/// <summary>
/// Deprecated! Reads the state map from file.
/// </summary>
/// <returns>
/// The Dictionary representing the state map.
/// </returns>
/// <param name='filename'>
/// The path to state map file.
/// </param>
/// <remarks>
/// File format: <numVirtualStates> <numAgentProp> <numHelperProp> <numMonsterProp> <numSpecLocProp>.
/// In the current implementation, numAgentProb = numHelperProp = 3, numMonsterProp = 4 or 5 depending
/// on whether there is any hit point.
///
/// Thereafter are: <agentRegion> <agentX> <agentY> <helperRegion> <helperX> <helperY>.
/// Then: <monsterX> <monsterY> <seesAgent> <seesHelper> <additional props>[].
/// </remarks>
public Dictionary <VirtualState, int> readStateMapping(string filename)
{
//UnityEngine.Debug.Log("readStateMapping from "+filename);
string uncompressedStr = ZlibDecompression.decompress(filename);
string[] strArray = uncompressedStr.Split(' ');
Dictionary <VirtualState, int> result = new Dictionary <VirtualState, int>();
//int xSize = parentScript.levelData.xSize;
//int ySize = parentScript.levelData.ySize;
// 1. read number of virtual states
int numVirtualStates = int.Parse(strArray[0]);
UnityEngine.Debug.Log("readStateMapping from " + filename + ", num Virtual States =" + numVirtualStates);
VirtualState state; // = new VirtualState();
//state.monsterProperty.
int sizeMonster = int.Parse(strArray[3]) - 2; // exclude seesAgent and seesHelper
int sizePerState = int.Parse(strArray[1]) + int.Parse(strArray[2])
+ int.Parse(strArray[3]) + int.Parse(strArray[4]);
int offset;
for (int i = 0; i < numVirtualStates; i++)
{
state = new VirtualState(sizeMonster);
offset = 4 + i * sizePerState;
// a. agent and helper
// exclude the first element, being the region id
state.playerProperties[0, 0] = int.Parse(strArray[offset + 2]);
state.playerProperties[0, 1] = int.Parse(strArray[offset + 3]);
state.playerProperties[1, 0] = int.Parse(strArray[offset + 5]);
state.playerProperties[1, 1] = int.Parse(strArray[offset + 6]);
// b. NPC, exclude seesAgent and seesHelper because we are dealing with no abstraction here.
offset = offset + 7;
state.monsterProperty[0] = int.Parse(strArray[offset]);
state.monsterProperty[1] = int.Parse(strArray[offset + 1]);
for (int j = 4; j < sizeMonster + 2; j++)
{
state.monsterProperty[j - 2] = int.Parse(strArray[offset + j]);
}
// c. I'm not dealing with specialLocation here.
// d. Add into result
try{
result.Add(state, i);
}
catch
{
UnityEngine.Debug.Log("Duplicated Virtual State " + i + ": " + state.ToString());
}
}
return(result);
}
public void AIMove()
{
InitialState = getCurrentState();
List <Vector3> m = (GenerateListOfMoves(InitialState, 0));
lastMove = m[0];
lastMoves.Add(lastMove);
if (lastMoves.Count > 10)
{
lastMoves.RemoveAt(0);
}
if (lastMoves.Count == 10 && Glitch(lastMoves))
{
if (TreeDeeplimit < 8)
{
TreeDeeplimit++;
}
lastMoves.RemoveRange(0, 3);
Debug.Log("Glitch detected TreeDeeplimit rised");
}
else
{
if (lastMoves.Count == 10 && !Glitch(lastMoves))
{
if (TreeDeeplimit > 7)
{
TreeDeeplimit--;
}
}
}
transform.position += m[0];
}
public static List <Vector3> possibleMoves(VirtualState state, Vector3 moveableObject)
{//Tested seems ok.
List <Vector3> possibleMoves = new List <Vector3>()
{
new Vector3(1, 0, 0), new Vector3(-1, 0, 0), new Vector3(0, -1, 0), new Vector3(0, 1, 0)
};
List <Vector3> returnMoves = new List <Vector3>();
foreach (Vector3 move in possibleMoves)
{
if (PlayerController.MoveIsPossible(moveableObject, moveableObject + move, state.Boxes))
{
returnMoves.Add(move);
}
}
if (possibleMoves.Count == 0)
{
throw new System.ArgumentException("There are not possible moves");
}
if (possibleMoves.Count < 4)
{
Debug.Log("Less than 4 possible moves");
}
return(returnMoves);
}
int CreateSearchTree(VirtualState state, int n, ref List <Vector3> moves)
{
List <VirtualState> PossibleStates = GeneratePossibleStates(state);
VirtualState best = new VirtualState();
foreach (VirtualState v in PossibleStates)
{
if (n + 1 < TreeDeeplimit)
{
// 1'st optimalization
// if (state.move == -v.move)
// v.EvaluationValue += int.MaxValue;
// else
v.EvaluationValue += CreateSearchTree(v, n + 1, ref moves);
}
if (v.EvaluationValue < best.EvaluationValue)
{
best = new VirtualState(v, v.EvaluationValue);
}
}
//Debug.Log("N: " + n + " , " + best.EvaluationValue + ", " + best.move);
if (n == 0)
{
moves.Add(best.Move);
}
return(best.EvaluationValue);
}
List <Vector3> GenerateListOfMoves(VirtualState state, int n)
{
List <Vector3> moves = new List <Vector3>();
CreateSearchTree(state, n, ref moves);
//Debug.Log(moves[0]);
return(moves);
}
VirtualState getCurrentState()
{
VirtualState CurrentState = new VirtualState(
CastFromGameObjectListToPositionVector(GameObject.FindGameObjectsWithTag("Box")),
CastFromGameObjectListToPositionVector(GameObject.FindGameObjectsWithTag("Cross")),
CastFromGameObjectListToPositionVector(GameObject.FindGameObjectsWithTag("Wall")),
GameObject.FindGameObjectWithTag("Player").transform.position,
new Vector3(0, 0, 0)
);
//Debug.Log("Initial position: " + GameObject.FindGameObjectWithTag("Player").transform.position);
return(CurrentState);
}
List <VirtualState> GeneratePossibleStates(VirtualState state)
{//Tested ok.
List <VirtualState> newStates = new List <VirtualState>();
List <Vector3> listOfPossibleMoves = possibleMoves(state, state.Player);
foreach (Vector3 move in listOfPossibleMoves)
{
VirtualState temporaryState = new VirtualState(state.Boxes, state.Crosses, state.Walls, state.Player, move);
temporaryState.Player += move;
if (PlayerController.BoxAtPos(temporaryState.Boxes, temporaryState.Player))
{
temporaryState.Boxes[PlayerController.iBoxAtPos(temporaryState.Boxes, temporaryState.Player)] += move;
}
newStates.Add(temporaryState);
}
return(newStates);
}
public void PrepareNewState(int state)
{
if (!loadingInProgress)
{
string tourImgsPath = this.tourPath;
VirtualState currState = vt.states[state];
if (!string.IsNullOrEmpty(Path.Combine(tourImgsPath, currState.img)))
{
loadingInProgress = true;
StartCoroutine(
FadeInOutNewState(
LoadImageAndMarkers(
Path.Combine(tourImgsPath, currState.img),
Path.Combine(tourImgsPath, currState.img2),
currState.markers
)
)
);
}
}
}
public async Task <DashboardState> GetState(
DateTimeOffset date, UserId user, DashboardId dashboardId, ReadOnlyState state, VirtualState virtualState)
{
var configs = await _repository.GetUserDashboardConfigs(user);
var dashboard = configs.FirstOrDefault(c => c.Id == dashboardId);
var tagState = await _tagManager.GetTags(user);
var assetNames = CollectAssetNames(state.Brokers.SelectMany(b => b.Inventory).ToArray(), user);
var assetTags = CollectAssetTags(tagState);
var virtualAssets = CollectVirtualAssets(virtualState);
var dashboardTags = dashboard?.Tags ?? new List <DashboardConfigTagModel>();
_logger.LogTrace($"Dashboard {dashboardId} contains {dashboardTags.Count} tags");
var tags = dashboardTags
.Select(t => {
if (!assetTags.TryGetValue(new(t.Tag), out var assetIsins))
{
assetIsins = Array.Empty <AssetISIN>();
}
var assets = assetIsins
.Where(isin => virtualAssets.Any(a => a.Isin == isin))
.Select(isin => {
var name = assetNames.GetValueOrDefault(isin) ?? string.Empty;
var sums = CalculateAssetSums(isin, virtualAssets, date);
return(new DashboardAsset(isin, name, sums));
})
.ToArray();
var assetSums = AggregateSums(assets.Select(a => a.Sums));
return(new DashboardStateTag(t.Tag, assets, assetSums));
})
.ToArray();
var tagSums = AggregateSums(tags.Select(t => t.Sums));
return(new(tags, tagSums));
}
IReadOnlyCollection <VirtualAsset> CollectVirtualAssets(VirtualState virtualState) => virtualState.Balances .SelectMany(b => b.Inventory) .Where(a => a.Count > 0) .ToArray();
/// <summary>
/// Deprecated! Generates the state map.
/// </summary>
/// <returns>
/// The Dictionary representing the state map.
/// </returns>
/// <param name='npcType'>
/// Npc type.
/// </param>
public Dictionary <VirtualState, int> generateStateMap(int npcType)
{
//UnityEngine.Debug.Log("generateStateMap");
VirtualState state;
Dictionary <VirtualState, int> result = new Dictionary <VirtualState, int>();
int sizeMonster = GameConstants.numProperties[npcType];
//state = new VirtualState(sizeMonster);
// stateIndex 0 is termState, no need to store.
int stateIndex = 1;
// 1. construct a state
// TODO: may need to change to ySize first, xSize next, also the coordinates is i, ySize - j -1
for (int p1x = 1; p1x < parentScript.levelData.xSize - 1; p1x++)
{
for (int p1y = 1; p1y < parentScript.levelData.ySize - 1; p1y++)
{
if (parentScript.levelData.map[p1x, parentScript.levelData.ySize - p1y - 1] != GameConstants.Wall)
{
for (int p2x = 1; p2x < parentScript.levelData.xSize - 1; p2x++)
{
for (int p2y = 1; p2y < parentScript.levelData.ySize - 1; p2y++)
{
if (parentScript.levelData.map[p2x, parentScript.levelData.ySize - p2y - 1] != GameConstants.Wall)
{
for (int mx = 1; mx < parentScript.levelData.xSize - 1; mx++)
{
for (int my = 1; my < parentScript.levelData.ySize - 1; my++)
{
if (parentScript.levelData.map[mx, parentScript.levelData.ySize - my - 1] != GameConstants.Wall)
{
state = new VirtualState(sizeMonster);
state.playerProperties[0, 0] = p1x;
state.playerProperties[0, 1] = p1y;
state.playerProperties[1, 0] = p2x;
state.playerProperties[1, 1] = p2y;
state.monsterProperty[0] = mx;
state.monsterProperty[1] = my;
// if NPC is ghost, there is HP.
if (npcType == GameConstants.GhostType)
{
for (int hp = 0; hp <= parentScript.ghostMaxHP; hp++)
{
state.monsterProperty[2] = hp;
try{
result.Add(state, stateIndex);
// if (stateIndex <= 10)
// UnityEngine.Debug.Log("Virtual State " + stateIndex +
// ": " + state.ToString());
stateIndex++;
}
catch
{
UnityEngine.Debug.Log("Duplicated Virtual State " +
stateIndex + ": " + state.ToString());
}
}
}
// Otherwise, no additional property
else
{
try{
result.Add(state, stateIndex);
// if (stateIndex <= 10)
// UnityEngine.Debug.Log("Virtual State " + stateIndex +
// ": " + state.ToString());
stateIndex++;
}
catch
{
UnityEngine.Debug.Log("Duplicated Virtual State " +
stateIndex + ": " + state.ToString());
}
}
}
}
}
}
}
}
}
}
}
UnityEngine.Debug.Log("generate state map for " + GameConstants.NPCTypeStr[npcType] +
", num Virtual States =" + stateIndex);
return(result);
}
public VirtualState(VirtualState state, int ev)
: this(state.Boxes, state.Crosses, state.Walls, state.Player, state.Move)
{
EvaluationValue = ev;
}
public VirtualState(VirtualState state)
: this(state.Boxes, state.Crosses, state.Walls, state.Player, state.Move)
{
EvaluationValue = EvaluationFuction(Boxes, Crosses, Walls, Player);
}
