void fProtagonistStartAnimate()
{
//gAnimationFrame += Time.deltaTime;
Mathf.Clamp(gAnimationFrame, 0f, vMaxAnimationTime);
foreach (ControlSystemPerPlayer tChar in vCharlist)
{
tChar.cProtaginst.fSetAnimation();
}
vCurrentState = eTurnState.ProtagonistAnimation;
}
public void SetTurnObjectUpt(eTurnState eTurn)
{
switch (eTurn)
{
case eTurnState.E_TURN_MY:
m_pTurnObj.transform.localPosition = m_pTurnPosObj[0].transform.localPosition;
break;
case eTurnState.E_TURN_YOUR:
m_pTurnObj.transform.localPosition = m_pTurnPosObj[1].transform.localPosition;
break;
}
}
// Update is called once per frame
void Update()
{
//bool vContinue;
int tCount = 0;
vCount = 0;
switch (vCurrentState)
{
case eTurnState.ProtagonistInputWait: fProtagonistInputWait(); break;
case eTurnState.ProtagonistStartAnimate: fProtagonistStartAnimate();
Debug.Log("StartAnimate");
// Conflict Check (
break;
case eTurnState.ProtagonistAnimation:
//Debug.Log("Animate");
foreach (ControlSystemPerPlayer tChar in vCharlist)
{
if (tChar.cProtaginst.vIsAnimating)
{
tCount++;
}
}
if (tCount == 0)
{
vCurrentState = eTurnState.ProtagonistEndAnimate;
}
break;
case eTurnState.ProtagonistEndAnimate:
Debug.Log("EndAnimate");
vCurrentState = eTurnState.ProtagonistInputWait;
break;
case eTurnState.SubEventStart:
//vBlockList = GameObject.FindGameObjectsWithTag("Block");
vCurrentState = eTurnState.SubEventAnimate;
break;
case eTurnState.SubEventAnimate:
if (vBlockCount <= 0)
{
vCurrentState = eTurnState.ProtagonistInputWait;
}
break;
}
}
void fProtagonistInputWait()
{
vCount = 0;
foreach (ControlSystemPerPlayer tChar in vCharlist)
{
if (tChar.cProtaginst.vAction == "None")
{
//if (!tChar.cProtaginst.vIsAnimating)
vCount++;
}
}
if (vCount == 0)
{
fProtagonistStartAnimate();
vCurrentState = eTurnState.ProtagonistStartAnimate;
// gAnimationFrame = 0f;
}
}
private void SetActivePlayer(PlayerDetails activePlayer)
{
// If the player is our IP Address AND is active then it is our turn.
if (activePlayer.IpAddress == m_localNetwork.IpAddress && activePlayer.Active)
{
m_turnState = eTurnState.PlayersTurn;
if (TurnIndicator != null)
{
TurnIndicator("Your Turn");
}
}
else
{
m_turnState = eTurnState.OpponentsTurn;
if (TurnIndicator != null)
{
TurnIndicator("Waiting on " + activePlayer.Name);
}
}
}
public void PlayAction(IAction aAction)
{
switch((eActionType)aAction.GetActionType())
{
case eActionType.eAT_MarkDiceForReroll:
{
CActionMarkDiceForReroll markDiceAction = (CActionMarkDiceForReroll)aAction;
foreach (int diceIndex in markDiceAction.DiceToRerollIndexList)
{
Dice[diceIndex].ShouldReroll = true;
}
_turnState = _nbDiceRollsLeft == 0 ? eTurnState.eTS_EndingTurn : eTurnState.eTS_RollingDice;
}
break;
/*case eActionType.eAT_ReactToDamageOnTokyo:
{
CActionReactToDamageOnTokyo reactToDamage = (CActionReactToDamageOnTokyo)aAction;
}
break;*/
}
}
public void Tick()
{
switch(_turnState)
{
case eTurnState.eTS_StartingTurn:
{
if (CurrentPlayer.Location != eLocations.eL_Outside)
{
CurrentPlayer.AdjustVictoryPoints(VPRewardBeginTurnInTokyo);
}
}
goto case eTurnState.eTS_InitialRollingDice;
case eTurnState.eTS_InitialRollingDice:
{
foreach (CDice die in _diceList)
{
die.Roll();
}
_nbDiceRollsLeft--;
_turnState = eTurnState.eTS_ReactToDicePlayerHook;
}
break;
case eTurnState.eTS_RollingDice:
{
foreach (CDice die in _diceList)
{
if (die.ShouldReroll)
{
die.Roll();
die.ShouldReroll = false;
}
}
_nbDiceRollsLeft--;
_turnState = eTurnState.eTS_ReactToDicePlayerHook;
}
break;
case eTurnState.eTS_EndingTurn:
{
CalculateAndApplyDiceResult();
// STODO: Implement eTurnState.eTS_PurchaseCardsPlayerHook
LogGameState();
if (!IsGameCompleted())
{
_nbDiceRollsLeft = DefaultRollsCount;
_totalTurnID++;
do
{
_currentPlayerIndex = (_currentPlayerIndex + 1) % (uint)Players.Count;
if (_currentPlayerIndex == _startingPlayerIndex)
{
_turnID++;
}
} while (!CurrentPlayer.IsAlive());
}
}
goto case eTurnState.eTS_StartingTurn;
case eTurnState.eTS_ReactToDicePlayerHook:
case eTurnState.eTS_ApplyDamageOnTokyoPlayerHook:
case eTurnState.eTS_PurchaseCardsPlayerHook:
{
Debug.Assert(false, "CGame - Tick: Should not be called while an action is expected.");
}
break;
}
}
