/// <param name="duration">the duration requires at least three times bigger than the application framerate so you can see a shake</param>
public static ShakeUtility Shake <T>(GameObject obj, Shake.TargetType targetType, bool delayStart, Vector3 vecDirection, float intensity, int frequency, bool dynamic = false, bool usePause = true, bool once = true, float duration = 0.2f) where T : Shake, new()
{
ShakeUtility su = obj.GetComponent <ShakeUtility>();
if (su != null)
{
su.StopShake();
su.OmniShake.Reset();
}
else
{
su = obj.AddComponent <ShakeUtility>();
}
if (su.OmniShake == null)
{
su.OmniShake = new T();
}
su.OmniShake.targetType = targetType;
su.OmniShake.frequency = frequency;
su.OmniShake.originVec = dynamic ? -1000 * Vector3.one : su.OmniShake.GetTargetVec(obj.transform);
su.OmniShake.intensity = intensity;
su.OmniShake.vecDirection = vecDirection;
su.OmniShake.usePause = usePause;
su.OmniShake.once = once;
su.OmniShake.duration = duration;
if (!delayStart)
{
su.OmniShake.Generate();
su.StartShake();
}
return(su);
}
public static ShakeUtility Shake <T>(GameObject obj, Shake.TargetType targetType, bool delayStart, Vector3 vecDirection, float intensity, int frequency, float duration, bool dynamic = false) where T : Shake, new()
{
return(Shake <T>(obj, targetType, delayStart, vecDirection, intensity, frequency, dynamic, true, true, duration));
}
