def start_monitor():
mon = Monitor()
# 监听space按下
keyboard.on_press_key("space", mon.key_down_callback, suppress=True)
# 监听space释放
keyboard.on_release_key("space", mon.key_up_callback, suppress=True)
keyboard.wait()
def wait_for_input(self):
time.sleep(1)
keyboard.on_release_key('up', self.input_callback)
keyboard.on_release_key('down', self.input_callback)
keyboard.on_release_key('left', self.input_callback)
keyboard.on_release_key('right', self.input_callback)
keyboard.on_release_key('enter', self.input_callback)
def io_response(self):
'''override io_response'''
resp = int(sample_orientation(n_sample=1, uniform=True))
self.prob.setOri(resp)
# global variable for recording response
self.resp_flag = True
self.increment = 0
# define callback function for keyboard event
def left_callback(event):
self.increment = -1.0
def right_callback(event):
self.increment = +1.0
def release_callback(event):
self.increment = 0.0
def confirm_callback(event):
self.resp_flag = False
def aboard_callback(event):
self.resp_flag = False
self.win.close()
core.quit()
# key binding for recording response
key_bind = {
'left': left_callback,
'right': right_callback,
'space': confirm_callback,
'escape': aboard_callback
}
for key, callback in key_bind.items():
keyboard.on_press_key(key, callback)
for key in ['left', 'right']:
keyboard.on_release_key(key, release_callback)
# wait/record for response
while self.resp_flag:
if not self.increment == 0:
resp += self.increment
resp %= 180
self.prob.setOri(resp)
self.prob.draw()
self.fixation.draw()
self.win.flip()
keyboard.unhook_all()
return resp
def bind_keys(self):
keyboard.unhook_all()
for key in self.parsed_binds:
keyboard.on_press_key(key, self._on_press_key, True)
keyboard.on_release_key(key, self._on_release_key, True)
keyboard.block_key("escape")
keyboard.block_key("tab")
keyboard.block_key(".") # Prevent windows emoji menu.
keyboard.block_key("=") # Prevent windows magnifier.
keyboard.block_key("e") # Prevent windows explorer.
keyboard.block_key("q") # Prevent windows search.
def main():
cmr = cam()
cmr.active = False
cmr.camera.resolution = (3280, 2464)
cmr.camera.shutter_speed = 400
cmr.led.on()
pwrLed = LED(14)
pwrLed.on()
keyboard.on_release_key('home', lambda _: TakePhoto(cmr))
input("Press enter to quit.")
def io_wait(self, wait_key='space'):
'''override io_wait'''
self.resp_flag = True
def confirm_callback(event):
self.resp_flag = False
# register callback, wait for key press
keyboard.on_release_key(wait_key, confirm_callback)
while self.resp_flag:
self.win.flip()
keyboard.unhook_all()
return
def main(pong_game, led_wall, shared_vars):
keyboard.on_press_key(
'w', lambda _: pong_game.left_player.paddle.startUpwardMovement())
keyboard.on_release_key(
'w', lambda _: pong_game.left_player.paddle.stopMovement())
keyboard.on_press_key(
's', lambda _: pong_game.left_player.paddle.startDownwardMovement())
keyboard.on_release_key(
's', lambda _: pong_game.left_player.paddle.stopMovement())
keyboard.on_press_key(
'up', lambda _: pong_game.right_player.paddle.startUpwardMovement())
keyboard.on_release_key(
'up', lambda _: pong_game.right_player.paddle.stopMovement())
keyboard.on_press_key(
'down',
lambda _: pong_game.right_player.paddle.startDownwardMovement())
keyboard.on_release_key(
'down', lambda _: pong_game.right_player.paddle.stopMovement())
pause_game_due_to_new_ball_init = True
while not shared_vars.kill_threads:
# pause if ball was freshly initialized or a goal was just scored
if pause_game_due_to_new_ball_init:
pong_game.delayBallUpdate(1)
pause_game_due_to_new_ball_init = False
refreshGameScreen(led_wall, pong_game)
# update game
result = pong_game.update()
if result is not None:
# goal was scored
pause_game_due_to_new_ball_init = True
def __init__(self):
self.done = False
signal.signal(signal.SIGINT, self.cleanup)
# keyboard.hook(self.my_on_key_event)
self.f_pressed = False
self.d_pressed = False
keyboard.on_press_key('f', self.f_down)
keyboard.on_release_key('f', self.f_up)
keyboard.on_press_key('d', self.d_down)
keyboard.on_release_key('d', self.d_up)
while not self.done:
time.sleep(1) # Wait for Ctrl+C
def make_keybinds():
keyboard.on_press_key('w', drive_forward)
keyboard.on_release_key('w', stop_chassis)
keyboard.on_press_key('s', drive_backward)
keyboard.on_release_key('s', stop_chassis)
keyboard.on_press_key('a', rotate_left)
keyboard.on_release_key('a', stop_chassis)
keyboard.on_press_key('d', rotate_right)
keyboard.on_release_key('d', stop_chassis)
def run(self):
# Reset talk release
self.talk_release_is_pending = False
# Create audio streams
input_stream = DeviceInputStream(self.input_device)
output_stream = DeviceOutputStream(self.output_device)
if self.playback_device != None:
playback_stream = DeviceOutputStream(self.playback_device)
if self.enable_burst:
keyboard.on_release_key(self.talk_key,
self.handle_release_talk,
suppress=True)
# Run voice changer
while self.is_active:
talk_is_active = keyboard.is_pressed(self.talk_key)
burst_is_active = self.enable_burst and talk_is_active == False and (
time.time() - self.last_talk_release_time
) < self.burst_sound.duration_seconds
audio_is_active = talk_is_active or burst_is_active
keyboard_needs_release = self.talk_release_is_pending and burst_is_active == False
elapsed = time.time() - self.start_time
if audio_is_active:
# Get sound from microphone
sound = input_stream.read(self.chunk_size)
# Add overlays and transformations
sound = (sound + 15).equalize().overlay_using_start_time(
self.static_sound - 25,
elapsed % self.static_sound.duration_seconds)
if (burst_is_active):
sound = sound.overlay_using_start_time(
self.burst_sound - 5,
time.time() - self.last_talk_release_time)
# Play
if self.playback_device != None:
playback_stream.play(sound)
output_stream.play(sound)
elif keyboard_needs_release:
# Trigger delayed talk key release
keyboard.release(self.talk_key)
self.talk_release_is_pending = False
def __init__(self, key, callback):
self.presshandler = None
self.releasehandler = None
self.callback = callback
self.pressed = False
self.presshandler = on_press_key(key, self.press, True)
self.releasehandler = on_release_key(key, self.release, True)
def main():
on_release_key('w', w_callback)
on_release_key('s', s_callback)
on_release_key('a', a_callback)
on_release_key('d', d_callback)
try:
while True:
sleep(60)
except KeyboardInterrupt:
pass
def key_wait(self, keys):
# wait on multiple keys
# B and Y for scanner two button box
self.wait_flag = True
def confirm_callback(event):
self.wait_flag = False
# register callback
for key in keys:
keyboard.on_release_key(key, confirm_callback)
# wait for key press
while self.wait_flag and self.exp.exp_run:
time.sleep(0.01)
keyboard.unhook_all()
return
def __init__(self, *args, **kwargs):
super(Parametrage, self).__init__(*args, **kwargs)
self.settings = App.get_running_app().config
self.font = ".\\assets\\seguisym.ttf"
self.mode = self.settings.get('hidden', 'starting') # Stores the current mode
self.portDropDown = MenuDropDown()
self.fileDropDown = MenuDropDown()
self.undoRedo = UndoRedo()
self.arduino = Arduino(self.settings, self.easyPopup, self.update_rect, programs={
"Direct":
{"isDirectProgram": True, "path": osJoinPath(os.path.normpath(os.path.dirname(os.path.realpath(__file__)) + os.sep + os.pardir), "directFile\\directFile.ino")},
"Current":
{"isDirectProgram": False, "path": osJoinPath(os.path.normpath(os.path.dirname(os.path.realpath(__file__)) + os.sep + os.pardir), "currentFile\\currentFile.ino")}})
self.imageWidth = float(self.settings.get('hidden', 'imWidth')) # in meter
self.imageHeight = float(self.settings.get('hidden', 'imHeight')) # in meter
self.actualWidth = float(self.settings.get('hidden', 'acWidth')) # in meter
self.actualHeight = float(self.settings.get('hidden', 'acHeight')) # in meter
self.imageOrigin = make_tuple(self.settings.get('hidden', 'origin')) # in cm
self.popup = -1
# Specific to the mode 'Pipe'
self.pipePanel = self.ids.tuyeauInputs
self.gaps = []
# Specific to the mode 'Free'
self.lineWidth = float(self.settings.get('colors', 'lineWidth'))
self.diametre = float(self.settings.get('colors', 'nodeDiam'))
self.isDragging = -1
self.lastTouched = -1
self.zoomFactor = 1
self.innerScreenMargin = [-self.diametre/2-5, self.diametre/2+5, self.diametre/2+25, -self.diametre/2-25] # Left, Right, Top, Down
self.corners = [(88, 82), (88, -72), (-75, 82), (-75, -72)] # Right-Top, Right-Down, Left-Top, Left-Down
# Specific to the mode 'direct'
self.switchDiameter = float(self.settings.get('colors', 'switchDiam'))
Clock.schedule_once(self.binding)
Clock.schedule_interval(lambda a: self.save(-1, -1), int(self.settings.get('general', 'autoSave')*60))
keyboard.on_release_key(self.settings.get('shortcuts', 'corner'), self.update_rect)
def run(args: argparse.Namespace):
piano = Piano(args.config['awg'].get('address'))
for key in NOTE_KEYS:
keyboard.on_press_key(key, lambda event: piano.play_note(NOTE_KEYS.get(event.name)), suppress=True)
keyboard.on_release_key(key, lambda event: piano.release_note(NOTE_KEYS.get(event.name)), suppress=True)
for key in map(str, range(0, 10)):
keyboard.on_press_key(key, lambda event: _set_octave(piano, event.name), suppress=True)
keyboard.on_press_key('c', lambda event: _stop(piano), suppress=True)
keyboard.on_press_key('n', lambda event: piano.next_wave(False), suppress=True)
keyboard.on_press_key('m', lambda event: piano.next_wave(True), suppress=True)
LOGGER.info('Keys: c = exit, n,m = select waveform, 0-9 = octave')
LOGGER.info(", ".join([f"{key}={note}" for key, note in NOTE_KEYS.items()]))
while piano.is_alive():
time.sleep(1)
sys.stdin.readline() # Clear buffer
LOGGER.info('Bye!')
async def run(address, loop):
print("Start connecting ...")
async with BleakClient(address, loop=loop) as client:
print("Connect!", end="\n\n")
key_used = sorted(set(press_keycmd_map.keys()).union(release_keycmd_map.keys()))
for key in key_used:
keyboard.on_press_key(key, press_put_queue, suppress=True)
keyboard.on_release_key(key, release_put_queue, suppress=True)
print("Key {} are now ready".format(key_used))
keyboard.add_hotkey('q', set_exit, suppress=True)
print("You can now control the robot via BLE UART. (press q to exit)", end="\n\n")
while not is_exited:
await send(client)
print("Disconnected!")
def main():
inter = Interface()
world = esper.World()
random.seed()
creature = {}
tree = {}
for i in range(15):
creature[i] = world.create_entity(
Life(), Mind(),
Position(random.randint(40, 80), random.randint(10, 50)),
Paint(125, 125, 125, 100))
tree[i] = world.create_entity(
Life(), Tree(20),
Position(random.randint(40, 80), random.randint(10, 50)),
Paint(50, 150, 50, 100))
world.add_processor(Show())
world.add_processor(Move())
world.add_processor(Grow())
world.add_processor(Bear_Fruit())
#keyboard.add_hotkey('r', print, args=[world.component_for_entity(user, Relations).relations2others])
keyboard.on_release_key('enter', inter.pause_pressed)
# A dummy main loop:
try:
while True:
inter.step_number += 1
inter.step()
time.sleep(0.1)
world.process()
graph.flip()
while (inter.pause):
pass
except KeyboardInterrupt:
return
async def run(address, loop):
print("Start connecting ...")
async with BleakClient(address, loop=loop) as client:
print("Connect!", end="\n\n")
key_used = ['1', '2', '3', '4', 'up', 'down', 'left', 'right']
for key in key_used:
keyboard.on_press_key(key, press_put_queue, suppress=True)
keyboard.on_release_key(key, release_put_queue, suppress=True)
print("Key {} are now ready".format(key_used))
keyboard.add_hotkey('q', set_exit, suppress=True)
print("You can now control the robot via BLE UART. (press q to exit)",
end="\n\n")
while not is_exited:
await send(client)
print("Disconnected!")
def enable(self, autorunState, dwarfglitchState):
if autorunState:
keyboard.on_press_key(self.hkAutorun, lambda e: self.switch_mode())
keyboard.on_release_key('w', lambda e: self.stop('w'))
keyboard.on_release_key('shift', lambda e: self.stop('shift'))
keyboard.on_release_key('s', lambda e: self.stop('s'))
if dwarfglitchState:
keyboard.add_hotkey(self.hkDwarfglitch, lambda: self.go_dwarf())
def run(self):
cap = cv2.VideoCapture(0)
keyboard.on_press_key('c', self.on_press)
keyboard.on_release_key('c', self.on_release)
while cap.isOpened():
ret, self.image = cap.read()
self.roi = cv2.cvtColor(self.image[0:self.roi_size, 0:self.roi_size, :], cv2.COLOR_BGR2HSV)
if self.calibrate:
self.draw_calibration_rects()
self.image, roi, mask = self.processor.process_image(self.image, self.roi, self.roi_size, self.lower_skin, self.upper_skin)
if self.show_input:
cv2.imshow('camera', self.image)
if self.show_hsv:
cv2.imshow('hsv', roi)
if self.show_mask:
cv2.imshow('mask', mask)
k = cv2.waitKey(10)
if k == 27:
break
cap.release()
cv2.destroyAllWindows()
def start_exe():
global actionList
global loadState
global runState
if loadState == 0:
messagebox.showinfo("提示", "请上传动作列表文件")
elif entry_hotkey.get() == "":
messagebox.showinfo("提示", "请输入启动热键")
else:
if runState == 0:
keyboard.on_release_key(entry_hotkey.get(),
action_exe,
suppress=False)
label_state2.config(text="运行中")
button_run.config(text="停止")
runState = 1
print("run")
elif runState == 1:
keyboard.unhook_all()
label_state2.config(text="已停止")
button_run.config(text="运行")
runState = 0
print("stop")
def start_hotkeys(self):
obs_settings = self.app.settings.hotkeys.obs
kivy_settings = self.app.settings.hotkeys.kivy
general_settings = self.app.settings.hotkeys.general
# Camera Hotkey
keyboard.hook_key(obs_settings.camera_scene_hotkey[0],
lambda x: self.on_hotkey("camera", x),
suppress=True)
Logger.info("binding hotkey " +
f"{obs_settings.camera_scene_hotkey[0]}")
# Center Scene Hotkey
keyboard.hook_key(obs_settings.center_screen_hotkey[0],
lambda x: self.on_hotkey("center", x),
suppress=True)
Logger.info("binding hotkey" +
f" {obs_settings.center_screen_hotkey[0]}")
# Automatic Checkbox Hotkey
keyboard.add_hotkey(kivy_settings.scene_lock,
lambda x: self.on_hotkey("scene_lock", x),
suppress=True)
Logger.info(f"binding hotkey {kivy_settings.scene_lock}")
# Next Button for the clicker
keyboard.on_release_key(general_settings.clicker_forward,
lambda x: self.on_hotkey("clicker_next", x),
suppress=True)
Logger.info(f"binding hotkey {general_settings.clicker_forward}")
# Previous Button for the clicker
keyboard.on_release_key(general_settings.clicker_backward,
lambda x: self.on_hotkey("clicker_prev", x),
suppress=True)
Logger.info("binding hotkey " + f"{general_settings.clicker_backward}")
def __init__(self, main_title, behaviours):
"""
:type behaviours list
"""
self.initial_pos = {'x': 2, 'y': 1}
self.behaviour_list = behaviours
for behaviour in self.behaviour_list:
if not 'callback' in behaviour:
self.initial_pos['y'] += 1
else:
break
self.behaviour_list.append({'main': "Confirm", 'description': "Validate your actions"})
self.key_map_listed = [key for key in self.behaviour_list]
self.map_length = len(self.behaviour_list)
self.cursor_pos = {'x': 1, 'y': 1}
self.offset = {'x': 0, 'y': 1}
self.checked_cases = []
# Thread(target=self.wait_key).start()
self.callback_todo = []
self.clear_screen()
self.move_to(1, 1)
for behaviour in self.behaviour_list: # type: dict
if 'flags' in behaviour:
if 'title' in behaviour['flags']:
separator = "-" * 10
print("{2}{0}{1:^20}{0}{3}".format(separator, behaviour['main'], Fore.CYAN, Fore.RESET),
end="\n")
if 'description' in behaviour:
print('[{0:}] {1:} : {2:40}'.format(unchecked_char, behaviour['main'], behaviour['description']),
end="\n")
self.move_to_first_choice()
keyboard.on_release_key('Up', self.upper_action)
keyboard.on_release_key('Down', self.downer_action)
keyboard.on_release_key('Space', self.space_action)
Thread(target=self.prevent_stop).start()
def captureMotion(verbose: bool, channelName: str, out_file: str, sound_file: str):
if verbose:
print("capturing input to channel name %s. Storing in file %s." %
(channel, out_file))
print(INSTRUCTIONS_STRING)
keyboard.on_release_key(START_CHAR, startRecordingCallback, suppress=True)
keyboard.on_press_key(BEAT_CHAR, startBeatCallback, suppress=True)
keyboard.on_release_key(BEAT_CHAR, endBeatCallback, suppress=True)
keyboard.on_release_key(END_CHAR, endRecordingCallback)
t = threading.Thread(target=writeFile, args=[out_file, channelName, sound_file])
t.start()
# keyboard.wait()
t.join()
def run(filename):
# Create the file as global
# so that the keyboard press
# handlers may access them
global file
file = createFile(filename)
# Adds headers to the created
# file
addHeaders()
# Show the available keybinds to
# the user
printKeybinds()
# Create global possession
# object so that all handlers
# may access it
global possession
possession = {}
# Create global quarter integer
# so that all handlers may access it
global quarter
quarter = 1
# Bind the KEYBIND_POSSESSION to its handler
keyboard.on_release_key(KEYBIND_POSSESSION, handlePossession)
# Bind the KEYBIND_QUARTER to its handler
keyboard.on_release_key(KEYBIND_QUARTER, handleQuarter)
# Bind all other keybinds
for keybind in KEYBINDS:
keyboard.on_release_key(keybind, handleKeybind)
# while True:
keyboard.wait()
def test_on_release_key(self):
keyboard.on_release_key(
'a', lambda e: self.assertEqual(e.name, 'a') and self.assertEqual(
e.event_type, KEY_UP))
self.do(d_a + u_a)
def test_on_release_key(self):
keyboard.on_release_key('a', lambda e: self.assertEqual(e.name, 'a') and self.assertEqual(e.event_type, KEY_UP))
self.do(d_a+u_a)
if(pause > 300 and pause < 500):
pyautogui.click(savedCoords[0][0], savedCoords[0][1])
previousTime = timestamp
root.after(10, root_loop)
class MainApplication(tk.Frame):
def __init__(self, parent, *args, **kwargs):
tk.Frame.__init__(self, parent, *args, **kwargs)
self.parent = parent
w = tk.Label(self, text="HACKATHON BABY")
w.pack();
def moveToCurrent(info):
global pressed
if not pressed:
pressed = True
pyautogui.moveTo(currX, currY)
def click(info):
global pressed
pyautogui.click()
pressed = False
if __name__ == "__main__":
MainApplication(root).pack(side="top", fill="both", expand=True)
root.after(50, root_loop)
keyboard.on_press_key('alt', moveToCurrent);
keyboard.on_release_key('alt', click);
root.mainloop()
def register(self):
for k in SCAN_CODES_HID_USAGEID_MAPPING:
keyboard.on_press_key(k, self.key_press_handler)
keyboard.on_release_key(k, self.key_release_handler)
def pressed_c(f):
ui.lab_c.setStyleSheet(str(colorscheme_pressed))
# ---- Init
app = QApplication(sys.argv)
window = QWidget()
ui = Ui_Form()
ui.setupUi(window)
# ---- Hotkeys
# keyboard.add_hotkey('a', set_style_bgwhite) ---- This is a test
keyboard.on_press_key('up', pressed_up)
keyboard.on_release_key('up', release_up)
keyboard.on_press_key('down', pressed_down)
keyboard.on_release_key('down', release_down)
keyboard.on_press_key('a', pressed_a)
keyboard.on_release_key('a', release_a)
keyboard.on_press_key('d', pressed_d)
keyboard.on_release_key('d', release_d)
keyboard.on_press_key('c', pressed_c)
keyboard.on_release_key('c', release_c)
keyboard.on_press_key('x', pressed_x)
keyboard.on_release_key('x', release_x)
# ---- Launch Window
window.show()
sys.exit(app.exec_())
print('Started...')
def on_key_press(e):
global memory
global last_timestamp
if not e.name or any(key in e.name for key in reset_keys):
return
time = e.time
timestamp = datetime.fromtimestamp(time)
delta = timestamp - last_timestamp
if delta.total_seconds() > TIMEOUT:
memory = []
memory.append(e)
last_timestamp = timestamp
def on_alt_release(e):
global memory
memory = []
keyboard.on_press(on_key_press)
keyboard.on_release_key('alt', on_alt_release)
keyboard.add_hotkey('ctrl+alt+shift', on_triggered)
print("Press TAB+ESC to stop.")
keyboard.wait('tab+esc')