class PowerWithTimeGenerator:
def __init__(self, limitedStartTime, limitedStopTime, minPeriod, maxPeriod, minSecondInterval, maxSecondInterval, startDate, endDate, minPower, maxPower=None):
#If no maxPower passed, minPower acts as powerList.
self.__pc = PowerConsumption(minPower, maxPower);
self.__pcp = PowerConsPeriod(limitedStartTime, limitedStopTime, minPeriod, maxPeriod);
start, stop = self.__pcp.getNextStartAndStopTimesNoLimit();
self.__startDate = startDate; #datetime.datetime
self.__endDate = endDate; #datetime.datetime
self.__startTimeStamp = copy.deepcopy(self.__startDate);
self.__startTimeStamp.replace(hour=start.hour, minute=start.minute);
self.__stopTimeStamp = copy.deepcopy(self.__startDate);
self.__stopTimeStamp = self.__stopTimeStamp.replace(hour=stop.hour, minute=stop.minute);
self.__st = SampleTime(minSecondInterval, maxSecondInterval, self.__startTimeStamp, self.__stopTimeStamp);
self.timeStamp = None;
self.power = 0;
self.__start = None;
self.__stop = None;
self.__lastStart = None;
self.__lastStop = None;
def getNextConsumption(self):
if self.timeStamp is not None: #If it's not the first time
if self.timeStamp > self.__stopTimeStamp:
if self.__start is not None:
self.__lastStart, self.__lastStop = self.__start, self.__stop;
self.__start, self.__stop = self.__pcp.getNextStartAndStopTimesNoLimit();
#print("start: "+str(self.__start)+", stop: "+str(self.__stop));
self.__startTimeStamp = self.__startTimeStamp.replace(hour=self.__start.hour, minute=self.__start.minute);
self.__stopTimeStamp = self.__stopTimeStamp.replace(hour=self.__stop.hour, minute=self.__stop.minute);
if self.__lastStart is not None:
oneDay = datetime.timedelta(days=1);
if self.__lastStart > self.__start: #Going to a new day
#print("\n\nlastStart: "+str(self.__lastStart) + ", start: "+str(self.__start)+"\n\n");
#print("oneDay: " + str(oneDay) + "\n\n");
self.__startTimeStamp = self.__startTimeStamp + oneDay;
self.__stopTimeStamp = self.__stopTimeStamp + oneDay;
elif self.__startTimeStamp > self.__stopTimeStamp:
self.__stopTimeStamp = self.__stopTimeStamp + oneDay;
self.__st.setNewLimitedTime(self.__startTimeStamp, self.__stopTimeStamp);
#print("+++++startTimeStamp: "+str(self.__startTimeStamp)+", stopTimeStamp: "+str(self.__stopTimeStamp));
else:
self.power = self.__pc.getRandomPower(); #Assign a power for only the first time
#print("timeStamp: "+str(self.timeStamp)+", stopTimeStamp: "+str(self.__stopTimeStamp));
self.timeStamp = self.__st.getNextSampleTime();
#print("=========timeStamp: "+str(self.timeStamp)+", endData: "+str(self.__endDate));
if self.timeStamp < self.__endDate:
if not(self.timeStamp.time() > self.__pcp.limitedStopTime or self.timeStamp.time() < self.__pcp.limitedStartTime):
if self.timeStamp > self.__stopTimeStamp:
self.power = self.__pc.getRandomPower();
else:
self.power = 0; #Set power = 0 when it passes the operating time (the limitedStopTime)
return self.power, self.timeStamp;
else:
return None, None;
def __init__(self, limitedStartTime, limitedStopTime, minPeriod, maxPeriod, minSecondInterval, maxSecondInterval, startDate, endDate, minPower, maxPower=None): #If no maxPower passed, minPower acts as powerList. self.__pc = PowerConsumption(minPower, maxPower); self.__pcp = PowerConsPeriod(limitedStartTime, limitedStopTime, minPeriod, maxPeriod); start, stop = self.__pcp.getNextStartAndStopTimesNoLimit(); self.__startDate = startDate; #datetime.datetime self.__endDate = endDate; #datetime.datetime self.__startTimeStamp = copy.deepcopy(self.__startDate); self.__startTimeStamp.replace(hour=start.hour, minute=start.minute); self.__stopTimeStamp = copy.deepcopy(self.__startDate); self.__stopTimeStamp = self.__stopTimeStamp.replace(hour=stop.hour, minute=stop.minute); self.__st = SampleTime(minSecondInterval, maxSecondInterval, self.__startTimeStamp, self.__stopTimeStamp); self.timeStamp = None; self.power = 0; self.__start = None; self.__stop = None; self.__lastStart = None; self.__lastStop = None;
