private IEnumerator ConsumeAnim(float animDuration)
{
PlayExplosionAnim();
float lantenFollowTime = animDuration / 2f;
float animTimer = 0f;
Vector3 startPos = new Vector3();
bool bStartPosSet = false;
while (animTimer < animDuration)
{
if (!bPaused)
{
animTimer += Time.deltaTime;
if (animTimer > animDuration - lantenFollowTime)
{
if (!bStartPosSet)
{
_mothState = MothStates.ConsumeFollow;
startPos = MothSprite.position;
bStartPosSet = true;
}
float timeRatio = (animTimer - (animDuration - lantenFollowTime)) / lantenFollowTime;
float xOffset = startPos.x - (startPos.x - _lantern.position.x) * timeRatio;
float yOffset = startPos.y - (startPos.y - _lantern.position.y) * timeRatio;
MothSprite.position = new Vector3(xOffset, yOffset, startPos.z);
}
}
yield return(null);
}
_mothInteractor.ActivateAbility(Colour);
SendToInactivePool();
_bConsumption = false;
}
public void Activate(SpawnType spawnTf, MothColour colour, MothPathHandler.MothPathTypes pathType = MothPathHandler.MothPathTypes.Spiral)
{
// TODO determine where in the vertical space the moth can spawn ie Raycast (endless mode only)
//const float Range = 2f;
//float MothYPos = Range * Random.value - Range / 2;
base.Activate(transform, spawnTf);
_mothState = MothStates.Normal;
_mothAnimator.enabled = true;
_mothCollider.enabled = true;
MothSprite.transform.position = transform.position;
_pathHandler.SetPathType(pathType);
Colour = colour;
PlayNormalAnimation();
}
