def test_funcs():
print('Testing basic functions')
ph = speech.translate('hello world')
assert ph == ' /HEHLOW WERLD'
speech.pronounce('PIHTHUN', pitch=32, speed=60, mouth=100, throat=150)
speech.say('hello')
speech.sing('YEHSTERDEY5')
def test_funcs():
print('Testing basic functions')
ph = speech.translate('hello world')
assert ph == ' /HEHLOW WERLD'
speech.pronounce('PIHTHUN', pitch=32, speed=60, mouth=100, throat=150)
speech.say('hello')
speech.sing('YEHSTERDEY5')
def announce(phrase, destinationReached=0):
speech.sing("um", speed=138, pitch=24)
speech.sing("um", speed=138, pitch=24)
microbit.sleep(250)
speech.say(phrase)
if destinationReached == 1:
microbit.sleep(30)
speech.sing("um", speed=75, pitch=48)
microbit.sleep(1)
speech.sing("um", speed=75, pitch=32)
microbit.sleep(1)
speech.sing("um", speed=75, pitch=24)
def canta():
enciende_farol()
microbit.display.show(microbit.Image.MUSIC_QUAVERS)
# The say method attempts to convert English into phonemes.
speech.say("Puedo cantar!")
microbit.sleep(1000)
speech.say("Escuchame!")
microbit.sleep(1000)
# Clearing the throat requires the use of phonemes. Changing
# the pitch and speed also helps create the right effect.
speech.pronounce("AEAE/HAEMM", pitch=200, speed=100) # Ahem
microbit.sleep(1000)
# Singing requires a phoneme with an annotated pitch for each syllable.
solfa = [
"#115DOWWWWWW", # Doh
"#103REYYYYYY", # Re
"#94MIYYYYYY", # Mi
"#88FAOAOAOAOR", # Fa
"#78SOHWWWWW", # Soh
"#70LAOAOAOAOR", # La
"#62TIYYYYYY", # Ti
"#58DOWWWWWW", # Doh
]
# Sing the scale ascending in pitch.
song = ''.join(solfa)
speech.sing(song, speed=100)
# Reverse the list of syllables.
solfa.reverse()
song = ''.join(solfa)
# Sing the scale descending in pitch.
speech.sing(song, speed=100)
microbit.display.show(microbit.Image.HAPPY)
apaga_farol()
def voiceSing(phoneme):
speech.sing(phoneme, speed=80, throat=myVoice.throat, mouth=myVoice.mouth)
line1 = [
'#26DEYYYYYYYYY', '#31ZIYIYIYIYIYIYIY', '#39DEYYYYYYYYY',
'#52ZIYIYIYIYIYIYIY', '#46GIXV', '#42MIYIY', '#39YAOW', '#46AEAEAEN',
'#39SERER', '#52DUXUXUXUXUXUXUXUXUXUXUXUX'
]
line2 = [
'#35AYYYYYYMM', '#26/HAEAEAEAEAEAEF', '#31KREYYYYYYY',
'#39ZIYIYIYIYIYIYIY', '#46AXLL', '#42FAOR', '#39DHER', '#35LUHUHUHV',
'#31AXAXV', '#35YUXUXUXUXUXUXUXUXUXUX'
]
line3 = [
'#31IHT', '#29WOWNT', '#31BIY', '#35ER', '#26STAYYYYY', '#31LIHSH',
'#35MAE', '#39RIXIXIXIXIXIXIXIXIXIXIXIXIXJ', '#35AYY', '#31KAEAEAEAENT',
'#39ER', '#46FAOAOAORD', '#39ER', '#46KAA',
'#52RIXIXIXIXIXIXIXIXIXIXIXIXIXJ'
]
line4 = [
'#52BUHT', '#39YUXUXL', '#31LUXK', '#35SWIYIYIYIYT', '#52ER',
'#39PAAAAAAN', '#31ER', '#35SIYIYIYT', '#31UHV', '#29ER', '#26BAY',
'#31SIH', '#39KUXL', '#35MEYYYYD', '#52FER', '#39TUXUXUXUXUXUXUXUXUXUXUX'
]
speech.sing(''.join(line1))
speech.sing(''.join(line2))
speech.sing(''.join(line3))
speech.sing(''.join(line4))
# The say method attempts to convert English into phonemes.
speech.say("I can sing!")
sleep(1000)
speech.say("Listen to me!")
sleep(1000)
# Clearing the throat requires the use of phonemes. Changing
# the pitch and speed also helps create the right effect.
speech.pronounce("AEAE/HAEMM", pitch=200, speed=100) # Ahem
sleep(1000)
# Singing requires a phoneme with an annotated pitch for each syllable.
solfa = [
"#58DOWWWWWW", # Doh
"#62REYYYYYY", # Re
"#70MIYYYYYY", # Mi
"#78FAOAOAOAOR", # Fa
"#88SOHWWWWW", # Soh
"#94LAOAOAOAOR", # La
"#103TIYYYYYY", # Ti
"#115DOWWWWWW", # Doh
]
# Sing the scale descending in pitch.
song = ''.join(solfa)
speech.sing(song, speed=100)
# Reverse the list of syllables.
solfa.reverse()
song = ''.join(solfa)
# Sing the scale ascending in pitch.
speech.sing(song, speed=100)
from microbit import *
from speech import sing, say, translate
solfa = [
"#115DOWWWWWW", # Doh
"#103REYYYYYY", # Re
"#94MIYYYYYY", # Mi
"#88FAOAOAOAOR", # Fa
"#78SOHWWWWW", # Soh
"#70LAOAOAOAOR", # La
"#62TIYYYYYY", # Ti
"#58DOWWWWWW", # Doh
]
sing(''.join(solfa))
elif cmd == 'speech.translate':
print(escape(speech.translate(unescape(params[1]))))
elif cmd == 'speech.pronounce':
speech.pronounce(unescape(params[1]), \
pitch=int(params[2]), speed=int(params[3]), \
mouth=int(params[4]), throat=int(params[5]))
confirm()
elif cmd == 'speech.say':
gc.collect()
speech.say(unescape(params[1]), \
pitch=int(params[2]), speed=int(params[3]), \
mouth=int(params[4]), throat=int(params[5]))
confirm()
elif cmd == 'speech.sing':
speech.sing(unescape(params[1]), \
pitch=int(params[2]), speed=int(params[3]), \
mouth=int(params[4]), throat=int(params[5]))
confirm()
elif cmd == 'speaker.on':
speaker.on()
confirm()
elif cmd == 'speaker.off':
speaker.off()
confirm()
elif cmd == 'microphone.sound_level':
print(microphone.sound_level())
# mbv2_end
else:
print('ERROR: Unknown command.')
except Exception as e:
print('EXCEPTION: ' + str(e))
speech.say("I can sing!")
sleep(1000)
speech.say("Listen to me!")
sleep(1000)
# Clearing the throat requires the use of phonemes. Changing
# the pitch and speed also helps create the right effect.
speech.pronounce("AEAE/HAEMM", pitch=200, speed=100) # Ahem
sleep(1000)
# Singing requires a phoneme with an annotated pitch for each syllable.
solfa = [
"#115DOWWWWWW", # Doh
"#103REYYYYYY", # Re
"#94MIYYYYYY", # Mi
"#88FAOAOAOAOR", # Fa
"#78SOHWWWWW", # Soh
"#70LAOAOAOAOR", # La
"#62TIYYYYYY", # Ti
"#58DOWWWWWW", # Doh
]
# Sing the scale ascending in pitch.
song = ''.join(solfa)
speech.sing(song, speed=100)
# Reverse the list of syllables.
solfa.reverse()
song = ''.join(solfa)
# Sing the scale descending in pitch.
speech.sing(song, speed=100)
from microbit import *
import music
import radio
import speech
radio.on() #required to turn on bluetooth
#do two different variable, one to show the notes, the other to do the solfa
#notes change through left/right while solfa only plays when up
notes = ["E", "A", "D", "G", "B", "e"]
newNote = -1
solfa = [
"#94PLAEYYY #94LOHWWWW #94IYIYIYIYIY #94NAATTTT", # Mi/LOW E
"#70PLAEYYY #70DHEHEH #70AEAEAEAE #70NAATTTT", # La / A
"#52PLAEYYY #52DHEHEH #52DIYIYIYIY #52NAATTTTTT", # Rey / D
"#39PLAEYYY #39DHEHEH #39GIYIYIY #39NAATTTTTT", # So / G
"#31PLAEYYY #31DHEHEH #31BIYIYIY #31NAATTTTT", # Ti / B
"#23PLAEYY #23/HAYYYYY #23IYIYIYIY #23NAATTTTTT", # Mi/ High E
]
display.show(Image.MUSIC_QUAVERS)
while True:
incoming = radio.receive()
if incoming != None and incoming != 'up':
newNote = int(incoming)
display.show(notes[newNote])
if incoming == 'up' and newNote != -1:
speech.sing(solfa[newNote])
def voiceSing(phoneme):
speech.sing(phoneme,
speed=80,
throat=myVoice['throat'],
mouth=myVoice['mouth'])
from microbit import *
import speech
speech.sing("#46" + speech.translate("Twing"), speed=100)
speech.sing("#46" + speech.translate("Kul"), speed=100)
speech.sing("#31" + speech.translate("Twing"), speed=100)
speech.sing("#31" + speech.translate("Kul"), speed=100)
speech.sing("#28" + speech.translate("Lit"), speed=100)
speech.sing("#29" + speech.translate("Tul"), speed=100)
speech.sing("#31" + speech.translate("Star"), speed=200)
speech.sing("#35" + speech.translate("How"), speed=100)
speech.sing("#35" + speech.translate("Eye"), speed=100)
speech.sing("#37" + speech.translate("Wun"), speed=100)
speech.sing("#39" + speech.translate("Der"), speed=100)
speech.sing("#42" + speech.translate("What"), speed=100)
speech.sing("#42" + speech.translate("You"), speed=100)
speech.sing("#46" + speech.translate("Are"), speed=200)
speech.sing("#31" + speech.translate("Up"), speed=100)
speech.sing("#31" + speech.translate("Uh"), speed=100)
speech.sing("#35" + speech.translate("Buv"), speed=100)
speech.sing("#35" + speech.translate("The"), speed=100)
speech.sing("#37" + speech.translate("World"), speed=100)
speech.sing("#39" + speech.translate("So"), speed=100)
speech.sing("#42" + speech.translate("High"), speed=200)
speech.sing("#31" + speech.translate("Like"), speed=100)
speech.sing("#31" + speech.translate("Uh"), speed=100)
speech.sing("#35" + speech.translate("Die"), speed=100)
speech.sing("#35" + speech.translate("Mund"), speed=100)
speech.sing("#37" + speech.translate("In"), speed=100)
speech.sing("#39" + speech.translate("The"), speed=100)
speech.sing("#42" + speech.translate("Sky"), speed=200)
