//private readonly OefcKey _zek;
public OnlineDeviceStateMachine([NotNull] TimeStep startTimeStep,
[NotNull] CalcLoadTypeDto loadType,
[NotNull] string deviceName, OefcKey deviceKey, [NotNull] string affordanceName, [NotNull] CalcParameters calcParameters,
[NotNull] StepValues stepValues, int columnNumber)
{
//_zek = new ZeroEntryKey(deviceKey.HouseholdKey, deviceKey.ThisDeviceType,deviceKey.DeviceGuid,deviceKey.LocationGuid);
_deviceName = deviceName;
_calcParameters = calcParameters;
OefcKey = deviceKey;
LoadType = loadType;
if (loadType == null)
{
throw new LPGException("loadtype for an osm was null");
}
_startTimeStep = startTimeStep;
// time profile einladen, zeitlich variieren, normalverteilt variieren und dann als stepvalues speichern
//// throw new LPGException("power usage factor was 0. this is a bug. Device " + deviceName + ", Loadtype " + loadType);
//}
StepValues = stepValues;
ColumnNumber = columnNumber;
AffordanceName = affordanceName;
HouseholdKey = deviceKey.HouseholdKey;
}
public void AddNewStateMachine(TimeStep startTimeStep,
CalcLoadTypeDto loadType, string affordanceName, string activatorName,
OefcKey oefckey, [NotNull] CalcDeviceDto calcDeviceDto, [NotNull] StepValues sv)
{
Oefc.IsDeviceRegistered(loadType, oefckey);
//OefcKey oefckey = new OefcKey(householdKey, deviceType, deviceID, locationID, loadType.ID);
// this is for logging the used time profiles which gets dumped to the time profile log
ProfileActivationEntry.ProfileActivationEntryKey key =
new ProfileActivationEntry.ProfileActivationEntryKey(calcDeviceDto.Name, sv.Name, sv.DataSource,
loadType.Name);
if (!_profileEntries.ContainsKey(key))
{
ProfileActivationEntry entry = new ProfileActivationEntry(calcDeviceDto.Name, sv.Name, sv.DataSource,
loadType.Name, _calcParameters);
_profileEntries.Add(entry.GenerateKey(), entry);
}
_profileEntries[key].ActivationCount++;
// do the device activiation
var columnNumber = Oefc.GetColumnNumber(loadType, oefckey);
var dsm = new OnlineDeviceStateMachine(startTimeStep,
loadType, calcDeviceDto.Name, oefckey, affordanceName, _calcParameters, sv, columnNumber);
//_statemachines.Add(dsm);
_stateMachinesByLoadtype[loadType].Add(dsm);
// log the affordance energy use.
if (_calcParameters.IsSet(CalcOption.DeviceActivations))
{
double totalPowerSum = dsm.CalculateOfficialEnergyUse();
double totalEnergysum = loadType.ConversionFactor * totalPowerSum;
var entry = new DeviceActivationEntry(dsm.AffordanceName,
dsm.LoadType, totalEnergysum, activatorName, sv.Values.Count,
startTimeStep, calcDeviceDto); // dsm.StepValues.ToArray(),
_old.RegisterDeviceActivation(entry);
}
}