def main(config):
try:
client = connect_to_mqtt(config)
except OSError:
restart_and_reconnect()
while True:
oled.fill(0)
oled.show()
temperature = sensor.temperature
humidity = sensor2.relative_humidity
pressure = sensor.pressure
light = bh1750fvi.sample(i2c, mode=OP_SINGLE_HRES2)
oled.text("T:"+("%.4s" % temperature)+" C", 0, 0)
oled.text("H:"+("%.4s" % humidity)+" %", 0, 10)
oled.text(("%.4s" % pressure)+" hPa", 0, 20)
oled.text(("%.4s" % light)+" lux", 0, 30)
oled.show()
print("T:"+("%.4s" % temperature)+" C")
print("H:"+("%.4s" % humidity)+" %")
print(("%.4s" % pressure)+" hPa")
print(("%.4s" % light)+" lux")
try:
client.publish(topic1, str(temperature), qos=QOS)
client.publish(topic2, str(humidity), qos=QOS)
client.publish(topic3, str(pressure), qos=QOS)
client.publish(topic4, str(light), qos=QOS)
except OSError:
restart_and_reconnect()
sleep(10)
def main(config):
try:
client = connect_to_mqtt(config)
except OSError:
restart_and_reconnect()
while True:
oled.fill(0)
oled.show()
sensor.measure()
temperature = sensor.temperature()
humidity = sensor.humidity()
light = bh1750fvi.sample(i2c, mode=OP_SINGLE_HRES2)
oled.text("Temp=", 0, 0)
oled.text(str(temperature)+" C", 0, 10)
oled.text("Humid=", 0, 20)
oled.text(str(humidity)+" %", 0, 30)
oled.text("Lux="+str(light), 0, 40)
oled.show()
print(temperature)
print(humidity)
print(light)
try:
client.publish(topic1, str(temperature), qos=QOS)
client.publish(topic2, str(humidity), qos=QOS)
client.publish(topic3, str(light), qos=QOS)
except OSError:
restart_and_reconnect()
sleep(10)
def monitor_light_level(self):
try:
value = bh1750fvi.sample(self.i2c)
except Exception as e:
value = 0
print("ERROR:bh1750fvi is not found:%s" % e)
self.light_level = value
print("light level:%s" % value) # 读取值0-54613
return value
def main(config):
try:
client = connect_to_mqtt(config)
except OSError:
sleep(10)
restart_and_reconnect()
if (display_present1 or display_present2):
writer = Writer(oled, Arial11)
while True:
if (display_present1 or display_present2):
oled.fill(0)
oled.show()
temperature, humidity = sensor.measure()
temp_only = ("%.4s" % temperature)
humid_only = ("%.4s" % humidity)
if (bmx_present1 or bmx_present2):
pressure = sensor2.pressure
press_float = float(pressure[:-3])
press_only = ("%.0f" % press_float)
if (light_present1 or light_present2):
light = bh1750fvi.sample(i2c, mode=OP_SINGLE_HRES2)
if ((display_present1 or display_present2)
and (light_present1 or light_present2) and light > 0):
writer.set_textpos(0, 0)
writer.printstring("T: " + temp_only + "°C")
writer.set_textpos(12, 0)
writer.printstring("H: " + humid_only + " %")
if (bmx_present1 or bmx_present2):
writer.set_textpos(24, 0)
writer.printstring(press_only + " hPa")
if (light_present1 or light_present2):
writer.set_textpos(36, 0)
writer.printstring(("%.4s" % light) + " lux")
oled.show()
print("Temperature: " + temp_only + "°C")
print("Humidity: " + humid_only + " %")
if (bmx_present1 or bmx_present2):
print("Pressure: " + press_only + " hPa")
if (light_present1 or light_present2):
print("Light Intensity: " + ("%.4s" % light) + " lux")
sleep(25)
if (display_present1 or display_present2):
oled.fill(0)
oled.show()
mq = MQ()
perc = mq.MQPercentage()
gas_lpg = perc["GAS_LPG"]
co = perc["CO"]
methane = perc["SMOKE"]
light = bh1750fvi.sample(i2c, mode=OP_SINGLE_HRES2)
if ((display_present1 or display_present2)
and (light_present1 or light_present2) and light > 0):
writer.set_textpos(0, 0)
writer.printstring("LP " + str(float("%.2g" % gas_lpg)))
writer.set_textpos(12, 0)
writer.printstring("CO " + str(float("%.2g" % co)))
writer.set_textpos(24, 0)
writer.printstring("ME " + str(float("%.2g" % methane)))
oled.show()
print("Gas_LPG: " + str(float("%.2g" % gas_lpg)))
print("CO: " + str(float("%.2g" % co)))
print("Methane: " + str(float("%.2g" % methane)))
try:
client.publish(topic1, str(temp_only), qos=QOS)
client.publish(topic2, str(humid_only), qos=QOS)
if (bmx_present1 or bmx_present2):
client.publish(topic3, str(press_only), qos=QOS)
if (light_present1 or light_present2):
client.publish(topic4, str(light), qos=QOS)
client.publish(topic5, str(gas_lpg), qos=QOS)
client.publish(topic6, str(co), qos=QOS)
client.publish(topic7, str(methane), qos=QOS)
except OSError:
restart_and_reconnect()
sleep(25)
if (display_present1 or display_present2):
oled.fill(0)
oled.show()
sleep(25)
def main():
esp.osdebug(None)
import gc
gc.collect()
i2c = I2C(scl=machine.Pin(5), sda=machine.Pin(4))
sensor = dht.DHT11(Pin(12))
bmp180 = BMP180(i2c)
bmp180.oversample_sett = 2
bmp180.baseline = 101325
mqtt_server = '192.168.10.124'
net = do_connect('HoltAtHome4','anthony050192')
client_id = ubinascii.hexlify(machine.unique_id())
client = MQTTClient(client_id, mqtt_server)
client.connect()
count = 255
base = '/home/office/'
print("Free : ", gc.mem_free())
while True:
lightLevel = bh1750fvi.sample(i2c)
print("Light Level : ",lightLevel)
print("Count : ",count)
client.publish(base + 'light', str(lightLevel))
count = count+1
if count > 2:
sensor.measure()
humidity = sensor.humidity()
temp1 = sensor.temperature()
temp = bmp180.temperature
p = bmp180.pressure
mbar = p/100
freeMem = gc.mem_free()
dewPoint = calcRH(temp,humidity)
print("Temperature :", temp)
print("Temperature1:", temp1)
print("Pressure :", mbar)
print("Humidity :", humidity)
print("Dew Point :", dewPoint)
print("Free : ", freeMem)
client.publish(base + 'temperature', str(temp))
client.publish(base + 'pressure', str(mbar))
client.publish(base + 'humidity', str(humidity))
client.publish(base + 'dewpoint', str(dewPoint))
client.publish(base + 'envNode/freemem' , str(freeMem))
count = 0
gc.collect()
time.sleep(15)
def Sensor_GY3o2():
i2csensor = machine.I2C(scl=machine.Pin(5), sda=machine.Pin(4))
result = bh1750fvi.sample(i2csensor)
return result
def get_light_data():
return bh1750fvi.sample(light_sensor_i2c)
def main(config):
try:
client = connect_to_mqtt(config)
except OSError:
sleep(10)
restart_and_reconnect()
if (display_present1 or display_present2):
writer = Writer(oled, Arial11)
while True:
if (display_present1 or display_present2):
oled.fill(0)
oled.show()
if ahtx0_present:
temperature = sensor.temperature
humidity = sensor.relative_humidity
if (sht3x_present1 or sht3x_present2):
temperature, humidity = sensor.measure()
if (bmx_present1 or bmx_present2):
temperature = sensor2.temperature
if (ahtx0_present or sht3x_present1 or sht3x_present2 or bmx_present1
or bmx_present2):
temp_only = ("%.4s" % temperature)
if (sht3x_present1 or sht3x_present2 or ahtx0_present):
humid_only = ("%.4s" % humidity)
if (bmx_present1 or bmx_present2):
pressure = sensor2.pressure
press_float = float(pressure[:-3])
press_only = ("%.0f" % press_float)
if (light_present1 or light_present2):
light = bh1750fvi.sample(i2c, mode=OP_SINGLE_HRES2)
if ((display_present1 or display_present2)
and (light_present1 or light_present2) and light > 0):
writer.set_textpos(0, 0)
writer.printstring("T: " + temp_only + "°C")
writer.set_textpos(12, 0)
writer.printstring("H: " + humid_only + " %")
if (bmx_present1 or bmx_present2):
writer.set_textpos(24, 0)
writer.printstring(press_only + " hPa")
if (light_present1 or light_present2):
writer.set_textpos(36, 0)
writer.printstring(("%.4s" % light) + " lux")
oled.show()
if (ahtx0_present or sht3x_present1 or sht3x_present2 or bmx_present1
or bmx_present2):
print("Temperature: " + temp_only + "°C")
if (sht3x_present1 or sht3x_present2 or ahtx0_present):
print("Humidity: " + humid_only + " %")
if (bmx_present1 or bmx_present2):
print("Pressure: " + press_only + " hPa")
if (light_present1 or light_present2):
print("Light Intensity: " + ("%.4s" % light) + " lux")
sleep(25)
if (display_present1 or display_present2):
oled.fill(0)
oled.show()
if mq9_present:
mq = MQ()
perc = mq.MQPercentage()
gas_lpg = perc["GAS_LPG"]
co = perc["CO"]
methane = perc["SMOKE"]
print("Gas_LPG: " + str(float("%.2g" % gas_lpg)))
print("CO: " + str(float("%.2g" % co)))
print("Methane: " + str(float("%.2g" % methane)))
if (light_present1 or light_present2):
light = bh1750fvi.sample(i2c, mode=OP_SINGLE_HRES2)
if ((display_present1 or display_present2)
and (light_present1 or light_present2) and light > 0):
writer.set_textpos(0, 0)
writer.printstring("LP " + str(float("%.2g" % gas_lpg)))
writer.set_textpos(12, 0)
writer.printstring("CO " + str(float("%.2g" % co)))
writer.set_textpos(24, 0)
writer.printstring("ME " + str(float("%.2g" % methane)))
oled.show()
if ds1307_present:
rtc.halt(False) # power-up RTC oscillator
datetime = rtc.datetime()
date_str = str(datetime[1]) + "-" + str(datetime[2]) + "-" + str(
datetime[0])[-2:]
time_str = str(datetime[4]) + "h:" + "{:0>{w}}".format(
str(datetime[5]), w=2) + "m"
if (display_present1 or display_present2):
sleep(25)
oled.fill(0)
oled.show()
writer.set_textpos(0, 0)
writer.printstring(date_str)
writer.set_textpos(12, 0)
writer.printstring(time_str)
oled.show()
print(date_str)
print(time_str)
try:
client.publish(topic1, str(temp_only), qos=QOS)
if (sht3x_present1 or sht3x_present2 or ahtx0_present):
client.publish(topic2, str(humid_only), qos=QOS)
if (bmx_present1 or bmx_present2):
client.publish(topic3, str(press_only), qos=QOS)
if (light_present1 or light_present2):
client.publish(topic4, str(light), qos=QOS)
if mq9_present:
client.publish(topic5, str(gas_lpg), qos=QOS)
client.publish(topic6, str(co), qos=QOS)
client.publish(topic7, str(methane), qos=QOS)
except OSError:
restart_and_reconnect()
sleep(25)
if (display_present1 or display_present2):
oled.fill(0)
oled.show()
sleep(25)
# i2c = machine.I2C(scl=machine.Pin(5), sda=machine.Pin(4)) import bh1750fvi from machine import I2C, Pin i2c = I2C(scl=machine.Pin(5), sda=machine.Pin(4)) result = bh1750fvi.sample(i2c) print(result)
def monitor_light_level(self):
value = bh1750fvi.sample(self.i2c)
self.light_level = value
print(value) # 读取值0-54613
return value
# Logging has been configured in PuTTY for all session output
# Simply connect to the COM port with PuTTY and the output will be logged to light.log
from machine import I2C, Pin
from micropython import const
import bh1750fvi
import utime
# Alternative driver
# from bh1750 import BH1750
# IO Pin numbers on U1 connecting to I2C0_SCL and I2C0_SDA which make up the I2C bus that the light sensor is
# connected to
I2C0_SCL = const(26)
I2C0_SDA = const(25)
scl = Pin(I2C0_SCL)
sda = Pin(I2C0_SDA)
i2c = I2C(-1, scl=scl, sda=sda)
while True:
lux = bh1750fvi.sample(i2c)
print(lux)
utime.sleep(1)
# Alternative driver
# s = BH1750(i2c)
# while True:
# print(s.luminance(BH1750.CONT_HIRES_1))
# time.sleep(1)