def getTemp(self):
radio = RadioTransreciver(
self.getNetworkID) # Subclass should use Rooms serial object.
temp = radio.Wmsg(self.getNodeAddr(), "RT")
if temp != "":
return int(temp)
else:
print("node {node} unavaiable".format(node=self.getNodeAddr()))
return -1
def getTarget(self):
radio = RadioTransreciver(self.getNetworkID)
temp = radio.Wmsg(self.getNodeAddr(), "RS")
if temp != "":
print("DRTV node {node} target is {temp} deg C".format(
node=self.getNodeAddr(), temp=(int(temp))))
return
else:
print("node {node} unavaiable".format(node=self.getNodeAddr()))
def getVal(self):
radio = RadioTransreciver(self.getNetworkID)
temp = radio.Wmsg(self.getNodeAddr(), "RV")
if temp != "":
print("DRTV node {node} valve is {temp} percent open".format(
node=self.getNodeAddr(), temp=(int(temp))))
return
else:
print("node {node} unavaiable".format(node=self.getNodeAddr()))
def getTemp(self):
radio = RadioTransreciver(self.getNetworkID)
temp = radio.Wmsg(self.getNodeAddr(), "RT")
if temp != "":
with open("/home/flum/Desktop/dat/data.txt", "a") as text_file:
print("DRTV node {node} is {temp} deg C".format(
node=self.getNodeAddr(), temp=(int(temp) / 200)),
file=text_file)
return int(temp) / 200
else:
print("node {node} unavaiable".format(node=self.getNodeAddr()))
return -1
class Room():
def __init__(self, f_nodeid, f_netid, f_roomid):
"""Nodeid & NetID is ID of Arduino Gateway"""
"""RoomID is specific for room"""
self.roomID = f_roomid
self.NodeID = f_nodeid
self.NetID = f_netid
self.DRTVList = []
self.BUTTONList = []
self.TempSensorList = []
self.UserButtonList = []
self.description = ""
self.target_temp = 0
self.time = 0
self.radio = RadioTransreciver(self.NetID)
# should be seperate function which checks every room instead
def pollButtons(self):
self.temp = 20
while True:
btnstr = self.radio.Wmsg(self.NodeID, "")
strings = btnstr.split('$')
#print(self.temp)
#print(strings)
for x in strings:
str = x.split(';') # str indeholder nu $id;+
length = len(str)
if str[0].rstrip() != "": # tjek at id findes
for i in self.BUTTONList:
if int(str[0].rstrip()) == i.getNodeAddr(
): # tjek at id passer til nuværende rum
if str[1].rstrip() != "":
if str[1].rstrip() == '+':
self.temp = self.temp + 1
if str[1].rstrip() == '-':
self.temp = self.temp - 1
print(self.temp)
# print("Node {node} pressed {temp}".format(node=str[0], temp=str[1]))
time.sleep(0.2)
def setDescription(self, f_des):
self.description = f_des
def getTempRoom(self):
#with open("/home/flum/Desktop/dat/data.txt", "a") as text_file:
# print("Node {node} is {temp} deg C".format(node=self.NodeID, temp=(int(self.rtemp) / 10)),file=text_file)
for i in self.TempSensorList:
temp = i.getTemp()
print("Node {node} is {temp} deg C".format(node=i.getNodeAddr(),
temp=(int(temp))))
#with open("/home/flum/Desktop/dat/data.txt", "a") as text_file:
# print(self.atemp-(int(self.rtemp)/10),file=text_file)
## BUTTON MODULE FUNCTIONS
def addBUTTON(self, addr, netid):
self.BUTTONList.append(buttonModule(addr, netid))
def addTempSensor(self, addr, netid):
self.TempSensorList.append(tempModule(addr, netid))
## DRTV FUNCTIONS
def addDRTV(self, addr, netid):
self.DRTVList.append(DRTVModule(addr, netid))
def delDRTV(self, addr):
print("del drtv")
def setTargetAll(self, f_temp):
for i in self.DRTVList:
i.setTarget(f_temp)
def getTempAll(self):
u = 0
for i in self.DRTVList:
temp = i.getTemp()
u = u + temp
for i in self.TempSensorList:
temp = i.getTemp()
u = u + temp
self.atemp = u / 2
def getTargetAll(self):
u = 0
for i in self.DRTVList:
i.getTarget()
def getValveAll(self):
u = 0
for i in self.DRTVList:
i.getVal()
def setTarget(self, f_temp):
radio = RadioTransreciver(self.getNetworkID)
string = "W" + str(f_temp)
radio.Wmsg(self.getNodeAddr(), string)