public float speed = 1f; //speed PS plays at, as a percentage of regular speed.
#region Play Method
public override IEnumerator Play(RSRMonoBehaviour thisObj, RSRMonoBehaviour targetObj, AnimObject.AnimationEnum animEnum)
{
if (particleSystem == null)
{
throw new System.NullReferenceException("Particle System for " + thisObj.gameObject.ToString() +
" in animation " + animEnum.ToString() + " is null.");
}
Debug.Log("Playing Particle System anim for object " + thisObj.gameObject.ToString());
if (target && !waitForAnimObjectToEnd)
{
/* Play target's animation right away */
StartCoroutine(InvokePlayAnimation(targetObj, animEnum, delayForTargetAnim));
}
particleSystem.loop = loop; //Sets whether ps should loop or not
/* Play actual animation */
particleSystem.Play();
Vector3 worldStartCord = Grid.GetWorldCoords(targetObj.GetCoords());
Vector3 worldEndCoord = Grid.GetWorldCoords(TranslateGameCoord(
thisObj.GetCoords(), //start pos of obj that's moving
direction, //direction
distance, // distance (in hexes)
targetObj.GetCoords())); //targetObj's coords, in case the direction is TargetDirection
float t = 0; Vector3 newWorldCoord;
float tIncreaseRate = (1f / 60f) * speed;
while (t < 1f)
{
newWorldCoord = Vector3.Lerp(worldStartCord, worldEndCoord, t);
particleSystem.transform.position = newWorldCoord;
yield return(new WaitForFixedUpdate());
t += tIncreaseRate;
}
particleSystem.transform.position = worldEndCoord;
/**************************/
if (target && waitForAnimObjectToEnd)
{
/* Play target's animation after this is now done */
StartCoroutine(InvokePlayAnimation(targetObj, animEnum, delayForTargetAnim));
}
}
/* What can "play" for a tween (excluding target stuff):
* - moves object attached to rsrmonobehaviour in a direction, over a given distance,
* with a given speed */
public override IEnumerator Play(RSRMonoBehaviour thisObj, RSRMonoBehaviour targetObj, AnimObject.AnimationEnum animEnum)
{
//Debug.Log("Playing Tween anim for object " + thisObj.gameObject.ToString());
if (target && !waitForAnimObjectToEnd)
{
StartCoroutine(InvokePlayAnimation(targetObj, animEnum, delayForTargetAnim));//plays target's specified animation right away
}
if (speed <= 0)
{
speed = 1f;
}
/* Play actual animation */ /////////////////////
Vector3 gameEndCoord = TranslateGameCoord(
thisObj.GetCoords(), //start pos of obj that's moving
direction, //direction
distance, // distance (in hexes)
targetObj.GetCoords()); //targetObj's coords, in case the direction is TargetDirection
//Debug.Log(thisObj.GetCoords().ToString() + ", " + direction.ToString() + ", " + distance.ToString() + ", " + targetObj.GetCoords().ToString());
Vector3 worldStartCord = thisObj.transform.position;
Vector3 worldEndCoord = Grid.GetWorldCoords(gameEndCoord);
//Debug.Log("From: " + worldStartCord.ToString() + ". To: " + worldEndCoord.ToString());
/* Forces game object to face in correct direction, if implemented */
Vector3 directionMoving = worldEndCoord - worldStartCord;
thisObj.MakeSpriteFace(thisObj.GetDirection(directionMoving));
float t = 0; Vector3 newWorldCoord;
float tIncreaseRate = (1f / 60f) * speed;
while (t < 1f)
{
newWorldCoord = Vector3.Lerp(worldStartCord, worldEndCoord, t);
thisObj.transform.position = newWorldCoord;
yield return(new WaitForFixedUpdate());
t += tIncreaseRate;
}
thisObj.transform.position = worldEndCoord;
//thisObj.MoveTo(gameEndCoord);
/***********************/
if (target && waitForAnimObjectToEnd)
{
/* plays target's specified animation after this animobj is done */
StartCoroutine(InvokePlayAnimation(targetObj, animEnum, delayForTargetAnim));
}
}