def __init__(self, upPin, downPin, aPin, bPin, upPort=GPIO, downPort=GPIO, aPort=GPIO, bPort=GPIO):
self.upPort = GPIO
self.rollerThread = None
if upPort!=GPIO :
self.upPort = deviceInstance(upPort)
self.upPin = toint(upPin)
self.upPort.setFunction(self.upPin, GPIO.IN, GPIO.PUD_UP)
self.downPort = GPIO
if downPort!=GPIO :
self.downPort = deviceInstance(downPort)
self.downPin = toint(downPin)
self.downPort.setFunction(self.downPin, GPIO.IN, GPIO.PUD_UP)
self.aPort = GPIO
if aPort!=GPIO :
self.aPort = deviceInstance(aPort)
self.aPin = toint(aPin)
self.aPort.setFunction(self.aPin, GPIO.OUT)
self.bPort = GPIO
if bPort!=GPIO :
self.bPort = deviceInstance(bPort)
self.bPin = toint(bPin)
self.bPort.setFunction(self.bPin, GPIO.OUT)
def setup():
# initialitation Button Home Away
GPIO.setFunction(7, GPIO.OUT)
GPIO.setFunction(8, GPIO.OUT)
GPIO.setFunction(11, GPIO.OUT)
GPIO.setFunction(17, GPIO.OUT)
GPIO.setFunction(18, GPIO.OUT)
GPIO.setFunction(25, GPIO.OUT)
GPIO.setFunction(27, GPIO.OUT)
mcp = webiopi.deviceInstance("mcp") # retrieve the device named "mcp" in the configuration
mcp2 = webiopi.deviceInstance("mcp2")
mcp3 = webiopi.deviceInstance("mcp3")
mcp4 = webiopi.deviceInstance("mcp4")
#setting PWM
GPIO.setFunction(9, GPIO.PWM)
GPIO.pwmWrite(9, 0)
GPIO.setFunction(10, GPIO.PWM)
GPIO.pwmWrite(10, 0)
# Setup mcp
for x in range(0, 8):
mcp.setFunction(x, GPIO.OUT)
# Setup mcp2
for x in range(0, 8):
mcp2.setFunction(x, GPIO.OUT)
# Setup mcp3
for x in range(0, 8):
mcp3.setFunction(x, GPIO.IN)
# Setup mcp4
for x in range(0, 8):
mcp4.setFunction(x, GPIO.OUT)
# Setup mcp2 LOW
for x in range(0, 8):
mcp.digitalWrite(x, GPIO.HIGH)
# Setup mcp2 LOW
for x in range(0, 8):
mcp2.digitalWrite(x, GPIO.HIGH)
# Setup mcp3 active LOW
for x in range(0, 8):
mcp3.digitalWrite(x, GPIO.HIGH)
# Setup mcp4
for x in range(0, 8):
mcp4.digitalWrite(x, GPIO.LOW)
# retrieve current datetime
now = datetime.datetime.now()
# test if we are between ON time and tun the light ON
initauto(auto,jamon,jamoff,meniton,menitoff,mcp4)
def destroy():
# destroy button Home Away
GPIO.digitalWrite(7, GPIO.LOW)
GPIO.digitalWrite(8, GPIO.LOW)
GPIO.digitalWrite(11, GPIO.LOW)
GPIO.digitalWrite(17, GPIO.LOW)
GPIO.digitalWrite(18, GPIO.LOW)
GPIO.digitalWrite(25, GPIO.LOW)
GPIO.digitalWrite(27, GPIO.LOW)
GPIO.setFunction(7, GPIO.IN)
GPIO.setFunction(8, GPIO.IN)
GPIO.setFunction(11, GPIO.IN)
GPIO.setFunction(9, GPIO.IN)
GPIO.setFunction(10, GPIO.IN)
GPIO.setFunction(17, GPIO.IN)
GPIO.setFunction(18, GPIO.IN)
GPIO.setFunction(25, GPIO.IN)
GPIO.setFunction(27, GPIO.IN)
mcp = webiopi.deviceInstance("mcp") # retrieve the device named "mcp" in the configuration
mcp2 = webiopi.deviceInstance("mcp2")
mcp3 = webiopi.deviceInstance("mcp3")
mcp4 = webiopi.deviceInstance("mcp4")
# Setup mcp LOW
for x in range(0, 8):
mcp.digitalWrite(x, GPIO.HIGH)
# Setup mcp2y
for x in range(0, 8):
mcp2.digitalWrite(x, GPIO.HIGH)
# Setup mcp3
for x in range(0, 8):
mcp3.digitalWrite(x, GPIO.LOW)
# Setup mcp3
for x in range(0, 8):
mcp4.digitalWrite(x, GPIO.LOW)
for x in range(0, 8):
mcp.setFunction(x, GPIO.IN)
# Setup mcp2
for x in range(0, 8):
mcp2.setFunction(x, GPIO.IN)
# Setup mcp3
for x in range(0, 8):
mcp3.setFunction(x, GPIO.IN)
# Setup mcp4
for x in range(0, 8):
mcp4.setFunction(x, GPIO.IN)
def __init__(self):
#tmstamp = datetime.datetime.now()
tmpLR = webiopi.deviceInstance("Living_room")
celsLR = tmpLR.getCelsius()
tmpCoolant = webiopi.deviceInstance("Coolant")
celsCoolant = tmpCoolant.getCelsius()
self.currMax=celsLR
self.currMin=celsLR
self.coolMax=celsCoolant
self.coolMin=celsCoolant
self.currTemp = celsLR
self.coolTemp = celsCoolant
tmstamp = datetime.datetime.now()
timeON = datetime.datetime.now()
def getBMP085Press():
global pressure_085
press0 = webiopi.deviceInstance("bmp")
pressure_085 = press0.getHectoPascal() # получение давления
pressure_085 = pressure_085*0.75 # перевод в мм.рт.ст
print (pressure_085)
return "%.2f" % pressure_085 # возврат данных давления в HTML с округлением до сотых
def setup():
global adc
global dac
adc = webiopi.deviceInstance('ADC')
dac = webiopi.deviceInstance('DAC')
GPIO.setFunction(CCS_GPIO, GPIO.OUT)
GPIO.setFunction(CVS_GPIO, GPIO.OUT)
global settings
settingsfile = os.path.join(os.path.dirname(__file__), 'settings.json')
settings = ElectronicLoadSettings(settingsfile)
setOutput(0.0, 'CC')
def uploadTowebiopi():
print("Uploading data to Webiopi")
serial = webiopi.deviceInstance("serial")
serial = Serial("ttyAMA0", 2400)
if (serial.available() > 0):
data = serial.readString()
webiopi.sleep(1)
def measure():
global TempRead
tmp0 = webiopi.deviceInstance("tmp0")
# retrieves current temperature
TempRead = tmp0.getCelsius()
print("Temperature: %.2f" % TempRead)
return (TempRead)
def destroy():
webiopi.debug("Script with macros - Destroy")
# Reset GPIO functions
GPIO.setFunction(SWITCH, GPIO.IN)
GPIO.setFunction(SERVO, GPIO.IN)
GPIO.setFunction(LED0, GPIO.IN)
GPIO.setFunction(LED1, GPIO.IN)
gpio0 = webiopi.deviceInstance("gpio0")
gpio0.digitalWrite(0, 1)
def destroy():
webiopi.debug("Script with macros - Destroy")
# Reset GPIO functions
GPIO.setFunction(SWITCH, GPIO.IN)
GPIO.setFunction(SERVO, GPIO.IN)
GPIO.setFunction(LED0, GPIO.IN)
GPIO.setFunction(LED1, GPIO.IN)
gpio0 = webiopi.deviceInstance("gpio0")
gpio0.digitalWrite(0, 1)
def loop():
if (AUTO):
tmp = webiopi.deviceInstance("tmp") # retrieve the device named "tmp" in the configuration
mcp = webiopi.deviceInstance("mcp") # retrieve the device named "mcp" in the configuration
celsius = tmp.getCelsius() # retrieve current temperature
print("Temperature: %f" % celsius)
# Turn ON heater when passing below the minimum temperature
if (celsius < MIN):
mcp.digitalWrite(HEATER, GPIO.HIGH)
# Turn OFF heater when reaching maximum temperature
if (celsius >= MAX):
mcp.digitalWrite(HEATER, GPIO.LOW)
# gives CPU some time before looping again
webiopi.sleep(1)
def loop():
global cel_0
global num
tmp0 = webiopi.deviceInstance("temp0")
tmp085 = webiopi.deviceInstance("bmp")
cnt = 0
allTemp = 0
allTemp085 = 0
allTPress085 = 0
while cnt<60:
# retrieve current datetime
now = datetime.datetime.now()
mOffSecond = HOUR_OFF * 60 * 60 + MIN_OFF * 60
mOnSecond = HOUR_ON * 60 * 60 + MIN_ON * 60
mNumSecond = now.hour * 60 * 60 + now.minute * 60 + now.second
if mNumSecond >= mOffSecond and mNumSecond <= mOnSecond:
GPIO.digitalWrite(LIGHT,GPIO.LOW)
else:
GPIO.digitalWrite(LIGHT,GPIO.HIGH)
#read temp
oneTemp = tmp0.getCelsius()
oneTemp085 = tmp085.getCelsius()
onePress085 = tmp085.getHectoPascal()
onePress085 = onePress085 * 0.75
allTemp = allTemp + oneTemp
allTemp085 = allTemp085 + oneTemp085
allPress085 = allTPress085 + onePress085
time.sleep(5)
cnt+=1
avrTemp = allTemp / 60
avrTemp085 = allTemp085 / 60
avrPress085 = allPress085 / 60
f = open('/usr/share/webiopi/htdocs/ccc/txt/data_18B20.txt','a')
data_entry = "{0},{1}\n".format(strftime("%Y-%m-%d %H:%M:%S"),"%.2f" % avrTemp)
f.write(data_entry)
f.close()
f = open('/usr/share/webiopi/htdocs/ccc/txt/data_tempBMP085.txt','a')
data_entry = "{0},{1}\n".format(strftime("%Y-%m-%d %H:%M:%S"),"%.2f" % avrTemp085)
f.write(data_entry)
f.close()
f = open('/usr/share/webiopi/htdocs/ccc/txt/data_pressBMP085.txt','a')
data_entry = "{0},{1}\n".format(strftime("%Y-%m-%d %H:%M:%S"),"%.2f" % allPress085)
f.write(data_entry)
f.close()
def loop():
tmpLR = webiopi.deviceInstance("Living_room")
celsLR = tmpLR.getCelsius()
tmpCoolant = webiopi.deviceInstance("Coolant")
celsCoolant = tmpCoolant.getCelsius()
global statClass
statClass.saveTemp(celsLR,celsCoolant)
if (REQTEMP>=16):
correct = HYSTER
else:
correct = EKONOM
if (celsLR>(REQTEMP+correct)):
GPIO.digitalWrite(KOTEL, GPIO.LOW) # off Heater
if (celsLR<(REQTEMP-correct) and (ignition()==0) ):
GPIO.digitalWrite(KOTEL, GPIO.HIGH) # on Heater
statClass.timeON = datetime.datetime.now()
#qw = (datetime.datetime.now()- statClass.timeON).seconds
if (ignition()==1 and (datetime.datetime.now()- statClass.timeON).seconds>60):
statClass.addOnMinute()
statClass.timeON =datetime.datetime.now()
# toggle light ON all days at the correct time
#if (now.minute != datetime.datetime.now().minute ):
# if (GPIO.digitalRead(KOTEL) == GPIO.LOW):
# GPIO.digitalWrite(KOTEL, GPIO.HIGH)
# else:
# (GPIO.digitalRead(KOTEL) == GPIO.HIGH)
# GPIO.digitalWrite(KOTEL, GPIO.LOW)
# global now
# now = datetime.datetime.now()
# gives CPU some time before looping again
webiopi.sleep(3)
def setup():
global tmp, celsius, BPM, flag
flag = 0
BPM = 0
tmp = webiopi.deviceInstance(
"temp2") # retrieve the device named "mcp" in the configuration
#GPIO.setFunction(HR, GPIO.IN) #Set the pin to be an Input
#GPIO.setup(HR, GPIO.IN, pull_up_down=GPIO.PUD_UP)
GPIO.setup(HR, GPIO.IN, pull_up_down=GPIO.PUD_DOWN)
GPIO.add_event_detect(HR, GPIO.RISING, callback=HR_callback)
webiopi.debug("HR script - Setup")
def loop():
if (AUTO):
dht = webiopi.deviceInstance("dht0")
celsius = dht.getCelsius() # get current temperature
if (celsius < MIN):
GPIO.digitalWrite(LIGHT, GPIO.HIGH)
if (celsius > MAX):
GPIO.digitalWrite(LIGHT, GPIO.LOW)
webiopi.sleep(1)
def logTowebiopi(self, uploading=None):
if uploading is not None:
self.uploading = uploading
if self.uploading:
port.flushInput()
print "Logging to Webiopi"
serial = webiopi.deviceInstance("serial")
serial = Serial("ttyAMA0", 2400)
if (serial.available() > 0):
data = serial.readString()
webiopi.sleep(1)
self.master.after(1, self.logTowebiopi)
def logTowebiopi(self, uploading=None):
if uploading is not None:
self.uploading = uploading
print "Please choose an option to log data to... "
if self.uploading:
port.flushInput() #Empty serial buffer
print "Logging to Webiopi"
serial = webiopi.deviceInstance("serial")
serial = Serial("ttyAMA0", 2400)
if (serial.available() > 0): #Uploads to Webiopi
data = serial.readString()
webiopi.sleep(1)
self.master.after(1, self.logTowebiopi)
def setup():
webiopi.debug("Script with macros - Setup")
# Setup GPIOs
GPIO.setFunction(SWITCH, GPIO.IN)
GPIO.setFunction(SERVO, GPIO.PWM)
GPIO.setFunction(LED0, GPIO.PWM)
GPIO.setFunction(LED1, GPIO.OUT)
GPIO.pwmWrite(LED0, 0.5) # set to 50% ratio
GPIO.pwmWriteAngle(SERVO, 0) # set to 0 (neutral)
GPIO.digitalWrite(LED1, GPIO.HIGH)
gpio0 = webiopi.deviceInstance("gpio0")
gpio0.digitalWrite(0, 0)
def setup():
webiopi.debug("Script with macros - Setup")
# Setup GPIOs
GPIO.setFunction(SWITCH, GPIO.IN)
GPIO.setFunction(SERVO, GPIO.PWM)
GPIO.setFunction(LED0, GPIO.PWM)
GPIO.setFunction(LED1, GPIO.OUT)
GPIO.pwmWrite(LED0, 0.5) # set to 50% ratio
GPIO.pwmWriteAngle(SERVO, 0) # set to 0 (neutral)
GPIO.digitalWrite(LED1, GPIO.HIGH)
gpio0 = webiopi.deviceInstance("gpio0")
gpio0.digitalWrite(0, 0)
def loop():
global tmp, celsius, flag, Count, Pulse, BPM
Count = Count + 1
tmp = webiopi.deviceInstance("temp2")
celsius = "%.2f" % (tmp.getCelsius()) # retrieve current temperature
print(celsius)
print(BPM)
#print("Temperature: %0.2f" % celsius)
#GPIO.add_event_detect(HR, GPIO.RISING, callback=hr_callback, bouncetime=000)
# gives CPU some time before looping again
webiopi.sleep(1)
if (Count > 10):
print(Pulse)
BPM = Pulse * 3
Count = 0
Pulse = 0
def setup():
global DIO
webiopi.debug("Thermometer script - Setup")
# Setup digital IO ports for RGB LED
DIO = webiopi.deviceInstance("digio")
DIO.setFunction(REDPORT, OUT)
DIO.setFunction(GREENPORT, OUT)
DIO.setFunction(BLUEPORT, OUT)
# Blink white 5 x
for i in range(5):
white()
webiopi.sleep(0.5)
black()
webiopi.sleep(0.5)
def loop():
thermometer = webiopi.deviceInstance("temp")
temperature = thermometer.getCelsius()
if temperature > 27:
red()
elif temperature > 26.5:
yellow()
elif temperature > 26:
green()
elif temperature > 25.5:
cyan()
elif temperature > 25:
blue()
else:
magenta()
webiopi.sleep(0.5)
def loop():
global current
temp = webiopi.deviceInstance("temp1")
current.temp = temp.getCelsius()
current.humidity = temp.getHumidity()
# webiopi.debug(current.temp)
runner.updateTime(config, current)
updateGPIO(LIGHT, current.day)
updateGPIO(PUMP, current.pump)
updateGPIO(FAN, current.fan)
updateGPIO(FANHIGH, current.fanHigh)
updateGPIO(BRUM, current.brum)
updateGPIO(BRUMFAN, current.brumFan)
logger.log(current)
webiopi.sleep(5)
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
# This script shows the solution for regular PWM devices.
# Imports
import webiopi
# Enable debug output
webiopi.setDebug()
# Retrieve PWM device assuming you want to use device named "mypwm" from config
PWMDEVICE = webiopi.deviceInstance("mypwm")
# assuming you want to control PWM channel 0, otherwise change number
PWMPORT = 0
# Called by WebIOPi at script loading
def setup():
global PWMDEVICE
webiopi.debug("PWM script - Setup")
PWMDEVICE.pwmWriteFloat(PWMPORT, 0.0) # set to 0% ratio
# Called by WebIOPi at server shutdown
def destroy():
global PWMDEVICE
import webiopi
from webiopi import deviceInstance
import datetime
import time
from time import strftime
import sys
DHTPIN = 17
num = 0
cel_2 = 30
while True:
if (num == 2):
print("begin")
tmp0 = webiopi.deviceInstance("temp0")
cel_0 = tmp0.getCelsius()
cel_0 = 21
if cel_0 != cel_2:
data_entry = "{0},{1}\n".format(strftime("%Y-%m-%d %H:%M:%S"),
"%.2f" % cel_0)
print(data_entry)
cel_2 = cel_0
num = 0
num += 1
time.sleep(1) # gives CPU some time before looping again
rvc = port.readline()
root = Tk()
root.title("Data Logger Control Panel")
label_1 = Label(text="Hello")
label_1.pack()
root.mainloop()
while True:
if (rvc):
print("Serial # = " + repr(rvc))
print("Uploading to Plotly")
stream.write({'x': datetime.datetime.now(), 'y': rvc})
time.sleep(0.1) # delay between stream posts
print("Logging to File...")
now = datetime.datetime.now()
timenow = now.strftime("%Y-%m-%d %H:%M")
logfile = open("templog.txt", "a")
logfile.write(timenow)
logfile.write(" ")
logfile.write(rvc)
logfile.close
print("Uploading data to Webiopi")
serial = webiopi.deviceInstance("serial")
serial = Serial("ttyAMA0", 2400)
if (serial.available() > 0):
data = serial.readString()
webiopi.sleep(1)
# imports
import webiopi
import time
from webiopi import deviceInstance
#L298N port define
ena = 8
enb = 13
in1 = 9
in2 = 10
in3 = 11
in4 = 12
# Enable debug output
webiopi.setDebug()
#instantiate device
pca = webiopi.deviceInstance("pwm0")
pca.pwmCount()
max = pca.pwmMaximum()
speed = 3095
#set the speed of two motors
def set_speed(motorspeed):
pca.pwmWrite(ena,motorspeed)
pca.pwmWrite(enb,motorspeed)
#robot go ahead
@webiopi.macro
def go_forward():
set_speed(speed)
pca.pwmWrite(in1,max) #IN1
pca.pwmWrite(in2,0) #IN2
def getTmp0():
global celsius_0
tmp0 = webiopi.deviceInstance("temp0")
celsius_0 = tmp0.getCelsius() # получение температуры
print (celsius_0)
return "%.2f" % celsius_0 # возврат данных температуры в HTML с округлением до сотых
import os
pygame.mixer.init()
from webiopi import deviceInstance
# *********************************************************************************
# Setup
# *********************************************************************************
# Initial setup and constants
webiopi.setDebug()
GPIO = webiopi.GPIO
OFF = GPIO.HIGH
ON = GPIO.LOW
# Relay modual setup
relay1 = deviceInstance("relay1")
relay2 = deviceInstance("relay2")
relay3 = deviceInstance("relay3")
relayMax = 25
#Sound Setup
soundMain = str(os.path.dirname(os.path.realpath(__file__))) + "/Sound/"
typeOne = "Type1/"
typeTwo = "Type2/"
typeThree = "Type3/"
typeFour = "Type4/"
class SoundStat:
onBool = False
def __init__(self):
pass
import webiopi
serial = webiopi.deviceInstance("serial0")
webiopi.setDebug()
@webiopi.macro
def D0_TurnOn():
webiopi.debug("Script Started...")
serial.writeBytes([0x7E, 0x00, 0x10, 0x17, 0x01, 0x00, 0x13, 0xA2, 0x00, 0x40, 0x6C, 0x01, 0x9F, 0x00, 0x02, 0x02, 0x44, 0x30, 0x05, 0x69])
webiopi.debug("serial written")
@webiopi.macro
def D0_TurnOff():
webiopi.debug("D0_TurnOff...")
serial.writeBytes([0x7E, 0x00, 0x10, 0x17, 0x01, 0x00, 0x13, 0xA2, 0x00, 0x40, 0x6C, 0x01, 0x9F, 0x00, 0x02, 0x02, 0x44, 0x30, 0x04, 0x6A])
webiopi.debug("serial written")
@webiopi.macro
def D1_TurnOn():
webiopi.debug("D0_TurnOff...")
serial.writeBytes([0x7E, 0x00, 0x10, 0x17, 0x01, 0x00, 0x13, 0xA2, 0x00, 0x40, 0x6C, 0x01, 0x9F, 0x00, 0x02, 0x02, 0x44, 0x31, 0x05, 0x68])
webiopi.debug("serial written")
@webiopi.macro
def D1_TurnOff():
webiopi.debug("D0_TurnOff...")
serial.writeBytes([0x7E, 0x00, 0x10, 0x17, 0x01, 0x00, 0x13, 0xA2, 0x00, 0x40, 0x6C, 0x01, 0x9F, 0x00, 0x02, 0x02, 0x44, 0x31, 0x04, 0x69])
webiopi.debug("serial written")
def setup():
import webiopi
import time
from subprocess import *
import json
from time import sleep, strftime
from datetime import datetime
from webiopi import deviceInstance
from array import *
from random import randint
GPIO = webiopi.GPIO
tsl = deviceInstance("tsl")
#Raspberry Pi GPIO pin numbers assigned to variables
LCD_RS = 7
LCD_E = 8
LCD_D4 = 11
LCD_D5 = 9
LCD_D6 = 10
LCD_D7 = 25
#Other LCD variables (code used thanks to RaspberryPiIVBeginners from youtube.com)
LCD_WIDTH = 16
LCD_CHR = True
LCD_CMD = False
LCD_LINE_1 = 0x80
LCD_LINE_2 = 0xC0
E_PULSE = 0.00005
import webiopi
from webiopi import deviceInstance
import sqlite3
import sys
import time
GPIO = webiopi.GPIO
tempSensor = deviceInstance("tmp")
SCRIPT_PATH = "/home/pi/HydroP/python/"
dbconn = sqlite3.connect(SCRIPT_PATH + "hydro.db")
dbconn.row_factory = sqlite3.Row
dbcursor = dbconn.cursor()
dbcursor.execute("SELECT status, interval FROM devices WHERE name = 'TEMP4' VALUES (?, ?);", (status, interval))
while (status == 1):
temp = tempSensor.getFahrenheit()
rightNah = time.gmtime()
dbcursor.execute("INSERT INTO temperatures('device', 'timestamp', 'temperature') VALUES (?, ?, ?);", ("TEMP4", rightNah, temp))
dbconn.commit()
webiopi.sleep(interval)
def setup():
global tempsensor
global pressensor
tempsensor = webiopi.deviceInstance(DEVICENAMETEMP)
pressensor = webiopi.deviceInstance(DEVICENAMEPRES)
def destroy():
mcp = webiopi.deviceInstance("mcp") # retrieve the device named "mcp" in the configuration
mcp.digitalWrite(HEATER, GPIO.LOW) # turn off to avoid over heating
import webiopi
import datetime
from webiopi import deviceInstance
temp = deviceInstance("temp0")
GPIO = webiopi.GPIO
LIGHT = 17 # GPIO pin using BCM numbering
HOUR_ON = 8 # Turn Light ON at 08:00
HOUR_OFF = 18 # Turn Light OFF at 18:00
# setup function is automatically called at WebIOPi startup
def setup():
# set the GPIO used by the light to output
GPIO.setFunction(LIGHT, GPIO.OUT)
# retrieve current datetime
now = datetime.datetime.now()
# test if we are between ON time and tun the light ON
if ((now.hour >= HOUR_ON) and (now.hour < HOUR_OFF)):
GPIO.digitalWrite(LIGHT, GPIO.HIGH)
# loop function is repeatedly called by WebIOPi
def loop():
# retrieve current datetime
now = datetime.datetime.now()
print( now.hour, HOUR_ON)
print(temp.getCelsius())
HOT = 79.0
# RGB LED GPIO pins
RED = 11
GREEN = 9
BLUE = 10
# Switch GPIO
# Next version of WebIOPi should support interrupts (better approach)
SWITCH = 18
# Display State: Current Temperature or Temperature Range
displayCurrent = False
# Set temperature sensor (specified in WebIOPi config)
t = webiopi.deviceInstance("ServerRoom")
# Initialize temperature range variables
tLow = t.getFahrenheit()
tHigh = t.getFahrenheit()
# WH1602B-CTI Colors at 3.3V
Colors = {'Red': (0.0,1.0,1.0),
'Green': (1.0,0.0,1.0),
'Blue': (1.0,1.0,0.0),
'Purple': (0.0,1.0,0.0),
'Chartreuse': (0.0,0.0,1.0),
'Cyan': (1.0,0.0,0.0),
'Aquamarine': (1.0,0.0,0.5),
'Turquoise': (1.0,0.5,0.0),
'Violet': (0.0,1.0,0.5),
import webiopi
pca = webiopi.deviceInstance("pwm0")
def ServoMin():
pca.pwmWriteAngle(15, -45.0)
# setup function is automatically called at WebIOPi startup
def setup():
global state
state={'red':0,'green':0,'blue':0,'bright':0}
update("started")
#state=#load old state written in JSON
# loop function is repeatedly called by WebIOPi
def loop():
pass
# destroy function is called at WebIOPi shutdown
def destroy():
#save state to reload later
pass
def apply(red,green,blue,bright):
finale_red = red*bright/10000.0
finale_green = green*bright/10000.0
finale_blue = blue*bright/10000.0
pca.pwmWriteFloat(0,green)
pca.pwmWriteFloat(1,blue)
pca.pwmWriteFloat(2,red)
HOT = 79.0
# RGB LED GPIO's
RED = 11
GREEN = 9
BLUE = 10
# Switch GPIO
# Next version of WebIOPi should support interrupts (better approach)
SWITCH = 18
# Display State: Current Temperature or Temperature Range
displayCurrent = False
# Set temperature sensor (specified in WebIOPi config)
t = deviceInstance("ServerRoom")
# Initialize temperature range variables
tLow = t.getFahrenheit()
tHigh = t.getFahrenheit()
# Hour Counter
hourCounter = datetime.datetime.now().hour
# Critical flag
criticalSent = False
# Web Service URI
# *** YOU MUST CHANGE TO THE IP OF YOUR WEB SERVER ***
URI = 'http://(IP.ADDRESS):8000/'
import webiopi
from webiopi import deviceInstance
import sqlite3
import sys
import time
GPIO = webiopi.GPIO
tempSensor = deviceInstance("tmp")
SCRIPT_PATH = "/home/pi/HydroP/python/"
dbconn = sqlite3.connect(SCRIPT_PATH + "hydro.db")
dbconn.row_factory = sqlite3.Row
dbcursor = dbconn.cursor()
dbcursor.execute(
"SELECT status, interval FROM devices WHERE name = 'TEMP3' VALUES (?, ?);",
(status, interval))
while (status == 1):
temp = tempSensor.getFahrenheit()
rightNah = time.gmtime()
dbcursor.execute(
"INSERT INTO temperatures('device', 'timestamp', 'temperature') VALUES (?, ?, ?);",
("TEMP3", rightNah, temp))
dbconn.commit()
webiopi.sleep(interval)
def setup():
g0 = webiopi.deviceInstance("g0") # retrieve the device named "mcp" in the configuration
g0.setFunction(1, GPIO.OUT)
import webiopi
import datetime
from webiopi import deviceInstance
temp = deviceInstance("temp0")
GPIO = webiopi.GPIO
LIGHT = 17 # GPIO pin using BCM numbering
HOUR_ON = 8 # Turn Light ON at 08:00
HOUR_OFF = 18 # Turn Light OFF at 18:00
# setup function is automatically called at WebIOPi startup
def setup():
# set the GPIO used by the light to output
GPIO.setFunction(LIGHT, GPIO.OUT)
# retrieve current datetime
now = datetime.datetime.now()
# test if we are between ON time and tun the light ON
if ((now.hour >= HOUR_ON) and (now.hour < HOUR_OFF)):
GPIO.digitalWrite(LIGHT, GPIO.HIGH)
# loop function is repeatedly called by WebIOPi
def loop():
# retrieve current datetime
now = datetime.datetime.now()
print(now.hour, HOUR_ON)
print(temp.getCelsius())
def getBMP085Temp():
global celsius_085
tmp085 = webiopi.deviceInstance("bmp")
celsius_085 = tmp085.getCelsius() # получение температуры
print (celsius_085)
return "%.2f" % celsius_085 # возврат данных температуры в HTML с округлением до сотых
def __init__(self):
self.meteo = webiopi.deviceInstance("bmp")
self.type = "meteo"
import webiopi
from webiopi import deviceInstance
import datetime
import time
from time import strftime
import sys
num = 0
while True:
if (num == 2):
print("begin")
tmp085 = webiopi.deviceInstance("bmp")
cel_0 = tmp085.getHectoPascal()
data_entry = "{0},{1}\n".format(strftime("%Y-%m-%d %H:%M:%S"),
"%.2f" % cel_0)
print(data_entry)
num = 0
num += 1
time.sleep(1) # gives CPU some time before looping again
def __init__(self):
self.meteo = webiopi.deviceInstance("bmp")
self.type = "meteo"
import webiopi
import time
from subprocess import *
import json
from time import sleep, strftime
from datetime import datetime
from webiopi import deviceInstance
from array import *
from random import randint
GPIO = webiopi.GPIO
tsl = deviceInstance("tsl")
#Raspberry Pi GPIO pin numbers assigned to variables
LCD_RS = 7
LCD_E = 8
LCD_D4 = 11
LCD_D5 = 9
LCD_D6 = 10
LCD_D7 = 25
#Other LCD variables (code used thanks to RaspberryPiIVBeginners from youtube.com)
LCD_WIDTH = 16
LCD_CHR = True
LCD_CMD = False
LCD_LINE_1 = 0x80
LCD_LINE_2 = 0xC0
E_PULSE = 0.00005
#do CPU ad GPU temperature calculations
def get_cpu_temp():
cTemp = os.popen('vcgencmd measure_temp').readline()
rawC = cTemp.replace("temp=","").replace("'C\n","")
rawC2 = float(rawC)
return float(1.8*rawC2)+32
def get_gpu_temp():
gTemp = os.popen("/opt/vc/bin/vcgencmd measure_temp").readline()
rawG = gTemp.replace("temp=","").replace("'C\n","")
rawG2 = float(rawG)
return float(1.8*rawG2)+32
# Set temperature sensor (specified in WebIOPi config)
t = deviceInstance("Shop")
# Initialize temperature range variables
tShopLow = t.getFahrenheit()
tShopHigh = t.getFahrenheit()
tGpuHigh = float(get_gpu_temp())
tGpuLow = float(get_gpu_temp())
tCpuHigh = float(get_cpu_temp())
tCpuLow = float(get_cpu_temp())
# Called by WebIOPi at script loading
def setup():
webiopi.debug("Script with macros - Setup")
# Setup GPIOs
GPIO.setFunction(RED, GPIO.PWM)
GPIO.setFunction(GREEN, GPIO.PWM)
# ADC pin for temperature
# ADC pin for humidity
#Variables
# ADC high and low thresholds for moisture sensors
M1LOW = 200
M1HIGH = 800
M2LOW = 0
M2HIGH = 400
M3LOW = 0
M3HIGH = 800
M4LOW = 200
M4HIGH = 400
M5LOW = 0
M5HIGH = 400
mcp = webiopi.deviceInstance("mcp") # retrieve the device named "mcp" in the configuration
# setup function is automatically called at WebIOPi startup
def setup():
# set the GPIO direction for each pin.
GPIO.setFunction(P1, GPIO.OUT)
GPIO.setFunction(S1, GPIO.OUT)
GPIO.setFunction(S2, GPIO.OUT)
GPIO.setFunction(S3, GPIO.OUT)
GPIO.setFunction(S4, GPIO.OUT)
GPIO.setFunction(S5, GPIO.OUT)
GPIO.setFunction(LOWWATER, GPIO.IN, GPIO.PUD_DOWN)
# loop function is repeatedly called by WebIOPi
def loop():
def setup():
global sensor
sensor = webiopi.deviceInstance(DEVICENAME)
def loop():
if (AUTO):
tmp = webiopi.deviceInstance("tmp") # retrieve the device named "tmp" in the configuration
mcp = webiopi.deviceInstance("mcp") # retrieve the device named "mcp" in the configuration
mcp2 = webiopi.deviceInstance("mcp2")
mcp3 = webiopi.deviceInstance("mcp3")
mcp4 = webiopi.deviceInstance("mcp4")
celsius = tmp.getCelsius() # retrieve current temperature
print("Temperature: %f" % celsius)
now = datetime.datetime.now()
print "jam sekarang = %d:%d:%d"%(now.hour,now.minute,now.second)
print "set point : %d"%TEMP
# getsetpoint()
match(auto,jamon,jamoff,meniton,menitoff,mcp4)
if (now.second<2):
print "auto = %d,%d,%d,%d,%d,%d,%d,%d"%(auto[0],auto[1],auto[2],auto[3],auto[4],auto[5],auto[6],auto[7])
print "jam on = %d,%d,%d,%d,%d,%d,%d,%d"%(jamon[0],jamon[1],jamon[2],jamon[3],jamon[4],jamon[5],jamon[6],jamon[7])
print "jam off = %d,%d,%d,%d,%d,%d,%d,%d"%(jamoff[0],jamoff[1],jamoff[2],jamoff[3],jamoff[4],jamoff[5],jamoff[6],jamoff[7])
print "menit on = %d,%d,%d,%d,%d,%d,%d,%d"%(meniton[0],meniton[1],meniton[2],meniton[3],meniton[4],meniton[5],meniton[6],meniton[7])
print "menit off = %d,%d,%d,%d,%d,%d,%d,%d"%(menitoff[0],menitoff[1],menitoff[2],menitoff[3],menitoff[4],menitoff[5],menitoff[6],menitoff[7])
#motor dengan sensor temperature
if int (GPIO.digitalRead(25)) == 1 :
if (celsius <= 29-T):
GPIO.pwmWrite(9, 0)
if (T < celsius < (T+0.05)):
GPIO.pwmWrite(9, 0.05)
if ((T+0.05) <= celsius < (T+0.1)):
GPIO.pwmWrite(9, 0.1)
if ((T+0.1)<= celsius < (T+0.15)):
GPIO.pwmWrite(9, 0.15)
if ((T+0.15) <= celsius < (T+0.2)):
GPIO.pwmWrite(9, 0.2)
if ((T+0.2) <= celsius < (T+0.25)):
GPIO.pwmWrite(9, 0.25)
if ((T+0.25) <= celsius < (T+0.3)):
GPIO.pwmWrite(9, 0.3)
if ((T+0.3) <= celsius < (T+0.35)):
GPIO.pwmWrite(9, 0.35)
if ((T+0.35) <= celsius < (T+0.4)):
GPIO.pwmWrite(9, 0.4)
if ((T+0.4) <= celsius < (T+0.45)):
GPIO.pwmWrite(9, 0.45)
if ((T+0.45) <= celsius < (T+0.5)):
GPIO.pwmWrite(9, 0.5)
if ((T+0.5) <= celsius < (T+0.55)):
GPIO.pwmWrite(9, 0.55)
if ((T+0.55) <= celsius < (T+0.6)):
GPIO.pwmWrite(9, 0.6)
if ((T+0.6) <= celsius < (T+0.65)):
GPIO.pwmWrite(9, 0.65)
if ((T+0.65) <= celsius < (T+0.7)):
GPIO.pwmWrite(9, 0.7)
if ((T+0.7) <= celsius < (T+0.75)):
GPIO.pwmWrite(9, 0.75)
if ((T+0.75) <= celsius < (T+0.8)):
GPIO.pwmWrite(9, 0.8)
if ((T+0.8) <= celsius < (T+0.85)):
GPIO.pwmWrite(9, 0.85)
if ((T+0.85) <= celsius < (T+0.99)):
GPIO.pwmWrite(9, 0.9)
if (celsius >= (T+1)):
GPIO.pwmWrite(9, 1)
# retrieve current datetime
now = datetime.datetime.now()
if (now.second==0):
match(auto,jamon,jamoff,meniton,menitoff,mcp4)
# setting button Home Away
#HOME
if int (GPIO.digitalRead(7)) == 1 and int (GPIO.digitalRead(11)) == 0 :
for x in range(0, 8):
mcp.digitalWrite(x, GPIO.LOW)
mcp2.digitalWrite(x, GPIO.LOW)
mcp4.digitalWrite(x, GPIO.HIGH)
GPIO.digitalWrite(7,GPIO.LOW)
#Away
elif int (GPIO.digitalRead(11)) == 1 and int (GPIO.digitalRead(7)) == 0:
mcp4.digitalWrite(0, GPIO.LOW)
for x in range(0, 8):
mcp.digitalWrite(x, GPIO.HIGH)
mcp2.digitalWrite(x, GPIO.HIGH)
for x in range(1, 8):
mcp4.digitalWrite(x, GPIO.LOW)
GPIO.digitalWrite(7,GPIO.LOW)
if int (GPIO.digitalRead(8)) == 1 :
for x in range(0, 8):
mcp.digitalWrite(x, GPIO.HIGH)
mcp2.digitalWrite(x, GPIO.HIGH)
mcp4.digitalWrite(x, GPIO.LOW)
webiopi.sleep(0.2)
for x in range(0, 8):
mcp.digitalWrite(x, GPIO.LOW)
mcp2.digitalWrite(x, GPIO.LOW)
mcp4.digitalWrite(x, GPIO.HIGH)
# gives CPU some time before looping again
webiopi.sleep(1)
def __command__(self, channel, diff):
d = [0x00, 0x00]
d[0] |= 1 << 6 # start
d[0] |= (not diff) << 5 # SGL
d[0] |= (channel & 0x01) << 4 # Ch
d[0] |= (1) << 3 # MBSF
return d
def __analogRead__(self, channel, diff):
data = self.__command__(channel, diff)
r = self.xfer(data)
return ((r[0] & self.MSB_MASK) << 8) | r[1]
GPIO = webiopi.GPIO
pwm0 = deviceInstance("pwm0")
PIN_L1 = 6
PIN_L2 = 5
PIN_R1 = 13
PIN_R2 = 19
PIN_SUB1 = 20
PIN_SUB2 = 21
Foot = 0
ServoTop = 0
ServoLower = -3
g_mode = 0
g_percentage = 50
g_percentageSUB = 100
def setup():
mcp = webiopi.deviceInstance("mcp") # retrieve the device named "mcp" in the configuration
mcp.setFunction(HEATER, GPIO.OUT)
import webiopi
import time
import threading
import pygame
import glob
import random
pygame.mixer.init()
from webiopi import deviceInstance
# Enable debug output
webiopi.setDebug()
# Device setup
GPIO = webiopi.GPIO
relay = deviceInstance("relay")
#io = deviceInstance("io")
pwm = deviceInstance("pwm")
OFF = GPIO.HIGH
ON = GPIO.LOW
#Sound Setup
soundMain = "/home/pi/Hsounds/"
typeOne = "Type1/"
typeTwo = "Type2/"
typeThree = "Type3/"
typeFour = "Type4/"
class SoundStat:
onBool = False
def __init__(self):
pass