// Fields
// Methods
public override void Apply(MonoBehaviour toApplyTo)
{
base.Apply(toApplyTo);
SpriteRenderer spriteRenderer = toApplyTo.GetComponent <SpriteRenderer>();
// Safety.
if (spriteRenderer == null)
{
NullSpriteRendererAlert(toApplyTo);
}
HandleSpriteFlipping(spriteRenderer);
if (changeSprite)
{
spriteRenderer.sprite = newSprite;
}
if (changeDrawMode)
{
spriteRenderer.drawMode = newDrawMode;
}
if (changeMaterial)
{
spriteRenderer.material = newMaterial;
}
ApplyEnd.Invoke(toApplyTo);
}
/// <summary>
/// Executes movement based on the movement type specified and input sequence required.
/// </summary>
protected virtual IEnumerator ApplyByCoroutine(MonoBehaviour client)
{
// Get the necessary components
Animator animator = client.GetComponent <Animator>();
// For pausing just before execution
while (localTimeScale == 0 || !isActive)
{
yield return(null);
}
HandleMovement(client);
// TODO: Have animation state changes be their own effect not intrinsically-tied to movement effects
if (animator != null)
{
foreach (AnimatorStateChangeReference stateChange in animStateChanges)
{
stateChange.value.Execute(animator);
}
}
// For pausing just after execution
while (localTimeScale == 0 || !isActive)
{
yield return(null);
}
ApplyEnd.Invoke(client);
clients.Remove(client);
}
protected virtual IEnumerator GoThroughChain(MonoBehaviour client)
{
//Debug.Log("In GoThroughChain()");
yield return(client.StartCoroutine(PauseIfNecessary()));
// Decide how to apply the effects.
IEnumerator applyEffects = null;
if (simultaneous)
{
applyEffects = ApplySimultaneously(client);
}
else
{
applyEffects = ApplyOneByOne(client);
}
yield return(client.StartCoroutine(applyEffects));
// The whole chain was executed by this point, so... job's done!
clients.Remove(client);
ApplyEnd.Invoke(client);
}