Unity 开发实战：装备系统与耐久度机制实现
装备系统是角色扮演、生存建造等类型游戏的核心玩法之一，而装备耐久度则为游戏增加了策略性和资源管理维度。本文将详细介绍如何在 Unity 中设计并实现一套完整的装备系统，包括装备属性、穿戴逻辑、耐久度消耗与修复机制，帮助你构建既丰富又平衡的装备玩法。
一、装备系统核心需求分析
一个完善的装备系统应包含以下核心功能：
多类型装备支持（武器、防具、饰品等）
装备属性系统（攻击力、防御力、特殊效果）
耐久度机制（使用消耗、损坏状态）
装备穿戴与卸下逻辑
耐久度修复系统
装备品质与稀有度区分
装备 UI 展示（背包、穿戴界面）
二、数据结构设计
采用 ScriptableObject 存储装备配置数据，确保数据可配置且易于扩展，同时使用运行时数据类管理装备状态。
1. 装备类型与部位定义
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// 装备类型public enum EquipmentType{
Weapon, // 武器
Armor, // armor
Helmet, // 头盔
Gloves, // 手套
Boots, // 靴子
Accessory // 饰品}// 装备品质public enum EquipmentQuality{
Common, // 普通
Uncommon, // uncommon
Rare, // 稀有
Epic, // 史诗
Legendary // 传说}2. 装备配置数据（ScriptableObject）
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using UnityEngine;[CreateAssetMenu(fileName = "EquipmentData", menuName = "Equipment/EquipmentData")]public class EquipmentData : ScriptableObject{
[Header("基础信息")]
public string equipmentName; // 装备名称
public string description; // 装备描述
public Sprite icon; // 装备图标
public GameObject modelPrefab; // 装备模型
public EquipmentType equipmentType; // 装备类型
public EquipmentQuality quality; // 装备品质
[Header("属性数值")]
public int attack; // 攻击力（武器）
public int defense; // 防御力（防具）
public float attackSpeed; // 攻击速度（武器）
public float moveSpeedBonus; // 移动速度加成
[Header("耐久度设置")]
public int maxDurability; // 最大耐久度
public float durabilityLossPerUse; // 每次使用消耗的耐久度
public float durabilityLossPerHit; // 每次被击中消耗的耐久度
public int repairCost; // 修复成本
public float qualityDurabilityMultiplier; // 品质对耐久度的乘数
[Header("其他设置")]
public int requiredLevel; // 需求等级
public bool isPermanent; // 是否永久（不会损坏）
public bool canBeRepaired; // 是否可修复}3. 装备实例数据（运行时状态）
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[System.Serializable]public class EquipmentInstance{
public string instanceId; // 实例唯一ID
public EquipmentData data; // 关联的配置数据
public int currentDurability; // 当前耐久度
public int level; // 强化等级
public bool isEquipped; // 是否已穿戴
public float durabilityLossMultiplier = 1f; // 耐久度消耗乘数（受品质影响）
// 构造函数
public EquipmentInstance(EquipmentData data)
{
instanceId = System.Guid.NewGuid().ToString();
this.data = data;
// 根据品质计算实际最大耐久度
int qualityAdjustedMax = Mathf.RoundToInt(
data.maxDurability * data.qualityDurabilityMultiplier );
currentDurability = qualityAdjustedMax;
level = 0;
isEquipped = false;
}
// 检查装备是否可用
public bool IsUsable()
{
// 永久装备或耐久度大于0
return data.isPermanent || currentDurability > 0;
}
// 检查装备是否损坏
public bool IsBroken()
{
return !data.isPermanent && currentDurability <= 0;
}
// 消耗耐久度
public void ConsumeDurability(bool isAttack = true)
{
if (data.isPermanent) return; // 永久装备不消耗耐久度
// 根据行为类型计算消耗
float lossAmount = isAttack ?
data.durabilityLossPerUse :
data.durabilityLossPerHit;
// 应用乘数（强化等级可能降低消耗）
lossAmount *= durabilityLossMultiplier * (1 - (level * 0.05f));
currentDurability = Mathf.Max(0, currentDurability - Mathf.RoundToInt(lossAmount));
}
// 修复装备
public bool Repair(int amount = -1)
{
if (!data.canBeRepaired) return false;
int qualityAdjustedMax = Mathf.RoundToInt(
data.maxDurability * data.qualityDurabilityMultiplier );
// 如果未指定修复量，则修复至满耐久
if (amount <= 0)
{
currentDurability = qualityAdjustedMax;
}
else
{
currentDurability = Mathf.Min(qualityAdjustedMax, currentDurability + amount);
}
return true;
}
// 获取当前耐久度百分比
public float GetDurabilityPercentage()
{
int qualityAdjustedMax = Mathf.RoundToInt(
data.maxDurability * data.qualityDurabilityMultiplier );
return (float)currentDurability / qualityAdjustedMax;
}}三、装备系统核心逻辑实现
1. 装备管理器（单例模式）
负责装备的整体管理，包括穿戴、卸下、耐久度更新等核心逻辑。
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using UnityEngine;using System.Collections.Generic;using System.Linq;public class EquipmentManager : MonoBehaviour{
public static EquipmentManager Instance { get; private set; }
// 装备槽位（按类型存储当前穿戴的装备）
private Dictionary<EquipmentType, EquipmentInstance> equippedItems = new Dictionary<EquipmentType, EquipmentInstance>();
// 所有拥有的装备
private List<EquipmentInstance> ownedEquipment = new List<EquipmentInstance>();
// 事件定义
public event Action<EquipmentType, EquipmentInstance> OnEquipmentEquipped; // 装备穿戴时
public event Action<EquipmentType, EquipmentInstance> OnEquipmentUnequipped; // 装备卸下时
public event Action<EquipmentInstance> OnDurabilityChanged; // 耐久度变化时
public event Action<EquipmentInstance> OnEquipmentBroken; // 装备损坏时
private void Awake()
{
if (Instance == null)
{
Instance = this;
DontDestroyOnLoad(gameObject);
}
else
{
Destroy(gameObject);
}
}
// 初始化装备系统
public void Initialize()
{
// 初始化装备槽位
foreach (EquipmentType type in Enum.GetValues(typeof(EquipmentType)))
{
if (!equippedItems.ContainsKey(type))
{
equippedItems[type] = null;
}
}
}
// 穿戴装备
public bool EquipEquipment(EquipmentInstance equipment)
{
// 检查装备是否可用
if (equipment == null || !equipment.IsUsable())
return false;
EquipmentType type = equipment.data.equipmentType;
// 如果该槽位已有装备，先卸下
if (equippedItems[type] != null)
{
UnequipEquipment(type);
}
// 穿戴新装备
equipment.isEquipped = true;
equippedItems[type] = equipment;
// 触发装备事件
OnEquipmentEquipped?.Invoke(type, equipment);
return true;
}
// 卸下装备
public bool UnequipEquipment(EquipmentType type)
{
if (equippedItems.TryGetValue(type, out EquipmentInstance equipment) && equipment != null)
{
equipment.isEquipped = false;
equippedItems[type] = null;
// 触发卸下事件
OnEquipmentUnequipped?.Invoke(type, equipment);
return true;
}
return false;
}
// 获取指定类型的已装备物品
public EquipmentInstance GetEquippedItem(EquipmentType type)
{
equippedItems.TryGetValue(type, out EquipmentInstance equipment);
return equipment;
}
// 获取所有已装备物品
public List<EquipmentInstance> GetAllEquippedItems()
{
return equippedItems.Values.Where(e => e != null).ToList();
}
// 消耗装备耐久度（攻击时）
public void ConsumeWeaponDurability()
{
var weapon = GetEquippedItem(EquipmentType.Weapon);
if (weapon != null)
{
ConsumeEquipmentDurability(weapon, true);
}
}
// 受到攻击时消耗防具耐久度
public void ConsumeArmorDurability()
{
// 消耗所有防具类型的耐久度
var armorTypes = new List<EquipmentType>
{
EquipmentType.Armor,
EquipmentType.Helmet,
EquipmentType.Gloves,
EquipmentType.Boots };
foreach (var type in armorTypes)
{
var armor = GetEquippedItem(type);
if (armor != null)
{
ConsumeEquipmentDurability(armor, false);
}
}
}
// 消耗指定装备的耐久度
public void ConsumeEquipmentDurability(EquipmentInstance equipment, bool isAttack)
{
if (equipment == null || equipment.data.isPermanent)
return;
// 记录消耗前的状态
bool wasBroken = equipment.IsBroken();
// 消耗耐久度
equipment.ConsumeDurability(isAttack);
// 触发耐久度变化事件
OnDurabilityChanged?.Invoke(equipment);
// 如果装备刚损坏且之前未损坏，触发损坏事件
if (!wasBroken && equipment.IsBroken())
{
OnEquipmentBroken?.Invoke(equipment);
}
}
// 修复装备
public bool RepairEquipment(EquipmentInstance equipment, bool fullRepair = true)
{
if (equipment == null || !equipment.data.canBeRepaired)
return false;
bool wasBroken = equipment.IsBroken();
bool repaired = equipment.Repair(fullRepair ? -1 : 0);
if (repaired)
{
OnDurabilityChanged?.Invoke(equipment);
// 如果从损坏状态修复，触发装备事件
if (wasBroken && equipment.IsUsable())
{
if (equipment.isEquipped)
{
OnEquipmentEquipped?.Invoke(equipment.data.equipmentType, equipment);
}
}
}
return repaired;
}
// 添加装备到背包
public void AddEquipment(EquipmentData data)
{
var newEquipment = new EquipmentInstance(data);
ownedEquipment.Add(newEquipment);
}
// 从背包移除装备
public bool RemoveEquipment(string instanceId)
{
var equipment = ownedEquipment.FirstOrDefault(e => e.instanceId == instanceId);
if (equipment != null)
{
// 如果是已装备的，先卸下
if (equipment.isEquipped)
{
UnequipEquipment(equipment.data.equipmentType);
}
ownedEquipment.Remove(equipment);
return true;
}
return false;
}
// 获取所有拥有的装备
public List<EquipmentInstance> GetAllOwnedEquipment()
{
return new List<EquipmentInstance>(ownedEquipment);
}
// 计算总防御力
public int CalculateTotalDefense()
{
int totalDefense = 0;
foreach (var equipment in GetAllEquippedItems())
{
totalDefense += equipment.data.defense * (1 + equipment.level * 0.1f);
}
return totalDefense;
}
// 计算当前攻击力
public int CalculateCurrentAttack()
{
var weapon = GetEquippedItem(EquipmentType.Weapon);
if (weapon != null && weapon.IsUsable())
{
return weapon.data.attack * (1 + weapon.level * 0.1f);
}
return 1; // 基础攻击力
}}2. 装备 UI 管理器
负责装备相关的 UI 展示与交互，包括装备栏、背包和详细信息面板。
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using UnityEngine;using UnityEngine.UI;using TMPro;using System.Collections.Generic;public class EquipmentUIManager : MonoBehaviour{
[Header("装备栏")]
[SerializeField] private List<EquipmentSlotUI> equipmentSlots = new List<EquipmentSlotUI>();
[Header("装备背包")]
[SerializeField] private Transform equipmentGrid;
[SerializeField] private GameObject equipmentItemPrefab;
[Header("装备详情面板")]
[SerializeField] private GameObject detailPanel;
[SerializeField] private TextMeshProUGUI nameText;
[SerializeField] private TextMeshProUGUI typeText;
[SerializeField] private TextMeshProUGUI descriptionText;
[SerializeField] private TextMeshProUGUI statsText;
[SerializeField] private Slider durabilitySlider;
[SerializeField] private TextMeshProUGUI durabilityText;
[SerializeField] private Button equipButton;
[SerializeField] private Button repairButton;
private List<EquipmentItemUI> equipmentItemUIs = new List<EquipmentItemUI>();
private EquipmentInstance selectedEquipment;
private void Start()
{
// 注册事件
EquipmentManager.Instance.OnEquipmentEquipped += UpdateEquipmentSlot;
EquipmentManager.Instance.OnEquipmentUnequipped += UpdateEquipmentSlot;
EquipmentManager.Instance.OnDurabilityChanged += UpdateDurabilityDisplay;
// 绑定按钮事件
equipButton.onClick.AddListener(OnEquipButtonClicked);
repairButton.onClick.AddListener(OnRepairButtonClicked);
// 初始化装备槽
InitializeEquipmentSlots();
// 刷新装备背包
RefreshEquipmentInventory();
// 隐藏详情面板
detailPanel.SetActive(false);
}
// 初始化装备槽
private void InitializeEquipmentSlots()
{
foreach (var slot in equipmentSlots)
{
slot.Initialize();
}
}
// 刷新装备背包
public void RefreshEquipmentInventory()
{
// 清除现有UI
foreach (var ui in equipmentItemUIs)
{
Destroy(ui.gameObject);
}
equipmentItemUIs.Clear();
// 创建装备项UI
var allEquipment = EquipmentManager.Instance.GetAllOwnedEquipment();
foreach (var equipment in allEquipment)
{
GameObject itemObj = Instantiate(equipmentItemPrefab, equipmentGrid);
EquipmentItemUI itemUI = itemObj.GetComponent<EquipmentItemUI>();
itemUI.Initialize(equipment, OnEquipmentItemClicked);
equipmentItemUIs.Add(itemUI);
}
}
// 更新装备槽显示
private void UpdateEquipmentSlot(EquipmentType type, EquipmentInstance equipment)
{
var slot = equipmentSlots.FirstOrDefault(s => s.EquipmentType == type);
if (slot != null)
{
slot.SetEquipment(equipment);
}
// 同时更新背包中对应装备的状态
RefreshEquipmentInventory();
}
// 装备项点击事件
private void OnEquipmentItemClicked(EquipmentInstance equipment)
{
selectedEquipment = equipment;
ShowEquipmentDetails(equipment);
}
// 显示装备详情
private void ShowEquipmentDetails(EquipmentInstance equipment)
{
if (equipment == null)
{
detailPanel.SetActive(false);
return;
}
detailPanel.SetActive(true);
nameText.text = equipment.data.equipmentName;
typeText.text = equipment.data.equipmentType.ToString();
descriptionText.text = equipment.data.description;
// 显示属性
statsText.text = $"攻击力: {equipment.data.attack}\n" +
$"防御力: {equipment.data.defense}\n" +
$"攻击速度: {equipment.data.attackSpeed}\n" +
$"移动加成: {equipment.data.moveSpeedBonus * 100}%";
// 显示耐久度
UpdateDurabilityDisplay(equipment);
// 更新按钮状态
equipButton.gameObject.SetActive(!equipment.isEquipped && equipment.IsUsable());
repairButton.gameObject.SetActive(equipment.data.canBeRepaired &&
equipment.currentDurability <
Mathf.RoundToInt(equipment.data.maxDurability * equipment.data.qualityDurabilityMultiplier));
}
// 更新耐久度显示
private void UpdateDurabilityDisplay(EquipmentInstance equipment)
{
if (equipment.data.isPermanent)
{
durabilitySlider.gameObject.SetActive(false);
durabilityText.text = "永久";
}
else
{
durabilitySlider.gameObject.SetActive(true);
float percentage = equipment.GetDurabilityPercentage();
durabilitySlider.value = percentage;
durabilityText.text = $"{equipment.currentDurability}/{Mathf.RoundToInt(equipment.data.maxDurability * equipment.data.qualityDurabilityMultiplier)}";
// 根据耐久度设置颜色
if (percentage < 0.2f)
durabilityText.color = Color.red;
else if (percentage < 0.5f)
durabilityText.color = Color.yellow;
else
durabilityText.color = Color.green;
}
// 如果当前显示的是该装备，更新详情面板
if (selectedEquipment != null && selectedEquipment.instanceId == equipment.instanceId)
{
repairButton.gameObject.SetActive(equipment.data.canBeRepaired &&
equipment.currentDurability <
Mathf.RoundToInt(equipment.data.maxDurability * equipment.data.qualityDurabilityMultiplier));
}
}
// 装备按钮点击
private void OnEquipButtonClicked()
{
if (selectedEquipment != null)
{
EquipmentManager.Instance.EquipEquipment(selectedEquipment);
}
}
// 修复按钮点击
private void OnRepairButtonClicked()
{
if (selectedEquipment != null)
{
// 检查是否有足够的修复资源（实际项目中应与资源系统交互）
bool hasEnoughResources = CheckRepairResources(selectedEquipment);
if (hasEnoughResources)
{
// 消耗资源（实际项目中实现）
ConsumeRepairResources(selectedEquipment);
// 修复装备
EquipmentManager.Instance.RepairEquipment(selectedEquipment);
}
else
{
// 提示资源不足
Debug.Log("修复资源不足");
}
}
}
// 检查修复资源（示例方法）
private bool CheckRepairResources(EquipmentInstance equipment)
{
// 实际项目中应检查玩家是否拥有足够的修复材料
return true;
}
// 消耗修复资源（示例方法）
private void ConsumeRepairResources(EquipmentInstance equipment)
{
// 实际项目中实现资源消耗逻辑
}}// 装备槽UI组件public class EquipmentSlotUI : MonoBehaviour{
[SerializeField] private EquipmentType equipmentType;
[SerializeField] private Image icon;
[SerializeField] private Image durabilityBar;
[SerializeField] private GameObject emptyIndicator;
public EquipmentType EquipmentType => equipmentType;
public void Initialize()
{
SetEquipment(null);
}
public void SetEquipment(EquipmentInstance equipment)
{
if (equipment != null)
{
icon.sprite = equipment.data.icon;
icon.enabled = true;
emptyIndicator.SetActive(false);
// 更新耐久度条
if (!equipment.data.isPermanent)
{
durabilityBar.enabled = true;
float percentage = equipment.GetDurabilityPercentage();
durabilityBar.fillAmount = percentage;
// 设置耐久度条颜色
if (percentage < 0.2f)
durabilityBar.color = Color.red;
else if (percentage < 0.5f)
durabilityBar.color = Color.yellow;
else
durabilityBar.color = Color.green;
}
else
{
durabilityBar.enabled = false;
}
}
else
{
icon.enabled = false;
durabilityBar.enabled = false;
emptyIndicator.SetActive(true);
}
}}// 装备项UI组件public class EquipmentItemUI : MonoBehaviour{
[SerializeField] private Image icon;
[SerializeField] private TextMeshProUGUI nameText;
[SerializeField] private TextMeshProUGUI durabilityText;
[SerializeField] private Image qualityBorder;
[SerializeField] private GameObject equippedIndicator;
private EquipmentInstance equipment;
private Action<EquipmentInstance> onClickAction;
public void Initialize(EquipmentInstance equipment, Action<EquipmentInstance> onClick)
{
this.equipment = equipment;
this.onClickAction = onClick;
// 设置图标和名称
icon.sprite = equipment.data.icon;
nameText.text = equipment.data.equipmentName;
// 设置品质边框颜色
qualityBorder.color = GetQualityColor(equipment.data.quality);
// 设置耐久度显示
if (equipment.data.isPermanent)
{
durabilityText.text = "永久";
}
else
{
UpdateDurability();
}
// 设置装备状态
equippedIndicator.SetActive(equipment.isEquipped);
// 绑定点击事件
GetComponent<Button>().onClick.AddListener(OnClick);
}
// 更新耐久度显示
public void UpdateDurability()
{
if (equipment != null && !equipment.data.isPermanent)
{
durabilityText.text = $"{equipment.currentDurability}/{Mathf.RoundToInt(equipment.data.maxDurability * equipment.data.qualityDurabilityMultiplier)}";
// 根据耐久度设置颜色
float percentage = equipment.GetDurabilityPercentage();
if (percentage < 0.2f)
durabilityText.color = Color.red;
else if (percentage < 0.5f)
durabilityText.color = Color.yellow;
else
durabilityText.color = Color.green;
}
}
// 点击事件
private void OnClick()
{
onClickAction?.Invoke(equipment);
}
// 获取品质对应的颜色
private Color GetQualityColor(EquipmentQuality quality)
{
switch (quality)
{
case EquipmentQuality.Common: return Color.gray;
case EquipmentQuality.Uncommon: return Color.green;
case EquipmentQuality.Rare: return Color.blue;
case EquipmentQuality.Epic: return new Color(0.9f, 0f, 0.9f); // 紫色
case EquipmentQuality.Legendary: return new Color(1f, 0.8f, 0f); // 橙色
default: return Color.white;
}
}}四、装备与战斗系统的交互
装备系统需要与战斗系统紧密集成，实现攻击防御计算和耐久度消耗：
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public class CombatSystem : MonoBehaviour{
// 攻击目标
public void Attack(GameObject target)
{
// 消耗武器耐久度
EquipmentManager.Instance.ConsumeWeaponDurability();
// 计算攻击力
int attackPower = EquipmentManager.Instance.CalculateCurrentAttack();
// 应用伤害（简化示例）
var enemyHealth = target.GetComponent<EnemyHealth>();
if (enemyHealth != null)
{
enemyHealth.TakeDamage(attackPower);
}
}
// 受到攻击
public void TakeDamage(int damage)
{
// 消耗防具耐久度
EquipmentManager.Instance.ConsumeArmorDurability();
// 计算防御力
int defense = EquipmentManager.Instance.CalculateTotalDefense();
// 计算最终伤害
int finalDamage = Mathf.Max(1, damage - defense);
// 应用伤害到自身
GetComponent<PlayerHealth>().TakeDamage(finalDamage);
}}五、系统扩展与优化
1. 装备强化系统
扩展装备系统，实现强化功能：
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public class EquipmentEnhancement : MonoBehaviour{
// 强化装备
public bool EnhanceEquipment(EquipmentInstance equipment, ItemData material)
{
// 检查材料是否足够
if (!HasEnoughMaterials(equipment, material))
return false;
// 消耗材料
ConsumeMaterials(equipment, material);
// 提升装备等级
equipment.level++;
// 降低耐久度消耗（强化效果）
equipment.durabilityLossMultiplier = Mathf.Max(0.5f, equipment.durabilityLossMultiplier - 0.05f);
// 触发更新事件
EquipmentManager.Instance.OnDurabilityChanged?.Invoke(equipment);
return true;
}
// 检查材料是否足够
private bool HasEnoughMaterials(EquipmentInstance equipment, ItemData material)
{
// 实现材料检查逻辑
return true;
}
// 消耗材料
private void ConsumeMaterials(EquipmentInstance equipment, ItemData material)
{
// 实现材料消耗逻辑
}}2. 装备耐久度预警系统
当装备耐久度低时给予玩家提示：
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public class DurabilityWarningSystem : MonoBehaviour{
[SerializeField] private float warningThreshold = 0.2f; // 警告阈值（20%）
[SerializeField] private GameObject warningPanel;
[SerializeField] private TextMeshProUGUI warningText;
private void Start()
{
// 监听耐久度变化事件
EquipmentManager.Instance.OnDurabilityChanged += CheckDurabilityWarning;
warningPanel.SetActive(false);
}
// 检查耐久度警告
private void CheckDurabilityWarning(EquipmentInstance equipment)
{
// 如果是已装备的装备且耐久度低于阈值
if (equipment.isEquipped &&
!equipment.data.isPermanent &&
equipment.GetDurabilityPercentage() <= warningThreshold)
{
ShowWarning(equipment);
}
}
// 显示警告
private void ShowWarning(EquipmentInstance equipment)
{
warningText.text = $"{equipment.data.equipmentName} 耐久度低，需要修复！";
warningPanel.SetActive(true);
// 3秒后自动隐藏
Invoke(nameof(HideWarning), 3f);
}
// 隐藏警告
private void HideWarning()
{
warningPanel.SetActive(false);
}}六、平衡设计与优化建议
1. 数值平衡要点
不同品质装备的耐久度应有明显差异（传说 > 史诗 > 稀有）
武器耐久度消耗应与攻击力正相关（高攻击力武器消耗更快）
防具耐久度消耗应与防御力正相关
修复成本应与装备品质和当前耐久度挂钩
确保装备损坏不会导致游戏无法进行（保留基础能力）
2. 性能优化
装备模型使用 LOD 系统，降低远处渲染成本
耐久度更新事件只在实际变化时触发，避免频繁更新
大量装备展示时使用对象池复用 UI 元素
装备属性计算缓存结果，而非每次需要时重新计算
3. 玩家体验优化
装备耐久度低时提供明显的视觉提示（如闪烁、颜色变化）
允许玩家一键修复所有装备
装备损坏时保留外观但添加损坏特效
提供 "自动修复" 选项（消耗资源）
重要战斗前提醒玩家检查装备状态
七、结语
本文实现的装备系统包含了完整的装备管理和耐久度机制，通过灵活的数据结构设计和事件驱动的架构，确保了系统的可扩展性和可维护性。这个系统不仅能满足基础的装备穿戴需求，还通过耐久度机制增加了游戏的策略性和资源管理深度。
在实际开发中，可以根据游戏类型和目标玩家群体调整系统复杂度。例如，生存游戏可以强化耐久度管理和修复成本，而休闲游戏可以简化耐久度机制甚至完全移除。关键是让装备系统与游戏的整体玩法和节奏相匹配。
希望这个装备系统方案能为你的 Unity 项目提供有价值的参考，祝开发顺利！
