public AnimationBeing CreateScaleAnim(GameObject objRef, Vector3 initial, Vector3 target, AnimationType animType, float duration, int direction, bool loop = false)
{
AnimationBeingTargetField t = new AnimationBeingTargetField();
t.SetAnimationVectorStruct(new AnimationVectorStuct(initial, target));
System.Action <GameObject, AnimationBeingTargetField, float> func = null;
func = (GameObject obj, AnimationBeingTargetField field, float alpha) =>
{
Vector3 res = field.GetAnimationVectorStruct().initial *(1 - alpha) + field.GetAnimationVectorStruct().target *alpha;
//Debug.Log(res);
obj.transform.localScale = res;
};
//animation being creation
AnimationBeing being = new AnimationBeing(objRef, func, duration, direction);
being.SetLoop(loop);
being.CreateAnimationBeingTargetAndInitializeDefaultValue(t.GetAnimationVectorStruct());
switch (animType)
{
case AnimationType.Parallel:
Debug.Log("Created");
animationBeingsParallel.Add(being);
break;
case AnimationType.Serial:
animationBeingsSequence.Add(being);
break;
}
return(being);
}
/// <summary>
/// Animate the specified property value between 0 and 1
/// </summary>
/// <param name="objref"></param>
/// <param name="material"></param>
/// <param name="property"></param>
/// <param name="animType"></param>
/// <param name="duration"></param>
/// <param name="direction"></param>
/// <param name="loop"></param>
/// <returns></returns>
public AnimationBeing CreateMaterialAnimation(GameObject objRef, Material material, string property, AnimationType animType, float duration, int direction = 1, bool loop = false)
{
AnimationBeingTargetField t = new AnimationBeingTargetField();
t.SetMaterial(material);
System.Action <GameObject, AnimationBeingTargetField, float> func = null;
func = (GameObject obj, AnimationBeingTargetField field, float alpha) =>
{
//Vector3 res = t.GetAnimationVectorStruct().initial * (1 - alpha) + t.GetAnimationVectorStruct().target * alpha;
material.SetFloat(property, alpha);
//Debug.Log(res);
};
//animation being creation
AnimationBeing being = new AnimationBeing(objRef, func, duration, direction);
being.SetLoop(loop);
being.CreateAnimationBeingTargetAndInitializeDefaultValue(t.getMaterial());
switch (animType)
{
case AnimationType.Parallel:
Debug.Log("Created");
animationBeingsParallel.Add(being);
break;
case AnimationType.Serial:
animationBeingsSequence.Add(being);
break;
}
return(being);
}
public AnimationBeing CreateSequenceAnimationBeing <T>(GameObject obj, System.Action <GameObject, AnimationBeingTargetField, float> func,
T targetComponent, float duration = 1, int direction = 1)
{
AnimationBeing being = new AnimationBeing(obj, func, duration, direction);
//If the target component is specified, always create an animation target being
if (targetComponent != null)
{
being.CreateAnimationBeingTargetAndInitializeDefaultValue(targetComponent);
}
animationBeingsSequence.Add(being);
return(being);
}
public AnimationBeing CreateRectTransformLocalPositionAnimation(RectTransform rectTransform,
Vector3 initial, Vector3 target, AnimationType animType, float duration, int direction = 1, bool loop = false)
{
AnimationBeingTargetField t = new AnimationBeingTargetField();
t.SetAnimationVectorStruct(new AnimationVectorStuct(initial, target));
System.Action <GameObject, AnimationBeingTargetField, float> func = null;
func = (GameObject obj, AnimationBeingTargetField field, float alpha) =>
{
//Vector3 res = t.GetAnimationVectorStruct().initial * (1 - alpha) + t.GetAnimationVectorStruct().target * alpha;
obj.GetComponent <RectTransform>().localPosition = field.GetAnimationVectorStruct().initial *(1 - alpha) +
field.GetAnimationVectorStruct().target *alpha;
//material.SetFloat(property, alpha);
};
//animation being creation
AnimationBeing being = new AnimationBeing(rectTransform.gameObject, func, duration, direction);
being.SetLoop(loop);
being.CreateAnimationBeingTargetAndInitializeDefaultValue(t.GetAnimationVectorStruct());
switch (animType)
{
case AnimationType.Parallel:
Debug.Log("Created");
animationBeingsParallel.Add(being);
break;
case AnimationType.Serial:
animationBeingsSequence.Add(being);
break;
}
return(being);
}