def main():
mySettings = settingsClass() # get settings from db
mySunrise = sunRiseSet() # Get sunrise and sunset from DB
mySunrise.getSunriseset()
myWeather = weather()
myWeather.getWeather()
#inkyphat.set_border(inkyphat.WHITE)
if (myWeather.wind_dir in ('South')):
inkyphat.set_image("/home/pi/code/watertanks/resources/compass_s.png")
elif (myWeather.wind_dir in ('SW', 'SSW')):
inkyphat.set_image("/home/pi/code/watertanks/resources/compass_sw.png")
elif (myWeather.wind_dir in ('SE', 'SSE')):
inkyphat.set_image("/home/pi/code/watertanks/resources/compass_se.png")
elif (myWeather.wind_dir in ('North', 'NNW', 'NNE')):
inkyphat.set_image("/home/pi/code/watertanks/resources/compass_n.png")
elif (myWeather.wind_dir in ('West', 'WSW', 'WNW')):
inkyphat.set_image("/home/pi/code/watertanks/resources/compass_w.png")
elif (myWeather.wind_dir in ('East', 'ESE', 'ENE')):
inkyphat.set_image("/home/pi/code/watertanks/resources/compass_e.png")
else: #if (myWeather.wind_dir in ('S', 'SE', 'SW', 'NE', 'N', 'NW', 'W', 'S')):
imgFile = "/home/pi/code/watertanks/resources/compass_{0}.png".replace(
'{0}', myWeather.wind_dir.lower())
inkyphat.set_image(imgFile)
printTitle("Tank")
printText(1, "Sunrise:", mySunrise.sunrise.isoformat()[0:8], '')
printText(2, "Sunset:", mySunrise.sunset.isoformat()[0:8], '')
printText(3, "Water:", mySettings.settings["pumpduration"], 'min')
temp_c = str(myWeather.temp_c)
windchill_c = str(myWeather.windchill_c)
printText(4, "Temp:", temp_c + 'c w/c ' + windchill_c, 'c')
printText(5, "Weather:", myWeather.weather, '')
wind_mph = str(myWeather.wind_mph)
wind_gust_mph = str(myWeather.wind_gust_mph)
printText(6, "Wind:",
myWeather.wind_dir + " spd: " + wind_mph + 'g: ' + wind_gust_mph,
'')
inkyphat.show() # And show it!
def main():
fontSize = 16
mySunrise = sunRiseSet() # Get sunrise and sunset from DB
mySunrise.getSunriseset();
myWeather = weather()
myWeather.getWeather()
# Load the built-in FredokaOne font
font = ImageFont.truetype(inkyphat.fonts.FredokaOne, fontSize)
inkyphat.set_border(inkyphat.BLACK)
inkyphat.text((0, fontSize * 0), "Tank", inkyphat.BLACK, font=font)
inkyphat.text((0, fontSize * 1), "Sunrise: " + mySunrise.sunrise.isoformat(), inkyphat.BLACK, font=font)
inkyphat.text((0, fontSize * 2), "Sunset: " + mySunrise.sunset.isoformat(), inkyphat.BLACK, font=font)
inkyphat.text((0, fontSize * 3), "Weather: " + myWeather.weather, inkyphat.BLACK, font=font)
# And show it!
inkyphat.show()
def get(self):
myWeather = weather()
returnString = myWeather.getWeatherGraph()
return returnString, 200
def main():
gpio.setmode(gpio.BCM)
gpio.setup([irrigationPin, hosePin, powerPin], gpio.OUT)
gpio.output([irrigationPin, hosePin], gpio.LOW)
gpio.output([powerPin], gpio.HIGH)
#mqMessage = ""
state = -2 # Startup state
myWeather = weather()
myLedControl = ledcontrol() # init remote led control
mySensor = sensorComm()
#myMqSensor = mqSensor()
#myMqControl = mqControl()
mySettings = settingsClass() # get settings from db
#mySettings.resetSettings()
#automationhat.is_automation_hat()
#if automationhat.is_automation_hat():
# init local automation hat
#automationhat.light.power.write(1)
#automationhat.light.comms.write(1)
# setup pwm
#pwmLow = mySettings.settings['pwmLow']
pwmMid = mySettings.settings['pwmMid']
pwmHigh = mySettings.settings['pwmHigh']
# Start pwm
# serial comm to the Arduino to set/get sensor data.
mySensor.pumpPWM = pwmMid
mySensor.setValues()
#mqMessage = mySensor.setValues()
#myMqControl.sendMQ(mqMessage)
mySensor.refresh()
#mqMessage = mySensor.refresh()
#myMqSensor.sendMQ(mqMessage)
# Set sunrise sunset vars
dayRollover = -1 # get new sunrise sunset times only once!
mySunrise = sunRiseSet() # Get sunrise and sunset from DB
# Config the display
#scrollphathd.set_brightness(0.5)
myTimeNow = datetime.datetime.now()
currTime = myTimeNow.hour + myTimeNow.minute
lastTime = currTime
currHour = -1
lastHour = -2
myWeather.getWeather()
#automationhat.light.comms.write(0)
while True:
myTimeNow = datetime.datetime.now()
currTime = myTimeNow.hour + myTimeNow.minute
currHour = myTimeNow.hour
# Update the time string for the display every minute
if (currTime != lastTime and state == -1):
lastTime = currTime
# Update the weather trend (last 24 hours) every hour
if (currHour != lastHour):
lastHour = currHour
myWeather.getWeather()
myWeather.getRecentTrend()
# get new sunrise and sunset times
rollTime = myTimeNow.hour + myTimeNow.minute
if (rollTime == 0 and dayRollover == -1):
mySunrise = sunRiseSet()
dayRollover = 0
elif (rollTime == 0 and dayRollover == 0):
dayRollover = 0
else:
dayRollover = -1
numStartTime = (myTimeNow.hour * 3600) + (myTimeNow.minute * 60) + myTimeNow.second
#automationhat.light.comms.write(1) # Comm light on to show activity.
mySensor.refresh()
#mqMessage = mySensor.refresh()
#myMqSensor.sendMQ(mqMessage)
#automationhat.light.comms.write(0) # Comm light on to show activity.
# complex if conditions so I pulled them into variables
ifWeatherTrend = ((myWeather.isTrend('Rain') or myWeather.isTrend('Snow')) and state != 5)
ifSunrise = ((numStartTime >= mySunrise.numSunriseSeconds and numStartTime <= (mySunrise.numSunriseSeconds + (mySettings.settings["pumpduration"] * 60))) and state != 1)
ifSunset = ((numStartTime >= mySunrise.numSunsetSeconds and numStartTime <= (mySunrise.numSunsetSeconds + (mySettings.settings["pumpduration"] * 60))) and state != 4)
ifIrrigationButton = (str(mySensor.settings['irrigationButton']) =='1');
ifHose = (str(mySensor.settings['hoseButton']) =='1') ;
ifBauFromSunrise = (not(numStartTime >= mySunrise.numSunriseSeconds and numStartTime <= (mySunrise.numSunriseSeconds + (mySettings.settings["pumpduration"] * 60))) and state == 1)
ifBauFromSunset = (not(numStartTime >= mySunrise.numSunsetSeconds and numStartTime <= (mySunrise.numSunsetSeconds + (mySettings.settings["pumpduration"] * 60))) and state == 4)
ifBauFromIrrigationButton = (ifIrrigationButton == False and state == 3)
ifBauFromHoseButton = (ifHose == False and state == 2)
ifBauFromStartup = ((ifIrrigationButton or ifHose) and state == -2)
if (ifWeatherTrend == True and (ifHose == False and state != 2)):
state = 5 # Weather is rain or snow
#automationhat.light.comms.write(1) # Comm light on to show activity.
mySensor.hose = 0
mySensor.irrigation = 0
mySensor.pumpPWM = pwmMid
mySensor.setValues()
gpio.output([irrigationPin, hosePin], gpio.LOW)
#mqMessage = mySensor.setValues()
#myMqControl.sendMQ(mqMessage)
myLedControl.setIrrigationGreen(0) # update remote display
myLedControl.setHoseGreen(0) # update remote display
#automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifIrrigationButton and ifHose):
#Fail
#automationhat.light.comms.write(1) # Comm light on to show activity.
mySensor.hose = 0
mySensor.irrigation = 0
mySensor.pumpPWM = pwmHigh
mySensor.setValues()
gpio.output([irrigationPin, hosePin], gpio.LOW)
#mqMessage = mySensor.setValues()
#myMqControl.sendMQ(mqMessage)
myLedControl.setIrrigationGreen(0) # update remote display
myLedControl.setHoseGreen(0) # update remote display
#automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifSunrise):
# sunrise irrigation requested
state = 1 # Sunrise state
#automationhat.light.comms.write(1) # Comm light on to show activity.
mySensor.hose = 0
mySensor.irrigation = 1
mySensor.pumpPWM = pwmHigh
mySensor.setValues()
gpio.output([irrigationPin], gpio.HIGH)
gpio.output([hosePin], gpio.LOW)
#mqMessage = mySensor.setValues()
#myMqControl.sendMQ(mqMessage)
myLedControl.setIrrigationGreen(1) # update remote display
myLedControl.setHoseGreen(0) # update remote display
#automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifSunset):
# sunrise irrigation requested
state = 4 # Sunset state
#automationhat.light.comms.write(1) # Comm light on to show activity.
mySensor.hose = 0
mySensor.irrigation = 1
mySensor.pumpPWM = pwmHigh
mySensor.setValues()
gpio.output([irrigationPin], gpio.HIGH)
gpio.output([hosePin], gpio.LOW)
#mqMessage = mySensor.setValues()
#myMqControl.sendMQ(mqMessage)
myLedControl.setIrrigationGreen(1) # update remote display
myLedControl.setHoseGreen(0) # update remote display
#automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifIrrigationButton and state != 3):
# sunrise irrigation requested
state = 3 # Sunrise state
#automationhat.light.comms.write(1) # Comm light on to show activity.
mySensor.hose = 0
mySensor.irrigation = 1
mySensor.pumpPWM = pwmHigh
mySensor.setValues()
gpio.output([irrigationPin], gpio.HIGH)
gpio.output([hosePin], gpio.LOW)
#mqMessage = mySensor.setValues()
#myMqControl.sendMQ(mqMessage)
myLedControl.setIrrigationGreen(1) # update remote display
myLedControl.setHoseGreen(0) # update remote display
#automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifHose and state != 2):
# hose requested on
state = 2 # Hose state
#automationhat.light.comms.write(1) # Comm light on to show activity.
mySensor.hose = 1
mySensor.irrigation = 0
mySensor.pumpPWM = pwmHigh
mySensor.setValues()
gpio.output([irrigationPin], gpio.LOW)
gpio.output([hosePin], gpio.HIGH)
#mqMessage = mySensor.setValues()
#myMqControl.sendMQ(mqMessage)
myLedControl.setIrrigationGreen(0) # update remote display
myLedControl.setHoseGreen(1) # update remote display
#automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifBauFromSunrise or ifBauFromSunset or ifBauFromStartup or ifBauFromIrrigationButton or ifBauFromHoseButton):
# BAU state
state = -1
#automationhat.light.comms.write(1) # Comm light on to show activity.
mySensor.hose = 0
mySensor.irrigation = 0
mySensor.pumpPWM = pwmMid
mySensor.setValues()
gpio.output([irrigationPin, hosePin], gpio.LOW)
#mqMessage = mySensor.setValues()
#myMqControl.sendMQ(mqMessage)
myLedControl.setIrrigationGreen(0) # update remote display
myLedControl.setHoseGreen(0) # update remote display
def main():
# i2c
bus = smbus.SMBus(1) # send works on bus 1
DEVICE_ADDRESS = 0x14
DEVICE_REG_MODE1 = 0x00
bus.write_byte_data(DEVICE_ADDRESS, DEVICE_REG_MODE1, 0x01)
#bus.write_byte_data(DEVICE_ADDRESS, DEVICE_REG_MODE1, 0x02) # pwm high
#displayBrightness = 0.5
state = -2 # Startup state
myWeather = weather()
myLedControl = ledcontrol() # init remote led control
if automationhat.is_automation_hat():
# init local automation hat
automationhat.light.power.write(1)
automationhat.light.comms.write(1)
#time.sleep(0.05) # sleep to give the system time to set the LEDs
mySettings = settingsClass() # get settings from db
#mySettings.resetSettings()
# setup pwm
#outpin = mySettings.settings['pwmPin']
#pwmLow = mySettings.settings['pwmLow']
#pwmMid = mySettings.settings['pwmMid']
#pwmHigh = mySettings.settings['pwmHigh']
# Start pwm
#gpio.setmode(gpio.BCM)
#gpio.setup(outpin, gpio.OUT)
#myPwm = gpio.PWM(outpin, mySettings.settings['pwmFrequency'])
#myPwm.start(pwmMid) # pump init
# Set sunrise sunset vars
dayRollover = -1 # get new sunrise sunset times only once!
mySunrise = sunRiseSet() # Get sunrise and sunset from DB
# Config the display
#scrollphathd.set_brightness(0.5)
automationhat.light.comms.write(0)
myTimeNow = datetime.datetime.now()
currTime = myTimeNow.hour + myTimeNow.minute
lastTime = currTime
currHour = -1
lastHour = -2
while True:
myTimeNow = datetime.datetime.now()
currTime = myTimeNow.hour + myTimeNow.minute
currHour = myTimeNow.hour
# Update the time string for the display every minute
if (currTime != lastTime and state == -1):
lastTime = currTime
#scrollphathd.clear()
#scrollphathd.write_string(getStatusText(str(mySunrise.sunrise), str(mySunrise.sunset)) , x=0, y=0, font=font5x7, brightness=0.5)
# Update the weather trend (last 24 hours) every hour
if (currHour != lastHour):
lastHour = currHour
myWeather.getWeather()
myWeather.getRecentTrend()
# get new sunrise and sunset times
rollTime = myTimeNow.hour + myTimeNow.minute
if (rollTime == 0 and dayRollover == -1):
mySunrise = sunRiseSet()
dayRollover = 0
elif (rollTime == 0 and dayRollover == 0):
dayRollover = 0
else:
dayRollover = -1
numStartTime = (myTimeNow.hour * 3600) + (myTimeNow.minute * 60) + myTimeNow.second
# i2c read
#time.sleep(1)
i2cRead = bus.read_byte_data(DEVICE_ADDRESS, 0)
# complex if conditions so I pulled them into variables
ifWeatherTrend = ((myWeather.isTrend('Rain') or myWeather.isTrend('Snow')) and state != 5)
ifSunrise = ((numStartTime >= mySunrise.numSunriseSeconds and numStartTime <= (mySunrise.numSunriseSeconds + (mySettings.settings["pumpduration"] * 60))) and state != 1)
ifSunset = ((numStartTime >= mySunrise.numSunsetSeconds and numStartTime <= (mySunrise.numSunsetSeconds + (mySettings.settings["pumpduration"] * 60))) and state != 4)
ifIrrigationButton = (i2cRead == 12 and state != 3)
ifHose = (i2cRead == 10 and state != 2)
#ifIrrigationAndHose = (automationhat.input.one.read() == True and automationhat.input.two.read() == True)
ifBauFromSunrise = (not(numStartTime >= mySunrise.numSunriseSeconds and numStartTime <= (mySunrise.numSunriseSeconds + (mySettings.settings["pumpduration"] * 60))) and state == 1)
ifBauFromSunset = (not(numStartTime >= mySunrise.numSunsetSeconds and numStartTime <= (mySunrise.numSunsetSeconds + (mySettings.settings["pumpduration"] * 60))) and state == 4)
ifBauFromIrrigationButton = (automationhat.input.two.read() == False and state == 3)
ifBauFromStartup = ((automationhat.input.one.read() == False and state == 2) or state == -2)
if (ifWeatherTrend == True and (ifHose == False and state != 2)):
state = 5 # Sunrise state
automationhat.light.comms.write(1) # Comm light on to show activity.
automationhat.output.one.write(0) # irrigation solenoid on
automationhat.output.two.write(0) # hose solenoid off
bus.write_byte_data(DEVICE_ADDRESS, DEVICE_REG_MODE1, 0x02) # pwm high
myLedControl.setIrrigationGreen(0) # update remote display
myLedControl.setHoseGreen(0) # update remote display
automationhat.light.comms.write(0) # Comm light off to show activity.
elif (automationhat.input.one.read() == True and automationhat.input.two.read() == True):
#Fail
automationhat.light.comms.write(1) # Comm light on to show activity.
automationhat.output.one.write(0) # irrigation solenoid on
automationhat.output.two.write(0) # hose solenoid off
bus.write_byte_data(DEVICE_ADDRESS, DEVICE_REG_MODE1, 0x02) # pwm high
myLedControl.setIrrigationGreen(0) # update remote display
myLedControl.setHoseGreen(0) # update remote display
automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifSunrise):
# sunrise irrigation requested
state = 1 # Sunrise state
automationhat.light.comms.write(1) # Comm light on to show activity.
#scrollphathd.clear()
#scrollphathd.write_string(' irrigation on: ' + str(mySettings.settings["pumpduration"]) + ' mins', x=0, y=0, font=font5x7, brightness = displayBrightness)
# action the water solenoid and pump
automationhat.output.one.write(1) # irrigation solenoid on
automationhat.output.two.write(0) # hose solenoid off
bus.write_byte_data(DEVICE_ADDRESS, DEVICE_REG_MODE1, 0x02) # pwm high
myLedControl.setIrrigationGreen(1) # update remote display
myLedControl.setHoseGreen(0) # update remote display
automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifSunset):
# sunrise irrigation requested
state = 4 # Sunset state
automationhat.light.comms.write(1) # Comm light on to show activity.
#scrollphathd.clear()
#scrollphathd.write_string(' irrigation on: ' + str(mySettings.settings["pumpduration"]) + ' mins', x=0, y=0, font=font5x7, brightness = displayBrightness)
# action the water solenoid and pump
automationhat.output.one.write(1) # irrigation solenoid on
automationhat.output.two.write(0) # hose solenoid off
bus.write_byte_data(DEVICE_ADDRESS, DEVICE_REG_MODE1, 0x02) # pwm high
myLedControl.setIrrigationGreen(1) # update remote display
myLedControl.setHoseGreen(0) # update remote display
automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifIrrigationButton):
# sunrise irrigation requested
state = 3 # Sunrise state
automationhat.light.comms.write(1) # Comm light on to show activity.
#scrollphathd.clear()
#scrollphathd.write_string(' irrigation on: ' + str(mySettings.settings["pumpduration"]) + ' mins', x=0, y=0, font=font5x7, brightness = displayBrightness)
automationhat.output.one.write(1) # irrigation solenoid on
automationhat.output.two.write(0) # hose solenoid off
bus.write_byte_data(DEVICE_ADDRESS, DEVICE_REG_MODE1, 0x02) # pwm high
myLedControl.setIrrigationGreen(1) # update remote display
myLedControl.setHoseGreen(0) # update remote display
automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifHose):
# hose requested on
state = 2 # Hose state
automationhat.light.comms.write(1) # Comm light on to show activity.
#scrollphathd.clear()
#scrollphathd.write_string(' hose On', x=0, y=0, font=font5x7, brightness = displayBrightness)
# action the water solenoid and pump
automationhat.output.two.write(0) # irrigation solenoid off
automationhat.output.two.write(1) # hose solenoid on
bus.write_byte_data(DEVICE_ADDRESS, DEVICE_REG_MODE1, 0x02) # pwm high
myLedControl.setIrrigationGreen(0) # update remote display
myLedControl.setHoseGreen(1) # update remote display
automationhat.light.comms.write(0) # Comm light off to show activity.
elif (ifBauFromSunrise or ifBauFromSunset or ifBauFromStartup or ifBauFromIrrigationButton):
# BAU state
state = -1
automationhat.light.comms.write(1) # Comm light on to show activity.
#scrollphathd.clear()
#scrollphathd.write_string(getStatusText(str(mySunrise.sunrise), str(mySunrise.sunset)) , x=0, y=0, font=font5x7, brightness = displayBrightness)
# action the water solenoid and pump
automationhat.output.one.write(0) # irrigation led off
automationhat.output.two.write(0) # hose led off
bus.write_byte_data(DEVICE_ADDRESS, DEVICE_REG_MODE1, 0x01) # pwm mid
myLedControl.setIrrigationGreen(0) # update remote display
myLedControl.setHoseGreen(0) # update remote display
automationhat.light.comms.write(0) # Comm light off to show activity.
def getWeatherGraph():
myWeather = weather()
returnString = myWeather.getWeatherGraph()
return json.dumps(returnString)