mirrors2/hk4e
1
0
Fork 0
mirror of https://github.com/FlourishingWorld/hk4e.git synced 2026-03-01 00:35:36 +08:00
Code Issues Packages Projects Releases Wiki Activity

溺水传送至安全位置初步

Browse Source
This commit is contained in:
UnKownOwO
2022-12-20 21:32:33 +08:00
parent 056ae5f8d8
commit a288892f26
9 changed files with 102 additions and 63 deletions
Download Patch File Download Diff File Expand all files Collapse all files

90
gs/game/user_stamina.go
View File

@@ -1,6 +1,7 @@
package game
import (
gdc "hk4e/gs/config"
"strings"
"time"
@@ -418,10 +419,15 @@ func (g *GameManager) UpdatePlayerStamina(player *model.Player, staminaCost int3
// DrownBackHandler 玩家溺水返回安全点
func (g *GameManager) DrownBackHandler(player *model.Player) {
// 溺水返回时间为0代表不进行返回
if player.StaminaInfo.DrownBackTime == 0 {
// 玩家暂停跳过
if player.Pause {
return
}
// 溺水返回时间为0代表不进行返回
if player.StaminaInfo.DrownBackDelay == 0 {
return
}
world := WORLD_MANAGER.GetWorldByID(player.WorldId)
scene := world.GetSceneById(player.SceneId)
activeAvatar := world.GetPlayerWorldAvatar(player, world.GetPlayerActiveAvatarId(player))
@@ -431,54 +437,58 @@ func (g *GameManager) DrownBackHandler(player *model.Player) {
return
}
// 记录溺水安全点
// TODO
// 溺水安全点可能需要读取附近锚点坐标
// 多次溺水后提示溺水的死亡信息
// 官服 游戏离线也会回到安全位置
// 很显然目前这个很不完善
switch player.StaminaInfo.State {
case proto.MotionState_MOTION_STATE_DANGER_RUN, proto.MotionState_MOTION_STATE_RUN,
proto.MotionState_MOTION_STATE_DANGER_STANDBY_MOVE, proto.MotionState_MOTION_STATE_DANGER_STANDBY, proto.MotionState_MOTION_STATE_LADDER_TO_STANDBY, proto.MotionState_MOTION_STATE_STANDBY_MOVE, proto.MotionState_MOTION_STATE_STANDBY,
proto.MotionState_MOTION_STATE_DANGER_WALK, proto.MotionState_MOTION_STATE_WALK,
proto.MotionState_MOTION_STATE_DASH:
player.StaminaInfo.DrownBackPos.X = player.Pos.X
player.StaminaInfo.DrownBackPos.Y = player.Pos.Y
player.StaminaInfo.DrownBackPos.Z = player.Pos.Z
}
// 临时
if player.StaminaInfo.DrownBackPos.X == 0 && player.StaminaInfo.DrownBackPos.Y == 0 && player.StaminaInfo.DrownBackPos.Z == 0 {
player.StaminaInfo.DrownBackPos.X = player.Pos.X
player.StaminaInfo.DrownBackPos.Y = player.Pos.Y
player.StaminaInfo.DrownBackPos.Z = player.Pos.Z
}
if player.StaminaInfo.DrownBackTime == 1 {
// 确保玩家已经完成加载场景
if player.SceneLoadState == model.SceneEnterDone {
// 设置角色存活
scene.SetEntityLifeState(avatarEntity, constant.LifeStateConst.LIFE_REVIVE, proto.PlayerDieType_PLAYER_DIE_TYPE_NONE)
// 重置溺水返回时间
player.StaminaInfo.DrownBackTime = 0
// 先传送玩家再设置角色存活否则同时设置会传送前显示角色实体
if player.StaminaInfo.DrownBackDelay > 20 && player.SceneLoadState == model.SceneEnterDone {
// 设置角色存活
scene.SetEntityLifeState(avatarEntity, constant.LifeStateConst.LIFE_REVIVE, proto.PlayerDieType_PLAYER_DIE_TYPE_NONE)
// 重置溺水返回时间
player.StaminaInfo.DrownBackDelay = 0
} else if player.StaminaInfo.DrownBackDelay == 20 {
// TODO 队伍扣血
maxStamina := player.PropertiesMap[constant.PlayerPropertyConst.PROP_MAX_STAMINA]
// 设置玩家耐力为一半
g.SetPlayerStamina(player, maxStamina/2)
// 如果玩家的位置比锚点距离近则优先使用玩家位置
pos := &model.Vector{
X: player.Pos.X,
Y: player.Pos.Y,
Z: player.Pos.Z,
}
// 获取最近角色实体的锚点
// TODO 阻塞优化 16ms我感觉有点慢
for _, entry := range gdc.CONF.ScenePointEntries {
if entry.PointData == nil || entry.PointData.TranPos == nil {
continue
}
pointPos := &model.Vector{
X: entry.PointData.TranPos.X,
Y: entry.PointData.TranPos.Y,
Z: entry.PointData.TranPos.Z,
}
// 该坐标距离小于之前的则赋值
if player.StaminaInfo.ActiveAvatarPos.Distance(pointPos) < player.StaminaInfo.ActiveAvatarPos.Distance(pos) {
pos = pointPos
}
}
} else if time.Now().UnixMilli() >= player.StaminaInfo.DrownBackTime {
// 临时 防止一直淹死 尚未完善
g.SetPlayerStamina(player, 10000)
// 传送玩家至安全位置
g.TeleportPlayer(player, uint32(constant.EnterReasonConst.Revival), player.SceneId, player.StaminaInfo.DrownBackPos)
// 设置溺水返回时间为1
// 1代表加载完场景后再复活玩家
player.StaminaInfo.DrownBackTime = 1
// 重置动作状态否则可能会导致多次溺水
player.StaminaInfo.State = 0
g.TeleportPlayer(player, uint32(constant.EnterReasonConst.Revival), player.SceneId, pos)
}
// 防止重置后又被修改
if player.StaminaInfo.DrownBackDelay != 0 {
player.StaminaInfo.DrownBackDelay++
}
}
// HandleDrown 处理玩家溺水
func (g *GameManager) HandleDrown(player *model.Player, stamina uint32) {
// 溺水需要耐力等于0 返回时间不等于0代表已处理过溺水正在等待返回
if stamina != 0 || player.StaminaInfo.DrownBackTime != 0 {
// 溺水需要耐力等于0 返回延时不等于0代表已处理过溺水正在等待返回
if stamina != 0 || player.StaminaInfo.DrownBackDelay != 0 {
return
}
@@ -496,8 +506,8 @@ func (g *GameManager) HandleDrown(player *model.Player, stamina uint32) {
logger.Debug("player drown, curStamina: %v, state: %v", stamina, player.StaminaInfo.State)
// 设置角色为死亡
scene.SetEntityLifeState(avatarEntity, constant.LifeStateConst.LIFE_DEAD, proto.PlayerDieType_PLAYER_DIE_TYPE_DRAWN)
// 溺水返回安全点的时间
player.StaminaInfo.DrownBackTime = time.Now().Add(time.Second * 4).UnixMilli()
// 溺水返回安全点 计时开始
player.StaminaInfo.DrownBackDelay = 1
}
}