def main(): spi = SPI(sck=Pin(18), mosi=Pin(23), miso=Pin(19)) lcd = LCD.LCD(spi, cs=Pin(26), rs=Pin(17), rst=Pin(16), led=Pin(13)) lcd.lcd_clear(lcd.color_white) lcd.set_back_color(lcd.color_blue) lcd.set_point_color(lcd.color_red) lcd.lcd_show_string(0, 0, 12, 'Hello MicroPython', 1)
def getPlateInfo(): try: plate = request.form['plate'] data = firestore.getInfoByPlate(plate) Servo.servo() LCD.LCD(plate) response = app.response_class(status=200, response=json.dumps(data), mimetype='application/json') return response except Exception as identifier: LCD.LCD('Ban chua dang ki') print("get errors") print(identifier) return app.response_class(status=500, response=json.dumps( {'message': 'Internal server error'}), mimetype='application/json')
def main(): lcd = LCD() airmon = Airmon("wlan0") airmon.start() main_airdump = Airodump(lcd) main_airdump.start() for x in xrange(100): print str(x) time.sleep(1) main_airdump.stop() print "done"
def __new__(self): if self._instance is None: self._instance = super(Main, self).__new__(self) self._motor_control = MotorControl() # print(self._motor_control) self._lcd = LCD() self._lcd.start() self._temperature = temperature() self._light = light() self._distance = Distance() self._compass = compass(declination=(1, 19)) return self._instance
from machine import ADC, SPI, PWM, Pin, freq from FlagArcade import * import LCD # 螢幕初始設定 spi = SPI(1, baudrate=40000000) screen = LCD.LCD(spi, 15, 5, 0) screen.init() screen.clearLCD() # 按鈕腳位設定 adc = ADC(0) # 蜂鳴器腳位與強度設定 buzzer = PWM(Pin(4)) amp = 512 # 設計遊戲音效 def ding(): buzzer.freq(988) buzzer.duty(amp) time.sleep(.05) buzzer.duty(0) def toot(): buzzer.freq(494) buzzer.duty(amp) time.sleep(.01) buzzer.duty(0)
import LCD from machine import freq, SPI, Pin, PWM, ADC, Timer import time from flaglib import * freq(160000000) spi = SPI(1, baudrate=40000000, polarity=0, phase=0) lcd = LCD.LCD(spi, 15, 5, 0) lcd.init() lcd.setRotation(4) lcd.clearLCD() adc = ADC(0) button = Pin(4, Pin.IN, Pin.PULL_UP) buzzer = PWM(Pin(12)) left_pixels_1 = (b" 1 1 11 " b" 11 11 11 " b" 111111111 1 " b" 11 111 11 11 " b"111 111 11111 1 11 " b" 1111 1111 11 1 111 " b"1111 111111111111 " b" 1111111 111111111 " b" 1111111111 " b" 111111111111 " b" 11 11 ") left_pixels_2 = (b" 1 1 11 " b" 11 11 11 " b" 111111111 1 "
GPIO.setup(25, GPIO.IN) #in GPIO.setup(22, GPIO.IN) #servo track = 0 status = False while True: sensorIn = GPIO.input(25) sensorTracking = GPIO.input(22) if sensorIn == 0 and track == 0: print("F**k") plate = detect.get_plate() if plate != "": status = firestore.getInfoByPlate(plate) if status != False: moneyBack = status["money"] - 5000 firestore.updateDB(plate, moneyBack, status["status"]) sleep(0.1) Servo.openServo() LCD.LCD(plate) track = track + 1 else: LCD.LCD("Bien so ko hop le") else: LCD.LCD("Bien so ko hop le") if sensorTracking == 0 and track == 1: track = 0 if sensorIn == 1 and sensorTracking == 1 and track == 0: Servo.closeServo() print("This is 0") sleep(0.1)
def Adafruit_CharLCDBackpack(address): return LCD() def __init__(self): pass
from LCD import * import RPi.GPIO as GPIO import time as t import subprocess as sub version = "0.3A" lcd = LCD() h = GPIO.HIGH l = GPIO.LOW delay = 0.4 encoderA = 16 encoderB = 21 encoderButton = 20 encoderVal = 0 lastencoded = 0 stage = 1 setup = True motorL = 19 motorR = 26 FPH = 0 H = 0 totalFrames = 0 currentFrame = 0 #Setup GPIO.setwarnings(False) GPIO.setmode(GPIO.BCM) GPIO.setup(encoderA, GPIO.IN, pull_up_down=GPIO.PUD_UP) GPIO.setup(encoderB, GPIO.IN, pull_up_down=GPIO.PUD_UP)
#!/usr/bin/env python3 import LCD x = LCD.LCD() x.set_lcd_contrast(9)
total_images2 = 101 file2 = "filtered_image_data.csv" model2 = AtopicEczemaModel(file2, total_images2) model2.setup() model2.train_new_model() print(model2.runTest(0.2)) camera = PiCamera() camera.resolution = (1024, 768) GPIO.setmode(GPIO.BCM) GPIO.setup(4, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) lcd = LCD.LCD() counter = 0 lcd.clearScreen() lcd.printOut("Hello") os.environ["GOOGLE_APPLICATION_CREDENTIALS"] = "../token.json" mydb = mysql.connector.connect( host="34.70.40.173", user="******", passwd="password123", database="test", )
from bbio.libraries.SafeProcess import * import random from math import atan2, sin from LCD import * setPoint = Array('i', [0, 0]) encoder_R = RotaryEncoder(RotaryEncoder.EQEP2b) encoder_L = RotaryEncoder(RotaryEncoder.EQEP1) LEFT_PWM = PWM1A RIGHT_PWM = PWM2A LEFT_ON = GPIO2_23 LEFT_LOW = GPIO2_22 RIGHT_ON = GPIO2_25 RIGHT_LOW = GPIO2_24 newDisplay = LCD(0x63) SPI0.begin() SPI0.setMaxFrequency(0, 50000) SPI0.setMaxFrequency(1, 50000) SPI1.begin() SPI1.setMaxFrequency(0, 50000) SPI1.setMaxFrequency(1, 50000) error_h = [0, 0] i_e = 0 d_e = 0 threshold = 300 def adc_read(cs, ch):
def __init__(self): #start LCD object self.LCD = LCD.LCD() self.tempControl = temp.TempControl() self.fans = fans.Fans()
def __init__(self): self.lcd = LCD() self.rogue_aps = []
CHECK_SCHEDULE_COUNT_LCD = 1000 #/**************************************************************************/ #/* Main application procedure. */ #/**************************************************************************/ # Instance of the system time class to handle system time and clock module. ThisSystemTime = SystemTime.SystemTime() # Instance of schedule class to store and process timer schedules. ThisSchedule = Schedule.Schedule() # Instnace of relays class to store current relay states. ThisRelays = Relays.Relays() #Instance of keypad class to read key presses on a GPIO keypad. ThisKeypad = Keypad.Keypad(GPIO_KEYPAD_PINS) #Instance of LCD class to write to a GPIO LCD module. ThisLCD = LCD.LCD(GPIO_LCD_PINS) # /*********************************************************/ # /* Configure the console so key presses can be captured. */ #/*********************************************************/ window = False if TERMINAL: curses.initscr() curses.noecho() window = curses.newwin(80, 25) window.nodelay(1) window.timeout(0) # Instance of user interface class to manage user interactions. ThisUserInterface = UserInterface.UserInterface(window, ThisLCD, ThisSchedule, ThisRelays)
import USBModem greenButton=23 redButton=24 solePin=25 flowPin=18 greenRFIDIndic=5 redRFIDIndic=6 greenButtonIndic=13 redButtonIndic=19 mCode = "pi62244632" LCD_ = LCD.LCD() rfidReader = MFRC522.MFRC522() cam = webCam.webCam() db=Database.Database() flow_count=0 flow_totalFlow=0 flow_startTime=0 flow_elapsedTime=0 def pinModeSetup(): GPIO.setmode(GPIO.BCM) GPIO.setwarnings(False) GPIO.setup(greenButton, GPIO.IN)