from machine import PIN
from machine import LED
total_pin = 35
pin_title = 'P'
pin_num = 0
failNum = 0
led = LED(1)
led.on()
led.off()
irq_count = 0
def count(t):
global irq_count
if irq_count < 5:
irq_count = irq_count + 1
else:
irq_count = 0
while pin_num < total_pin:
if pin_num == 17 or pin_num == 18:
pin_num += 1
continue
gpio_set = pin_title + str(pin_num)
p_test = PIN(gpio_set) #创建I/O
p_test.mode(PIN.OUT) #设置引脚模式为输出
p_test.drive(PIN.LOW_POWER) #设置引脚驱动强度
p_test.value(1) #设置引脚的值
print(p_test)
cmp_str = "Pin('" + gpio_set + "', mode=Pin.OUT, pull=Pin.INACTIVE, drive=Pin.LOW_POWER, alt=0)"
'''
溫度 LM35
Out -- AIN0
GND -- GND
VCC -- 3.3V
'''
from machine import UART, ADC, Pin, LED
import utime
rled = LED('ledr')
gled = LED('ledg')
rgbled = LED(LED.RGB)
rled.off()
gled.off()
adc0 = ADC(Pin.board.AIN0)
count = 0
while True:
''' Lite ADC have 12bit '''
adc_0 = adc0.read() >> 2
# temp = (adc_val /1024(10bit) *ADC_VCC ) *0.01 oC
temp = (adc_0 / 1024 * 3.3) / 0.01
print('{:3.2f} oC'.format(temp))
utime.sleep_ms(1000)
from machine import LED total_pin = 4 pin_num=1 while pin_num < (total_pin+1): led_test=LED(int(pin_num)) #LED1~4循序亮灭 print(led_test) led_test.on() for j in range(0,5000,1): continue led_test.off() for j in range(0,5000,1): continue led_test.toggle() for j in range(0,5000,1): continue led_test.toggle() for j in range(0,5000,1): continue pin_num=pin_num+1
# need update ePy-Lite micropython image to V1.5
from machine import LED, Pin, ADC, Switch, UART
import utime, micropython, sys, gc
# setting 接收 ADVERT information
ADV_NAME = '08167319'
myID = '01'
ledy = LED('ledy')
ledr = LED('ledr')
ledg = LED('ledg')
ledrgb = LED(LED.RGB)
ledy.off()
ledr.off()
ledg.off()
keya = Switch('keya')
#使用 UART1 連接 BLE，並增加接收 Buffer
BLE_uart = UART(1, 115200, read_buf_len=1024)
# 確認切到 command mode
BLE_uart.write('!CCMD@')
utime.sleep_ms(200)
BLE_uart.write('!CCMD@')
utime.sleep_ms(200)
ledy.toggle()
'''
CMC GMFS02EVB
pin1 -- AIN0 (up)
pin4 -- AIN1 (down)
pin3 -- GND
pin2 -- 3.3V
'''
from machine import UART, ADC, Pin, LED
import utime
rled = LED('ledr')
gled = LED('ledg')
rgbled = LED(LED.RGB)
rled.off()
gled.off()
adc0 = ADC(Pin.board.AIN0)
adc1 = ADC(Pin.board.AIN1)
count = 0
while True:
adc_0 = adc0.read()
adc_1 = adc1.read()
report0 = adc_0 * 3.3 / (2**12)
report1 = adc_1 * 3.3 / (2**12)
if (report0 - report1 >= 1.2):
if count == 3:
count = 1
else:
count = count + 1
if count == 1:
rgbled.rgb_write(1, 255, 0, 0)
rgbled.rgb_write(2, 0, 255, 0)
from machine import LED, delay
ledR = LED('ledr')
ledY = LED('ledy')
ledG = LED('ledg')
ledR.off()
ledY.off()
ledG.off()
delay(1000)
ledR.on()
ledY.on()
ledG.on()
while True:
ledG.toggle()
delay(1000)
