private static async Task MatchUnconnectedVerticalOrbs(List<PuzzlePiece> puzzlePieces)
{
puzzlePieces = puzzlePieces.OrderBy(pp => pp.Location.Row).ToList();
for (int pieceIndex = 0; pieceIndex < puzzlePieces.Count; pieceIndex++)
{
var matchingNeighbors = GetMatchingColumnNeighbors(puzzlePieces[pieceIndex], puzzlePieces);
if (matchingNeighbors.Count >= 3)
{
MarkAllOrbs(matchingNeighbors);
OrbMatches.Add(new OrbMatch(matchingNeighbors[0].Type, matchingNeighbors.Count, false));
var matchAnimator = new OrbMatchAnimator(OrbMatches.Count);
await matchAnimator.AnimateVerticalMatch(matchingNeighbors);
}
}
}
private static async Task MatchHorizontalOrbsAndTheirVerticalConnections(List<PuzzlePiece> puzzlePieces)
{
puzzlePieces = puzzlePieces.OrderBy(pp => pp.Location.Column).ToList();
for (int pieceIndex = 0; pieceIndex < puzzlePieces.Count; pieceIndex++)
{
var matchingNeighbors = GetMatchingRowNeighbors(puzzlePieces[pieceIndex], puzzlePieces);
if (matchingNeighbors.Count >= 3)
{
matchingNeighbors = CheckNorthAndSouth(matchingNeighbors, puzzlePieces);
matchingNeighbors = matchingNeighbors.Distinct().ToList();
MarkAllOrbs(matchingNeighbors);
OrbMatches.Add(new OrbMatch(matchingNeighbors[0].Type, matchingNeighbors.Count, true));
var matchAnimator = new OrbMatchAnimator(OrbMatches.Count);
await matchAnimator.AnimateHorizontalMatch(matchingNeighbors);
}
}
}
