//-----------------------------inits are below, these could be overloaded...------------------------------------
/// <summary>
/// This is the main intended interface for Decider, make a new one! based on the current one's properties.
/// </summary>
/// <param name="move">this must be in the Choices.Key property</param>
/// <returns>a new Decider, for sweet saftey and functionality</returns>
public Decider Pick(Move move)
{
DeciderNode node = (DeciderNode)root.to[move];
root.ConvertToTuber();
return(new Decider(node));
}
//this is for internal Deciderness.
public Decider(DeciderNode node)
{
root = node;
if (root.IsLeaf)
{
root.SetMovesTo();
}
}
//TODO make N deep
public Move TwoDeep()
{
Debug.Log("two deep picker");
IDictionary <DeciderNode, Empty> checkList = new Dictionary <DeciderNode, Empty>(10000);
ICollection <ITraversable> nodes = root.ToNodes();
foreach (DeciderNode node in nodes)
{
checkList.Add(node, new Empty());
}
foreach (DeciderNode node in nodes)
{
node.AddAndCreateAllUniqueChildrenAgainstChecklist(checkList, 2);
}
DeciderNode bestNode = new DeciderNode(SmartSquare.StandardBoardSetUp());
int best = int.MaxValue;
if (root.Player)
{
foreach (ITraversable child in nodes)
{
DeciderNode testChild = (DeciderNode)child;
int score = testChild.ScoreForBranch();
if (score < best)
{
best = score;
bestNode = testChild;
}
}
}
else
{
best = int.MinValue;
foreach (ITraversable child in nodes)
{
DeciderNode testChild = (DeciderNode)child;
int score = testChild.ScoreForBranch();
if (score > best)
{
best = score;
bestNode = testChild;
}
}
}
return(bestNode.board.moveToMakeThis);//TODO this will return null
}
private Move MoveForNode(DeciderNode node)
{
DeciderNode check = node;
while (check.From() != null)
{
if ((DeciderNode)check.From() == root)
{
return(check.board.moveToMakeThis);
}
check = (DeciderNode)check.From();
}
return(node.board.moveToMakeThis);
}
public Move OneDeep()
{
Debug.Log("one deep picker");
ICollection <ITraversable> nodes = root.ToNodes();
foreach (DeciderNode node in nodes)
{
node.SetMovesTo();
}
nodes = root.ToNodes();
DeciderNode bestNode = new DeciderNode(SmartSquare.StandardBoardSetUp());
int best = int.MinValue;
if (!root.Player)
{
foreach (ITraversable child in nodes)
{
DeciderNode testChild = (DeciderNode)child;
int score = testChild.BestMoveScore();
if (score > best)
{
best = score;
bestNode = testChild;
}
}
}
else
{
best = int.MaxValue;
foreach (ITraversable child in nodes)
{
DeciderNode testChild = (DeciderNode)child;
int score = testChild.BestMoveScore();
if (score < best)
{
best = score;
bestNode = testChild;
}
}
}
return(bestNode.board.moveToMakeThis);
}
private Move StupidHeapBuild()
{
Debug.Log("picking one");
IDictionary <DeciderNode, Empty> nodesInTree = new Dictionary <DeciderNode, Empty>(10000);
MaxHeap heap = new MaxHeap(root);
Debug.Log("adding nodes to checklist");
root.AddNodesToTreeRecursivly(nodesInTree);
if (root.to.Keys == null)
{
return(null);
}
Debug.Log("popping and adding to tree");
while (nodesInTree.Count < 10000 && heap.HasTop())
{
DeciderNode top = (DeciderNode)heap.Pop();
top.SetMovesTo();
foreach (DeciderNode node in top.to.Values)
{
if (!nodesInTree.ContainsKey(node))
{
heap.AddToHeap(node);
nodesInTree.Add(node, new Empty());
}
}
}
Debug.Log(heap.Count);
// picking the best for the player;
DeciderNode topOfHeap = (DeciderNode)heap.Pop();
while (topOfHeap.Player != root.Player && heap.HasTop())
{
topOfHeap = (DeciderNode)heap.Pop();
}
return(MoveForNode(topOfHeap));
}
public void RobinHoodEditTestsSimplePasses()
{
Debug.Log("Robin Hood Tests");
int size = 10;
IDictionary <string, bool> RH = new RobinHoodDictionary <string, bool>(100000);
string str = "a";
for (int i = 0; i < size; i++)
{
RH.Add(str, false);
str = str + "b";
}
Assert.True(RH.ContainsKey("a"));
Debug.Log(RH.Count);
Assert.True(size == RH.Count);
DeciderNode node = new DeciderNode(SmartSquare.StandardBoardSetUp());
DeciderNode node2 = new DeciderNode(SmartSquare.StandardBoardSetUp());
DeciderNode badNode = new DeciderNode(SmartSquare.NotStandardBoardSetUp());
IDictionary <DeciderNode, Empty> game = new RobinHoodDictionary <DeciderNode, Empty>(1000);
game.Add(node, new Empty());
//test that the hash override works
Assert.True(game.ContainsKey(node2));
//that doesn't contain bad node
Assert.False(game.ContainsKey(badNode));
game.Add(badNode, new Empty());
//that it does
Assert.True(game.ContainsKey(badNode));
//count is 2
Assert.True(game.Count == 2);
}
public void ChessGameTestsSimplePasses()
{
SmartSquare[,] dumbSquares = SmartSquare.StandardBoardSetUp();
Decider game = new Decider(dumbSquares);
int choices = game.Choices().Count;
Debug.Log(choices);
DeciderNode node = new DeciderNode(SmartSquare.StandardBoardSetUp());
node.SetMovesTo();
Debug.Log(node.to.Count);
//TestPickOneForMe();
//PlayGame(10);
}
/// <summary>
/// This is for setting up. don't feed a game in progress here, it will destroy the whole tree!
/// </summary>
/// <param name="setupState"></param>
public Decider(SmartSquare[,] setupState)
{
root = new DeciderNode(setupState);
root.SetMovesTo();//first player
//we know this is a leaf
}
