public override bool Equals(object obj)
{
if (!(obj is PtKind))
{
return(false);
}
PtKind p2 = obj as PtKind;
return(p == p2.p && k == p2.k);
}
public Grid()
{
// GGACCMBBBF
pt2kind[new Pt(2, 0)] = K.O;
pt2kind[new Pt(0, 1)] = K.O;
pt2kind[new Pt(1, 1)] = K.I;
pt2kind[new Pt(2, 1)] = K.I;
pt2kind[new Pt(3, 1)] = K.O;
pt2kind[new Pt(4, 1)] = K.C;
pt2kind[new Pt(1, 2)] = K.O;
pt2kind[new Pt(2, 2)] = K.O;
pt2kind[new Pt(3, 2)] = K.O;
pt2kind[new Pt(1, 3)] = K.O;
pt2kind[new Pt(2, 3)] = K.O;
pt2kind[new Pt(3, 3)] = K.H;
/*
* pt2kind[new Pt(1, 0)] = K.O;
* pt2kind[new Pt(2, 0)] = K.B;
*
* pt2kind[new Pt(1, 1)] = K.G;
* pt2kind[new Pt(2, 1)] = K.O;
* pt2kind[new Pt(3, 1)] = K.H;
*
* pt2kind[new Pt(1, 2)] = K.G;
* pt2kind[new Pt(2, 2)] = K.O;
*
* pt2kind[new Pt(0, 3)] = K.H;
* pt2kind[new Pt(1, 3)] = K.H;
* pt2kind[new Pt(2, 3)] = K.G;
*
* pt2kind[new Pt(1, 4)] = K.O;
* pt2kind[new Pt(2, 4)] = K.M;
*/
// Requirements, place tile on each cell
foreach (Pt p in pt2kind.Keys)
{
ReqP r = new ReqP(p);
pt2req[p] = r;
requirements.AddRequirement(r);
}
// Requirements, use the available kinds GGACCMBBBF
kind2req[K.G] = new ReqK(K.G, 2);
kind2req[K.A] = new ReqK(K.A, 1);
kind2req[K.C] = new ReqK(K.C, 2);
kind2req[K.M] = new ReqK(K.M, 1);
kind2req[K.B] = new ReqK(K.B, 3);
kind2req[K.F] = new ReqK(K.F, 1);
// Optionals, either an angry dog in a cell or dogs in its neighbours
foreach (Pt p in pt2kind.Keys)
{
foreach (K k in new K[] {
K.A, //angry dog, not next to dog
K.G, //dog, not next to bone
K.C, //cat, not next to dog or fish
K.I, //ants, not under food
K.X //bull, not under animal
})
{
PtKind p2 = new PtKind(p, k);
ReqPK r = new ReqPK(p, k);
ptKind2req[p2] = r;
optionals.AddRequirement(r);
}
}
foreach (Pt p in pt2kind.Keys)
{
foreach (K k in new K[] { K.G, K.B, K.M, K.H })
{
if (k != K.O && k != K.I && k != K.X)
{
PtKind p2 = new PtKind(p, k);
Can ca = new Can(p2);
ptKind2can[p2] = ca;
ca.AddCandidate(pt2req[p]);
ca.AddCandidate(kind2req[k]);
for (int x = -1; x <= 1; ++x)
{
for (int y = -1; y <= 1; ++y)
{
if ((x != 0 || y != 0) && (x == 0 || y == 0))
{
Pt pt2 = new Pt(p.X + x, p.Y + y);
if (pt2kind.ContainsKey(pt2) && pt2kind[pt2] == K.O)
{
}
}
}
}
}
}
}
}
public Can(PtKind p)
{
}
