/// <summary> Used recursivly to move non-destroyed elements dowards</summary>
public static bool MoveMatchedElementUpwards(int collum, int row, BoardManager board)
{
bool didSwapOccur = false;
//AlexDebugger.GetInstance().AddMessage("Moving upwards " + boardInstance.elementsPositions[collumn, row].GetAttachedGameObject().name + " from position: " + collumn + ", " + row, AlexDebugger.tags.UpwardMovement);
// swap with next non matched element on the collum if not on top of collum
int newRow = row;
if (row == 0)
{
// if element reached top or there are no non-matched elements above, mark this element as destroyed and non-matched
//board.positionsDestroyed[collum, newRow] = true;
board.matchedElemPositions[collum, newRow] = false;
return(false);
}
Queue <int> destroyedElementsInRow = new Queue <int>();
if (board.matchedElemPositions[collum, row])
{
destroyedElementsInRow.Enqueue(row);
}
for (int i = row - 1; i > -1; i--)
{
// if non-matched element found above, swap
if (board.matchedElemPositions[collum, i] == false && destroyedElementsInRow.Count > 0)
{
//AlexDebugger.GetInstance().AddMessage("Swapping " + boardInstance.elementsPositions[collumn, row].GetAttachedGameObject().name + " with " + boardInstance.elementsPositions[collumn, i].GetAttachedGameObject().name + " at position " + collumn + ", " + i, AlexDebugger.tags.UpwardMovement);
int nextEmptyPosition = destroyedElementsInRow.Dequeue();
BoardFunctions.SwapElements(board.elementsPositions[collum, nextEmptyPosition], board.elementsPositions[collum, i], board, false, ConstantValues.swappingSpeed * 2.5f);
board.matchedElemPositions[collum, nextEmptyPosition] = false;
board.changedPotitions[collum, nextEmptyPosition] = true;
board.matchedElemPositions[collum, i] = true;
destroyedElementsInRow.Enqueue(i);
didSwapOccur = true;
}
else if (board.matchedElemPositions[collum, i] == true)
{
destroyedElementsInRow.Enqueue(i);
}
}
return(didSwapOccur);
}
// Update is called once per frame
void Update()
{
// Do nothing.
if (areAnimationsPlaying)
{
return;
}
switch (currentStep)
{
case GameStep.WaitingInput:
//OnDragEvent.hasDragBegin = false;
break;
// Step1: check if input create matches and if true move to step2
case GameStep.CheckingInput:
BoardFunctions.SwapElements(firstElement, secondElement, this, rewire: false, ConstantValues.swappingSpeed / 2);
//Debug.Log("Checking for matches based on input");
// check if input create matches
if (HandleInputForElement(firstElement, secondElement))
{
if (firstElement.GetElementClassType() != typeof(BellBoardElement))
{
HandleInputForElement(secondElement, firstElement);
}
//AlexDebugger.GetInstance().AddMessage("Step1 finished with matches, going to Step2: -play effects for matched elements-, input1:" + firstElement.GetAttachedGameObject().transform.name + ", input2: " + secondElement.GetAttachedGameObject().transform.name, AlexDebugger.tags.Step1);
// Remove tokens
MoneyManager.ChangeBalanceBy(-MoneyManager.GetSwapCost());
// Swap the elements on the board
// Allow Update() to check if matches are created
AddWaitMessage();
currentMessageID += 1;
Server.GetServerInstance().SendMessageToClient(new Messages.ServerStatusMessage(currentMessageID, -1, false));
currentStep = GameStep.PlayingEffects;
}
else if (HandleInputForElement(secondElement, firstElement))
{
//AlexDebugger.GetInstance().AddMessage("Step1 finished with matches, going to Step2: -play effects for matched elements-, input1:" + firstElement.GetAttachedGameObject().transform.name + ", input2: " + secondElement.GetAttachedGameObject().transform.name, AlexDebugger.tags.Step1);
// Remove tokens
MoneyManager.ChangeBalanceBy(-MoneyManager.GetSwapCost());
// Swap the elements on the board
AddWaitMessage();
Server.GetServerInstance().SendMessageToClient(new Messages.ServerStatusMessage(currentMessageID, -1, false));
currentStep = GameStep.PlayingEffects;
}
else
{
BoardFunctions.SwapElements(firstElement, secondElement, this, rewire: false);
AddWaitMessage();
AlexDebugger.GetInstance().AddMessage("No matches found, when finish, go back to step0: -waiting for input-", AlexDebugger.tags.Step1);
SendMessagesToClient();
currentMessageID += 1;
Server.GetServerInstance().SendMessageToClient(new Messages.ServerStatusMessage(currentMessageID, -1, true));
currentStep = GameStep.WaitingInput;
}
firstElement = null;
secondElement = null;
break;
// Step2: -Play effects for matched elements- and move to step3
case GameStep.PlayingEffects:
AlexDebugger.GetInstance().AddMessage("Entering Step2: -play effects for matched elements-", AlexDebugger.tags.Step2);
if (PlayEffectsStep())
{
// AlexDebugger.GetInstance().AddMessage("Sending total animations to client: " + playingAnimations.Count, AlexDebugger.tags.Step2);
AddWaitMessage();
currentStep = GameStep.OrientingElements;
}
break;
// Step3: repeat until non-destroyed elements have droped to lower position and then move to step4
case GameStep.OrientingElements:
AlexDebugger.GetInstance().AddMessage("Entering Step3: -reorienting board-", AlexDebugger.tags.Step3);
ReorientElements();
AddWaitMessage();
//AlexDebugger.GetInstance().AddMessage("Step3: -reorienting board- has finished, moving to Step4: -replace destroyed elements", AlexDebugger.tags.Step3);
currentStep = GameStep.GeneratingElements;
break;
// Step4: -Replace destroyed elements-, by assigning new color, move to step5
case GameStep.GeneratingElements:
//AlexDebugger.GetInstance().AddMessage("Entering Step4: -replace destroyed elements-", AlexDebugger.tags.Step4);
GenerateNewElemetns();
//AlexDebugger.GetInstance().AddMessage("Sending total animations to client: " + playingAnimations.Count, AlexDebugger.tags.Step4);
AddWaitMessage();
// AlexDebugger.GetInstance().AddMessage("Element: " + positions[bestInputCollum, bestInputRow].GetAttachedGameObject().name + " has the best score possible: " + maxOutput, AlexDebugger.tags.Step4);
//AlexDebugger.GetInstance().AddMessage("Step4 -Replace destroyed elements- has finished, moving to Step5 -Aftermatch-", AlexDebugger.tags.Step4);
currentStep = GameStep.CheckingBoardForMatches;
break;
// Step5: check for new matches
case GameStep.CheckingBoardForMatches:
AlexDebugger.GetInstance().AddMessage("Entering Step5: -Aftermatch-", AlexDebugger.tags.Step5);
//Debug.Log("### AfterMatch ### Checking board for combos");
int newTotalMatches = CheckBoardForMatches();
// Go back to step2
if (newTotalMatches > 0)
{
//Debug.Log("### AfterMatch ### Total new matches found: " + newTotalMatches);
AlexDebugger.GetInstance().AddMessage("Total new matches found on board: " + newTotalMatches, AlexDebugger.tags.Step5);
AlexDebugger.GetInstance().AddMessage("Step5 -Aftermatch- has finished, with state -new matches found-, moving to Step2 -Play effects for matched elements-", AlexDebugger.tags.Step5);
currentStep = GameStep.PlayingEffects;
}
// Check for possible inputs
else
{
AlexDebugger.GetInstance().AddMessage("No new matches found, flagging potential input", AlexDebugger.tags.Step5);
currentStep = GameStep.MarkingPossibleInputs;
}
AddWaitMessage();
break;
case GameStep.MarkingPossibleInputs:
//Debug.Log("### AfterMatch ### No new matches found");
if (!CheckForPossibleInputs())
{
currentMessageID += 1;
messagesToClient.Add(new Messages.AnimationMessage.PopBoxMessage(currentMessageID, currentMessageID - 1, "No possible inputs found. Regenerating board.", -1));
//Debug.Log("### AfterMatch ### No possible inputs found, re-generating board");
//AlexDebugger.GetInstance().AddMessage("No potential input found, all elements are flagged as destroyed", AlexDebugger.tags.Step5);
MarkAllElementsAsDestroyed();
//AlexDebugger.GetInstance().AddMessage("Step5 -Aftermatch- has finished, with state -No available input-, moving to Step4 -Replace destroyed elements-", AlexDebugger.tags.Step5);
currentStep = GameStep.GeneratingElements;
}
else
{
AlexDebugger.GetInstance().AddMessage("Step5 -Aftermatch- has finished, with state -Has available input-, moving to Step0 -Wait for input-", AlexDebugger.tags.Step5);
currentMessageID += 1;
Server.GetServerInstance().SendMessageToClient(new Messages.ServerStatusMessage(currentMessageID, -1, true));
currentStep = GameStep.WaitingInput;
}
AddWaitMessage();
SendMessagesToClient();
break;
}
}