public static MintTweener <Vector3> RotationTo(this Transform transform, Vector3 endRotation, float duration, MintEaseMethod easeTypoe = MintEaseMethod.Linear)
{
MintTweenDataBase <Vector3> tweenInfo = new MintTweenDataBase <Vector3>()
{
EaseType = easeTypoe,
Duration = duration
};
tweenInfo.StartValue = transform.localRotation.eulerAngles;
tweenInfo.EndValue = endRotation;
return(new MintTweener <Vector3>(() => transform.localEulerAngles,
rValue => transform.localEulerAngles = rValue, tweenInfo));
}
public static float GetEaseAction(MintEaseMethod ease_type, float x)
{
switch (ease_type)
{
case MintEaseMethod.InBack:
return(InBack(0, 1, x));
case MintEaseMethod.InBounce:
return(InBounce(0, 1, x));
case MintEaseMethod.InCirc:
return(InCirc(0, 1, x));
case MintEaseMethod.InCubic:
return(InCubic(0, 1, x));
case MintEaseMethod.InElastic:
return(InElastic(0, 1, x));
case MintEaseMethod.InExpo:
return(InExpo(0, 1, x));
case MintEaseMethod.InOutBack:
return(InOutBack(0, 1, x));
case MintEaseMethod.InOutBounce:
return(InOutBounce(0, 1, x));
case MintEaseMethod.InOutCirc:
return(InOutCirc(0, 1, x));
case MintEaseMethod.InOutCubic:
return(InOutCubic(0, 1, x));
case MintEaseMethod.InOutElastic:
return(InOutElastic(0, 1, x));
case MintEaseMethod.InOutExpo:
return(InOutExpo(0, 1, x));
case MintEaseMethod.InOutQuad:
return(InOutQuad(0, 1, x));
case MintEaseMethod.InOutQuart:
return(InOutQuart(0, 1, x));
case MintEaseMethod.InOutQuint:
return(InOutQuint(0, 1, x));
case MintEaseMethod.InOutSine:
return(InOutSine(0, 1, x));
case MintEaseMethod.InQuad:
return(InQuad(0, 1, x));
case MintEaseMethod.InQuart:
return(InQuart(0, 1, x));
case MintEaseMethod.InQuint:
return(InQuint(0, 1, x));
case MintEaseMethod.InSine:
return(InSine(0, 1, x));
case MintEaseMethod.Linear:
return(Linear(0, 1, x));
case MintEaseMethod.OutBack:
return(OutBack(0, 1, x));
case MintEaseMethod.OutBounce:
return(OutBounce(0, 1, x));
case MintEaseMethod.OutCirc:
return(OutCirc(0, 1, x));
case MintEaseMethod.OutCubic:
return(OutCubic(0, 1, x));
case MintEaseMethod.OutElastic:
return(OutElastic(0, 1, x));
case MintEaseMethod.OutExpo:
return(OutExpo(0, 1, x));
case MintEaseMethod.OutQuad:
return(OutQuad(0, 1, x));
case MintEaseMethod.OutQuart:
return(OutQuart(0, 1, x));
case MintEaseMethod.OutQuint:
return(OutQuint(0, 1, x));
case MintEaseMethod.OutSine:
return(OutSine(0, 1, x));
case MintEaseMethod.Spring:
return(Spring(0, 1, x));
default:
return(x);
}
}
