garden_client/Assets/Script/Manage/ManaAnim.cs

using UnityEngine;
using UnityEngine.UI;
using UnityEngine.Events;

using System;
using System.Collections;
using System.Collections.Generic;

public enum Curve
{
    Linear,
    EaseOutQuad,
}

public enum EventType
{
    ForwardStart,
    BackwardStart,
    ForwardFinish,
    BackwardFinish,
}


public delegate float TimerFunction(float value, float duration, float start, float delta);


public delegate float ShakeFunctionF(float timer, float duration, int repeat, float start, float strength);

public delegate Color ShakeFunctionC(float timer, float duration, int repeat, Color start, Color strength);

public delegate Vector3 ShakeFunctionV(float timer, float duration, int repeat, Vector3 start, Vector3 strength);


public delegate float CurveFunctionF(float timer, float duration, float start, float delta);

public delegate Color CurveFunctionC(float timer, float duration, Color start, Color delta);

public delegate Vector3 CurveFunctionV(float timer, float duration, Vector3 start, Vector3 delta);


public class MaterialUnit
{
    public Material Material;
    public Transform Transform;

    public List<string> PropertyList;

    public MaterialUnit(Material material, Transform transform, List<string> propertyList)
    {
        Material = material;
        Transform = transform;
        PropertyList = propertyList;
    }


    public void SetFloat(float value)
    {
        for (int i = 0; i < PropertyList.Count; i++)
        {
            Material.SetFloat(PropertyList[i], value);
        }
    }

    public float GetFloat()
    {
        return Material.GetFloat(PropertyList[0]);
    }
}

public class ManaAnim : Regist
{
    #region 变量

    public static List<MoveRoot> MoveForList = new List<MoveRoot>();
    public static List<MoveRoot> MoveBacList = new List<MoveRoot>();

    public static Dictionary<Curve, TimerFunction> TimerFunctionDic = new Dictionary<Curve, TimerFunction>();

    public static Dictionary<Curve, ShakeFunctionF> ShakeFuncDicF = new Dictionary<Curve, ShakeFunctionF>();
    public static Dictionary<Curve, ShakeFunctionC> ShakeFuncDicC = new Dictionary<Curve, ShakeFunctionC>();
    public static Dictionary<Curve, ShakeFunctionV> ShakeFuncDicV = new Dictionary<Curve, ShakeFunctionV>();

    public static Dictionary<Curve, CurveFunctionF> CurveFuncDicF = new Dictionary<Curve, CurveFunctionF>();
    public static Dictionary<Curve, CurveFunctionC> CurveFuncDicC = new Dictionary<Curve, CurveFunctionC>();
    public static Dictionary<Curve, CurveFunctionV> CurveFuncDicV = new Dictionary<Curve, CurveFunctionV>();

    public static Dictionary<Transform, Shake> ShakeDic = new Dictionary<Transform, Shake>();
    public static Dictionary<Transform, Move2D> MoveDic2D = new Dictionary<Transform, Move2D>();
    public static Dictionary<Transform, Move3D> MoveDic3D = new Dictionary<Transform, Move3D>();
    public static Dictionary<Transform, Zoom2D> ZoomDic2D = new Dictionary<Transform, Zoom2D>();

    public static Dictionary<Transform, TweenSr> TweenSrDic = new Dictionary<Transform, TweenSr>();
    public static Dictionary<Transform, TweenCG> TweenCgDic = new Dictionary<Transform, TweenCG>();
    public static Dictionary<Transform, TweenGra> TweenGraDic = new Dictionary<Transform, TweenGra>();
    public static Dictionary<Transform, TweenVec> TweenVecDic = new Dictionary<Transform, TweenVec>();
    public static Dictionary<Transform, TweenEuler> TweenEulerDic = new Dictionary<Transform, TweenEuler>();
    public static Dictionary<Transform, TweenFont> TweenFontDic = new Dictionary<Transform, TweenFont>();
    public static Dictionary<Transform, TweenRect> TweenRectDic = new Dictionary<Transform, TweenRect>();
    public static Dictionary<Transform, TweenScale> TweenScaleDic = new Dictionary<Transform, TweenScale>();
    public static Dictionary<Transform, TweenOutline> TweenOutlineDic = new Dictionary<Transform, TweenOutline>();
    public static Dictionary<Transform, TweenNumber> TweenNumberDic = new Dictionary<Transform, TweenNumber>();
    public static Dictionary<AudioSource, TweenAudio> TweenAudioDic = new Dictionary<AudioSource, TweenAudio>();

    public static Dictionary<MaterialUnit, TweenMatFloat> TweenMatFloatDic = new Dictionary<MaterialUnit, TweenMatFloat>();

    public static Dictionary<Transform, StreamScale> StreamScaleDic = new Dictionary<Transform, StreamScale>();

    #endregion

    public void FixedUpdate()
    {
        for (int i = 0; i < MoveForList.Count; i++)
        {
            MoveRoot move = MoveForList[i];

            if (move.DoForward())
            {
                if (MoveForList.Remove(move))
                {
                    i--;
                }
            }
        }

        for (int i = 0; i < MoveBacList.Count; i++)
        {
            MoveRoot move = MoveBacList[i];

            if (move.DoBackward())
            {
                if (MoveBacList.Remove(move))
                {
                    i--;
                }
            }
        }
    }


    public override bool RegistImmed()
    {
        if (base.RegistImmed())
        {
            return true;
        }

        TimerFunctionDic.Add(Curve.Linear, LinearTimer);
        TimerFunctionDic.Add(Curve.EaseOutQuad, EaseOutQuadTimer);

        ShakeFuncDicF.Add(Curve.Linear, ShakeLinear);
        ShakeFuncDicF.Add(Curve.EaseOutQuad, ShakeEaseOutQuad);

        ShakeFuncDicC.Add(Curve.Linear, ShakeLinear);
        ShakeFuncDicC.Add(Curve.EaseOutQuad, ShakeEaseOutQuad);

        ShakeFuncDicV.Add(Curve.Linear, ShakeLinear);
        ShakeFuncDicV.Add(Curve.EaseOutQuad, ShakeEaseOutQuad);

        CurveFuncDicF.Add(Curve.Linear, Linear);
        CurveFuncDicF.Add(Curve.EaseOutQuad, EaseOutQuad);

        CurveFuncDicC.Add(Curve.Linear, Linear);
        CurveFuncDicC.Add(Curve.EaseOutQuad, EaseOutQuad);

        CurveFuncDicV.Add(Curve.Linear, Linear);
        CurveFuncDicV.Add(Curve.EaseOutQuad, EaseOutQuad);

        return false;
    }


    #region 曲线

    public static float LinearTimer(float value, float duration, float start, float delta)
    {
        return (value - start)*duration/delta;
    }

    public static float EaseOutQuadTimer(float value, float duration, float start, float delta)
    {
        return ((2 - Mathf.Sqrt(4 - 4*(value - start)/delta))/2)*duration;
    }


    public static float ShakeLinear(float timer, float duration, int repeat, float start, float strength)
    {
        float sliceTime = duration/(4*repeat);

        for (int i = 0; i < repeat*4; i += 4)
        {
            if (timer > duration)
            {
                return start;
            }

            if (timer <= (i + 1)*sliceTime)
            {
                timer -= (i)*sliceTime;

                return Linear(timer, sliceTime, start, strength/(i/4 + 1));
            }
            else if (timer <= (i + 3)*sliceTime)
            {
                timer -= (i + 1)*sliceTime;

                return Linear(timer, 2*sliceTime, start + strength/(i/4 + 1), -2*strength/(i/4 + 1));
            }
            else if (timer <= (i + 4)*sliceTime)
            {
                timer -= (i + 3)*sliceTime;

                return Linear(timer, sliceTime, start - strength/(i/4 + 1), strength/(i/4 + 1));
            }
        }

        throw new Exception();
    }

    public static Color ShakeLinear(float timer, float duration, int repeat, Color start, Color strength)
    {
        float sliceTime = duration/(4*repeat);

        for (int i = 0; i < repeat*4; i += 4)
        {
            if (timer > duration)
            {
                return start;
            }

            if (timer <= (i + 1)*sliceTime)
            {
                timer -= (i)*sliceTime;

                return Linear(timer, sliceTime, start, strength/(i/4 + 1));
            }
            else if (timer <= (i + 3)*sliceTime)
            {
                timer -= (i + 1)*sliceTime;

                return Linear(timer, 2*sliceTime, start + strength/(i/4 + 1), -2*strength/(i/4 + 1));
            }
            else if (timer <= (i + 4)*sliceTime)
            {
                timer -= (i + 3)*sliceTime;

                return Linear(timer, sliceTime, start - strength/(i/4 + 1), strength/(i/4 + 1));
            }
        }

        throw new Exception();
    }

    public static Vector3 ShakeLinear(float timer, float duration, int repeat, Vector3 start, Vector3 strength)
    {
        float sliceTime = duration/(4*repeat);

        for (int i = 0; i < repeat*4; i += 4)
        {
            if (timer > duration)
            {
                return start;
            }

            if (timer <= (i + 1)*sliceTime)
            {
                timer -= (i)*sliceTime;

                return Linear(timer, sliceTime, start, strength/(i/4 + 1));
            }
            else if (timer <= (i + 3)*sliceTime)
            {
                timer -= (i + 1)*sliceTime;

                return Linear(timer, 2*sliceTime, start + strength/(i/4 + 1), -2*strength/(i/4 + 1));
            }
            else if (timer <= (i + 4)*sliceTime)
            {
                timer -= (i + 3)*sliceTime;

                return Linear(timer, sliceTime, start - strength/(i/4 + 1), strength/(i/4 + 1));
            }
        }

        throw new Exception();
    }


    public static float ShakeEaseOutQuad(float timer, float duration, int repeat, float start, float strength)
    {
        float sliceTime = duration/(4*repeat);

        for (int i = 0; i < repeat*4; i += 4)
        {
            if (timer > duration)
            {
                return start;
            }

            if (timer <= (i + 1)*sliceTime)
            {
                timer -= (i)*sliceTime;

                return EaseOutQuad(timer, sliceTime, start, strength/(i/4 + 1));
            }
            else if (timer <= (i + 3)*sliceTime)
            {
                timer -= (i + 1)*sliceTime;

                return EaseOutQuad(timer, 2*sliceTime, start + strength/(i/4 + 1), -2*strength/(i/4 + 1));
            }
            else if (timer <= (i + 4)*sliceTime)
            {
                timer -= (i + 3)*sliceTime;

                return EaseOutQuad(timer, sliceTime, start - strength/(i/4 + 1), strength/(i/4 + 1));
            }
        }

        throw new Exception();
    }

    public static Color ShakeEaseOutQuad(float timer, float duration, int repeat, Color start, Color strength)
    {
        float sliceTime = duration/(4*repeat);

        for (int i = 0; i < repeat*4; i += 4)
        {
            if (timer > duration)
            {
                return start;
            }

            if (timer <= (i + 1)*sliceTime)
            {
                timer -= (i)*sliceTime;

                return EaseOutQuad(timer, sliceTime, start, strength/(i/4 + 1));
            }
            else if (timer <= (i + 3)*sliceTime)
            {
                timer -= (i + 1)*sliceTime;

                return EaseOutQuad(timer, 2*sliceTime, start + strength/(i/4 + 1), -2*strength/(i/4 + 1));
            }
            else if (timer <= (i + 4)*sliceTime)
            {
                timer -= (i + 3)*sliceTime;

                return EaseOutQuad(timer, sliceTime, start - strength/(i/4 + 1), strength/(i/4 + 1));
            }
        }

        throw new Exception();
    }

    public static Vector3 ShakeEaseOutQuad(float timer, float duration, int repeat, Vector3 start, Vector3 strength)
    {
        float sliceTime = duration/(4*repeat);

        for (int i = 0; i < repeat*4; i += 4)
        {
            if (timer > duration)
            {
                return start;
            }

            if (timer <= (i + 1)*sliceTime)
            {
                timer -= (i)*sliceTime;

                return EaseOutQuad(timer, sliceTime, start, strength/(i/4 + 1));
            }
            else if (timer <= (i + 3)*sliceTime)
            {
                timer -= (i + 1)*sliceTime;

                return EaseOutQuad(timer, 2*sliceTime, start + strength/(i/4 + 1), -2*strength/(i/4 + 1));
            }
            else if (timer <= (i + 4)*sliceTime)
            {
                timer -= (i + 3)*sliceTime;

                return EaseOutQuad(timer, sliceTime, start - strength/(i/4 + 1), strength/(i/4 + 1));
            }
        }

        throw new Exception();
    }


    public static float Linear(float timer, float duration, float start, float delta)
    {
        if (timer >= duration)
        {
            return start + delta;
        }

        if (duration.Equal(0))
        {
            return delta + start;
        }
        else
        {
            return delta*timer/duration + start;
        }
    }

    public static Color Linear(float timer, float duration, Color start, Color delta)
    {
        return new Color(Linear(timer, duration, start.r, delta.r), Linear(timer, duration, start.g, delta.g), Linear(timer, duration, start.b, delta.b), Linear(timer, duration, start.a, delta.a));
    }

    public static Vector3 Linear(float timer, float duration, Vector3 start, Vector3 delta)
    {
        return new Vector3(Linear(timer, duration, start.x, delta.x), Linear(timer, duration, start.y, delta.y), Linear(timer, duration, start.z, delta.z));
    }


    public static float EaseOutQuad(float timer, float duration, float start, float delta)
    {
        if (timer >= duration)
        {
            return start + delta;
        }

        if (duration.Equal(0))
        {
            return delta + start;
        }
        else
        {
            timer /= duration;
            
            return -delta*timer*(timer - 2) + start;
        }
    }

    public static Color EaseOutQuad(float timer, float duration, Color start, Color delta)
    {
        return new Color(EaseOutQuad(timer, duration, start.r, delta.r), EaseOutQuad(timer, duration, start.g, delta.g), EaseOutQuad(timer, duration, start.b, delta.b), EaseOutQuad(timer, duration, start.a, delta.a));
    }

    public static Vector3 EaseOutQuad(float timer, float duration, Vector3 start, Vector3 delta)
    {
        return new Vector3(EaseOutQuad(timer, duration, start.x, delta.x), EaseOutQuad(timer, duration, start.y, delta.y), EaseOutQuad(timer, duration, start.z, delta.z));
    }

    #endregion

    #region 播放动画

    public static Shake Shake(Transform target, float duration, int repeat, Vector3 strength, Curve curve)
    {
        Shake move;

        if (ShakeDic.TryGetValue(target, out move))
        {
            move.StartShake(repeat, duration, strength, curve);
        }
        else
        {
            move = CreateShake(target);

            move.StartShake(repeat, duration, strength, curve);
        }

        return move;
    }


    public static Move2D Move2D(Transform target, Vector3 destination, float duration, bool local, Curve curve)
    {
        Move2D move;

        if (local)
        {
            destination.z = target.localPosition.z;
        }
        else
        {
            destination.z = target.position.z;
        }

        if (MoveDic2D.TryGetValue(target, out move))
        {
            move.StartMove(destination, duration, local, curve);

            return move;
        }
        else
        {
            move = CreateMove2D(target);

            move.StartMove(destination, duration, local, curve);

            return move;
        }
    }

    public static Move3D Move3D(Transform target, Vector3 destination, float duration, bool local, Curve curve)
    {
        Move3D move;

        if (MoveDic3D.TryGetValue(target, out move))
        {
            move.StartMove(destination, duration, local, curve);

            return move;
        }
        else
        {
            move = CreateMove3D(target);

            move.StartMove(destination, duration, local, curve);

            return move;
        }
    }

    public static Move2D MoveOffset2D(Transform target, Vector3 offset, float duration, bool local, Curve curve)
    {
        Move2D move;

        Vector3 destination;

        if (local)
        {
            destination = target.localPosition + offset;

            destination.z = target.localPosition.z;
        }
        else
        {
            destination = target.position + offset;

            destination.z = target.position.z;
        }

        if (MoveDic2D.TryGetValue(target, out move))
        {
            move.StartMove(destination, duration, local, curve);

            return move;
        }
        else
        {
            move = CreateMove2D(target);

            move.StartMove(destination, duration, local, curve);

            return move;
        }
    }

    public static Move3D MoveOffset3D(Transform target, Vector3 offset, float duration, bool local, Curve curve)
    {
        Move3D move;

        Vector3 destination;

        if (local)
        {
            destination = target.localPosition + offset;
        }
        else
        {
            destination = target.position + offset;
        }

        if (MoveDic3D.TryGetValue(target, out move))
        {
            move.StartMove(destination, duration, local, curve);

            return move;
        }
        else
        {
            move = CreateMove3D(target);

            move.StartMove(destination, duration, local, curve);

            return move;
        }
    }


    public static Zoom2D Zoom2D(Transform target, float origin, float destination, float duration, float stay, Transform zoom, Curve curve)
    {
        Zoom2D move;

        if (ZoomDic2D.TryGetValue(target, out move))
        {
            move.StartZoom(origin, destination, duration, stay, zoom, curve);
        }
        else
        {
            move = CreateZoom2D(target);

            move.StartZoom(origin, destination, duration, stay, zoom, curve);
        }

        return move;
    }

    public static Zoom2D Zoom2D(Transform target, float destination, float duration, float stay, Transform zoom, Curve curve)
    {
        Zoom2D move;

        Camera camera = target.GetComponent<Camera>();

        if (ZoomDic2D.TryGetValue(target, out move))
        {
            move.StartZoom(camera.orthographicSize, destination, duration, stay, zoom, curve);
        }
        else
        {
            move = CreateZoom2D(target);

            move.StartZoom(camera.orthographicSize, destination, duration, stay, zoom, curve);
        }

        return move;
    }


    public static StreamScale StreamForScale(Transform target)
    {
        StreamScale stream;

        if (StreamScaleDic.TryGetValue(target, out stream))
        {
            stream.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return stream;
    }

    public static StreamScale StreamBacScale(Transform target)
    {
        StreamScale stream;

        if (StreamScaleDic.TryGetValue(target, out stream))
        {
            stream.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return stream;
    }

    public static StreamScale StreamReForScale(Transform target)
    {
        StreamScale stream;

        if (StreamScaleDic.TryGetValue(target, out stream))
        {
            stream.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return stream;
    }

    public static StreamScale StreamReBacScale(Transform target)
    {
        StreamScale stream;

        if (StreamScaleDic.TryGetValue(target, out stream))
        {
            stream.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return stream;
    }


    public static TweenSr TweenForSr(Transform target)
    {
        TweenSr tween;

        if (TweenSrDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenCG TweenForCG(Transform target)
    {
        TweenCG tween;

        if (TweenCgDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenGra TweenForGra(Transform target)
    {
        TweenGra tween;

        if (TweenGraDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenEuler TweenForEuler(Transform target)
    {
        TweenEuler tween;

        if (TweenEulerDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenVec TweenForVec(Transform target)
    {
        TweenVec tween;

        if (TweenVecDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenFont TweenForFont(Transform target)
    {
        TweenFont tween;

        if (TweenFontDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenRect TweenForRect(Transform target)
    {
        TweenRect tween;

        if (TweenRectDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenScale TweenForScale(Transform target)
    {
        TweenScale tween;

        if (TweenScaleDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenAudio TweenForAudio(Transform target)
    {
        TweenAudio tween;
        AudioSource audioSource = target.GetComponent<AudioSource>();

        if (TweenAudioDic.TryGetValue(audioSource, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenAudio TweenForAudio(AudioSource audioSource)
    {
        TweenAudio tween;

        if (TweenAudioDic.TryGetValue(audioSource, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenOutline TweenForOutline(Transform target)
    {
        TweenOutline tween;

        if (TweenOutlineDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenNumber TweenForNumber(Transform target)
    {
        TweenNumber tween;

        if (TweenNumberDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenMatFloat TweenForMatFloat(MaterialUnit target)
    {
        TweenMatFloat tween;

        if (TweenMatFloatDic.TryGetValue(target, out tween))
        {
            tween.StartForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }


    public static TweenSr TweenBacSr(Transform target)
    {
        TweenSr tween;

        if (TweenSrDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenCG TweenBacCG(Transform target)
    {
        TweenCG tween;

        if (TweenCgDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenGra TweenBacGra(Transform target)
    {
        TweenGra tween;

        if (TweenGraDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception(target.name);
        }

        return tween;
    }

    public static TweenVec TweenBacVec(Transform target)
    {
        TweenVec tween;

        if (TweenVecDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception(target.name);
        }

        return tween;
    }

    public static TweenEuler TweenBacEuler(Transform target)
    {
        TweenEuler tween;

        if (TweenEulerDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception(target.name);
        }

        return tween;
    }

    public static TweenFont TweenBacFont(Transform target)
    {
        TweenFont tween;

        if (TweenFontDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenRect TweenBacRect(Transform target)
    {
        TweenRect tween;

        if (TweenRectDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenScale TweenBacScale(Transform target)
    {
        TweenScale tween;

        if (TweenScaleDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenAudio TweenBacAudio(Transform target)
    {
        TweenAudio tween;
        AudioSource audioSource = target.GetComponent<AudioSource>();

        if (TweenAudioDic.TryGetValue(audioSource, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenAudio TweenBacAudio(AudioSource audioSource)
    {
        TweenAudio tween;

        if (TweenAudioDic.TryGetValue(audioSource, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenOutline TweenBacOutline(Transform target)
    {
        TweenOutline tween;

        if (TweenOutlineDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenNumber TweenBacNumber(Transform target)
    {
        TweenNumber tween;

        if (TweenNumberDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenMatFloat TweenBacMatFloat(MaterialUnit target)
    {
        TweenMatFloat tween;

        if (TweenMatFloatDic.TryGetValue(target, out tween))
        {
            tween.StartBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }


    public static TweenSr TweenReForSr(Transform target)
    {
        TweenSr tween;

        if (TweenSrDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenCG TweenReForCG(Transform target)
    {
        TweenCG tween;

        if (TweenCgDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenGra TweenReForGra(Transform target)
    {
        TweenGra tween;

        if (TweenGraDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenVec TweenReForVec(Transform target)
    {
        TweenVec tween;

        if (TweenVecDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenEuler TweenReForEuler(Transform target)
    {
        TweenEuler tween;

        if (TweenEulerDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenFont TweenReForFont(Transform target)
    {
        TweenFont tween;

        if (TweenFontDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenRect TweenReForRect(Transform target)
    {
        TweenRect tween;

        if (TweenRectDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenScale TweenReForScale(Transform target)
    {
        TweenScale tween;

        if (TweenScaleDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenAudio TweenReForAudio(Transform target)
    {
        TweenAudio tween;
        AudioSource audioSource = target.GetComponent<AudioSource>();

        if (TweenAudioDic.TryGetValue(audioSource, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenAudio TweenReForAudio(AudioSource audioSource)
    {
        TweenAudio tween;

        if (TweenAudioDic.TryGetValue(audioSource, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenOutline TweenReForOutline(Transform target)
    {
        TweenOutline tween;

        if (TweenOutlineDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenNumber TweenReForNumber(Transform target)
    {
        TweenNumber tween;

        if (TweenNumberDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenMatFloat TweenReForMatFloat(MaterialUnit target)
    {
        TweenMatFloat tween;

        if (TweenMatFloatDic.TryGetValue(target, out tween))
        {
            tween.ReForward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }


    public static TweenSr TweenReBacSr(Transform target)
    {
        TweenSr tween;

        if (TweenSrDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenCG TweenReBacCG(Transform target)
    {
        TweenCG tween;

        if (TweenCgDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenGra TweenReBacGra(Transform target)
    {
        TweenGra tween;

        if (TweenGraDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception(target.name);
        }

        return tween;
    }

    public static TweenVec TweenReBacVec(Transform target)
    {
        TweenVec tween;

        if (TweenVecDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception(target.name);
        }

        return tween;
    }

    public static TweenEuler TweenReBacEuler(Transform target)
    {
        TweenEuler tween;

        if (TweenEulerDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception(target.name);
        }

        return tween;
    }

    public static TweenFont TweenReBacFont(Transform target)
    {
        TweenFont tween;

        if (TweenFontDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenRect TweenReBacRect(Transform target)
    {
        TweenRect tween;

        if (TweenRectDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenScale TweenReBacScale(Transform target)
    {
        TweenScale tween;

        if (TweenScaleDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenAudio TweenReBacAudio(Transform target)
    {
        TweenAudio tween;
        AudioSource audioSource = target.GetComponent<AudioSource>();

        if (TweenAudioDic.TryGetValue(audioSource, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenAudio TweenReBacAudio(AudioSource audioSource)
    {
        TweenAudio tween;

        if (TweenAudioDic.TryGetValue(audioSource, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenOutline TweenReBacOutline(Transform target)
    {
        TweenOutline tween;

        if (TweenOutlineDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenNumber TweenReBacNumber(Transform target)
    {
        TweenNumber tween;

        if (TweenNumberDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    public static TweenMatFloat TweenReBacMatFloat(MaterialUnit target)
    {
        TweenMatFloat tween;

        if (TweenMatFloatDic.TryGetValue(target, out tween))
        {
            tween.ReBackward();
        }
        else
        {
            throw new Exception();
        }

        return tween;
    }

    #endregion

    #region 获取动画

    public static float GetTimerVec(Vector3 value, float duration, Vector3 start, Vector3 delta, Curve curve)
    {
        if (!delta.x.Equal(0))
        {
            return TimerFunctionDic[curve](value.x, duration, start.x, delta.x);
        }
        else if (!delta.y.Equal(0))
        {
            return TimerFunctionDic[curve](value.y, duration, start.y, delta.y);
        }
        else if (!delta.z.Equal(0))
        {
            return TimerFunctionDic[curve](value.z, duration, start.z, delta.z);
        }
        else
        {
            throw new Exception();
        }
    }

    public static float GetTimerFloat(float value, float duration, float start, float delta, Curve curve)
    {
        return TimerFunctionDic[curve](value, duration, start, delta);
    }

    public static float GetTimerColor(Color value, float duration, Color start, Color delta, Curve curve)
    {
        if (!delta.r.Equal(0))
        {
            return TimerFunctionDic[curve](value.r, duration, start.r, delta.r);
        }
        else if (!delta.g.Equal(0))
        {
            return TimerFunctionDic[curve](value.g, duration, start.g, delta.g);
        }
        else if (!delta.b.Equal(0))
        {
            return TimerFunctionDic[curve](value.b, duration, start.b, delta.b);
        }
        else if (!delta.a.Equal(0))
        {
            return TimerFunctionDic[curve](value.a, duration, start.a, delta.a);
        }
        else
        {
            throw new Exception();
        }
    }


    public static Shake GetShake(Transform target)
    {
        Shake move;

        if (ShakeDic.TryGetValue(target, out move))
        {
            return move;
        }
        else
        {
            return null;
        }
    }

    public static Move2D GetMove2D(Transform target)
    {
        Move2D move;

        if (MoveDic2D.TryGetValue(target, out move))
        {
            return move;
        }
        else
        {
            return null;
        }
    }

    public static Move3D GetMove3D(Transform target)
    {
        Move3D move;

        if (MoveDic3D.TryGetValue(target, out move))
        {
            return move;
        }
        else
        {
            return null;
        }
    }

    public static Zoom2D GetZoom2D(Transform target)
    {
        Zoom2D move;

        if (ZoomDic2D.TryGetValue(target, out move))
        {
            return move;
        }
        else
        {
            return null;
        }
    }


    public static StreamScale GetStreamScale(Transform target)
    {
        StreamScale stream;

        if (StreamScaleDic.TryGetValue(target, out stream))
        {
            return stream;
        }
        else
        {
            return null;
        }
    }


    public static TweenSr GetTweenSr(Transform target)
    {
        TweenSr tween;

        if (TweenSrDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenCG GetTweenCG(Transform target)
    {
        TweenCG tween;

        if (TweenCgDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenGra GetTweenGra(Transform target)
    {
        TweenGra tween;

        if (TweenGraDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenVec GetTweenVec(Transform target)
    {
        TweenVec tween;

        if (TweenVecDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenEuler GetTweenEuler(Transform target)
    {
        TweenEuler tween;

        if (TweenEulerDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenFont GetTweenFont(Transform target)
    {
        TweenFont tween;

        if (TweenFontDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenRect GetTweenRect(Transform target)
    {
        TweenRect tween;

        if (TweenRectDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenScale GetTweenScale(Transform target)
    {
        TweenScale tween;

        if (TweenScaleDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenAudio GetTweenAudio(Transform target)
    {
        TweenAudio tween;
        AudioSource audioSource = target.GetComponent<AudioSource>();

        if (TweenAudioDic.TryGetValue(audioSource, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenAudio GetTweenAudio(AudioSource audioSource)
    {
        TweenAudio tween;

        if (TweenAudioDic.TryGetValue(audioSource, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenOutline GetTweenOutline(Transform target)
    {
        TweenOutline tween;

        if (TweenOutlineDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenNumber GetTweenNumber(Transform target)
    {
        TweenNumber tween;

        if (TweenNumberDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    public static TweenMatFloat GetTweenMatFloat(MaterialUnit target)
    {
        TweenMatFloat tween;

        if (TweenMatFloatDic.TryGetValue(target, out tween))
        {
            return tween;
        }
        else
        {
            return null;
        }
    }

    #endregion

    #region 创建动画

    public static Shake CreateShake(Transform target)
    {
        if (ShakeDic.ContainsKey(target))
        {
            Shake shake = ShakeDic[target];

            shake.Pause();

            ShakeDic[target] = new Shake(target);

            return ShakeDic[target];
        }
        else
        {
            Shake shake = new Shake(target);

            ShakeDic.Add(target, shake);

            return shake;
        }
    }

    public static Move2D CreateMove2D(Transform target)
    {
        if (MoveDic2D.ContainsKey(target))
        {
            Move2D move2D = MoveDic2D[target];

            move2D.Pause();

            MoveDic2D[target] = new Move2D(target);

            return MoveDic2D[target];
        }
        else
        {
            Move2D move2D = new Move2D(target);

            MoveDic2D.Add(target, move2D);

            return move2D;
        }
    }

    public static Move3D CreateMove3D(Transform target)
    {
        if (MoveDic3D.ContainsKey(target))
        {
            Move3D move3D = MoveDic3D[target];

            move3D.Pause();

            MoveDic3D[target] = new Move3D(target);

            return MoveDic3D[target];
        }
        else
        {
            Move3D move3D = new Move3D(target);

            MoveDic3D.Add(target, move3D);

            return move3D;
        }
    }

    public static Zoom2D CreateZoom2D(Transform target)
    {
        if (ZoomDic2D.ContainsKey(target))
        {
            Zoom2D zoom2D = ZoomDic2D[target];

            zoom2D.Pause();

            ZoomDic2D[target] = new Zoom2D(target.GetComponent<Camera>());

            return ZoomDic2D[target];
        }
        else
        {
            Zoom2D zoom2D = new Zoom2D(target.GetComponent<Camera>());

            ZoomDic2D.Add(target, zoom2D);

            return zoom2D;
        }
    }


    public static StreamScale CreateStreamScale(Transform target, List<float> delayList, List<float> durationList, List<VecPair> destKvList, bool originActive, bool destActive, Curve curve, bool cg = false, List<UnityAction> startActionList = null, List<UnityAction> finishActionList = null)
    {
        StreamScale streamScale;

        if (StreamScaleDic.ContainsKey(target))
        {
            streamScale = StreamScaleDic[target];

            streamScale.Pause();

            StreamScaleDic[target] = new StreamScale(target, delayList, durationList, destKvList, originActive, destActive, curve, cg, startActionList, finishActionList);

            return StreamScaleDic[target];
        }
        else
        {
            streamScale = new StreamScale(target, delayList, durationList, destKvList, originActive, destActive, curve, cg, startActionList, finishActionList);

            StreamScaleDic.Add(target, streamScale);

            return streamScale;
        }
    }

    public static StreamScale CreateStreamScale(Transform target, List<float> delayList, List<float> durationList, List<Vector3> destList, bool originActive, bool destActive, Curve curve, bool cg = false, List<UnityAction> startActionList = null, List<UnityAction> finishActionList = null)
    {
        StreamScale streamScale;

        if (StreamScaleDic.ContainsKey(target))
        {
            streamScale = StreamScaleDic[target];

            streamScale.Pause();

            StreamScaleDic[target] = new StreamScale(target, delayList, durationList, destList, originActive, destActive, curve, cg, startActionList, finishActionList);

            return StreamScaleDic[target];
        }
        else
        {
            streamScale = new StreamScale(target, delayList, durationList, destList, originActive, destActive, curve, cg, startActionList, finishActionList);

            StreamScaleDic.Add(target, streamScale);

            return streamScale;
        }
    }


    public static TweenSr CreateTweenSr(Transform target, float originAlpha, float destAlpha, float duration, bool originActive, bool destActive, Curve curve, bool cg = false, bool group = false)
    {
        TweenSr tweenSr;
        SpriteRenderer sr = target.GetComponent<SpriteRenderer>();

        Color origin = sr.color;
        Color destination = sr.color;

        origin.a = originAlpha;
        destination.a = destAlpha;

        if (TweenSrDic.ContainsKey(target))
        {
            tweenSr = TweenSrDic[target];

            tweenSr.Pause();

            TweenSrDic[target] = new TweenSr(sr, origin, destination, duration, originActive, destActive, curve, cg, group);

            return TweenSrDic[target];
        }
        else
        {
            tweenSr = new TweenSr(sr, origin, destination, duration, originActive, destActive, curve, cg, group);

            TweenSrDic.Add(target, tweenSr);

            return tweenSr;
        }
    }

    public static TweenSr CreateTweenSr(Transform target, float destAlpha, float duration, bool originActive, bool destActive, Curve curve, bool cg = false, bool group = false)
    {
        TweenSr tweenSr;
        SpriteRenderer sr = target.GetComponent<SpriteRenderer>();

        Color destination = sr.color;

        destination.a = destAlpha;

        if (TweenSrDic.ContainsKey(target))
        {
            tweenSr = TweenSrDic[target];

            tweenSr.Pause();

            TweenSrDic[target] = new TweenSr(sr, sr.color, destination, duration, originActive, destActive, curve, cg, group);

            return TweenSrDic[target];
        }
        else
        {
            tweenSr = new TweenSr(sr, sr.color, destination, duration, originActive, destActive, curve, cg, group);

            TweenSrDic.Add(target, tweenSr);

            return tweenSr;
        }
    }

    public static TweenSr CreateTweenSr(Transform target, Color origin, Color destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false, bool group = false)
    {
        TweenSr tweenSr;
        SpriteRenderer sr = target.GetComponent<SpriteRenderer>();

        if (TweenSrDic.ContainsKey(target))
        {
            tweenSr = TweenSrDic[target];

            tweenSr.Pause();

            TweenSrDic[target] = new TweenSr(sr, origin, destination, duration, originActive, destActive, curve, cg, group);

            return TweenSrDic[target];
        }
        else
        {
            tweenSr = new TweenSr(sr, origin, destination, duration, originActive, destActive, curve, cg, group);

            TweenSrDic.Add(target, tweenSr);

            return tweenSr;
        }
    }

    public static TweenSr CreateTweenSr(Transform target, Color destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false, bool group = false)
    {
        TweenSr tweenSr;
        SpriteRenderer sr = target.GetComponent<SpriteRenderer>();

        if (TweenSrDic.ContainsKey(target))
        {
            tweenSr = TweenSrDic[target];

            tweenSr.Pause();

            TweenSrDic[target] = new TweenSr(sr, sr.color, destination, duration, originActive, destActive, curve, cg, group);

            return TweenSrDic[target];
        }
        else
        {
            tweenSr = new TweenSr(sr, sr.color, destination, duration, originActive, destActive, curve, cg, group);

            TweenSrDic.Add(target, tweenSr);

            return tweenSr;
        }
    }
    

    public static TweenCG CreateTweenCG(Transform target, float origin, float destination, float duration, bool originActive, bool destActive, Curve curve)
    {
        TweenCG tweenCg;
        CanvasGroup cg = target.GetComponent<CanvasGroup>();

        if (TweenCgDic.ContainsKey(target))
        {
            tweenCg = TweenCgDic[target];

            tweenCg.Pause();

            TweenCgDic[target] = new TweenCG(cg, origin, destination, duration, originActive, destActive, curve);

            return TweenCgDic[target];
        }
        else
        {
            tweenCg = new TweenCG(cg, origin, destination, duration, originActive, destActive, curve);

            TweenCgDic.Add(target, tweenCg);

            return tweenCg;
        }
    }

    public static TweenCG CreateTweenCG(Transform target, float destination, float duration, bool originActive, bool destActive, Curve curve)
    {
        TweenCG tweenCg;
        CanvasGroup cg = target.GetComponent<CanvasGroup>();

        if (TweenCgDic.ContainsKey(target))
        {
            tweenCg = TweenCgDic[target];

            tweenCg.Pause();

            TweenCgDic[target] = new TweenCG(cg, cg.alpha, destination, duration, originActive, destActive, curve);

            return TweenCgDic[target];
        }
        else
        {
            tweenCg = new TweenCG(cg, cg.alpha, destination, duration, originActive, destActive, curve);

            TweenCgDic.Add(target, tweenCg);

            return tweenCg;
        }
    }


    public static TweenGra CreateTweenGra(Transform target, float originAlpha, float destAlpha, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Graphic graphic = target.GetComponent<Graphic>();
        TweenGra tweenGra;

        Color origin = graphic.color;
        Color destination = graphic.color;

        origin.a = originAlpha;
        destination.a = destAlpha;

        if (TweenGraDic.ContainsKey(target))
        {
            tweenGra = TweenGraDic[target];

            tweenGra.Pause();

            TweenGraDic[target] = new TweenGra(graphic, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenGraDic[target];
        }
        else
        {
            tweenGra = new TweenGra(graphic, origin, destination, duration, originActive, destActive, curve, cg);

            TweenGraDic.Add(target, tweenGra);

            return tweenGra;
        }
    }

    public static TweenGra CreateTweenGra(Transform target, float destAlpha, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Graphic graphic = target.GetComponent<Graphic>();
        TweenGra tweenGra;

        Color destination = graphic.color;

        destination.a = destAlpha;

        if (TweenGraDic.ContainsKey(target))
        {
            tweenGra = TweenGraDic[target];

            tweenGra.Pause();

            TweenGraDic[target] = new TweenGra(graphic, graphic.color, destination, duration, originActive, destActive, curve, cg);

            return TweenGraDic[target];
        }
        else
        {
            tweenGra = new TweenGra(graphic, graphic.color, destination, duration, originActive, destActive, curve, cg);

            TweenGraDic.Add(target, tweenGra);

            return tweenGra;
        }
    }

    public static TweenGra CreateTweenGra(Transform target, Color origin, Color destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Graphic graphic = target.GetComponent<Graphic>();
        TweenGra tweenGra;

        if (TweenGraDic.ContainsKey(target))
        {
            tweenGra = TweenGraDic[target];

            tweenGra.Pause();

            TweenGraDic[target] = new TweenGra(graphic, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenGraDic[target];
        }
        else
        {
            tweenGra = new TweenGra(graphic, origin, destination, duration, originActive, destActive, curve, cg);

            TweenGraDic.Add(target, tweenGra);

            return tweenGra;
        }
    }

    public static TweenGra CreateTweenGra(Transform target, Color destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Graphic graphic = target.GetComponent<Graphic>();
        TweenGra tweenGra;

        if (TweenGraDic.ContainsKey(target))
        {
            tweenGra = TweenGraDic[target];

            tweenGra.Pause();

            TweenGraDic[target] = new TweenGra(graphic, graphic.color, destination, duration, originActive, destActive, curve, cg);

            return TweenGraDic[target];
        }
        else
        {
            tweenGra = new TweenGra(graphic, graphic.color, destination, duration, originActive, destActive, curve, cg);

            TweenGraDic.Add(target, tweenGra);

            return tweenGra;
        }
    }


    public static TweenVec CreateTweenVec2D(Transform target, Vector3 origin, Vector3 destination, float duration, bool local, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenVec tweenVec2D;

        if (local)
        {
            origin.z = target.localPosition.z;
            destination.z = target.localPosition.z;
        }
        else
        {
            origin.z = target.position.z;
            destination.z = target.position.z;
        }

        if (TweenVecDic.ContainsKey(target))
        {
            tweenVec2D = TweenVecDic[target];

            tweenVec2D.Pause();

            TweenVecDic[target] = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            return TweenVecDic[target];
        }
        else
        {
            tweenVec2D = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            TweenVecDic.Add(target, tweenVec2D);

            return tweenVec2D;
        }
    }

    public static TweenVec CreateTweenVec2D(Transform target, Vector3 destination, float duration, bool local, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenVec tweenVec2D;

        Vector3 origin;

        if (local)
        {
            origin = target.localPosition;

            destination.z = target.localPosition.z;
        }
        else
        {
            origin = target.position;

            destination.z = target.position.z;
        }


        if (TweenVecDic.ContainsKey(target))
        {
            tweenVec2D = TweenVecDic[target];

            tweenVec2D.Pause();

            TweenVecDic[target] = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            return TweenVecDic[target];
        }
        else
        {
            tweenVec2D = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            TweenVecDic.Add(target, tweenVec2D);

            return tweenVec2D;
        }
    }

    public static TweenVec CreateTweenVecOffset2D(Transform target, Vector3 offset, float duration, bool local, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenVec tweenVec2D;

        Vector3 origin;
        Vector3 destination;

        if (local)
        {
            origin = target.localPosition;
            destination = target.localPosition + offset;

            destination.z = target.localPosition.z;
        }
        else
        {
            origin = target.position;
            destination = target.position + offset;

            destination.z = target.position.z;
        }

        if (TweenVecDic.ContainsKey(target))
        {
            tweenVec2D = TweenVecDic[target];

            tweenVec2D.Pause();

            TweenVecDic[target] = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            return TweenVecDic[target];
        }
        else
        {
            tweenVec2D = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            TweenVecDic.Add(target, tweenVec2D);

            return tweenVec2D;
        }
    }


    public static TweenVec CreateTweenVec3D(Transform target, Vector3 origin, Vector3 destination, float duration, bool local, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenVec tweenVec3D;

        if (TweenVecDic.ContainsKey(target))
        {
            tweenVec3D = TweenVecDic[target];

            tweenVec3D.Pause();

            TweenVecDic[target] = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            return TweenVecDic[target];
        }
        else
        {
            tweenVec3D = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            TweenVecDic.Add(target, tweenVec3D);

            return tweenVec3D;
        }
    }

    public static TweenVec CreateTweenVec3D(Transform target, Vector3 destination, float duration, bool local, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenVec tweenVec3D;

        Vector3 origin;

        if (local)
        {
            origin = target.localPosition;
        }
        else
        {
            origin = target.position;
        }

        if (TweenVecDic.ContainsKey(target))
        {
            tweenVec3D = TweenVecDic[target];

            tweenVec3D.Pause();

            TweenVecDic[target] = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            return TweenVecDic[target];
        }
        else
        {
            tweenVec3D = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            TweenVecDic.Add(target, tweenVec3D);

            return tweenVec3D;
        }
    }

    public static TweenVec CreateTweenVecOffset3D(Transform target, Vector3 offset, float duration, bool local, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenVec tweenVec3D;

        Vector3 origin;
        Vector3 destination;

        if (local)
        {
            origin = target.localPosition;
            destination = target.localPosition + offset;
        }
        else
        {
            origin = target.position;
            destination = target.position + offset;
        }

        if (TweenVecDic.ContainsKey(target))
        {
            tweenVec3D = TweenVecDic[target];

            tweenVec3D.Pause();

            TweenVecDic[target] = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            return TweenVecDic[target];
        }
        else
        {
            tweenVec3D = new TweenVec(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            TweenVecDic.Add(target, tweenVec3D);

            return tweenVec3D;
        }
    }


    public static TweenEuler CreateTweenEuler(Transform target, Vector3 origin, Vector3 destination, float duration, bool local, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenEuler tweenEuler;

        if (TweenEulerDic.ContainsKey(target))
        {
            tweenEuler = TweenEulerDic[target];

            tweenEuler.Pause();

            TweenEulerDic[target] = new TweenEuler(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            return TweenEulerDic[target];
        }
        else
        {
            tweenEuler = new TweenEuler(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            TweenEulerDic.Add(target, tweenEuler);

            return tweenEuler;
        }
    }

    public static TweenEuler CreateTweenEuler(Transform target, Vector3 destination, float duration, bool local, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenEuler tweenEuler;

        Vector3 origin;

        if (local)
        {
            origin = target.localEulerAngles;
        }
        else
        {
            origin = target.eulerAngles;
        }

        if (TweenEulerDic.ContainsKey(target))
        {
            tweenEuler = TweenEulerDic[target];

            tweenEuler.Pause();

            TweenEulerDic[target] = new TweenEuler(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            return TweenEulerDic[target];
        }
        else
        {
            tweenEuler = new TweenEuler(target, origin, destination, duration, local, originActive, destActive, curve, cg);

            TweenEulerDic.Add(target, tweenEuler);

            return tweenEuler;
        }
    }


    public static TweenFont CreateTweenFont(Transform target, int origin, int destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Text text = target.GetComponent<Text>();
        TweenFont tweenFont;

        if (TweenRectDic.ContainsKey(target))
        {
            tweenFont = TweenFontDic[target];

            tweenFont.Pause();

            TweenFontDic[target] = new TweenFont(text, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenFontDic[target];
        }
        else
        {
            tweenFont = new TweenFont(text, origin, destination, duration, originActive, destActive, curve, cg);

            TweenFontDic.Add(target, tweenFont);

            return tweenFont;
        }
    }

    public static TweenFont CreateTweenFont(Transform target, int destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Text text = target.GetComponent<Text>();
        TweenFont tweenFont;

        if (TweenRectDic.ContainsKey(target))
        {
            tweenFont = TweenFontDic[target];

            tweenFont.Pause();

            TweenFontDic[target] = new TweenFont(text, text.fontSize, destination, duration, originActive, destActive, curve, cg);

            return TweenFontDic[target];
        }
        else
        {
            tweenFont = new TweenFont(text, text.fontSize, destination, duration, originActive, destActive, curve, cg);

            TweenFontDic.Add(target, tweenFont);

            return tweenFont;
        }
    }


    public static TweenRect CreateTweenRect(Transform target, Vector2 origin, Vector2 destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenRect tweenRect;
        RectTransform rectTra = target.GetComponent<RectTransform>();

        if (TweenRectDic.ContainsKey(target))
        {
            tweenRect = TweenRectDic[target];

            tweenRect.Pause();

            TweenRectDic[target] = new TweenRect(rectTra, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenRectDic[target];
        }
        else
        {
            tweenRect = new TweenRect(rectTra, origin, destination, duration, originActive, destActive, curve, cg);

            TweenRectDic.Add(target, tweenRect);

            return tweenRect;
        }
    }

    public static TweenRect CreateTweenRect(Transform target, Vector2 destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenRect tweenRect;
        RectTransform rectTra = target.GetComponent<RectTransform>();

        if (TweenRectDic.ContainsKey(target))
        {
            tweenRect = TweenRectDic[target];

            tweenRect.Pause();

            TweenRectDic[target] = new TweenRect(rectTra, rectTra.rect.size, destination, duration, originActive, destActive, curve, cg);

            return TweenRectDic[target];
        }
        else
        {
            tweenRect = new TweenRect(rectTra, rectTra.rect.size, destination, duration, originActive, destActive, curve, cg);

            TweenRectDic.Add(target, tweenRect);

            return tweenRect;
        }
    }


    public static TweenScale CreateTweenScale(Transform target, float origin, float destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Vector3 destScale = new Vector3(destination, destination, destination);
        Vector3 originScale = new Vector3(origin, origin, origin);


        TweenScale tweenScale;

        if (TweenScaleDic.ContainsKey(target))
        {
            tweenScale = TweenScaleDic[target];

            tweenScale.Pause();

            TweenScaleDic[target] = new TweenScale(target, originScale, destScale, duration, originActive, destActive, curve, cg);

            return TweenScaleDic[target];
        }
        else
        {
            tweenScale = new TweenScale(target, originScale, destScale, duration, originActive, destActive, curve, cg);

            TweenScaleDic.Add(target, tweenScale);

            return tweenScale;
        }
    }

    public static TweenScale CreateTweenScale(Transform target, float destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Vector3 destScale = new Vector3(destination, destination, destination);


        TweenScale tweenScale;

        if (TweenScaleDic.ContainsKey(target))
        {
            tweenScale = TweenScaleDic[target];

            tweenScale.Pause();

            TweenScaleDic[target] = new TweenScale(target, target.localScale, destScale, duration, originActive, destActive, curve, cg);

            return TweenScaleDic[target];
        }
        else
        {
            tweenScale = new TweenScale(target, target.localScale, destScale, duration, originActive, destActive, curve, cg);

            TweenScaleDic.Add(target, tweenScale);

            return tweenScale;
        }
    }

    public static TweenScale CreateTweenScale(Transform target, Vector3 origin, Vector3 destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenScale tweenScale;

        if (TweenScaleDic.ContainsKey(target))
        {
            tweenScale = TweenScaleDic[target];

            tweenScale.Pause();

            TweenScaleDic[target] = new TweenScale(target, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenScaleDic[target];
        }
        else
        {
            tweenScale = new TweenScale(target, origin, destination, duration, originActive, destActive, curve, cg);

            TweenScaleDic.Add(target, tweenScale);

            return tweenScale;
        }
    }

    public static TweenScale CreateTweenScale(Transform target, Vector3 destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenScale tweenScale;

        if (TweenScaleDic.ContainsKey(target))
        {
            tweenScale = TweenScaleDic[target];

            tweenScale.Pause();

            TweenScaleDic[target] = new TweenScale(target, target.localScale, destination, duration, originActive, destActive, curve, cg);

            return TweenScaleDic[target];
        }
        else
        {
            tweenScale = new TweenScale(target, target.localScale, destination, duration, originActive, destActive, curve, cg);

            TweenScaleDic.Add(target, tweenScale);

            return tweenScale;
        }
    }


    public static TweenAudio CreateTweenAudio(Transform target, float origin, float destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenAudio tweenAudio;
        AudioSource audio = target.GetComponent<AudioSource>();

        if (TweenAudioDic.ContainsKey(audio))
        {
            tweenAudio = TweenAudioDic[audio];

            tweenAudio.Pause();

            TweenAudioDic[audio] = new TweenAudio(audio, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenAudioDic[audio];
        }
        else
        {
            tweenAudio = new TweenAudio(audio, origin, destination, duration, originActive, destActive, curve, cg);

            TweenAudioDic.Add(audio, tweenAudio);

            return tweenAudio;
        }
    }

    public static TweenAudio CreateTweenAudio(Transform target, float destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenAudio tweenAudio;
        AudioSource audio = target.GetComponent<AudioSource>();

        if (TweenAudioDic.ContainsKey(audio))
        {
            tweenAudio = TweenAudioDic[audio];

            tweenAudio.Pause();

            TweenAudioDic[audio] = new TweenAudio(audio, audio.volume, destination, duration, originActive, destActive, curve, cg);

            return TweenAudioDic[audio];
        }
        else
        {
            tweenAudio = new TweenAudio(audio, audio.volume, destination, duration, originActive, destActive, curve, cg);

            TweenAudioDic.Add(audio, tweenAudio);

            return tweenAudio;
        }
    }

    public static TweenAudio CreateTweenAudio(AudioSource audioSource, float origin, float destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenAudio tweenAudio;

        if (TweenAudioDic.ContainsKey(audioSource))
        {
            tweenAudio = TweenAudioDic[audioSource];

            tweenAudio.Pause();

            TweenAudioDic[audioSource] = new TweenAudio(audioSource, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenAudioDic[audioSource];
        }
        else
        {
            tweenAudio = new TweenAudio(audioSource, origin, destination, duration, originActive, destActive, curve, cg);

            TweenAudioDic.Add(audioSource, tweenAudio);

            return tweenAudio;
        }
    }

    public static TweenAudio CreateTweenAudio(AudioSource audioSource, float destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenAudio tweenAudio;

        if (TweenAudioDic.ContainsKey(audioSource))
        {
            tweenAudio = TweenAudioDic[audioSource];

            tweenAudio.Pause();

            TweenAudioDic[audioSource] = new TweenAudio(audioSource, audioSource.volume, destination, duration, originActive, destActive, curve, cg);

            return TweenAudioDic[audioSource];
        }
        else
        {
            tweenAudio = new TweenAudio(audioSource, audioSource.volume, destination, duration, originActive, destActive, curve, cg);
            
            TweenAudioDic.Add(audioSource, tweenAudio);

            return tweenAudio;
        }
    }


    public static TweenOutline CreateTweenOutline(Transform target, float originAlpha, float destAlpha, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Outline outline = target.GetComponent<Outline>();
        TweenOutline tweenOutline;

        Color origin = outline.effectColor;
        Color destination = outline.effectColor;

        origin.a = originAlpha;
        destination.a = destAlpha;

        if (TweenOutlineDic.ContainsKey(target))
        {
            tweenOutline = TweenOutlineDic[target];

            tweenOutline.Pause();

            TweenOutlineDic[target] = new TweenOutline(outline, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenOutlineDic[target];
        }
        else
        {
            tweenOutline = new TweenOutline(outline, origin, destination, duration, originActive, destActive, curve, cg);

            TweenOutlineDic.Add(target, tweenOutline);

            return tweenOutline;
        }
    }

    public static TweenOutline CreateTweenOutline(Transform target, float destAlpha, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Outline graphic = target.GetComponent<Outline>();
        TweenOutline tweenOutline;

        Color destination = graphic.effectColor;

        destination.a = destAlpha;

        if (TweenOutlineDic.ContainsKey(target))
        {
            tweenOutline = TweenOutlineDic[target];

            tweenOutline.Pause();

            TweenOutlineDic[target] = new TweenOutline(graphic, graphic.effectColor, destination, duration, originActive, destActive, curve, cg);

            return TweenOutlineDic[target];
        }
        else
        {
            tweenOutline = new TweenOutline(graphic, graphic.effectColor, destination, duration, originActive, destActive, curve, cg);

            TweenOutlineDic.Add(target, tweenOutline);

            return tweenOutline;
        }
    }

    public static TweenOutline CreateTweenOutline(Transform target, Color origin, Color destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Outline outline = target.GetComponent<Outline>();
        TweenOutline tweenOutline;

        if (TweenOutlineDic.ContainsKey(target))
        {
            tweenOutline = TweenOutlineDic[target];

            tweenOutline.Pause();

            TweenOutlineDic[target] = new TweenOutline(outline, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenOutlineDic[target];
        }
        else
        {
            tweenOutline = new TweenOutline(outline, origin, destination, duration, originActive, destActive, curve, cg);

            TweenOutlineDic.Add(target, tweenOutline);

            return tweenOutline;
        }
    }

    public static TweenOutline CreateTweenOutline(Transform target, Color destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Outline graphic = target.GetComponent<Outline>();
        TweenOutline tweenOutline;

        if (TweenOutlineDic.ContainsKey(target))
        {
            tweenOutline = TweenOutlineDic[target];

            tweenOutline.Pause();

            TweenOutlineDic[target] = new TweenOutline(graphic, graphic.effectColor, destination, duration, originActive, destActive, curve, cg);

            return TweenOutlineDic[target];
        }
        else
        {
            tweenOutline = new TweenOutline(graphic, graphic.effectColor, destination, duration, originActive, destActive, curve, cg);

            TweenOutlineDic.Add(target, tweenOutline);

            return tweenOutline;
        }
    }


    public static TweenNumber CreateTweenNumber(Transform target, int origin, int destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Text text = target.GetComponent<Text>();
        TweenNumber tweenNumber;

        if (TweenNumberDic.ContainsKey(target))
        {
            tweenNumber = TweenNumberDic[target];

            tweenNumber.Pause();

            TweenNumberDic[target] = new TweenNumber(text, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenNumberDic[target];
        }
        else
        {
            tweenNumber = new TweenNumber(text, origin, destination, duration, originActive, destActive, curve, cg);

            TweenNumberDic.Add(target, tweenNumber);

            return tweenNumber;
        }
    }

    public static TweenNumber CreateTweenNumber(Transform target, int destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        Text text = target.GetComponent<Text>();
        TweenNumber tweenNumber;

        if (TweenNumberDic.ContainsKey(target))
        {
            tweenNumber = TweenNumberDic[target];

            tweenNumber.Pause();

            TweenNumberDic[target] = new TweenNumber(text, int.Parse(text.text), destination, duration, originActive, destActive, curve, cg);

            return TweenNumberDic[target];
        }
        else
        {
            tweenNumber = new TweenNumber(text, int.Parse(text.text), destination, duration, originActive, destActive, curve, cg);

            TweenNumberDic.Add(target, tweenNumber);

            return tweenNumber;
        }
    }


    public static TweenMatFloat CreateTweenMatFloat(MaterialUnit target, float origin, float destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenMatFloat tweenMatFloat;

        if (TweenMatFloatDic.ContainsKey(target))
        {
            tweenMatFloat = TweenMatFloatDic[target];

            tweenMatFloat.Pause();

            TweenMatFloatDic[target] = new TweenMatFloat(target, origin, destination, duration, originActive, destActive, curve, cg);

            return TweenMatFloatDic[target];
        }
        else
        {
            tweenMatFloat = new TweenMatFloat(target, origin, destination, duration, originActive, destActive, curve, cg);

            TweenMatFloatDic.Add(target, tweenMatFloat);

            return tweenMatFloat;
        }
    }

    public static TweenMatFloat CreateTweenMatFloat(MaterialUnit target, float destination, float duration, bool originActive, bool destActive, Curve curve, bool cg = false)
    {
        TweenMatFloat tweenMatFloat;

        if (TweenMatFloatDic.ContainsKey(target))
        {
            tweenMatFloat = TweenMatFloatDic[target];

            tweenMatFloat.Pause();

            TweenMatFloatDic[target] = new TweenMatFloat(target, target.GetFloat(), destination, duration, originActive, destActive, curve, cg);

            return TweenMatFloatDic[target];
        }
        else
        {
            tweenMatFloat = new TweenMatFloat(target, target.GetFloat(), destination, duration, originActive, destActive, curve, cg);

            TweenMatFloatDic.Add(target, tweenMatFloat);

            return tweenMatFloat;
        }
    }

    #endregion
}