def __init__(self, board, pins):
if not board:
raise ArduinoNotSuppliedException
# TODO: Check that pins is dict
super(RGBLed, self).__init__()
self._red = Led(board, pins["red"])
self._green = Led(board, pins["green"])
self._blue = Led(board, pins["blue"])
def __init__(self, board, pins):
if not board:
raise ArduinoNotSuppliedException
# TODO: Check that pins is dict
super(RGBLed, self).__init__()
self._red = Led(board, pins["red"])
self._green = Led(board, pins["green"])
self._blue = Led(board, pins["blue"])
import settings
import sys
from BreakfastSerial import Led, Arduino, Button
from twilio import TwilioRestException
from twilio.rest import TwilioRestClient
board = Arduino()
LED_PIN = 13
BUTTON_PIN = 2
led = Led(board, LED_PIN)
button = Button(board, BUTTON_PIN)
msg_sent = False
def down_press():
global msg_sent
print "button down"
if not msg_sent:
# Turn on the LED to indicate we are sending the txt message!
led.on()
try:
client = TwilioRestClient(settings.twilio_account_sid,
settings.twilio_auth_token)
message = client.sms.messages.create(
body="Hello from Julia's rad Arduino!",
to=settings.your_phone_number,
from_=settings.your_twilio_number)
from BreakfastSerial import Arduino, Led
from time import sleep
morsePin = 13
dotDelay = 0.2
letters = [".-", "-...", "-.-.", "-..", ".", "..-.", "--.", "....", "..", # A-I
".---", "-.-", ".-..", "--", "-.", "---", ".--.", "--.-", ".-.", # J-R
"...", "-", "..-", "...-", ".--", "-..-", "-.--", "--..", # S-Z
]
numbers = ["-----", ".----", "..---", "...--", "....-", ".....", "-....", "--...", "---..", "----."] # digits
if __name__ == "__main__":
board = Arduino()
led = Led(board, morsePin)
while(True):
message = raw_input("Type your message ('EOF' to finish): ")
if message == 'EOF':
break
for ch in message.upper():
if ch.isalpha():
morsech = letters[ord(ch) - ord('A')]
elif ch.isdigit():
morsech = numbers[ord(ch) - ord('0')]
elif ch == " ":
sleep(4 * dotDelay) # gab between words
continue
for dotOrDash in morsech:
#! /usr/bin/env python """ This is an example that demonstrates how to use a button to control an led with BreakfastSerial. It assumes you have an button wired up to pin 8 and an led wired to pin 13. """ from BreakfastSerial import Arduino, Led, Button board = Arduino() button = Button(board, 8) led = Led(board, 13) button.down(led.toggle) button.hold(lambda: led.blink(200)) # Run an interactive shell so you can play (not required) import code code.InteractiveConsole(locals=globals()).interact()
import settings
import alsaaudio
from time import sleep
from BreakfastSerial import Led, Arduino, Button
board = Arduino()
LED_PIN = 9
LED_3 = 8
LED_2 = 11
BUTTON_PIN = 2
m = alsaaudio.Mixer()
led = Led(board, LED_PIN)
LED_2 = Led(board, LED_2)
LED_3 = Led(board, LED_3)
button = Button(board, BUTTON_PIN)
def hold_cb():
print "Full Volume"
led.on()
m.setvolume(100)
LED_2.off()
LED_3.off()
def down_cb():
LED_2.on()
LED_3.on()
print "Setting!"
m.setvolume(20)
led.off()
#! /usr/bin/env python """ This is an example that demonstrates how to blink an led using BreakfastSerial. It assumes you have an led wired up to pin 13. """ from BreakfastSerial import Led, Arduino board = Arduino() led = Led(board, 13) led.blink(200) # Run an interactive shell so you can play (not required) import code code.InteractiveConsole(locals=globals()).interact()
class RGBLed(EventEmitter):
def __init__(self, board, pins):
if not board:
raise ArduinoNotSuppliedException
# TODO: Check that pins is dict
super(RGBLed, self).__init__()
self._red = Led(board, pins["red"])
self._green = Led(board, pins["green"])
self._blue = Led(board, pins["blue"])
def off(self):
self._red.off()
self._green.off()
self._blue.off()
return self
def red(self):
self._red.on()
self._green.off()
self._blue.off()
return self
def green(self):
self._red.off()
self._green.on()
self._blue.off()
return self
def blue(self):
self._red.off()
self._green.off()
self._blue.on()
return self
def yellow(self):
self._red.on()
self._green.on()
self._blue.off()
return self
def cyan(self):
self._red.off()
self._green.on()
self._blue.on()
return self
def purple(self):
self._red.on()
self._green.off()
self._blue.on()
return self
def white(self):
self._red.on()
self._green.on()
self._blue.on()
return self
# Run an interactive shell so you can play (not required) import code code.InteractiveConsole(locals=globals()).interact() ########NEW FILE######## __FILENAME__ = led #! /usr/bin/env python """ This is an example that demonstrates how to blink an led using BreakfastSerial. It assumes you have an led wired up to pin 13. """ from BreakfastSerial import Led, Arduino board = Arduino() led = Led(board, 13) led.blink(200) # Run an interactive shell so you can play (not required) import code code.InteractiveConsole(locals=globals()).interact() ########NEW FILE######## __FILENAME__ = light_switch #! /usr/bin/env python """ This is an example that demonstrates how to use a button to control an led with BreakfastSerial. It assumes you have an button wired up to pin 8 and an led wired to pin 13.
from Tkinter import *
from BreakfastSerial import Arduino, Buzzer, Sensor, setInterval, Led
import time
board = Arduino()
led = Led(board, 12)
buzzer = Led(board, 8)
def alert():
print "Return to base"
led.blink(100)
buzzer.blink(100)
def oxygenAlert():
led.off()
buzzer.off()
led.on()
#time.sleep(2)
print "Current Oxygen level: |||||||||| 86 %"
def dangerAlert():
led.blink(1000)
buzzer.blink(800)
print "Danger Approaching. Return to base"
def co2Alert():
led.blink(1000)
import settings from BreakfastSerial import Led, Arduino, Button board = Arduino() led_pin = 12 led_pins2 = 13 led2 = Led(board, led_pin) led = Led(board, led_pins2) led.on() print "Led %s" % led_pin led2.on() print "Led 2 is ON"
import datetime
from BreakfastSerial import Arduino, Led, Button
board = Arduino()
led13 = Led(board, 13)
ledg = Led(board, 9)
ledr = Led(board, 10)
btn = Button(board, 2)
def btn_up_cb():
ledg.off()
ledr.off()
def btn_down_cb():
ledg.on()
ledr.off()
def btn_hold_cb():
ledg.blink(200)
second = datetime.datetime.now().second
print("Current second: {}".format(second))
bspeed = second * 1000 / 60
ledr.blink(bspeed)
if __name__=="__main__":
btn.up(btn_up_cb)
btn.down(btn_down_cb)
btn.hold(btn_hold_cb)
led13.blink(1000)
print("Ready.")
import settings from BreakfastSerial import Led, Arduino, Button board = Arduino() led_pin = 12 led_pins2 = 13 led2 = Led(board, led_pin) led = Led(board, led_pins2) led.on() print "Led %s" % led_pin led2.on() print "Led 2 is ON"
#! /usr/bin/env python
"""
This is an example that demonstrates how to use a
potentiometer to fade an LED with BreakfastSerial.
It assumes you have an potentiometer wired up to
pin A0 and a LED on pin 9.
"""
from BreakfastSerial import Arduino, Sensor, Led
board = Arduino()
sensor = Sensor(board, "A0")
led = Led(board, 9)
def change_led_brightness():
led.brightness(100 * sensor.value)
sensor.change(change_led_brightness)
# Run an interactive shell so you can play (not required)
import code
code.InteractiveConsole(locals=globals()).interact()
class RGBLed(EventEmitter):
def __init__(self, board, pins):
if not board:
raise ArduinoNotSuppliedException
# TODO: Check that pins is dict
super(RGBLed, self).__init__()
self._red = Led(board, pins["red"])
self._green = Led(board, pins["green"])
self._blue = Led(board, pins["blue"])
def off(self):
self._red.off()
self._green.off()
self._blue.off()
return self
def red(self):
self._red.on()
self._green.off()
self._blue.off()
return self
def green(self):
self._red.off()
self._green.on()
self._blue.off()
return self
def blue(self):
self._red.off()
self._green.off()
self._blue.on()
return self
def yellow(self):
self._red.on()
self._green.on()
self._blue.off()
return self
def cyan(self):
self._red.off()
self._green.on()
self._blue.on()
return self
def purple(self):
self._red.on()
self._green.off()
self._blue.on()
return self
def white(self):
self._red.on()
self._green.on()
self._blue.on()
return self
import settings
from BreakfastSerial import Led, Arduino, Button, Servo, Sensor
import time
from time import sleep
print '''PUT ASCII ART HERE BECAUSE ASCII!!!
'''
User = raw_input("Please select a function to test: \n")
if User == 1:
Led()
if User == 2:
loop()
if User == 3:
servo()
board = Arduino()
sensor = Sensor(board, "A0")
def loop():
value = sensor.value or 1
value = value / 2
print value
sensor.on()
def servo():
# Run an interactive shell so you can play (not required) import code code.InteractiveConsole(locals=globals()).interact() ########NEW FILE######## __FILENAME__ = led #! /usr/bin/env python """ This is an example that demonstrates how to blink an led using BreakfastSerial. It assumes you have an led wired up to pin 13. """ from BreakfastSerial import Led, Arduino board = Arduino() led = Led(board, 13) led.blink(200) # Run an interactive shell so you can play (not required) import code code.InteractiveConsole(locals=globals()).interact() ########NEW FILE######## __FILENAME__ = light_switch #! /usr/bin/env python """ This is an example that demonstrates how to use a button to control an led with BreakfastSerial. It assumes you have an button wired up to pin 8 and an led wired to pin 13.
