private List <TimeProfileEntry> MakeTimeProfileEntryFromDeviceAction([NotNull] DeviceAction da, [NotNull] Affordance affordance,
[NotNull] AffordanceDevice affdev, Random rnd)
{
var tpes = new List <TimeProfileEntry>();
foreach (var actionProfile in da.Profiles)
{
var lt = actionProfile.VLoadType;
if (lt == null)
{
throw new LPGException("load type was null");
}
var tp = actionProfile.Timeprofile;
if (tp == null)
{
throw new LPGException("Time profile was null");
}
var cp = CalcDeviceFactory.GetCalcProfile(tp, new TimeSpan(0, 1, 0));
var factor = GetMaxExpansionFactor((double)affordance.TimeStandardDeviation, rnd);
var newlength = cp.GetNewLengthAfterCompressExpand(factor);
if (da.Device == null)
{
throw new LPGException("Device was null");
}
var tpe = new TimeProfileEntry(affdev, newlength, lt,
(int)(affdev.TimeOffset + actionProfile.TimeOffset), affordance, factor, da.Device.Name);
tpes.Add(tpe);
}
return(tpes);
}
private TimeProfileEntry MakeTimeProfileEntryFromDevice([NotNull] AffordanceDevice affdev, [NotNull] Affordance affordance, Random rnd)
{
var lt = affdev.LoadType;
if (lt == null)
{
throw new DataIntegrityException("LoadType was null");
}
var tp = affdev.TimeProfile;
if (tp == null)
{
throw new DataIntegrityException("Time profile was null");
}
var cp = CalcDeviceFactory.GetCalcProfile(tp, new TimeSpan(0, 1, 0));
var factor = GetMaxExpansionFactor((double)affordance.TimeStandardDeviation, rnd);
var newlength = cp.GetNewLengthAfterCompressExpand(factor);
if (affdev.Device == null)
{
throw new DataIntegrityException("Device was null");
}
string name = affdev.Device.Name;
var tpe = new TimeProfileEntry(affdev, newlength, lt, (int)affdev.TimeOffset, affordance, factor,
name);
return(tpe);
}
private static void SetBusyBits([NotNull] TimeProfileEntry tpe, [NotNull] Dictionary <string, BitArray> busySignals)
{
for (var i = tpe.OffSet; i < tpe.NewLength + tpe.OffSet; i++)
{
if (busySignals[tpe.Key][i])
{
throw new DataIntegrityException("Overlapping time profiles in the affordance " + tpe.Affordance +
" for the load type " + tpe.LoadType + " at the time step " + i +
" minutes for the device " + tpe.AffDev +
" with a time expansion factor of " + tpe.TimeFactor +
". To avoid this, either reduce the standard deviation of the affordance or increase the time offset between the device activations. The affordance has a standard deviation of " +
tpe.Affordance.TimeStandardDeviation, tpe.Affordance);
}
busySignals[tpe.Key][i] = true;
}
}
