Endfield-Data/LuaScripts/UI/Widgets/LevelMapLoader.lua

local UIWidgetBase = require_ex('Common/Core/UIWidgetBase')
local LuaNodeCache = require_ex('Common/Utils/LuaNodeCache')
local UILevelMapUtils = CS.Beyond.Gameplay.UILevelMapUtils
local ElementType = CS.Beyond.Gameplay.UILevelMapStaticElementType
local LineType = CS.Beyond.Gameplay.MarkLineType
local RenderTexture = CS.UnityEngine.RenderTexture
local Graphics = CS.UnityEngine.Graphics
local GL = CS.UnityEngine.GL
local Rect = CS.UnityEngine.Rect
local Stack = require_ex("Common/Utils/DataStructure/Stack")













































































































































































































LevelMapLoader = HL.Class('LevelMapLoader', UIWidgetBase)

local LOADER_DEFAULT_UPDATE_INTERVAL = 0.2

local NEED_UPDATE_MISSION_MARK_POS_SQR_MAGNITUDE = 0.002

local ACTION_DELAY_TIME = 3  

local MIN_MARK_ORDER = 1
local MAX_MARK_ORDER = 6
local CUSTOM_MARK_ORDER = 6
local MARK_ORDER_VIEW_NAME_FORMAT = "order%d"

local MIST_DRAW_MATERIAL_PATH = "Assets/Beyond/DynamicAssets/Gameplay/UI/Materials/M_ui_mapmist_rendertexture_painter.mat"

local LOW_MEMORY_DEVICE_MIST_TEXTURE_LENGTH_RATIO = 0.5


LevelMapLoader.m_initialized = HL.Field(HL.Boolean) << false


LevelMapLoader.m_mapManager = HL.Field(CS.Beyond.Gameplay.MapManager)


LevelMapLoader.m_levelMapConfig = HL.Field(CS.Beyond.Gameplay.UILevelMapConfig)


LevelMapLoader.m_mistSystem = HL.Field(CS.Beyond.Gameplay.MistMapSystem)


LevelMapLoader.m_regionManager = HL.Field(CS.Beyond.Gameplay.MapRegionManager)


LevelMapLoader.m_dataUpdateInterval = HL.Field(HL.Number) << LOADER_DEFAULT_UPDATE_INTERVAL


LevelMapLoader.m_rootUpdateTick = HL.Field(HL.Number) << -1


LevelMapLoader.m_gridMaskUpdateTick = HL.Field(HL.Number) << -1


LevelMapLoader.m_animMistShowTimer = HL.Field(HL.Number) << -1


LevelMapLoader.m_mapId = HL.Field(HL.String) << ""


LevelMapLoader.m_levelId = HL.Field(HL.String) << ""


LevelMapLoader.m_markCache = HL.Field(Stack)


LevelMapLoader.m_customMarkCache = HL.Field(Stack)


LevelMapLoader.m_trackingMarkCache = HL.Field(Stack)


LevelMapLoader.m_gridCache = HL.Field(LuaNodeCache)


LevelMapLoader.m_gridSpriteCache = HL.Field(HL.Table)


LevelMapLoader.m_gridSpriteFolderCache = HL.Field(HL.Table)


LevelMapLoader.m_posTween = HL.Field(HL.Userdata)


LevelMapLoader.m_sizeTween = HL.Field(HL.Userdata)


LevelMapLoader.m_buildLevels = HL.Field(HL.Table)  


LevelMapLoader.m_onMarkInstDataChangedCallback = HL.Field(HL.Function)


LevelMapLoader.m_markStaticDataMap = HL.Field(HL.Table)


LevelMapLoader.m_delayActionList = HL.Field(HL.Table)


LevelMapLoader.m_gridsMaskFollowTarget = HL.Field(RectTransform)


LevelMapLoader.m_isLowMemoryDevice = HL.Field(HL.Boolean) << false




LevelMapLoader.m_needUpdate = HL.Field(HL.Boolean) << true


LevelMapLoader.m_needOptimizePerformance = HL.Field(HL.Boolean) << false


LevelMapLoader.m_extraView = HL.Field(HL.Number) << 0


LevelMapLoader.m_needShowOtherLevelTracking = HL.Field(HL.Boolean) << false


LevelMapLoader.m_onMarkHover = HL.Field(HL.Function)


LevelMapLoader.m_onGridsLoadedStateChange = HL.Field(HL.Function)


LevelMapLoader.m_expectedStaticElementTypes = HL.Field(HL.Table)


LevelMapLoader.m_needListenMarkStateChange = HL.Field(HL.Boolean) << false


LevelMapLoader.m_needInteractableMark = HL.Field(HL.Boolean) << false


LevelMapLoader.m_initialMarkScale = HL.Field(Vector3)






LevelMapLoader.m_levelGrids = HL.Field(HL.Table)  


LevelMapLoader.m_loadedGridViewDataMap = HL.Field(HL.Table)  


LevelMapLoader.m_hitLevels = HL.Field(HL.Table)  


LevelMapLoader.m_hitGrids = HL.Field(HL.Table)  


LevelMapLoader.m_loadedPosition = HL.Field(HL.Table)  


LevelMapLoader.m_gridMistSingleTextureLength = HL.Field(HL.Number) << 0


LevelMapLoader.m_gridMistDrawMaterial = HL.Field(HL.Userdata)


LevelMapLoader.m_gridMistRefreshData = HL.Field(HL.Table)


LevelMapLoader.m_animMistRefreshData = HL.Field(HL.Table)


LevelMapLoader.m_forbidMistRefreshAfterGridChange = HL.Field(HL.Boolean) << false


LevelMapLoader.m_waitMistRefreshAfterGridChange = HL.Field(HL.Boolean) << false


LevelMapLoader.m_tierId = HL.Field(HL.Number) << 0


LevelMapLoader.m_tierIndex = HL.Field(HL.Number) << 0


LevelMapLoader.m_needShowMarkTier = HL.Field(HL.Boolean) << false






LevelMapLoader.m_staticElementInitializer = HL.Field(HL.Table)  


LevelMapLoader.m_lineCaches = HL.Field(HL.Table)  


LevelMapLoader.m_lineRoots = HL.Field(HL.Table)  


LevelMapLoader.m_loadedLineViewDataMap = HL.Field(HL.Table)  


LevelMapLoader.m_buildElementsLevels = HL.Field(HL.Table)  


LevelMapLoader.m_loadedStaticElementViewDataMap = HL.Field(HL.Table)  


LevelMapLoader.m_loadedMarkViewDataMap = HL.Field(HL.Table)  


LevelMapLoader.m_missionTrackingAreaCache = HL.Field(LuaNodeCache)


LevelMapLoader.m_loadedMissionTrackingMarks = HL.Field(HL.Table)  


LevelMapLoader.m_loadedMissionTrackingMarksPos = HL.Field(HL.Table)  


LevelMapLoader.m_loadedMissionTrackingAreas = HL.Field(HL.Table)  


LevelMapLoader.m_loadedGeneralTrackingMarkId = HL.Field(HL.String) << ""


LevelMapLoader.m_generalTrackingMarkInOtherLevel = HL.Field(HL.String) << ""


LevelMapLoader.m_missionTrackingMarkInOtherLevel = HL.Field(HL.String) << ""


LevelMapLoader.m_gameplayAreaCache = HL.Field(LuaNodeCache)


LevelMapLoader.m_loadedGameplayAreas = HL.Field(HL.Table)  


LevelMapLoader.m_tryLoadElementsList = HL.Field(HL.Table)


LevelMapLoader.m_switchMaskCells = HL.Field(HL.Forward("UIListCache"))


LevelMapLoader.m_waitVisibleInMistMarks = HL.Field(HL.Table)


LevelMapLoader.m_connectNodeLineGetter = HL.Field(HL.Table)  




LevelMapLoader.m_gridRectLength = HL.Field(HL.Number) << -1  


LevelMapLoader.m_gridWorldLength = HL.Field(HL.Number) << -1  




LevelMapLoader._OnFirstTimeInit = HL.Override() << function(self)
    self:RegisterMessage(MessageConst.ON_MAP_POWER_LINE_CHANGED, function()
        self:_OnMarkLineInstDataChanged(LineType.Power)
    end)
    self:RegisterMessage(MessageConst.ON_MAP_TRAVEL_LINE_CHANGED, function()
        self:_OnMarkLineInstDataChanged(LineType.Travel)
    end)
    self:RegisterMessage(MessageConst.ON_MAP_UD_PIPE_LINE_CHANGED, function()
        self:_OnMarkLineInstDataChanged(LineType.UdPipe)
    end)
    self:RegisterMessage(MessageConst.ON_MAP_MARK_RUNTIME_DATA_CHANGED, function(args)
        local instId, isAdd = unpack(args)
        self:_OnMarkInstDataChanged(instId, isAdd)
    end)
    self:RegisterMessage(MessageConst.ON_MAP_MARK_RUNTIME_DATA_MODIFY, function(args)
        local instId = unpack(args)
        self:_OnMarkInstDataModified(instId)
    end)
    self:RegisterMessage(MessageConst.ON_MAP_GAMEPLAY_AREA_ADDED, function(args)
        local areaId = unpack(args)
        self:_RefreshGameplayArea(areaId, true)
    end)
    self:RegisterMessage(MessageConst.ON_MAP_GAMEPLAY_AREA_REMOVED, function(args)
        local areaId = unpack(args)
        self:_RefreshGameplayArea(areaId, false)
    end)
    self:RegisterMessage(MessageConst.SHOW_CUSTOM_MARK_MULTI_DELETE, function(args)
        self:_RefreshCustomMarkOrderActiveState(false)
    end)
    self:RegisterMessage(MessageConst.HIDE_CUSTOM_MARK_MULTI_DELETE, function(args)
        self:_RefreshCustomMarkOrderActiveState(true)
    end)
end



LevelMapLoader._OnDestroy = HL.Override() << function(self)
    if not self.m_initialized then
        return
    end
    self.m_rootUpdateTick = LuaUpdate:Remove(self.m_rootUpdateTick)
    self.m_gridMaskUpdateTick = LuaUpdate:Remove(self.m_gridMaskUpdateTick)
    self.m_animMistShowTimer = self:_ClearTimer(self.m_animMistShowTimer)
    self:_RemoveAllDelayActions()
    self:_DisposeAllGridSprites()
    self:_ClearLoaderGridMists()
end





LevelMapLoader.InitLevelMapLoader = HL.Method(HL.String, HL.Opt(HL.Table)) << function(self, levelId, customInfo)
    self.m_initialized = false

    if string.isEmpty(levelId) then
        return
    end

    self.m_levelMapConfig = DataManager.uiLevelMapConfig
    self.m_gridRectLength = self.m_levelMapConfig.gridRectLength
    self.view.source.grid.rectTransform.sizeDelta = Vector2(self.m_gridRectLength, self.m_gridRectLength)
    self.m_gridWorldLength = self.m_levelMapConfig.gridWorldLength
    self.m_mapManager = GameInstance.player.mapManager
    self.m_mistSystem = GameInstance.player.mistMapSystem
    self.m_regionManager = GameWorld.mapRegionManager
    self.m_isLowMemoryDevice = CS.Beyond.BeyondMemoryUtility.IsLowMemoryDevice()
    local success, levelConfig = DataManager.levelConfigTable:TryGetData(levelId)
    self.m_mapId = success and levelConfig.mapIdStr or ""
    self.m_levelId = levelId
    self.m_tierId = MapConst.BASE_TIER_ID
    self.m_forbidMistRefreshAfterGridChange = false
    self:_InitTableFields()
    self:_InitCustomInfo(customInfo)
    self:_InitLoaderCache()
    self:_InitMistDrawMaterial()

    if BEYOND_DEBUG_COMMAND and customInfo.isDebugMode then
        self:_InitDebugMode(levelId)
        return
    end

    self:_InitGridsMask()
    self:_InitMarkStaticDataMap()
    self:_InitStaticElementInitializer()
    self:_InitLoaderComponent()

    self:_InitLoaderUpdateThread()
    self:_InitPermanentElementsInCurrentMap()

    self:_FirstTimeInit()

    self.m_initialized = true
end






LevelMapLoader._InitLoaderComponent = HL.Method() << function(self)
    self.view.loader:InitLoader(self.m_levelId, self.m_extraView)
    if not self.m_needUpdate then
        self.view.loader:PauseTick()
    end
    self.view.loader.onHitGridsChange:AddListener(function(addGrids, removeGrids)
        self:_OnGridsLoadedStateChanged(addGrids, removeGrids)
    end)
    self.view.loader.onLevelChange:AddListener(function(levelId)
        self:_OnLoaderLevelChanged(levelId)
    end)
end




LevelMapLoader._InitCustomInfo = HL.Method(HL.Table) << function(self, customInfo)
    customInfo = customInfo or {}
    self.m_extraView = customInfo.extraView or 0
    self.m_needOptimizePerformance = customInfo.needOptimizePerformance or false
    self.m_needShowOtherLevelTracking = customInfo.needShowOtherLevelTracking or false
    self.m_onMarkInstDataChangedCallback = customInfo.onMarkInstDataChangedCallback or nil
    self.m_expectedStaticElementTypes = customInfo.expectedStaticElements or {}
    self.m_onMarkHover = customInfo.onMarkHover or nil
    self.m_gridsMaskFollowTarget = customInfo.gridsMaskFollowTarget or nil
    self.m_needUpdate = customInfo.needUpdate or false
    self.m_needInteractableMark = customInfo.needInteractableMark or false
    self.m_needListenMarkStateChange = customInfo.needListenMarkStateChange or false
    self.m_onGridsLoadedStateChange = customInfo.onGridsLoadedStateChange or nil

    local panelRectTransform = self:GetUICtrl().view.rectTransform
    local markRectTransform = self.view.source.marks.levelMapMark.view.rectTransform
    self.m_initialMarkScale = CS.Beyond.UI.UIUtils.GetNodeScaleOffset(panelRectTransform, markRectTransform)
    local configScale = self.view.config.INITIAL_MARK_SCALE
    self.m_initialMarkScale = Vector3(
        configScale / self.m_initialMarkScale.x,
        configScale / self.m_initialMarkScale.y,
        configScale / self.m_initialMarkScale.z
    )
end




LevelMapLoader._InitTableFields = HL.Method(HL.Opt(HL.Boolean)) << function(self, ignoreGlobal)
    self.m_buildLevels = {}
    self.m_levelGrids = {}
    self.m_loadedGridViewDataMap = {}
    self.m_hitLevels = {}
    self.m_hitGrids = {}
    self.m_buildElementsLevels = {}
    self.m_delayActionList = {}
    self.m_tryLoadElementsList = {}

    if not ignoreGlobal then
        self.m_loadedGridViewDataMap = {}
        self.m_loadedPosition = {}
        self.m_loadedStaticElementViewDataMap = {}
        self.m_loadedLineViewDataMap = {}
        self.m_loadedMarkViewDataMap = {}
        self.m_loadedMissionTrackingMarks = {}
        self.m_loadedMissionTrackingMarksPos = {}
        self.m_loadedMissionTrackingAreas = {}
        self.m_loadedGameplayAreas = {}

        self.m_gridSpriteCache = {}
        self.m_gridSpriteFolderCache = {}
        self.m_markStaticDataMap = {}

        self.m_gridMistRefreshData = {}
        self.m_animMistRefreshData = {}
        self.m_waitVisibleInMistMarks = {}

        self.m_connectNodeLineGetter = {}
    end
end



LevelMapLoader._InitMarkStaticDataMap = HL.Method() << function(self)
    self.m_markStaticDataMap = {}
    for templateId, templateData in pairs(Tables.mapMarkTempTable) do
        self.m_markStaticDataMap[templateId] = {
            templateId = templateId,
            visibleLayer = templateData.visibleLayer,
            sortOrder = templateData.sortOrder,
            filterType = templateData.markInfoType:GetHashCode(),
            filterTypeEnum = templateData.markInfoType,
        }
    end
end



LevelMapLoader._InitLoaderCache = HL.Method() << function(self)
    local source = self.view.source
    local element = self.view.element

    
    source.gameObject:SetActive(false)
    source.marks.levelMapMark.gameObject:SetActive(true)
    source.marks.levelMapInteractableMark.gameObject:SetActive(true)
    source.marks.levelMapCustomMark.gameObject:SetActive(true)
    source.grid.gameObject:SetActive(true)
    source.grid.image.sprite = nil

    self.m_gridCache = LuaNodeCache(source.grid, element.loadedGrids)

    self.m_missionTrackingAreaCache = LuaNodeCache(
        source.mission.missionTrackingArea,
        element.missionArea
    )

    self.m_gameplayAreaCache = LuaNodeCache(
        source.gameplay.gameplayArea,
        element.gameplayArea
    )

    local lineRoot = element.lineRoot
    local lines = source.lines
    self.m_lineCaches = {
        [LineType.Power] = LuaNodeCache(lines.powerLine, lineRoot.powerLine),
        [LineType.Travel] = LuaNodeCache(lines.travelLine, lineRoot.travelLine),
        [LineType.DomainDepotDeliver] = LuaNodeCache(lines.deliverLine, lineRoot.domainDepotDeliverLine),
        [LineType.UdPipe] = LuaNodeCache(lines.udPipeLine, lineRoot.udPipeLine),
    }
    self.m_lineRoots = {
        [LineType.Power] = lineRoot.powerLine,
        [LineType.Travel] = lineRoot.travelLine,
        [LineType.DomainDepotDeliver] = lineRoot.domainDepotDeliverLine,
        [LineType.UdPipe] = lineRoot.udPipeLine,
    }

    self:_InitLoaderMarkCache()
end



LevelMapLoader._InitLoaderMarkCache = HL.Method() << function(self)
    if self.m_needInteractableMark then
        self.m_customMarkCache = Stack()
    end
    self.m_markCache = Stack()
    self.m_trackingMarkCache = Stack()
end



LevelMapLoader._InitStaticElementInitializer = HL.Method() << function(self)
    
    local source = self.view.source
    local element = self.view.element
    local frontRoot = element.staticElementFrontRoot
    local backRoot = element.staticElementBackRoot
    local bottomRoot = element.staticElementBottomRoot
    local gridRoot = element.staticElementGridRoot

    local staticElements = source.staticElements
    
    
    
    self.m_staticElementInitializer = {
        [ElementType.SwitchButton] = {
            cache = LuaNodeCache(staticElements.levelSwitchButton, backRoot.switchButton),
            initializer = function(staticElement, settlementElementData)
                staticElement.levelMapSwitchBtn:InitSwitchButton(
                    settlementElementData.targetLevelId, settlementElementData.directionAngle
                )
            end,
            componentGetter = function(staticElement)
                return staticElement.levelMapSwitchBtn
            end,
            needHideInTier = true,
        },
        [ElementType.NarrativeAreaText] = {
            cache = LuaNodeCache(staticElements.narrativeAreaText, backRoot.narrativeAreaText),
            initializer = function(staticElement, settlementElementData)
                staticElement.text.text = Language[settlementElementData.textId]
            end,
            needHideInTier = true,
        },
        [ElementType.FacMainRegion] = {
            cache = LuaNodeCache(staticElements.facMainRegion, bottomRoot.facMainRegion),
            initializer = function(staticElement, settlementElementData)
                staticElement.facMainRegion:InitMainRegion(settlementElementData.regionLevelId, settlementElementData.regionPanelIndex)
            end,
            componentGetter = function(staticElement)
                return staticElement.facMainRegion
            end,
            refreshWithTier = function(staticElement, tierIndex, color)
                staticElement.image.color = color
            end
        },
        [ElementType.SettlementRegion] = {
            cache = LuaNodeCache(staticElements.settlementRegion, bottomRoot.settlementRegion),
            initializer = function(staticElement, settlementElementData)
                local rectCenterPos = staticElement.rectTransform.anchoredPosition
                local worldCenterPos = UILevelMapUtils.ConvertUILevelMapRectPosToWorldPos(
                    rectCenterPos, self.m_gridWorldLength, self.m_gridRectLength
                )
                staticElement.settlementRegion:InitSettlementRegion(settlementElementData.settlementId, worldCenterPos)
            end,
            componentGetter = function(staticElement)
                return staticElement.settlementRegion
            end,
            refreshWithTier = function(staticElement, tierIndex, color)
                if staticElement.settlementRegion:GetNeedRefreshSettlementRegionTier() then
                    staticElement.image.color = Color.white
                    staticElement.settlementRegion:RefreshSettlementRegionWithTier(tierIndex)
                else
                    staticElement.image.color = color
                end
            end
        },
        [ElementType.Crane] = {
            cache = LuaNodeCache(staticElements.crane, gridRoot.crane),
            initializer = function(staticElement, settlementElementData)
                staticElement.crane:InitCrane()
            end,
            componentGetter = function(staticElement)
                return staticElement.crane
            end,
            needHideInTier = true,
        },
        [ElementType.Misty] = {
            cache = LuaNodeCache(staticElements.misty, gridRoot.misty),
            initializer = function(staticElement, settlementElementData)
                staticElement.misty:InitMisty()
            end,
            componentGetter = function(staticElement)
                return staticElement.misty
            end,
            isVisible = function(settlementElementData)
                return CS.Beyond.UI.UILevelMapMisty.IsMistyVisible()
            end,
        },
    }
end



LevelMapLoader._InitPermanentElementsInCurrentMap = HL.Method() << function(self)
    self:_InitGameplayAreasInCurrentMap()
end



LevelMapLoader._InitGameplayAreasInCurrentMap = HL.Method() << function(self)
    local success, areaDataDict = self.m_mapManager:GetGameplayAreaDataDictByMapId(self.m_mapId)
    if not success then
        return
    end

    for areaId, _ in cs_pairs(areaDataDict) do
        self:_RefreshGameplayArea(areaId, true)
    end
end



LevelMapLoader._InitLoaderUpdateThread = HL.Method() << function(self)
    local uiCtrl = self:GetUICtrl()

    self.m_rootUpdateTick = LuaUpdate:Add("Tick", function(deltaTime)
        if uiCtrl:IsShow() then
            self:_RefreshMissionTrackingMarksPosition()
        end
    end)
end



LevelMapLoader._InitGridsMask = HL.Method() << function(self)
    if not NotNull(self.m_gridsMaskFollowTarget) then
        self.view.element.gridsMask.gameObject:SetActive(false)
        return
    end
    self.view.element.gridsMask.gameObject:SetActive(true)
    self:_RefreshGridsMask()
    self.m_gridMaskUpdateTick = LuaUpdate:Add("LateTick", function(deltaTime)
        if self:GetUICtrl():IsShow() then
            
            
            self:_RefreshGridsMask()
        end
    end)
end



LevelMapLoader._InitMistDrawMaterial = HL.Method() << function(self)
    self.m_gridMistDrawMaterial = self.loader:LoadMaterial(MIST_DRAW_MATERIAL_PATH)
    self.view.element.mist.gameObject:SetActive(false)
    self.view.element.animMist.gameObject:SetActive(false)
end




LevelMapLoader._IsExpectedStaticElementType = HL.Method(HL.Userdata).Return(HL.Boolean) << function(self, type)
    if not next(self.m_expectedStaticElementTypes) then
        return true
    end
    return self.m_expectedStaticElementTypes[type] == true
end










LevelMapLoader._OnGridsLoadedStateChanged = HL.Method(HL.Userdata, HL.Userdata) << function(self, addGrids, removeGrids)
    

    
    for loaderData in cs_pairs(removeGrids) do
        self:_RefreshGridsAndElements(loaderData, false)
    end

    
    for loaderData in cs_pairs(addGrids) do
        self:_RefreshGridsAndElements(loaderData, true)
    end
    if addGrids.Count > 0 or removeGrids.Count > 0 then
        self:_RefreshLoadedGridsColorWithTier()

        
        if self.m_forbidMistRefreshAfterGridChange then
            self.m_waitMistRefreshAfterGridChange = true
        else
            self:_RefreshGridMists(false)
            self.m_waitMistRefreshAfterGridChange = false
        end
    end

    self:_RefreshPermanentStaticElementsLoadedState()

    if self.m_onGridsLoadedStateChange ~= nil then
        self.m_onGridsLoadedStateChange()
    end
end




LevelMapLoader._OnLoaderLevelChanged = HL.Method(HL.String) << function(self, levelId)
    self.m_levelId = levelId
    
    self:_RefreshGridDuplicatedState()
    
    self:_RefreshGeneralTrackingMarkLevelState()
    self:_RefreshMissionTrackingMarksLevelState()
end




LevelMapLoader._OnMarkInstDataModified = HL.Method(HL.String) << function(self, markInstId)
    local success, markRuntimeData = self.m_mapManager:GetMarkInstRuntimeData(markInstId)
    if not success then
        return
    end

    local belongGridLoaderData = markRuntimeData.belongGrid
    if belongGridLoaderData == nil or not self.view.loader:IsGridInHitList(belongGridLoaderData.gridId) then
        return
    end
    self:_RefreshGridMark(markInstId, markRuntimeData, markRuntimeData.isVisible)
end





LevelMapLoader._OnMarkInstDataChanged = HL.Method(HL.String, HL.Boolean) << function(self, markInstId, isAdd)
    local success, markRuntimeData = self.m_mapManager:GetMarkInstRuntimeData(markInstId)
    if not success then
        return
    end

    local belongGridLoaderData = markRuntimeData.belongGrid
    if belongGridLoaderData == nil or not self.view.loader:IsGridInHitList(belongGridLoaderData.gridId) then
        return
    end
    self:_RefreshGridMark(markInstId, markRuntimeData, isAdd)

    if self.m_onMarkInstDataChangedCallback ~= nil then
        self.m_onMarkInstDataChangedCallback()
    end
end




LevelMapLoader._OnMarkLineInstDataChanged = HL.Method(LineType) << function(self, lineType)
    local needRefreshLines = {}
    for _, gridData in pairs(self.m_loadedGridViewDataMap) do
        local lines = gridData.loaderData.lines
        if lines ~= nil and lines.Count > 0 then
            for lineId, lineData in pairs(lines) do
                if lineData.lineType == lineType then
                    if needRefreshLines[lineId] == nil then
                        needRefreshLines[lineId] = {
                            lineData = lineData,
                            loadCount = 1
                        }
                    else
                        needRefreshLines[lineId].loadCount = needRefreshLines[lineId].loadCount + 1
                    end
                end
            end
        end
    end

    
    local refreshFunc = function(lineData, count, needShow)
        for _ = 1, count do
            self:_RefreshGridLine(lineData, needShow)
        end
    end

    
    for lineId, lineViewData in pairs(self.m_loadedLineViewDataMap) do
        if needRefreshLines[lineId] == nil then  
            refreshFunc(lineViewData.lineData, lineViewData.loadCount, false)
        end
    end

    
    for _, refreshLineData in pairs(needRefreshLines) do
        refreshFunc(refreshLineData.lineData, refreshLineData.loadCount, false)  
        refreshFunc(refreshLineData.lineData, refreshLineData.loadCount, true)  
    end
end










LevelMapLoader._RefreshGridsAndElements = HL.Method(HL.Userdata, HL.Boolean) << function(self, loaderData, isAdd)
    if isAdd then
        if not loaderData.isDuplicated then
            self:_RefreshGrid(loaderData, true) 
        end
        self:_RefreshGridMarks(loaderData, true)
        self:_RefreshGridStaticElements(loaderData, true)
        self:_RefreshGridLines(loaderData, true)
    else
        self:_RefreshGrid(loaderData, false)
        self:_RefreshGridMarks(loaderData, false)
        self:_RefreshGridStaticElements(loaderData, false)
        self:_RefreshGridLines(loaderData, false)
    end
end






LevelMapLoader._RefreshGrid = HL.Method(HL.Userdata, HL.Boolean, HL.Opt(HL.Function)) << function(self, loaderData, needShow, onShow)
    local gridId = loaderData.gridId

    local doGridDispose = function(gridData)
        local gridCell = gridData.cell
        gridCell.image.sprite = nil
        gridCell.gameObject.name = "CachedGrid"

        
        local spriteData = self.m_gridSpriteCache[gridId]
        if self.m_needOptimizePerformance then
            self:_AddDelayDisposeGridSprite(spriteData)
        else
            self:_DisposeGridSprite(spriteData, true)
        end

        self.m_gridCache:Cache(gridCell)
        self.m_loadedGridViewDataMap[gridId] = nil
    end

    if needShow then
        if self.m_loadedGridViewDataMap[gridId] == nil then
            local gridCell = self.m_gridCache:Get()
            self.m_loadedGridViewDataMap[gridId] = {
                loaderData = loaderData,
                cell = gridCell,
            }

            
            gridCell.rectTransform.anchoredPosition = loaderData.rectPos
            gridCell.gameObject.name = gridId

            
            if self.m_needOptimizePerformance then
                UIUtils.changeAlpha(gridCell.image, 0)
                self:_GetGridSprite(gridId, function(sprite)
                    
                    local currGridData = self.m_loadedGridViewDataMap[gridId]
                    if currGridData ~= nil then
                        if NotNull(currGridData.cell.image) then
                            UIUtils.changeAlpha(currGridData.cell.image, 1)
                            currGridData.cell.image.sprite = sprite
                            if onShow ~= nil then
                                onShow(gridId)
                            end
                        else
                            doGridDispose(currGridData)
                        end
                    end
                end)
            else
                gridCell.image.sprite = self:_GetGridSprite(gridId)
                if onShow ~= nil then
                    onShow(gridId)
                end
            end
        end
    else
        local gridData = self.m_loadedGridViewDataMap[gridId]
        if gridData ~= nil then
            doGridDispose(gridData)
        end
    end
end



LevelMapLoader._RefreshGridDuplicatedState = HL.Method() << function(self)
    local getDuplicatedGridsFunc = function(targetLoaderData)
        local grids = {}
        for loaderData in cs_pairs(self.view.loader.hitGrids) do
            if loaderData.isDuplicated and loaderData.globalGridId == targetLoaderData.globalGridId then
                if self.m_loadedGridViewDataMap[loaderData.gridId] ~= nil then
                    table.insert(grids, loaderData)
                end
            end
        end
        return grids
    end

    for loaderData in cs_pairs(self.view.loader.hitGrids) do
        if not loaderData.isDuplicated and self.m_loadedGridViewDataMap[loaderData.gridId] == nil then
            
            self:_RefreshGrid(loaderData, true, function(gridId)
                local gridData = self.m_loadedGridViewDataMap[gridId]
                if gridData ~= nil then
                    local duplicatedGrids = getDuplicatedGridsFunc(gridData.loaderData)
                    if next(duplicatedGrids) then
                        for _, duplicatedLoaderData in pairs(duplicatedGrids) do
                            self:_RefreshGrid(duplicatedLoaderData, false)
                        end
                    end
                end
            end)
        end
    end
end





LevelMapLoader._RefreshGridMarks = HL.Method(HL.Userdata, HL.Boolean) << function(self, loaderData, needShow)
    local marks = loaderData.marks
    if marks == nil or marks.Count == 0 then
        return
    end
    for markInstId, markRuntimeData in pairs(marks) do
        self:_RefreshGridMark(markInstId, markRuntimeData, needShow)
    end
end






LevelMapLoader._RefreshGridMark = HL.Method(HL.String, HL.Userdata, HL.Boolean) << function(self, markInstId, markRuntimeData, needShow)
    local invisibleInMist = not markRuntimeData.visibleInMist and markRuntimeData:IsInMist()
    if invisibleInMist then
        if needShow then
            self.m_waitVisibleInMistMarks[markInstId] = true
        else
            self.m_waitVisibleInMistMarks[markInstId] = nil
        end
        return  
    end

    if not markRuntimeData.isConstantState and self.m_needListenMarkStateChange then  
        if needShow then
            markRuntimeData:AddStateChangeCallback("LoadedMark")
        else
            markRuntimeData:RemoveStateChangeCallback("LoadedMark")
        end
    end

    if needShow and markRuntimeData.isVisible then  
        local templateId = markRuntimeData.templateId
        local templateData = self.m_markStaticDataMap[templateId]
        local order = templateData.sortOrder

        local markViewData, markObj
        local getFromCache
        if self.m_loadedMarkViewDataMap[markInstId] then
            markViewData = self.m_loadedMarkViewDataMap[markInstId]
            markObj = markViewData.markObj
            getFromCache = false
        else
            markViewData = {
                instId = markInstId,
                runtimeData = markRuntimeData,
                sortOrder = order,
                visibleLayer = templateData.visibleLayer,
                filterType = templateData.filterType,
                filterTypeEnum = templateData.filterTypeEnum,
                isPowerRelated = false,
                isTravelRelated = false,
            }
            markObj = self:_GetMarkFromCache(markViewData)
            self.m_loadedMarkViewDataMap[markInstId] = markViewData
            getFromCache = true
        end

        markViewData.markObj = markObj
        markViewData.mark = markObj.view

        markObj:InitLevelMapMark(markRuntimeData.rectPosition, markRuntimeData, self.m_needOptimizePerformance, not getFromCache)

        
        if markRuntimeData.isPowerRelated ~= nil then
            markViewData.isPowerRelated = markRuntimeData.isPowerRelated  
        end
        if markRuntimeData.isTravelRelated ~= nil then
            markViewData.isTravelRelated = markRuntimeData.isTravelRelated  
        end

        
        self:_RefreshGridMarkTierState(markObj)

        
        if self.m_onMarkHover ~= nil then
            markObj:SetMarkOnHoverCallback(function(isHover)
                self.m_onMarkHover(markInstId, isHover)
            end)
        end

        
        if self.view.config.INITIAL_MARK_SCALE ~= 1 then
            markObj.view.rectTransform.localScale = self.m_initialMarkScale
        end
    else
        local markViewData = self.m_loadedMarkViewDataMap[markInstId]
        if markViewData ~= nil and markViewData.markObj ~= nil then
            local markObj = markViewData.markObj
            self:_CacheMark(markViewData, markObj)
            self.m_loadedMarkViewDataMap[markInstId] = nil
        end
    end
end




LevelMapLoader._RefreshNonConstantStateMark = HL.Method(HL.String) << function(self, markInstId)
    if self.m_loadedMarkViewDataMap[markInstId] then
        local markObj = self.m_loadedMarkViewDataMap[markInstId].markObj
        markObj:ResetMarkIcon()  
    else
        self:_OnMarkInstDataChanged(markInstId, true)  
    end
end




LevelMapLoader._RefreshGridMarkTierState = HL.Method(HL.Any) << function(self, mark)
    if mark == nil then
        return
    end
    mark:RefreshMarkTierState(self.m_tierIndex, not self.m_needShowMarkTier)
end





LevelMapLoader._RefreshGridStaticElements = HL.Method(HL.Userdata, HL.Boolean) << function(self, loaderData, needShow)
    local staticElements = loaderData.staticElements
    if staticElements == nil or staticElements.Count == 0 then
        return
    end
    for staticElementId, staticElementData in pairs(staticElements) do
        if staticElementData ~= nil and self:_IsExpectedStaticElementType(staticElementData.type) then
            if needShow then
                local initializer = self.m_staticElementInitializer[staticElementData.type]
                if initializer ~= nil then
                    local isVisible = initializer.isVisible == nil or initializer.isVisible(staticElementData)
                    if isVisible then
                        if self.m_loadedStaticElementViewDataMap[staticElementId] == nil then
                            
                            local staticElement = initializer.cache:Get()
                            staticElement.gameObject:SetActive(true)
                            initializer.initializer(staticElement, staticElementData)
                            staticElement.rectTransform.anchoredPosition = self:_GetRectPosByWorldPos(staticElementData.position)
                            self.m_loadedStaticElementViewDataMap[staticElementId] = {
                                elementObj = staticElement,
                                initializer = initializer,
                            }
                        else
                            
                            self:_RefreshStaticElementVisibleState(self.m_loadedStaticElementViewDataMap[staticElementId], "GridRefresh", true)
                        end
                        self:_RefreshLoadedStaticElementStateWithTier(self.m_loadedStaticElementViewDataMap[staticElementId])
                    end
                end
            else
                local elementViewData = self.m_loadedStaticElementViewDataMap[staticElementId]
                if elementViewData ~= nil then
                    
                    self:_RefreshStaticElementVisibleState(elementViewData, "GridRefresh", false)
                end
            end
        end
    end
end






LevelMapLoader._RefreshStaticElementVisibleState = HL.Method(HL.Table, HL.String, HL.Boolean) << function(self, elementViewData, key, isVisible)
    if elementViewData == nil then
        return
    end
    if elementViewData.hideKeyList == nil then
        elementViewData.hideKeyList = {}
    end
    if isVisible then
        elementViewData.hideKeyList[key] = nil
    else
        elementViewData.hideKeyList[key] = true
    end
    elementViewData.elementObj.gameObject:SetActive(not next(elementViewData.hideKeyList))
end





LevelMapLoader._RefreshGridLines = HL.Method(HL.Userdata, HL.Boolean) << function(self, loaderData, needShow)
    local lines = loaderData.lines
    if lines == nil or lines.Count == 0 then
        return
    end

    for _, lineData in pairs(lines) do
        self:_RefreshGridLine(lineData, needShow)
    end
end





LevelMapLoader._RefreshGridLine = HL.Method(HL.Userdata, HL.Boolean) << function(self, lineData, needShow)
    local lineType = lineData.lineType
    local lineId = lineData.lineId
    local lineCache = self.m_lineCaches[lineType]
    if needShow then
        local needAdd = self.m_loadedLineViewDataMap[lineId] == nil
        if needAdd then
            local line = lineCache:Get()
            line.gameObject:SetActive(true)
            self:_RefreshLineBasicTransform(line, lineData)

            
            if lineType == LineType.Power then
                line.image.color = lineData.hasPower and
                    self.view.config.POWER_LINE_VALID_COLOR or
                    self.view.config.POWER_LINE_INVALID_COLOR
            end

            self.m_loadedLineViewDataMap[lineId] = {
                lineId = lineId,
                lineData = lineData,
                lineObj = line,
                loadCount = 1,
            }
            line.gameObject.name = string.format("Line_%s", lineId)
        else
            self.m_loadedLineViewDataMap[lineId].loadCount = self.m_loadedLineViewDataMap[lineId].loadCount + 1
        end
    else
        if self.m_loadedLineViewDataMap[lineId] ~= nil then
            local viewData = self.m_loadedLineViewDataMap[lineId]
            viewData.loadCount = math.max(0, viewData.loadCount - 1)
            local needRemove = viewData.loadCount == 0
            if needRemove then
                local loadedLine = viewData.lineObj
                loadedLine.gameObject:SetActive(false)
                if loadedLine.levelMapLine ~= nil then
                    loadedLine.levelMapLine:ClearComponent()
                end
                loadedLine.gameObject.name = "CachedLine"
                lineCache:Cache(loadedLine)
                self.m_loadedLineViewDataMap[lineId] = nil
            end
        end
    end
end





LevelMapLoader._RefreshLineBasicTransform = HL.Method(HL.Any, HL.Userdata) << function(self, line, lineData)
    if line == nil or lineData == nil then
        return
    end
    local startRectPos = self:_GetRectPosByWorldPos(lineData.startPosition)
    local endRectPos = self:_GetRectPosByWorldPos(lineData.endPosition)
    local direction = endRectPos - startRectPos
    local length = direction.magnitude
    line.rectTransform.sizeDelta = Vector2(length, line.rectTransform.rect.height)
    line.rectTransform.anchoredPosition = (startRectPos + endRectPos) / 2
    local angle = math.acos(Vector2.Dot(direction.normalized, Vector2.right)) * (180 / math.pi)
    if direction.y < 0 then
        angle = 360 - angle
    end
    line.rectTransform.localRotation = Quaternion.Euler(0, 0, angle)
    if line.levelMapLine ~= nil then
        line.levelMapLine:Init(length)
    end
end





LevelMapLoader._RefreshGameplayArea = HL.Method(HL.String, HL.Boolean) << function(self, areaId, needShow)
    if needShow then
        if self.m_loadedGameplayAreas[areaId] == nil then
            local success, areaData = self.m_mapManager:GetGameplayAreaInstRuntimeData(areaId)
            if success and areaData.mapId == self.m_mapId then
                
                local gameplayArea = self.m_gameplayAreaCache:Get()
                gameplayArea.rectTransform.anchoredPosition = self:_GetRectPosByWorldPos(areaData.position)
                gameplayArea.gameObject:SetActive(true)
                gameplayArea.levelMapGameplayArea:Init(areaData)
                self.m_loadedGameplayAreas[areaId] = gameplayArea
            end
        end
    else
        if self.m_loadedGameplayAreas[areaId] ~= nil then
            local gameplayArea = self.m_loadedGameplayAreas[areaId]
            gameplayArea.levelMapGameplayArea:ClearComponent()
            gameplayArea.gameObject:SetActive(false)
            self.m_gameplayAreaCache:Cache(gameplayArea)
            self.m_loadedGameplayAreas[areaId] = nil
        end
    end
end






LevelMapLoader._RefreshGridMists = HL.Method(HL.Boolean, HL.Opt(HL.Table, HL.Function)) << function(self, usedForAnim, overrideMistIdList, onRefreshFinish)
    local refreshData = self:_GetMistRefreshData(usedForAnim)

    refreshData.loadedMists = {}
    refreshData.loadedMistGrids = {}
    local loadedMists = refreshData.loadedMists
    local loadedMistGrids = refreshData.loadedMistGrids

    for loaderData in cs_pairs(self.view.loader.hitGrids) do
        if loaderData.needLoadMists then
            local needLoadMistList = {}
            for mistId, gridMistId in pairs(loaderData.mists) do
                local needLoad = false
                if overrideMistIdList then
                    if overrideMistIdList[mistId] then
                        needLoad = true
                    end
                else
                    if not self.m_mistSystem:IsUnlockedMistMap(mistId) then
                        needLoad = true
                    end
                end
                if needLoad then
                    needLoadMistList[mistId] = gridMistId
                end
            end
            if next(needLoadMistList) then
                loadedMists[loaderData.gridId] = needLoadMistList
                loadedMistGrids[loaderData.gridId] = loaderData
            end
        end
    end

    self:_RefreshLoadedGridMists(usedForAnim, onRefreshFinish)
end





LevelMapLoader._RefreshLoadedGridMists = HL.Method(HL.Boolean, HL.Opt(HL.Function)) << function(self, usedForAnim, onRefreshFinish)
    local refreshData = self:_GetMistRefreshData(usedForAnim)
    refreshData.transformData = {}
    local loadedMists = refreshData.loadedMists
    local loadedMistGrids = refreshData.loadedMistGrids
    local textureCache = refreshData.textureCache
    local mist = usedForAnim and self.view.element.animMist or self.view.element.mist

    local tryInitMistSingleTextureLength = function(texture)
        if self.m_gridMistSingleTextureLength <= 0 then
            self.m_gridMistSingleTextureLength = texture.width
        end
    end

    local invokeOnRefreshFinish = function(isMistVisible)
        if not usedForAnim then  
            mist.gameObject:SetActive(isMistVisible)
        end

        if onRefreshFinish ~= nil then
            onRefreshFinish()
        end
    end

    if next(loadedMists) then
        
        for gridId, mistList in pairs(loadedMists) do
            for mistId, gridMistId in pairs(mistList) do
                if textureCache[gridMistId] == nil then
                    local loaderData = loadedMistGrids[gridId]
                    local folder = UILevelMapUtils.GetUILevelMapMistsFolderByLevelId(loaderData.levelId, true)
                    local path = string.format("%s/%s.png", folder, gridMistId)
                    textureCache[gridMistId] = {
                        mistId = mistId,
                        gridMistId = gridMistId,
                        gridId = gridId,
                    }
                    if self.m_needOptimizePerformance then
                        if textureCache[gridMistId].handlerKey == nil then
                            textureCache[gridMistId].waitAsyncLoadFinish = true
                            textureCache[gridMistId].handlerKey = self.loader:LoadTextureAsync(path, function(texture)
                                tryInitMistSingleTextureLength(texture)
                                textureCache[gridMistId].texture = texture
                                textureCache[gridMistId].waitAsyncLoadFinish = nil
                                self:_TryFinishMistTextureAsyncLoad(refreshData)
                            end)
                        end
                    else
                        local texture, handlerKey = self.loader:LoadTexture(path)
                        tryInitMistSingleTextureLength(texture)
                        textureCache[gridMistId].handlerKey = handlerKey
                        textureCache[gridMistId].texture = texture
                    end
                end
            end
        end

        if self.m_needOptimizePerformance then
            
            table.insert(refreshData.waitInvokeRefreshFinishList, invokeOnRefreshFinish)
        else
            
            self:_RefreshMistsAfterLoadedTexture(usedForAnim)
            invokeOnRefreshFinish(true)
        end
    else
        invokeOnRefreshFinish(false)
    end
end




LevelMapLoader._TryFinishMistTextureAsyncLoad = HL.Method(HL.Table) << function(self, refreshData)
    if refreshData == nil then
        return
    end

    if not next(refreshData.textureCache) then
        return
    end

    for _, cacheData in pairs(refreshData.textureCache) do
        if cacheData.waitAsyncLoadFinish then
            return
        end
    end
    self:_RefreshMistsAfterLoadedTexture(refreshData.usedForAnim)
    self:_InvokeAllWaitInvokeMistRefreshFinish(refreshData)
end




LevelMapLoader._InvokeAllWaitInvokeMistRefreshFinish = HL.Method(HL.Table) << function(self, refreshData)
    if refreshData == nil then
        return
    end

    if not next(refreshData.waitInvokeRefreshFinishList) then
        return
    end

    for _, onRefreshFinish in ipairs(refreshData.waitInvokeRefreshFinishList) do
        onRefreshFinish(true)
    end

    refreshData.waitInvokeRefreshFinishList = {}
end




LevelMapLoader._DisposeLoadedMistTexturesOnRefreshIfNeed = HL.Method(HL.Table) << function(self, refreshData)
    if refreshData == nil then
        return
    end

    local disposeAndClearCacheData = function(gridMistId)
        local cacheData = refreshData.textureCache[gridMistId]
        self:_DisposeLoadedGridMistTexture(cacheData)  
        refreshData.textureCache[gridMistId] = nil
    end

    
    local needClearGrids = {}
    for gridMistId, cacheData in pairs(refreshData.textureCache) do
        local gridId = cacheData.gridId
        local needClear = refreshData.loadedMists[gridId] == nil or
            refreshData.loadedMistGrids[gridId] == nil
        if needClear then
            if needClearGrids[gridId] == nil then
                needClearGrids[gridId] = {}
            end
            table.insert(needClearGrids[gridId], gridMistId)
        end
    end
    for gridId, needClearGridMists in pairs(needClearGrids) do
        for _, gridMistId in ipairs(needClearGridMists) do
            disposeAndClearCacheData(gridMistId)
        end
        refreshData.loadedMists[gridId] = nil
        refreshData.loadedMistGrids[gridId] = nil
    end

    
    if not refreshData.usedForAnim then
        for gridMistId, cacheData in pairs(refreshData.textureCache) do
            local mistId = cacheData.mistId
            local needClear = self.m_mistSystem:IsUnlockedMistMap(mistId)
            if needClear then
                disposeAndClearCacheData(gridMistId)
            end
        end
    end
end



LevelMapLoader._StopWaitingFinishRefreshMist = HL.Method() << function(self)
    local refreshData = self:_GetMistRefreshData(false)
    if refreshData == nil then
        return
    end

    for _, cacheData in pairs(refreshData.textureCache) do
        self:_DisposeLoadedGridMistTexture(cacheData)  
    end
    refreshData.textureCache = {}
    refreshData.waitLoadTextures = {}
    refreshData.waitInvokeRefreshFinishList = {}
end




LevelMapLoader._DisposeLoadedGridMistTexture = HL.Method(HL.Table) << function(self, cacheData)
    if cacheData == nil then
        return
    end
    cacheData.texture = nil
    self.loader:DisposeHandleByKey(cacheData.handlerKey)
    cacheData.handlerKey = nil
end





LevelMapLoader._RefreshMistsTextureState = HL.Method(HL.Table, HL.Boolean) << function(self, refreshData, usedForAnim)
    if refreshData == nil then
        return
    end

    local rt = refreshData.rt
    local mist = usedForAnim and self.view.element.animMist or self.view.element.mist

    local mistLength = self.m_gridMistSingleTextureLength
    mistLength = mistLength > 0 and mistLength or self.m_gridRectLength
    local ratio = mistLength / self.m_gridRectLength
    if self.m_isLowMemoryDevice then
        ratio = ratio * LOW_MEMORY_DEVICE_MIST_TEXTURE_LENGTH_RATIO  
    end
    local viewLeft = self.view.loader.currViewLeftBottom.x
    local viewRight = self.view.loader.currViewRightTop.x
    local viewBottom = self.view.loader.currViewLeftBottom.y
    local viewTop = self.view.loader.currViewRightTop.y
    local width = (math.ceil((viewRight - viewLeft) / self.m_gridRectLength) + 1) * self.m_gridRectLength
    local height = (math.ceil((viewTop - viewBottom) / self.m_gridRectLength) + 1) * self.m_gridRectLength
    width = math.floor(width * ratio)
    height = math.floor(height * ratio)  

    local needRefreshState = rt == nil or rt.width < width or rt.height < height
    
    if needRefreshState then
        if rt ~= nil then
            
            RTManager.ReleaseRenderTexture(rt)
        end
        rt = RTManager.GetRenderTexture("LevelMapLoaderMistsRT", width, height, 0, true, true)
        mist.rectTransform.sizeDelta = Vector2(width, height)
        mist.rectTransform.localScale = Vector3.one / ratio
        mist.image.texture = rt
        refreshData.lowRatio = ratio
        refreshData.rt = rt
    end
end




LevelMapLoader._RefreshMistsAfterLoadedTexture = HL.Method(HL.Boolean) << function(self, usedForAnim)
    local refreshData = self:_GetMistRefreshData(usedForAnim)
    local mist = usedForAnim and self.view.element.animMist or self.view.element.mist

    
    self:_DisposeLoadedMistTexturesOnRefreshIfNeed(refreshData)
    if next(refreshData.textureCache) == nil then
        return
    end

    
    self:_RefreshMistsTextureState(refreshData, usedForAnim)

    
    local left, right, bottom, top
    for gridId, _ in pairs(refreshData.loadedMists) do
        local loaderData = refreshData.loadedMistGrids[gridId]
        if left == nil then
            left = loaderData.rectLeftBottom.x
            right = loaderData.rectRightTop.x
            bottom = loaderData.rectLeftBottom.y
            top = loaderData.rectRightTop.y
        else
            left = loaderData.rectLeftBottom.x < left and loaderData.rectLeftBottom.x or left
            right = loaderData.rectRightTop.x > right and loaderData.rectRightTop.x or right
            bottom = loaderData.rectLeftBottom.y < bottom and loaderData.rectLeftBottom.y or bottom
            top = loaderData.rectRightTop.y > top and loaderData.rectRightTop.y or top
        end
    end
    local mistSize = mist.rectTransform.sizeDelta * mist.rectTransform.localScale.x
    refreshData.transformData = {
        left = left,
        right = right,
        bottom = bottom,
        top = top,
    }
    mist.rectTransform.anchoredPosition = Vector2(left + mistSize.x / 2, top - mistSize.y / 2)

    
    self:_ClearMistRenderTexture(usedForAnim)

    
    local rt = refreshData.rt
    local currTexture = RenderTexture.active
    RenderTexture.active = rt
    GL.PushMatrix()
    GL.LoadPixelMatrix(0, rt.width, rt.height, 0)
    table.sort(refreshData.textureCache, Utils.genSortFunction({ "gridMistId" }, true))
    for gridMistId, _ in pairs(refreshData.textureCache) do
        self:_RefreshMistWithLoadedTexture(gridMistId, usedForAnim)
    end
    GL.PopMatrix()
    RenderTexture.active = currTexture

    refreshData.textureCache = {}
end




LevelMapLoader._ClearMistRenderTexture = HL.Method(HL.Boolean) << function(self, usedForAnim)
    local refreshData = self:_GetMistRefreshData(usedForAnim)
    local rt = refreshData.rt
    if rt == nil then
        return
    end

    local currTexture = RenderTexture.active
    RenderTexture.active = rt
    GL.Clear(true, true, Color.clear)
    RenderTexture.active = currTexture
end





LevelMapLoader._RefreshMistWithLoadedTexture = HL.Method(HL.String, HL.Boolean) << function(self, gridMistId, usedForAnim)
    local refreshData = self:_GetMistRefreshData(usedForAnim)
    local lowRatio = refreshData.lowRatio
    local transformData = refreshData.transformData

    local cacheData = refreshData.textureCache[gridMistId]
    local loaderData = refreshData.loadedMistGrids[cacheData.gridId]
    local targetRect = Rect(
        lowRatio * (loaderData.rectLeftBottom.x - transformData.left),
        lowRatio * (transformData.top - loaderData.rectRightTop.y),
        lowRatio * self.m_gridRectLength,
        lowRatio * self.m_gridRectLength
    )
    Graphics.DrawTexture(targetRect, cacheData.texture, self.m_gridMistDrawMaterial)

    self:_DisposeLoadedGridMistTexture(cacheData)
end




LevelMapLoader._RefreshLoadedStaticElementStateWithTier = HL.Method(HL.Table) << function(self, elementViewData)
    local isInTier = self:_GetIsInTier()
    local color = isInTier and self.m_levelMapConfig.gridBaseTierColor or Color.white
    local elementObj = elementViewData.elementObj
    local initializer = elementViewData.initializer
    if initializer.needHideInTier then
        self:_RefreshStaticElementVisibleState(elementViewData, "Tier", not isInTier)
    elseif initializer.refreshWithTier ~= nil then
        initializer.refreshWithTier(elementObj, self.m_tierIndex, color)
    end
end



LevelMapLoader._RefreshLoadedStaticElementsStateWithTier = HL.Method() << function(self)
    for _, elementViewData in pairs(self.m_loadedStaticElementViewDataMap) do
        self:_RefreshLoadedStaticElementStateWithTier(elementViewData)
    end
end



LevelMapLoader._RefreshLoadedGridsSpriteWithTier = HL.Method() << function(self)
    for gridId, gridData in pairs(self.m_loadedGridViewDataMap) do
        local sprite = self:_GetGridSprite(gridId)
        gridData.cell.image.sprite = sprite
    end
end



LevelMapLoader._RefreshLoadedGridsColorWithTier = HL.Method() << function(self)
    local isInTier = self:_GetIsInTier()
    local tierColor = self.m_levelMapConfig.gridBaseTierColor
    for gridId, gridData in pairs(self.m_loadedGridViewDataMap) do
        local spriteData = self.m_gridSpriteCache[gridId]
        local alpha = gridData.cell.image.color.a
        local color
        if not isInTier or (spriteData and spriteData.isTierSprite) then
            color = Color.white
        else
            color = tierColor
        end
        color.a = alpha
        gridData.cell.image.color = color
    end
end



LevelMapLoader._RefreshLoadedMarksWithTier = HL.Method() << function(self)
    for _, markViewData in pairs(self.m_loadedMarkViewDataMap) do
        local markObj = markViewData.markObj
        self:_RefreshGridMarkTierState(markObj)
    end

    
    self:_RefreshMissionTrackingMarksWithTier()
    self:_RefreshGeneralTrackingMarkWithTier()
end



LevelMapLoader._RefreshMissionTrackingMarksWithTier = HL.Method() << function(self)
    for _, missionTrackingMarkObj in pairs(self.m_loadedMissionTrackingMarks) do
        local missionMarkObj = missionTrackingMarkObj
        self:_RefreshGridMarkTierState(missionMarkObj)
    end
end



LevelMapLoader._RefreshGeneralTrackingMarkWithTier = HL.Method() << function(self)
    self:_GetGeneralTrackingMarkIfNeed()
    if string.isEmpty(self.m_loadedGeneralTrackingMarkId) then
        return
    end
    self:_RefreshGridMarkTierState(self.view.element.trackingMarkRoot.generalTrackingMark)
end



LevelMapLoader._RefreshGridsMask = HL.Method() << function(self)
    if not self.view.element.gridsMask.gameObject.activeSelf then
        return
    end
    local targetRect = self.m_gridsMaskFollowTarget.rect
    self.view.element.gridsMask.sizeDelta = Vector2(targetRect.width, targetRect.height)
    self.view.element.gridsMask.position = self.m_gridsMaskFollowTarget.position
end



LevelMapLoader._RefreshPermanentStaticElementsLoadedState = HL.Method() << function(self)
    for elementLoaderData in cs_pairs(self.view.loader.permanentStaticElements) do
        if elementLoaderData.needLoadFlag then
            if self.m_loadedStaticElementViewDataMap[elementLoaderData.elementId] == nil then
                self:_LoadPermanentStaticElement(elementLoaderData)
            else
                local viewData = self.m_loadedStaticElementViewDataMap[elementLoaderData.elementId]
                if viewData.delayUnloadKey ~= nil then
                    self:_RemoveMapDelayAction(viewData.delayUnloadKey)
                end
            end
        else
            if self.m_loadedStaticElementViewDataMap[elementLoaderData.elementId] ~= nil then
                local viewData = self.m_loadedStaticElementViewDataMap[elementLoaderData.elementId]
                if self.m_needOptimizePerformance then
                    local key = self:_AddMapDelayAction(
                        elementLoaderData.elementId,
                        function()
                            viewData.delayUnloadKey = nil
                            self:_UnloadPermanentStaticElement(elementLoaderData.elementId)
                        end
                    )
                    viewData.delayUnloadKey = key
                else
                    self:_UnloadPermanentStaticElement(elementLoaderData.elementId)
                end
            end
        end
    end
end









LevelMapLoader._GetMarkCache = HL.Method(HL.Table).Return(Stack) << function(self, markViewData)
    local cache
    if self.m_needInteractableMark then
        local isCustom = markViewData.sortOrder == CUSTOM_MARK_ORDER
        cache = isCustom and self.m_customMarkCache or self.m_markCache
    else
        cache = self.m_markCache
    end
    return cache
end




LevelMapLoader._GetMarkSourceObj = HL.Method(HL.Table).Return(HL.Any) << function(self, markViewData)
    local sourceObj
    local markSource = self.view.source.marks
    if self.m_needInteractableMark then
        local isCustom = markViewData.sortOrder == CUSTOM_MARK_ORDER
        sourceObj = isCustom and markSource.levelMapCustomMark or markSource.levelMapInteractableMark
    else
        sourceObj = markSource.levelMapMark
    end
    return sourceObj
end




LevelMapLoader._GetMarkFromCache = HL.Method(HL.Table).Return(HL.Any) << function(self, markViewData)
    local orderRoot = self:_GetMarkRootByOrder(markViewData.sortOrder)
    local markCache, markSourceObj = self:_GetMarkCache(markViewData), self:_GetMarkSourceObj(markViewData)
    local markObj
    if markCache:Count() > 0 then
        markObj = markCache:Pop()
    else
        markObj = Utils.wrapLuaNode(CSUtils.CreateObject(markSourceObj.gameObject, orderRoot))
    end
    if markObj.transform.parent ~= orderRoot then
        markObj.transform:SetParent(orderRoot)
    end
    markObj.gameObject:SetActive(true)
    return markObj
end





LevelMapLoader._CacheMark = HL.Method(HL.Table, HL.Any) << function(self, markViewData, markObj)
    local markCache = self:_GetMarkCache(markViewData)
    markObj:ClearLevelMapMark()
    markObj.gameObject:SetActive(false)
    markCache:Push(markObj)
end




LevelMapLoader._GetTrackingMarkFromCache = HL.Method(HL.Boolean).Return(HL.Any) << function(self, isMissionTracking)
    local trackingRoot = self.view.element.trackingMarkRoot
    local root = isMissionTracking and trackingRoot.mission or trackingRoot.general
    local sourceObj = self.view.source.marks.levelMapTrackingMark
    local trackingMarkObj
    if self.m_trackingMarkCache:Count() > 0 then
        trackingMarkObj = self.m_trackingMarkCache:Pop()
    else
        trackingMarkObj = Utils.wrapLuaNode(CSUtils.CreateObject(sourceObj.gameObject, root))
    end
    if trackingMarkObj.transform.parent ~= root then
        trackingMarkObj.transform:SetParent(root)
    end
    trackingMarkObj.gameObject:SetActive(true)
    return trackingMarkObj
end




LevelMapLoader._CacheTrackingMark = HL.Method(HL.Any) << function(self, trackingMarkObj)
    trackingMarkObj:ClearLevelMapMark()
    trackingMarkObj.gameObject:SetActive(false)
    self.m_trackingMarkCache:Push(trackingMarkObj)
end



LevelMapLoader._GetGeneralTrackingMarkIfNeed = HL.Method() << function(self)
    if self.view.element.trackingMarkRoot.generalTrackingMark ~= nil then
        return
    end
    self.view.element.trackingMarkRoot.generalTrackingMark = self:_GetTrackingMarkFromCache(false)
end




LevelMapLoader._RefreshMissionTrackingMarksLevelState = HL.Method() << function(self)
    self.m_missionTrackingMarkInOtherLevel = ""

    if self.m_loadedMissionTrackingMarks == nil then
        return
    end

    for instId, missionTrackingMarkObj in pairs(self.m_loadedMissionTrackingMarks) do
        local success, markRuntimeData = GameInstance.player.mapManager:GetMarkInstRuntimeData(instId)
        if success then
            local levelMapMark = missionTrackingMarkObj
            local mark = missionTrackingMarkObj
            if markRuntimeData.levelId == self.m_levelId then
                levelMapMark:ResetMarkIcon()
                mark:ResetMarkRectPosition()
                levelMapMark:ToggleMarkHiddenState("TrackingOtherLevel", false)
            else
                if self.m_needShowOtherLevelTracking then
                    local missionImportance = markRuntimeData.missionInfo.missionImportance
                    local iconName
                    if missionImportance == GEnums.MissionImportance.High then
                        iconName = MapConst.MISSION_HIGH_IMPORTANCE_TRACK_OTHER_LEVEL_ICON_NAME
                    elseif missionImportance == GEnums.MissionImportance.Mid then
                        iconName = MapConst.MISSION_MID_IMPORTANCE_TRACK_OTHER_LEVEL_ICON_NAME
                    else
                        iconName = MapConst.MISSION_LOW_IMPORTANCE_TRACK_OTHER_LEVEL_ICON_NAME
                    end
                    local startLevelId, endLevelId = self.m_levelId, markRuntimeData.levelId
                    local trackPosition, trackLevel = MapUtils.getLevelTrackPositionAndLevel(startLevelId, endLevelId)
                    trackPosition = Vector3(trackPosition.x, trackPosition.y, trackPosition.z)
                    local trackRectPosition = self:_GetRectPosByWorldPos(trackPosition)
                    levelMapMark:OverrideMarkIcon(iconName)
                    mark:OverrideMarkRectPosition(trackRectPosition)
                    self.m_missionTrackingMarkInOtherLevel = trackLevel
                else
                    levelMapMark:ToggleMarkHiddenState("TrackingOtherLevel", true)
                end
            end
        end
    end

    self:_RefreshMissionTrackingMarksOffset()
end



LevelMapLoader._RefreshGeneralTrackingMarkLevelState = HL.Method() << function(self)
    self:_GetGeneralTrackingMarkIfNeed()
    self:_RefreshGeneralTrackingMarkIsInOtherLevel("")

    if string.isEmpty(self.m_loadedGeneralTrackingMarkId) then
        return
    end

    local success, markRuntimeData = GameInstance.player.mapManager:GetMarkInstRuntimeData(self.m_loadedGeneralTrackingMarkId)
    if not success then
        return
    end

    local levelMapMark = self.view.element.trackingMarkRoot.generalTrackingMark
    local mark = self.view.element.trackingMarkRoot.generalTrackingMark
    if markRuntimeData.levelId == self.m_levelId then
        levelMapMark:ResetMarkIcon()
        mark:ResetMarkRectPosition()
        levelMapMark:ToggleMarkHiddenState("TrackingOtherLevel", false)
    else
        if self.m_needShowOtherLevelTracking then
            levelMapMark:OverrideMarkIcon(MapConst.GENERAL_TRACK_OTHER_LEVEL_ICON_NAME)
            local startLevelId, endLevelId = self.m_levelId, markRuntimeData.levelId
            local trackPosition, trackLevel = MapUtils.getLevelTrackPositionAndLevel(startLevelId, endLevelId)
            trackPosition = Vector3(trackPosition.x, trackPosition.y, trackPosition.z)
            local trackRectPosition = self:_GetRectPosByWorldPos(trackPosition)
            mark:OverrideMarkRectPosition(trackRectPosition)
            self:_RefreshGeneralTrackingMarkIsInOtherLevel(trackLevel)
        else
            levelMapMark:ToggleMarkHiddenState("TrackingOtherLevel", true)
        end
    end
end




LevelMapLoader._RefreshGeneralTrackingMarkIsInOtherLevel = HL.Method(HL.String) << function(self, otherLevel)
    self.m_generalTrackingMarkInOtherLevel = otherLevel
    self:_RefreshMissionTrackingMarksOffset()
end



LevelMapLoader._RefreshMissionTrackingMarksOffset = HL.Method() << function(self)
    local offsetPosition = Vector2(self.view.config.MISSION_TRACKING_MARK_OFFSET_X, self.view.config.MISSION_TRACKING_MARK_OFFSET_Y)
    for instId, missionTrackingMarkObj in pairs(self.m_loadedMissionTrackingMarks) do
        local success, markRuntimeData = GameInstance.player.mapManager:GetMarkInstRuntimeData(instId)
        if success then
            local needOffset = markRuntimeData.levelId ~= self.m_levelId and
                self.m_generalTrackingMarkInOtherLevel == self.m_missionTrackingMarkInOtherLevel and
                not string.isEmpty(self.m_generalTrackingMarkInOtherLevel)
            missionTrackingMarkObj.view.content.anchoredPosition = needOffset and offsetPosition or Vector2.zero
        end
    end
end



LevelMapLoader._RefreshMissionTrackingMarksPosition = HL.Method() << function(self)
    if not self.m_mapManager.needRefreshMissionTrackingMarkPos then
        return
    end
    if self.m_loadedMissionTrackingMarks == nil or not next(self.m_loadedMissionTrackingMarks) then
        return
    end
    for instId, missionTrackingMarkObj in pairs(self.m_loadedMissionTrackingMarks) do
        local lastWorldPos = self.m_loadedMissionTrackingMarksPos[instId]
        local currWorldPos = missionTrackingMarkObj.markRuntimeData.position
        if (currWorldPos - lastWorldPos).sqrMagnitude > NEED_UPDATE_MISSION_MARK_POS_SQR_MAGNITUDE then
            local rectPos = self:_GetRectPosByWorldPos(currWorldPos)
            missionTrackingMarkObj:OverrideMarkRectPosition(rectPos)
        end
        self.m_loadedMissionTrackingMarksPos[instId] = currWorldPos
    end
end



LevelMapLoader._RefreshWaitVisibleInMistMarksState = HL.Method() << function(self)
    if self.m_waitVisibleInMistMarks == nil or next(self.m_waitVisibleInMistMarks) == nil then
        return
    end
    for markInstId, _ in pairs(self.m_waitVisibleInMistMarks) do
        local success, markRuntimeData = self.m_mapManager:GetMarkInstRuntimeData(markInstId)
        if success then
            self:_RefreshGridMark(markInstId, markRuntimeData, true)
        end
    end
    self.m_waitVisibleInMistMarks = {}
end




LevelMapLoader._RefreshCustomMarkOrderActiveState = HL.Method(HL.Boolean) << function(self, state)
    for order = 1, CUSTOM_MARK_ORDER - 1 do
        self:SetMarkOrderState(order, state)
    end
end









LevelMapLoader._GetMarkRootByOrder = HL.Method(HL.Number).Return(RectTransform) << function(self, order)
    return self.view.element.markRoot[string.format(MARK_ORDER_VIEW_NAME_FORMAT, order)]
end



LevelMapLoader._GetIsInTier = HL.Method().Return(HL.Boolean) << function(self)
    return self.m_tierId ~= MapConst.BASE_TIER_ID and self.m_tierIndex ~= MapConst.BASE_TIER_INDEX
end




LevelMapLoader._GetGridSpriteIdWithTier = HL.Method(HL.String).Return(HL.String, HL.Boolean) << function(self, gridId)
    local gridData = self.m_loadedGridViewDataMap[gridId]
    if gridData == nil then
        return gridId, false
    end

    if not self:_GetIsInTier() then
        return gridId, false
    end

    if not gridData.loaderData.needLoadTiers then
        return gridId, false
    end

    local success, gridTierId = gridData.loaderData.tiers:TryGetValue(self.m_tierId)
    if not success then
        return gridId, false
    else
        return gridTierId, true
    end
end





LevelMapLoader._GetRectPosByWorldPos = HL.Method(HL.Any, HL.Opt(HL.Boolean)).Return(Vector2) << function(self, worldPos, ignoreInverse)
    local rectPos = UILevelMapUtils.ConvertUILevelMapWorldPosToRectPos(worldPos, self.m_gridWorldLength, self.m_gridRectLength)
    if not ignoreInverse then
        local needInverse = self.m_mapManager:IsLevelNeedInverse(self.m_levelId)
        if needInverse then
            rectPos = Vector2(rectPos.y, -rectPos.x)
        end
    end
    return rectPos
end










LevelMapLoader._ClearLoaderCache = HL.Method(HL.Table, LuaNodeCache) << function(self, nodeTable, cache)
    if nodeTable == nil then
        return
    end

    for _, node in pairs(nodeTable) do
        cache:Cache(node)
    end

    nodeTable = {}
end



LevelMapLoader._ClearLoaderGridCache = HL.Method() << function(self)
    if self.m_loadedGridViewDataMap == nil then
        return
    end

    for _, gridData in pairs(self.m_loadedGridViewDataMap) do
        gridData.cell.image.sprite = nil
        self.m_gridCache:Cache(gridData.cell)
    end

    self.m_loadedGridViewDataMap = {}
end



LevelMapLoader._ClearLoaderMarkCache = HL.Method() << function(self)
    for _, markViewData in pairs(self.m_loadedMarkViewDataMap) do
        self:_CacheMark(markViewData, markViewData.markObj)
    end

    self.m_loadedMarkViewDataMap = {}
end



LevelMapLoader._ClearLoaderStaticElementCache = HL.Method() << function(self)
    for _, staticElementViewData in pairs(self.m_loadedStaticElementViewDataMap) do
        local initializer = staticElementViewData.initializer
        if initializer.componentGetter ~= nil then
            local component = initializer.componentGetter(staticElementViewData.elementObj)
            if component ~= nil then
                component:ClearComponent()
            end
        end
        initializer.cache:Cache(staticElementViewData.elementObj)
    end

    self.m_loadedStaticElementViewDataMap = {}
end



LevelMapLoader._ClearLoaderGameplayAreaCache = HL.Method() << function(self)
    if self.m_loadedGameplayAreas == nil then
        return
    end

    for _, node in pairs(self.m_loadedGameplayAreas) do
        node.levelMapGameplayArea:ClearComponent()
        self.m_gameplayAreaCache:Cache(node)
    end

    self.m_loadedGameplayAreas = {}
end



LevelMapLoader._ClearLoaderLinesCache = HL.Method() << function(self)
    for _, lineViewData in pairs(self.m_loadedLineViewDataMap) do
        local lineCache = self.m_lineCaches[lineViewData.lineData.lineType]
        local lineObj = lineViewData.lineObj
        if lineObj.levelMapLine ~= nil then
            lineObj.levelMapLine:ClearComponent()
        end
        lineCache:Cache(lineObj)
    end

    self.m_loadedLineViewDataMap = {}
end



LevelMapLoader._ClearLoaderCachesState = HL.Method() << function(self)
    self:_ClearLoaderGridCache()
    self:_ClearLoaderStaticElementCache()
    self:_ClearLoaderMarkCache()
    self:_ClearLoaderGameplayAreaCache()
    self:_ClearLoaderLinesCache()

    
end









LevelMapLoader._GetGridSpriteFolder = HL.Method(HL.String).Return(HL.String) << function(self, levelId)
    if self.m_gridSpriteFolderCache[levelId] == nil then
        self.m_gridSpriteFolderCache[levelId] = UILevelMapUtils.GetUILevelMapGridsFolderByLevelId(levelId, false)
    end
    return self.m_gridSpriteFolderCache[levelId]
end





LevelMapLoader._GetGridSprite = HL.Method(HL.String, HL.Opt(HL.Function)).Return(HL.Opt(HL.Userdata)) << function(self, gridId, onComplete)
    local spriteData = self.m_gridSpriteCache[gridId]
    if spriteData == nil then
        local gridData = self.m_loadedGridViewDataMap[gridId]
        if gridData ~= nil then
            local folder = self:_GetGridSpriteFolder(gridData.loaderData.levelId)
            local gridSpriteId, isTierSprite = self:_GetGridSpriteIdWithTier(gridId)
            spriteData = { gridId = gridId, isTierSprite = isTierSprite, gridSpriteId = gridSpriteId }
            self.m_gridSpriteCache[gridId] = spriteData
            if onComplete ~= nil then
                local handlerKey = self.loader:LoadSpriteAsync(UIUtils.getSpritePath(folder, gridSpriteId), function(sprite)
                    
                    spriteData.sprite = sprite
                    onComplete(sprite)
                end)
                spriteData.handlerKey = handlerKey
            else
                local sprite, key = self.loader:LoadSprite(UIUtils.getSpritePath(folder, gridSpriteId))
                spriteData.handlerKey = key
                spriteData.sprite = sprite
                self.m_gridSpriteCache[gridId] = spriteData
                return spriteData.sprite
            end
        end
    else
        local gridSpriteId, isTierSprite = self:_GetGridSpriteIdWithTier(gridId)
        if spriteData.isTierSprite ~= isTierSprite or spriteData.gridSpriteId ~= gridSpriteId then
            
            self:_DisposeGridSprite(spriteData, false)  
            local gridData = self.m_loadedGridViewDataMap[gridId]
            local folder = self:_GetGridSpriteFolder(gridData.loaderData.levelId)
            
            local sprite, key = self.loader:LoadSprite(UIUtils.getSpritePath(folder, gridSpriteId))
            spriteData.isTierSprite = isTierSprite
            spriteData.sprite = sprite
            spriteData.handlerKey = key
            spriteData.gridSpriteId = gridSpriteId
        end

        if spriteData.delayDisposeKey ~= nil then
            self:_RemoveMapDelayAction(spriteData.delayDisposeKey)
        end

        if onComplete ~= nil then
            onComplete(spriteData.sprite)
        else
            return spriteData.sprite
        end
    end
end




LevelMapLoader._GetMistRefreshData = HL.Method(HL.Boolean).Return(HL.Table) << function(self, usedForAnim)
    local data = usedForAnim and self.m_animMistRefreshData or self.m_gridMistRefreshData
    if not next(data) then
        
        data.usedForAnim = usedForAnim
        data.loadedMists = {}
        data.loadedMistGrids = {}  
        data.textureCache = {}
        data.lowRatio = 0
        data.waitLoadTextures = {}
        data.waitInvokeRefreshFinishList = {}
        data.transformData = {}
    end
    return usedForAnim and self.m_animMistRefreshData or self.m_gridMistRefreshData
end




LevelMapLoader._AddDelayDisposeGridSprite = HL.Method(HL.Table) << function(self, spriteData)
    if spriteData == nil then
        return
    end
    local key = self:_AddMapDelayAction(
        spriteData.gridId,
        function()
            if spriteData ~= nil then
                self:_DisposeGridSprite(spriteData, true)
            end
            spriteData.delayDisposeKey = nil
        end
    )
    spriteData.delayDisposeKey = key
end





LevelMapLoader._DisposeGridSprite = HL.Method(HL.Table, HL.Boolean) << function(self, spriteData, needRemoveData)
    if spriteData == nil then
        return
    end
    
    spriteData.sprite = nil
    self.loader:DisposeHandleByKey(spriteData.handlerKey)
    spriteData.handlerKey = nil
    if needRemoveData then
        self.m_gridSpriteCache[spriteData.gridId] = nil
    end
end



LevelMapLoader._DisposeAllGridSprites = HL.Method() << function(self)
    if self.m_gridSpriteCache == nil then
        return
    end
    for _, spriteData in pairs(self.m_gridSpriteCache) do
        self:_DisposeGridSprite(spriteData, false)
    end
    self.m_gridSpriteCache = {}
end



LevelMapLoader._ClearLoaderGridMists = HL.Method() << function(self)
    if self.m_gridMistRefreshData ~= nil and self.m_gridMistRefreshData.rt ~= nil then
        RTManager.ReleaseRenderTexture(self.m_gridMistRefreshData.rt)
        self.m_gridMistRefreshData.rt = nil
    end
    self.m_gridMistRefreshData = {}
    self.view.element.mist.gameObject:SetActive(false)

    if self.m_animMistRefreshData ~= nil and self.m_animMistRefreshData.rt ~= nil then
        RTManager.ReleaseRenderTexture(self.m_animMistRefreshData.rt)
        self.m_animMistRefreshData.rt = nil
    end
    self.m_animMistRefreshData = {}
    self.view.element.animMist.gameObject:SetActive(false)
end





LevelMapLoader._AddMapDelayAction = HL.Method(HL.String, HL.Function).Return(HL.Any) << function(self, key, callback)
    if self.m_delayActionList[key] ~= nil then
        local action = self.m_delayActionList[key]
        action.timer = self:_ClearTimer(action.timer)
        action.timer = self:_StartTimer(ACTION_DELAY_TIME, function()
            self:_InvokeMapDelayAction(key)
        end)
        return key
    end

    self.m_delayActionList[key] = {
        timer = self:_StartTimer(ACTION_DELAY_TIME, function()
            self:_InvokeMapDelayAction(key)
        end),
        callback = callback
    }
    return key
end




LevelMapLoader._RemoveMapDelayAction = HL.Method(HL.String) << function(self, key)
    local action = self.m_delayActionList[key]
    if action == nil then
        return
    end
    action.timer = self:_ClearTimer(action.timer)
    self.m_delayActionList[key] = nil
end



LevelMapLoader._RemoveAllDelayActions = HL.Method() << function(self)
    for _, action in pairs(self.m_delayActionList) do
        action.timer = self:_ClearTimer(action.timer)
    end
    self.m_delayActionList = {}
end




LevelMapLoader._InvokeMapDelayAction = HL.Method(HL.String) << function(self, key)
    local action = self.m_delayActionList[key]
    if action == nil then
        return
    end
    action.callback()
    self:_RemoveMapDelayAction(key)
end




LevelMapLoader._LoadPermanentStaticElement = HL.Method(HL.Userdata) << function(self, permanentElementData)
    if permanentElementData == nil then
        return
    end

    local staticElementData = permanentElementData.elementData
    if staticElementData == nil or not self:_IsExpectedStaticElementType(staticElementData.type) then
        return
    end

    local initializer = self.m_staticElementInitializer[staticElementData.type]
    if initializer == nil then
        return
    end

    if initializer.isVisible ~= nil and not initializer.isVisible(staticElementData) then
        return
    end

    local staticElementId = staticElementData.id
    local staticElement = initializer.cache:Get()
    staticElement.gameObject:SetActive(true)
    staticElement.rectTransform.anchoredPosition = permanentElementData.rectPos
    initializer.initializer(staticElement, staticElementData)
    self.m_loadedStaticElementViewDataMap[staticElementId] = {
        elementObj = staticElement,
        initializer = initializer,
    }
    self:_RefreshLoadedStaticElementStateWithTier(self.m_loadedStaticElementViewDataMap[staticElementId])
end




LevelMapLoader._UnloadPermanentStaticElement = HL.Method(HL.String) << function(self, staticElementId)
    local elementViewData = self.m_loadedStaticElementViewDataMap[staticElementId]
    if elementViewData == nil then
        return
    end

    GameObject.Destroy(elementViewData.elementObj.gameObject)  
    self.m_loadedStaticElementViewDataMap[staticElementId] = nil
end




LevelMapLoader._AddDelayLoadPermanentStaticElement = HL.Method(HL.Userdata) << function(self, staticElementData)
    if staticElementData == nil then
        return
    end

    local staticElementId = staticElementData.id
    local loadDistance = staticElementData.loadDistance
    self.m_tryLoadElementsList[staticElementId] = {
        staticElementData = staticElementData,
        loadDistance = loadDistance,
        targetPosX = staticElementData.position.x,
        targetPosY = staticElementData.position.z,
        isLoaded = false,
    }
end









LevelMapLoader.SetLoaderWithMarkPosition = HL.Method(HL.String) << function(self, markInstId)
    local success, markRuntimeData = GameInstance.player.mapManager:GetMarkInstRuntimeData(markInstId)
    if not success then
        return
    end
    self.view.viewRect.anchoredPosition = self:_GetRectPosByWorldPos(markRuntimeData.position)
end






LevelMapLoader.SetLoaderWithLevelCenterPosition = HL.Method(HL.String, Vector2, HL.Opt(HL.Table)).Return(HL.Userdata) << function(
    self, levelId, offset, tweenInfo)
    local success, levelLoaderData = self.m_mapManager:GetLoaderLevelDataByLevelId(levelId)
    if not success then
        return nil
    end

    local center = (levelLoaderData.rectLeftBottom + levelLoaderData.rectRightTop) / 2.0 + offset
    if tweenInfo then
        self.m_posTween = self.view.viewRect:DOAnchorPos(center, tweenInfo.duration):SetEase(tweenInfo.ease):OnUpdate(function()
            self.view.loader:DoLoaderHitCheck(true)
            self:_RefreshGridsMask()
        end)
        return self.m_posTween
    else
        self.view.viewRect.anchoredPosition = center
        return nil
    end
end






LevelMapLoader.SetLoaderViewSizeByGridsCount = HL.Method(HL.Number, HL.Number, HL.Opt(HL.Table)).Return(HL.Userdata) << function(
    self, horizontalCount, verticalCount, tweenInfo)
    local size = Vector2(
        horizontalCount * self.m_gridRectLength,
        verticalCount * self.m_gridRectLength
    )
    if tweenInfo ~= nil then
        self.m_sizeTween = self.view.viewRect:DOSizeDelta(size, tweenInfo.duration):SetEase(tweenInfo.ease)
        return self.m_sizeTween
    else
        self.view.viewRect.sizeDelta = size
        return nil
    end
end




LevelMapLoader.SetLoaderDataUpdateInterval = HL.Method(HL.Number) << function(self, interval)
    self.m_dataUpdateInterval = interval
end




LevelMapLoader.SetLoaderElementsShownState = HL.Method(HL.Boolean) << function(self, isShown)
    local element = self.view.element
    element.staticElementBackRoot.gameObject:SetActive(isShown)
    element.staticElementFrontRoot.gameObject:SetActive(isShown)
    element.lineRoot.gameObject:SetActive(isShown)
    element.markRoot.gameObject:SetActive(isShown)
    element.trackingMarkRoot.gameObject:SetActive(isShown)
    element.staticElementGridRoot.switchMask.gameObject:SetActive(isShown)
    element.player.gameObject:SetActive(isShown)
end





LevelMapLoader.SetMarkOrderState = HL.Method(HL.Number, HL.Boolean) << function(self, orderNum, state)
    self:_GetMarkRootByOrder(orderNum).gameObject:SetActive(state)
end




LevelMapLoader.SetLoaderLevel = HL.Method(HL.String) << function(self, levelId)
    self.view.loader:ChangeLoaderLevel(levelId, true)
end




LevelMapLoader.SetGeneralTrackingMarkState = HL.Method(HL.String) << function(self, markInstId)
    self:_GetGeneralTrackingMarkIfNeed()
    local generalTrackingMarkObj = self.view.element.trackingMarkRoot.generalTrackingMark
    generalTrackingMarkObj.gameObject:SetActive(false)
    generalTrackingMarkObj:RefreshTrackingMarkState(false)
    self.m_loadedGeneralTrackingMarkId = markInstId
    self:_RefreshGeneralTrackingMarkIsInOtherLevel("")

    if string.isEmpty(markInstId) then
        return
    end

    local success, markRuntimeData = GameInstance.player.mapManager:GetMarkInstRuntimeData(markInstId)
    if not success then
        return
    end

    if markRuntimeData.mapId ~= self.m_mapId then
        return
    end

    if markRuntimeData.levelId ~= self.m_levelId and not self.m_needShowOtherLevelTracking then
        return
    end

    generalTrackingMarkObj:InitLevelMapMark(self:_GetRectPosByWorldPos(markRuntimeData.position), markRuntimeData)
    generalTrackingMarkObj:RefreshTrackingMarkState(true)
    generalTrackingMarkObj.gameObject:SetActive(true)

    self:_RefreshGeneralTrackingMarkLevelState()
    self:_RefreshGeneralTrackingMarkWithTier()
end




LevelMapLoader.SetMissionTrackingMarkState = HL.Method(HL.Table) << function(self, markInstIdList)
    for _, missionTrackingMarkObj in pairs(self.m_loadedMissionTrackingMarks) do
        missionTrackingMarkObj.gameObject:SetActive(false)
        self:_CacheTrackingMark(missionTrackingMarkObj)
    end
    self.m_loadedMissionTrackingMarks = {}
    self.m_loadedMissionTrackingMarksPos = {}

    for _, missionTrackingArea in pairs(self.m_loadedMissionTrackingAreas) do
        missionTrackingArea.levelMapMissionArea:ClearComponent()
        missionTrackingArea.gameObject:SetActive(false)
        self.m_missionTrackingAreaCache:Cache(missionTrackingArea)
    end
    self.m_loadedMissionTrackingAreas = {}

    if markInstIdList == nil then
        return
    end

    for _, markInstId in pairs(markInstIdList) do
        local success, markRuntimeData = GameInstance.player.mapManager:GetMarkInstRuntimeData(markInstId)
        if success and markRuntimeData.mapId == self.m_mapId and (markRuntimeData.levelId == self.m_levelId or self.m_needShowOtherLevelTracking) then
            
            local missionTrackingMarkObj = self:_GetTrackingMarkFromCache(true)
            local rectPos = self:_GetRectPosByWorldPos(markRuntimeData.position)
            missionTrackingMarkObj:InitLevelMapMark(rectPos, markRuntimeData)
            missionTrackingMarkObj:RefreshTrackingMarkState(true)
            self.m_loadedMissionTrackingMarks[markInstId] = missionTrackingMarkObj
            self.m_loadedMissionTrackingMarksPos[markInstId] = markRuntimeData.position

            
            if markRuntimeData.trackData ~= nil and markRuntimeData.trackData.guidingArea > 0 then
                local missionTrackingArea = self.m_missionTrackingAreaCache:Get()
                missionTrackingArea.rectTransform.anchoredPosition = rectPos
                missionTrackingArea.gameObject:SetActive(true)
                missionTrackingArea.levelMapMissionArea:Init(markRuntimeData, missionTrackingMarkObj.gameObject)
                self.m_loadedMissionTrackingAreas[markInstId] = missionTrackingArea

                if missionTrackingArea.levelMapMissionArea.needUseCenterPosition then
                    local centerPos = self:_GetRectPosByWorldPos(markRuntimeData.trackData.guidingAreaCenter)
                    missionTrackingArea.rectTransform.anchoredPosition = centerPos
                end
            end
        end
    end

    self:_RefreshMissionTrackingMarksLevelState()
    self:_RefreshMissionTrackingMarksWithTier()
end





LevelMapLoader.SetLoaderLineVisibleStateByType = HL.Method(HL.Userdata, HL.Boolean) << function(self, lineType, isVisible)
    local root = self.m_lineRoots[lineType]
    if root == nil then
        return
    end
    root.gameObject:SetActive(isVisible)
end




LevelMapLoader.SetLoaderLineVisibleState = HL.Method(HL.Boolean) << function(self, isVisible)
    for _, root in pairs(self.m_lineRoots) do
        root.gameObject:SetActive(isVisible)
    end
end




LevelMapLoader.SetLoaderPlayerVisibleState = HL.Method(HL.Boolean) << function(self, isVisible)
    self.view.element.player.gameObject:SetActive(isVisible)
end




LevelMapLoader.SetLoaderTierId = HL.Method(HL.Number) << function(self, tierId)
    self.m_tierId = tierId
    self.m_tierIndex = self.m_regionManager:GetTierIndex(tierId)
    self:_RefreshLoadedMarksWithTier()
    self:_RefreshLoadedStaticElementsStateWithTier()
    self:_RefreshLoadedGridsSpriteWithTier()
    self:_RefreshLoadedGridsColorWithTier()
end




LevelMapLoader.SetNeedOptimizePerformance = HL.Method(HL.Boolean) << function(self, active)
    self.m_needOptimizePerformance = active
end




LevelMapLoader.ToggleLoaderNeedShowMarkTier = HL.Method(HL.Boolean) << function(self, needShowTier)
    self.m_needShowMarkTier = needShowTier
    self:_RefreshLoadedMarksWithTier()
end




LevelMapLoader.ToggleLoaderGeneralTrackingVisibleState = HL.Method(HL.Boolean) << function(self, visible)
    self.view.element.trackingMarkRoot.general.gameObject:SetActive(visible)
end




LevelMapLoader.ToggleLoaderMissionTrackingVisibleState = HL.Method(HL.Boolean) << function(self, visible)
    self.view.element.trackingMarkRoot.mission.gameObject:SetActive(visible)
end




LevelMapLoader.ToggleLoaderSwitchMaskVisibleState = HL.Method(HL.Boolean) << function(self, visible)
    self.view.element.staticElementGridRoot.switchMask.gameObject:SetActive(visible)
    self.view.element.staticElementBackRoot.switchButton.gameObject:SetActive(visible)
end




LevelMapLoader.ToggleLoaderLineRootVisibleState = HL.Method(HL.Boolean) << function(self, visible)
    self.view.element.lineRoot.gameObject:SetActive(visible)
end




LevelMapLoader.GetLoaderViewRectWidthAndHeight = HL.Method(HL.Boolean).Return(HL.Number, HL.Number) << function(self, getTarget)
    if getTarget and self.m_sizeTween ~= nil and self.m_sizeTween:IsPlaying() then
        local size = self.m_sizeTween.endValue
        return size.x, size.y
    else
        local rect = self.view.viewRect.rect
        return rect.width, rect.height
    end
end




LevelMapLoader.GetWorldPositionByRectPosition = HL.Method(Vector2).Return(Vector3) << function(self, rectPos)
    return UILevelMapUtils.ConvertUILevelMapRectPosToWorldPos(rectPos, self.m_gridWorldLength, self.m_gridRectLength)
end




LevelMapLoader.GetMarkRectTransformByInstId = HL.Method(HL.String).Return(Unity.RectTransform) << function(self, instId)
    local markViewData = self.m_loadedMarkViewDataMap[instId]
    if markViewData == nil or markViewData.mark == nil then
        return nil
    end
    return markViewData.mark.rectTransform
end




LevelMapLoader.GetMarkOrderRoot = HL.Method(HL.Number).Return(RectTransform) << function(self, order)
    return self:_GetMarkRootByOrder(order)
end



LevelMapLoader.GetLoadedMarkViewDataMap = HL.Method().Return(HL.Table) << function(self)
    return self.m_loadedMarkViewDataMap
end




LevelMapLoader.GetLoadedMarkViewDataByInstId = HL.Method(HL.String).Return(HL.Table) << function(self, instId)
    if not self.m_loadedMarkViewDataMap or not next(self.m_loadedMarkViewDataMap) then
        return
    end
    return self.m_loadedMarkViewDataMap[instId]
end




LevelMapLoader.GetLoadedMarkByInstId = HL.Method(HL.String).Return(HL.Any) << function(self, instId)
    local markViewData = self.m_loadedMarkViewDataMap[instId]
    if markViewData == nil or markViewData.markObj == nil then
        return nil
    end
    return markViewData.markObj
end



LevelMapLoader.GetGeneralTrackingMark = HL.Method().Return(HL.Any) << function(self)
    
    return self.view.element.trackingMarkRoot.generalTrackingMark
end



LevelMapLoader.GetMissionTrackingMarks = HL.Method().Return(HL.Any) << function(self)
    local marks = {}
    for instId, loadedMark in pairs(self.m_loadedMissionTrackingMarks) do
        
        marks[instId] = loadedMark
    end
    return marks
end



LevelMapLoader.UpdateAndRefreshAll = HL.Method() << function(self)
    self.view.loader:DoLoaderHitCheck(true)
end



LevelMapLoader.RefreshMarkStateAfterMistUnlocked = HL.Method() << function(self)
    self:_RefreshWaitVisibleInMistMarksState()

    if self.m_onMarkInstDataChangedCallback ~= nil then
        
        self.m_onMarkInstDataChangedCallback()
    end
end



LevelMapLoader.RefreshCharacterPosition = HL.Method() << function(self)
    local playerNode = self.view.element.player
    playerNode.rectTransform.anchoredPosition = self.m_mapManager.characterRectPosition
    playerNode.playerArrow.localEulerAngles = Vector3(0.0, 0.0, -self.m_mapManager.characterForwardAngle)
    playerNode.playerView.localEulerAngles = Vector3(0.0, 0.0, -self.m_mapManager.characterViewForwardAngle)
end



LevelMapLoader.RefreshElementsHiddenStateInOtherLevel = HL.Method() << function(self)
    for loaderData in cs_pairs(self.view.loader.hitGrids) do
        local staticElements = loaderData.staticElements
        local marks = loaderData.marks
        local lines = loaderData.lines
        local gridInCurrOtherLevel = loaderData.levelId == self.m_levelId
        
        if staticElements ~= nil and staticElements.Count > 0 then
            for staticElementId, _ in pairs(staticElements) do
                local elementViewData = self.m_loadedStaticElementViewDataMap[staticElementId]
                if elementViewData ~= nil then
                    self:_RefreshStaticElementVisibleState(elementViewData, "LoaderOtherLevelHide", gridInCurrOtherLevel)
                end
            end
        end
        
        if marks ~= nil and marks.Count > 0 then
            for markInstId, _ in pairs(marks) do
                local markViewData = self.m_loadedMarkViewDataMap[markInstId]
                if markViewData ~= nil then
                    local markObj = markViewData.markObj
                    local needHide = not gridInCurrOtherLevel
                    local markRuntimeData = markViewData.runtimeData
                    if markRuntimeData.connectFromNodeIdList ~= nil then  
                        if needHide then
                            local otherLevelConnectRefreshFunc = function(connectNodeIdList)
                                for connectNodeId in cs_pairs(connectNodeIdList) do
                                    local _, connectMarkInstId = self.m_mapManager:GetFacMarkInstIdByNodeId(
                                        markRuntimeData.chapterId,
                                        connectNodeId
                                    )
                                    local connectMarkViewData = self.m_loadedMarkViewDataMap[connectMarkInstId]
                                    if connectMarkViewData ~= nil then
                                        local inCurrentLevel = markRuntimeData.levelId == self.m_levelId or
                                            connectMarkViewData.runtimeData.levelId == self.m_levelId
                                        if inCurrentLevel then
                                            needHide = false  
                                        end
                                    end
                                end
                            end

                            if markRuntimeData.connectFromNodeIdList.Count > 0 then
                                otherLevelConnectRefreshFunc(markRuntimeData.connectFromNodeIdList)
                            end
                            if markRuntimeData.connectToNodeIdList.Count > 0 then
                                otherLevelConnectRefreshFunc(markRuntimeData.connectToNodeIdList)
                            end
                        end
                    end

                    markObj:ToggleMarkHiddenState("LoaderOtherLevelHide", needHide)
                end
            end
        end
        
        for lineId, _ in pairs(lines) do
            local lineViewData = self.m_loadedLineViewDataMap[lineId]
            if lineViewData ~= nil then
                local needHide = not gridInCurrOtherLevel
                if needHide then
                    local lineData = lineViewData.lineData
                    if lineData.startBelongGrid.gridId ~= lineData.endBelongGrid.gridId then
                        needHide = lineData.startBelongGrid.levelId ~= self.m_levelId and lineData.endBelongGrid.levelId ~= self.m_levelId
                    end
                end
                lineViewData.lineObj.gameObject:SetActive(not needHide)
            end
        end
    end
end




LevelMapLoader.RefreshLevelSwitchMaskState = HL.Method(HL.String) << function(self, levelId)
    local success, cfg = self.m_levelMapConfig.levelConfigInfos:TryGetValue(levelId)
    if not success then
        return
    end

    if self.m_switchMaskCells == nil then
        self.m_switchMaskCells = UIUtils.genCellCache(self.view.element.staticElementGridRoot.switchMask.maskCell)
    end

    local maskDataList = {}
    for _, staticElementData in pairs(cfg.staticElements) do
        if staticElementData.type == ElementType.SwitchMask then
            table.insert(maskDataList, {
                position = staticElementData.position,
                targetLevelId = staticElementData.targetLevelId,
                targetLevelSpriteName = staticElementData.targetLevelSpriteName,
                isUnlocked = GameInstance.player.mapManager:IsLevelUnlocked(staticElementData.targetLevelId)
            })
        end
    end
    if #maskDataList == nil then
        return
    end

    self.m_switchMaskCells:Refresh(#maskDataList, function(cell, index)
        local maskData = maskDataList[index]

        cell.button.onClick:RemoveAllListeners()
        cell.button.onClick:AddListener(function()
            if maskData.isUnlocked then
                Notify(MessageConst.ON_LEVEL_MAP_SWITCH_BTN_CLICKED, maskData.targetLevelId);
            else
                Notify(MessageConst.SHOW_TOAST, Language.LUA_OPEN_MAP_LEVEL_LOCKED)
            end
        end)

        cell.image:LoadSprite(MapConst.UI_MAP_SWITCH_MASK_PATH, maskData.targetLevelSpriteName)
        cell.image:SetNativeSize()
        cell.image.alphaHitTestMinimumThreshold = 0.01
        cell.image.color = maskData.isUnlocked and Color.white or self.view.config.LOCKED_SWITCH_MASK_COLOR

        cell.rectTransform.anchoredPosition = self:_GetRectPosByWorldPos(maskData.position)
    end)
end




LevelMapLoader.ToggleForbidMistRefreshAfterGridChange = HL.Method(HL.Boolean) << function(self, forbid)
    self.m_forbidMistRefreshAfterGridChange = forbid
    if forbid then
        self:_StopWaitingFinishRefreshMist()
    else
        if self.m_waitMistRefreshAfterGridChange then
            self:_RefreshGridMists(false)
        end
    end
    self.m_waitMistRefreshAfterGridChange = false
end




LevelMapLoader.RefreshMistState = HL.Method(HL.Opt(HL.Function)) << function(self, onRefreshFinish)
    self:_RefreshGridMists(false, nil, function()
        if onRefreshFinish ~= nil then
            onRefreshFinish()
        end
    end)
end





LevelMapLoader.RefreshAnimationMistState = HL.Method(HL.Table, HL.Opt(HL.Function)) << function(self, mistList, onRefreshFinish)
    self:_RefreshGridMists(true, mistList, onRefreshFinish)
end




LevelMapLoader.ToggleAnimationMistNodeVisibleState = HL.Method(HL.Boolean) << function(self, isVisible)
    self.view.element.animMist.gameObject:SetActive(isVisible)
end




LevelMapLoader.PlayMistsUnlockedAnimation = HL.Method(HL.Opt(HL.Function)) << function(self, onComplete)
    local animMist = self.view.element.animMist

    local recoverAnimState = function(onRecoverFinish)
        animMist.animationWrapper:PlayWithTween("levelmaploader_mist_unlock_in", function()
            if onRecoverFinish ~= nil then
                onRecoverFinish()
            end
        end)
        animMist.materialAnimation:ForceUpdate()
    end

    recoverAnimState(function()
        self.m_animMistShowTimer = self:_ClearTimer(self.m_animMistShowTimer)
        self.m_animMistShowTimer = self:_StartTimer(self.view.config.ANIM_MIST_SHOW_DURATION, function()
            animMist.animationWrapper:PlayWithTween("levelmaploader_mist_unlock_out", function()
                self:_ClearMistRenderTexture(true)
                recoverAnimState()
                if onComplete ~= nil then
                    onComplete()
                end
            end)
            self.m_animMistShowTimer = self:_ClearTimer(self.m_animMistShowTimer)
        end)
    end)
end




LevelMapLoader.ResetToTargetMapAndLevel = HL.Method(HL.String) << function(self, levelId)
    local success, levelConfig = DataManager.levelConfigTable:TryGetData(levelId)
    if not success then
        return
    end

    self.m_mapId = levelConfig.mapIdStr
    self.m_levelId = levelId
    self:_RemoveAllDelayActions()
    self:_ClearLoaderCachesState()
    self:_DisposeAllGridSprites()
    self:_ClearLoaderGridMists()
    self:_InitTableFields(true)

    
    self.view.loader:ClearLoaderCheckState()
    self.view.loader:ChangeLoaderCheckLevels(self.m_levelId)
    self.view.loader:ChangeLoaderLevel(self.m_levelId)

    self:_InitPermanentElementsInCurrentMap()
end






if BEYOND_DEBUG_COMMAND then
    
    
    
    LevelMapLoader._InitDebugMode = HL.Method(HL.String) << function(self, levelId)
        local success, levelConfig = DataManager.levelConfigTable:TryGetData(levelId)
        if not success then
            return
        end

        local worldLeftBottom = levelConfig.rectLeftBottom
        local worldRightTop = levelConfig.rectRightTop
        local rectLeftBottom = self:_GetRectPosByWorldPos(Vector3(worldLeftBottom.x, 0, worldLeftBottom.y), true)
        local rectRightTop = self:_GetRectPosByWorldPos(Vector3(worldRightTop.x, 0, worldRightTop.y), true)
        local horizontalCount = (rectRightTop.x - rectLeftBottom.x) / self.m_gridRectLength
        local verticalCount = (rectRightTop.y - rectLeftBottom.y) / self.m_gridRectLength

        self.m_gridCache = LuaNodeCache(self.view.source.grid, self.view.element.loadedGrids)
        for i = 0, horizontalCount - 1 do
            for j = 0, verticalCount - 1 do
                local gridCell = self.m_gridCache:Get()
                local gridRectPosX = rectLeftBottom.x + (i + 0.5) * self.m_gridRectLength
                local gridRectPosY = rectLeftBottom.y + (j + 0.5) * self.m_gridRectLength
                gridCell.rectTransform.anchoredPosition = Vector2(gridRectPosX, gridRectPosY)
            end
        end
    end
end




HL.Commit(LevelMapLoader)
return LevelMapLoader