private void EndTheTurn(TurnEndCheck tec) {
Game.Instance.circleGuiObj.SetActive(false);
Game.Instance.TriggerWaitForTurnOver();
if(!Game.Instance.turnOver) {
Game.Instance.StopWaitForStunOver();
Game.Instance.CancelStun();
Game.Instance.SetText("breathe...");
return;
}
Game.Instance.StopWaitForTurnOver();
TurnEnd turnEnd = Game.Instance.CalculateTurnSuccess(tec);
if(turnEnd.successful) {
StateManager.Instance.ChangeGameState(GameStateId.GoodTurn);
}
else {
StateManager.Instance.ChangeGameState(GameStateId.BadTurn);
}
}
public TurnEnd CalculateTurnSuccess(TurnEndCheck tec) {
this.turnEnd.successful = false;
switch(tec) {
// turn time is up, fill the rest of the buttons with failure
case TurnEndCheck.OutOfTime:
// fallthrough
goto case TurnEndCheck.CompletedActions;
case TurnEndCheck.CompletedActions:
float CCC = (float) this.turnInfo.currentIdx;
float EEE = (float) this.turnInfo.numActionsExpected;
float PPP = (float) this.turnInfo.numActionsPerformed;
float ratioTop = CCC;
float ratioBottom = 0.0f;
// E > P
if(this.turnInfo.numActionsExpected > this.turnInfo.numActionsPerformed) {
ratioBottom = EEE + (EEE - PPP);
}
// E < P
else if (this.turnInfo.numActionsExpected < this.turnInfo.numActionsPerformed){
ratioBottom = EEE + (PPP - EEE) * Difficulty.imperfectModifier;
}
// E == P
else {
ratioBottom = EEE;
}
ratioBottom *= Difficulty.ratioModifier;
this.currentRatio = ratioTop / ratioBottom;
this.totalScore.sumRatio += this.currentRatio;
// Debug.Log("e." + EEE + " -- p; + PPP + " -- c." + CCC);
// Debug.Log("ratio: " + this.currentRatio + " = " + ratioTop + " / " + ratioBottom);
Debug.Log("ratio: " + this.currentRatio);
if(this.currentRatio > Difficulty.ratioToTurnSuccess) {
this.turnEnd.successful = true;
}
break;
case TurnEndCheck.NotYet:
Debug.Log("turn hasnt ended. shouldnt calculate success");
Debug.Break();
break;
default:
Debug.Log("unknown turn end check");
Debug.Break();
break;
}
return this.turnEnd;
}
