An advanced UI animation tool with a wide range of easing options to choose from.
🎥 Perfect for adding dynamic and polished animations to your user interface!
Special Thanks:
The animation system in Unity is often not well-suited for creating UI animations, and its ease of use in terms of tween editing is relatively limited. Milease integrates tween functions from https://easings.net, allowing you to visually design and edit them, as well as quickly generate and control them through code. Additionally, Milease automatically handles tween calculations under vertical sync toggles to ensure smooth animation effects.
Unity Editor -> Package Manger -> Add package from git URL...
https://github.com/MorizeroDev/Milease.git
By object.Milease and object.MileaseTo, use Milease anywhere to create and play animations for any field/property!
Milease supports animation operations for most types such as Vector3, Vector2, Color, double, float, int, bool, etc., as long as your type satisfies one of the following conditions:
- It is a Primitive Type
- It is a serializable structure and has overloaded operators:
Type + Type,Type - Type,Type * float
For example, use Milease to fade out music:
AudioSource.MileaseTo(nameof(AudioSource.volume), 0f, 1f, 0f, EaseFunction.Quad, EaseType.Out).Play();By using the methods Milease, While, Then, Delayed, easily generate complex animations with readable code through nesting:
var animation =
transform.Milease(nameof(transform.position),
new Vector3(0f, 0f, 0f), new Vector3(1f, 1f, 0f),
1f)
.While(
GetComponent<SpriteRenderer>().Milease("color",
new Color(1f, 1f, 1f, 1f), new Color(1f, 0f, 0f, 1f),
1f, 0.5f)
)
.Then(
transform.Milease(nameof(transform.localScale),
new Vector3(1f, 1f, 1f), new Vector3(2f, 2f, 2f),
1f, 0f, EaseFunction.Bounce)
).Delayed(1f)
.Then(
Text.Milease(nameof(Text.text), "Start!", "Finish!", 1f)
)
.Then(
Text.Milease((o, p) =>
{
var text = o as TMP_Text;
text.text = $"Hide after {((1f - p) * 2f):F1}s...";
}, null,2f, 0f, EaseFunction.Linear)
)
.Then(
Text.gameObject.Milease(HandleFunction.Hide, HandleFunction.AutoActiveReset(Text.gameObject), 0f)
)
.Then(
transform.MileaseTo(nameof(transform.position), new Vector3(0f, 0f, 0f), 1f)
);Play animations on the fly without the need for pre-prepared animators. With just an animation instance, you can play it anytime, anywhere.
Animator.Play();By utilizing a state-based animator, you can declare various states just like using CSS, and then directly transition animations through the state machine.
It automatically handles interrupting one state transition halfway through to initiate another state transition, ensuring smooth operation.
animator.Transition(UIState.Hover);Meanwhile, you can implement the abstract class MilAnimatedUI to implement UI more efficiently:
protected override IEnumerable<MilStateParameter> ConfigDefaultState()
=> new[]
{
Content.GetComponent<TMP_Text>().MilState("color", Color.white),
Content.MilState(nameof(Content.anchoredPosition), new Vector2(0, 4f), EaseFunction.Back, EaseType.Out),
Arrow.GetComponent<TMP_Text>().MilState("color", new Color(0f, 0f, 0f, 0f)),
GetComponent<Image>().MilState("color", ColorUtils.RGBA(94, 11, 255, 0.5f)),
Arrow.MilState(nameof(Content.anchoredPosition), new Vector2(110, 0), EaseFunction.Back, EaseType.Out)
};
protected override IEnumerable<MilStateParameter> ConfigHoverState()
=> new[]
{
Content.GetComponent<TMP_Text>().MilState("color", Color.black),
Content.MilState(nameof(Content.anchoredPosition), new Vector2(-25, 4f), EaseFunction.Back,
EaseType.Out),
Arrow.GetComponent<TMP_Text>().MilState("color", new Color(0f, 0f, 0f, 1f)),
GetComponent<Image>().MilState("color", HoverColor),
Arrow.MilState(nameof(Content.anchoredPosition), new Vector2(50, 0), EaseFunction.Back, EaseType.Out)
};
protected override IEnumerable<MilStateParameter> ConfigSelectedState()
=> null;Of course, you can also dynamically modify states with the following code:
animator.ModifyState(UIState.Default, Cover, "color", color);Additionally, Milease encapsulates infinite lists for use, where you only need to create a list item beforehand. For example, here's an implementation of a list item:
public class TestData
{
public string Name;
}
public class MilListItemDemo : MilListViewItem
{
public TMP_Text Content, Arrow;
public Image Background;
protected override IEnumerable<MilStateParameter> ConfigDefaultState()
=> new[]
{
Background.MilState("color", Color.clear),
Content.rectTransform.MilState(nameof(Content.rectTransform.anchoredPosition), new Vector2(138f, 2.3f),
EaseFunction.Back, EaseType.Out),
Arrow.MilState("color", Color.clear),
Arrow.rectTransform.MilState(nameof(Arrow.rectTransform.anchoredPosition), new Vector2(88f, 2.3f),
EaseFunction.Back, EaseType.Out),
Content.MilState("color", Color.black)
};
protected override IEnumerable<MilStateParameter> ConfigSelectedState()
=> new[]
{
Background.MilState("color", ColorUtils.RGB(0,153,255)),
Content.rectTransform.MilState(nameof(Content.rectTransform.anchoredPosition), new Vector2(186f, 2.3f),
EaseFunction.Back, EaseType.Out),
Arrow.MilState("color", Color.white),
Arrow.rectTransform.MilState(nameof(Arrow.rectTransform.anchoredPosition), new Vector2(138f, 2.3f),
EaseFunction.Back, EaseType.Out),
Content.MilState("color", Color.white)
};
protected override void OnSelect(PointerEventData eventData)
{
}
protected override MilInstantAnimator ConfigClickAnimation()
=> null;
// Update item appearance by binding data
// Binding data can be any types
public override void UpdateAppearance()
{
var data = Binding as TestData;
Content.text = data.Name;
}
// Update item appearance by current position in percent
// This can help you to do some special effects
public override void AdjustAppearance(float pos)
{
}
}