Files
hk4e/gs/game/world_manager.go
2022-12-10 19:48:35 +08:00

691 lines
21 KiB
Go

package game
import (
"math"
"time"
"hk4e/gs/constant"
"hk4e/gs/game/aoi"
"hk4e/gs/model"
"hk4e/pkg/alg"
"hk4e/pkg/logger"
"hk4e/protocol/cmd"
"hk4e/protocol/proto"
pb "google.golang.org/protobuf/proto"
)
// 世界管理器
type WorldManager struct {
worldMap map[uint32]*World
snowflake *alg.SnowflakeWorker
worldStatic *WorldStatic
bigWorld *World
}
func NewWorldManager(snowflake *alg.SnowflakeWorker) (r *WorldManager) {
r = new(WorldManager)
r.worldMap = make(map[uint32]*World)
r.snowflake = snowflake
r.worldStatic = NewWorldStatic()
r.worldStatic.InitTerrain()
//r.worldStatic.Pathfinding()
//r.worldStatic.ConvPathVectorListToAiMoveVectorList()
return r
}
func (w *WorldManager) GetWorldByID(worldId uint32) *World {
return w.worldMap[worldId]
}
func (w *WorldManager) GetWorldMap() map[uint32]*World {
return w.worldMap
}
func (w *WorldManager) CreateWorld(owner *model.Player) *World {
worldId := uint32(w.snowflake.GenId())
world := &World{
id: worldId,
owner: owner,
playerMap: make(map[uint32]*model.Player),
sceneMap: make(map[uint32]*Scene),
entityIdCounter: 0,
worldLevel: 0,
multiplayer: false,
mpLevelEntityId: 0,
chatMsgList: make([]*proto.ChatInfo, 0),
// aoi划分
// TODO 为减少内存占用暂时去掉Y轴AOI格子划分 原来的Y轴格子数量为80
aoiManager: aoi.NewAoiManager(
-8000, 4000, 120,
-2000, 2000, 1,
-5500, 6500, 120,
),
playerFirstEnterMap: make(map[uint32]int64),
waitEnterPlayerMap: make(map[uint32]int64),
multiplayerTeam: CreateMultiplayerTeam(),
peerMap: make(map[uint32]*model.Player),
}
if world.IsBigWorld() {
world.aoiManager = aoi.NewAoiManager(
-8000, 4000, 800,
-2000, 2000, 1,
-5500, 6500, 800,
)
}
world.mpLevelEntityId = world.GetNextWorldEntityId(constant.EntityIdTypeConst.MPLEVEL)
w.worldMap[worldId] = world
return world
}
func (w *WorldManager) DestroyWorld(worldId uint32) {
world := w.GetWorldByID(worldId)
for _, player := range world.playerMap {
world.RemovePlayer(player)
player.WorldId = 0
}
delete(w.worldMap, worldId)
}
// GetBigWorld 获取本服务器的AI世界
func (w *WorldManager) GetBigWorld() *World {
return w.bigWorld
}
// InitBigWorld 初始化AI世界
func (w *WorldManager) InitBigWorld(owner *model.Player) {
w.bigWorld = w.GetWorldByID(owner.WorldId)
w.bigWorld.ChangeToMultiplayer()
}
func (w *World) IsBigWorld() bool {
return w.owner.PlayerID == 1
}
// 世界数据结构
type World struct {
id uint32
owner *model.Player
playerMap map[uint32]*model.Player
sceneMap map[uint32]*Scene
entityIdCounter uint32 // 世界的实体id生成计数器
worldLevel uint8 // 世界等级
multiplayer bool // 是否多人世界
mpLevelEntityId uint32
chatMsgList []*proto.ChatInfo // 世界聊天消息列表
aoiManager *aoi.AoiManager // 当前世界地图的aoi管理器
playerFirstEnterMap map[uint32]int64 // 玩家第一次进入世界的时间 key:uid value:进入时间
waitEnterPlayerMap map[uint32]int64 // 等待进入世界的列表 key:uid value:开始时间
multiplayerTeam *MultiplayerTeam
peerMap map[uint32]*model.Player // key:玩家编号 value:player对象
}
func (w *World) GetNextWorldEntityId(entityType uint16) uint32 {
w.entityIdCounter++
ret := (uint32(entityType) << 24) + w.entityIdCounter
return ret
}
// GetPlayerPeerId 获取当前玩家世界内编号
func (w *World) GetPlayerPeerId(player *model.Player) uint32 {
for peerId, worldPlayer := range w.peerMap {
if worldPlayer.PlayerID == player.PlayerID {
return peerId
}
}
return 0
}
// GetNextPeerId 获取下一个世界内玩家编号
func (w *World) GetNextPeerId() uint32 {
return uint32(len(w.playerMap) + 1)
}
// GetWorldPlayerNum 获取世界中玩家的数量
func (w *World) GetWorldPlayerNum() int {
return len(w.playerMap)
}
func (w *World) AddPlayer(player *model.Player, sceneId uint32) {
w.peerMap[w.GetNextPeerId()] = player
w.playerMap[player.PlayerID] = player
// 将玩家自身当前的队伍角色信息复制到世界的玩家本地队伍
team := player.TeamConfig.GetActiveTeam()
if player.PlayerID == w.owner.PlayerID {
w.SetPlayerLocalTeam(player, team.AvatarIdList)
w.SetPlayerLocalAvatarIndex(player, int(player.TeamConfig.CurrAvatarIndex))
} else {
// 非房主最多复制前两个角色
w.SetPlayerLocalTeam(player, team.AvatarIdList[0:2])
w.SetPlayerLocalAvatarIndex(player, 0)
}
w.UpdateMultiplayerTeam()
scene := w.GetSceneById(sceneId)
scene.AddPlayer(player)
}
func (w *World) RemovePlayer(player *model.Player) {
delete(w.peerMap, w.GetPlayerPeerId(player))
scene := w.sceneMap[player.SceneId]
scene.RemovePlayer(player)
delete(w.playerMap, player.PlayerID)
delete(w.playerFirstEnterMap, player.PlayerID)
delete(w.multiplayerTeam.localTeamMap, player.PlayerID)
delete(w.multiplayerTeam.localAvatarIndexMap, player.PlayerID)
w.UpdateMultiplayerTeam()
}
// WorldAvatar 通用世界角色
type WorldAvatar struct {
uid uint32
avatarId uint32
}
type MultiplayerTeam struct {
// key:uid value:玩家的本地队伍
localTeamMap map[uint32][]*WorldAvatar
// key:uid value:玩家当前角色索引
localAvatarIndexMap map[uint32]int
// 最终的世界队伍
worldTeam []*WorldAvatar
}
func CreateMultiplayerTeam() (r *MultiplayerTeam) {
r = new(MultiplayerTeam)
r.localTeamMap = make(map[uint32][]*WorldAvatar)
r.localAvatarIndexMap = make(map[uint32]int)
r.worldTeam = make([]*WorldAvatar, 0)
return r
}
func (w *World) GetPlayerLocalTeam(player *model.Player) []*WorldAvatar {
return w.multiplayerTeam.localTeamMap[player.PlayerID]
}
func (w *World) SetPlayerLocalTeam(player *model.Player, avatarIdList []uint32) {
localTeam := make([]*WorldAvatar, 4)
for index := 0; index < 4; index++ {
if index > len(avatarIdList)-1 {
localTeam[index] = &WorldAvatar{
uid: 0,
avatarId: 0,
}
} else {
avatarId := avatarIdList[index]
localTeam[index] = &WorldAvatar{
uid: player.PlayerID,
avatarId: avatarId,
}
}
}
w.multiplayerTeam.localTeamMap[player.PlayerID] = localTeam
}
func (w *World) ClearPlayerLocalTeam(player *model.Player) {
w.multiplayerTeam.localTeamMap[player.PlayerID] = make([]*WorldAvatar, 4)
}
func (w *World) GetPlayerLocalAvatarIndex(player *model.Player) int {
return w.multiplayerTeam.localAvatarIndexMap[player.PlayerID]
}
func (w *World) SetPlayerLocalAvatarIndex(player *model.Player, index int) {
if index > len(w.GetPlayerLocalTeam(player))-1 {
return
}
w.multiplayerTeam.localAvatarIndexMap[player.PlayerID] = index
}
func (w *World) GetPlayerActiveAvatarId(player *model.Player) uint32 {
avatarIndex := w.GetPlayerLocalAvatarIndex(player)
localTeam := w.GetPlayerLocalTeam(player)
worldTeamAvatar := localTeam[avatarIndex]
return worldTeamAvatar.avatarId
}
func (w *World) GetPlayerAvatarIdList(player *model.Player) []uint32 {
localTeam := w.GetPlayerLocalTeam(player)
avatarIdList := make([]uint32, 0)
for _, worldAvatar := range localTeam {
if worldAvatar.avatarId == 0 {
continue
}
avatarIdList = append(avatarIdList, worldAvatar.avatarId)
}
return avatarIdList
}
func (w *World) GetWorldTeamAvatarList() []*WorldAvatar {
worldAvatarList := make([]*WorldAvatar, 0)
for _, worldAvatar := range w.multiplayerTeam.worldTeam {
if worldAvatar.avatarId == 0 {
continue
}
worldAvatarList = append(worldAvatarList, worldAvatar)
}
return worldAvatarList
}
func (w *World) copyLocalTeamToWorld(start int, end int, peerId uint32) {
localTeamIndex := 0
for index := start; index <= end; index++ {
player := w.peerMap[peerId]
localTeam := w.GetPlayerLocalTeam(player)
w.multiplayerTeam.worldTeam[index] = localTeam[localTeamIndex]
localTeamIndex++
}
}
// UpdateMultiplayerTeam 整合所有玩家的本地队伍计算出世界队伍
func (w *World) UpdateMultiplayerTeam() {
w.multiplayerTeam.worldTeam = make([]*WorldAvatar, 4)
switch w.GetWorldPlayerNum() {
case 1:
// 1P*4
w.copyLocalTeamToWorld(0, 3, 1)
case 2:
// 1P*2 + 2P*2
w.copyLocalTeamToWorld(0, 1, 1)
w.copyLocalTeamToWorld(2, 3, 2)
case 3:
// 1P*2 + 2P*1 + 3P*1
w.copyLocalTeamToWorld(0, 1, 1)
w.copyLocalTeamToWorld(2, 2, 2)
w.copyLocalTeamToWorld(3, 3, 3)
case 4:
// 1P*1 + 2P*1 + 3P*1 + 4P*1
w.copyLocalTeamToWorld(0, 0, 1)
w.copyLocalTeamToWorld(1, 1, 2)
w.copyLocalTeamToWorld(2, 2, 3)
w.copyLocalTeamToWorld(3, 3, 4)
default:
break
}
}
// 世界聊天
func (w *World) AddChat(chatInfo *proto.ChatInfo) {
w.chatMsgList = append(w.chatMsgList, chatInfo)
}
func (w *World) GetChatList() []*proto.ChatInfo {
return w.chatMsgList
}
// ChangeToMultiplayer 转换为多人世界
func (w *World) ChangeToMultiplayer() {
w.multiplayer = true
}
// IsPlayerFirstEnter 获取玩家是否首次加入本世界
func (w *World) IsPlayerFirstEnter(player *model.Player) bool {
_, exist := w.playerFirstEnterMap[player.PlayerID]
if !exist {
return true
} else {
return false
}
}
func (w *World) PlayerEnter(player *model.Player) {
w.playerFirstEnterMap[player.PlayerID] = time.Now().UnixMilli()
}
func (w *World) CreateScene(sceneId uint32) *Scene {
scene := &Scene{
id: sceneId,
world: w,
playerMap: make(map[uint32]*model.Player),
entityMap: make(map[uint32]*Entity),
playerTeamEntityMap: make(map[uint32]*PlayerTeamEntity),
gameTime: 18 * 60,
attackQueue: alg.NewRAQueue[*Attack](1000),
createTime: time.Now().UnixMilli(),
meeoIndex: 0,
}
w.sceneMap[sceneId] = scene
return scene
}
func (w *World) GetSceneById(sceneId uint32) *Scene {
scene, exist := w.sceneMap[sceneId]
if !exist {
scene = w.CreateScene(sceneId)
}
return scene
}
// 场景数据结构
type Scene struct {
id uint32
world *World
playerMap map[uint32]*model.Player
entityMap map[uint32]*Entity
playerTeamEntityMap map[uint32]*PlayerTeamEntity
gameTime uint32 // 游戏内提瓦特大陆的时间
attackQueue *alg.RAQueue[*Attack]
createTime int64
meeoIndex uint32 // 客户端风元素染色同步协议的计数器
}
type AvatarEntity struct {
uid uint32
avatarId uint32
}
type MonsterEntity struct {
}
type GadgetEntity struct {
gatherId uint32
}
// 场景实体数据结构
type Entity struct {
id uint32
scene *Scene
pos *model.Vector
rot *model.Vector
moveState uint16
lastMoveSceneTimeMs uint32
lastMoveReliableSeq uint32
fightProp map[uint32]float32
entityType uint32
level uint8
avatarEntity *AvatarEntity
monsterEntity *MonsterEntity
gadgetEntity *GadgetEntity
}
type PlayerTeamEntity struct {
teamEntityId uint32
avatarEntityMap map[uint32]uint32
weaponEntityMap map[uint64]uint32
}
type Attack struct {
combatInvokeEntry *proto.CombatInvokeEntry
uid uint32
}
func (s *Scene) ChangeGameTime(time uint32) {
s.gameTime = time % 1440
}
func (s *Scene) GetSceneCreateTime() int64 {
return s.createTime
}
func (s *Scene) GetSceneTime() int64 {
now := time.Now().UnixMilli()
return now - s.createTime
}
func (s *Scene) GetPlayerTeamEntity(userId uint32) *PlayerTeamEntity {
return s.playerTeamEntityMap[userId]
}
func (s *Scene) CreatePlayerTeamEntity(player *model.Player) {
playerTeamEntity := &PlayerTeamEntity{
teamEntityId: s.world.GetNextWorldEntityId(constant.EntityIdTypeConst.TEAM),
avatarEntityMap: make(map[uint32]uint32),
weaponEntityMap: make(map[uint64]uint32),
}
s.playerTeamEntityMap[player.PlayerID] = playerTeamEntity
}
func (s *Scene) UpdatePlayerTeamEntity(player *model.Player) {
playerTeamEntity := s.playerTeamEntityMap[player.PlayerID]
for _, worldTeamAvatar := range s.world.GetWorldTeamAvatarList() {
if worldTeamAvatar.uid != player.PlayerID {
continue
}
avatar := player.AvatarMap[worldTeamAvatar.avatarId]
avatarEntityId, exist := playerTeamEntity.avatarEntityMap[worldTeamAvatar.avatarId]
if exist {
s.DestroyEntity(avatarEntityId)
}
playerTeamEntity.avatarEntityMap[worldTeamAvatar.avatarId] = s.CreateEntityAvatar(player, worldTeamAvatar.avatarId)
weaponEntityId, exist := playerTeamEntity.weaponEntityMap[avatar.EquipWeapon.WeaponId]
if exist {
s.DestroyEntity(weaponEntityId)
}
playerTeamEntity.weaponEntityMap[avatar.EquipWeapon.WeaponId] = s.CreateEntityWeapon()
}
}
func (s *Scene) AddPlayer(player *model.Player) {
s.playerMap[player.PlayerID] = player
s.CreatePlayerTeamEntity(player)
s.UpdatePlayerTeamEntity(player)
}
func (s *Scene) RemovePlayer(player *model.Player) {
playerTeamEntity := s.GetPlayerTeamEntity(player.PlayerID)
for _, avatarEntityId := range playerTeamEntity.avatarEntityMap {
s.DestroyEntity(avatarEntityId)
}
for _, weaponEntityId := range playerTeamEntity.weaponEntityMap {
s.DestroyEntity(weaponEntityId)
}
delete(s.playerTeamEntityMap, player.PlayerID)
delete(s.playerMap, player.PlayerID)
}
func (s *Scene) CreateEntityAvatar(player *model.Player, avatarId uint32) uint32 {
entityId := s.world.GetNextWorldEntityId(constant.EntityIdTypeConst.AVATAR)
entity := &Entity{
id: entityId,
scene: s,
pos: player.Pos,
rot: player.Rot,
moveState: uint16(proto.MotionState_MOTION_STATE_NONE),
lastMoveSceneTimeMs: 0,
lastMoveReliableSeq: 0,
fightProp: player.AvatarMap[avatarId].FightPropMap,
entityType: uint32(proto.ProtEntityType_PROT_ENTITY_TYPE_AVATAR),
level: player.AvatarMap[avatarId].Level,
avatarEntity: &AvatarEntity{
uid: player.PlayerID,
avatarId: avatarId,
},
}
s.entityMap[entity.id] = entity
if avatarId == s.world.GetPlayerActiveAvatarId(player) {
s.world.aoiManager.AddEntityIdToGridByPos(entity.id, float32(entity.pos.X), float32(entity.pos.Y), float32(entity.pos.Z))
}
return entity.id
}
func (s *Scene) CreateEntityWeapon() uint32 {
entityId := s.world.GetNextWorldEntityId(constant.EntityIdTypeConst.WEAPON)
entity := &Entity{
id: entityId,
scene: s,
pos: new(model.Vector),
rot: new(model.Vector),
moveState: uint16(proto.MotionState_MOTION_STATE_NONE),
lastMoveSceneTimeMs: 0,
lastMoveReliableSeq: 0,
fightProp: nil,
entityType: uint32(proto.ProtEntityType_PROT_ENTITY_TYPE_WEAPON),
level: 0,
}
s.entityMap[entity.id] = entity
return entity.id
}
func (s *Scene) CreateEntityMonster(pos *model.Vector, level uint8, fightProp map[uint32]float32) uint32 {
entityId := s.world.GetNextWorldEntityId(constant.EntityIdTypeConst.MONSTER)
entity := &Entity{
id: entityId,
scene: s,
pos: pos,
rot: new(model.Vector),
moveState: uint16(proto.MotionState_MOTION_STATE_NONE),
lastMoveSceneTimeMs: 0,
lastMoveReliableSeq: 0,
fightProp: fightProp,
entityType: uint32(proto.ProtEntityType_PROT_ENTITY_TYPE_MONSTER),
level: level,
}
s.entityMap[entity.id] = entity
s.world.aoiManager.AddEntityIdToGridByPos(entity.id, float32(entity.pos.X), float32(entity.pos.Y), float32(entity.pos.Z))
return entity.id
}
func (s *Scene) CreateEntityGadget(pos *model.Vector, gatherId uint32) uint32 {
entityId := s.world.GetNextWorldEntityId(constant.EntityIdTypeConst.GADGET)
entity := &Entity{
id: entityId,
scene: s,
pos: pos,
rot: new(model.Vector),
moveState: uint16(proto.MotionState_MOTION_STATE_NONE),
lastMoveSceneTimeMs: 0,
lastMoveReliableSeq: 0,
fightProp: map[uint32]float32{
uint32(constant.FightPropertyConst.FIGHT_PROP_CUR_HP): math.MaxFloat32,
uint32(constant.FightPropertyConst.FIGHT_PROP_MAX_HP): math.MaxFloat32,
uint32(constant.FightPropertyConst.FIGHT_PROP_BASE_HP): float32(1),
},
entityType: uint32(proto.ProtEntityType_PROT_ENTITY_TYPE_GADGET),
level: 0,
gadgetEntity: &GadgetEntity{
gatherId: gatherId,
},
}
s.entityMap[entity.id] = entity
s.world.aoiManager.AddEntityIdToGridByPos(entity.id, float32(entity.pos.X), float32(entity.pos.Y), float32(entity.pos.Z))
return entity.id
}
func (s *Scene) DestroyEntity(entityId uint32) {
entity := s.GetEntity(entityId)
if entity == nil {
return
}
s.world.aoiManager.RemoveEntityIdFromGridByPos(entity.id, float32(entity.pos.X), float32(entity.pos.Y), float32(entity.pos.Z))
delete(s.entityMap, entityId)
}
func (s *Scene) GetEntity(entityId uint32) *Entity {
return s.entityMap[entityId]
}
func (s *Scene) GetEntityIdList() []uint32 {
entityIdList := make([]uint32, 0)
for k := range s.entityMap {
entityIdList = append(entityIdList, k)
}
return entityIdList
}
// 伤害处理和转发
func (s *Scene) AddAttack(attack *Attack) {
s.attackQueue.EnQueue(attack)
}
func (s *Scene) AttackHandler(gameManager *GameManager) {
combatInvokeEntryListAll := make([]*proto.CombatInvokeEntry, 0)
combatInvokeEntryListOther := make(map[uint32][]*proto.CombatInvokeEntry)
combatInvokeEntryListHost := make([]*proto.CombatInvokeEntry, 0)
for s.attackQueue.Len() != 0 {
attack := s.attackQueue.DeQueue()
if attack.combatInvokeEntry == nil {
logger.LOG.Error("error attack data, attack value: %v", attack)
continue
}
hitInfo := new(proto.EvtBeingHitInfo)
err := pb.Unmarshal(attack.combatInvokeEntry.CombatData, hitInfo)
if err != nil {
logger.LOG.Error("parse combat invocations entity hit info error: %v", err)
continue
}
attackResult := hitInfo.AttackResult
logger.LOG.Debug("run attack handler, attackResult: %v", attackResult)
target := s.entityMap[attackResult.DefenseId]
if target == nil {
logger.LOG.Error("could not found target, defense id: %v", attackResult.DefenseId)
continue
}
attackResult.Damage *= 100
damage := attackResult.Damage
attackerId := attackResult.AttackerId
_ = attackerId
currHp := float32(0)
if target.fightProp != nil {
currHp = target.fightProp[uint32(constant.FightPropertyConst.FIGHT_PROP_CUR_HP)]
currHp -= damage
if currHp < 0 {
currHp = 0
}
target.fightProp[uint32(constant.FightPropertyConst.FIGHT_PROP_CUR_HP)] = currHp
}
// PacketEntityFightPropUpdateNotify
entityFightPropUpdateNotify := new(proto.EntityFightPropUpdateNotify)
entityFightPropUpdateNotify.EntityId = target.id
entityFightPropUpdateNotify.FightPropMap = make(map[uint32]float32)
entityFightPropUpdateNotify.FightPropMap[uint32(constant.FightPropertyConst.FIGHT_PROP_CUR_HP)] = currHp
for _, player := range s.playerMap {
gameManager.SendMsg(cmd.EntityFightPropUpdateNotify, player.PlayerID, player.ClientSeq, entityFightPropUpdateNotify)
}
combatData, err := pb.Marshal(hitInfo)
if err != nil {
logger.LOG.Error("create combat invocations entity hit info error: %v", err)
}
attack.combatInvokeEntry.CombatData = combatData
switch attack.combatInvokeEntry.ForwardType {
case proto.ForwardType_FORWARD_TYPE_TO_ALL:
combatInvokeEntryListAll = append(combatInvokeEntryListAll, attack.combatInvokeEntry)
case proto.ForwardType_FORWARD_TYPE_TO_ALL_EXCEPT_CUR:
fallthrough
case proto.ForwardType_FORWARD_TYPE_TO_ALL_EXIST_EXCEPT_CUR:
if combatInvokeEntryListOther[attack.uid] == nil {
combatInvokeEntryListOther[attack.uid] = make([]*proto.CombatInvokeEntry, 0)
}
combatInvokeEntryListOther[attack.uid] = append(combatInvokeEntryListOther[attack.uid], attack.combatInvokeEntry)
case proto.ForwardType_FORWARD_TYPE_TO_HOST:
combatInvokeEntryListHost = append(combatInvokeEntryListHost, attack.combatInvokeEntry)
default:
}
}
// PacketCombatInvocationsNotify
if len(combatInvokeEntryListAll) > 0 {
combatInvocationsNotifyAll := new(proto.CombatInvocationsNotify)
combatInvocationsNotifyAll.InvokeList = combatInvokeEntryListAll
for _, player := range s.playerMap {
gameManager.SendMsg(cmd.CombatInvocationsNotify, player.PlayerID, player.ClientSeq, combatInvocationsNotifyAll)
}
}
if len(combatInvokeEntryListOther) > 0 {
for uid, list := range combatInvokeEntryListOther {
combatInvocationsNotifyOther := new(proto.CombatInvocationsNotify)
combatInvocationsNotifyOther.InvokeList = list
for _, player := range s.playerMap {
if player.PlayerID == uid {
continue
}
gameManager.SendMsg(cmd.CombatInvocationsNotify, player.PlayerID, player.ClientSeq, combatInvocationsNotifyOther)
}
}
}
if len(combatInvokeEntryListHost) > 0 {
combatInvocationsNotifyHost := new(proto.CombatInvocationsNotify)
combatInvocationsNotifyHost.InvokeList = combatInvokeEntryListHost
gameManager.SendMsg(cmd.CombatInvocationsNotify, s.world.owner.PlayerID, s.world.owner.ClientSeq, combatInvocationsNotifyHost)
}
}