protected override void ApplySettings(UIAnimationSettings settings)
{
if (!(settings is LambdaAnimationSettings lambdaSettings))
{
throw new ArgumentException("LambdaAnimation: The given settings is not LambdaAnimationSettings");
}
_onAnimate = lambdaSettings.OnAnimate;
base.ApplySettings(settings);
}
protected virtual void ApplySettings(UIAnimationSettings settings)
{
MaxRepeats = settings.MaxRepeats;
DestroyUIObjectOnEnd = settings.DestroyUIObjectOnEnd;
Duration = settings.Duration;
EasingType = settings.EasingType;
PlayType = settings.PlayType;
AnimateEvery = settings.AnimateEvery;
StartDelay = settings.StartDelay;
UpdateAnimation();
}
protected override void ApplySettings(UIAnimationSettings settings)
{
if (!(settings is UITurnAnimationSettings rotateSettings))
{
throw new ArgumentException("UITurnAnimation: The given settings is not UITurnAnimationSettings");
}
TurnValue = rotateSettings.TurnValue;
RotateAround = rotateSettings.RotateAround;
base.ApplySettings(settings);
}
protected override void ApplySettings(UIAnimationSettings settings)
{
if (!(settings is UIShiftAnimationSettings translateSettings))
{
throw new ArgumentException("TranslateAnimation: The given settings is not TranslateAnimationSettings");
}
Shift = translateSettings.Shift;
RelativeTo = translateSettings.RelativeTo;
base.ApplySettings(settings);
}
protected override void ApplySettings(UIAnimationSettings settings)
{
if (!(settings is UIScaleAnimationSettings scaleSettings))
{
throw new ArgumentException("UIScaleAnimation: The given settings is not UIScaleAnimationSettings");
}
StartScale = scaleSettings.StartScale;
EndScale = scaleSettings.EndScale;
Anchor = scaleSettings.Anchor;
base.ApplySettings(settings);
}
protected override void ApplySettings(UIAnimationSettings settings)
{
if (!(settings is UILinearAnimationSettings linearSettings))
{
throw new ArgumentException("UILinearAnimation: The given settings is not UILinearAnimationSettings");
}
StartPos = linearSettings.StartPos;
EndPos = linearSettings.EndPos;
RelativeTo = linearSettings.RelativeTo;
Anchor = linearSettings.Anchor;
base.ApplySettings(settings);
}
protected override void ApplySettings(UIAnimationSettings settings)
{
if (!(settings is UIRotateAnimationSettings rotateSettings))
{
throw new ArgumentException("UILinearAnimation: The given settings is not UIRotateAnimationSettings");
}
FromAngle = rotateSettings.FromAngle;
ToAngle = rotateSettings.ToAngle;
RelativeTo = rotateSettings.RelativeTo;
RotateAround = rotateSettings.RotateAround;
base.ApplySettings(settings);
}
protected override void ApplySettings(UIAnimationSettings settings)
{
if (!(settings is UIBezierQuadraticAnimationSettings bezierSettings))
{
throw new ArgumentException("UIBezierQuadraticAnimation: The given settings is not UIBezierQuadraticAnimationSettings");
}
RelativeTo = bezierSettings.RelativeTo;
FirstPoint = bezierSettings.FirstPoint;
SecondPoint = bezierSettings.SecondPoint;
ThirdPoint = bezierSettings.ThirdPoint;
Anchor = bezierSettings.Anchor;
base.ApplySettings(settings);
}
internal static T Create <T>(UIObject parent, UIAnimationSettings settings)
where T : UIAnimation, new()
{
if (parent == null)
{
throw new ArgumentNullException(nameof(parent));
}
if (settings == null)
{
throw new ArgumentNullException(nameof(settings));
}
var animation = new T {
UIObject = parent
};
animation.ApplySettings(settings);
return(animation);
}
protected override void ApplySettings(UIAnimationSettings settings)
{
_animatedObj = UIObject as IUIColored;
if (_animatedObj == null)
{
throw new Exception("The animated object is not IColored");
}
if (!(settings is UIColorAnimationSettings colorSettings))
{
throw new ArgumentException("UIColorAnimation: The given settings is not UIColorAnimationSettings");
}
if (colorSettings.FromColor.ColorType != colorSettings.ToColor.ColorType)
{
throw new Exception("UIColorAnimationSettings.FromColor.Type != UIColorAnimationSettings.ToColor.Type");
}
FromColor = colorSettings.FromColor;
ToColor = colorSettings.ToColor;
base.ApplySettings(settings);
}
