void Start()
{
currentState = darkCubeState.normal;
darkCubeFace = transform.Find("face");
// Blinking
blinkTimeDuration = 0.0f;
blinkTimeMax = 0.01f;
blinkIndex = 0;
oldBlinkIndex = 0;
playBlinkForward = true;
blinkingPlayed = false;
// Leer
leerTimeDuration = 0.0f;
leerTimeMax = 0.02f;
leerIndex = 0;
oldLeerIndex = 0;
playLeerForward = true;
leerPlayed = false;
longLeerCount = 40;
startLeerHold = false;
// Laughing
laughingTimeDuration = 0.0f;
laughingTimeMax = 0.02f;
laughingIndex = 0;
oldlaughingIndex = 0;
playlaughingForward = true;
laughingPlayed = false;
longlaughingCount = 20;
startlaughingHold = false;
// Damaged
damagedTimeInterval = 0.0f;
damagedTimeMax = 2.0f;
// Normal
normalTimeDuration = 0.0f;
normalTimeMax = 2.0f;
normalTimeToBlink = false;
normalTimeToLeer = false;
blinking = new List <Texture>();
leer = new List <Texture>();
laughing = new List <Texture>();
loadTextures();
}
void Update()
{
oldState = currentState;
if (darkCubeCollisionScript.startDamage)
{
if (currentState != darkCubeState.damaged)
{
currentState = darkCubeState.damaged;
}
}
if (darkCubeCollisionScript.startLaugh)
{
if (currentState != darkCubeState.laughing)
{
currentState = darkCubeState.laughing;
}
}
if (currentState != oldState)
{
setCurrentFace(normalFace);
resetBlinkingAnimation();
resetLeerAnimation();
resetLaughingAnimation();
normalTimeToBlink = false;
normalTimeToLeer = false;
}
// Call correct face animation based on the current state
switch (currentState)
{
case darkCubeState.normal:
runNormalState();
break;
case darkCubeState.laughing:
if (laughingPlayed)
{
currentState = darkCubeState.normal;
}
playLaughingAnimation();
break;
case darkCubeState.damaged:
setCurrentFace(damagedFace);
damagedTimeInterval += Time.deltaTime;
if (damagedTimeInterval >= damagedTimeMax)
{
currentState = darkCubeState.normal;
setCurrentFace(normalFace);
damagedTimeInterval = 0.0f;
startDamage = false;
}
break;
case darkCubeState.defeated:
break;
default:
Debug.Log("'" + currentState + "' is not a valid dark cube face state.");
break;
}
}
