private void LateUpdate()
{
if (!GameManager.gameStarted)
{
return;
}
state.hapinessPoint -= Time.deltaTime / GameParams.Main.hapinessDecreaseSpeedUpgrade[GameState.CurrentState.upgrades.hapinessDecreaseSpeedUpgrade];
state.hapinessPoint = Mathf.Clamp(state.hapinessPoint, 0, (GameParams.Main.happinessPointsNeededPerLevel[3] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade]) + 1);
if (!focused)
{
timer -= Time.deltaTime;
if (timer <= 0)
{
timer = UnityEngine.Random.Range(1, 5);
SetLookAtTarget(new Vector2(UnityEngine.Random.Range(-1, 1), UnityEngine.Random.Range(-1, 1)));
}
}
LookAtPoint();
GetNewHapinessState();
lastFrameHapiness = hapiness;
}
public void GetNewHapinessState(bool forceUpdate = false)
{
if (forceUpdate == false)
{
switch (hapiness)
{
case Hapiness.asleep:
if (state.hapinessPoint >= GameParams.Main.happinessPointsNeededPerLevel[1] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade])
{
hapiness = Hapiness.bored;
}
break;
case Hapiness.bored:
if (state.hapinessPoint >= GameParams.Main.happinessPointsNeededPerLevel[2] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade])
{
hapiness = Hapiness.happy;
}
else if (state.hapinessPoint <= GameParams.Main.happinessPointsNeededPerLevel[0] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade])
{
hapiness = Hapiness.asleep;
}
break;
case Hapiness.happy:
if (state.hapinessPoint >= GameParams.Main.happinessPointsNeededPerLevel[3] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade])
{
hapiness = Hapiness.maximumJoy;
}
else if (state.hapinessPoint <= GameParams.Main.happinessPointsNeededPerLevel[1] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade])
{
hapiness = Hapiness.bored;
}
break;
case Hapiness.maximumJoy:
if (state.hapinessPoint <= GameParams.Main.happinessPointsNeededPerLevel[2] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade])
{
hapiness = Hapiness.happy;
}
break;
default:
break;
}
if (hapiness != lastFrameHapiness)
{
UpdateBehaviour();
}
}
else
{
if (state.hapinessPoint <= GameParams.Main.happinessPointsNeededPerLevel[0] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade])
{
hapiness = Hapiness.asleep;
}
else if (state.hapinessPoint <= GameParams.Main.happinessPointsNeededPerLevel[1] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade])
{
hapiness = Hapiness.bored;
}
else if (state.hapinessPoint <= GameParams.Main.happinessPointsNeededPerLevel[2] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade])
{
hapiness = Hapiness.happy;
}
else if (state.hapinessPoint <= GameParams.Main.happinessPointsNeededPerLevel[3] * GameParams.Main.hapinessLevelUpgrade[GameState.CurrentState.upgrades.hapinessLevelUpgrade])
{
hapiness = Hapiness.maximumJoy;
}
UpdateBehaviour();
}
//set the multiplier
switch (hapiness)
{
case Hapiness.asleep:
multiplier = GameParams.Main.baseMultiplierPerHapniessLevel[0] * GameParams.Main.multiplicatorUpgrade[GameState.CurrentState.upgrades.multiplicatorUpgrade];
break;
case Hapiness.bored:
multiplier = GameParams.Main.baseMultiplierPerHapniessLevel[1] * GameParams.Main.multiplicatorUpgrade[GameState.CurrentState.upgrades.multiplicatorUpgrade];
break;
case Hapiness.happy:
multiplier = GameParams.Main.baseMultiplierPerHapniessLevel[2] * GameParams.Main.multiplicatorUpgrade[GameState.CurrentState.upgrades.multiplicatorUpgrade];
break;
case Hapiness.maximumJoy:
multiplier = GameParams.Main.baseMultiplierPerHapniessLevel[3] * GameParams.Main.multiplicatorUpgrade[GameState.CurrentState.upgrades.multiplicatorUpgrade];
break;
default:
break;
}
}
