yyfbaloot/servers/games/blitzludo/gamelogic/tablesink_impl.go

package gamelogic

import (
	"encoding/json"
	"fmt"
	"math"
	"math/rand"
	"time"

	coreservice "bet24.com/servers/coreservice/client"
	"bet24.com/servers/games/blitzludo/config"
	robotmanager "bet24.com/servers/insecureframe/robot"
	"bet24.com/servers/user"
)

func (ts *tablesink) checkAndStartGame() {
	if ts.gameScene.Phase != Phase_Free && ts.gameScene.Phase != Phase_End {
		return
	}

	// 查看是否所有人都ready
	readyCount := 0
	for i := 0; i < CHAIR_COUNT; i++ {
		usr := ts.table.GetUserByChair(i)
		if usr == nil {
			continue
		}

		userStatus := usr.GetUserStatus()

		// 旁观不判断
		if userStatus <= user.UserStatus_Free ||
			userStatus == user.UserStatus_Watch {
			continue
		}

		// 如果是开始
		if userStatus == user.UserStatus_Play {
			ts.table.LogWithTableId("-----checkAndStartGame: chair[%d]: %d,  playing kicked", i, usr.GetUserId())
			//ts.table.KickUserByChair(i, true)
			continue
		}

		if userStatus != user.UserStatus_Ready {
			ts.table.LogWithTableId("-----checkAndStartGame: chair[%d]: %d,  status: %d", i, usr.GetUserId(), usr.GetUserStatus())
			return
		}
		readyCount++
	}

	// ts.table.LogWithTableId("-----checkAndStartGame : %d ", readyCount)
	if ts.IsDual() && readyCount == 2 || readyCount == 4 {
		ts.startGame()
	}
}

func (ts *tablesink) checkIsNeedRobot() {
	if !robotmanager.IsRunning() {
		return
	}

	if ts.gameScene.Phase != Phase_Free && ts.gameScene.Phase != Phase_End {
		return
	}

	count := 0
	for i := 0; i < CHAIR_COUNT; i++ {
		usr := ts.table.GetUserByChair(i)
		if usr == nil {
			continue
		}

		/*if usr.IsRobot() {
			continue
		}*/

		if usr.GetUserStatus() <= user.UserStatus_Free {
			continue
		}
		count++
	}

	chairCount := CHAIR_COUNT
	if ts.IsDual() {
		chairCount = 2
	}

	if count >= chairCount {
		return
	}
	robotCount := 1
	if !ts.IsDual() {
		robotCount = rand.Intn(chairCount-count) + 1
	}

	ts.table.LogWithTableId("-------checkIsNeedRobot. need: %d ------", robotCount)
	for i := 0; i < robotCount; i++ {
		sec := rand.Intn(robotCount*3*1000) + 1000
		time.AfterFunc(time.Duration(sec)*time.Millisecond, func() {
			if ts.gameScene.Phase != Phase_Free && ts.gameScene.Phase != Phase_End {
				return
			}
			tableID := ts.table.GetTableID()
			robotmanager.GetOneRobotEnterTable(tableID, ts.roomInfo.MinGold, ts.roomInfo.MaxGold)
		})
	}
}

func (ts *tablesink) removeOneRobot() {
	if ts.gameScene.Phase != Phase_End {
		return
	}
	for i := 0; i < CHAIR_COUNT; i++ {
		usr := ts.table.GetUserByChair(i)
		if usr == nil {
			continue
		}

		if !usr.IsRobot() {
			continue
		}
		ts.table.KickUserByChair(i, false)
		return
	}
}

func (ts *tablesink) checkUserReadyStatus(chair int) {

	if ts.gameScene.Phase != Phase_Free && ts.gameScene.Phase != Phase_End {
		return
	}

	usr := ts.table.GetUserByChair(chair)
	if usr == nil {
		return
	}

	if !usr.IsRobot() {
		ts.table.LogWithTableId("1111111------checkUserReadyStatus: %d %d", chair, usr.GetUserId())
		//超时没有准备则踢出
		ts.table.KickUserByChair(chair, true)
		return
	}

	//桌上还有没有真人，有就准备，没有就踢走
	count := 0
	for i := 0; i < CHAIR_COUNT; i++ {
		u := ts.table.GetUserByChair(i)
		if u == nil {
			continue
		}

		if u.IsRobot() {
			continue
		}

		if u.GetUserStatus() <= user.UserStatus_Free {
			continue
		}
		count++
	}

	if count >= 1 {
		ts.table.LogWithTableId("tablesink.checkUserReadyStatus: %d robot to ready ", usr.GetUserId())
		ts.table.SetUserReadyStatus(usr.GetUserIndex(), true)
	} else {
		ts.table.LogWithTableId("------checkUserReadyStatus: %d ", usr.GetUserId())
		//超时没有准备则踢出
		ts.table.KickUser(usr.GetUserIndex(), !usr.IsRobot())
		// if usr.IsRobot() {
		// 	//ts.table.UserWatch(usr.GetUserIndex())
		// 	ts.table.KickUser(usr.GetUserIndex(), false)
		// } else {
		// 	ts.table.UserWatch(usr.GetUserIndex())
		// }
	}
}

func (ts *tablesink) checkUserQuitStatus(chair int) {

	if ts.gameScene.Phase != Phase_End {
		return
	}

	usr := ts.table.GetUserByChair(chair)
	if usr == nil {
		return
	}

	if usr.IsRobot() {
		ts.table.KillTimer(TIMER_QUIT_0 + chair)
		ts.table.KickUser(usr.GetUserIndex(), !usr.IsRobot())
		return
	}
}

// 匹配阶段超时
func (ts *tablesink) dealMatchTimeOut() {
	ts.gameScene.Phase = Phase_Move
	ts.LastOpraTime = time.Now()
	ts.gameScene.Index++
	ts.table.NotifySceneChanged(-1)
	ts.resetGameTimer(false, false, 0)
}

// 移动棋子或掷骰子 阶段超时
func (ts *tablesink) dealPlayTimeOut() {
	if ts.gameScene.Phase != Phase_Dice && ts.gameScene.Phase != Phase_Move {
		return
	}
	if isValidChair(ts.gameScene.WhoseTurn) {
		ts.gameScene.Players[ts.gameScene.WhoseTurn].AutoOut = true
	}

	ts.dealGamePlay()
}

// 处理游戏阶段逻辑 包含掷骰子和移动飞机
func (ts *tablesink) dealGamePlay() {

	ts.LastOpraTime = time.Now()

	chairId := ts.gameScene.WhoseTurn
	if !isValidChair(chairId) {
		ts.table.LogWithTableId("tablesink.dealGamePlay whoseturn invalid %d", chairId)
		return
	}

	player := ts.gameScene.Players[chairId]
	// 掷骰子
	if player.LastAction == Action_Move {
		ts.doAction(chairId, Action_Dice, 0, nil)
	} else {
		ts.doAction(chairId, Action_Move, -1, nil)
	}

}

func (ts *tablesink) onRobotChatTimer() {
	start := rand.Intn(4)
	for i := 0; i < CHAIR_COUNT; i++ {
		chair := (start + i) % CHAIR_COUNT
		usr := ts.table.GetUserByChair(chair)
		if usr == nil || !usr.IsRobot() {
			continue
		}
		whoseturn := ts.table.GetUserByChair(ts.gameScene.WhoseTurn)
		if whoseturn == nil {
			return
		}

		ts.sendBatChat(usr.GetUserIndex(), usr.GetUserId(), whoseturn.GetUserId())
		return
	}
}

func (ts *tablesink) sendBatChat(userIndex int32, sender, receiver int) {
	if sender == receiver {
		return
	}
	if rand.Intn(100) >= 35 {
		return
	}
	chatIds := []int{0, 4, 10, 11}
	chatId := chatIds[rand.Intn(4)]
	data := fmt.Sprintf("3/%d/%d/%d", chatId, sender, receiver)
	ts.table.LogWithTableId("tablesink.sendBatChat ,%s", data)
	ts.recvChatMsg(userIndex, data)
}

// 检查机器人操作
func (ts *tablesink) checkRobotAction(isCanMove, isNextChair bool, moveDuration int) {
	chairId := ts.gameScene.WhoseTurn
	usr := ts.table.GetUserByChair(chairId)
	if usr == nil {
		return
	}

	if !usr.IsRobot() {
		return
	}

	//机器人也要考虑延迟问题 否则会导致前端收消息过快
	delay := SEC_DELAY //掷骰子时间 机器人用等待时间
	switch ts.gameScene.Phase {
	case Phase_Dice:
		//如果没有可以移动的则直接进入掷骰子阶段的定时间
		if isNextChair && !isCanMove {
			//没有移动直接换人 加延迟
			delay += SEC_NEXT_CHAIR
		} else if isCanMove {
			//移动棋子时间
			delay -= SEC_NEXT_CHAIR
			//机器人要判断是否只有一个棋子可以移动
			count := ts.gameScene.Players[chairId].canMovePlaneCountByPosition()
			if count != 1 {
				//有多个棋子时增加选择时间
				delay += rand.Intn(2500)
			}
		}
	case Phase_Move:
		//前一个有移动的话 要算上移动的等待时间
		if isCanMove {
			delay += moveDuration
		}
	}

	time.AfterFunc(time.Duration(delay)*time.Millisecond, func() {
		ts.dealGamePlay()
	})
}

func (ts *tablesink) startGame() {

	// 创建场景
	tableId := ts.table.GetTableID()
	ts.gameScene.initData(tableId)
	ts.gameScene.base = ts.roomInfo.BaseScore
	validChairs := []int{}
	for i := 0; i < CHAIR_COUNT; i++ {
		usr := ts.table.GetUserByChair(i)
		if usr == nil {
			continue
		}

		userStatus := usr.GetUserStatus()

		if userStatus != user.UserStatus_Ready {
			ts.table.LogWithTableId("ts.startGame chair[%d] userStatue = %d", i, userStatus)
			return
		}
		userGold := ts.table.GetUserChipOrGoldByUser(usr)
		if userGold < ts.roomInfo.MinGold || (ts.roomInfo.MaxGold > 0 && userGold > ts.roomInfo.MaxGold) {
			ts.table.LogWithTableId("tablesink.startGame %d 金币不足，站起", usr.GetUserId())
			if usr.IsRobot() {
				go ts.table.KickUser(usr.GetUserIndex(), false)
			} else {
				go ts.table.UserWatch(usr.GetUserIndex())
			}
			break
		}
		// 先投注
		ok := ts.writeScore(usr.GetUserId(), -ts.roomInfo.BaseScore, 0, 0, ScoreType_Bet, ts.roomInfo.RoomName, usr.IsRobot())
		if !ok {
			break
		}
		ts.gameScene.Players[i].initData(i, usr.GetUserId(), userGold)
		ts.gameScene.Players[i].IsValid = true
		ts.gameScene.Players[i].userId = usr.GetUserId()
		ts.gameScene.Players[i].bet = ts.roomInfo.BaseScore
		ts.gameScene.Players[i].isRobot = usr.IsRobot()
		ts.gameScene.pool += ts.roomInfo.BaseScore
		validChairs = append(validChairs, i)
	}

	readyCount := len(validChairs)
	if ts.IsDual() && readyCount != 2 || !ts.IsDual() && readyCount < CHAIR_COUNT {
		ts.table.LogWithTableId("游戏开始，用户不足")
		ts.gameScene.Phase = Phase_End
		// 分数还原
		for i := 0; i < CHAIR_COUNT; i++ {
			if !ts.gameScene.Players[i].IsValid {
				continue
			}
			if ts.gameScene.Players[i].bet > 0 {
				ts.writeScore(ts.gameScene.Players[i].userId, ts.gameScene.Players[i].bet, 0, 0,
					ScoreType_Return, ts.roomInfo.RoomName, ts.gameScene.Players[i].isRobot)
			}
		}
		ts.endGame()
		ts.gameScene.initData(tableId)
		return
	}
	ts.gameScene.gameInit(validChairs[rand.Intn(len(validChairs))])
	ts.sendMatchEnd()
	ts.gameScene.dump(false)
	ts.table.StartGame()
}

// 发送匹配结束
func (ts *tablesink) sendMatchEnd() {
	//发送匹配结束
	ts.gameScene.Phase = Phase_Match
	ts.table.SetTimer(TIMER_MATCH, SEC_MATCH)
	ts.table.KillTimer(TIMER_ROBOT)
}

func (ts *tablesink) endGame() {
	ts.table.LogWithTableId("--------endGame-----------")
	ts.gameScene.dump(true)
	// 先调用框架的EngGame，保证旁观用户状态改变
	ts.table.EndGame()
	//realUserCount := 0
	//robotCount := 0
	readyCount := 0
	for i := 0; i < CHAIR_COUNT; i++ {
		usr := ts.table.GetUserByChair(i)
		if usr == nil {
			continue
		}
		if usr.GetUserStatus() == user.UserStatus_Watch {
			continue
		}

		if !usr.IsRobot() {
			ts.table.SetTimer(TIMER_READY_0+i, SEC_READY)
			readyCount++
		} else {
			//机器人随机 1-2秒退出房间
			ts.table.SetTimer(TIMER_QUIT_0+i, 1000+rand.Intn(1000))
		}
	}
	// if ts.IsDual() && readyCount == 2 || readyCount == 4 {
	// 	//ts.removeOneRobot()
	// 	ts.table.SetTimer(TIMER_REMOVE_ROBOT, 5000+rand.Intn(3000))
	// }
}

// 聊天
func (ts *tablesink) recvChatMsg(userIndex int32, data string) {
	usr := ts.table.GetPlayer(userIndex)
	if usr == nil {
		ts.table.LogWithTableId("tablesink.recvChatMsg,usr[%d] not exist", userIndex)
		return
	}
	ts.table.SendGameData(-1, CMD_TABLECHAT, data)
}

// 取消托管消息
func (ts *tablesink) recvCancleAutoMsg(userIndex int32, data string) {
	usr := ts.table.GetPlayer(userIndex)
	if usr == nil {
		ts.table.LogWithTableId("tablesink.recvCancleAutoMsg,usr[%d] not exist", userIndex)
		return
	}
	chairId := usr.GetUserChairId()
	if chairId == -1 {
		return
	}
	ts.gameScene.Players[chairId].AutoOut = false
	// 重启倒计时
	if ts.gameScene.WhoseTurn != chairId {
		return
	}
	ts.table.KillTimer(TIMER_GAME)
	switch ts.gameScene.Phase {
	case Phase_Dice:
		ts.table.SetTimer(TIMER_GAME, ts.GetMoveSec())
		return
	case Phase_Move:
		ts.table.SetTimer(TIMER_GAME, ts.GetDiceSec())
		return
	}

}

// 操作掷骰子或者移动飞机
func (ts *tablesink) recvAction(userIndex int32, data string) {
	if ts.gameScene.Phase != Phase_Dice && ts.gameScene.Phase != Phase_Move {
		ts.table.LogWithTableId("tablesink.recvAction,phase is wrong! %d ", ts.gameScene.Phase)
		return
	}

	usr := ts.table.GetPlayer(userIndex)
	if usr == nil {
		ts.table.LogWithTableId("tablesink.recvAction,usr[%d] not exist", userIndex)
		return
	}

	chairId := usr.GetUserChairId()
	if !isValidChair(chairId) {
		ts.table.LogWithTableId("tablesink.recvAction invalid chair %d", chairId)
		return
	}

	var action CmdAction
	err := json.Unmarshal([]byte(data), &action)
	if err != nil {
		ts.table.LogWithTableId("tablesink.recvAction,Unmarshal failed[%d] %s", userIndex, data)
		return
	}
	if action.Action == Action_Drop {
		ts.dealDrop(chairId)
		return
	}
	ts.doAction(chairId, action.Action, action.PlaneId, usr)
}

// 获得骰子点数
func (ts *tablesink) getDicePoint(chairId int, isRobot bool) int {
	number := 0
	round := ts.gameScene.Players[chairId].round
	hopeRound := ts.gameScene.Players[chairId].hopeRound
	hope := ts.gameScene.Players[chairId].hope

	if isRobot {
		//如果是机器人出点的时候 检查是否有可以攻击的对手
		rnd := rand.Intn(100)
		points := []int{1, 2, 3, 4, 5, 6}

		if rnd <= config.Rooms.GetParam1(ts.roomInfo.RoomID) {
			//检查前方是否有非机器人棋子
			for _, v := range ts.gameScene.Players[chairId].Planes {
				//没有出机场或者已经到终点和快到终点的过滤
				if v.Position == 0 || v.Position == MAX_STEP || v.Position >= SAFE_START {
					continue
				}
				for _, p := range points {
					//可以攻击优先
					total, _, _ := ts.gameScene.checkPositionIsCrashed(chairId, v.Position+p, v.Id)
					if total == 1 {
						number = 6
						if p < 6 {
							number = p
						}

						if number == hope {
							ts.gameScene.Players[chairId].isShakeOutHope = true
						}
						return number
					}
				}

			}
		}

	}

	//每过4轮检查一次期待点数
	if hopeRound%4 == 0 {
		if !ts.gameScene.Players[chairId].isShakeOutHope {
			//如果3轮内没有出过 则必出期待点
			number = hope
			ts.gameScene.Players[chairId].isShakeOutHope = true
			return number
		}
		ts.gameScene.Players[chairId].isShakeOutHope = false
	}

	//随机取
	number = ts.getRandomNumber(round)

	if ts.IsDual() && !isRobot {
		//如果是两人场 减少机器人被攻击的可能性
		rnd := rand.Intn(100)
		if rnd <= config.Rooms.GetParam1(ts.roomInfo.RoomID) {
			//可以攻击 则替换点数
			unAttackPoint := ts.gameScene.getUnAttackPoint(chairId)
			if len(unAttackPoint) > 0 {
				number = unAttackPoint[rand.Intn(len(unAttackPoint))]
			}
		}
	} else if ts.IsDual() && isRobot && number < 3 && ts.gameScene.checkIsBehind(chairId) {
		//从3,4,5,6中随机取一个
		number = rand.Intn(4) + 3
	}

	if number == hope {
		ts.gameScene.Players[chairId].isShakeOutHope = true
	}
	return number

}

func (ts *tablesink) doAction(chairId, action, planeId int, usr *user.UserInfo) {
	isRobot := ts.isRobot(chairId)
	number := 0
	if action == Action_Dice {
		ts.gameScene.Players[chairId].round++
		ts.gameScene.Players[chairId].hopeRound++
		number = ts.getDicePoint(chairId, isRobot)
		//ts.sendWinChat(usr.GetUserIndex(), usr.GetUserId(), 2000+rand.Intn(2000))
	}

	ok, errMsg, isNextChair, stepCount := ts.gameScene.addAction(chairId, action, number, planeId, isRobot)
	if !ok {
		if usr != nil {
			ts.table.SendGameData(usr.GetUserIndex(), CMD_ACTION, errMsg)
		}
		return
	}
	ts.table.KillTimer(TIMER_GAME)
	if ts.gameScene.Players[chairId].isWin() {
		ts.checkAndEndGame(chairId, stepCount)
		return
	}

	isCanMove := true
	moveDuration := 0
	if isNextChair {
		ts.gameScene.nextChair()

		//如果切换玩家并且前一个玩家是移动棋子则需要增加延迟
		if action == Action_Dice {
			isCanMove = false
		}

	}
	if action == Action_Move {
		ts.gameScene.Phase = Phase_Move
		moveDuration = stepCount * SEC_MOVE_TIME
		if ts.gameScene.ActionResult.CrashedChairId >= 0 && ts.gameScene.ActionResult.CrashedPlaneId >= 0 {
			//有攻击则增加时间
			moveDuration += SEC_DELAY
		}

	} else {
		ts.gameScene.Phase = Phase_Dice
	}

	ts.gameScene.Index++
	ts.table.NotifySceneChanged(-1)
	ts.resetGameTimer(isCanMove, isNextChair, moveDuration)
}

// 重置游戏计时器
func (ts *tablesink) resetGameTimer(isCanMove, isNextChair bool, moveDuration int) {
	ts.table.KillTimer(TIMER_GAME)
	ts.table.KillTimer(TIMER_ROBOT)
	if !isValidChair(ts.gameScene.WhoseTurn) {
		return
	}

	switch ts.gameScene.Phase {
	case Phase_Dice:
		if ts.gameScene.Players[ts.gameScene.WhoseTurn].AutoOut {
			times := SEC_AUTO
			if isNextChair && !isCanMove {
				//没有移动直接换人 加延迟
				times += SEC_NEXT_CHAIR
			} else if isCanMove {
				times = SEC_AUTO + SEC_DELAY
			}
			ts.table.SetTimer(TIMER_GAME, times)
		} else {
			//如果没有可以移动的则直接进入掷骰子阶段的定时间
			times := ts.GetDiceSec()
			if isNextChair && !isCanMove {
				//没有移动直接换人 加延迟
				times += SEC_NEXT_CHAIR
			} else if isCanMove {
				times = ts.GetMoveSec() + SEC_DELAY
			}
			ts.table.SetTimer(TIMER_GAME, times)
		}
	case Phase_Move:
		if ts.gameScene.WhoseTurn != -1 && ts.gameScene.Players[ts.gameScene.WhoseTurn].AutoOut {
			//移动棋子时间要长一些
			times := SEC_AUTO
			if isCanMove {
				times += moveDuration
			}
			ts.table.SetTimer(TIMER_GAME, times)
		} else {
			//前一个有移动的话 要算上移动的等待时间
			times := ts.GetDiceSec()
			if isCanMove {
				times += moveDuration
			}
			ts.table.SetTimer(TIMER_GAME, times)

		}
	}
	ts.table.SetTimer(TIMER_ROBOT, SEC_ROBOT_CHAT)
	ts.LastOpraTime = time.Now()
	ts.checkRobotAction(isCanMove, isNextChair, moveDuration)
}

func (ts *tablesink) checkAndEndGame(winner, stepCount int) {
	_, ended := ts.gameScene.addWinner(winner)

	if ended {
		// 结束了，把没写分的都写分
		for i := 0; i < CHAIR_COUNT; i++ {
			ts.writeChairScore(i)
		}
		ts.enterEndPhase()
	} else {
		// 没有结束，先写分
		ts.writeChairScore(winner)
		ts.table.SetUserEndGame(winner)
		ts.gameScene.Players[winner].IsValid = false
		ts.gameScene.Index++
		ts.gameScene.nextChair()
		ts.table.NotifySceneChanged(-1)
		//额外增加播放旗子动画
		moveDuration := stepCount*SEC_MOVE_TIME + SEC_DELAY*2
		ts.resetGameTimer(true, true, moveDuration)
	}
}

func (ts *tablesink) writeChairScore(chairId int) {
	if !ts.gameScene.Players[chairId].IsValid {
		return
	}
	if ts.gameScene.Players[chairId].writtenScore {
		return
	}
	player := &ts.gameScene.Players[chairId]
	if player.Dropped {
		return
	}
	score := ts.gameScene.Players[chairId].Score
	if score <= 0 {
		ts.gameScene.Players[chairId].Score = -ts.roomInfo.BaseScore
		ts.writeScore(player.userId, 0, 0, 1, ScoreType_End, ts.roomInfo.RoomName, ts.isRobot(chairId))
		go ts.table.WriteBetRecord(player.userId, ts.roomInfo.BaseScore, 0, 1.0, "lose", "lose", GAME_NAME)
		usr := ts.table.GetUserByChair(chairId)
		if usr != nil {
			go ts.table.RequestADAward(usr.GetUserIndex(), -ts.roomInfo.BaseScore)
		}
		return
	}

	tax := (score - ts.roomInfo.BaseScore) * ts.roomInfo.RoomInfoBase.TaxRate / 100
	ts.writeScore(player.userId, score-tax, tax, 1, ScoreType_End, ts.roomInfo.RoomName, ts.isRobot(chairId))
	go ts.table.WriteBetRecord(player.userId, ts.roomInfo.BaseScore, score-tax, 1.0, "win", fmt.Sprintf("win[%d]", player.Place), GAME_NAME)
	player.writtenScore = true
}

func (ts *tablesink) enterEndPhase() {
	ts.gameScene.Phase = Phase_End
	ts.gameScene.WhoseTurn = -1
	ts.gameScene.Index++
	ts.table.NotifySceneChanged(-1)
	ts.endGame()
}

func (ts *tablesink) writeScore(userId int, amount, tax int, status, scoreType int, sourceName string, isRobot bool) bool {
	if !isRobot {
		config.Rooms.AddWinAmount(ts.roomInfo.RoomID, -amount)
	}

	if config.Server.LoseTax > 0 && scoreType == ScoreType_End {
		if amount > 0 && tax > 0 {
			go coreservice.ModifyJackpot(tax/10, GAMEID, userId, GAME_NAME, config.Server.IsChipRoom > 0)
			tax = 0
		} else {
			// 如果是退出、放弃，则加税
			score := ts.gameScene.getScore(userId)
			if score < 0 {
				tax = int(math.Abs(float64(score))) * ts.roomInfo.RoomInfoBase.TaxRate / 100
			}
		}
	}

	ok, _ := ts.table.WriteUserMoney(userId, amount, tax, status, scoreType, sourceName)
	return ok
}

func (ts *tablesink) isRobot(chairId int) bool {
	usr := ts.table.GetUserByChair(chairId)
	if usr == nil {
		return false
	}

	return usr.IsRobot()
}

func (ts *tablesink) dealDrop(chairId int) bool {
	if !isValidChair(chairId) {
		ts.table.LogWithTableId("tablesink.dealDrop invalid ChairId %d", chairId)
		return false
	}
	if !ts.gameScene.Players[chairId].IsValid {
		ts.table.LogWithTableId("tablesink.dealDrop invalid ChairId2 %d", chairId)
		return false
	}
	if ts.gameScene.Players[chairId].Place > 0 {
		ts.table.LogWithTableId("tablesink.dealDrop Winning users cannot dropped  %d", chairId)
		return false
	}
	if ts.gameScene.Players[chairId].Dropped {
		ts.table.LogWithTableId("tablesink.dealDrop already dropped %d", chairId)
		return false
	}

	ts.gameScene.Index++
	ts.gameScene.Players[chairId].drop()
	ts.gameScene.Players[chairId].LastAction = Action_Drop

	// 如果没人了，结算并写分
	validPlayerCount := 0
	winner := -1 //获胜者
	for i := 0; i < CHAIR_COUNT; i++ {
		if !ts.gameScene.Players[i].IsValid {
			continue
		}
		if ts.gameScene.Players[i].Dropped {
			continue
		}
		validPlayerCount++
		winner = i
	}
	usr := ts.table.GetUserByChair(chairId)
	ts.gameScene.Players[chairId].Score = -ts.roomInfo.BaseScore
	if ts.gameScene.Players[chairId].Score+ts.gameScene.Players[chairId].enterGold < 0 {
		ts.table.LogWithTableId("tablesink.dealDrop 分数不够扣 %d %d",
			ts.gameScene.Players[chairId].Score, ts.gameScene.Players[chairId].enterGold)
		ts.gameScene.Players[chairId].Score = -ts.gameScene.Players[chairId].enterGold
	}
	//逃跑也写分
	ts.writeScore(usr.GetUserId(), 0, 0, 1, ScoreType_End, ts.roomInfo.RoomName, ts.isRobot(chairId))
	go ts.table.WriteBetRecord(ts.gameScene.Players[chairId].userId, ts.roomInfo.BaseScore, 0, 1.0, "drop", "drop", GAME_NAME)
	if usr != nil {
		go ts.table.RequestADAward(usr.GetUserIndex(), -ts.roomInfo.BaseScore)
	}

	ts.table.SetUserEndGame(chairId)
	ts.gameScene.Players[chairId].gameInit()
	ts.broadcastDrop(chairId) //广播弃权消息滞后避免广播弃权消息时，用户已经退出
	if validPlayerCount <= 1 {
		ts.gameScene.LastTurn = chairId
		ts.checkAndEndGame(winner, 0)
		return true
	}

	// 其他人还能继续
	if ts.gameScene.WhoseTurn == chairId {
		ts.gameScene.nextChair()
		ts.resetGameTimer(true, true, 0)
		ts.table.NotifySceneChanged(-1)
	}

	return true
}

func (ts *tablesink) broadcastDrop(chairId int) {
	var cmd CmdDrop
	cmd.ChairId = chairId

	d, _ := json.Marshal(cmd)
	ts.table.SendGameData(-1, CMD_DROP, string(d))
}