protected List <string> GetSyllableList(string[] Cells, int size, bool fetchAll, bool filterEdges, bool asGroups)
{
List <string> List = new List <string>();
for (int index = 0; index < Cells.Length; index++)
{
string cell = Cells[index];
if (cell == "")
{
continue;
}
Neighbor Neighbor = BoardUtil.FindNeighbors(index, size);
string r = Neighbor.Right != -1 ? Cells[Neighbor.Right] : "";
string l = Neighbor.Left != -1 ? Cells[Neighbor.Left] : "";
string t = Neighbor.Top != -1 ? Cells[Neighbor.Top] : "";
string b = Neighbor.Bottom != -1 ? Cells[Neighbor.Bottom] : "";
if (!fetchAll)
{
if ((r != "" || l != "") && (t != "" || b != ""))
{
if (!filterEdges)
{
string x = asGroups ? cell : "(" + cell + ")";
if (!List.Contains(x))
{
List.Add(x);
}
}
}
else
{
if (filterEdges)
{
string x = asGroups ? cell : "(" + cell + ")";
if (!List.Contains(x))
{
List.Add(x);
}
}
}
}
else
{
string x = asGroups ? cell : "(" + cell + ")";
if (!List.Contains(x))
{
List.Add(x);
}
}
}
return(List);
}
protected static List <Word> GetSyllableList2(string[] Cells, int size, bool filter, bool free)
{
List <Word> List = new List <Word>();
for (int index = 0; index < Cells.Length; index++)
{
string cell = Cells[index];
if (cell == "")
{
continue;
}
var Neighbor = BoardUtil.FindNeighbors(index, size);
string r = Neighbor.Right != -1 ? Cells[Neighbor.Right] : "";
string l = Neighbor.Left != -1 ? Cells[Neighbor.Left] : "";
string t = Neighbor.Top != -1 ? Cells[Neighbor.Top] : "";
string b = Neighbor.Bottom != -1 ? Cells[Neighbor.Bottom] : "";
if (filter)
{
if ((r != "" || l != "") && (t != "" || b != ""))
{
}
else
{
string x = free ? cell : "(" + cell + ")";
List.Add(new Word {
Tiles = x, Index = index
});
}
}
else
{
string x = free ? cell : "(" + cell + ")";
List.Add(new Word {
Tiles = x, Index = index
});
}
}
return(List);
}
static List <ProbableWord> WordsAt(string[] Cells, int size, int index)
{
List <ProbableWord> List = new List <ProbableWord>();
Neighbor Neighbor = BoardUtil.FindNeighbors(index, size);
string r = Neighbor.Right != -1 ? Cells[Neighbor.Right] : "";
string l = Neighbor.Left != -1 ? Cells[Neighbor.Left] : "";
string t = Neighbor.Top != -1 ? Cells[Neighbor.Top] : "";
string b = Neighbor.Bottom != -1 ? Cells[Neighbor.Bottom] : "";
List <Word> Lefties = new List <Word>();
List <Word> Righties = new List <Word>();
if (r != "")
{
//Move Right..
Righties.Add(new Word {
Tiles = r, Index = Neighbor.Right
});
int index_ = Neighbor.Right;
bool flg = true;
while (flg)
{
Neighbor n = BoardUtil.FindNeighbors(index_, size);
string r_ = n.Right != -1 ? Cells[n.Right] : "";
if (r_ == "")
{
flg = false;
break;
}
Righties.Add(new Word {
Tiles = r_, Index = n.Right
});
index_ = n.Right;
}
}
if (l != "")
{
//Move Left..
Lefties.Add(new Word {
Tiles = l, Index = Neighbor.Left
});
int index_ = Neighbor.Left;
bool flg = true;
while (flg)
{
Neighbor n = BoardUtil.FindNeighbors(index_, size);
string l_ = n.Left != -1 ? Cells[n.Left] : "";
if (l_ == "")
{
flg = false;
break;
}
Lefties.Add(new Word {
Tiles = l_, Index = n.Left
});
index_ = n.Left;
}
}
List <Word> Topies = new List <Word>();
List <Word> Downies = new List <Word>();
if (t != "")
{
//Move Top..
Topies.Add(new Word {
Tiles = t, Index = Neighbor.Top
});
int index_ = Neighbor.Top;
bool flg = true;
while (flg)
{
Neighbor n = BoardUtil.FindNeighbors(index_, size);
string t_ = n.Top != -1 ? Cells[n.Top] : "";
if (t_ == "")
{
flg = false;
break;
}
Topies.Add(new Word {
Tiles = t_, Index = n.Top
});
index_ = n.Top;
}
}
if (b != "")
{
//Move Bottom..
Downies.Add(new Word {
Tiles = b, Index = Neighbor.Bottom
});
int index_ = Neighbor.Bottom;
bool flg = true;
while (flg)
{
Neighbor n = BoardUtil.FindNeighbors(index_, size);
string d_ = n.Bottom != -1 ? Cells[n.Bottom] : "";
if (d_ == "")
{
flg = false;
break;
}
Downies.Add(new Word {
Tiles = d_, Index = n.Bottom
});
index_ = n.Bottom;
}
}
Topies.Reverse();
Lefties.Reverse();
if (Topies.Count + Downies.Count > 0)
{
ProbableWord Vertical = MakeAWord(Topies, new Word {
Tiles = Cells[index], Index = index
}, Downies);
List.Add(Vertical);
}
if (Lefties.Count + Righties.Count > 0)
{
ProbableWord Harizontal = MakeAWord(Lefties, new Word {
Tiles = Cells[index], Index = index
}, Righties);
List.Add(Harizontal);
}
return(List);
}
protected static ProbableMove TryHarizontal(int Mode, int Star, string[] Cells, int size, int Index, int offset, string[] Pre, string[] Centers, string[] Post)
{
List <Word> Moves = new List <Word>();
int PreCount = Pre.Length;
int PostCount = Post.Length;
string[] NewCells = (string[])Cells.Clone();
List <int> Impacted = new List <int>();
if (Pre.Length != 0)
{
for (int x = Pre.Length - 1; x >= 0; x--)
{
Neighbor n = BoardUtil.FindNeighbors(Index - x, size);
if (n.Left != -1)
{
NewCells[n.Left] += Pre[x];
Impacted.Add(n.Left);
if (Pre[x] == null)
{
continue;
}
Moves.Add(new Word {
Tiles = Pre[x], Index = n.Left
});
}
else
{
return(new ProbableMove {
Words = new List <ProbableWord>(), Direction = "H", Moves = new List <Word>()
});
}
}
}
if (Centers.Length != 0)
{
for (int c = 0; c < Centers.Length; c++)
{
int cellIndex = Index + c;
if (cellIndex == -1 || Centers[c] == "")
{
continue;
}
NewCells[cellIndex] += Centers[c];
Impacted.Add(cellIndex);
if (Centers[c] == null)
{
continue;
}
Moves.Add(new Word {
Tiles = Centers[c], Index = cellIndex
});
}
}
if (Post.Length != 0)
{
for (int x = 0; x < Post.Length; x++)
{
Neighbor n = BoardUtil.FindNeighbors(Index + offset + x, size);
if (n.Right != -1)
{
NewCells[n.Right] += Post[x];
Impacted.Add(n.Right);
if (Post[x] == null)
{
continue;
}
Moves.Add(new Word {
Tiles = Post[x], Index = n.Right
});
}
else
{
return(new ProbableMove {
Words = new List <ProbableWord>(), Direction = "H", Moves = new List <Word>()
});
}
}
}
List <ProbableWord> W = new List <ProbableWord>();
if (Star < 0 || (Star >= 0 && NewCells[Star].Trim() != ""))
{
foreach (int index in Impacted)
{
W.AddRange(WordsAt(NewCells, size, index));
}
}
return(new ProbableMove {
Mode = Mode, Words = W, Moves = Moves, Direction = "H"
});
}
protected static ProbableMove TryVertical(int Mode, int Star, string[] Cells, int size, int Index, int offset, string[] Pre, string[] Centers, string[] Post)
{
List <Word> Moves = new List <Word>();
int PreCount = Pre.Length;
int PostCount = Post.Length;
Point Pos = BoardUtil.Position(Index, size);
string[] NewCells = (string[])Cells.Clone();
List <int> Impacted = new List <int>();
if (Pre.Length != 0)
{
for (int x = Pre.Length - 1; x >= 0; x--)
{
int cellIndex = BoardUtil.Abs(Pos.X - x, Pos.Y, size);
Neighbor n = BoardUtil.FindNeighbors(cellIndex, size);
if (n.Top != -1)
{
NewCells[n.Top] += Pre[x];
Impacted.Add(n.Top);
if (Pre[x] == null)
{
continue;
}
Moves.Add(new Word {
Tiles = Pre[x], Index = n.Top
});
}
else
{
return(new ProbableMove {
Words = new List <ProbableWord>(), Direction = "V", Moves = new List <Word>()
});
}
}
}
if (Centers.Length != 0)
{
for (int c = 0; c < Centers.Length; c++)
{
int cellIndex = BoardUtil.Abs(Pos.X + c, Pos.Y, size);
if (cellIndex == -1 || Centers[c] == "")
{
continue;
}
NewCells[cellIndex] += Centers[c];
Impacted.Add(cellIndex);
if (Centers[c] == null)
{
continue;
}
Moves.Add(new Word {
Tiles = Centers[c], Index = cellIndex
});
}
}
if (Post.Length != 0)
{
for (int x = 0; x < Post.Length; x++)
{
int cellIndex = BoardUtil.Abs(Pos.X + offset + x, Pos.Y, size);
Neighbor n = BoardUtil.FindNeighbors(cellIndex, size);
if (n.Bottom != -1)
{
//string temp = Join(Post[x], Seperator);
NewCells[n.Bottom] += Post[x];
Impacted.Add(n.Bottom);
if (Post[x] == null)
{
continue;
}
Moves.Add(new Word {
Tiles = Post[x], Index = n.Bottom
});
}
else
{
return(new ProbableMove {
Words = new List <ProbableWord>(), Direction = "V", Moves = new List <Word>()
});
}
}
}
List <ProbableWord> W = new List <ProbableWord>();
if (Star < 0 || (Star >= 0 && NewCells[Star].Trim() != ""))
{
foreach (int index in Impacted)
{
W.AddRange(WordsAt(NewCells, size, index));
}
}
return(new ProbableMove {
Mode = Mode, Words = W, Moves = Moves, Direction = "V"
});
}
