def index(self):
availableNodes = []
n2 = []
for n in SensorController.getAvailableNodes():
availableNodes.append(str(n)+" in "+ EventController.mapSensorToRoom(n))
print "Loop sensors",SensorController.getSensors()
for n in SensorController.getSensors():
print "FIDIRALALALA",n
n2.append(n)
return lookup.get_template("html/index.html").render(nod=n2,nodes = availableNodes,data=SensorController.getGraphValues(21),movementData=EventController.whereIsItMoving())
def getSaxContinous(id, timeframe):
nd = SensorController.getEntriesFromId(id,timeframe,1)
nd2 = EventController.check(id,timeframe)
out_str ="\"Date Time,SAX\\n\" +\n"
if nd.count() >= timeframe:
data = SAX.convertSaxBackToContinious(EventController.phrase_length, EventController.symbol_count, nd2)
for (entry,sax) in zip(nd,data):
#print entry,sax
d = entry["date"]
out_str += ""+str(d.year)+"/"+str(d.month)+"/"+str(d.day)+" "+str(d.hour)+":"+str(d.minute)+":"+str(d.second)+","+str(sax) + "\n"
return out_str
def graph(self,id):
return lookup.get_template("html/graph.html").render(data=SensorController.getGraphValues(id))
def sensorPage(self,selection="rolling_median",timeframe=2,id=21):
global selectionGlobal
global timeframeGlobal
selectionGlobal = selection
timeframeGlobal = timeframe
return lookup.get_template("html/sensor.htm").render(data=SensorController.entryToCSVMA(id,selection,timeframe),thres=ProcessingController.getAvailableThresholds(),selection=selectionGlobal, timeframe = timeframeGlobal,id=id)
def sensor(self,id):
cherrypy.response.headers['content-type'] = 'text/csv'
return SensorController.entryToCSVMA(id,selectionGlobal,timeframeGlobal)
from core import WebInterfaceController, SensorController, EventController
from core import SensorController
__author__ = 'frieder'
SensorController.start()
WebInterfaceController.start()
EventController.Watchdog(1).start()
#import matplotlib.pyplot as plt
#t1 = Series(getDictFromId(10))
#t2 = Series(getDictFromId(11))
#
#a1 = t1.plot()
#
#plt.show()
#print getSaxContinous("49",10)
def sensor(self, id):
cherrypy.response.headers['content-type'] = 'text/csv'
return SensorController.entryToCSVMA(id, selectionGlobal,
timeframeGlobal)
from core import WebInterfaceController, SensorController, EventController
from core import SensorController
__author__ = 'frieder'
SensorController.start()
WebInterfaceController.start()
EventController.Watchdog(1).start()
#import matplotlib.pyplot as plt
#t1 = Series(getDictFromId(10))
#t2 = Series(getDictFromId(11))
#
#a1 = t1.plot()
#
#plt.show()
#print getSaxContinous("49",10)
