# -*- coding: utf8 -*-
from eedomus import findDevice
from eedb import eeDbAPI
import ROOT
from datetime import datetime
from dateutil.relativedelta import relativedelta
def graphFromHistory(history):
time = ROOT.TDatime()
graph = ROOT.TGraph()
for i,(to,do) in enumerate(history):
time.Set(do.strftime("%Y-%m-%d %H:%M:%S"))
graph.SetPoint(i,time.Convert(),ROOT.Double(float(to)))
return graph
api = eeDbAPI()
devs = api.getPeriphList()
temps = findDevice(devs,usage_name="Température")
outside = temps[0].getHistory()
inside = temps[3].getHistory()
c1 = ROOT.TCanvas()
gr = graphFromHistory(outside)
gr.Draw()
c2 = ROOT.TCanvas()
gr2 = graphFromHistory(inside)
gr2.Draw()
from eedomus import findDevice
from eedb import eeDbAPI
# the API entry point
api = eeDbAPI()
if api.authTest() == 1:
print("Authentification OK")
else:
print("Authentification Error")
# get the list of devices
devs = api.getPeriphList()
# pick one for the next operations
dev = findDevice(devs, room_name="Salon")[4]
# print infos on that device
print(dev)
# get value and last change
print("Value:", dev.lastValue(), end=' ')
print(", last changed on", dev.lastValueChange())
# get the history and print some information
history = dev.getHistory()
print("History size: ", len(history))
print("First entry: ", history[0])
print("Last entry:", history[-1])
from credentials import api_user,api_secret # the API entry point #api = eeDomusAPI(api_user,api_secret,"192.168.1.13") api = eeDomusAPI(api_user,api_secret) if api.authTest()==1: print "Authentification OK" else: print "Authentification Error" # get the list of devices devs = api.getPeriphList() # pick one for the next operations dev = findDevice(devs,room_name="Salon")[4] # print infos on that device print dev # get value and last change print "Value:", dev.lastValue(), print ", last changed on", dev.lastValueChange() # get the history and print some information history = dev.getHistory() print "History size: ", len(history) print "First entry: ",history[0] print "Last entry:", history[-1]
################################################################################
################################################################################
from eedomus import findDevice
from eedb import eeDbAPI
# login
api = eeDbAPI()
devs = api.getPeriphList()
# temperatures
c1 = ROOT.TCanvas()
graphs = []
temps = findDevice(devs, usage_name="Température")
for temp in temps:
history = eeHistory(temp.getHistory())
gr = history.graph()
gr.SetLineColor(30 + len(graphs))
gr.SetLineWidth(3)
if len(graphs):
gr.Draw("same")
else:
gr.Draw()
graphs.append(gr)
# conso électricité
c3 = ROOT.TCanvas()
c3.Divide(2, 2)
c3.cd(1)
# -*- coding: utf8 -*-
from eedomus import findDevice
from eedb import eeDbAPI
import ROOT
from datetime import datetime
from dateutil.relativedelta import relativedelta
def graphFromHistory(history):
time = ROOT.TDatime()
graph = ROOT.TGraph()
for i,(to,do) in enumerate(history):
time.Set(do.strftime("%Y-%m-%d %H:%M:%S"))
graph.SetPoint(i,time.Convert(),ROOT.Double(float(to)))
return graph
api = eeDbAPI()
devs = api.getPeriphList()
temps = findDevice(devs,usage_name=u"Température")
outside = temps[0].getHistory()
inside = temps[3].getHistory()
c1 = ROOT.TCanvas()
gr = graphFromHistory(outside)
gr.Draw()
c2 = ROOT.TCanvas()
gr2 = graphFromHistory(inside)
gr2.Draw()
return output[:-1]
################################################################################
################################################################################
from eedomus import findDevice
from eedb import eeDbAPI
# login
api = eeDbAPI()
devs = api.getPeriphList()
# temperatures
c1 = ROOT.TCanvas()
graphs = []
temps = findDevice(devs,usage_name=u"Température")
for temp in temps:
history = eeHistory(temp.getHistory())
gr = history.graph()
gr.SetLineColor(30+len(graphs))
gr.SetLineWidth(3)
if len(graphs):
gr.Draw("same")
else:
gr.Draw()
graphs.append(gr)
# conso électricité
c3 = ROOT.TCanvas()
c3.Divide(2,2)
c3.cd(1)