def play_sound_start():
sound = ps()
try:
while True: #メインループ
#keybord input!
fin_tmp = int(input('ps >>'))
if fin_tmp == 7777:
del sound
break
fin_tmp -= 1
if fin_tmp < 0 or fin_tmp > 8:
fin_tmp = -1
#data_input!
'''
f = open('./input_data.txt', 'r')
lines = f.readlines()
for l in lines:
i_data = l.split(':')
print(i_data[1])
fin_tmp = sound.fingering_check(i_data[1].strip())
print(fin_tmp)
sound.sr_play(int(fin_tmp))
time.sleep(0.1)
'''
#device input!
#fin_tmp = int(ps.FingeringCheck(ifingering))
sound.sr_play(fin_tmp)
time.sleep(0.1)
except KeyboardInterrupt:
pass
def __init__(self, cv, root):
self.damy_mode = 0 #演奏デバイスと通信せずに動かす
self.center_adj = 100 #中央寄せ調整用
self.draw_mag = 2.0 #フルスクリーン時、表示するディスプレイに合わせるため
self.cv = cv
self.root = root
self.flag = 0
self.button = gi()#PaspberryPiでの動作確認
# 再帰回数の設定
sys.setrecursionlimit(6000)
# sound dataの読み込み_試験用
self.sound_data = self.__read_file()
# 受信の準備
if not self.damy_mode:
self.udp_data = uc()#PaspberryPiでの動作確認
# 音を出す準備
self.sound = ps()
#記録をとる準備
self.write_rec = o_re()
self.write_rec_flag = 0
def __init__(self, music_name, cv, p_frame, mode_name):
self.cv = cv
self.root = p_frame
self.music_name = music_name
self.mode_name = mode_name
#self.button = gi() #RaspberryPiでの動作確認
self.music_deta = []
self.last_time = time.time()
self.first_roop = 1
self.draw_point = 0
self.seek_point = 5
self.last_seek_point = 5 #入力描画用
self.end_flag = 0
self.bpm = 0
self.measure = 0
self.music_sound = ["ド", "レ", "ミ", "ファ", "ソ", "ラ", "シ", "ド", "レ"]
self.labals_update = -1
self.labels = []
# 受信の準備 #RaspberryPiでの動作確認 and 演奏デバイスと通信時
# self.udp_data = uc()#PaspberryPiでの動作確認
# 音を出す準備
self.sound = ps()
self.rcv_data_s = []
#記録をとる準備
self.write_rec = o_re()
self.chan_in = 0
self.chan_in_point = 0
self.score_update = 1
self.d_input = di() #PCでの動作確認
if self.mode_name == "PLAY_RECORDING":
l_music_data = rs.read_score(self.music_name)
self.bpm = l_music_data[0]
self.measure = l_music_data[1]
del l_music_data[0:2]
self.music_deta = l_music_data
for i in self.music_deta:
print(i)
else:
l_music_data = rs.read_score(self.music_name) #, self.mode_name)
self.bpm = l_music_data[0]
self.measure = l_music_data[1]
del l_music_data[0:2]
self.music_deta = l_music_data
for i in self.music_deta:
print(i)
def __init__(self, cv, root):
self.cv = cv
self.root = root
self.flag = 0
#self.button = gi()#PaspberryPiでの動作確認
# 再帰回数の設定
sys.setrecursionlimit(6000)
# sound dataの読み込み_試験用
self.sound_data = self.__read_file()
# 受信の準備
# self.udp_data = uc()
# 音を出す準備
self.sound = ps()
def __init__(self, music_name, cv, p_frame, mode_name):
self.damy_mode = 0 #演奏デバイスと通信せずに動かす
self.center_adj = 100 #中央寄せ調整用
self.draw_mag = 2.0 #フルスクリーン時、表示するディスプレイに合わせるため
self.cv = cv
self.root = p_frame
self.music_name = music_name
self.mode_name = mode_name
self.button = gi() #RaspberryPiでの動作確認
self.music_deta = []
self.last_time = time.time()
self.last_input_time = time.time()
self.start_time = time.time()
self.first_roop = 1
#self.draw_point = 0
self.seek_point = 5
self.last_seek_point = 5 #入力描画用
self.end_flag = 0
self.music_sound = ["ド", "レ", "ミ", "ファ", "ソ", "ラ", "シ", "ド", "レ"]
self.labels = []
self.m_p = [
127.5, 122.5, 117.5, 112.5, 107.5, 102.5, 97.5, 92.5, 87.5
] #音階の描画位置
# 受信の準備 #RaspberryPiでの動作確認 and 演奏デバイスと通信時
if not self.damy_mode:
self.udp_data = uc() #PaspberryPiでの動作確認
# PCでの動作確認
self.d_input = di()
# 音を出す準備
self.sound = ps()
self.rcv_data_s = ['0', '00000000']
#記録をとる準備
self.write_rec = o_re()
#お手本を読む
if self.mode_name == 'JUDGE_PLAY':
l_music_data = rs.read_score(self.music_name)
else:
l_music_data = rs.read_recording(self.music_name)
noteLength = l_music_data[0]
self.radix = l_music_data[1]
self.bpm = 60 / noteLength
del l_music_data[0:2]
self.exa_music_datas = l_music_data
self.exa_counter = 0
#カタカナデータを読む
self._read_scale_kana()
self.kana_last_write = 0
self.kana_num = 0
self.drawing_kana = self.kana_lines[self.kana_num] #.split(':')
self.seek_limit = noteLength * self.radix * 2 #2小説の演奏にかかる時間7
print('self.seek_limit : ', self.seek_limit)
self.num_measure_data = self.seek_limit / 0.05 #二小説の描画に必要なデータ数
print('self.num_measure_data : ', self.num_measure_data)
#print('self.num_measure_data to int: ', int(self.num_measure_data))
self.draw_min_size = 500 * self.draw_mag / self.num_measure_data
#実験用
self.input_counter = 0
self.reflesh = 1
#メトロノームの準備
self.b_metro = bm(self.root, self.bpm)
class DrawScore:
'''
music_deta = [
1,1,0,0,1,1,2,2,
4,4,2,2,1,1,1,1,
2,2,4,4,5,5,4,5,
8,8,6,6,5,5,4,4,
2,2,4,4,5,5,5,5,
8,8,7,7,8,8,8,8,
2,2,4,4,5,5,4,4,
2,2,2,4,1,1,1,1,
5,5,7,7,8,8,8,8,
7,7,8,8,5,5,4,4,
5,5,4,2,1,1,1,1
]
'''
music_deta = []
#root = tk.Tk("1024x600")
last_time = time.time()
draw_point = 0
seek_point = 10
end_flag = 0
bpm = 0
measure = 0
music_sound = ["ド","レ","ミ","ファ","ソ","ラ","シ","ド","レ"]
labals_update = -1
labels = []
#cv = tk.Canvas(root,width = 1024,height = 600)
sound = ps()
def __init__(self, music_name,cv,p_frame,mode_name):
self.cv = cv
self.root = p_frame
self.mode_name =mode_name
#self.button = gi()
#self.cv.pack()
if self.mode_name == "PLAY_RECORDING":
l_music_data = rs.read_score(music_name)
self.bpm = l_music_data[0]
self.measure = l_music_data[1]
del l_music_data[0:2]
self.music_deta = l_music_data
for i in self.music_deta:
print(i)
self.root.after(10, self._draw_score_line)
self.root.mainloop()
else:
l_music_data = rs.read_score(music_name)
self.bpm = l_music_data[0]
self.measure = l_music_data[1]
del l_music_data[0:2]
self.music_deta = l_music_data
for i in self.music_deta:
print(i)
self.root.after(10, self._draw_score_line)
self.root.mainloop()
def _reset_labels(self):
self.labals_update = 1
for i in range(len(self.labels)):
self.labels[i].place_forget()
self.labels.clear()
def _draw_score_line(self):
'''
if self.button.gpio_input() == 0:
self.root.quit()
return
'''
x = 0
now_time = time.time()
interval = now_time - self.last_time
if interval >= self.bpm*self.measure*2:
self.draw_point += 32*2#だと思う
seek_point = 5#最も左のシーク位置
self.last_time = time.time()
if self.end_flag == 1:
print("OKOKOKO")
self.ans = j_s.judgement_score()
print("ANS_e:", self.ans)
self.label = tk.Label(self.root,text = "正答率" + str(round(self.ans,1)) + "%" ,background = "white",font = ("",20,"bold"))
self.label.place(x = 300, y = 240)
self.root.update()
time.sleep(3)
print("interval : " + str(interval))
print("end of draw_score_line")
#self.root.destroy()
self.root.quit()
return
self._reset_labels()
elif self.labals_update == -1:#要改良
self._reset_labels()
else:
self.labals_update = 0
seek_point = 5.0+ 500.0*float(interval/(self.bpm*self.measure*2))
self.last_seek = time.time()
self.cv.delete("all")
self.cv.create_polygon(0, 0, 512, 0, 512, 300, 0, 300, fill = "white")
#五線譜の表示
#五線譜の表示
for i in range(0,5):
i = i * 10
self.cv.create_line(5,80+i,505,80+i)
#小節毎の区切りの線
self.cv.create_line(5,80,5,120)
self.cv.create_line(255,80,255,120)
self.cv.create_line(505,80,505,120)
m_p = [127.5,122.5,117.5,112.5,107.5,102.5,97.5,92.5,87.5]#音階の描画位置
count = 0
old_m = -1
old_change = 5
for j in self.music_deta:#range(draw_point, draw_point + 16):
if self.draw_point <= count and self.draw_point + 32*2 > count:
if count > len(self.music_deta):
break
#print(str(j) + ':' + str(draw_point))
x1=x * 500/(32*2)#x1 = x * 62.5
#self.cv.create_polygon(x1 + 10,M_s[j],72.5 + x1,M_s[j],72.5 + x1,M_s[j] + 10,x1 + 10,M_s[j] + 10 , tag ="polygon")
self.cv.create_polygon(x1 + 5,m_p[j],5 + 500/(32*2) + x1,m_p[j],5 + 500/(32*2) + x1,m_p[j] + 5,x1 + 5,m_p[j] + 5 , tag ="polygon")
#音階が変わったかを検知
if count == self.draw_point:
old_m = j
if self.labals_update == 1:
if j != old_m or count == self.draw_point + 32*2-1 or count == len(self.music_deta)-1:
self.labels.append(tk.Label(text = self.music_sound[old_m],background = "white",font = ("",10,"bold")))
self.labels[len(self.labels)-1].place(x = (old_change + x1 )/2 - 5,y = 150)
old_m = j
old_change = x1 + 5
#cv.update()
x = x + 1
if x == 32*2:
x = 0
#cv.delete("polygon")
if count >= self.draw_point + 32*2:
break
count += 1
self.cv.create_polygon(seek_point-2, 50, seek_point+2, 50, seek_point + 2, 140, seek_point -2, 140, fill = "red")#シーク線
if self.draw_point + 32*2 >= len(self.music_deta):
#print("flag of draw_score_line")
self.end_flag = 1
self.root.after(10, self._draw_score_line)