private void IterationsChanged()
{
if (Iterations >= AllSubBoardsInvolvedWithStacking.Count)
{
int NumberOfNewBoards = Iterations + 1 - AllSubBoardsInvolvedWithStacking.Count;
for (int i = 0; i < NumberOfNewBoards; i++)
{
GameObject NewBoard = Instantiate(BoardBeingStackedCopy);
NewBoard.transform.position = new Vector3(1000, -1000, 1000); // so RecalculateCluster can work unhindered
NewBoard.transform.parent = AllSubBoardsInvolvedWithStacking[AllSubBoardsInvolvedWithStacking.Count - 1].transform;
StuffPlacer.SetStateOfAllBoxCollidersIn(NewBoard, false);
AllSubBoardsInvolvedWithStacking.Add(NewBoard);
BoardFunctions.RecalculateClustersOfBoard(NewBoard);
MegaMeshManager.RemoveComponentsImmediatelyIn(NewBoard);
MegaMeshManager.AddComponentsIn(NewBoard);
}
}
else if (Iterations < AllSubBoardsInvolvedWithStacking.Count)
{
//int NumberOfExtraBoards = AllSubBoardsInvolvedWithStacking.Count + 1 - Iterations;
for (int i = AllSubBoardsInvolvedWithStacking.Count - 1; i > Iterations; i--)
{
GameObject oldboard = AllSubBoardsInvolvedWithStacking[i];
AllSubBoardsInvolvedWithStacking.Remove(oldboard);
oldboard.transform.parent = null; // because the board is not destroyed immediately, this is done to prevent the old board from being used in the interesction test of UpdateHighlight
Destroy(oldboard);
}
}
SetAllBoardPositions();
}
// Funciton to set up regular & Metric TSP instance
void SetTSP(GameManager.TSPInstance currentInstance)
{
// Display current distance
DistanceText = GameObject.Find("DistanceText").GetComponent <Text>();
// Coordinate of the cities
cox = currentInstance.coordinatesx;
coy = currentInstance.coordinatesy;
unitycoord = BoardFunctions.CoordinateConvertor(cox, coy);
// Number of objects
ncities = currentInstance.ncities;
distances = currentInstance.distancematrix;
solution = currentInstance.solution;
// Store objects in a list
items = new Item[ncities];
for (int i = 0; i < ncities; i++)
{
for (int j = i; j < ncities; j++)
{
if (distances[i, j] != 0)
{
DrawSlimLine(i, j, 0.01f);
}
}
}
for (int i = 0; i < ncities; i++)
{
items[i] = GenerateItem(i, unitycoord[i]);
}
}
public static void NewBoardBeingPlaced(GameObject NewBoard)
{
if (NewBoard == null)
{
return;
}
DestroyBoardBeingPlaced();
BoardBeingPlaced = NewBoard;
NewBoard.transform.parent = ReferenceObject.transform;
CircuitBoardBeingPlaced = NewBoard.GetComponent <CircuitBoard>();
SetRotationState();
CapPlacingOffset();
StuffPlacer.BoardRotationLockAngle = Mathf.Round(StuffPlacer.BoardRotationLockAngle / 90f) * 90; // fixes being able to place boards at non-right angles by locking rotation beforehand
StuffPlacer.RotationAboutUpVector = Mathf.RoundToInt(StuffPlacer.RotationAboutUpVector / 90) * 90f;
if (!BoardBeingPlaced.GetComponent <ObjectInfo>())
{
BoardBeingPlaced.AddComponent <ObjectInfo>().ComponentType = ComponentType.CircuitBoard;
}
BoardFunctions.DestroyAllWiresConnectedToBoardButNotPartOfIt(NewBoard);
StuffPlacer.NewThingBeingPlaced(ReferenceObject);
}
public void Do()
{
var board = NetObject.GetByNetId(BoardID);
if (board == null)
{
return;
}
BoardFunctions.DestroyAllWiresConnectedToBoardButNotPartOfIt(board.gameObject);
MegaMeshManager.RemoveComponentsImmediatelyIn(board.gameObject);
CircuitInput[] componentsInChildren = board.GetComponentsInChildren <CircuitInput>();
CircuitOutput[] componentsInChildren2 = board.GetComponentsInChildren <CircuitOutput>();
foreach (CircuitInput input in componentsInChildren)
{
StuffDeleter.DestroyInput(input);
}
foreach (CircuitOutput output in componentsInChildren2)
{
StuffDeleter.DestroyOutput(output);
}
GameObject.Destroy(board.gameObject);
}
private void DeleteBoard()
{
if (Physics.Raycast(FirstPersonInteraction.Ray(), out var raycastHit, Settings.ReachDistance, 769) && StuffDeleter.AllowedToDoDeleting && raycastHit.collider.gameObject.tag == "CircuitBoard")
{
var board = raycastHit.collider.gameObject;
BoardFunctions.SetMostRecentlyDeletedBoard(board);
BoardFunctions.DestroyAllWiresConnectedToBoardButNotPartOfIt(board);
MegaMeshManager.RemoveComponentsImmediatelyIn(board);
CircuitInput[] componentsInChildren = board.GetComponentsInChildren <CircuitInput>();
CircuitOutput[] componentsInChildren2 = board.GetComponentsInChildren <CircuitOutput>();
foreach (CircuitInput input in componentsInChildren)
{
StuffDeleter.DestroyInput(input);
}
foreach (CircuitOutput output in componentsInChildren2)
{
StuffDeleter.DestroyOutput(output);
}
GameObject.Destroy(board);
SoundPlayer.PlaySoundGlobal(Sounds.DeleteSomething);
}
}
/// <summary>Sets swapping animations and changes positions on the board if it is not gonna rewire </summary>
/// <param name="firstElement"></param>
/// <param name="secondElement"></param>
/// <param name="positions">the board of elemetns</param>
/// <param name="playingAnimations">list to add new animations</param>
/// <param name="rewire">use if input is incorrect</param>
/// <param name="shouldCheckMatches">should check for new matches after swap?</param>
/// <param name="swappingSpeed">the speed of animation</param>
/// <returns>Returns if should check</returns>
public static void SwapElements(BoardElement firstElement, BoardElement secondElement, BoardManager board, bool rewire = false, float speed = -1)
{
if (speed == -1)
{
speed = ConstantValues.swappingSpeed;
}
KeyValuePair <int, int> firstElementPosOnBoard = GetBoardPositionOfElement(firstElement, board.elementsPositions);
KeyValuePair <int, int> secondElementPosOnBoard = GetBoardPositionOfElement(secondElement, board.elementsPositions);
board.currentMessageID += 1;
board.messagesToClient.Add(new Messages.AnimationMessage(board.currentMessageID, -1, Messages.AnimationMessage.AnimationMessageTypes.MoveTo, firstElement.GetTransformIndex(), speed, secondElementPosOnBoard.Key, secondElementPosOnBoard.Value));
board.currentMessageID += 1;
board.messagesToClient.Add(new Messages.AnimationMessage(board.currentMessageID, -1, Messages.AnimationMessage.AnimationMessageTypes.MoveTo, secondElement.GetTransformIndex(), speed, firstElementPosOnBoard.Key, firstElementPosOnBoard.Value));
if (!rewire)
{
BoardFunctions.SwapBoardElementNeighbours(firstElement, secondElement, ref board.elementsPositions);
}
else
{
board.currentMessageID += 1;
board.messagesToClient.Add(new Messages.AnimationMessage(board.currentMessageID, board.currentMessageID - 2, Messages.AnimationMessage.AnimationMessageTypes.MoveTo, firstElement.GetTransformIndex(), speed, firstElementPosOnBoard.Key, firstElementPosOnBoard.Value));
board.currentMessageID += 1;
board.messagesToClient.Add(new Messages.AnimationMessage(board.currentMessageID, board.currentMessageID - 2, Messages.AnimationMessage.AnimationMessageTypes.MoveTo, secondElement.GetTransformIndex(), speed, secondElementPosOnBoard.Key, secondElementPosOnBoard.Value));
}
}
/// <summary>Receives input from client and handles it</summary>
public void TakeInput(int firstElementIndexAtParent, int secondElementIndexAtParent)
{
// find first element based on gamePanel's child index
firstElement = BoardFunctions.GetElementBasedOnParentIndex(elementsPositions, firstElementIndexAtParent);
// find second element based on gamePanel's child index
secondElement = BoardFunctions.GetElementBasedOnParentIndex(elementsPositions, secondElementIndexAtParent);
currentStep = GameStep.CheckingInput;
#region Debug
// To use for cheats
// if (BoardFunctions.GetIfNeighbours(firstElement, secondElement, elementsPositions)) {
// AlexDebugger.GetInstance().AddMessage("Correct input: " + BoardFunctions.GetTransformByIndex(firstElement.GetTransformIndex()) + ", with " + BoardFunctions.GetTransformByIndex(secondElement.GetTransformIndex()), AlexDebugger.tags.Input);
// // Remove tokens
// MoneyManager.ChangeBalanceBy(-MoneyManager.GetSwapCost());
// // Swap the elements on the board
// BoardFunctions.SwapElements(firstElement, secondElement, this, rewire : false, FixedElementData.swappingSpeed / 2);
// // Allow Update() to check if matches are created
// }
// else {
// // Swap elements, on rewire mode
// BoardFunctions.SwapElements(firstElement, secondElement, this, rewire : true);
// AddWaitMessage();
// SendMessagesToClient();
// currentMessageID += 1;
// Server.GetServerInstance().SendMessageToClient(new Messages.ServerStatusMessage(currentMessageID, -1, true));
// }
#endregion
}
/// <summary>Checks each element on the board for matches and flags them</summary>
public int CheckBoardForMatches()
{
AlexDebugger.GetInstance().AddMessage("Checking board for new matches...", AlexDebugger.tags.Aftermatch);
int totalMatches = 0;
// Search for matches and flag them
for (int row = 0; row < elementsPositions.GetLength(1); row++)
{
for (int collum = 0; collum < elementsPositions.GetLength(0); collum++)
{
// case of cash element has reached bottom
if (row == elementsPositions.GetLength(1) - 1 && elementsPositions[collum, row].GetElementClassType() == typeof(CashBoardElement))
{
matchedElemPositions[collum, row] = true;
AlexDebugger.GetInstance().AddMessage("A cash element has reached bottom at position: " + collum + ", " + row, AlexDebugger.tags.Aftermatch);
totalMatches++;
}
else if (matchedElemPositions[collum, row] == true || !changedPotitions[collum, row])
{
continue;
}
else
{
totalMatches += BoardFunctions.CheckElementForMatches(collum, row, elementsPositions, ref matchedElemPositions, ConstantValues.totalCollums, ConstantValues.totalRows, true);
}
}
}
return(totalMatches);
}
private bool PlayEffectsStep()
{
BoardElement lastElementProcessed = secondElement;
bool areThereChangesOnBoard = false;
for (int row = 0; row < elementsPositions.GetLength(1); row++)
{
for (int collum = 0; collum < elementsPositions.GetLength(0); collum++)
{
if (matchedElemPositions[collum, row] == true)
{
BoardFunctions.PlayMatchEffectAnimations(collum, row, this);
if (BoardFunctions.DestroyBoardElement(collum, row, this, lastElementProcessed))
{
areThereChangesOnBoard = true;
}
}
lastElementProcessed = elementsPositions[collum, row];
BoardFunctions.ToggleHighlightCell(collum, row, this, false);
}
}
if (!areThereChangesOnBoard)
{
AlexDebugger.GetInstance().AddMessage("Step2 finished: -play effects for matched elements-, go to Step3: -reorient elements- " + messagesToClient.Count, AlexDebugger.tags.Step2);
return(true);
}
else
{
AlexDebugger.GetInstance().AddMessage("Step2 finished: -play effects for matched elements-, new elements has been destroyed, repeating step ", AlexDebugger.tags.Step2);
return(false);
}
}
private bool CheckForPossibleInputs()
{
bool hasPossibleInput = false;
for (int row = 0; row < elementsPositions.GetLength(1); row++)
{
for (int collum = 0; collum < elementsPositions.GetLength(0); collum++)
{
changedPotitions[collum, row] = false;
if (elementsPositions[collum, row].GetElementClassType() == typeof(CashBoardElement))
{
continue;
}
else if (elementsPositions[collum, row].GetElementClassType() == typeof(BombBoardElement) || elementsPositions[collum, row].GetElementClassType() == typeof(BellBoardElement))
{
hasPossibleInput = true;
}
else if (BoardFunctions.IsPotentialInput(collum, row, elementsPositions, matchedElemPositions, ConstantValues.totalCollums, ConstantValues.totalRows) > 0)
{
//AlexDebugger.GetInstance().AddMessage(BoardFunctions.GetTransformByIndex(elementsPositions[collum, row].GetTransformIndex()) + " is potential input", AlexDebugger.tags.Step5);
BoardFunctions.ToggleHighlightCell(collum, row, this, true);
hasPossibleInput = true;
}
else
{
BoardFunctions.ToggleHighlightCell(collum, row, this, false);
}
}
}
return(hasPossibleInput);
}
public override bool OnElementDestruction(BoardManager board)
{
if (hasBeenDestroyed)
{
return(false);
}
KeyValuePair <int, int> pos = BoardFunctions.GetBoardPositionOfElement(this, board.elementsPositions);
switch (thisBombStyle)
{
case BombExplosionStyle.CrossStyle:
BoardFunctions.DestroyAllElementsCrossStyle(pos.Key, pos.Value, ref board.matchedElemPositions);
break;
case BombExplosionStyle.DoubleBombStyle:
BoardFunctions.DestroyElementsDoubleBombStyle(pos.Key, pos.Value, ref board.matchedElemPositions);
break;
case BombExplosionStyle.NormalStyle:
BoardFunctions.DestroyElementsBombStyle(pos.Key, pos.Value, ref board.matchedElemPositions);
break;
default:
BoardFunctions.DestroyElementsBombStyle(pos.Key, pos.Value, ref board.matchedElemPositions);
break;
}
board.matchedElemPositions[pos.Key, pos.Value] = true;
hasBeenDestroyed = true;
return(true);
}
// Instantiates an Item and places it on the position from the input
Item GenerateItem(int itemNumber, Vector2 itemPosition)
{
GameObject instance = Instantiate(CityItemPrefab, itemPosition, Quaternion.identity) as GameObject;
if (itemNumber == GameManager.wcsppInstances[currInstance].startcity)
{
instance = Instantiate(StartCityPrefab, itemPosition, Quaternion.identity) as GameObject;
}
else if (itemNumber == GameManager.wcsppInstances[currInstance].endcity)
{
instance = Instantiate(EndCityPrefab, itemPosition, Quaternion.identity) as GameObject;
}
canvas = GameObject.Find("Canvas");
instance.transform.SetParent(canvas.GetComponent <Transform>(), false);
Item itemInstance;
itemInstance.gameItem = instance;
itemInstance.CityButton = itemInstance.gameItem.GetComponent <Button>();
itemInstance.CityNumber = itemNumber;
itemInstance.center = itemPosition;
//itemInstance.CityButton.GetComponent<Image>().sprite = Resources.Load<Sprite>("CityVisited");
// Setting the position in a separate line is importatant in order to set it according to global coordinates.
BoardFunctions.PlaceItem(itemInstance, itemPosition);
return(itemInstance);
}
/// <summary>
/// Try to move the object on the board
/// See <see cref="IBoardFunctions"/>
/// <seealso cref="MyRandom"/>
/// </summary>
/// <param name="obj">The object trying to move</param>
public virtual void TryToMove()
{
int x, y;
do
{
if (rnd == null)
{
x = MyRandom.Next(Math.Max(0, X - Agility), Math.Min(info.Length, X + 1 + Agility));
y = MyRandom.Next(Math.Max(0, Y - Agility), Math.Min(info.Hight, Y + 1 + Agility));
}
else
{
x = rnd.Next(Math.Max(0, X - Agility), Math.Min(info.Hight, X + 1 + Agility));
y = rnd.Next(Math.Max(0, Y - Agility), Math.Min(info.Hight, Y + 1 + Agility));
}
} while (x == X && y == Y);
int localX = X;
int localY = Y;
bool result = BoardFunctions.TryToMove(X, Y, x, y);
if (result)
{
ProducerConsumer.Produce(String.Format("object number {0} moved from ({1},{2}) to ({3},{4})", Id, localX, localY, x, y));
}
}
/// <summary>
/// update the status of the object.
/// in Read mode.
/// <see cref="IBoardFunctions.GetNearObjects(int, int)"/>
/// </summary>
private void UpdateStatus()
{
if (DeBuff == DeBuff.Cocoon)
{
if (numberOfDaysCocooned < 2)
{
numberOfDaysCocooned++;
}
else
{
numberOfDaysCocooned = 0;
DeBuff = DeBuff.UnAffected;
}
}
var objectsNear = BoardFunctions.GetNearObjects(X, Y, 1);
// count is the number of objects around the given object.
int count = objectsNear.Count;
/// if the count is not in the boundries given by the <see cref="Info"/> class,
/// the object's state will become <see cref="State.Depressed"/>.
if ((count < info.MinObjectsPerArea || count > info.MaxObjectsPerArea) && State == State.Alive)
{
ProducerConsumer.Produce(String.Format("Object number {0} became depressed!", Id));
SetState(State.Depressed);
}
}
private static BoardElement GetNewElementForPosition(int collum, int row, BoardManager board, ref bool[, ] searchedElements)
{
if (BoardFunctions.GetIfMatchCreatesBell(collum, row, board.elementsPositions, ref searchedElements))
{
return(BoardFunctions.CreateNewElement(board.elementsPositions[collum, row], BoardElement.BoardElementTypes.Bell));
}
else if (BoardFunctions.GetIfMatchCreatesBomb(collum, row, board.elementsPositions, ref searchedElements))
{
return(BoardFunctions.CreateNewElement(board.elementsPositions[collum, row], BoardElement.BoardElementTypes.Bomb));
}
else if (BoardFunctions.GetIfMatchCreatesCross(collum, row, board.elementsPositions, ref searchedElements))
{
return(BoardFunctions.CreateNewElement(board.elementsPositions[collum, row], BoardElement.BoardElementTypes.Cross));
}
else
{
int cashElementIndex = BoardFunctions.GetIfCashElement();
if (cashElementIndex > -1)
{
return(BoardFunctions.CreateNewCashElement(board.elementsPositions[collum, row], cashElementIndex));
}
else
{
return(BoardFunctions.CreateNewElement(board.elementsPositions[collum, row], BoardElement.BoardElementTypes.Default));
}
}
}
// called once per frame
public static void DoInteraction()
{
if (Input.GetButtonDown("BoardMenu"))
{
BoardMenu.Instance.InitializeBoardMenu();
Done();
return;
}
if (Input.GetButtonDown("PickComponent"))
{
SelectionMenu.Instance.PickComponent();
}
if (Input.GetButtonDown("Interact"))
{
RaycastHit hit;
if (Physics.Raycast(Ray(), out hit, Settings.ReachDistance, IgnorePlayerLayermask))
{
if (hit.collider.tag == "Interactable") // if the cast hits an interactable such as a button or lever, interact with it
{
hit.collider.GetComponent <Interactable>().Interact();
return; // so we can't place stuff too, as they are bound to the same key
}
}
}
if (Input.GetButtonDown("Zoom"))
{
FirstPersonCamera.fieldOfView = 10;
FirstPersonController.Instance.m_MouseLook.XSensitivity /= 3;
FirstPersonController.Instance.m_MouseLook.YSensitivity /= 3;
}
if (Input.GetButtonUp("Zoom"))
{
SettingsApplier.Instance.LoadFOV();
SettingsApplier.Instance.LoadXSensitivity();
SettingsApplier.Instance.LoadYSensitivity();
}
if (Input.GetButtonDown("Cancel"))
{
PauseMenu.Instance.PauseGame();
}
if (Input.GetButtonDown("UndoBoardDelete"))
{
BoardFunctions.RestoreMostRecentlyDeletedBoard();
return;
}
ComponentPlacer.RunComponentPlacing();
WirePlacer.RunWirePlacing();
StuffDeleter.RunGameplayDeleting();
StuffRotater.RunGameplayRotation();
SelectionMenu.Instance.RunBuildMenu();
LookThroughBoard.Run();
}
/// <summary> Flags positions that belong to a match </summary>
/// <param name="shouldFlag"> if false, elements wont be marked as matched (usefull when want to check possible matches)</param>
/// <returns>returns an array where:
/// position 0: number of matches that create a cross
/// position 1: number of matches create a bomb
/// position 2: number of matches create a bell</returns>
public static int CheckElementForMatches(int startCollum, int startRow, BoardElement[, ] positions, ref bool[, ] matchedElemPositions, int collumsNumber, int rowsNumber, bool shouldFlag = true)
{
int upperMatches = BoardFunctions.CheckUpperNeighboursForMatches(startCollum, startRow, positions);
int bottomMatches = BoardFunctions.CheckBottomNeighboursForMatches(startCollum, startRow, positions, rowsNumber);
int leftMatches = BoardFunctions.CheckLeftNeighboursForMatches(startCollum, startRow, positions);
int rightMatches = BoardFunctions.CheckRightNeighboursForMatches(startCollum, startRow, positions, collumsNumber);
if (shouldFlag)
{
// if more than 2 element matches, add vertical mathced elements
if (upperMatches + bottomMatches >= 2)
{
matchedElemPositions[startCollum, startRow] = true;
for (int row = startRow - upperMatches; row <= startRow + bottomMatches; row++)
{
matchedElemPositions[startCollum, row] = true;
// AlexDebugger.GetInstance().AddMessage(positions[startCollum, row].GetAttachedGameObject().name + "is an " + ((row < startRow) ? " on top" : "on bottom") + " match of " + positions[startCollum, row].GetAttachedGameObject().name, AlexDebugger.tags.Matches);
}
if (upperMatches > 0)
{
//AlexDebugger.GetInstance().AddMessage("Upper matches for element: " + GetTransformByIndex(positions[startCollum, startRow].GetTransformIndex()) + " are: " + upperMatches, AlexDebugger.tags.Matches);
}
if (bottomMatches > 0)
{
//AlexDebugger.GetInstance().AddMessage("Bottom matches for element: " + GetTransformByIndex(positions[startCollum, startRow].GetTransformIndex()) + " are: " + bottomMatches, AlexDebugger.tags.Matches);
}
}
// if more than 2 element matches, add horizontal mathced elements
if (leftMatches + rightMatches >= 2)
{
matchedElemPositions[startCollum, startRow] = true;
for (int collum = startCollum - leftMatches; collum <= startCollum + rightMatches; collum++)
{
matchedElemPositions[collum, startRow] = true;
}
if (leftMatches > 0)
{
//AlexDebugger.GetInstance().AddMessage("Left matches for element: " + GetTransformByIndex(positions[startCollum, startRow].GetTransformIndex()) + " are: " + leftMatches, AlexDebugger.tags.Matches);
}
if (rightMatches > 0)
{
//AlexDebugger.GetInstance().AddMessage("Bottom matches for element: " + GetTransformByIndex(positions[startCollum, startRow].GetTransformIndex()) + " are: " + rightMatches, AlexDebugger.tags.Matches);
}
}
if (upperMatches + bottomMatches >= 2 || leftMatches + rightMatches >= 2)
{
//AlexDebugger.GetInstance().AddMessage("Total matches found for: " + GetTransformByIndex(positions[startCollum, startRow].GetTransformIndex()) + " are: " + (upperMatches + bottomMatches + leftMatches + rightMatches).ToString(), AlexDebugger.tags.Matches);
}
}
if (upperMatches + bottomMatches >= 2 || leftMatches + rightMatches >= 2)
{
return(upperMatches + bottomMatches + leftMatches + rightMatches);
}
else
{
return(0);
}
}
public static void CancelPlacement()
{
SoundPlayer.PlaySoundAt(Sounds.DeleteSomething, BoardBeingPlaced);
BoardFunctions.SetMostRecentlyDeletedBoard(BoardBeingPlaced);
DestroyBoardBeingPlaced();
GameplayUIManager.UIState = UIState.None;
}
public override bool OnElementDestruction(BoardManager board)
{
if (hasBeenDestroyed)
{
return(false);
}
KeyValuePair <int, int> pos = BoardFunctions.GetBoardPositionOfElement(this, board.elementsPositions);
BoardFunctions.DestroyAllElementsCrossStyle(pos.Key, pos.Value, ref board.matchedElemPositions);
board.matchedElemPositions[pos.Key, pos.Value] = true;
hasBeenDestroyed = true;
return(true);
}
// Updates the timer (including the graphical representation)
// If time runs out in the trial or the break scene. It switches to the next scene.
void StartTimer()
{
tiempo -= Time.deltaTime;
if (showTimer)
{
BoardFunctions.UpdateTimer();
}
// When the time runs out:
if (tiempo < 0)
{
ChangeToNextScene(BoardManager.itemClicks, false);
}
}
protected override void ActDepressedObject()
{
var objects = BoardFunctions.GetNearObjects(X, Y, 1);
foreach (var obj in objects)
{
if (obj.DeBuff == DeBuff.Cocoon)
{
Fight(obj);
SetState(State.Alive);
break;
}
}
}
protected override void ActDepressedObject()
{
var dynamicObjects = BoardFunctions.GetNearObjects(X, Y, 1);
/// if the number of adjacent objects are in the range of [info.MinObjectsPerArea,info.MaxObjectsPerArea]
/// than the given object will no longer be depressed.
if (dynamicObjects.Count >= info.MinObjectsPerArea && dynamicObjects.Count <= info.MaxObjectsPerArea)
{
ProducerConsumer.Produce(String.Format("Object number {0} is no longer depressed, found {1} objects near it", Id, dynamicObjects.Count));
SetState(State.Alive);
}
else
{
ProducerConsumer.Produce(String.Format("Object number {0} is still depressed, found {1} objects near it", Id, dynamicObjects.Count));
}
}
public override bool OnElementDestruction(BoardManager board, BoardElement otherElement)
{
if (hasBeenDestroyed)
{
return(false);
}
// if (otherElement == null) {
// Debug.LogError(BoardFunctions.GetTransformByIndex(otherElement.GetTransformIndex()) + " Bell OnElementDestruction() triggered with null as gameobject");
// }
KeyValuePair <int, int> pos = BoardFunctions.GetBoardPositionOfElement(this, board.elementsPositions);
BoardFunctions.ActivateBellFunction(board, otherElement);
board.matchedElemPositions[pos.Key, pos.Value] = true;
hasBeenDestroyed = true;
return(true);
}
private void ReorientElements()
{
bool hasSFXplayed = false;
for (int collum = 0; collum < ConstantValues.totalCollums; collum++)
{
//AlexDebugger.GetInstance().AddMessage("Moving element: " + elementsPositions[collum, row].GetAttachedGameObject().transform.name + " upwards", AlexDebugger.tags.Step3);
if (BoardFunctions.MoveMatchedElementUpwards(collum, ConstantValues.totalRows - 1, this) && !hasSFXplayed)
{
float randomNum = random.Next(5, 20) / 10;
currentMessageID += 1;
messagesToClient.Add(new Messages.AudioMessage(AssetLoader.GetCellDropSFX(), currentMessageID, currentMessageID - 1, 0.0f, 1));
hasSFXplayed = true;
}
}
}
//Updates the timer (including the graphical representation)
//If time runs out in the trial or the break scene. It switches to the next scene.
void startTimer()
{
tiempo -= Time.deltaTime;
//Debug.Log (tiempo);
if (showTimer)
{
BoardFunctions.updateTimer();
}
//When the time runs out:
if (tiempo < 0)
{
//changeToNextScene(2,BoardManager.randomYes);
changeToNextScene(BoardManager.itemClicks, BoardManager.answer, BoardManager.randomYes, 0);
}
}
/// <summary>Swaps to elements positions on the board </summary>
public static void SwapBoardElementNeighbours(BoardElement oldElement, BoardElement newElement, ref BoardElement[, ] positions)
{
KeyValuePair <int, int> oldElementPosition = BoardFunctions.GetBoardPositionOfElement(oldElement, positions);
KeyValuePair <int, int> newElementPosition = BoardFunctions.GetBoardPositionOfElement(newElement, positions);
positions[oldElementPosition.Key, oldElementPosition.Value] = newElement;
positions[newElementPosition.Key, newElementPosition.Value] = oldElement;
#if UNITY_EDITOR
//Debug.Log(newElementPosition.Key + ", " + newElementPosition.Value + " set to position " + oldElementPosition.Key + ", " + oldElementPosition.Value);
//Debug.Log(oldElementPosition.Key + ", " + oldElementPosition.Value + " set to position " + newElementPosition.Key + ", " + newElementPosition.Value);
if (positions[oldElementPosition.Key, oldElementPosition.Value] == positions[newElementPosition.Key, newElementPosition.Value])
{
UnityEngine.Debug.LogError("Swap was not correct");
}
#endif
}
private void FightSpider(IDynamicObject spider)
{
if (spider.DeBuff == DeBuff.Cocoon)
{
agilityProgress = 0;
Strength += 2;
Agility++;
spider.SetState(State.Dead);
BoardFunctions.ClearDynamicObjectOnTile(spider.X, spider.Y);
ProducerConsumer.Produce(String.Format("Spider number {0} ate another spider with id {1}", Id, spider.Id));
}
else if (Agility > spider.Agility)
{
spider.DeBuff = DeBuff.Cocoon;
ProducerConsumer.Produce(String.Format("Spider number {0} became a cocoone", spider.Id));
}
}
/// <summary>Check if with input it can create matches. Returns best score found </summary>
public static int IsPotentialInput(int collum, int row, BoardElement[, ] positions, bool[, ] matchedElemPositions, int totalCollums, int totalRows)
{
int possibleScore = 0;
if (row - 1 > -1 && positions[collum, row - 1].GetElementClassType() != typeof(CashBoardElement))
{
BoardFunctions.SwapBoardElementNeighbours(positions[collum, row], positions[collum, row - 1], ref positions);
int matches = BoardFunctions.CheckElementForMatches(collum, row - 1, positions, ref matchedElemPositions, totalCollums, totalRows, false);
if (matches > 0)
{
possibleScore = matches;
}
BoardFunctions.SwapBoardElementNeighbours(positions[collum, row], positions[collum, row - 1], ref positions);
}
if (row + 1 < totalRows && positions[collum, row + 1].GetElementClassType() != typeof(CashBoardElement))
{
BoardFunctions.SwapBoardElementNeighbours(positions[collum, row], positions[collum, row + 1], ref positions);
int matches = BoardFunctions.CheckElementForMatches(collum, row + 1, positions, ref matchedElemPositions, totalCollums, totalRows, false);
if (matches > 0 && possibleScore < matches)
{
possibleScore = matches;
}
BoardFunctions.SwapBoardElementNeighbours(positions[collum, row], positions[collum, row + 1], ref positions);
}
if (collum - 1 > -1 && positions[collum - 1, row].GetElementClassType() != typeof(CashBoardElement))
{
BoardFunctions.SwapBoardElementNeighbours(positions[collum, row], positions[collum - 1, row], ref positions);
int matches = BoardFunctions.CheckElementForMatches(collum - 1, row, positions, ref matchedElemPositions, totalCollums, totalRows, false);
if (matches > 0 && possibleScore < matches)
{
possibleScore = matches;
}
BoardFunctions.SwapBoardElementNeighbours(positions[collum, row], positions[collum - 1, row], ref positions);
}
if (collum + 1 < totalCollums && positions[collum + 1, row].GetElementClassType() != typeof(CashBoardElement))
{
BoardFunctions.SwapBoardElementNeighbours(positions[collum, row], positions[collum + 1, row], ref positions);
int matches = BoardFunctions.CheckElementForMatches(collum + 1, row, positions, ref matchedElemPositions, totalCollums, totalRows, false);
if (matches > 0 && possibleScore < matches)
{
possibleScore = matches;
}
BoardFunctions.SwapBoardElementNeighbours(positions[collum, row], positions[collum + 1, row], ref positions);
}
return(possibleScore);
}
// Funciton to set up WCSPP instance
void SetWCSPP(GameManager.WCSPPInstance currentInstance)
{
// Display Max distance
Text quest = GameObject.Find("Question").GetComponent <Text>();
quest.text = "Max cost: $" + GameManager.wcsppInstances[currInstance].maxweight;
// Display current distance
DistanceText = GameObject.Find("DistanceText").GetComponent <Text>();
DistanceText.color = Color.yellow;
// Display current weight
WeightText = GameObject.Find("WeightText").GetComponent <Text>();
WeightText.color = Color.cyan;
// Coordinate of the cities
cox = currentInstance.coordinatesx;
coy = currentInstance.coordinatesy;
unitycoord = BoardFunctions.CoordinateConvertor(cox, coy);
// Number of objects
ncities = currentInstance.ncities;
distances = currentInstance.distancematrix;
weights = currentInstance.weightmatrix;
solution = currentInstance.solution;
// Store objects in a list
items = new Item[ncities];
for (int i = 0; i < ncities; i++)
{
for (int j = i; j < ncities; j++)
{
if (distances[i, j] != 0)
{
DrawSlimLine(i, j, 0.01f);
}
}
}
for (int i = 0; i < ncities; i++)
{
items[i] = GenerateItem(i, unitycoord[i]);
}
}
/// <summary>
/// Try to fight another object
/// </summary>
public virtual void TryToFight()
{
ProducerConsumer.Produce(String.Format("Object number {0} is looking for a fight!", Id));
// get all objects near the given object
var dynamicObjects = BoardFunctions.GetNearObjects(X, Y, Agility);
if (dynamicObjects.Count == 0)
{
ProducerConsumer.Produce(String.Format("Object number {0} found no one around him to fight", Id));
return;
}
// fight a random object
int index = MyRandom.Next(0, dynamicObjects.Count);
Fight(dynamicObjects[index]);
}