public void StartAnimation(UITransformAnimation.TransformAnimationType animationType, Action onCompleteAction, UIAnimation_Base.TweenType tweenType, Quaternion startValue, Quaternion endValue, Quaternion deltaValue, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount, Action <float> onUpdateAction = null)
{
switch (animationType)
{
case UITransformAnimation.TransformAnimationType.Rotation:
AddRotationAnimation(tweenType, onCompleteAction, onUpdateAction, startValue, endValue, deltaValue, duration, easeCurve, loopType, loopCount);
break;
}
}
//////////////////////////////
// FillPercent Start/End/Relative Functions
public void AddFillPercentStartAnimation(Action onCompleteAction, float startFillPercent, float endFillPercent, float duration, UIAnimationUtility.EaseType easeType, int loopCount = 0, UIAnimation_Base.LoopType loopType = UIAnimation_Base.LoopType.PingPong)
{
AddFillPercentAnimation(UIAnimation_Base.TweenType.Start, onCompleteAction, startFillPercent, endFillPercent, 0, duration, UIAnimationUtility.GetCurve(easeType), loopType, loopCount);
}
////////////////////////////////////////
//
// StartColor Functions
protected void AddColorAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, Color startColor, Color endColor, Color deltaColor, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
UIColorAnimation_Color newUIAnimationColor = new UIColorAnimation_Color(this, onCompleteAction, tweenType, startColor, endColor, deltaColor, duration, easeCurve, loopType, loopCount);
myUIAnimationsColor.Enqueue(newUIAnimationColor);
}
////////////////////////////////////////
//
// StartColor Functions
protected void AddColorAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, MaterialAnimation.ColorData colorData, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
MaterialAnimation_Color newMaterialAnimationColor = new MaterialAnimation_Color(this, onCompleteAction, tweenType, Shader.PropertyToID(colorData.propertyName), colorData.startColor, colorData.endColor, colorData.deltaColor, duration, easeCurve, loopType, loopCount);
myMaterialAnimationsColor.Enqueue(newMaterialAnimationColor);
}
///////////////////////////////////////////////////////////////////////////
//
// UILineAnimator Functions
//
public void StartAnimation(UILineAnimation.LineAnimationType animationType, UIAnimation_Base.TweenType tweenType, float startValue, float endValue, float deltaValue, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
switch (animationType)
{
case UILineAnimation.LineAnimationType.FillPercent:
AddFillPercentAnimation(tweenType, null, startValue, endValue, deltaValue, duration, easeCurve, loopType, loopCount);
break;
}
}
public void AddPositionRelativeAnimation(Vector3 deltaPosition, float duration, UIAnimationUtility.EaseType easeType, Action onCompleteAction = null, Action <float> onUpdateAction = null, int loopCount = 0, UIAnimation_Base.LoopType loopType = UIAnimation_Base.LoopType.PingPong)
{
AddPositionAnimation(UIAnimation_Base.TweenType.Relative, onCompleteAction, onUpdateAction, Vector3.zero, Vector3.zero, deltaPosition, duration, UIAnimationUtility.GetCurve(easeType), loopType, loopCount);
}
public void AddFloatRelativeAnimation(float deltaValue, string propertyName = "_AlphaMultiplier", float duration = 2f, UIAnimationUtility.EaseType easeType = UIAnimationUtility.EaseType.easeInSine, int loopCount = 0, UIAnimation_Base.LoopType loopType = UIAnimation_Base.LoopType.PingPong, Action onCompleteAction = null)
{
MaterialAnimation.FloatData floatData = new MaterialAnimation.FloatData();
floatData.deltaValue = deltaValue;
floatData.propertyName = propertyName;
AddFloatAnimation(UIAnimation_Base.TweenType.Relative, onCompleteAction, floatData, duration, UIAnimationUtility.GetCurve(easeType), loopType, loopCount);
}
public void AddRepetitionsEndAnimation(Action onCompleteAction, float endRepetitions, float duration, UIAnimationUtility.EaseType easeType, int loopCount = 0, UIAnimation_Base.LoopType loopType = UIAnimation_Base.LoopType.PingPong)
{
AddRepetitionsAnimation(UIAnimation_Base.TweenType.End, onCompleteAction, 0, endRepetitions, 0, duration, UIAnimationUtility.GetCurve(easeType), loopType, loopCount);
}
///////////////////////////////////////////////////////////////////////////
//
// UICircleAnimator Functions
//
public void StartAnimation(UICircleAnimation.CircleAnimationType animationType, UIAnimation_Base.TweenType tweenType, float startValue, float endValue, float deltaValue, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
switch (animationType)
{
case UICircleAnimation.CircleAnimationType.Radius:
AddRadiusAnimation(tweenType, null, startValue, endValue, deltaValue, duration, easeCurve, loopType, loopCount);
break;
case UICircleAnimation.CircleAnimationType.Angle:
AddAngleAnimation(tweenType, null, startValue, endValue, deltaValue, duration, easeCurve, loopType, loopCount);
break;
case UICircleAnimation.CircleAnimationType.AngleOffset:
AddAngleOffsetAnimation(tweenType, null, startValue, endValue, deltaValue, duration, easeCurve, loopType, loopCount);
break;
case UICircleAnimation.CircleAnimationType.Thickness:
AddThicknessAnimation(tweenType, null, startValue, endValue, deltaValue, duration, easeCurve, loopType, loopCount);
break;
case UICircleAnimation.CircleAnimationType.Repetitions:
AddRepetitionsAnimation(tweenType, null, startValue, endValue, deltaValue, duration, easeCurve, loopType, loopCount);
break;
}
}
////////////////////////////////////////
//
// AngleOffset Functions
#region AngleOffsetFunctions
protected void AddAngleOffsetAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, float startAngleOffset, float endAngleOffset, float deltaAngleOffset, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
UICircleAnimation_AngleOffset newUIAnimationAngleOffset = new UICircleAnimation_AngleOffset(this, onCompleteAction, tweenType, startAngleOffset, endAngleOffset, deltaAngleOffset, duration, easeCurve, loopType, loopCount);
myUIAnimationsAngleOffset.Enqueue(newUIAnimationAngleOffset);
}
////////////////////////////////////////
//
// Thickness Functions
#region ThicknessFunctions
protected void AddThicknessAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, float startThickness, float endThickness, float deltaThickness, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
UICircleAnimation_Thickness newUIAnimationThickness = new UICircleAnimation_Thickness(this, onCompleteAction, tweenType, startThickness, endThickness, deltaThickness, duration, easeCurve, loopType, loopCount);
myUIAnimationsThickness.Enqueue(newUIAnimationThickness);
}
////////////////////////////////////////
//
// CanvasGroupAnimator Functions
protected void AddAlphaAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, float startFillPercent, float endFillPercent, float deltaFillPercent, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
CanvasGroupAnimation_Alpha newCanvasGroupAnimation_Alpha = new CanvasGroupAnimation_Alpha(this, onCompleteAction, tweenType, startFillPercent, endFillPercent, deltaFillPercent, duration, easeCurve, loopType, loopCount);
myCanvasGroupAnimationsAlpha.Enqueue(newCanvasGroupAnimation_Alpha);
}
///////////////////////////////////////////////////////////////////////////
//
// CanvasGroupAnimator Functions
//
public void StartAnimation(CanvasGroupAnimation.AnimationType animationType, UIAnimation_Base.TweenType tweenType, float startValue, float endValue, float deltaValue, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
switch (animationType)
{
case CanvasGroupAnimation.AnimationType.Alpha:
AddAlphaAnimation(tweenType, null, startValue, endValue, deltaValue, duration, easeCurve, loopType, loopCount);
break;
}
}
public void AddColorEndAnimation(Action onCompleteAction, Color endColor, float duration, UIAnimationUtility.EaseType easeType, int loopCount = 0, UIAnimation_Base.LoopType loopType = UIAnimation_Base.LoopType.PingPong)
{
AddColorAnimation(UIAnimation_Base.TweenType.End, onCompleteAction, Color.white, endColor, Color.white, duration, UIAnimationUtility.GetCurve(easeType), loopType, loopCount);
}
////////////////////////////////////////
//
// Position Functions
protected void AddPositionAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, Action <float> onUpdateAction, Vector3 startPosition, Vector3 endPosition, Vector3 deltaPositon, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
UITransformAnimation_Position newUIAnimationPosition = new UITransformAnimation_Position(this, onCompleteAction, onUpdateAction, tweenType, startPosition, endPosition, deltaPositon, duration, easeCurve, loopType, loopCount);
myUIAnimationsPosition.Enqueue(newUIAnimationPosition);
}
////////////////////////////////////////
//
// Radius Functions
#region RadiusFunctions
protected void AddRadiusAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, float startRadius, float endRadius, float deltaRadius, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
UICircleAnimation_Radius newUIAnimationRadius = new UICircleAnimation_Radius(this, onCompleteAction, tweenType, startRadius, endRadius, deltaRadius, duration, easeCurve, loopType, loopCount);
myUIAnimationsRadius.Enqueue(newUIAnimationRadius);
}
//////////////////////////////
// Position Start/End/Relative Functions
public void AddPositionStartAnimation(Vector3 startPosition, Vector3 endPosition, float duration, UIAnimationUtility.EaseType easeType, Action onCompleteAction = null, Action <float> onUpdateAction = null, int loopCount = 0, UIAnimation_Base.LoopType loopType = UIAnimation_Base.LoopType.PingPong)
{
AddPositionAnimation(UIAnimation_Base.TweenType.Start, onCompleteAction, onUpdateAction, startPosition, endPosition, Vector3.zero, duration, UIAnimationUtility.GetCurve(easeType), loopType, loopCount);
}
////////////////////////////////////////
//
// Rotation Functions
public void AddRotationAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, Action <float> onUpdateAction, Quaternion startRotation, Quaternion endRotation, Quaternion deltaRotation, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
UITransformAnimation_Rotation newUIAnimationPosition = new UITransformAnimation_Rotation(this, onCompleteAction, onUpdateAction, tweenType, startRotation, endRotation, deltaRotation, duration, easeCurve, loopType, loopCount);
myUIAnimationsRotation.Enqueue(newUIAnimationPosition);
}
////////////////////////////////////////
//
// StartFloat Functions
protected void AddFloatAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, MaterialAnimation.FloatData floatData, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
MaterialAnimation_Float newMaterialAnimationFloat = new MaterialAnimation_Float(this, onCompleteAction, tweenType, Shader.PropertyToID(floatData.propertyName), floatData.startValue, floatData.endValue, floatData.deltaValue, duration, easeCurve, loopType, loopCount);
myMaterialAnimationsFloat.Enqueue(newMaterialAnimationFloat);
}
public void AddRotationRelativeAnimation(Quaternion deltaRotation, float duration, UIAnimationUtility.EaseType easeType, Action onCompleteAction = null, Action <float> onUpdateAction = null, int loopCount = 0, UIAnimation_Base.LoopType loopType = UIAnimation_Base.LoopType.PingPong)
{
AddRotationAnimation(UIAnimation_Base.TweenType.Relative, onCompleteAction, onUpdateAction, Quaternion.identity, Quaternion.identity, deltaRotation, duration, UIAnimationUtility.GetCurve(easeType), loopType, loopCount);
}
///////////////////////////////////////////////////////////////////////////
//
// UIColorAnimator Functions
//
public void StartAnimation(MaterialAnimation.AnimationType animationType, UIAnimation_Base.TweenType tweenType, MaterialAnimation.ColorData colorData, MaterialAnimation.FloatData floatData, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount, Action onCompleteAction = null)
{
switch (animationType)
{
case MaterialAnimation.AnimationType.Color:
AddColorAnimation(tweenType, onCompleteAction, colorData, duration, easeCurve, loopType, loopCount);
break;
case MaterialAnimation.AnimationType.Float:
AddFloatAnimation(tweenType, onCompleteAction, floatData, duration, easeCurve, loopType, loopCount);
break;
}
}
////////////////////////////////////////
//
// Scale Functions
public void AddScaleAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, Action <float> onUpdateAction, Vector3 startScale, Vector3 endScale, Vector3 deltaScale, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
UITransformAnimation_Scale newUIAnimationPosition = new UITransformAnimation_Scale(this, onCompleteAction, onUpdateAction, tweenType, startScale, endScale, deltaScale, duration, easeCurve, loopType, loopCount);
myUIAnimationsScale.Enqueue(newUIAnimationPosition);
if (myUIAnimationsScale.Count == 1)
{
UpdateAnimation(myUIAnimationsScale);
}
}
public void AddColorEndAnimation(Color endColor, string propertyName = "_Color", float duration = 2f, UIAnimationUtility.EaseType easeType = UIAnimationUtility.EaseType.easeInSine, int loopCount = 0, UIAnimation_Base.LoopType loopType = UIAnimation_Base.LoopType.PingPong, Action onCompleteAction = null)
{
MaterialAnimation.ColorData colorData = new MaterialAnimation.ColorData();
colorData.endColor = endColor;
colorData.propertyName = propertyName;
AddColorAnimation(UIAnimation_Base.TweenType.End, onCompleteAction, colorData, duration, UIAnimationUtility.GetCurve(easeType), loopType, loopCount);
}
public void AddScaleEndAnimation(Vector3 endScale, float duration, UIAnimationUtility.EaseType easeType, Action onCompleteAction = null, Action <float> onUpdateAction = null, int loopCount = 0, UIAnimation_Base.LoopType loopType = UIAnimation_Base.LoopType.PingPong)
{
AddScaleAnimation(UIAnimation_Base.TweenType.End, onCompleteAction, onUpdateAction, Vector3.zero, endScale, Vector3.zero, duration, UIAnimationUtility.GetCurve(easeType), loopType, loopCount);
}
////////////////////////////////////////
//
// FillPercent Functions
#region FillPercentFunctions
protected void AddFillPercentAnimation(UIAnimation_Base.TweenType tweenType, Action onCompleteAction, float startFillPercent, float endFillPercent, float deltaFillPercent, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
UILineAnimation_FillPercent newUIAnimationFillPercent = new UILineAnimation_FillPercent(this, onCompleteAction, tweenType, startFillPercent, endFillPercent, deltaFillPercent, duration, easeCurve, loopType, loopCount);
myUIAnimationsFillPercent.Enqueue(newUIAnimationFillPercent);
}
///////////////////////////////////////////////////////////////////////////
//
// UITransformAnimator Functions
//
public void StartAnimation(UITransformAnimation.TransformAnimationType animationType, Action onCompleteAction, UIAnimation_Base.TweenType tweenType, Vector3 startValue, Vector3 endValue, Vector3 deltaValue, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount, Action <float> onUpdateAction = null)
{
switch (animationType)
{
case UITransformAnimation.TransformAnimationType.Position:
AddPositionAnimation(tweenType, onCompleteAction, onUpdateAction, startValue, endValue, deltaValue, duration, easeCurve, loopType, loopCount);
break;
case UITransformAnimation.TransformAnimationType.Scale:
AddScaleAnimation(tweenType, onCompleteAction, onUpdateAction, startValue, endValue, deltaValue, duration, easeCurve, loopType, loopCount);
break;
}
}
public void AddFillPercentRelativeAnimation(Action onCompleteAction, float deltaFillPercent, float duration, UIAnimationUtility.EaseType easeType, int loopCount = 0, UIAnimation_Base.LoopType loopType = UIAnimation_Base.LoopType.PingPong)
{
AddFillPercentAnimation(UIAnimation_Base.TweenType.Relative, onCompleteAction, 0, 0, deltaFillPercent, duration, UIAnimationUtility.GetCurve(easeType), loopType, loopCount);
}
///////////////////////////////////////////////////////////////////////////
//
// UIColorAnimator Functions
//
public void StartAnimation(UIColorAnimation.ColorAnimationType animationType, Action onCompleteAction, UIAnimation_Base.TweenType tweenType, Color startColor, Color endColor, Color deltaColor, float duration, AnimationCurve easeCurve, UIAnimation_Base.LoopType loopType, int loopCount)
{
switch (animationType)
{
case UIColorAnimation.ColorAnimationType.Color:
AddColorAnimation(tweenType, onCompleteAction, startColor, endColor, deltaColor, duration, easeCurve, loopType, loopCount);
break;
}
}
