = int(msg[msg.find('velocity=') + 9] + msg[msg.find('velocity=') + 10] + msg[ + msg.find('velocity=') + 11]) + global_events.append([1, cur_note - 21, start_time, velocity]) + + +# 从指定midi文件读取根音 +def get_root(): + global root_file_path + global root_events + global root_delta + start_time = 0 + mid = mido.MidiFile(root_file_path) + for p, track in enumerate(mid.tracks): + for msg0 in track: + msg = str(msg0) + if msg[6] == 'f': + cur_note = int(msg[msg.find('note=') + 5] + msg[msg.find('note=') + 6] + msg[msg.find('note=') + 7]) + start_time += int(msg[(msg.find('time=') + 5):]) + if mode_id == 3 or mode_id == 5 or mode_id == 6: + root_events.append([0, cur_note - 21, start_time]) + elif mode_id == 4 or mode_id == 7: + root_events.append([0, cur_note - 21, start_time + root_delta]) + elif msg[6] == 'n': + cur_note = int(msg[msg.find('note=') + 5] + msg[msg.find('note=') + 6] + msg[msg.find('note=') + 7]) + start_time += int(msg[(msg.find('time=') + 5):]) + if mode_id == 3 or mode_id == 5 or mode_id == 6: + root_events.append([1, cur_note - 21, start_time]) + elif mode_id == 4 or mode_id == 7: + root_events.append([1, cur_note - 21, start_time + root_delta]) + + +# 调性判断（目前只能判断自然大调，关系小调/Ionian关系中古调式等无法准确显示） +def print_major_key(): + global notes_count + global major_key + global major_key_print + global major_key_text_color + global auto_major_key + time_count = 0 + while True: + if if_exit == 1: + break + if auto_major_key == 1: + max7note = [] + settled = 0 + notes_count_tmp = copy.deepcopy(notes_count) + for q in range(7): + mx = -1 + to_select_note = -1 + for r in range(12): + if mx < notes_count_tmp[r]: + mx = notes_count_tmp[r] + to_select_note = r + if notes_count_tmp[to_select_note] > 0: + notes_count_tmp[to_select_note] = 0 + max7note.append(to_select_note) + max7note_sorted = sorted(max7note) + if max7note_sorted == [0, 2, 4, 5, 7, 9, 11]: + major_key = 'A' + settled = 1 + elif max7note_sorted == [0, 1, 3, 5, 6, 8, 10]: + major_key = 'Bb' + settled = 1 + elif max7note_sorted == [1, 2, 4, 6, 7, 9, 11]: + major_key = 'B' + settled = 1 + elif max7note_sorted == [0, 2, 3, 5, 7, 8, 10]: + major_key = 'C' + settled = 1 + elif max7note_sorted == [1, 3, 4, 6, 8, 9, 11]: + major_key = 'Db' + settled = 1 + elif max7note_sorted == [0, 2, 4, 5, 7, 9, 10]: + major_key = 'D' + settled = 1 + elif max7note_sorted == [1, 3, 5, 6, 8, 10, 11]: + major_key = 'Eb' + settled = 1 + elif max7note_sorted == [0, 2, 4, 6, 7, 9, 11]: + major_key = 'E' + settled = 1 + elif max7note_sorted == [0, 1, 3, 5, 7, 8, 10]: + major_key = 'F' + settled = 1 + elif max7note_sorted == [1, 2, 4, 6, 8, 9, 11]: + major_key = 'Gb' + settled = 1 + elif max7note_sorted == [0, 2, 3, 5, 7, 9, 10]: + major_key = 'G' + settled = 1 + elif max7note_sorted == [1, 3, 4, 6, 8, 10, 11]: + major_key = 'Ab' + settled = 1 + if settled == 1: + notes_count = [0 for m in range(12)] # 是否需要？ + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + if time_count >= 10: + time_count = 0 + notes_count = [0 for m in range(12)] + time_count += 1 + time.sleep(1) + + +# 获取微秒级时间戳 +def get_u_second(): + t = time.time() + return int(round(t * 1000000)) + + +# 从输入设备读取midi信息 +cur_midi_signal = Queue() +def input_midi(): + global cur_midi_signal + global if_exit + if midi1 != 'Unable': + while True: + time.sleep(0.001) + if if_exit == 1: + break + c_all = midi1.read(10) + if len(c_all) > 0: + for c in c_all: + cur_midi_signal.put(c) + # Key Press + if c[0][0] == 144 and midi2 != 'Unable': + midi2.note_on(c[0][1], c[0][2]) + # Key Release + elif c[0][0] == 128 and midi2 != 'Unable': + midi2.note_off(c[0][1]) + # Sustain + elif c[0][0] == 176 and midi2 != 'Unable': + if c[0][1] == 64: + if c[0][2] == 127: + midi2.write_short(0xb0, 64, 127); + elif c[0][2] == 0: + midi2.write_short(0xb0, 64, 0); + + +# 主循环读取midi信息 +def read_midi(): + global cur_midi_signal + all_midi_data = [] + for i in range(20): + if(cur_midi_signal.empty()): + break + all_midi_data.append(cur_midi_signal.get()) + return all_midi_data + + +# 获取和弦 +def get_chord_run(): + global cur_chord + global chord_text + global chord_text_color + global major_key + global root + global note_on_sheet + while True: + if if_exit == 1: + break + if mode_id == 1 or mode_id == 2 or mode_id == 5 or mode_id == 6 or mode_id == 7: + time.sleep(0.5) + continue + cur_chord, note_on_sheet = chord.get_chord(key_note, on_sustain, major_key, root) + if cur_chord == '': + chord_text = chord_font.render('', True, chord_text_color) + else: + chord_text = chord_font.render(cur_chord, True, chord_text_color) + time.sleep(0.1) + + +# 随机或不随机获取瀑布流颜色 +def get_wf_color(key_pos): + global waterfall_color_control + to_return = [[0, 0, 0], [0, 0, 0]] + if waterfall_color_control == 3: + a = random.randint(150, 215) + b = random.randint(175, 225) + c = random.randint(190, 235) + to_return[0][0] = a + to_return[0][1] = b + to_return[0][2] = c + to_return[1][0] = a + 20 + to_return[1][1] = b + 20 + to_return[1][2] = c + 20 + elif waterfall_color_control == 2: + # main color + r_out = NTcol_outline[0] + g_out = NTcol_outline[1] + b_out = NTcol_outline[2] + r_fill = NTcol_fill[0] + g_fill = NTcol_fill[1] + b_fill = NTcol_fill[2] + # color 2 + r2_out = NTcol2_outline[0] + g2_out = NTcol2_outline[1] + b2_out = NTcol2_outline[2] + r2_fill = NTcol2_fill[0] + g2_fill = NTcol2_fill[1] + b2_fill = NTcol2_fill[2] + # color 3 + r3_out = NTcol3_outline[0] + g3_out = NTcol3_outline[1] + b3_out = NTcol3_outline[2] + r3_fill = NTcol3_fill[0] + g3_fill = NTcol3_fill[1] + b3_fill = NTcol3_fill[2] + if key_pos < color_boundary_left: + to_return[0][0] = r3_out + to_return[0][1] = g3_out + to_return[0][2] = b3_out + to_return[1][0] = r3_fill + to_return[1][1] = g3_fill + to_return[1][2] = b3_fill + elif key_pos > color_boundary_right: + to_return[0][0] = r_out + to_return[0][1] = g_out + to_return[0][2] = b_out + to_return[1][0] = r_fill + to_return[1][1] = g_fill + to_return[1][2] = b_fill + else: + to_return[0][0] = r2_out + to_return[0][1] = g2_out + to_return[0][2] = b2_out + to_return[1][0] = r2_fill + to_return[1][1] = g2_fill + to_return[1][2] = b2_fill + elif waterfall_color_control == 1: + # main color + r_out = NTcol_outline[0] + g_out = NTcol_outline[1] + b_out = NTcol_outline[2] + r_fill = NTcol_fill[0] + g_fill = NTcol_fill[1] + b_fill = NTcol_fill[2] + # color 3 + r3_out = NTcol3_outline[0] + g3_out = NTcol3_outline[1] + b3_out = NTcol3_outline[2] + r3_fill = NTcol3_fill[0] + g3_fill = NTcol3_fill[1] + b3_fill = NTcol3_fill[2] + if key_pos < color_boundary_middle: + to_return[0][0] = r3_out + to_return[0][1] = g3_out + to_return[0][2] = b3_out + to_return[1][0] = r3_fill + to_return[1][1] = g3_fill + to_return[1][2] = b3_fill + else: + to_return[0][0] = r_out + to_return[0][1] = g_out + to_return[0][2] = b_out + to_return[1][0] = r_fill + to_return[1][1] = g_fill + to_return[1][2] = b_fill + else: + to_return[0] = NTcol_outline + to_return[1] = NTcol_fill + if white_key_or_not[key_pos] == 0: + to_return[0] = [to_return[0][0] - black_color_dim_outline, + to_return[0][1] - black_color_dim_outline, to_return[0][2] - black_color_dim_outline] + to_return[1] = [to_return[1][0] - black_color_dim_fill, + to_return[1][1] - black_color_dim_fill, to_return[1][2] - black_color_dim_fill] + return [tuple(to_return[0]), tuple(to_return[1])] + +neon_flashing = neon +def flash_neon(): + global neon_flashing + neon_flash_dir = os.listdir(flash_neon_pic_path + '/') + neon_flash_num = len(neon_flash_dir) + neon_flash_list = [] + neon_flash_dir.sort() + for i in range(len(neon_flash_dir)): + neon_flash_list.append(pygame.image.load(flash_neon_pic_path + '/neon (' + str(i + 1) + ').png').convert_alpha()) + while True: + if if_exit == 1: + break + for i in range(len(neon_flash_dir)): + if if_exit == 1: + break + neon_flashing = neon_flash_list[i] + time.sleep(flash_neon_gap_time) + +# 若为MIDI播放模式，则读取音符 +if mode_id >= 3: + get_note() + if set_root_from_file == 1: + get_root() + +# get chord (waterfall mode only, else sleep) +t5 = Thread(target=get_chord_run) +t5.start() + +# print major key (all mode) +t6 = Thread(target=print_major_key) +t6.start() + +# flashing neon +if flash_neon_prepare == 1: + t7 = Thread(target=flash_neon) + t7.start() + +# if input mode then get midi signals +if mode_id <= 2: + t8 = Thread(target=input_midi) + t8.start() + +''' +# 测试bug用 +def get_note_size(): + while True: + b = 0 + for i in waterfalls: + b += len(i) + print(b) + time.sleep(0.1) + +t9 = Thread(target=get_note_size) +t9.start() +''' + +base_time = get_u_second() +time_point = get_u_second() +finished = 0 +finished2 = 0 +cur_pos = 0 +cur_pos2 = 0 + +if mode_id == 1 or mode_id == 2 or mode_id == 5 or mode_id == 6 or mode_id == 7: + print_trans_screen = True +else: + print_trans_screen = False + +# pygame主循环 +while True: + # refresh time + global_time = get_u_second() - base_time + global_time_delta = int(global_time * time_delta / 10000) + + # receive midi signals + if mode_id <= 2: + c_all = read_midi() + if len(c_all) > 0: + for c in c_all: + if c[0][0] == 144: + if sustain == 1: + if c[0][1] in on_sustain: + on_sustain.remove(c[0][1]) + notes_count[(c[0][1] - 21) % 12] += 1 + all_note_size += 1 + key_note.append(c[0][1] - 21) + if mode_id == 0 or mode_id == 2: + waterfalls[c[0][1] - 21].append([0, 0, 0, get_wf_color(c[0][1] - 21)]) + elif c[0][0] == 128: + if sustain == 1: + on_sustain.append(c[0][1]) + if len(key_note) > 0: + key_note.remove(c[0][1] - 21) + if (mode_id == 0 or mode_id == 2) and len(waterfalls[c[0][1] - 21]) - 1 >= 0: + waterfalls[c[0][1] - 21][len(waterfalls[c[0][1] - 21]) - 1][0] = 1 + elif c[0][0] == 176: + if c[0][1] == 64: + if c[0][2] == 127: + sustain = 1 + sustain_state = font2.render('√', True, sustain_text_color) + elif c[0][2] == 0: + sustain = 0 + sustain_state = font2.render('×', True, sustain_text_color) + on_sustain = [] + + # set note (score only or waterfall up) + if finished == 0 and (mode_id == 3 or mode_id == 5 or mode_id == 6): + while global_events[cur_pos][2] <= global_time_delta: + if global_events[cur_pos][0] == 1: + key_note.append(global_events[cur_pos][1]) + if midi2 != 'Unable': + midi2.note_on(global_events[cur_pos][1] + 21, global_events[cur_pos][3]) + notes_count[global_events[cur_pos][1] % 12] += 1 + all_note_size += 1 + if mode_id == 3 or mode_id == 6: + if len(waterfalls[global_events[cur_pos][1]]) > 0: + if waterfalls[global_events[cur_pos][1]][-1][0] == 0: + waterfalls[global_events[cur_pos][1]][-1][0] = 1 + waterfalls[global_events[cur_pos][1]].append([0, 0, 0, get_wf_color(global_events[cur_pos][1])]) + elif global_events[cur_pos][0] == 0: + if midi2 != 'Unable': + midi2.note_off(global_events[cur_pos][1] + 21) + if mode_id == 3 or mode_id == 6: + waterfalls[global_events[cur_pos][1]][len(waterfalls[global_events[cur_pos][1]]) - 1][0] = 1 + for i in key_note: + if i == global_events[cur_pos][1]: + key_note.remove(i) + cur_pos += 1 + if cur_pos == len(global_events): + finished = 1 + break + + # set note (waterfall down) + if finished == 0 and (mode_id == 4 or mode_id == 7): + while global_events[cur_pos][2] <= global_time_delta: + if global_events[cur_pos][0] == 1: + if len(waterfalls[global_events[cur_pos][1]]) > 0: + if waterfalls[global_events[cur_pos][1]][-1][0] == 0: + waterfalls[global_events[cur_pos][1]][-1][0] = 1 + waterfalls[global_events[cur_pos][1]].append([0, 0, global_events[cur_pos][3], + get_wf_color(global_events[cur_pos][1])]) + elif global_events[cur_pos][0] == 0: + waterfalls[global_events[cur_pos][1]][len(waterfalls[global_events[cur_pos][1]]) - 1][0] = 1 + cur_pos += 1 + if cur_pos == len(global_events): + finished = 1 + break + + # set root (midi playing) + if finished2 == 0 and mode_id >= 3 and set_root_from_file == 1: + while root_events[cur_pos2][2] <= global_time_delta: + if root_events[cur_pos2][0] == 1: + root = root_events[cur_pos2][1] % 12 + cur_pos2 += 1 + if cur_pos2 == len(root_events): + finished2 = 1 + root = -1 + break + + # get chord (with music score) + if mode_id == 1 or mode_id == 2 or mode_id == 5 or mode_id == 6 or mode_id == 7: + cur_chord, note_on_sheet = chord.get_chord(key_note, on_sustain, major_key, root) + if cur_chord == '': + chord_text = chord_font.render('(Empty)', True, chord_text_color) + else: + chord_text = chord_font.render(cur_chord, True, chord_text_color) + + # calculate speed + delta_t = get_u_second() - time_point + if delta_t >= 5000000: + speed_print = font1.render(str(round(all_note_size * 1000000 / delta_t, 1)) + ' Notes/Sec', True, + speed_text_color) + all_note_size = 0 + time_point = get_u_second() + + # tonicization_check + if_tonicization = 0 + for i in key_note: + if (i % 12) not in major_key_note_list[major_key]: + if_tonicization = 1 + break + for i in on_sustain: + if ((i - 21) % 12) not in major_key_note_list[major_key]: + if_tonicization = 1 + break + if if_tonicization == 0: + tonicization_print = font1.render('', True, major_key_text_color) + elif if_tonicization == 1: + tonicization_print = font1.render('*', True, major_key_text_color) + + # move waterfall with delete (waterfall up and down) + if mode_id == 0 or mode_id == 2 or mode_id == 3 or mode_id == 4 or mode_id == 6 or mode_id == 7: + check10ms = int(global_time / 10000) + for z in range(check10ms - last_get_10ms): + last_get_10ms = check10ms + # ignored time below + for i in range(len(waterfalls)): + j = 0 + while True: + if j < len(waterfalls[i]): + if waterfalls[i][j][0] > 0: + waterfalls[i][j][0] += 1 + waterfalls[i][j][1] += 1 + # clean old waterfall + if waterfalls[i][j][0] > global_resolution_y: + waterfalls[i].pop(j) + if j >= len(waterfalls[i]): + break + j += 1 + + # print screen + screen.blit(bkg, (background_offset_x, background_offset_y)) + + # print transparent screen (music score mode or decide manually) + if print_trans_screen: + screen.blit(trans_screen, (0, 85)) + + # print black line above piano keys + pygame.draw.rect(screen, (100, 100, 100), (0, global_resolution_y - 203, global_resolution_x, 3), 0) + + # print waterfalls (waterfall up) + if mode_id == 0 or mode_id == 2 or mode_id == 3 or mode_id == 6: + # white key + for i in range(88): + if white_key_or_not[i] == 1: + for j in waterfalls[i]: + pygame.draw.rect(screen, j[3][0], ( + waterfall_pos1[i][0], global_resolution_y - 200 - j[1], waterfall_pos1[i][1], j[1] - j[0]), + 2, border_radius=3) + pygame.draw.rect(screen, j[3][1], (waterfall_pos2[i][0], global_resolution_y - 199 - j[1], + waterfall_pos2[i][1], j[1] - j[0] - 2), + 0, border_radius=3) + # black key + for i in range(88): + if white_key_or_not[i] == 0: + for j in waterfalls[i]: + pygame.draw.rect(screen, j[3][0], ( + waterfall_pos1[i][0], global_resolution_y - 200 - j[1], waterfall_pos1[i][1], j[1] - j[0]), + 2, border_radius=3) + pygame.draw.rect(screen, j[3][1], (waterfall_pos2[i][0], global_resolution_y - 199 - j[1], + waterfall_pos2[i][1], j[1] - j[0] - 2), + 0, border_radius=3) + + # print waterfalls (waterfall down) + if mode_id == 4 or mode_id == 7: + # white key + for i in range(88): + if white_key_or_not[i] == 1: + if len(waterfalls[i]) > 0: + if waterfalls[i][0][0] <= (global_resolution_y - 200) <= waterfalls[i][0][1]: + if appended[i] == 0: + key_note.append(i) + if midi2 != 'Unable': + midi2.note_on(i + 21, waterfalls[i][0][2]) + notes_count[i % 12] += 1 + all_note_size += 1 + appended[i] = 1 + elif waterfalls[i][0][0] > (global_resolution_y - 200): + if appended[i] == 1: + key_note.remove(i) + if midi2 != 'Unable': + midi2.note_off(i + 21) + appended[i] = 0 + waterfalls[i].pop(0) + for j in waterfalls[i]: + pygame.draw.rect(screen, j[3][0], (waterfall_pos1[i][0], j[0], waterfall_pos1[i][1], j[1] - j[0]), + 2, border_radius=3) + pygame.draw.rect(screen, j[3][1], + (waterfall_pos2[i][0], j[0] + 1, waterfall_pos2[i][1], j[1] - j[0] - 2), 0, + border_radius=3) + # black key + for i in range(88): + if white_key_or_not[i] == 0: + if len(waterfalls[i]) > 0: + if waterfalls[i][0][0] <= (global_resolution_y - 200) <= waterfalls[i][0][1]: + if appended[i] == 0: + key_note.append(i) + if midi2 != 'Unable': + midi2.note_on(i + 21, waterfalls[i][0][2]) + notes_count[i % 12] += 1 + all_note_size += 1 + appended[i] = 1 + elif waterfalls[i][0][0] > (global_resolution_y - 200): + if appended[i] == 1: + key_note.remove(i) + if midi2 != 'Unable': + midi2.note_off(i + 21) + appended[i] = 0 + waterfalls[i].pop(0) + for j in waterfalls[i]: + pygame.draw.rect(screen, j[3][0], (waterfall_pos1[i][0], j[0], waterfall_pos1[i][1], j[1] - j[0]), + 2, border_radius=3) + pygame.draw.rect(screen, j[3][1], + (waterfall_pos2[i][0], j[0] + 1, waterfall_pos2[i][1], j[1] - j[0] - 2), 0, + border_radius=3) + + # print bottom color + pygame.draw.rect(screen, (195, 195, 220), (0, global_resolution_y - 200, global_resolution_x, 200), 0) + + # print piano keys + for i in range(52): + pygame.draw.rect(screen, 'white', (white_key_pos[white_key_reflect[i]], global_resolution_y - 200, 33, 198), 0) + for i in key_note: + if white_key_or_not[i] == 1: + pygame.draw.rect(screen, WKcol, (white_key_pos[i] + 0, global_resolution_y - 200, 33, 198), 0) + for h in on_sustain: + i = h - 21 + if white_key_or_not[i] == 1: + pygame.draw.rect(screen, WKcol_on_sus, (white_key_pos[i] + 0, global_resolution_y - 200, 33, 198), 0) + for i in range(36): + pygame.draw.rect(screen, 'black', (black_key_pos1[black_key_reflect[i]], global_resolution_y - 200, 20, 130), 0) + pygame.draw.rect(screen, (75, 75, 75), + (black_key_pos2[black_key_reflect[i]], global_resolution_y - 200, 15, 120), 0) + for i in key_note: + if white_key_or_not[i] == 0: + pygame.draw.rect(screen, (105, 110, 175), (black_key_pos1[i], global_resolution_y - 200, 20, 130), 0) + pygame.draw.rect(screen, BKcol, (black_key_pos2[i] + 1, global_resolution_y - 200, 14, 123), 0) + for h in on_sustain: + i = h - 21 + if white_key_or_not[i] == 0: + pygame.draw.rect(screen, (105, 110, 175), (black_key_pos1[i], global_resolution_y - 200, 20, 130), 0) + pygame.draw.rect(screen, BKcol_on_sus, (black_key_pos2[i] + 1, global_resolution_y - 200, 14, 123), 0) + + # print transparent background + if transparent_or_not == 1: + screen.blit(bkg_trans_middle, (0, 85)) + screen.blit(bkg_trans_down, (0, global_resolution_y - 200)) + + # print neon light + if neon_flash == 1: + screen.blit(neon_flashing, (((global_resolution_x - 1920) / 2), global_resolution_y - 303)) + else: + if neon_light < neon_num: + screen.blit(neon, (((global_resolution_x - 1920) / 2), global_resolution_y - 303)) + + # print chord (with music score) + if mode_id == 1 or mode_id == 2 or mode_id == 5 or mode_id == 6 or mode_id == 7: + screen.blit(chord_text, (1080 + music_score_offset_x, 390 + music_score_offset_y)) + + # print chord (waterfall single mode) + if mode_id == 0 or mode_id == 3 or mode_id == 4: + if print_chord == 1: + screen.blit(chord_text, (50, global_resolution_y - 305)) + if print_chord == 2: + screen.blit(chord_text, (50, 100)) + if print_chord == 3: + screen.blit(chord_text, (50, (global_resolution_y / 2) - 120)) + + # print notes in list + if mode_id == 1 or mode_id == 2 or mode_id == 5 or mode_id == 6 or mode_id == 7: + note_transfer = ['C', 'D', 'E', 'F', 'G', 'A', 'B'] + modify_transfer = ['', 'bb', 'b', '#', 'x'] + note_to_print = [] + bass_note = '' + treble_note = '' + for h in note_on_sheet: + if h[2] >= 0: + to_append = note_transfer[h[0] % 7] + modify_transfer[h[1]] + if bass_note == '': + bass_note = to_append + treble_note = to_append + if to_append not in note_to_print: + note_to_print.append(to_append) + if len(treble_note) > 0 and len(bass_note) > 0: + note_to_print.remove(treble_note) + if treble_note != bass_note: + note_to_print.remove(bass_note) + note_to_print.insert(0, bass_note) + note_to_print.append(treble_note) + note_list_text_bt = note_list_font.render('Bass: ' + bass_note + ' Treble: ' + treble_note, + True, note_list_text_color) + note_list_text = note_list_font.render(str(note_to_print), True, note_list_text_color) + screen.blit(note_list_text_bt, (1080 + music_score_offset_x, 505 + music_score_offset_y)) + screen.blit(note_list_text, (1080 + music_score_offset_x, 575 + music_score_offset_y)) + + # print musicsheets and notes (music score) + if mode_id == 1 or mode_id == 2 or mode_id == 5 or mode_id == 6 or mode_id == 7: + screen.blit(sheet_w, (-210 + music_score_offset_x, -230 + music_score_offset_y)) + highest_note = -1 + lowest_note = -1 + if len(note_on_sheet) > 0: + highest_note = note_on_sheet[len(note_on_sheet) - 1][0] + lowest_note = note_on_sheet[0][0] + cur_x_low = note_x + cur_x_high = note_x + cur_x_low_last = False + cur_x_high_last = False + draw_line_low = [lowest_note, 0, 0] + draw_line_high = [highest_note, 0, 0] + draw_line_mid_c = [0, 0] + last_k_low = -1 + last_k_high = -1 + have_tag_pos = [] + mod_x_low = mod_bas + mod_x_high = mod_bas + count_space_low = 0 + count_space_high = 0 + have_flat_low = [] + have_sharp_low = [] + have_flat_high = [] + have_sharp_high = [] + tonality_dict = {'Unsettled': 0, 'C': 0, 'F': 1, 'Bb': 2, 'Eb': 3, 'Ab': 4, 'Db': 5, 'Gb': 6, + 'G': 7, 'D': 8, 'A': 9, 'E': 10, 'B': 11} + flat_note_low = [15, 18, 14, 17, 13, 16] + sharp_note_low = [19, 16, 20, 17, 14] + flat_note_high = [6, 9, 5, 8, 4, 7] + sharp_note_high = [10, 7, 11, 8, 5] + + # print sharp and flat tags based on tonality + print_time = tonality_dict[major_key] + if print_time <= 6: + for s in range(print_time): + screen.blit(flat_w, (mod_x_low - 190 + s * 18, note_low_y[flat_note_low[s]][0])) + have_flat_low.append(flat_note_low[s] % 7) + screen.blit(flat_w, (mod_x_high - 190 + s * 18, note_high_y[flat_note_high[s]][0])) + have_flat_high.append(flat_note_high[s] % 7) + else: + for s in range(print_time - 6): + screen.blit(sharp_w, (mod_x_low - 190 + s * 18, note_low_y[sharp_note_low[s]][0])) + have_sharp_low.append(sharp_note_low[s] % 7) + screen.blit(sharp_w, (mod_x_high - 190 + s * 18, note_high_y[sharp_note_high[s]][0])) + have_sharp_high.append(sharp_note_high[s] % 7) + + # print note + for i in range(len(note_on_sheet)): + if i >= len(note_on_sheet): + break + k = note_on_sheet[i] + if k[2] == -1: + pass + elif k[0] < 28: + # 低音区 + if k[0] - last_k_low <= 1: + if cur_x_low == note_x2: + cur_x_low = note_x + else: + cur_x_low = note_x2 + else: + cur_x_low = note_x + screen.blit((note_w if k[2] == 1 else note_w_trans), (cur_x_low, note_low_y[k[0] - 5][0])) + if (note_low_y[k[0] - 5][0]) >= 634 + music_score_offset_y: + if cur_x_low == note_x: + draw_line_low[1] = 1 + elif cur_x_low == note_x2: + draw_line_low[2] = 1 + last_k_low = k[0] + # 低音区变音记号 + if k[1] == 1: + mod_x_low = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_low and abs(pos[1] - note_low_y[k[0] - 5][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_low -= mod_dis + screen.blit((double_flat_w if k[2] == 1 else double_flat_w_trans), + (mod_x_low, note_low_y[k[0] - 5][0])) + have_tag_pos.append([mod_x_low, note_low_y[k[0] - 5][0]]) + elif k[1] == 2: + if (k[0] - 5) % 7 not in have_flat_low: + mod_x_low = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_low and abs(pos[1] - note_low_y[k[0] - 5][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_low -= mod_dis + screen.blit((flat_w if k[2] == 1 else flat_w_trans), (mod_x_low, note_low_y[k[0] - 5][0])) + have_tag_pos.append([mod_x_low, note_low_y[k[0] - 5][0]]) + elif k[1] == 3: + if (k[0] - 5) % 7 not in have_sharp_low: + mod_x_low = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_low and abs(pos[1] - note_low_y[k[0] - 5][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_low -= mod_dis + screen.blit((sharp_w if k[2] == 1 else sharp_w_trans), (mod_x_low, note_low_y[k[0] - 5][0])) + have_tag_pos.append([mod_x_low, note_low_y[k[0] - 5][0]]) + elif k[1] == 4: + mod_x_low = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_low and abs(pos[1] - note_low_y[k[0] - 5][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_low -= mod_dis + screen.blit((double_sharp_w if k[2] == 1 else double_sharp_w_trans), + (mod_x_low, note_low_y[k[0] - 5][0])) + have_tag_pos.append([mod_x_low, note_low_y[k[0] - 5][0]]) + elif k[1] == 0: + if (k[0] - 5) % 7 not in have_sharp_low and (k[0] - 5) % 7 not in have_flat_low: + if i - 1 >= 0 and len(note_on_sheet) > 0: + if k[0] == note_on_sheet[i - 1][0] and note_on_sheet[i - 1][2] != -1: + mod_x_low = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_low and abs(pos[1] - note_low_y[k[0] - 5][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_low -= mod_dis + screen.blit((restore_w if k[2] == 1 else restore_w_trans), + (mod_x_low, note_low_y[k[0] - 5][0])) + have_tag_pos.append([mod_x_low, note_low_y[k[0] - 5][0]]) + if i + 1 < len(note_on_sheet): + if note_on_sheet[i + 1][0] == k[0] and note_on_sheet[i + 1][2] != -1: + mod_x_low = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_low and abs(pos[1] - note_low_y[k[0] - 5][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_low -= mod_dis + screen.blit((restore_w if k[2] == 1 else restore_w_trans), + (mod_x_low, note_low_y[k[0] - 5][0])) + have_tag_pos.append([mod_x_low, note_low_y[k[0] - 5][0]]) + else: + mod_x_low = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_low and abs(pos[1] - note_low_y[k[0] - 5][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_low -= mod_dis + screen.blit((restore_w if k[2] == 1 else restore_w_trans), (mod_x_low, note_low_y[k[0] - 5][0])) + have_tag_pos.append([mod_x_low, note_low_y[k[0] - 5][0]]) + + else: + # 高音区 + if k[0] - last_k_high <= 1: + if cur_x_high == note_x2: + cur_x_high = note_x + else: + cur_x_high = note_x2 + else: + cur_x_high = note_x + screen.blit((note_w if k[2] == 1 else note_w_trans), (cur_x_high, note_high_y[k[0] - 28][0])) + if note_high_y[k[0] - 28][0] <= 278 + music_score_offset_y: + if cur_x_high == note_x: + draw_line_high[1] = 1 + elif cur_x_high == note_x2: + draw_line_high[2] = 1 + elif note_high_y[k[0] - 28][0] == 428 + music_score_offset_y: + if cur_x_high == note_x: + draw_line_mid_c[0] = 1 + elif cur_x_high == note_x2: + draw_line_mid_c[1] = 1 + last_k_high = k[0] + # 高音区变音记号 + if k[1] == 1: + mod_x_high = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_high and abs(pos[1] - note_high_y[k[0] - 28][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_high -= mod_dis + screen.blit((double_flat_w if k[2] == 1 else double_flat_w_trans), + (mod_x_high, note_high_y[k[0] - 28][0])) + have_tag_pos.append([mod_x_high, note_high_y[k[0] - 28][0]]) + elif k[1] == 2: + if (k[0] - 28) % 7 not in have_flat_high: + mod_x_high = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_high and abs(pos[1] - note_high_y[k[0] - 28][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_high -= mod_dis + screen.blit((flat_w if k[2] == 1 else flat_w_trans), (mod_x_high, note_high_y[k[0] - 28][0])) + have_tag_pos.append([mod_x_high, note_high_y[k[0] - 28][0]]) + elif k[1] == 3: + if (k[0] - 28) % 7 not in have_sharp_high: + mod_x_high = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_high and abs(pos[1] - note_high_y[k[0] - 28][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_high -= mod_dis + screen.blit((sharp_w if k[2] == 1 else sharp_w_trans), (mod_x_high, note_high_y[k[0] - 28][0])) + have_tag_pos.append([mod_x_high, note_high_y[k[0] - 28][0]]) + elif k[1] == 4: + mod_x_high = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_high and abs(pos[1] - note_high_y[k[0] - 28][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_high -= mod_dis + screen.blit((double_sharp_w if k[2] == 1 else double_sharp_w_trans), + (mod_x_high, note_high_y[k[0] - 28][0])) + have_tag_pos.append([mod_x_high, note_high_y[k[0] - 28][0]]) + elif k[1] == 0: + if (k[0] - 28) % 7 not in have_sharp_high and (k[0] - 28) % 7 not in have_flat_high: + if i - 1 >= 0 and len(note_on_sheet) > 0: + if k[0] == note_on_sheet[i - 1][0]: + mod_x_high = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_high and abs(pos[1] - note_high_y[k[0] - 28][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_high -= mod_dis + screen.blit((restore_w if k[2] == 1 else restore_w_trans), + (mod_x_high, note_high_y[k[0] - 28][0])) + have_tag_pos.append([mod_x_high, note_high_y[k[0] - 28][0]]) + if i + 1 < len(note_on_sheet): + if note_on_sheet[i + 1][0] == k[0]: + mod_x_high = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_high and abs(pos[1] - note_high_y[k[0] - 28][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_high -= mod_dis + screen.blit((restore_w if k[2] == 1 else restore_w_trans), + (mod_x_high, note_high_y[k[0] - 28][0])) + have_tag_pos.append([mod_x_high, note_high_y[k[0] - 28][0]]) + else: + mod_x_high = mod_bas + while True: + tag_have_space = True + for pos in have_tag_pos: + if pos[0] == mod_x_high and abs(pos[1] - note_high_y[k[0] - 28][0]) <= 25: + tag_have_space = False + break + if tag_have_space: + break + else: + mod_x_high -= mod_dis + screen.blit((restore_w if k[2] == 1 else restore_w_trans), + (mod_x_high, note_high_y[k[0] - 28][0])) + have_tag_pos.append([mod_x_high, note_high_y[k[0] - 28][0]]) + + # print line + start_draw_low = False + stop_draw_high = False + for k in range(5, 57): + if k < 28: + # 低音区 + if note_low_y[k - 5][0] >= 634 + music_score_offset_y: + if k == draw_line_low[0]: + start_draw_low = True + if note_low_y[k - 5][1] and start_draw_low: + if draw_line_low[1] == 1 and draw_line_low[2] == 0: + screen.blit(line_w, (note_x, note_low_y[k - 5][0])) + elif draw_line_low[2] == 1: + screen.blit(line_w_long, (note_x, note_low_y[k - 5][0])) + else: + # 高音区 + if note_high_y[k - 28][0] == 428 + music_score_offset_y: + if draw_line_mid_c[0] == 1: + screen.blit(line_w, (note_x, note_high_y[k - 28][0])) + if draw_line_mid_c[1] == 1: + screen.blit(line_w, (note_x2, note_high_y[k - 28][0])) + if note_high_y[k - 28][0] <= 278 + music_score_offset_y: + if note_high_y[k - 28][1] and not stop_draw_high: + if draw_line_high[1] == 1 and draw_line_high[2] == 0: + screen.blit(line_w, (note_x, note_high_y[k - 28][0])) + elif draw_line_high[2] == 1: + screen.blit(line_w_long, (note_x, note_high_y[k - 28][0])) + if k == draw_line_high[0]: + stop_draw_high = True + + # print square + font_distance = { + 'Unsettled': 99999, + 'C': 0, + 'Db': 20, + 'D': 0, + 'Eb': 13, + 'E': -6, + 'F': -6, + 'Gb': 22, + 'G': 0, + 'Ab': 18, + 'A': -2, + 'Bb': 16, + 'B': -6 + } + + # 顶端矩形 + pygame.draw.rect(screen, top_square_color, (0, 0, global_resolution_x, 85), 0) + + # 顶端矩形透明度调整（背景覆盖） + if transparent_or_not == 1: + screen.blit(bkg_trans_up, (0, 0)) + + # print key light + if key_light_open == 1: + for i in key_note: + if white_key_or_not[i] == 1: + screen.blit(key_light, (white_key_pos[i] + light_offset_white_x, global_resolution_y + light_offset_y)) + for i in key_note: + if white_key_or_not[i] == 0: + screen.blit(key_light, (black_key_pos1[i] + light_offset_black_x, global_resolution_y + light_offset_y)) + if light_on_sustain == 1: + for s in on_sustain: + i = s - 21 + if white_key_or_not[i] == 1: + screen.blit(key_light, (white_key_pos[i] + light_offset_white_x, global_resolution_y + light_offset_y)) + for s in on_sustain: + i = s - 21 + if white_key_or_not[i] == 0: + screen.blit(key_light, (black_key_pos1[i] + light_offset_black_x, global_resolution_y + light_offset_y)) + + # 显示文字内容 + screen.blit(sustain_label, (global_resolution_x - 300, 18)) + screen.blit(sustain_state, (global_resolution_x - 47, 23)) + screen.blit(major_key_print, (36, 18)) + screen.blit(speed_print, ((global_resolution_x / 2) - 120, 18)) + screen.blit(tonicization_print, (260 + font_distance[major_key], 25)) + + # 循环获取事件，监听事件状态 + for event in pygame.event.get(): + # 判断用户是否点了"X"关闭按钮,并执行if代码段 + if event.type == pygame.QUIT: + if_exit = 1 + # 卸载所有模块 + pygame.quit() + # 终止程序，确保退出程序 + sys.exit() + if event.type == pygame.KEYDOWN: + if event.key == pygame.K_a: + major_key = 'Unsettled' + auto_major_key = 1 + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_m: + if mode_id <= 2: + mode_id += 1 + if mode_id > 2: + mode_id -= 3 + if mode_id == 0: + print_trans_screen = False + else: + print_trans_screen = True + waterfalls = [[] for i in range(88)] + elif event.key == pygame.K_c: + if major_key == 'Unsettled': + major_key = 'C' + elif major_key == 'C': + major_key = 'Db' + elif major_key == 'Db': + major_key = 'D' + elif major_key == 'D': + major_key = 'Eb' + elif major_key == 'Eb': + major_key = 'E' + elif major_key == 'E': + major_key = 'F' + elif major_key == 'F': + major_key = 'Gb' + elif major_key == 'Gb': + major_key = 'G' + elif major_key == 'G': + major_key = 'Ab' + elif major_key == 'Ab': + major_key = 'A' + elif major_key == 'A': + major_key = 'Bb' + elif major_key == 'Bb': + major_key = 'B' + elif major_key == 'B': + major_key = 'C' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_b: + if major_key == 'Unsettled': + major_key = 'C' + elif major_key == 'C': + major_key = 'B' + elif major_key == 'B': + major_key = 'Bb' + elif major_key == 'Bb': + major_key = 'A' + elif major_key == 'A': + major_key = 'Ab' + elif major_key == 'Ab': + major_key = 'G' + elif major_key == 'G': + major_key = 'Gb' + elif major_key == 'Gb': + major_key = 'F' + elif major_key == 'F': + major_key = 'E' + elif major_key == 'E': + major_key = 'Eb' + elif major_key == 'Eb': + major_key = 'D' + elif major_key == 'D': + major_key = 'Db' + elif major_key == 'Db': + major_key = 'C' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_u: + major_key = 'Unsettled' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_p: + print_chord += 1 + if print_chord > 3: + print_chord = 0 + elif event.key == pygame.K_d: + auto_major_key = 0 + elif event.key == pygame.K_s: + print_trans_screen = not print_trans_screen + elif event.key == pygame.K_t: + transparent_or_not = 1 - transparent_or_not + elif event.key == pygame.K_r: + waterfall_color_control += 1 + if waterfall_color_control >= 4: + waterfall_color_control -= 4 + elif event.key == pygame.K_g: + bkg_set += 1 + if bkg_set >= bkg_num: + bkg_set -= bkg_num + bkg = pygame.image.load(background_folder_path + '/' + all_bkg_name[bkg_set]).convert() + bkg_trans_up.blit(bkg, (background_offset_x, background_offset_y)) + bkg_trans_middle.blit(bkg, (background_offset_x, background_offset_y - 85)) + bkg_trans_down.blit(bkg, (background_offset_x, background_offset_y - (global_resolution_y - 200))) + elif event.key == pygame.K_h: + key_light_open = 1 - key_light_open + elif event.key == pygame.K_l: + neon_light += 1 + if neon_light >= neon_num + 1: + neon_light -= (neon_num + 1) + if neon_light < neon_num: + neon = pygame.image.load('neon/' + all_neon_name[neon_light]).convert_alpha() + elif event.key == pygame.K_f: + if flash_neon_prepare == 1: + neon_flash = 1 - neon_flash + else: + neon_flash = 0 + elif event.key == pygame.K_1: + major_key = 'C' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_2: + major_key = 'Db' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_3: + major_key = 'D' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_4: + major_key = 'Eb' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_5: + major_key = 'E' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_6: + major_key = 'F' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_7: + major_key = 'Gb' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_8: + major_key = 'G' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_9: + major_key = 'Ab' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_0: + major_key = 'A' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_LEFT: + major_key = 'Bb' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_RIGHT: + major_key = 'B' + major_key_print = font1.render(str('Majorkey: ' + major_key), True, major_key_text_color) + elif event.key == pygame.K_e: + for i in range(0, 88): + waterfalls[i].clear() + elif event.key == pygame.K_q: + if_exit = 1 + # 卸载所有模块 + pygame.quit() + # 终止程序，确保退出程序 + sys.exit() + pygame.display.flip() # 更新屏幕内容