信息科技八年级-第四单元-第20课-反馈控制有算法

from educore import oled, parrot, light, wifi, mqttclient, SoilHumiditySensor

wifi.connect(ssid='mywifi', psd='123456789', timeout=10000)

mqttclient.connect(server='iot.mpython.cn', port=1883, client_id='04edc14052', user='04edcZGUpB', psd='04edcaQ7w6')

import urequests

import ujson

import time
city_code = 'CH010100'
key = '5g8koi0s83vk0ihn'
_response = urequests.get((''.join([str(x) for x in ['http://api.yytianqi.com/forecast7d?city=', city_code, '&key=', key]])))
if _response.status_code == 200:
    data = ujson.loads(_response.text)
    tq1 = data['data']['list'][0]['tq1']
    tq2 = data['data']['list'][0]['tq2']
    tq = [tq1, tq2]
M1 = parrot(parrot.M1)
hum_max = 3000
hum_min = 2000
while True:
    hum = SoilHumiditySensor(0).read()
    lgt = light().read()
    mqttclient.publish(topic='04edcwHK1N', content={"土壤湿度":hum, "光线":lgt})
    oled.print('土壤湿度：' + str(hum) + '\n近2日天气：' + str(tq1) + '-' + str(tq2))
    if hum > hum_max:
        M1.speed(0)
    elif hum > hum_min:
        if '雨' in tq[0] or '雨' in tq[1]:
            M1.speed(0)
        else:
            M1.speed(100)
            time.sleep(5)
        if lgt > 1200:
            hum_min = 2500
        else:
            hum_min = 2000
    else:
        M1.speed(100)
        time.sleep(5)