/// <summary>
/// A verbose string representation of the <see cref="LinearStateEstimator.Modeling.CircuitBreaker"/> and can be used for detailed text based output via a console or a text file.
/// </summary>
/// <returns>A verbose string representation of the <see cref="LinearStateEstimator.Modeling.CircuitBreaker"/>.</returns>
public new string ToVerboseString()
{
StringBuilder stringBuilder = new StringBuilder();
stringBuilder.AppendLine();
stringBuilder.AppendFormat("----- Circuit Breaker ----------------------------------------------------------");
stringBuilder.AppendLine();
stringBuilder.AppendFormat(" InternalID: " + InternalID.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Number: " + Number.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Name: " + Name + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Description: " + Description + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Can Infer State: " + CanInferState.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat("Group A Reported: " + CrossDevicePhasors.GroupAWasReported + "{0}", Environment.NewLine);
stringBuilder.AppendFormat("Group B Reported: " + CrossDevicePhasors.GroupBWasReported + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Normal: " + NormalState.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Actual: " + ActualState.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Measured: " + MeasuredState.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Measured Open: " + IsMeasuredOpen.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Measured Closed: " + IsMeasuredClosed.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Inferred Open: " + IsInferredOpen.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Inferred Closed: " + IsInferredClosed.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Is Open: " + IsOpen.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Is Closed: " + IsClosed.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" In Pruning Mode: " + InPruningMode.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Manual: " + InManualOverrideMode.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" FromNode: " + FromNode.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" ToNode: " + ToNode.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat("ParentSubstation: " + m_parentSubstation.ToString() + "{0}", Environment.NewLine);
stringBuilder.AppendFormat(" Status: {0}", Environment.NewLine);
stringBuilder.AppendFormat(m_breakerStatus.ToStatusString() + "{0}", Environment.NewLine);
stringBuilder.AppendLine();
return(stringBuilder.ToString());
}
//public static MeasuredState Hydrate(State state)
//{
// var measured = new MeasuredState {State = state};
// SetBlocks(ref measured);
// var (redCurrent, blueCurrent) = BuildStackTypeSetCurrent(measured);
//}
private static void SetBlocks(ref MeasuredState measured)
{
foreach (var location in State.AllBoardLocations)
{
measured.Blocks[location] = measured.State[location].IsBlock();
}
}
private static (StackTypeMeasurementSet, StackTypeMeasurementSet) BuildStackTypeSetCurrent(MeasuredState measured)
{
var redMs = new StackTypeMeasurementSet();
var blueMs = new StackTypeMeasurementSet();
foreach (var location in State.AllBoardLocations)
{
var current = measured.State[location];
redMs.Normal.OneStack[location] = current == (Cell.SideRed | Cell.Size1);
redMs.Normal.TwoStack[location] = current == (Cell.SideRed | Cell.Size2);
redMs.Normal.ThreeStack[location] = current == (Cell.SideRed | Cell.Size1 | Cell.Size2);
redMs.Normal.FourStack[location] = current == (Cell.SideRed | Cell.Size4);
redMs.Normal.FiveStack[location] = current.IsPiece() && current.RedPiece() && current.GetSize() > 4 && !current.IsBlessed() && !current.IsKing() && !current.IsCursed();
blueMs.Normal.OneStack[location] = current == Cell.Size1;
blueMs.Normal.TwoStack[location] = current == Cell.Size2;
blueMs.Normal.ThreeStack[location] = current == (Cell.Size1 | Cell.Size2);
blueMs.Normal.FourStack[location] = current == Cell.Size4;
blueMs.Normal.FiveStack[location] = current.IsPiece() && !current.RedPiece() && current.GetSize() > 4 && !current.IsBlessed() && !current.IsKing() && !current.IsCursed();
redMs.Blessed.OneStack[location] = current == (Cell.SideRed | Cell.Size1 | Cell.Blessed);
redMs.Blessed.TwoStack[location] = current == (Cell.SideRed | Cell.Size2 | Cell.Blessed);
redMs.Blessed.ThreeStack[location] = current == (Cell.SideRed | Cell.Size1 | Cell.Size2 | Cell.Blessed);
redMs.Blessed.FourStack[location] = current == (Cell.SideRed | Cell.Size4 | Cell.Blessed);
redMs.Blessed.FiveStack[location] = current.IsPiece() && current.RedPiece() && current.GetSize() > 4 && current.IsBlessed() && !current.IsKing() && !current.IsCursed();
blueMs.Blessed.OneStack[location] = current == (Cell.Size1 | Cell.Blessed);
blueMs.Blessed.TwoStack[location] = current == (Cell.Size2 | Cell.Blessed);
blueMs.Blessed.ThreeStack[location] = current == (Cell.Size1 | Cell.Size2 | Cell.Blessed);
blueMs.Blessed.FourStack[location] = current == (Cell.Size4 | Cell.Blessed);
blueMs.Blessed.FiveStack[location] = current.IsPiece() && !current.RedPiece() && current.GetSize() > 4 && current.IsBlessed() && !current.IsKing() && !current.IsCursed();
redMs.Cursed.OneStack[location] = current == (Cell.SideRed | Cell.Size1 | Cell.Cursed);
redMs.Cursed.TwoStack[location] = current == (Cell.SideRed | Cell.Size2 | Cell.Cursed);
redMs.Cursed.ThreeStack[location] = current == (Cell.SideRed | Cell.Size1 | Cell.Size2 | Cell.Cursed);
redMs.Cursed.FourStack[location] = current == (Cell.SideRed | Cell.Size4 | Cell.Cursed);
redMs.Cursed.FiveStack[location] = current.IsPiece() && current.RedPiece() && current.GetSize() > 4 && !current.IsBlessed() && !current.IsKing() && current.IsCursed();
blueMs.Cursed.OneStack[location] = current == (Cell.Size1 | Cell.Cursed);
blueMs.Cursed.TwoStack[location] = current == (Cell.Size2 | Cell.Cursed);
blueMs.Cursed.ThreeStack[location] = current == (Cell.Size1 | Cell.Size2 | Cell.Cursed);
blueMs.Cursed.FourStack[location] = current == (Cell.Size4 | Cell.Cursed);
blueMs.Cursed.FiveStack[location] = current.IsPiece() && !current.RedPiece() && current.GetSize() > 4 && !current.IsBlessed() && !current.IsKing() && current.IsCursed();
redMs.King.OneStack[location] = current == (Cell.SideRed | Cell.Size1 | Cell.King);
redMs.King.TwoStack[location] = current == (Cell.SideRed | Cell.Size2 | Cell.King);
redMs.King.ThreeStack[location] = current == (Cell.SideRed | Cell.Size1 | Cell.Size2 | Cell.King);
redMs.King.FourStack[location] = current == (Cell.SideRed | Cell.Size4 | Cell.King);
redMs.King.FiveStack[location] = current.IsPiece() && current.RedPiece() && current.GetSize() > 4 && !current.IsBlessed() && current.IsKing() && !current.IsCursed();
blueMs.King.OneStack[location] = current == (Cell.Size1 | Cell.King);
blueMs.King.TwoStack[location] = current == (Cell.Size2 | Cell.King);
blueMs.King.ThreeStack[location] = current == (Cell.Size1 | Cell.Size2 | Cell.King);
blueMs.King.FourStack[location] = current == (Cell.Size4 | Cell.King);
blueMs.King.FiveStack[location] = current.IsPiece() && !current.RedPiece() && current.GetSize() > 4 && !current.IsBlessed() && current.IsKing() && !current.IsCursed();
}
return(redMs, blueMs);
}
