public LerpCoroutine(MonoBehaviour behaviour, float duration, ILerp <T> lerper, Easing.Functions function, Action <T> action) : base(behaviour)
{
this.duration = duration > 0F ? duration : Mathf.Epsilon;
this.action = (t) =>
{
InterpolatedValue = lerper.Lerp(t, Easing.Get(function));
action(InterpolatedValue);
};
}
public LerpCoroutine(float duration, ILerp <T> lerper, Func <float, float> function, Action <T> action) : base()
{
this.duration = duration > 0F ? duration : Mathf.Epsilon;
this.action = (t) =>
{
InterpolatedValue = lerper.Lerp(t, function);
action(InterpolatedValue);
};
}
public void SetUp()
{
ILevel level = Substitute.For <ILevel>();
ILerp lerp = Substitute.For <ILerp>();
ILerp hoistLerp = Substitute.For <ILerp>();
IAnimator animator = Substitute.For <IAnimator>();
GameObject player = getPlayer();
tc = player.GetComponent <ThunderboltCharacter>();
tc.Awake();
tc.level = level;
tc.lerp = lerp;
tc.hoistLerp = hoistLerp;
tc.animator = animator;
}
/// <summary>
/// Linearly interpolates a range by t.
/// </summary>
public static T Lerp <T>(ILerp <T> range, float t)
{
return(range.Lerp(t));
}
public Engine(ILerp lerp, IThreshold threshold)
{
Lerp = lerp;
Threshold = threshold;
}
public Engine(ILerp lerp, IThreshold threshold)
{
Lerp = lerp;
Threshold = threshold;
}
/// <summary>
///
/// </summary>
public static T Lerp <T>(ILerp <T> value)
{
return(value.Lerp(Value));
}