public static InterpolationSequence <InterpolationFloat, float> ShakeRotate(ShakeRotateOptions options = null)
{
if (null == options)
{
options = new ShakeRotateOptions();
}
float rotation = options.Rotation;
Timing timing = new Timing(options.Duration, options.Easing);
List <InterpolationFloat> tws = new List <InterpolationFloat>();
for (int i = 0; i < options.Count; ++i)
{
tws.Add(new InterpolationFloat(timing, 0f, rotation));
tws.Add(new InterpolationFloat(timing, rotation, -rotation));
tws.Add(new InterpolationFloat(timing, -rotation, 0f));
}
InterpolationSequence <InterpolationFloat, float> tweener = new InterpolationSequence <InterpolationFloat, float>(tws);
return(tweener);
}
public static InterpolationSequence <InterpolationVec2, Vector2> Pulse(PulseOptions options = null)
{
if (null == options)
{
options = new PulseOptions();
}
List <InterpolationVec2> tws = new List <InterpolationVec2>();
float timeMultiplier = options.TimeMultiplier;
Easing easing = options.Easing;
Vector2 toScale = new Vector2(options.InitScale.x + options.ScaleDelta, options.InitScale.y + options.ScaleDelta);
for (int i = 0; i < options.Count; ++i)
{
tws.Add(new InterpolationVec2(new Timing(.09f * timeMultiplier, easing), options.InitScale, toScale));
tws.Add(new InterpolationVec2(new Timing(.05f * timeMultiplier, easing), toScale, options.InitScale));
}
InterpolationSequence <InterpolationVec2, Vector2> tweener = new InterpolationSequence <InterpolationVec2, Vector2>(tws);
return(tweener);
}