public RDList MostAwayFrom(RDList edges, RDCell cell, object factPool)
{
int[] Dist = edges.Data.Select(e => DistanceOfEdgeAndCell((RDEdge)e, cell)).ToArray();
int maxDist = Dist.Max();
return(new RDList(edges.Data.Where(e => DistanceOfEdgeAndCell((RDEdge)e, cell) == maxDist).ToArray()));
}
public void DiagonalNumberPair(string name1, string name2, Dictionary <string, RDElement> dict, object factPool, Rule rule, Action <int> callBack, int callBackID)
{
FactPool pool = (FactPool)factPool;
for (int x = 1; x <= pool.X; ++x)
{
for (int y = 1; y <= pool.Y; ++y)
{
if (IsUnfinishedNumberCell(x, y, factPool) && IsUnfinishedNumberCell(x + 1, y + 1, factPool))
{
dict[name1] = new RDCell(x, y);
dict[name2] = new RDCell(x + 1, y + 1);
callBack.Invoke(callBackID);
}
if (IsUnfinishedNumberCell(x, y + 1, factPool) && IsUnfinishedNumberCell(x + 1, y, factPool))
{
dict[name1] = new RDCell(x, y + 1);
dict[name2] = new RDCell(x + 1, y);
callBack.Invoke(callBackID);
}
}
}
dict.Remove(name1);
dict.Remove(name2);
}
public void NeighborNumberPair(string name1, string name2, Dictionary <string, RDElement> dict, object factPool, Rule rule, Action <int> callBack, int callBackID)
{
FactPool pool = (FactPool)factPool;
for (int x = 1; x <= pool.X; ++x)
{
for (int y = 1; y <= pool.Y; ++y)
{
if (IsUnfinishedNumberCell(x, y, factPool) && IsUnfinishedNumberCell(x, y + 1, factPool))
{
dict[name1] = new RDCell(x, y);
dict[name2] = new RDCell(x, y + 1);
//Console.WriteLine(x + "," + y + ",y," + pool.Cell[x, y] + pool.Cell[x, y + 1]);
callBack.Invoke(callBackID);
dict[name1] = new RDCell(x, y + 1);
dict[name2] = new RDCell(x, y);
//Console.WriteLine(x + "," + y + ",y," + pool.Cell[x, y] + pool.Cell[x, y + 1]);
callBack.Invoke(callBackID);
}
if (IsUnfinishedNumberCell(x, y, factPool) && IsUnfinishedNumberCell(x + 1, y, factPool))
{
dict[name1] = new RDCell(x, y);
dict[name2] = new RDCell(x + 1, y);
//Console.WriteLine(x + "," + y + ",x," + pool.Cell[x, y] + pool.Cell[x + 1, y]);
callBack.Invoke(callBackID);
dict[name1] = new RDCell(x + 1, y);
dict[name2] = new RDCell(x, y);
//Console.WriteLine(x + "," + y + ",x," + pool.Cell[x, y] + pool.Cell[x + 1, y]);
callBack.Invoke(callBackID);
}
}
}
dict.Remove(name1);
dict.Remove(name2);
}
public RDList AllEdgesOf(RDCell cell, object factPool)
{
return(new RDList(new RDElement[] {
new RDEdge(cell.X, cell.Y, false),
new RDEdge(cell.X, cell.Y, true),
new RDEdge(cell.X + 1, cell.Y, false),
new RDEdge(cell.X, cell.Y + 1, true)
}));
}
private int DistanceOfEdgeAndCell(RDEdge edge, RDCell cell)
{
int x = edge.X * 2, y = edge.Y * 2;
if (edge.Direction)
{
y--;
}
else
{
x--;
}
x -= cell.X * 2;
y -= cell.Y * 2;
return(x * x + y * y);
}
public RDEdge CommonEdgeOf(RDCell lhs, RDCell rhs, object factPool)
{
RDCell a = (lhs.X + lhs.Y < rhs.X + rhs.Y) ? lhs : rhs;
RDCell b = (lhs.X + lhs.Y < rhs.X + rhs.Y) ? rhs : lhs;
if (a.X == b.X && a.Y + 1 == b.Y)
{
return(new RDEdge(b.X, b.Y, true));
}
else if (a.X + 1 == b.X && a.Y == b.Y)
{
return(new RDEdge(b.X, b.Y, false));
}
else
{
throw new Exception("两个Cell没有公共边！");
}
}
public RDBool IsNear(RDEdge edge, RDCell cell, object factPool)
{
return(new RDBool((edge.X == cell.X && edge.Y == cell.Y) ||
(edge.Direction == true && edge.X == cell.X && edge.Y == cell.Y + 1) ||
(edge.Direction == false && edge.X == cell.X + 1 && edge.Y == cell.Y)));
}
public RDNumber NumberOf(RDCell cell, object factPool)
{
return(new RDNumber(((FactPool)factPool).Cell[cell.X, cell.Y]));
}
