def __init__(self, app, window):
self._app = app
self._window = window
self._labelDate = QCustomLabel('initializing')
self._labelTimes = []
self._labelForecastTimes = []
self._labelForecastWeathers = []
self._labelForecastTemps = []
self._labelForecastRains = []
self._labelTemperature = QCustomLabel(' ')
self._labelHumidity = QCustomLabel(' ')
self._labelPressure = QCustomLabel(' ')
self._labelUpload = QCustomLabel(' ')
self._labelDownload = QCustomLabel(' ')
self._labelPing = QCustomLabel(' ')
self._labelForecastTimesUnit = QCustomLabel('時')
self._labelForecastWeathersUnit = QCustomLabel('天気')
self._labelForecastTempsUnit = QCustomLabel('℃')
self._labelForecastRainsUnit = QCustomLabel('mm')
self._labelTemperatureUnit = QCustomLabel('℃')
self._labelHumidityUnit = QCustomLabel('%')
self._labelPressureUnit = QCustomLabel('hPa')
self._labelUploadUnit = QCustomLabel('Mbps')
self._labelDownloadUnit = QCustomLabel('Mbps')
self._labelPingUnit = QCustomLabel('ms')
self._1SecCount = 1
self._10SecCount = 1
self._60SecCount = 1
self._halfHourCount1 = 0
self._fullMode = False
self._bme = object
self._valDateTime = 0
self._valTemperature = 0
self._valHumidity = 0
self._valPressure = 0
self._valUpload = 0
self._valDownload = 0
self._valPing = 0
self._valCpuUsage = 0
self._valCpuTemp = 0
if USE_BME == True:
self._bme = bme280()
self.setNightMode()
self.__initializeDisplayItems()
self.__initializeDisplayItemsScale()
self.__initializeDisplayLayout(layout)
from acc import bmx055 #
pi = pigpio.pi()
#ポート番号の定義
Sw_pin = 23 #変数"Sw_pin"に23を格納
pi.set_mode(Sw_pin, pigpio.INPUT)
pi.set_pull_up_down(Sw_pin, pigpio.PUD_DOWN)
x_on = 0
BME280_ADDR = 0x76
I2C_CH = 1
sensor = bme280.bme280(pi, I2C_CH, BME280_ADDR)
sensor.setup()
############### ここからGPS受信部分です ######################
gps = micropyGPS.MicropyGPS(9, 'dd')
# 出力のフォーマットは度数とする
gps.coord_format = 'dd'
def run_gps():
"""
GPSモジュールを読み、GPSオブジェクトを更新する
:return: None
"""
# GPSモジュールを読み込む設定
# s = serial.Serial('/dev/serial0', 115200, timeout=10)
#!/usr/bin/env python
# -*- coding: utf-8 -*-
import bme280
if __name__ == '__main__':
bme = bme280.bme280()
# Read Data
bme.get_data()
tc = bme.get_temperature()
tf = bme.get_temp_f()
pp = bme.get_pressure()
ph = bme.get_press_mmhg()
h = bme.get_humidity()
dc = bme.get_dewpoint()
df = bme.get_dewpoint_f()
am = bme.get_altitude()
af = bme.get_altitude_ft()
sp = bme.get_pasealevel()
sh = bme.get_pasealevel_mmhg()
chipid = bme.get_chip_id()
print "Temperature: %f C" % tc
print "Temperature: %f F" % tf
print "Pressure: %f hPa" % (pp / 100)
print "Pressure: %f mmHg" % ph
print "Humidity: %f %%" % h
print "Dewpoint: %f C" % dc
print "Dewpoint: %f F" % df
print "Altitude: %f m" % am
print "Altitude: %f ft" % af
from microbit import display as d, Image, sleep
import os, utime as t, bme280 as b280
from micropython import const
bme = b280.bme280()
alt = bme.altitude
s = 0
td = 0
launch = False
data = None
n = len(os.listdir())
d.show(Image.HAPPY)
sleep(1000)
alt()
sleep(1000)
duration = const(120000)
bme.set_qnh(bme.pressure())
lh = alt()
while True:
h = alt()
if not launch and h > lh:
data = open("alt{}.csv".format(n - 2), "w")
s = t.ticks_ms()
launch = True
if launch:
d.show(Image.TRIANGLE)
td = t.ticks_diff(t.ticks_ms(), s)
data.write("{},{}\n".format(td, h))
if td > duration:
d.show(Image.YES)
data.close()
break
import json
import mhz19b
import bme280
if __name__ == '__main__':
air_quality = {}
mhz19b = mhz19b.mhz19b()
data = mhz19b.read_co2()
for key in data.keys():
air_quality[key] = data[key]
# print json.dumps(air_quality)
bme280 = bme280.bme280()
data = bme280.readData()
for key in data.keys():
air_quality[key] = data[key]
if "temperature" in air_quality.keys() and "humidity" in air_quality.keys(
):
t = air_quality["temperature"]["value"]
H = air_quality["humidity"]["value"]
discomfort_index = 0.81 * t + 0.01 * H * (0.99 * t - 14.3) + 46.3
air_quality["discomfort_index"] = {
"value": discomfort_index,
"unit": None
}
print json.dumps(air_quality)
from microbit import display as d, Image, sleep, pin2
from os import listdir
from utime import ticks_ms, ticks_diff
import bme280
st = 0
f = None
b = bme280.bme280()
state = 0
def setup():
d.show(Image.HAPPY)
b.set_qnh(b.pressure())
return 1
def ready():
return 2
def launch():
global f, st
n = len(listdir())
f = open("alt{}.csv".format(n - 2), "w")
st = ticks_ms()
d.show(Image.TRIANGLE)
return 3
def fly():
import bme280
import wiringpi as pi
import statistics
import time
bme280_addr = 0x76
pi.wiringPiSetupGpio()
i2c = pi.I2C()
weather = bme280.bme280(i2c, bme280_addr, 1013)
weather.setup()
s_press_sample = []
for i in range(0, 100):
s_press_sample.append(weather.get_press_value())
s_press = statistics.median(s_press_sample)
weather = bme280.bme280(i2c, bme280_addr, s_press)
weather.setup()
while True:
alt = []
for i in range(0, 3):
alt.append(weather.altitude_cal())
alt_median = statistics.median(alt)
print(alt_median)
print("[m]\n")
time.sleep(1)
from bme280 import bme280
from microbit import display, Image, running_time
bme = bme280()
p0 = bme.pressure()
bme.set_qnh(p0)
display.show(Image.YES)
while True:
if not running_time() % 100:
print((bme.altitude(), ))
print('\n')
def main(saveData,now,scriptWD):
bme = bme280.bme280()
(temperature,pressure,humidity) = bme.readBME280All()
print("Temperature : ", temperature, "C")
print("Pressure : ", pressure, "hPa")
print("Humidity : ", humidity, "%")
del bme
ds = ds18b20.ds18b20()
temp_c = ds.readDS18b20All()
for n in range(len(temp_c)):
print("Senor # : ", n)
print("Sensor ID : ", temp_c[n][1])
print("Sensor name :", temp_c[n][2])
print("Temperature : ", temp_c[n][3], "C")
if temp_c[n][2] == 'Water bucket':
tempInBucket = temp_c[n][3]
del ds
jsn = jsn_sr0t4_2.jsnsr0t4(tempInBucket)
(currentDepth, currentH20Content) = jsn.readJSNSR0T4()
print('current water level : ', currentDepth, ' cm')
print('current water content : ', currentH20Content, ' l')
del jsn
time.sleep(1.) # wait a second for the read LED to switch off
import tsl2591 # has to be imported here, otherwise jsn_sr0t4 script gives error
tsl = tsl2591.tsl2591()
(lux,infrared,visible,full_spectrum) = tsl.readTSL2591All()
print("Total light : ", lux, "lux")
print("Infrared light : ", infrared)
print("Visible light : ", visible)
print("Full spectrum (IR + visible) light : ", full_spectrum)
del tsl
minutes = int(now.strftime("%M"))
rainfallScraped = False
if (minutes > 19) and (minutes < 29): # scrape rainfall only once per hour at 20 min
fullHour = now.strftime("%Hh00")
rf = scrapeRainfall.scrapeRainfall(fullHour)
(pluie, hour) = rf.getRainfallData()
print("Measurement hour :", hour)
print("Rainfall in mm :", pluie)
waterChange = rf.getDifferenceInWaterButtContent(now)
print("Water in butt changed by : %s l between %02dh and %02dh" % (waterChange[0],waterChange[1],waterChange[2]))
rainfallScraped = True
if saveData:
dFile = open("%s/data/terraceWeather_%s.data" % (scriptWD, now.strftime("%Y-%m")), "a")
dFile.write("%s %s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\n" % (now.strftime("%Y-%m-%d"), now.strftime("%H:%M:%S"), temperature,np.round(pressure, 2),np.round(humidity, 2),temp_c[0][3],temp_c[1][3],np.round(currentDepth, 3), np.round(currentH20Content, 3),np.round(lux,4),infrared,visible,full_spectrum))
dFile.close()
print('data saved to file')
# send data to initial state
streamer = Streamer(bucket_name=ITA.BUCKET_NAME, bucket_key=ITA.BUCKET_KEY, access_key=ITA.ACCESS_KEY)
#print(np.round(humidity, 2),np.round(pressure, 2),temperature,temp_c[0][3],temp_c[1][3],np.round(currentH20Content, 3),np.round(lux,4))
streamer.log(SENSOR_LOCATION_NAME + " Humidity (%)", np.float(np.round(humidity, 2)))
streamer.log(SENSOR_LOCATION_NAME + " Pressure (hPa)", np.round(pressure, 2))
streamer.log(SENSOR_LOCATION_NAME + " Chip Temperature (C)", temperature)
streamer.log(SENSOR_LOCATION_NAME + " Water Bucket Temperature (C)", temp_c[0][3])
streamer.log(SENSOR_LOCATION_NAME + " Outside Temperature (C)", temp_c[1][3])
streamer.log(SENSOR_LOCATION_NAME + " Water Content (l)", np.round(currentH20Content, 3))
streamer.log(SENSOR_LOCATION_NAME + " Luminosity (lux)", np.round(lux,4))
if rainfallScraped:
if pluie is not None:
streamer.log(SENSOR_LOCATION_NAME + " Rainfall (mm)", pluie)
streamer.log(SENSOR_LOCATION_NAME + " Water Change (l)", np.round(waterChange[0],4))
dFile = open("%s/data/rainfallWaterChange_%s.data" % (scriptWD,now.strftime("%Y-%m")),"a")
dFile.write("%s %s\t%s\t%s\n" % (now.strftime("%Y-%m-%d"),now.strftime("%H:00"),pluie,np.round(waterChange[0],4)))
dFile.close()
print('rainfall and water change data saved to file')
streamer.flush()
print('Upload code finished')
import wiringpi as pi
import time
import bme280
bme280_addr = 0x76
pi.wiringPiSetupGpio()
i2c = pi.I2C()
weather = bme280.bme280(i2c, bme280_addr)
weather.setup()
while True:
(temp, humi, press) = weather.get_value()
print("Temperature:", temp, "C Humidity:", humi, "% Pressure:", press,
"hPa")
time.sleep(1)
today_date = datetime.date.today() #ログのセットアップ
filename = 'log' + today_date + '.csv'
f = open(filename, "w")
header = [
'TIME', 'ACCELERATION', 'ALTITUDE', 'LATITUDE', 'LONGITUDE', 'DISTANCE'
]
writer = csv.writer(f, lineterminator="\n")
writer.writerow(header)
location = gps.gps(BAUD_RATE, TIMEOUT, DISTANCE_LAT, DISTANCE_LNG) #GPSのセットアップ
pi.wiringPiSetupGpio() #GPIOピンのセットアップ
i2c = pi.I2C() #BME280とMPU6050のセットアップ
acc = mpu6050.mpu6050(i2c, mpu6050_addr)
press = bme280.bme280(i2c, bmp280_addr, s_press)
acc.setup()
press.setup()
pi.pinMode(MOTOR_R_1PIN, pi.OUTPUT) #駆動部のセットアップ
pi.pinMode(MOTOR_R_2PIN, pi.OUTPUT)
pi.pinMode(MOTOR_L_1PIN, pi.OUTPUT)
pi.pinMode(MOTOR_L_2PIN, pi.OUTPUT)
pi.softPwmCreate(MOTOR_R_1PIN, 0, 100)
pi.softPwmCreate(MOTOR_R_2PIN, 0, 100)
pi.softPwmCreate(MOTOR_L_1PIN, 0, 100)
pi.softPwmCreate(MOTOR_L_2PIN, 0, 100)
pi.softPwmWrite(MOTOR_R_1PIN, 0)
pi.softPwmWrite(MOTOR_R_2PIN, 0)
pi.softPwmWrite(MOTOR_L_1PIN, 0)
pi.softPwmWrite(MOTOR_L_2PIN, 0)