public static bool PhaseExistInPhaseCode(EPhaseCode ePhaseCode, EPhaseIndex phaseIndex)
{
if (((uint)ePhaseCode & (uint)Math.Pow(2, 3 - (byte)phaseIndex)) != 0)
{
return(true);
}
else
{
return(false);
}
}
public static EPhaseCode PhaseIndexToPhaseCode(EPhaseIndex phaseIndex)
{
switch (phaseIndex)
{
case EPhaseIndex.A:
return(EPhaseCode.A);
case EPhaseIndex.B:
return(EPhaseCode.B);
case EPhaseIndex.C:
return(EPhaseCode.C);
default:
return(EPhaseCode.UNKNOWN);
}
}
public void UpdateTopologyAfterOpeningPhaseOfSwitch(long branch, EPhaseCode phaseToClose)
{
MPBranch stateBranch = internalModel.Branches[branch];
if (stateBranch.Marker != EEnergizationStatus.TA_UNENERGIZED)
{
FindRootsToUpdate(branch);
EPhaseIndex phaseIndex = PhaseHelper.PhaseCodeToIndex(phaseToClose);
long nodeLid = stateBranch.DownNode[(long)phaseIndex];
bfScanner.Init();
bfScanner.Add(new ActiveNodeInfo(LIDtoIND[nodeLid] + (long)phaseIndex, (long)phaseIndex));
ProcessIsland();
AnalyzeTopology(internalModel.Roots);
}
}