void EndGameOnSound(Constants.PlayerType playerType)
{
if (GameManager.instance.isEndRuleGameActivated == false)
{
PlaySound(AudioTag.ENDGAME_ON);
}
}
public void OnGameEnd(Constants.PlayerType player)
{
if (currentGameState == GAMESTATE.END)
{
return;
}
currentGameState = GAMESTATE.END;
Debug.Log(player.ToString() + " loss the game.");
if (player == Constants.PlayerType.LOCAL)
{
winLoseText.text = "YOU FAIL";
}
else if (player == Constants.PlayerType.REMOTE)
{
winLoseText.text = "YOU WIN";
}
else
{
winLoseText.text = "GAME DRAW";
}
winlosePopUp.SetActive(true);
if (OnGameResultDeclare != null)
{
OnGameResultDeclare();
}
}
private void CheckAvailabilityOfSpareTower(Constants.PlayerType obj, Pawn pawn)
{
Debug.Log(obj.ToString() + " checking for spare tower");
if (obj != currentPlayerType)
{
BoardManager.instance.gamePlay.SetDesriptionForPlacingPawn("Waiting for " + Database.GetString(Database.Key.OPPONENT_NAME) + "to place spare tower");
//BoardManager.instance.RemovePawnFromBoard(pawn);
return;
}
for (int i = 0; i < availableSpareTower.Count; i++)
{
if (availableSpareTower[i].currentPawnType == pawn.currentPawnType)
{
Debug.Log("Can replace with spare tower");
currentSparePawn = availableSpareTower[i];
BoardManager.instance.RemovePawnFromBoard(pawn);
pawn.occupiedSquare.occupiedPawn = null;
pawn.occupiedSquare = null;
ReplacePawnWithSpareTower(pawn, availableSpareTower[i]);
availableSpareTower.RemoveAt(i);
return;
}
}
//HERE CHANGE PLAYER TURN
GameManager.instance.IncreaseTurn();
}
public void RemovePawnFromBoard(Pawn pawn)
{
Transform parent3D = players[(int)pawn.currentPlayerType].removedPawnParent3D;
Transform parent2D = players[(int)pawn.currentPlayerType].removedPawnParent2D;
//remove pawn from board sound
MilitakiriAudioManager.OnPawnKnocked?.Invoke();
SetRemovedPawns3D(pawn.transform, parent3D);
//for 2d
GameObject duplicatePawn = Instantiate(pawn.gameObject, pawn.transform.position, pawn.transform.rotation);
SetRemovedPawns2D(duplicatePawn.transform, parent2D);
// Vector3 pos = new Vector3(0, 0, 0.3f * (parent.childCount - 1));
// pawn.transform.localPosition = pos;
int noOfTowerPawn = players[(int)pawn.currentPlayerType].GetNoOfTowerPawnAvailable();
// Debug.Log(" noOfTowerPawn " + noOfTowerPawn);
if (noOfTowerPawn == 1 && OnActiveEndRule != null)
{
Debug.Log("Active End Game Rules");
OnActiveEndRule(pawn.currentPlayerType);
playerWithOneTower = pawn.currentPlayerType;
}
if (noOfTowerPawn == 0)
{
Debug.Log("Game should end");
GameManager.instance.OnGameEnd(pawn.currentPlayerType);
}
}
private void OnTurnChanged(Constants.PlayerType arg1, bool arg2)
{
//To place spare tower when no space was available
if (playerToPlaceSpareTower != null)
{
playerToPlaceSpareTower.PlaceStoredSpareTower();
}
}
public void ActiveEndGameRule(Constants.PlayerType type)
{
if (rank > 5 && currentPlayerType == type)
{
rankForMoveAndTake = 1;
isEndRuleActivated = true;
}
}
private void ActiveEndGameRule(Constants.PlayerType type)
{
if (totalTurnLeft != -1)
return;
totalTurnLeft = Constants.TotalTurnPerBoard;
if (totalTurnLeftText != null)
{
totalTurnLeftText.transform.parent.gameObject.SetActive(true);
totalTurnLeftText.text = totalTurnLeft.ToString() + " MOVES LEFT";
}
}
private void OnTurnChanged(Constants.PlayerType pType, bool isEndRuleGameActivated)
{
if (pType == currentPlayerType && currentPlayerType == Constants.PlayerType.REMOTE && Constants.isAI)
{
Invoke("AICalculation", Random.Range(3, 5f));
}
if (isEndRuleGameActivated && pType == currentPlayerType)
{
totalTurnLeft--;
if (totalTurnLeftText != null)
totalTurnLeftText.text = totalTurnLeft.ToString() + " MOVES LEFT";
if (totalTurnLeft == 0)
{
Debug.Log("Game should end");
GameManager.instance.OnGameEnd(Constants.PlayerType.NONE);
}
}
}
public Stats(string name, Constants.PlayerType playerType, int maxHp, short str, byte agi, byte dex, short maxStamina, short stamina = short.MinValue, int hp = int.MinValue)
{
Name = name;
PlayerType = playerType;
MAXHP = maxHp;
HP = (int)(MAXHP * Constants.HP_MULTIPLIER);
if (hp != int.MinValue)
{
HP = hp;
}
Strength = str;
Agility = agi;
Dexterity = dex;
MaxStamina = Stamina = maxStamina;
if (stamina != short.MinValue)
{
Stamina = stamina;
}
}
public void IncreaseTurn()
{
if (!Constants.isAI)
{
return;
//submit local player's data to server
}
playerTurnIndex++;
if (playerTurnIndex == 2)
{
playerTurnIndex = 0;
}
currentPlayerTurn = (Constants.PlayerType)playerTurnIndex;
if (GameManager.instance.currentGameState != GAMESTATE.END)
{
OnTurnChanged?.Invoke(currentPlayerTurn, isEndRuleGameActivated);
}
// OnTurnChanged(currentPlayerTurn, isEndRuleGameActivated);
Debug.Log("Current Game State: " + currentGameState);
}
private void OnTurnChanged(Constants.PlayerType obj, bool isEndRuleGameActivated)
{
// Debug.LogError("OnTurnChanged: " + (int)obj + " player name" + obj.ToString());
currentPlayerType = obj;
int playerIndex = (int)obj;
glowForCurrentTurn.anchoredPosition = playerPicPosition[playerIndex].anchoredPosition;
//Vector2 targetPos;
//if(playerIndex == 1)
//{
// turnBowl.anchoredPosition = new Vector2(0, -1245f);
// targetPos = Vector2.zero;
//}
//else
//{
// turnBowl.anchoredPosition = Vector2.zero;
// targetPos = new Vector2(0, -1245f);
//}
if (playerIndex == 1)
{
avatarTime -= localTimer.UpdateFill;
avatarTime += remoteTimer.UpdateFill;
localTimer.ResetFill();
}
else
{
avatarTime -= remoteTimer.UpdateFill;
avatarTime += localTimer.UpdateFill;
remoteTimer.ResetFill();
}
//turnBowl.DOAnchorPos(targetPos, 0.7f).SetEase(easeType);
// Debug.Log("Turn Changed: "+ GameManager.instance.currentPlayerTurn.ToString());
StopTurnTimer();
StartTurnTimer(totalTime);
}
public void IncreaseTurn(Constants.PlayerType playersTurn)
{
currentPlayerTurn = playersTurn;
OnTurnChanged(playersTurn, isEndRuleGameActivated);
}
private void ActiveEndGameRule(Constants.PlayerType type)
{
isEndRuleGameActivated = true;
// Change possible moves and takes to 1
}
public static string getStringFromName(Constants.PlayerType n)
{
return((n == 0) ? Constants.PLAYER_NAME : Constants.ENEMY_NAME);
}
