TH1/Unity/Assets/Scripts/TH1_Anim/UnitAtomAnim/UnitAtomAnim.cs

using System.Collections.Generic;
using TH1_Renderer.UnitAtomAnim;
using TH1Renderer;
using UnityEngine;

namespace TH1_Anim.UnitAtomAnim
{
    public enum UnitAtomAnimState
    {
        Prepare,
        Playing,
        Finished,
        Wrong
    }

    public enum UnitAtomAnimType
    {
        None,
        Bounce,
        Move,
        ParabolaMove,
        AttackMove,
        AttackMoveBack,
        KillMove,
        Projectile
    }

    
    public static class UnitAtomAnimFactory
    {
        public static IUnitAtomAnim Create(UnitAtomAnimType type,IUnitAtomAnimData unitAtomAnimData)
        {
            return type switch
            {
                UnitAtomAnimType.Move => new UnitAtomAnimMove(unitAtomAnimData) { },
                UnitAtomAnimType.ParabolaMove => new UnitAtomAnimParabolaMove(unitAtomAnimData) { },
                UnitAtomAnimType.Bounce =>new UnitAtomAnimBounce(unitAtomAnimData) { },
                UnitAtomAnimType.AttackMove => new UnitAtomAnimAttackMove(unitAtomAnimData) { },
                UnitAtomAnimType.AttackMoveBack => new UnitAtomAnimAttackMoveBack(unitAtomAnimData){},
                UnitAtomAnimType.Projectile => new UnitAtomAnimProjectile(unitAtomAnimData){},
                _ => null
            };
        }
        
    }
    
    
    public abstract class IUnitAtomAnim
    {

        public UnitAtomAnimType Type;
        public UnitAtomAnimState State;
        public float StartTime;
        public float Duration;

        public IUnitAtomAnim()
        {
        } 
        public virtual void InitData(){}

        public virtual bool OnStart(UnitMono unitMono) { return true;}
        public virtual void OnFinished(UnitMono unitMono) { }

        public virtual void OnUpdate(UnitMono unitMono,float progressTime) { }

        public virtual void UpdateDirection(UnitMono unitMono, Vector2Int originGridPos,Vector2Int targetGridPos)
        {
            // 计算移动方向并设置朝向
            int dx = originGridPos.x - targetGridPos.x;
            int dy = originGridPos.y - targetGridPos.y;
            
            // 如果向左上方移动(y1-y2 > x1-x2)，翻转朝向
            if (dy > dx)
            {
                var v3 = unitMono.SpriteRenderer.transform.localScale;
                v3.x = Mathf.Abs(v3.x);
                unitMono.SpriteRenderer.transform.localScale = v3;
            }
            // 如果向右上方移动(y1-y2 < x1-x2)，保持默认朝向
            else if(dy < dx)
            {
                var v3 = unitMono.SpriteRenderer.transform.localScale;
                v3.x = -Mathf.Abs(v3.x);
                unitMono.SpriteRenderer.transform.localScale = v3;
            }
        }
    }

    public class UnitAtomAnimBounce : IUnitAtomAnim
    {
        private UnitAtomAnimBounceData _data;
        private Vector3 _bounceUpPos;
        private Vector3 _bounceDownPos;
        public UnitAtomAnimBounce(IUnitAtomAnimData data) : base()
        {
            _data = data as UnitAtomAnimBounceData;
        }

        public override bool OnStart(UnitMono unitMono)
        {
            if (_data == null)return false;
            Duration = Table.Instance.AnimDataAssets.BounceDownTime + Table.Instance.AnimDataAssets.BounceUpTime;
            _bounceUpPos = unitMono.gameObject.transform.position;
            _bounceDownPos = new Vector3(unitMono.gameObject.transform.position.x, unitMono.gameObject.transform.position.y - 0.8f, unitMono.gameObject.transform.position.z);
            return true;
        }

        public override void OnUpdate(UnitMono unitMono, float progressTime)
        {
            if (progressTime <= Table.Instance.AnimDataAssets.BounceDownTime)
            {
                float t = progressTime / Table.Instance.AnimDataAssets.BounceDownTime;
                unitMono.gameObject.transform.position = Vector3.Lerp(_bounceUpPos, _bounceDownPos, t);
                return;
            }

            if (progressTime > Table.Instance.AnimDataAssets.BounceDownTime)
            {
                float t = (progressTime - Table.Instance.AnimDataAssets.BounceDownTime) / Table.Instance.AnimDataAssets.BounceUpTime;
                unitMono.gameObject.transform.position = Vector3.Lerp(_bounceDownPos, _bounceUpPos, t);
                return;
            }
        }
        
    }

    
    public class UnitAtomAnimProjectile : IUnitAtomAnim
    {
        private UnitAtomAnimProjectileData _data;
        private Vector3 _originPos;
        private Vector3 _targetPos;

        public UnitAtomAnimProjectile(IUnitAtomAnimData data) : base()
        {
            _data = data as UnitAtomAnimProjectileData;
            State = UnitAtomAnimState.Prepare;
        }
        public override bool OnStart(UnitMono unitMono)
        {
            if (_data == null) return false;
            Duration = Table.Instance.AnimDataAssets.AttackAnimTime;
            if (Table.Instance.ProjectileTypeDataAssets.GetProjectileTypeInfo(_data.ProjectileType, out var info))
                Duration = info.AnimTime;
            
            _originPos = Table.Instance.GridPosToWorld(_data.OriginGridPos, "isUnit");
            _targetPos = Table.Instance.GridPosToWorld(_data.TargetGridPos, "isUnit");
            MapRenderer.Instance.ProjectileManager.CreateProjectile(_originPos,_targetPos,_data.ProjectileType);
            UpdateDirection(unitMono,_data.OriginGridPos,_data.TargetGridPos);
            return true;
        }

        public override void OnUpdate(UnitMono unitMono,float progressTime)
        {
            //if (unitMono == null) return;
            //float t = Mathf.Clamp(progressTime / Duration,0f,1f);
            //unitMono.gameObject.transform.position = Vector3.Lerp(_originPos, _targetPos, t);
            //Debug.Log($"{Time.time} / {progressTime} : {_originPos} -> {_targetPos}  now @ {unitMono.gameObject.transform.position}");
        }

    }
    
    
    
}