private static IEnumerable <ProjectedMove> AllProjectedMoves(StackTypeMeasurementSet initial,
BitMeasurement blocks, bool isRed)
{
foreach (var loc in State.AllBoardLocations)
{
if (!initial.AnyPiece(loc))
{
continue;
}
foreach (var move in Movement.AllMoves)
{
var one = initial.AnyOneStack(loc);
var two = initial.AnyTwoStack(loc);
var three = initial.AnyThreeStack(loc);
var four = initial.AnyFourStack(loc);
var five = initial.AnyFiveStack(loc);
if (one || two || three || four || five)
{
foreach (var pm in MoveGenerator(loc, 1, move, blocks, isRed))
{
yield return(pm);
}
}
if (two || three || four || five)
{
foreach (var pm in MoveGenerator(loc, 2, move, blocks, isRed))
{
yield return(pm);
}
}
if (three || four || five)
{
foreach (var pm in MoveGenerator(loc, 3, move, blocks, isRed))
{
yield return(pm);
}
}
if (four || five)
{
foreach (var pm in MoveGenerator(loc, 4, move, blocks, isRed))
{
yield return(pm);
}
}
if (five)
{
foreach (var pm in MoveGenerator(loc, 5, move, blocks, isRed))
{
yield return(pm);
}
}
}
}
}
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);
}
private static StackTypeMeasurementSet Project(StackTypeMeasurementSet initial, BitMeasurement blocks, bool isRed)
{
var next = initial;
foreach (var pm in AllProjectedMoves(initial, blocks, isRed))
{
//Returned moves start from a self-owned piece and don't pass over any blockades -- that's all we know.
//Options are move, merge, split-move, split-merge.
if (initial.AnyPiece(pm.To))
{
}
}
return(next);
}