def __init__(self, pin):
self._value = 0
# setup gpiozero to call increment on each when_activated
encoder = DigitalInputDevice(pin)
encoder.when_activated = self._increment
encoder.when_deactivated = self._increment
def __init__(self, pin):
self._value = 0
#GPIO.setup(pin, GPIO.IN, pull_up_down=GPIO.PUD_UP)
#GPIO.add_event_detect(pin, GPIO.FALLING, callback=self._increment, bouncetime=10)
encoder = DigitalInputDevice(pin, pull_up=True)
encoder.when_activated = self._increment
encoder.when_deactivated = self._increment
def initialize(pin, device_type):
if device_type == "DigitalInput":
device = DigitalInputDevice(pin)
device.when_activated = lambda: on_action(pin, 0)
device.when_deactivated = lambda: on_action(pin, 1)
pin_map[pin] = device
print("Initialized pin {} as {}".format(pin, device_type))
elif device_type == "DigitalOutput":
pin_map[pin] = DigitalOutputDevice(pin)
print("Initialized pin {} as {}".format(pin, device_type))
def create_encoder(pin):
"""
Creates and configures a DigitialInputDevice at the specified pin for use
as a rotary encoder input.
This function is intended for internal use only.
"""
encoder = DigitalInputDevice(pin, pull_up=True)
encoder.when_activated = on_change
encoder.when_deactivated = on_change
return encoder
from gpiozero import LineSensor, DigitalInputDevice
from signal import pause
from time import sleep
def found():
print("hehwerewrewr")
def nofound():
print("adsadsadsad")
# sensor = LineSensor(4)
# sensor.when_line = found
# sensor.when_no_line = nofound
sensor = DigitalInputDevice(4)
sensor.when_activated = found
sensor.when_deactivated = nofound
sleep(1)
while True:
print("Sensor value: ", sensor.active_state)
sleep(1)
#pause()
def __init__(self, pin):
self._value = 0
encoder = DigitalInputDevice(pin)
encoder.when_activated = self._increment
encoder.when_deactivated = self._increment
from gpiozero import DigitalInputDevice
from signal import pause
import time
class encoder(object):
def __init__(self):
self.value = 0
def reset(self):
self.value = 0
def increment(self):
self.value += 1
def activated() : my_enc.increment()
def deactivated() : return 0
my_enc = encoder()
enc = DigitalInputDevice(17)
enc.when_activated = activated
enc.when_deactivated = deactivated
start = time.time()
while True:
elapsed = time.time()-start
print('Time {0:0.2f} -- N = {1} -- Velocity {2}'.format(elapsed,my_enc.value,my_enc.value/elapsed),end="\r")
pause()
'frame': 0,
}
def start_frame():
state['x'] = 0
state['y'] = 0
state['frame'] += 1
print('frame')
def start_line():
state['y'] += 1
state['x'] = 0
print('line')
def clock_pixel():
print(d0.is_active, d1.is_active, clk.is_active)
#sys.exit(1)
vsync.when_deactivated = start_frame
hsync.when_deactivated = start_line
clk.when_deactivated = clock_pixel
try:
pause()
except:
print(state)
from messageDecoder import *
from gpiozero import DigitalInputDevice
#sends message to user when pet goes to food bowl.
diginput = DigitalInputDevice(22)
def WhenActivated():
data = "pet at bowl"
sendMessageDogDetect(data)
def WhenDeactivated():
data = "pet left bowl"
sendMessageDogDetect(data)
diginput.when_activated = WhenActivated
diginput.when_deactivated = WhenDeactivated
def row3Released():
global scanning
scanning = True
def row4Released():
global scanning
scanning = True
row1.when_activated = row1Pressed
row2.when_activated = row2Pressed
row3.when_activated = row3Pressed
row4.when_activated = row4Pressed
row1.when_deactivated = row1Released
row2.when_deactivated = row2Released
row3.when_deactivated = row3Released
row4.when_deactivated = row4Released
currentMillis = 0
previousMillis = 0
interval = 10
colNumber = 0
keypadNumber = 20
scanning = True
passCount = 0
passTimeout = 0
password = "******"
passEnter = ""
enc2_rev = 0
def enc1_fn():
global enc1_clicks, enc1_rev
enc1_clicks = enc1_clicks + 1
if enc1_clicks == 40:
enc1_clicks = 0
enc1_rev = enc1_rev + 1
print(enc1_rev, ' Revolutions completed by enc 1')
def enc2_fn():
global enc2_clicks, enc2_rev
enc2_clicks = enc2_clicks + 1
if enc2_clicks == 40:
enc2_clicks = 0
enc2_rev = enc2_rev + 1
print(enc2_rev, ' Revolutions completed enc 2')
enc1.when_activated = enc1_fn
enc1.when_deactivated = enc1_fn
enc2.when_activated = enc2_fn
enc2.when_deactivated = enc2_fn
while True:
time.sleep(1)
from sweetmorse.morse import Morse
from gpiozero import DigitalOutputDevice, DigitalInputDevice
speed = 100 # bits per second
cycle_time = 1 / speed # seconds per bit
end_of_file = "1010101010101010101"
print("Obtaining pin 21 for output...")
gpio_out = DigitalOutputDevice(21) # voltage generated here
print("Obtaining pin 16 for input...")
print()
gpio_in = DigitalInputDevice(16) # voltage read here
edges = [] # rising or falling voltage transitions
gpio_in.when_activated = lambda: edges.append((dt.datetime.now(), "1"))
gpio_in.when_deactivated = lambda: edges.append((dt.datetime.now(), "0"))
try:
message = Morse.from_plain_text("sos")
binary_outgoing = message.binary
print("Sending message: " + message.plain_text)
print("Converted to binary: " + binary_outgoing)
print()
print("Sending message at {} bits per second...".format(speed))
print()
for value in binary_outgoing + end_of_file:
if value == '0':
gpio_out.off()
else:
#!/usr/bin/python
import time
import cv2
import requests
from gpiozero import LED, LightSensor, DigitalInputDevice
led = LED(17)
sensor = DigitalInputDevice(4)
sensor.when_activated = led.on
sensor.when_deactivated = led.off
while True:
time.sleep(1)
"value"]:
values[index_user_changed] = user_changed_value_and_index["value"]
update_index(index_user_changed,
user_changed_value_and_index["index"])
values[index_auto_change] = auto_changed_value_and_index["value"]
update_index(index_auto_change,
auto_changed_value_and_index["index"])
else:
values[index_user_changed] = user_changed_value_and_index["value"]
update_index(index_user_changed, user_changed_value_and_index["index"])
update_screen()
button = Button(select_button_pin)
button.when_held = held
button.when_released = released
button_two = Button(select_button_two_pin)
button_two.when_activated = second_button_pressed
clk = DigitalInputDevice(clk_pin, True)
clkLastState = clk.value
dt = DigitalInputDevice(dt_pin, True)
clk.when_deactivated = rot
setup()
pause()
from gpiozero import DigitalInputDevice
from signal import pause
def button_pressed():
print("pressed")
def button_released():
print("released")
button_pin = DigitalInputDevice(23, pull_up=True)
button_pin.when_activated = button_pressed
button_pin.when_deactivated = button_released
pause()
