5195 【BT3】【主干】竞价拍卖成功领取邮件激活橙装拍卖任务

hxp

2021-08-17 4143e73036db602be03b6584eacc1858d17465b6

 ServerPython/CoreServerGroup/GameServer/Script/GameWorldLogic/GameWorldArena.py

@@ -270,6 +270,7 @@
    # 删除对战记录

    GameWorld.GetUniversalRecMgr().Delete(Def_RecType_ArenaBattleRecord)

    PyGameData.g_arenaPlayerBattleRecDict = {}

    PyGameData.g_arenaPlayerMatchDict = {}

    

    # 更新新赛季信息

    if openServerDay <= customMaxServerDay and OSSeasonState == 0:

@@ -568,13 +569,13 @@
        playerOrder = maxOrder + 1

        

    GameWorld.DebugLog("    maxOrder=%s,playerOrder=%s" % (maxOrder, playerOrder), playerID)

    
    highRandOrder, lowRandOrder = IpyGameDataPY.GetFuncEvalCfg("ArenaMatch", 5) # 前X名匹配比自己高名次时直接随机

    matchOrderList = [] # 匹配到的名次

    # 非第一名的匹配比自身名次高的

    if playerOrder > 1 and higherOrderPerList:

        higherOrderCount = playerOrder - 1 # 比玩家高的名次的个数

        # 小于10个的直接纯随机

        if 0 < higherOrderCount < 10:

        if 0 < higherOrderCount < highRandOrder:

            randOrderList = range(1, playerOrder)

            random.shuffle(randOrderList)

            matchOrderList.extend(randOrderList[:len(higherOrderPerList)])

@@ -582,7 +583,7 @@
                               % (higherOrderCount, randOrderList, matchOrderList), playerID)

            

        # 按比例划分

        elif higherOrderCount >= 10:

        elif higherOrderCount >= highRandOrder:

            randMaxOrder = playerOrder - 1

            for per in higherOrderPerList:

                per = min(per, 100) # 最多到100

@@ -605,7 +606,7 @@
    if 1 <= playerOrder < maxOrder and lowerOrderPerList:

        lowerOrderCount = maxOrder - playerOrder # 比玩家低的名次的个数

        # 小于10个的直接纯随机

        if 0 < lowerOrderCount < 10:

        if 0 < lowerOrderCount < lowRandOrder:

            randOrderList = range(playerOrder + 1, maxOrder + 1)

            random.shuffle(randOrderList)

            matchOrderList.extend(randOrderList[:len(lowerOrderPerList)])

@@ -613,7 +614,7 @@
                               % (lowerOrderCount, randOrderList, matchOrderList), playerID)

            

        # 按比例划分

        elif lowerOrderCount >= 10:

        elif lowerOrderCount >= lowRandOrder:

            randMinOrder = playerOrder + 1

            for per in lowerOrderPerList:

                per = min(per, 100) # 最多到100

@@ -657,24 +658,30 @@
            if gmMatchOrder in matchOrderList:

                continue

            gmMatchOrderList.append(gmMatchOrder)

            GameWorld.DebugAnswer(curPlayer, "指定匹配ID(%s),order(%s)" % (gmMatchID, gmMatchOrder))

            GameWorld.DebugAnswer(curPlayer, "指定匹配ID(%s),order(%s)" % (gmMatchID, gmMatchOrder), playerID)

            

        GameWorld.DebugLog("matchOrderList=%s,needMatchCount=%s" % (str(matchOrderList), needMatchCount))

        if matchOrderList:

            matchOrderList = matchOrderList[:needMatchCount - len(gmMatchOrderList)]

        matchOrderList += gmMatchOrderList

        matchOrderList.sort()

            
    matchRobotRate = IpyGameDataPY.GetFuncCfg("ArenaMatch", 4) # 每次可直接匹配一个机器人概率

    if matchRobotRate and matchOrderList and len(matchOrderList) >= needMatchCount and GameWorld.CanHappen(matchRobotRate, 100):

        popOrder = matchOrderList.pop(-1) # 去掉最后一个

        GameWorld.DebugLog("    概率匹配到一个机器人，去掉最后一个! matchRobotRate=%s,popOrder=%s" % (matchRobotRate, popOrder), playerID)

        
    GameWorld.DebugLog("    最终匹配到的名次列表: matchOrderList=%s" % matchOrderList, playerID)

    

    # 随机机器人备用信息

    openJobList = IpyGameDataPY.GetFuncEvalCfg("OpenJob", 1)

    openJobList = IpyGameDataPY.GetFuncEvalCfg("OpenJob", 1)    
    

    randRobotLVPerRange = IpyGameDataPY.GetFuncEvalCfg("ArenaMatch", 3)

    minLV, maxLV = IpyGameDataPY.GetFuncEvalCfg("ArenaRobot", 2) # 机器人最小、最大等级

    randMinLV = min(minLV, int(playerLV * randRobotLVPerRange[0] / 100.0))

    randMaxLV = min(maxLV, int(playerLV * randRobotLVPerRange[1] / 100.0))

    minLV, _ = IpyGameDataPY.GetFuncEvalCfg("ArenaRobot", 2) # 机器人最小、最大等级

    randMinLV, randMaxLV = minLV - 10, minLV

    #randMinLV = min(minLV, int(playerLV * randRobotLVPerRange[0] / 100.0))

    #randMaxLV = min(maxLV, int(playerLV * randRobotLVPerRange[1] / 100.0))

    

    randRobotScorePerRange = IpyGameDataPY.GetFuncEvalCfg("ArenaMatch", 4)

    randRobotScorePerRange = IpyGameDataPY.GetFuncEvalCfg("ArenaMatch", 3)

    randMinScore = int(playerScore * randRobotScorePerRange[0] / 100.0)

    randMaxScore = int(playerScore * randRobotScorePerRange[1] / 100.0)