/// <summary>
/// 用于将卡牌插入手牌中，会根据参数产生手牌变动消息
/// </summary>
/// <param name="cardId">要插入的卡牌的ID</param>
/// <param name="sendMsg">是否发送手牌变动消息，默认发送，若连续调用请设置false并自己发送消息</param>
public void InsertIntoHandCard(string cardId, bool sendMsg = true)
{
// 实例化卡牌到不可见区域，并绑定脚本再初始化
GameObject cardInstance = Instantiate(emptyObject);
JsonData cardData = GetCardJsonData(cardId);
//根据json数据中卡牌分类挂载不同脚本
if (cardData["type"].ToString().Equals("Order"))
{
cardInstance.AddComponent <OrderCard>().Init(cardId, cardData);
}
else if (cardData["type"].ToString().Equals("Unit"))
{
cardInstance.AddComponent <UnitCard>().Init(cardId, cardData);
}
else
{
cardInstance.AddComponent <BaseCard>().Init(cardId, cardData);
}
// 将实例放入对应位置的list中
_handcardsInstance.Add(cardInstance);
// 更新手牌list
_handcards.Add(cardId);
if (sendMsg)
{
// 发送手牌变动消息
MsgDispatcher.SendMsg((int)MessageType.HandcardChange);
}
}
/// <summary>
/// 将预存的预制件放入冷却列表中，仅CardManager内部使用，产生冷却池变动消息
/// </summary>
/// <param name="cardId">要冷却的卡牌的预制件引用</param>
/// <param name="controlCd">默认值为-1，表示按卡牌cd值进行冷却，设定其他值则按设定值冷却</param>
private void CooldownCard(string cardId, int controlCd = -1)
{
// 如果控制cd的参数值小于等于0，表示按卡牌cd值进行冷却
if (controlCd <= 0)
{
// 读取数据库得到冷却回合数
int roundAmount = (int)_cardsData[cardId]["cd"];
// 若卡牌自身的cd值为负数，则直接销毁，并进入弃牌堆
if (roundAmount < 0)
{
_garbageCards.Add(cardId);
return;
}
// 初始化BaseCard脚本内剩余回合数的counter
_cooldownCards.Add(new cdObject(roundAmount, cardId));
}
else // 按controlCd值进行冷却
{
_cooldownCards.Add(new cdObject(controlCd, cardId));
}
// 发送冷却池变动消息
MsgDispatcher.SendMsg((int)MessageType.CooldownlistChange);
}
public override void Excute()
{
MsgDispatcher.SendMsg((int)MessageType.AnnounceAttack);
//根据伤害优先级对伤害请求排序
DamageRequestList = DamageRequest.CaculateDamageRequestList(_Attacker, _AttackedUnit);
for (int i = 0; i < DamageRequestList.Count; i++)
{
//优先级相同并且两方互打的伤害请求作为同时处理
if (i != DamageRequestList.Count - 1 && DamageRequestList[i].priority == DamageRequestList[i + 1].priority &&
DamageRequestList[i]._attacker == DamageRequestList[i + 1]._attackedUnit &&
DamageRequestList[i]._attackedUnit == DamageRequestList[i + 1]._attacker)
{
//判断被攻击者的反击距离
if (JudgeStrikeBack())
{
DamageRequestList[i].ExcuteSameTime();
}
else
{
DamageRequestList[i].Excute(); //距离不够，无法进行反击
}
i++;
}
else if (!_AttackedUnit.IsDead() && !_Attacker.IsDead() && JudgeStrikeBack()) //符合反击要求
{
DamageRequestList[i].Excute();
}
else if (!_AttackedUnit.IsDead() && !_Attacker.IsDead() && !JudgeStrikeBack()) //距离不够，无法进行反击
{
DamageRequestList[i].Excute();
i++;
}
}
}
/// <summary>
/// 冷却处理函数，响应EP消息，处理卡牌冷却，根据情况产生冷却池变动消息，卡牌堆变动消息
/// </summary>
public void HandleCooldownEvent()
{
List <cdObject> toRemove = new List <cdObject>();
for (int i = 0; i < _cooldownCards.Count; i++)
{
int leftRounds = _cooldownCards[i].ReduceCd();
if (leftRounds == 0)
{
toRemove.Add(_cooldownCards[i]);
}
}
for (int i = 0; i < toRemove.Count; i++)
{
// 将冷却完毕的id重新放回牌堆
_cardsSets.Add(toRemove[i].objectId);
// 将其从冷却列表中移除
_cooldownCards.Remove(toRemove[i]);
}
// 发送冷却池变动消息
MsgDispatcher.SendMsg((int)MessageType.CooldownlistChange);
if (toRemove.Count > 0)
{
// 发送卡牌堆变动消息
MsgDispatcher.SendMsg((int)MessageType.CardsetChange);
}
}
/// <summary>
/// 如果伤害请求优先级相同，则伤害判定流程会特殊一些
/// </summary>
public void ExcuteSameTime()
{
//CheckWhosTurn(_attacker, _attackedUnit);
Damage.TakeDamage(_attackedUnit, Damage.GetDamage(_attacker));
SetInjurer(_attackedUnit); SetInjuredUnit(_attacker);
MsgDispatcher.SendMsg((int)TriggerType.Damage);
MsgDispatcher.SendMsg((int)TriggerType.BeDamaged);
Damage.TakeDamage(_attacker, Damage.GetDamage(_attackedUnit));
SetInjurer(_attacker); SetInjuredUnit(_attackedUnit);
MsgDispatcher.SendMsg((int)TriggerType.Damage);
MsgDispatcher.SendMsg((int)TriggerType.BeDamaged);
if (_attacker.IsDead())
{
SetKiller(_attackedUnit); SetKilledAndDeadUnit(_attacker);
MsgDispatcher.SendMsg((int)TriggerType.Kill);
MsgDispatcher.SendMsg((int)TriggerType.Dead);
}
if (_attackedUnit.IsDead())
{
SetKiller(_attacker); SetKilledAndDeadUnit(_attackedUnit);
MsgDispatcher.SendMsg((int)TriggerType.Kill);
MsgDispatcher.SendMsg((int)TriggerType.Dead);
}
}
void Update()
{
if (Input.GetMouseButtonDown(1))
{
MsgDispatcher.SendMsg("HelloWorld", "HelloWorld");
}
}
public override void Enter(RoundProcessController roundProcessController)
{
base.Enter(roundProcessController);
MsgDispatcher.SendMsg((int)MessageType.AI);
Gameplay.Instance().singleBattle.battleState = AI.BattleState.Prepare;
Gameplay.Instance().singleBattle.Run();
}
/// <summary>
/// AI移动
/// 一格一格移动处理函数
/// </summary>
/// <returns></returns>
public IEnumerator moveStepByStepAI(Unit unit, List <Vector2> paths, System.Action callback)
{
#region 测试一哈 先固定（0.0）为灼烧块，（0.1）为粘滞块
List <Vector2> vector2s = new List <Vector2>();
vector2s.Add(new Vector2(0, 0));
BattleMap.Instance().debuffBM.SetBattleMapBlockBurning(vector2s);
List <Vector2> vector22s = new List <Vector2>();
vector22s.Add(new Vector2(1, 1));
BattleMap.Instance().debuffBM.SetBattleMapBlockRetrad(vector22s);
#endregion
Vector2 tempVector;
BattleMapBlock battleMap;
bool isRetire = false;
for (int i = paths.Count - 2; i >= 0; i--)
{
//移除上一步的地图块儿下面的units_on_me
tempVector = new Vector2((int)paths[i + 1].x, (int)paths[i + 1].y);
battleMap = BattleMap.Instance().GetSpecificMapBlock(tempVector);
battleMap.RemoveUnit(unit);
//添加当前unit到地图块儿下面的units_on_me内
tempVector = new Vector2((int)paths[i].x, (int)paths[i].y);
battleMap = BattleMap.Instance().GetSpecificMapBlock(tempVector);
if (i != 0)
{
battleMap.AddUnit(unit);
}
else
{
battleMap.AddUnit(unit, false);
}
unit.transform.localPosition = Vector3.zero;
if (battleMap.blockType == EMapBlockType.Burnning)//如果经过灼烧块
{
BattleMap.Instance().debuffBM.UnitEnterBurning(tempVector);
}
else if (battleMap.blockType == EMapBlockType.Retire)//如果经过滞留块
{
BattleMap.Instance().debuffBM.UnitEnterRetire(unit, battleMap);
unit.nextPos = paths[i];
MsgDispatcher.SendMsg((int)MessageType.Aftermove);
isRetire = true;
break;
}
unit.nextPos = paths[i];
MsgDispatcher.SendMsg((int)MessageType.Move);
yield return(new WaitForSeconds(0.4f));
}
if (isRetire == false)
{
MsgDispatcher.SendMsg((int)MessageType.Aftermove);
}
if (callback != null)
{
callback();
}
}
/// <summary>
/// 用于触发当前选择的效果牌的函数，会重置当前选择的卡牌
/// </summary>
public void OnTriggerCurrentCard()
{
Player.Instance().ConsumeAp(_handcardsInstance[_currentSelectingPos].GetComponent <OrderCard>().cost);
MsgDispatcher.SendMsg((int)MessageType.CastCard);
// 从卡牌中移除当前手牌
RemoveCardToCd(_currentSelectingPos);
_currentSelectingPos = -1;
_currentSelectingCard = null;
}
/// <summary>
/// 将手牌中的单位牌使用时调用接口，处理CardManager内事务并发送卡牌变动信息，不直接冷却卡牌
/// </summary>
/// <param name="cardInstance">要移除的手牌的下标</param>
public void RemoveCardToMapList(GameObject cardInstance)
{
// 调用接口完成所有从手牌中移除需要做的操作
string cardId = RemoveFromHandCard(cardInstance);
// 添加到地图上单位卡牌列表
_cardOnMap.Add(cardId);
// 发送消息通知手牌发生变动
MsgDispatcher.SendMsg((int)MessageType.HandcardChange);
}
/// <summary>
/// 从手牌中移除卡牌（默认进行冷却），处理CardManager内事务后发出手牌变动消息，用于外界通知CardManager手牌发生变动
/// </summary>
/// <param name="cardInstance">要一处的卡牌的实例，函数内会进行检验</param>
/// <param name="controlCd">控制cd值为-1表示按卡牌本身cd值进行冷却，否则按设定值进行冷却</param>
public void RemoveCardToCd(GameObject cardInstance, int controlCd = -1)
{
// 调用接口完成所有从手牌中移除需要做的操作
string cardId = RemoveFromHandCard(cardInstance);
// 将其加入冷却列表进行冷却，传递控制冷却信息
CooldownCard(cardId, controlCd);
// 发送手牌变动消息
MsgDispatcher.SendMsg((int)MessageType.HandcardChange);
}
/// <summary>
/// 如果伤害请求优先级相同，则伤害判定流程会特殊一些
/// </summary>
public void ExcuteSameTime()
{
//CheckWhosTurn(_attacker, _attackedUnit);
Damage.TakeDamage(_attackedUnit, Damage.GetDamage(_attacker));
this.SetInjurer(_attackedUnit); this.SetInjuredUnit(_attacker);
MsgDispatcher.SendMsg((int)MessageType.Damage);
MsgDispatcher.SendMsg((int)MessageType.BeDamaged);
Damage.TakeDamage(_attacker, Damage.GetDamage(_attackedUnit));
this.SetInjurer(_attacker); this.SetInjuredUnit(_attackedUnit);
MsgDispatcher.SendMsg((int)MessageType.Damage);
MsgDispatcher.SendMsg((int)MessageType.BeDamaged);
//两次只有attacker是player的时候触发记录
Gameplay.Instance().autoController.RecordedHatred(_attacker, _attackedUnit);
Gameplay.Instance().autoController.RecordedHatred(_attackedUnit, _attacker);
if (_attacker.IsDead())
{
this.SetKiller(_attackedUnit); this.SetKilledAndDeadUnit(_attacker);
//死亡单位回收到对象池
Gameplay.Instance().gamePlayInput.UnitBackPool(_attacker);
//删除对应controller中的死亡单位
Gameplay.Instance().autoController.UpdateAllHatredList();
MsgDispatcher.SendMsg((int)MessageType.Kill);
MsgDispatcher.SendMsg((int)MessageType.Dead);
}
else
{
Gameplay.Instance().gamePlayInput.UpdateHp(_attacker);
}
if (_attackedUnit.IsDead())
{
this.SetKiller(_attacker); this.SetKilledAndDeadUnit(_attackedUnit);
//死亡单位回收到对象池
Gameplay.Instance().gamePlayInput.UnitBackPool(_attackedUnit);
//删除对应controller中的死亡单位
Gameplay.Instance().autoController.UpdateAllHatredList();
MsgDispatcher.SendMsg((int)MessageType.Kill);
MsgDispatcher.SendMsg((int)MessageType.Dead);
}
else
{
Gameplay.Instance().gamePlayInput.UpdateHp(_attackedUnit);
}
}
public override void Enter(RoundProcessController roundProcessController)
{
base.Enter(roundProcessController);
MsgDispatcher.SendMsg((int)MessageType.Prepare);
foreach (GameUnit.GameUnit unit in BattleMap.BattleMap.Instance().UnitsList)
{
if (unit.owner == GameUnit.OwnerEnum.Player)
{
unit.restrain = false;
unit.disarm = false;
}
}
}
/// <summary>
/// 随机洗牌函数，产生卡牌堆变动消息
/// </summary>
public void Shuffle()
{
int size = _cardsSets.Count;
for (int i = 0; i < size; i++)
{
int pos = Random.Range(0, size);
string temp = _cardsSets[i];
_cardsSets[i] = _cardsSets[pos];
_cardsSets[pos] = temp;
}
// 发送卡牌堆变动消息
MsgDispatcher.SendMsg((int)MessageType.CardsetChange);
}
/// <summary>
/// 用于将手牌中的卡牌移回抽牌牌库，产生牌堆变动、手牌变动消息
/// </summary>
/// <param name="cardIndex">要移除的卡牌在手牌中的位置</param>
/// <exception cref="NotImplementedException">若下标位置异常则抛出异常</exception>
public void MoveBackToCardSets(int cardIndex)
{
// 调用接口完成所有从手牌中移除需要做的操作
string cardId = RemoveFromHandCard(cardIndex);
// 将其加入cardSets
_cardsSets.Add(cardId);
// 发送牌堆变动消息
MsgDispatcher.SendMsg((int)MessageType.CardsetChange);
// 发送手牌变动消息
MsgDispatcher.SendMsg((int)MessageType.HandcardChange);
}
//一格一格移动
public IEnumerator moveStepByStep(Unit unit)
{
#region 测试一哈 先固定（0.0）为灼烧块，（0.1）为粘滞块
List <Vector2> vector2s = new List <Vector2>();
vector2s.Add(new Vector2(0, 0));
BattleMap.Instance().debuffBM.SetBattleMapBlockBurning(vector2s);
List <Vector2> vector22s = new List <Vector2>();
vector22s.Add(new Vector2(1, 1));
BattleMap.Instance().debuffBM.SetBattleMapBlockRetrad(vector22s);
#endregion
Vector2 tempVector;
BattleMapBlock battleMap;
for (int i = paths.Count - 2; i >= 0; i--)
{
//移除上一步的地图块儿下面的units_on_me
tempVector = new Vector2((int)paths[i + 1].position.x, (int)paths[i + 1].position.y);
battleMap = BattleMap.Instance().GetSpecificMapBlock(tempVector);
battleMap.RemoveUnit(unit);
//添加当前unit到地图块儿下面的units_on_me内
tempVector = new Vector2((int)paths[i].position.x, (int)paths[i].position.y);
battleMap = BattleMap.Instance().GetSpecificMapBlock(tempVector);
battleMap.AddUnit(unit);
unit.transform.localPosition = Vector3.zero;
if (battleMap.blockType == EMapBlockType.Burnning)//如果经过灼烧块
{
BattleMap.Instance().debuffBM.UnitEnterBurning(tempVector);
}
else if (battleMap.blockType == EMapBlockType.Retire)//如果经过滞留块
{
BattleMap.Instance().debuffBM.UnitEnterRetire(unit, battleMap);
unit.nextPos = paths[i].position;
GamePlay.Gameplay.Instance().bmbColliderManager.Fresh(unit);
break;
}
unit.nextPos = paths[i].position;
GamePlay.Gameplay.Instance().bmbColliderManager.Fresh(unit);
MsgDispatcher.SendMsg((int)MessageType.Move);
yield return(new WaitForSeconds(0.2f));
}
unit.restrain = true;
MsgDispatcher.SendMsg((int)MessageType.Aftermove);
}
/// <summary>
/// 从牌组中抽取卡牌到手牌中
/// </summary>
/// <param name="cardAmount">抽取卡牌数量，默认为一</param>
public void ExtractCards(int cardAmount = 1)
{
// 若手牌数量大于或等于手牌上限，直接返回（取消检查的话则此判定永false）
if (_handcards.Count >= cardsUpperLimit && !cancelCheck)
{
return;
}
// 根据参数确定抽取卡牌的数量,若和抽牌上限一致则使用抽牌上限，否则使用给定参数
int extractAmount = (cardAmount == extractCardsUpperLimit) ? extractCardsUpperLimit : cardAmount;
// 计算应该抽取的卡牌数，计算规则：不检查=抽cardAmount张， 检查=不超出手牌数量上限的，最多cardAmount张牌
extractAmount = cancelCheck ? extractAmount :
(cardsUpperLimit - _handcards.Count > extractAmount ?
extractAmount : cardsUpperLimit - _handcards.Count);
// 如果剩余牌量不足，有多少抽多少（几乎不可能）
if (extractAmount > _cardsSets.Count)
{
extractAmount = _cardsSets.Count;
}
// 按照序列抽取卡牌
for (int i = 0; i < extractAmount; i++)
{
// 获得对应卡牌的id
string cardId = _cardsSets[i];
// 将其从卡牌堆中移除
_cardsSets.RemoveAt(i);
// 调用接口完成向手牌中插入卡牌操作，设置不发送消息，由后续发生消息
InsertIntoHandCard(cardId, false);
}
// 发送手牌变动消息
MsgDispatcher.SendMsg((int)MessageType.HandcardChange);
// 发送牌堆变化消息
MsgDispatcher.SendMsg((int)MessageType.CardsetChange);
}
public override void Excute()
{
MsgDispatcher.SendMsg((int)TriggerType.AnnounceAttack);
//根据伤害优先级对伤害请求排序
DamageRequestList = DamageRequest.CaculateDamageRequestList(_Attacker, _AttackedUnit);
for (int i = 0; i < DamageRequestList.Count; i++)
{
//优先级相同并且两方互打的伤害请求作为同时处理
if (i != DamageRequestList.Count - 1 && DamageRequestList[i].priority == DamageRequestList[i + 1].priority &&
DamageRequestList[i]._attacker == DamageRequestList[i + 1]._attackedUnit &&
DamageRequestList[i]._attackedUnit == DamageRequestList[i + 1]._attacker)
{
DamageRequestList[i].ExcuteSameTime();
i++;
}
else
{
DamageRequestList[i].Excute();
}
}
}
/// <summary>
/// 单次伤害请求计算
/// </summary>
public void Excute()
{
//TODO 如果单位死亡则不能反击
Damage.TakeDamage(_attackedUnit, Damage.GetDamage(_attacker));
this.SetInjurer(_attacker); this.SetInjuredUnit(_attackedUnit);
MsgDispatcher.SendMsg((int)MessageType.Damage);
MsgDispatcher.SendMsg((int)MessageType.BeDamaged);
/* TODO 时点处理
* BeAttacked,
* Damage,
* BeDamaged,
* Kill,
* BeKilled,
* Dead,
* ToBeKilled,
*/
//只会执行_attacker为play的情况
Gameplay.Instance().autoController.RecordedHatred(_attacker, _attackedUnit);
if (_attackedUnit.IsDead())
{
this.SetKiller(_attacker);
this.SetKilledAndDeadUnit(_attackedUnit);
//死亡单位回收到对象池
Gameplay.Instance().gamePlayInput.UnitBackPool(_attackedUnit);
//删除对应controller中的死亡单位
Gameplay.Instance().autoController.UpdateAllHatredList();
MsgDispatcher.SendMsg((int)MessageType.Kill);
MsgDispatcher.SendMsg((int)MessageType.Dead);
}
else
{
Gameplay.Instance().gamePlayInput.UpdateHp(_attackedUnit);
}
}
public override void Enter(RoundProcessController roundProcessController)
{
base.Enter(roundProcessController);
MsgDispatcher.SendMsg((int)MessageType.LOSE);
}
/// <summary>
/// 退出状态时发送主要阶段结束消息
/// </summary>
/// <param name="roundProcessController"></param>
public override void Exit(RoundProcessController roundProcessController)
{
base.Exit(roundProcessController);
MsgDispatcher.SendMsg((int)MessageType.MPEnd);
}
public override void Enter(RoundProcessController roundProcessController)
{
base.NextState(roundProcessController);
// 发送更新资源点消息
MsgDispatcher.SendMsg((int)MessageType.UpdateSource);
}
