Animates the object's transparency (Alpha).

• Supported Components

• - SpriteRenderer
• - Image
• - CanvasGroup
• - Text/TextMeshPro
• - Material（Color の Alpha）

• Example

• target.DoFade(1f)
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

Animates the position of a Transform.

• Example

• target.DoMove(position)
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

Animates the scale of a Transform.

• Example

• target.DoScale(scale)
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

Animates the rotation of a Transform.

• Example

• target.DoRotation(rotate)
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

Animates color values.

• Supported Components

• - SpriteRenderer
• - Image
• - Text/TextMeshPro
• - Material（Color）

• Example

• target.DoColor(color)
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

Creates a typewriter-style text animation.

• Example

• target.DoReveal()
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

Supports rich text, typing-style animations, rotation animations, and font-size scaling animations.(Be aware that it has high GC overhead, which may impact performance.)

• Example

• target.DoRichTextReveal()
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

Animates various properties of a Unity Light component.

• Supported Properties

• - color
• - intensity
• - range

• Example

• target.DoLight(color, intensity, range)
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

A feature that animates the Image component's fillAmount value. Useful for gauges, cooldowns, circular loaders, and other UI expressions.

• Target

• - Image (Filled type)

• Example

• target.DoFillAmount(float)
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

A feature that animates numeric values in Text / TextMeshPro by interpolating them. Ideal for count-ups, damage numbers, score animations, and more.

• Target

• - Text / TextMeshPro

• Example

• target.DoInterpolate(int/float)
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

An animation that directly manipulates TextMeshPro vertex data to make each character explode individually. You can finely control speed, direction, spread, randomness, and more, making it suitable for flashy effects.

• Target

• - TextMeshPro

• Example

• path.DoMeshExplodeIn()
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

• Example

• path.DoMeshExplodeIn()
• .SetExplosionPower(power)
• .SetUseFadeOut(true).SetFadeDelay(delay)
• .SetUseRotate(true).SetValue(min, max)
• .SetUseFloatiness(true).SetValue(min, max)
• .Play();

An animation that directly manipulates TextMeshPro vertices to create the following complex character effects: Fade (alpha), Character Scale, Rotate, Move, Wave deformation, Bounce deformation. It supports everything from typewriter-style reveals to highly dynamic and expressive text animations.

• Target

• - TextMeshPro

• Example

• path.DoMeshReveal()
• .SetEase(EaseType.EaseOutCubic)
• .SetLoopType(LoopType.YoYo)
• .Play();

• Example

• path.DoMeshReveal()
• .SetFadeTween(true).SetValue(alpha)
• .SetScaleTween(true).SetValue(scale)
• .SetPosTween(true).SetValue(pos)
• .SetWave(WaveType).SetFactor(float)
• .SetRotTween(true).SetValue(rot)
• .Play();

Moves a target object along a curve (path) composed of multiple points.

• Example

• path.SetTarget(target)
• .SnapTargetToFirstPoint()
• .Play();

This utility method animates the alpha value of a CanvasGroup.

ITweenPlayer DoCanvasFade(this GameObject target, float forwardValue = 0, bool blocksraycasts = false, float duration = 1);

ITweenPlayer DoCanvasFade(this GameObject target, AnimationCurve curve, float forwardValue = 0, bool blocksraycasts = false);

ITweenPlayer DoCanvasFade(this MonoBehaviour target, float forwardValue = 0, bool blocksraycasts = false, float duration = 1);

ITweenPlayer DoCanvasFade(this MonoBehaviour target, AnimationCurve curve, float forwardValue = 0, bool blocksraycasts = false);

ITweenPlayer DoCanvasFade(this CanvasGroup target, float forwardValue = 0, bool blocksraycasts = false, float duration = 1);

ITweenPlayer DoCanvasFade(this CanvasGroup target, AnimationCurve curve, float forwardValue = 0, bool blocksraycasts = false);

• Parameters

• - GameObject target：
• The UnityEngine.GameObject to be faded. If it does not have a CanvasGroup attached, one will be added automatically and used.
•  
• - MonoBehaviour target:
• The component to be faded. If the object does not have a CanvasGroup, one will be added automatically.
•  
• - CanvasGroup target:
• The CanvasGroup component to be faded.
•  
• - float forwardValue:
• The target alpha value (0–1) when animating forward.
• Forward playback: current alpha → forwardValue.
• Reverse playback: forwardValue → current alpha.
•  
• - bool blocksraycasts:
• Whether to set CanvasGroup.blocksRaycasts.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

This utility method animates the alpha value of the target object.

ITweenPlayer DoFade(this Material target, float forwardValue = 0, float duration = 1);

ITweenPlayer DoFade(this Renderer target, float forwardValue = 0, float duration = 1);

ITweenPlayer DoFade(this Graphic target, float forwardValue = 0, float duration = 1);

ITweenPlayer DoFade(this Renderer target, AnimationCurve curve, float forwardValue = 0);

ITweenPlayer DoFade(this Graphic target, AnimationCurve curve, float forwardValue = 0);

ITweenPlayer DoFade(this Material target, AnimationCurve curve, float forwardValue = 0);

• Parameters

• - Graphic target:
• The Graphic component to be faded.
•  
• - Renderer target:
• The Renderer component to be faded.
•  
• - Material target:
• The Material instance to be faded.
•  
• - float forwardValue:
• The target alpha value (0–1) when animating forward.
• Forward playback: current color.a → forwardValue.
• Reverse playback: forwardValue → current color.a.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

This utility method animates the Color of the target object.

ITweenPlayer DoColor(this Graphic target, Color forwardValue, float duration = 1);

ITweenPlayer DoColor(this Graphic target, Color forwardValue, AnimationCurve curve);

ITweenPlayer DoColor(this Renderer target, Color forwardValue, float duration = 1);

ITweenPlayer DoColor(this Renderer target, Color forwardValue, AnimationCurve curve);

ITweenPlayer DoColor(this Material target, Color forwardValue, float duration = 1);

ITweenPlayer DoColor(this Material target, Color forwardValue, AnimationCurve curve);

• Parameters

• - Graphic target:
• The Graphic component whose color will be animated.
•  
• - Renderer target:
• The Renderer component whose color will be animated.
•  
• - Material target:
• The Material instance whose color will be animated.
•  
• - Color forwardValue:
• The target Color value when animating forward.
• Forward playback: current color → forwardValue.
• Reverse playback: forwardValue → current color.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

DoFillAmount is an extension method that smoothly animates the fillAmount of a UnityEngine.UI.Image.

ITweenPlayer DoFillAmount(this Image target, float forwardValue = 0, float duration = 1);

ITweenPlayer DoFillAmount(this Image target, AnimationCurve curve, float forwardValue = 0);

• Parameters

• - Image target:
• The Image component to animate.
• Must be an Image of type Filled, which supports the fillAmount property.
•  
• - float forwardValue:
• The target value when animating forward.
• Forward playback: current value → forwardValue.
• Reverse playback: forwardValue → current value.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

Utility methods for animating the color, intensity, and range of a Light component.

ITweenPlayer DoColor(this Light target, Color color, float duration = 1);

ITweenPlayer DoColor(this Light target, Color color, AnimationCurve curve);

ITweenPlayer DoIntensity(this Light target, float intensity, float duration = 1);

ITweenPlayer DoIntensity(this Light target, float intensity, AnimationCurve curve);

ITweenPlayer DoRange(this Light target, float range, float duration = 1);

ITweenPlayer DoRange(this Light target, float range, AnimationCurve curve);

ITweenPlayer DoLight(this Light target, bool colortween = false, Color color = default, bool intensitytween = false, float intensity = 0, bool rangetween = false, float range = 0, float duration = 1);

ITweenPlayer DoLight(this Light target, AnimationCurve curve, bool colortween = false, Color color = default, bool intensitytween = false, float intensity = 0, bool rangetween = false, float range = 0);

• Parameters

• - Light target：
• The UnityEngine.Light component to animate.
•  
• - bool colortween：
• Whether to animate the Light’s color.
•  
• - Color color：
• The forward target value when animating Light.color.
• Forward playback: current target.color → color.
• Reverse playback: color → current target.color.
•  
• - bool intensitytween：
• Whether to animate the Light’s intensity.
•  
• - float intensity：
• The forward target value for Light intensity (brightness).
• Forward playback: current value → intensity.
• Reverse playback: intensity → current value.
•  
• - bool rangetween：
• Whether to animate the Light’s range.
•  
• - float range：
• The forward target value for Light range.
• Forward playback: current value → range.
• Reverse playback: range → current value.
•  
• - float duration：
• Duration of the animation in seconds.
•  
• - AnimationCurve curve：
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

Utility methods for animating numeric values in Text / TextMeshPro by interpolating them.

ITweenPlayer DoInterpolate(this Text target, int forwardValue, float duration = 1);

ITweenPlayer DoInterpolate(this Text target, int forwardValue, AnimationCurve curve);

ITweenPlayer DoInterpolate(this Text target, float forwardValue, float duration = 1);

ITweenPlayer DoInterpolate(this Text target, float forwardValue, AnimationCurve curve);

ITweenPlayer DoInterpolate(this TMP_Text target, float forwardValue, float duration = 1);

ITweenPlayer DoInterpolate(this TMP_Text target, float forwardValue, AnimationCurve curve);

ITweenPlayer DoInterpolate(this TMP_Text target, int forwardValue, float duration = 1);

ITweenPlayer DoInterpolate(this TMP_Text target, int forwardValue, AnimationCurve curve);

• Parameters

• - Text target：
• The UnityEngine.UI.Text component to animate.
•  
• - TMP_Text target：
• The TMPPro.TMP_Text component to animate.
•  
• - float/Int forwardValue：
• Forward playback: current value → forwardValue.
• Reverse playback: forwardValue → current value.
•  
• - float duration：
• Duration of the animation in seconds.
•  
• - AnimationCurve curve：
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

Utility methods for animating the movement of a target object.

ITweenPlayer DoMoveX(this GameObject target, float x, float duration = 1);

ITweenPlayer DoMoveX(this GameObject target, float x, AnimationCurve curve);

ITweenPlayer DoMoveY(this GameObject target, float y, float duration = 1);

ITweenPlayer DoMoveY(this GameObject target, float y, AnimationCurve curve);

ITweenPlayer DoMoveZ(this GameObject target, float z, float duration = 1);

ITweenPlayer DoMoveZ(this GameObject target, float z, AnimationCurve curve);

ITweenPlayer DoMove(this GameObject target, Vector3 forwardValue, float duration = 1, bool relative = false);

ITweenPlayer DoMove(this GameObject target, Vector3 forwardValue, AnimationCurve curve, bool relative = false);

ITweenPlayer DoMoveX<T>(this T target, float x, float duration = 1) where T : Component;

ITweenPlayer DoMoveX<T>(this T target, float x, AnimationCurve curve) where T : Component;

ITweenPlayer DoMoveY<T>(this T target, float y, float duration = 1) where T : Component;

ITweenPlayer DoMoveY<T>(this T target, float y, AnimationCurve curve) where T : Component;

ITweenPlayer DoMoveZ<T>(this T target, float z, float duration = 1) where T : Component;

ITweenPlayer DoMoveZ<T>(this T target, float z, AnimationCurve curve) where T : Component;

ITweenPlayer DoMove<T>(this T target, Vector3 forwardValue, float duration = 1, bool relative = false) where T : Component;

ITweenPlayer DoMove<T>(this T target, Vector3 forwardValue, AnimationCurve curve, bool relative = false) where T : Component;

• Parameters

• - GameObject target：
• The UnityEngine.GameObject to animate. Any object with a Transform can be used.
•  
• - T target：
• The component to animate. Any component with a Transform can be used.
•  
• - Vector3 forwardValue：
• The target position when playing forward.
• Forward playback: current value → forwardValue.
• Reverse playback: forwardValue → current value.
•  
• - float x / y / z：
• The forward target value for the (x/y/z) coordinate.
• Forward playback: current value → (x/y/z).
• Reverse playback: (x/y/z) → current value.
•  
• - float duration：
• Duration of the animation in seconds.
•  
• - AnimationCurve curve：
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

Utility methods for animating the rotation of a target object.

ITweenPlayer DoRotationX(this GameObject target, float x, float duration = 1);

ITweenPlayer DoRotationX(this GameObject target, float x, AnimationCurve curve);

ITweenPlayer DoRotationY(this GameObject target, float y, float duration = 1);

ITweenPlayer DoRotationY(this GameObject target, float y, AnimationCurve curve);

ITweenPlayer DoRotationZ(this GameObject target, float z, float duration = 1);

ITweenPlayer DoRotationZ(this GameObject target, float z, AnimationCurve curve);

ITweenPlayer DoRotation(this GameObject target, Vector3 forwardValue, float duration = 1, bool relative = false);

ITweenPlayer DoRotation(this GameObject target, Vector3 forwardValue, AnimationCurve curve, bool relative = false);

ITweenPlayer DoRotationX<T>(this T target, float x, float duration = 1) where T : Component;

ITweenPlayer DoRotationX<T>(this T target, float x, AnimationCurve curve) where T : Component;

ITweenPlayer DoRotationY<T>(this T target, float y, float duration = 1) where T : Component;

ITweenPlayer DoRotationY<T>(this T target, float y, AnimationCurve curve) where T : Component;

ITweenPlayer DoRotationZ<T>(this T target, float z, float duration = 1) where T : Component;

ITweenPlayer DoRotationZ<T>(this T target, float z, AnimationCurve curve) where T : Component;

ITweenPlayer DoRotation<T>(this T target, Vector3 forwardValue, float duration = 1, bool relative = false) where T : Component;

ITweenPlayer DoRotation<T>(this T target, Vector3 forwardValue, AnimationCurve curve, bool relative = false) where T : Component;

• Parameters

• - GameObject target：
• The UnityEngine.GameObject to animate. Any object with a Transform can be used.
•  
• - T target：
• The component to animate. Any component with a Transform can be used.
•  
• - Vector3 forwardValue：
• The target rotation angle when playing forward.
• Forward playback: current value → forwardValue.
• Reverse playback: forwardValue → current value.
•  
• - float x / y / z：
• The forward target angle for (x/y/z)-axis rotation.
• Forward playback: current value → (x/y/z).
• Reverse playback: (x/y/z) → current value.
•  
• - float duration：
• Duration of the animation in seconds.
•  
• - AnimationCurve curve：
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

Utility methods for animating the scaling of a target object.

ITweenPlayer DoScaleX(this GameObject target, float x, float duration = 1);

ITweenPlayer DoScaleX(this GameObject target, float x, AnimationCurve curve);

ITweenPlayer DoScaleY(this GameObject target, float y, float duration = 1);

ITweenPlayer DoScaleY(this GameObject target, float y, AnimationCurve curve);

ITweenPlayer DoScaleZ(this GameObject target, float z, float duration = 1);

ITweenPlayer DoScaleZ(this GameObject target, float z, AnimationCurve curve);

ITweenPlayer DoScale(this GameObject target, Vector3 forwardValue, float duration = 1, bool relative = false);

ITweenPlayer DoScale(this GameObject target, Vector3 forwardValue, AnimationCurve curve, bool relative = false);

ITweenPlayer DoScaleX<T>(this T target, float x, float duration = 1) where T : Component;

ITweenPlayer DoScaleX<T>(this T target, float x, AnimationCurve curve) where T : Component;

ITweenPlayer DoScaleY<T>(this T target, float y, float duration = 1) where T : Component;

ITweenPlayer DoScaleY<T>(this T target, float y, AnimationCurve curve) where T : Component;

ITweenPlayer DoScaleZ<T>(this T target, float z, float duration = 1) where T : Component;

ITweenPlayer DoScaleZ<T>(this T target, float z, AnimationCurve curve) where T : Component;

ITweenPlayer DoScale<T>(this T target, Vector3 forwardValue, float duration = 1, bool relative = false) where T : Component;

ITweenPlayer DoScale<T>(this T target, Vector3 forwardValue, AnimationCurve curve, bool relative = false) where T : Component;

• Parameters

• - GameObject target：
• The UnityEngine.GameObject to animate. Any object with a Transform can be used.
•  
• - T target：
• The component to animate. Any component with a Transform can be used.
•  
• - Vector3 forwardValue：
• The target scale value when playing forward.
• Forward playback: current value → forwardValue.
• Reverse playback: forwardValue → current value.
•  
• - float x / y / z：
• The forward target value for scaling on the (x/y/z) axis.
• Forward playback: current value → (x/y/z).
• Reverse playback: (x/y/z) → current value.
•  
• - float duration：
• Duration of the animation in seconds.
•  
• - AnimationCurve curve：
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

Utility methods for performing a typewriter-style animation that reveals text one character at a time.

ITweenPlayer DoReveal(this Text target, string text = null, float duration = 1);

ITweenPlayer DoReveal(this Text target, AnimationCurve curve, string text = null);

ITweenPlayer DoReveal(this TMP_Text target, string text = null, float duration = 1);

ITweenPlayer DoReveal(this TMP_Text target, AnimationCurve curve, string text = null);

• Parameters

• - Text target：
• The UnityEngine.UI.Text component to animate.
•  
• - TMP_Text target：
• The TMPPro.TMP_Text component to animate.
•  
• - string text：
• The text to append to the existing content.
• The string to display using the typewriter animation.
•  
• - float duration：
• Duration of the animation in seconds.
•  
• - AnimationCurve curve：
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

A utility method that performs a typewriter-style animation with Rich Text support.

IRichTextPlayer DoRichTextReveal(this TMP_Text target, string text = null, float duration = 1);

IRichTextPlayer DoRichTextReveal(this TMP_Text target, AnimationCurve curve, string text = null);

• Parameters

• - TMP_Text target：
• The TMPPro.TMP_Text component to animate.
•  
• - string text：
• The text to append to the existing content.
• The string to display using the typewriter animation.
•  
• - float duration：
• Duration of the animation in seconds.
•  
• - AnimationCurve curve：
• A custom curve used to control the animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

Supports Rich Text and performs rotation animation on individual TextMeshPro characters.

IRichTextPlayer DoRichTextRotateTween(this TMP_Text target, float rotate, string text = null, float duration = 1);

IRichTextPlayer DoRichTextRotateTween(this TMP_Text target, AnimationCurve curve, float rotate, string text = null);

• Parameters

• - TMP_Text target：
• The TMPPro.TMP_Text component to animate.
•  
• - float rotate：
• The forward target rotation angle.
• Forward playback: 0 → rotate.
• Reverse playback: rotate → 0.
•  
• - float duration：
• Duration of the animation in seconds.
•  
• - AnimationCurve curve：
• A custom curve used to control the animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

A feature that animates the font size of TextMeshPro text.

IRichTextPlayer DoRichTextSizeTween(this TMP_Text target, float fontsize, string text = null, float duration = 1);

IRichTextPlayer DoRichTextSizeTween(this TMP_Text target, AnimationCurve curve, float fontsize, string text = null);

• Parameters

• - TMP_Text target：
• The TMPPro.TMP_Text component to animate.
•  
• - float fontsize：
• The forward target font size value.
• Forward playback: current fontsize → fontsize.
• Reverse playback: fontsize → current fontsize.
•  
• - float duration：
• Duration of the animation in seconds.
•  
• - AnimationCurve curve：
• A custom curve used to control the animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

A composite text animation feature that supports Rich Text and can simultaneously perform typewriter animation, rotation, and font size changes.

IRichTextPlayer DoRichTextTween(this TMP_Text target, bool reveal = true, string text = null, bool sizetween = false, float fontsize = 0, bool rotatetween = false, float rotate = 0, float duration = 1);

IRichTextPlayer DoRichTextTween(this TMP_Text target, AnimationCurve curve, bool reveal = true, string text = null, bool sizetween = false, float fontsize = 0, bool rotatetween = false, float rotate = 0);

• Parameters

• - TMP_Text target：
• The TMPPro.TMP_Text component to animate.
•  
• - string text：
• The text to append to the existing content.
• The string to display using the typewriter animation.
•  
• - float fontsize：
• The forward target font size value.
• Forward playback: current fontsize → fontsize.
• Reverse playback: fontsize → current fontsize.
•  
• - float rotate：
• The forward target rotation angle.
• Forward playback: 0 → rotate.
• Reverse playback: rotate → 0.
•  
• - float duration：
• Duration of the animation in seconds.
•  
• - AnimationCurve curve：
• A custom curve used to control the animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

A utility method that directly manipulates TextMeshPro vertex data to generate an animation where each character “explodes” outward individually.

IExplodeInPlayer DoMeshExplodeIn(this TMP_Text target, string text = null, float explosionPower = 200, bool fadeOut = true, float fadedelay = 0, bool rotate = true, float rotateMin = 50, float rotateMax = 500, bool useFloatiness = true, float factorMin = 0.02F, float factorMax = 0.15F, float duration = 1);

IExplodeInPlayer DoMeshExplodeIn(this TMP_Text target, AnimationCurve curve, string text = null, float explosionPower = 200, bool fadeOut = true, float fadedelay = 0, bool rotate = true, float rotateMin = 50, float rotateMax = 500, bool useFloatiness = true, float factorMin = 0.02F, float factorMax = 0.15F);

• Parameters

• - TMP_Text target:
• The TMPPro.TMP_Text component to animate.
•  
• - string text:
• Text to append to the existing text.
• The string to display with a typewriter animation.
•  
• - float explosionPower:
• The maximum explosion power reached during forward playback.
•  
• - bool fadeOut:
• Whether to use a fade-out effect.
•  
• - float fadedelay:
• Delay before starting the fade-out.
•  
• - bool rotate:
• Whether to apply rotation to characters.
•  
• - float rotateMin / rotateMax:
• Rotation angle range when rotation is enabled.
• Each character rotates at a random angle between rotateMin and rotateMax.
•  
• - bool useFloatiness:
• Whether to apply a floating (wobble) effect.
•  
• - float factorMin / factorMax:
• Range of floating intensity. Each character receives a random wobble between factorMin and factorMax.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

A utility method that directly manipulates TextMeshPro vertex data to explode characters as independent meshes while simultaneously fading them out.

IExplodeInPlayer DoMeshExplodeInFadeOut(this TMP_Text target, string text = null, float explosionPower = 200, float delay = 0, float duration = 1);

IExplodeInPlayer DoMeshExplodeInFadeOut(this TMP_Text target, AnimationCurve curve, string text = null, float explosionPower = 200, float delay = 0);

• Parameters

• - TMP_Text target:
• The TMPPro.TMP_Text component to animate.
•  
• - string text:
• Text to append to the existing text.
• The string to display with a typewriter animation.
•  
• - float explosionPower:
• The maximum explosion power reached during forward playback.
•  
• - float delay:
• Delay before starting the fade-out.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

A utility method that directly manipulates TextMeshPro vertex data to scatter characters outward while giving them a floating motion and fading them out simultaneously.

IExplodeInPlayer DoMeshExplodeInFloatinessFadeOut(this TMP_Text target, string text = null, float explosionPower = 200, float fadedelay = 0, float factorMin = 0.02F, float factorMax = 0.15F, float duration = 1);

IExplodeInPlayer DoMeshExplodeInFloatinessFadeOut(this TMP_Text target, AnimationCurve curve, string text = null, float explosionPower = 200, float fadedelay = 0, float factorMin = 0.02F, float factorMax = 0.15F);

• Parameters

• - TMP_Text target:
• The TMPPro.TMP_Text component to animate.
•  
• - string text:
• Text to append to the existing text.
• The string to display with a typewriter animation.
•  
• - float explosionPower:
• The maximum explosion power reached during forward playback.
•  
• - float fadedelay:
• Delay before starting the fade-out.
•  
• - float factorMin / factorMax:
• Range of floating intensity. Each character receives a random wobble between factorMin and factorMax.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

A utility method that directly manipulates TextMeshPro vertex data to rotate characters individually, scatter them explosively, and fade them out.

IExplodeInPlayer DoMeshExplodeInRotateFadeOut(this TMP_Text target, string text = null, float explosionPower = 200, float fadedelay = 0, float rotateMin = 50, float rotateMax = 500, float duration = 1);

IExplodeInPlayer DoMeshExplodeInRotateFadeOut(this TMP_Text target, AnimationCurve curve, string text = null, float explosionPower = 200, float fadedelay = 0, float rotateMin = 50, float rotateMax = 500);

• Parameters

• - TMP_Text target:
• The TMPPro.TMP_Text component to animate.
•  
• - string text:
• Text to append to the existing text.
• The string to display with a typewriter animation.
•  
• - float explosionPower:
• The maximum explosion power reached during forward playback.
•  
• - float fadedelay:
• Delay before starting the fade-out.
•  
• - float rotateMin / rotateMax:
• Rotation angle range when rotation is enabled.
• Each character rotates at a random angle between rotateMin and rotateMax.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

A utility method that directly manipulates TextMeshPro vertices to create complex character animations such as Fade / Scale / Move / Rotate / Wave / Bounce.

IRevealPlayer DoMeshReveal(this TMP_Text target, bool reveal = true, string text = null, bool fadetween = false, float alpha = 1, bool postween = false, Vector3 distance = default, bool scaletween = false, float scale = 1, bool rotatetween = false, Vector3 rotate = default, WaveType wavetype = WaveType.None, float frequency = 0, float duration = 1);

IRevealPlayer DoMeshReveal(this TMP_Text target, AnimationCurve curve, bool reveal = true, string text = null, bool fadetween = false, float alpha = 1, bool postween = false, Vector3 distance = default, bool scaletween = false, float scale = 1, bool rotatetween = false, Vector3 rotate = default, WaveType wavetype = WaveType.None, float frequency = 0);

• Parameters

• - TMP_Text target:
• The TMPPro.TMP_Text component to animate.
•  
• - bool reveal:
• Whether to use the typewriter-style character reveal animation.
•  
• - string text:
• Text to append to the existing text.
• The string to display with a typewriter animation.
•  
• - bool fadetween:
• Whether to use fade animation.
•  
• - float alpha:
• Forward playback: alpha → 1.
• Reverse playback: 1 → alpha.
•  
• - bool postween:
• Whether to use movement animation.
•  
• - Vector3 distance:
• Forward playback: distance → Vector3.zero.
• Reverse playback: Vector3.zero → distance.
•  
• - bool scaletween:
• Whether to use scale animation.
•  
• - float scale:
• Forward playback: scale → 1.
• Reverse playback: 1 → scale.
•  
• - bool rotatetween:
• Whether to use rotation animation.
•  
• - Vector3 rotate:
• Forward playback: rotate → Vector3.zero.
• Reverse playback: Vector3.zero → rotate.
•  
• - WaveType wavetype:
• None
• Wavy
• Bounce
•  
• - float frequency:
• Frequency value used for Wavy / Bounce.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

A utility method that directly manipulates TextMeshPro vertices to perform composite text effects centered around Fade + Reveal.

IRevealPlayer DoMeshFadeReveal(this TMP_Text target, float alpha = 0, bool reveal = true, string text = null, float duration = 1);

IRevealPlayer DoMeshFadeReveal(this TMP_Text target, AnimationCurve curve, float alpha = 0, bool reveal = true, string text = null);

• Parameters

• - TMP_Text target:
• The TMPPro.TMP_Text component to animate.
•  
• - bool reveal:
• Whether to use the typewriter-style character reveal animation.
•  
• - string text:
• Text to append to the existing text.
• The string to display with a typewriter animation.
•  
• - float alpha:
• Forward playback: alpha → 1.
• Reverse playback: 1 → alpha.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• Since the curve’s time axis becomes the animation duration, the duration parameter is ignored.

Utility methods that directly manipulate TextMeshPro vertices to create animations combining Move (translation) + Reveal, with optional Wave / Bounce effects.

IRevealPlayer DoMeshMoveReveal(this TMP_Text target, Vector3 distance, WaveType wavetype = WaveType.None, float frequency = 0, bool reveal = true, string text = null, float duration = 1);

IRevealPlayer DoMeshMoveReveal(this TMP_Text target, Vector3 distance, AnimationCurve curve, WaveType wavetype = WaveType.None, float frequency = 0, bool reveal = true, string text = null);

IRevealPlayer DoMeshMoveXReveal(this TMP_Text target, float x, WaveType wavetype = WaveType.None, float frequency = 0, bool reveal = true, string text = null, float duration = 1);

IRevealPlayer DoMeshMoveXReveal(this TMP_Text target, float x, AnimationCurve curve, WaveType wavetype = WaveType.None, float frequency = 0, bool reveal = true, string text = null);

IRevealPlayer DoMeshMoveYReveal(this TMP_Text target, float y, WaveType wavetype = WaveType.None, float frequency = 0, bool reveal = true, string text = null, float duration = 1);

IRevealPlayer DoMeshMoveYReveal(this TMP_Text target, float y, AnimationCurve curve, WaveType wavetype = WaveType.None, float frequency = 0, bool reveal = true, string text = null);

IRevealPlayer DoMeshMoveZReveal(this TMP_Text target, float z, WaveType wavetype = WaveType.None, float frequency = 0, bool reveal = true, string text = null, float duration = 1);

IRevealPlayer DoMeshMoveZReveal(this TMP_Text target, float z, AnimationCurve curve, WaveType wavetype = WaveType.None, float frequency = 0, bool reveal = true, string text = null);

• Parameters

• - TMP_Text target:
• The TMPPro.TMP_Text component to animate.
•  
• - bool reveal:
• Whether to use the typewriter-style character reveal animation.
•  
• - string text:
• Text to append to the existing content.
• The string to display using the typewriter reveal animation.
•  
• - Vector3 distance:
• Forward playback: distance → Vector3.zero.
• Reverse playback: Vector3.zero → distance.
•  
• - float x / y / z:
• Forward playback: (x/y/z) → 0.
• Reverse playback: 0 → (x/y/z).
•  
• - WaveType wavetype:
• None
• Wavy
• Bounce
•  
• - float frequency:
• Frequency value used when Wavy / Bounce is enabled.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• The curve’s time axis directly defines the animation duration, so the duration parameter is ignored.

Utility methods that directly manipulate TextMeshPro vertices to create animations combining Rotate + Reveal.

IRevealPlayer DoMeshRotateReveal(this TMP_Text target, Vector3 rotate, bool reveal = true, string text = null, float duration = 1);

IRevealPlayer DoMeshRotateReveal(this TMP_Text target, Vector3 rotate, AnimationCurve curve, bool reveal = true, string text = null);

IRevealPlayer DoMeshRotateXReveal(this TMP_Text target, float x, bool reveal = true, string text = null, float duration = 1);

IRevealPlayer DoMeshRotateXReveal(this TMP_Text target, float x, AnimationCurve curve, bool reveal = true, string text = null);

IRevealPlayer DoMeshRotateYReveal(this TMP_Text target, float y, AnimationCurve curve, bool reveal = true, string text = null);

IRevealPlayer DoMeshRotateYReveal(this TMP_Text target, float y, bool reveal = true, string text = null, float duration = 1);

IRevealPlayer DoMeshRotateZReveal(this TMP_Text target, float z, bool reveal = true, string text = null, float duration = 1);

IRevealPlayer DoMeshRotateZReveal(this TMP_Text target, float z, AnimationCurve curve, bool reveal = true, string text = null);

• Parameters

• - TMP_Text target:
• The TMPPro.TMP_Text component to animate.
•  
• - bool reveal:
• Whether to use the typewriter-style character reveal animation.
•  
• - string text:
• Text to append to the existing content.
• The string to display using the typewriter reveal animation.
•  
• - Vector3 rotate:
• Forward playback: rotate → Vector3.zero.
• Reverse playback: Vector3.zero → rotate.
•  
• - float x / y / z:
• Forward playback: (x/y/z) → 0.
• Reverse playback: 0 → (x/y/z).
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• The curve’s time axis directly defines the animation duration, so the duration parameter is ignored.

Utility methods that directly manipulate TextMeshPro vertices to create animations combining Scale + Reveal.

IRevealPlayer DoMeshScaleReveal(this TMP_Text target, AnimationCurve curve, float scale = 0, bool reveal = true, string text = null);

IRevealPlayer DoMeshScaleReveal(this TMP_Text target, float scale = 0, bool reveal = true, string text = null, float duration = 1);

• Parameters

• - TMP_Text target:
• The TMPPro.TMP_Text component to animate.
•  
• - bool reveal:
• Whether to use the typewriter-style character reveal animation.
•  
• - string text:
• Text to append to the existing content.
• The string to display using the typewriter reveal animation.
•  
• - float scale:
• Forward playback: scale → 1.
• Reverse playback: 1 → scale.
•  
• - float duration:
• Duration of the animation in seconds.
•  
• - AnimationCurve curve:
• Custom curve used to control animation progression.
• The curve’s time axis directly defines the animation duration, so the duration parameter is ignored.

Animation system for moving objects along a multi-point curve (path).

IPathPlayer SetClosed(bool closed);

• Whether to connect the start and end points.

• Parameters

• - bool closed：
• true: closed loop
• false: open curve

IPathPlayer SetLookMode(PathLookMode lookmode);

• Controls the facing direction of the moving object.

• Parameters

• - PathLookMode lookmode：
• None: keep current rotation
• Forward: face tangent direction
• Right: face +X relative to path direction
• Left: face –X relative to path direction

IPathPlayer SetPoints(List vectors);

• Sets the control points of the path.

IPathPlayer SetTarget(Transform target);

• Sets the object to move along the path.

IPathPlayer SetUseLocalPosition(bool uselocal);

• Whether to use local coordinates.

• Parameters

• - bool uselocal：
• true: use local position
• false: use world position

IPathPlayer SnapTargetToFirstPoint();

• Moves the target to the first point

iTweenPlayer SetDelay(float delay);

• Delay before animation starts.

iTweenPlayer SetDuration(float duration);

• Animation duration in seconds.

iTweenPlayer SetEase(EaseType easeType);

• Sets normalized 0–1 easing curve.

iTweenPlayer SetLoop(bool loop);

• Whether to loop the animation.

iTweenPlayer SetLoopCount(int loopCount);

• Number of loops.

iTweenPlayer SetLoopDelay(bool loopDelay);

• Whether to apply delay on loops.

iTweenPlayer SetLoopType(LoopType loopType);

• Loop behavior

• Parameters

• - LoopType loopType：
• Resart
• YoYo
• Increment

iTweenPlayer SetScaledTime(bool scaledtime);

• Whether to use Time.timeScale.

iTweenPlayer SetYoYoDelay(float yoYoDelay);

• Delay before reverse motion in YoYo mode.

ITweenPlayerSetValue(object value);

• Resets target or forwardValue before animation.
• CanvasGroup / Graphic / Material / Transform / Text / TMP_Text / Vector3 / String / float etc.

void Play();

void Play(bool reversePlay);

• Starts animation.

• Parameters

• - bool reversePlay：
• reversePlay = true → play backward

void PlayOnce();

• Plays once and releases unless looping.

void PlayReverseOnce();

• Reverse once and release unless looping.

void Stop();

• Stops animation.

void ForceEnd(bool invokeCallback);

• ForceEnd is a method that immediately terminates the process, bypassing the normal termination flow.

• Parameters

• - bool invokeCallback：
• true：Executes the completion callback after the forced termination.
• false：Does not execute the completion callback.

void StopAndReset();

• Stops and resets to initial state.

iTweenPlayer AddOnStartListener(UnityAction call);

• Called when animation starts.

iTweenPlayer AddOnYoYoListener(UnityAction call);

• Called when reaching 1.0 in YoYo mode.

iTweenPlayer AddOnCompleteListener(UnityAction call);

• Called when animation completes (non-looping).

Generates a Keyframe curve based on EaseType.

Keyframe[] CurveTweenUtility.GetAnimationCurve(EaseType easeType);