def edit_joy():
global config
if config[0]['mk2']:
Header = Header_Mk2
else:
quit("Unable to configure Joystick on MK1 configuration, convert " \
"to MK2 and try again")
menu = qprompt.Menu()
for x, y in Header.axis_x.subcon.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['axis_x'] == y:
dft = str(x)
config[0]['axis_x'] = int(menu.show(msg="Axis-X", dft=dft))
menu = qprompt.Menu()
config[0]['x_up'] = \
qprompt.ask_int("X-Up", dft=config[0]['x_up'])
config[0]['x_down'] = \
qprompt.ask_int("X-Down", dft=config[0]['x_down'])
for x, y in Header.axis_y.subcon.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['axis_y'] == y:
dft = str(x)
config[0]['axis_y'] = int(menu.show(msg="Axis-Y", dft=dft))
config[0]['y_up'] = \
qprompt.ask_int("Y-Up", dft=config[0]['y_up'])
config[0]['y_down'] = \
qprompt.ask_int("Y-Down", dft=config[0]['y_down'])
def edit_joy():
global config
menu = qprompt.Menu()
for x, y in Header.axis_x.subcon.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['axis_x'] == y:
dft = str(x)
config[0]['axis_x'] = int(menu.show(msg="Axis-X", dft=dft))
menu = qprompt.Menu()
config[0]['x_up'] = \
qprompt.ask_int("X-Up", dft=config[0]['x_up'])
config[0]['x_down'] = \
qprompt.ask_int("X-Down", dft=config[0]['x_down'])
for x, y in Header.axis_y.subcon.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['axis_y'] == y:
dft = str(x)
config[0]['axis_y'] = int(menu.show(msg="Axis-Y", dft=dft))
config[0]['y_up'] = \
qprompt.ask_int("Y-Up", dft=config[0]['y_up'])
config[0]['y_down'] = \
qprompt.ask_int("Y-Down", dft=config[0]['y_down'])
def local_threshold_prompt(args):
r = args
block_sz = qprompt.ask_int("Block size")
sigma = qprompt.ask_int("Sigma value")
r.threshold_method = "local"
r.block_sz = block_sz
r.sigma = sigma
def edit_arpeggio():
global config
if config[0]['mk2']:
menu = qprompt.Menu()
for x, y in Header.enable.subcon.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['enable'] == y:
dft = str(x)
config[0]['enable'] = int(menu.show(msg="Enable", dft=dft))
menu = qprompt.Menu()
for x, y in Header.division.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['division'] == y:
dft = str(x)
config[0]['division'] = int(menu.show(msg="Division", dft=dft))
menu = qprompt.Menu()
for x, y in Header.mode.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['mode'] == y:
dft = str(x)
config[0]['mode'] = int(menu.show(msg="Mode", dft=dft))
menu = qprompt.Menu()
for x, y in Header.latch.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['latch'] == y:
dft = str(x)
config[0]['latch'] = int(menu.show(msg="Latch", dft=dft))
menu = qprompt.Menu()
for x, y in Header.octaves.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['octaves'] == y:
dft = str(x)
config[0]['octaves'] = int(menu.show(msg="Octaves", dft=dft))
menu = qprompt.Menu()
for x, y in Header.swing.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['swing'] == y:
dft = str(x)
config[0]['swing'] = int(menu.show(msg="Swing", dft=dft))
config[0]['taps'] = \
qprompt.ask_int("Taps", vld=list(range(2,4)),
dft=config[0]['taps'])
config[0]['tempo'] = \
qprompt.ask_int("Tempo", dft=config[0]['tempo'])
menu = qprompt.Menu()
for x, y in Header.clock.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['clock'] == y:
dft = str(x)
config[0]['clock'] = int(menu.show(msg="Clock", dft=dft))
def edit_pad(pad):
global config
bank = int((pad - 1) / _PADS)
subpad = pad - (_PADS * bank) - 1
menu = qprompt.Menu()
for x, y in Pad.type.subcon.ksymapping.items():
menu.add(str(x), y)
if config[1][bank][subpad]['type'] == y:
dft = str(x)
ptype = menu.show(hdr="Pad %d (Bank %s-%d):" %
(pad, chr(65 + bank), subpad + 1),
msg="Type",
dft=dft)
config[1][bank][subpad]['type'] = int(ptype)
config[1][bank][subpad]['channel'] = \
qprompt.ask_int("Channel", vld=list(range(1,17)),
dft=config[1][bank][subpad]['channel'])
if ptype == '0':
config[1][bank][subpad]['note'] = \
qprompt.ask_int("Note", vld=list(range(0,128)),
dft=config[1][bank][subpad]['note'])
menu = qprompt.Menu()
for x, y in Pad.trigger.subcon.ksymapping.items():
menu.add(str(x), y)
if config[1][bank][subpad]['trigger'] == y:
dft = str(x)
config[1][bank][subpad]['trigger'] = int(
menu.show(msg="Trigger", dft=dft))
menu = qprompt.Menu()
for x, y in Pad.aftertouch.subcon.ksymapping.items():
menu.add(str(x), y)
if config[1][bank][subpad]['aftertouch'] == y:
dft = str(x)
config[1][bank][subpad]['aftertouch'] = int(
menu.show(msg="Aftertouch", dft=dft))
elif ptype == '1':
config[1][bank][subpad]['program'] = \
qprompt.ask_int("Program", vld=list(range(0,128)),
dft=config[1][bank][subpad]['program'])
else:
config[1][bank][subpad]['msb'] = \
qprompt.ask_int("MSB", vld=list(range(0,128)),
dft=config[1][bank][subpad]['msb'])
config[1][bank][subpad]['lsb'] = \
qprompt.ask_int("LSB", vld=list(range(0,128)),
dft=config[1][bank][subpad]['lsb'])
def edit_scale(pad, verbose):
global config
rbank = int((pad - 1) / _PADS)
rsubpad = pad - (_PADS * rbank) - 1
menu = qprompt.Menu()
x = 0
for y in Scale._SCALE_PATTERNS:
menu.add(str(x), y)
x = x + 1
stype = menu.show(hdr="Pad %d (Bank %s-%d):" %
(pad, chr(65 + rbank), rsubpad + 1),
msg="Scale",
returns="desc")
root = qprompt.ask_int("Note",
vld=list(range(0, 128)),
dft=config[1][rbank][rsubpad]['note'])
count = qprompt.ask_int("Count",
vld=[0] + list(range(1, _PTOTAL + 2 - pad)),
dft=0)
scale = Scale.build_scale(Note.from_midi_num(root), stype)
scale_lst = []
for note in scale:
scale_lst.append(note.midi_note_number())
if count:
while len(scale_lst) < count:
root = scale_lst.pop()
scale = Scale.build_scale(Note.from_midi_num(root), stype)
for note in scale:
scale_lst.append(note.midi_note_number())
else:
count = len(scale_lst)
if pad + count > _PTOTAL:
count = _PTOTAL + 1 - pad
for note in scale_lst[:count]:
bank = int((pad - 1) / _PADS)
subpad = pad - (_PADS * bank) - 1
config[1][bank][subpad]['note'] = note
if verbose:
print("Setting Pad %d (Bank %s-%d) to %d (%s)" %
(pad, chr(65 + bank), subpad + 1, note,
Note.from_midi_num(note)))
pad = pad + 1
def edit_sound():
global config
menu = qprompt.Menu()
'''
for x,y in Sounds.keys.subcon.subcon.ksymapping.items():
menu.add(str(x),y)
if config[4]['keys'] == y:
dft = str(x)
config[4]['keys'] = int(menu.show(msg="Key Sound", dft=dft))
'''
config[4]['keys'] = \
qprompt.ask_int("Key Sound", vld=list(range(0,128)),
dft=config[4]['keys'])
'''
for x,y in Sounds.drums.subcon.subcon.ksymapping.items():
menu.add(str(x),y)
if config[4]['drums'] == y:
dft = str(x)
config[4]['drums'] = int(menu.show(msg="Drum Sound", dft=dft))
'''
config[4]['drums'] = \
qprompt.ask_int("Drum Sound", vld=list(range(0,10)),
dft=config[4]['drums'])
config[4]['filter'] = \
qprompt.ask_int("Filter", vld=list(range(0,128)),
dft=config[4]['filter'])
config[4]['res'] = \
qprompt.ask_int("Resonence", vld=list(range(0,128)),
dft=config[4]['res'])
config[4]['reverb'] = \
qprompt.ask_int("Reverb", vld=list(range(0,128)),
dft=config[4]['reverb'])
config[4]['chorus'] = \
qprompt.ask_int("Chorus", vld=list(range(0,128)),
dft=config[4]['chorus'])
config[4]['attack'] = \
qprompt.ask_int("Attack", vld=list(range(0,128)),
dft=config[4]['attack'])
config[4]['release'] = \
qprompt.ask_int("Release", vld=list(range(0,128)),
dft=config[4]['release'])
config[4]['eq_low'] = \
qprompt.ask_int("EQ Low", vld=list(range(0,128)),
dft=config[4]['eq_low'])
config[4]['eq_high'] = \
qprompt.ask_int("EQ High", vld=list(range(0,128)),
dft=config[4]['eq_high'])
def edit_dial(dial):
global config
config[1][dial]['midicc'] = \
qprompt.ask_int("CC", vld=list(range(0,128)),
dft=config[1][dial]['midicc'])
config[1][dial]['max'] = \
qprompt.ask_int("Max", vld=list(range(0,128)),
dft=config[1][dial]['max'])
config[1][dial]['min'] = \
qprompt.ask_int("Min", vld=list(range(0,128)),
dft=config[1][dial]['min'])
def edit_general():
global config
config[0]['pchannel'] = \
qprompt.ask_int("Midi Ch for Pads", dft=config[0]['pchannel'])
config[0]['dchannel'] = \
qprompt.ask_int("Midi Ch for Dials/Keys", dft=config[0]['dchannel'])
menu = qprompt.Menu()
for x, y in Header.octave.subcon.ksymapping.items():
menu.add(str(x), y)
if config[0]['octave'] == y:
dft = str(x)
config[0]['octave'] = int(menu.show(msg="Keyboard Octave", dft=dft))
menu = qprompt.Menu()
def edit_general():
global config
config[0]['channel'] = \
qprompt.ask_int("Midi Ch for Keys", dft=config[0]['channel'])
menu = qprompt.Menu()
def update_value(self, value):
"""
Prompt the user to input a new value, then save the updated config
and return to menu.
Determines how to prompt the user by finding the value name passed as
argument in one of the lists in the type map.
:param value: value name to be updated e.g. minwidth
"""
desc_str = "Enter new {} (currently {})".format(value, self.config['user'][value])
if value in self.type_map[int]:
self.config['user'][value] = str(qprompt.ask_int(desc_str))
elif value in self.type_map[float]:
self.config['user'][value] = str(qprompt.ask_float(desc_str))
elif value in self.type_map[str]:
self.config['user'][value] = qprompt.ask_str(desc_str)
elif value in self.type_map[bool]:
desc_str += " y/n"
if qprompt.ask_yesno(desc_str):
self.config['user'][value] = "yes"
else:
self.config['user'][value] = "no"
self.save_config()
self.clear_screen()
print('Config saved...')
def edit_dial(dial):
global config
bank = int((dial - 1) / _DIALS)
subdial = dial - (_DIALS * bank) - 1
config[2][bank][subdial]['midicc'] = \
qprompt.ask_int("MidiCC", vld=list(range(0,128)),
dft=config[2][bank][subdial]['midicc'])
config[2][bank][subdial]['min'] = \
qprompt.ask_int("Min", vld=list(range(0,128)),
dft=config[2][bank][subdial]['min'])
config[2][bank][subdial]['max'] = \
qprompt.ask_int("Max", vld=list(range(0,128)),
dft=config[2][bank][subdial]['max'])
def betting_round(player):
# Make bets
bet = qprompt.ask_int("Enter a bet amount less than your bank value of " + str(player.memory["bank"]), valid=lambda x: x <= player.memory["bank"])
player.memory["bank"] -= bet
player.memory["bet"] = bet
qprompt.info("Betted " + str(bet))
qprompt.pause()
qprompt.clear()
def edit_pad(pad):
global config
config[1][pad]['note'] = \
qprompt.ask_int("Note", vld=list(range(0,128)),
dft=config[1][pad]['note'])
menu = qprompt.Menu()
config[1][pad]['program'] = \
qprompt.ask_int("Program", vld=list(range(0,128)),
dft=config[1][pad]['program'])
config[1][pad]['midicc'] = \
qprompt.ask_int("CC", vld=list(range(0,128)),
dft=config[1][pad]['midicc'])
config[1][pad]['trigger'] = \
qprompt.ask_int("Trigger", vld=list(range(0,2)),
dft=config[1][pad]['trigger'])
def edit_pad(pad):
global config
bank = int((pad - 1) / _PADS)
subpad = pad - (_PADS * bank) - 1
config[1][bank][subpad]['note'] = \
qprompt.ask_int("Note", vld=list(range(0,128)),
dft=config[1][bank][subpad]['note'])
menu = qprompt.Menu()
def edit_pad(pad):
global config
bank = int((pad - 1) / _PADS)
subpad = pad - (_PADS * bank) - 1
config[1][bank][subpad]['note'] = \
qprompt.ask_int("Note", vld=list(range(0,128)),
dft=config[1][bank][subpad]['note'])
config[1][bank][subpad]['midicc'] = \
qprompt.ask_int("Midi CC", vld=list(range(0,128)),
dft=config[1][bank][subpad]['midicc'])
config[1][bank][subpad]['prog'] = \
qprompt.ask_int("Program", vld=list(range(0,128)),
dft=config[1][bank][subpad]['prog'])
menu = qprompt.Menu()
for x, y in Pad.trigger.subcon.ksymapping.items():
menu.add(str(x), y)
if config[1][bank][subpad]['trigger'] == y:
dft = str(x)
config[1][bank][subpad]['trigger'] = int(menu.show(msg="Trigger", dft=dft))
def _config_model(self, config=None):
output('开始配置解读模型...')
default_model_id = ''
default_runtime = 'python3'
default_memory_size = 128
default_timeout = 900
if config is not None:
section_name = DEFAULT_MODEL_SECTION
default_model_id = config_get(config.get, section_name, 'model_id')
default_runtime = config_get(config.get, section_name, 'runtime')
default_memory_size = config_get(config.getint, section_name,
'memory_size')
default_timeout = config_get(config.getint, section_name,
'timeout')
model_id = self._input_model_id(default=default_model_id)
try:
index = RUNTIME_CHOICES.index(default_runtime)
except IndexError:
index = 0
prompt = '请选择运行环境 [{}]'.format(default_runtime)
input_prompt = "请选择"
runtime = qprompt.enum_menu(RUNTIME_CHOICES).show(header=prompt,
dft=index + 1,
returns="desc",
msg=input_prompt)
try:
index = MEMORY_SIZE_CHOICES.index(default_memory_size)
except IndexError:
index = 0
prompt = '请选择内存占用（MB） [{}]'.format(default_memory_size)
input_prompt = "请选择"
memory_size = qprompt.enum_menu(MEMORY_SIZE_CHOICES).show(
header=prompt, dft=index + 1, returns="desc", msg=input_prompt)
prompt = '请输入模型运行超时时间，类型为整数'
while True:
timeout = qprompt.ask_int(msg=prompt, dft=default_timeout)
if (MIN_TIMEOUT and timeout < MIN_TIMEOUT) \
or (MAX_TIMEOUT and timeout > MAX_TIMEOUT):
output('超出范围 [{},{}]，请重新输入'.format(MIN_TIMEOUT or '',
MAX_TIMEOUT or ''))
continue
break
if not timeout:
timeout = default_timeout
return model_id, runtime, memory_size, timeout
def updatePass():
global pragma_input
conn = sqlcipher.connect('.passman.db')
cur = conn.cursor()
cur.execute(pragma_input)
print(pd.read_sql_query(
"SELECT * FROM passwords",
conn)) #display all passwords so user can easily see its ID
print("Select the ID of the credentials you wish to EDIT")
try:
ID = qprompt.ask_int("ID") #ask user for ID of credential to edit
except:
qprompt.error("ID NOT FOUND") #error if ID is not found
retry = qprompt.ask_yesno(
"Retry?") #prompt user to retry or exit to main menu
if retry == False:
mainMenu()
else:
updatePass()
print(
"Credential set selected! What would you like to change?"
) #ask user what about the chosen set of credentials they would like to change
qprompt.alert("HINT: Use '?' for a list of options")
selection = qprompt.ask_str("Edit",
valid=["website", "username", "password"])
if selection.lower() == "website":
new = qprompt.ask_str("Enter new value")
cur.execute(
"UPDATE passwords SET WEBSITE = '{}' WHERE ID = '{}'".format(
new, ID)) #updates record with new info
elif selection.lower() == "username":
new = qprompt.ask_str("Enter new value")
cur.execute(
"UPDATE passwords SET USERNAME = '******' WHERE ID = '{}'".format(
new, ID))
elif selection.lower() == "password":
new = qprompt.ask_str("Enter new value")
cur.execute(
"UPDATE passwords SET PASSWORD = '******' WHERE ID = '{}'".format(
new, ID))
conn.commit()
cur.close()
mainMenu()
def edit_dial(dial):
global config
bank = int((dial - 1) / _DIALS)
subdial = dial - (_DIALS * bank) - 1
menu = qprompt.Menu()
for x, y in Dial.type.subcon.ksymapping.items():
menu.add(str(x), y)
if config[2][bank][subdial]['type'] == y:
dft = str(x)
dtype = int(
menu.show(hdr="Dial %d (Bank %s-%d):" %
(dial, chr(65 + bank), subdial + 1),
msg="Type",
dft=dft))
config[2][bank][subdial]['type'] = dtype
config[2][bank][subdial]['channel'] = \
qprompt.ask_int("Channel", vld=list(range(0,17)),
dft=config[2][bank][subdial]['channel'])
if dtype == 0 or dtype == 3: # CC or ID2
config[2][bank][subdial]['midicc'] = \
qprompt.ask_int("MidiCC", vld=list(range(0,128)),
dft=config[2][bank][subdial]['midicc'])
if dtype == 0 or dtype == 1: # CC or AT
config[2][bank][subdial]['min'] = \
qprompt.ask_int("Min", vld=list(range(0,128)),
dft=config[2][bank][subdial]['min'])
config[2][bank][subdial]['max'] = \
qprompt.ask_int("Max", vld=list(range(0,128)),
dft=config[2][bank][subdial]['max'])
if dtype == 2: # ID1
config[2][bank][subdial]['msb'] = \
qprompt.ask_int("MSB", vld=list(range(0,128)),
dft=config[2][bank][subdial]['msb'])
config[2][bank][subdial]['lsb'] = \
qprompt.ask_int("LSB", vld=list(range(0,128)),
dft=config[2][bank][subdial]['lsb'])
config[2][bank][subdial]['value'] = \
qprompt.ask_int("Value", vld=list(range(0,128)),
dft=config[2][bank][subdial]['value'])
def delPass():
global pragma_input
conn = sqlcipher.connect('.passman.db')
cur = conn.cursor()
cur.execute(pragma_input)
print(pd.read_sql_query("SELECT * FROM passwords", conn))
print("Select the ID of the credentials you wish to DELETE.")
selection = qprompt.ask_int("ID")
confirm = qprompt.ask_yesno(default="y")
if confirm == False:
print("Credential removal has been CANCELLED!")
print()
retry = qprompt.ask_yesno("Retry?", default="y")
if retry == True:
delPass()
else:
mainMenu()
else:
cur.execute("DELETE FROM passwords WHERE ID = '{}'".format(selection))
print("Credentials deleted successfully!")
conn.commit()
cur.close()
qprompt.pause()
mainMenu()
def test_int_1(test):
setinput("2")
result = ask_int()
test.assertEqual(2, result)
setinput("2f\n3")
result = ask_int()
test.assertEqual(3, result)
setinput("\n")
result = ask_int(dft=4)
test.assertEqual(4, result)
setinput("\n3")
result = ask_int()
test.assertEqual(3, result)
setinput("2\n3")
result = ask_int(vld=3)
test.assertEqual(3, result)
setinput("2\n3")
result = ask_int(vld=lambda x: 3 == x)
test.assertEqual(3, result)
def test_int_1(self):
setinput("2")
result = ask_int()
self.assertEqual(2, result)
setinput("2f\n3")
result = ask_int()
self.assertEqual(3, result)
setinput("\n")
result = ask_int(dft=4)
self.assertEqual(4, result)
setinput("\n3")
result = ask_int()
self.assertEqual(3, result)
setinput("2\n3")
result = ask_int(vld=3)
self.assertEqual(3, result)
setinput("2\n3")
result = ask_int(vld=lambda x: x == 3)
self.assertEqual(3, result)
def edit_scale(pad, verbose):
global config
rbank = int((pad - 1) / _PADS)
rsubpad = pad - (_PADS * rbank) - 1
ptype = config[1][rbank][rsubpad]['type']
if ptype == "BANK":
qprompt.error("Pad %d (Bank %s-%d) is configured as a BANK" %
(pad, chr(65 + rbank), rsubpad + 1))
return
menu = qprompt.Menu()
x = 0
for y in Scale._SCALE_PATTERNS:
menu.add(str(x), y)
x = x + 1
stype = menu.show(hdr="Pad %d (Bank %s-%d):" %
(pad, chr(65 + rbank), rsubpad + 1),
msg="Scale",
returns="desc")
root = qprompt.ask_int("Note",
vld=list(range(0, 128)),
dft=config[1][rbank][rsubpad]['note'])
count = qprompt.ask_int("Count",
vld=[0] + list(range(1, _PTOTAL + 2 - pad)),
dft=0)
same = qprompt.ask_yesno(msg="Config all as per Pad %d?" % pad, dft='N')
scale = Scale.build_scale(Note.from_midi_num(root), stype)
scale_lst = []
for note in scale:
scale_lst.append(note.midi_note_number())
if count:
while len(scale_lst) < count:
root = scale_lst.pop()
scale = Scale.build_scale(Note.from_midi_num(root), stype)
for note in scale:
scale_lst.append(note.midi_note_number())
else:
count = len(scale_lst)
if pad + count > _PTOTAL:
count = _PTOTAL + 1 - pad
for note in scale_lst[:count]:
bank = int((pad - 1) / _PADS)
subpad = pad - (_PADS * bank) - 1
if same and ptype == "NOTE":
config[1][bank][subpad]['type'] = config[1][rbank][rsubpad]['type']
config[1][bank][subpad]['channel'] = config[1][rbank][rsubpad][
'channel']
config[1][bank][subpad]['trigger'] = config[1][rbank][rsubpad][
'trigger']
config[1][bank][subpad]['aftertouch'] = config[1][rbank][rsubpad][
'aftertouch']
if same and ptype == "PROG":
config[1][bank][subpad]['type'] = config[1][rbank][rsubpad]['type']
config[1][bank][subpad]['channel'] = config[1][rbank][rsubpad][
'channel']
if ptype == "NOTE":
config[1][bank][subpad]['note'] = note
else:
config[1][bank][subpad]['program'] = note
if verbose:
print("Setting Pad %d (Bank %s-%d) to %d (%s)" %
(pad, chr(65 + bank), subpad + 1, note,
Note.from_midi_num(note)))
pad = pad + 1
def edit_scale(pad, verbose):
global config
rbank = int((pad - 1) / _PADS)
rsubpad = pad - (_PADS * rbank) - 1
menu = qprompt.Menu()
menu.add("0", "Note")
menu.add("1", "Midi-CC")
menu.add("2", "Program")
ptype = menu.show(msg="Apply Scale to:", returns="desc", dft="0")
menu = qprompt.Menu()
x = 0
for y in Scale._SCALE_PATTERNS:
menu.add(str(x), y)
x = x + 1
stype = menu.show(hdr="Pad %d (Bank %s-%d):" %
(pad, chr(65 + rbank), rsubpad + 1),
msg="Scale",
returns="desc")
same = None
if ptype == "Note":
root = qprompt.ask_int("Note",
vld=list(range(0, 128)),
dft=config[1][rbank][rsubpad]['note'])
same = qprompt.ask_yesno(msg="Config all as per Pad %d?" % pad,
dft='N')
elif ptype == "Midi-CC":
root = qprompt.ask_int("Midi-CC Value",
vld=list(range(0, 128)),
dft=config[1][rbank][rsubpad]['midicc'])
else:
root = qprompt.ask_int("Program Value",
vld=list(range(0, 128)),
dft=config[1][rbank][rsubpad]['prog'])
count = qprompt.ask_int("Count",
vld=[0] + list(range(1, _PTOTAL + 2 - pad)),
dft=0)
scale = Scale.build_scale(Note.from_midi_num(root), stype)
scale_lst = []
for note in scale:
scale_lst.append(note.midi_note_number())
if count:
while len(scale_lst) < count:
root = scale_lst.pop()
scale = Scale.build_scale(Note.from_midi_num(root), stype)
for note in scale:
scale_lst.append(note.midi_note_number())
else:
count = len(scale_lst)
if pad + count > _PTOTAL:
count = _PTOTAL + 1 - pad
for note in scale_lst[:count]:
bank = int((pad - 1) / _PADS)
subpad = pad - (_PADS * bank) - 1
if same and ptype == "Note":
config[1][bank][subpad]['trigger'] = config[1][rbank][rsubpad][
'trigger']
if ptype == "Note":
config[1][bank][subpad]['note'] = note
elif ptype == "Midi-CC":
config[1][bank][subpad]['midicc'] = note
else:
config[1][bank][subpad]['prog'] = note
if verbose:
print("Setting Pad %d (Bank %s-%d) to %d (%s)" %
(pad, chr(65 + bank), subpad + 1, note,
Note.from_midi_num(note)))
pad = pad + 1
from TwoThree import TwoThree
from jikanpy import Jikan
from AVL import AVL
from ABB import ABB
import qprompt
jikan = Jikan()
# action = jikan.genre(type='anime', genre_id=43)
#Numero maximo de genero: 43
genre = qprompt.ask_int("Ingrese el ID del genero que desea ver")
if genre in range(1, 44):
data = jikan.genre(type='anime', genre_id=genre)
while True:
qprompt.echo("Genero seleccionado: {}\n".format(
data["mal_url"]["name"]))
menu = qprompt.Menu()
menu.add("A", "ABB")
menu.add("B", "AVL")
menu.add("C", "2-3")
menu.add("D", "Salir")
qprompt.echo("Elija en que estructura desea guardar la información")
choice = menu.show()
if choice == "A":
info = ABB(data["mal_url"]["name"], data["anime"])
elif choice == "B":
info = AVL(data["mal_url"]["name"], data["anime"])
elif choice == "C":
info = TwoThree(data["mal_url"]["name"], data["anime"])
import qprompt
name = qprompt.ask_str("Name", blk=False)
age = qprompt.ask_int("Age", vld=range(130))
if qprompt.ask_yesno("Say hello?", dft="y"):
print("Hi %s! You are %u years old!" % (name, age))
qprompt.pause()
import os
import qprompt
path = qprompt.ask_str("Enter path to file", vld=lambda x: os.path.isfile(x))
size = qprompt.ask_int("Enter number less than 10", vld=lambda x: x < 10)
def mouth_mover():
times = qprompt.ask_int()
MovementAccess.chatter_mouth(times)
