Energy Block V11 Auto Strategy Time Filter

// This Pine Script® code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © HQBox_Strategy_Pro_v18.26 - 零延迟PineConnector优化版
// 🔥【核心特性】：
// 1. 零延迟实盘：订单成交即触发，无任何人为delay
// 2. 智能Symbol净化：自动处理前缀/后缀，支持映射表
// 3. 双保险Lots：强制>=0.01手，同时发送vol_lots+risk参数
// 4. 零延迟测试：开关触发立即验证完整链路

//@version=6
strategy("能量块V11 全自动策略]", overlay=true, 
          initial_capital=1000000, default_qty_type=strategy.fixed, default_qty_value=1, 
          currency=currency.NONE, max_labels_count=500, max_boxes_count=500)

// ══════════════════════════════════════════════════════════════════════════════
// 1. 策略参数
// ══════════════════════════════════════════════════════════════════════════════

grp_strat = "🤖 自动化交易核心"
grp_pc    = "🔌 PineConnector 设置"
grp_risk  = "🛡️ 风险管理优化"
// --- PineConnector Params ---
EnablePC        = input.bool(true, "Enable PineConnector Alerts", group=grp_pc)
PC_Id           = input.string("8567766974677", "License ID", group=grp_pc)
PC_Secret       = input.string("", "Secret Key (Optional)", group=grp_pc)
PC_Sym          = input.string("", "Symbol (Empty=Auto)", group=grp_pc)
PC_Prefix       = input.string("", "Symbol Prefix (e.g. pro.)", group=grp_pc)
PC_Suffix       = input.string("", "Symbol Suffix (e.g. .m)", group=grp_pc)
PC_SymbolMap    = input.string("", "Symbol Map (TV:MT4, e.g. US500:US500,XAUUSD:XAUUSD)", group=grp_pc)
PC_Lots         = input.float(0.01, "Signal Lots", minval=0.01, step=0.01, group=grp_pc)
PC_RealtimeOnly = input.bool(false, "Realtime Alerts Only", group=grp_pc)
PC_EnableMagic  = input.bool(true, "Enable Magic Parameter (EA需支持magic=)", group=grp_pc)
PC_PipMult      = input.float(10.0, "Pip Multiplier (外汇10, 黄金/指数1)", minval=1.0, maxval=100.0, step=1.0, group=grp_pc)
PC_SendLotsFallback = input.bool(false, "Send lots= as Fallback (仅兜底用)", group=grp_pc)

// ====== Boost Risk 配置（用于高门槛指数自动抬高 risk） ======
BaseRisk = input.float(1.0, "Base Risk %", step=0.1, group=grp_pc)
BoostSymbolsCSV = input.string("US30,USTEC,IT40", "Boost symbols (CSV, exact normalized names)", group=grp_pc)
BoostMode = input.string("DynamicBySL", "Boost Mode", options=["Fixed","DynamicBySL"], group=grp_pc)
FixedBoostRisk = input.float(3.0, "Fixed Boost Risk %", step=0.1, group=grp_pc)
SL_Threshold1 = input.int(3000, "SL threshold 1 (pips)", group=grp_pc)
SL_Threshold2 = input.int(8000, "SL threshold 2 (pips)", group=grp_pc)
SL_Threshold3 = input.int(15000, "SL threshold 3 (pips)", group=grp_pc)
Risk1 = input.float(2.0, "Risk when SL >= T1 (%)", step=0.1, group=grp_pc)
Risk2 = input.float(3.0, "Risk when SL >= T2 (%)", step=0.1, group=grp_pc)
Risk3 = input.float(5.0, "Risk when SL >= T3 (%)", step=0.1, group=grp_pc)
MaxBoostRisk = input.float(8.0, "Max Boost Risk cap (%)", step=0.1, group=grp_pc)
RiskMapCSV = input.string("", "Risk Map (SYM:Risk,...)", group=grp_pc)
EnableForceFixedLots = input.bool(false, "Force fixed 1 lot for Boost symbols (override risk)", group=grp_pc)
ShowRiskDebug = input.bool(false, "Show Risk Debug Label", group=grp_pc)

// --- Instant Test Settings ---
grp_test = "🧪 立即测试"
EnableInstantTest = input.bool(false, "启用立即测试", group=grp_test)
TestRiskValue     = input.float(10.0, "测试风险值", minval=1.0, maxval=100.0, group=grp_test)

// --- Risk Settings ---
RiskValue         = input.float(10.0, "交易风险值", minval=1.0, maxval=100.0, group=grp_risk)

BaseQty         = input.float(1.0, "基础下单数量", group=grp_strat)
CooldownBars    = input.int(6, "马丁爆仓后强制休息K线数", group=grp_strat)
BreakoutInvalid = input.float(30.0, "挂单期强突失效阈值(%)", group=grp_strat) / 100.0
MaxWaitBars     = input.int(50, "挂单超时撤单K线数", group=grp_strat)

// 🔥【USTEC温和优化】风险管理参数
EnableATRStopLoss     = input.bool(true, "启用ATR动态止损", group=grp_risk)
ATR_Period            = input.int(14, "ATR周期", minval=5, maxval=50, group=grp_risk)
ATR_SL_Mult           = input.float(2.0, "ATR止损倍数", minval=0.5, maxval=4.0, step=0.1, group=grp_risk)
UseSmartEntry         = input.bool(true, "智能入场过滤", group=grp_risk)
MinVolumeRatio        = input.float(0.8, "最小成交量倍数", minval=0.1, maxval=3.0, step=0.1, group=grp_risk)
MaxBoxAgeBars         = input.int(30, "最大箱体年龄(K线数)", minval=5, maxval=200, group=grp_risk)
EnableOptimizedMartin = input.bool(true, "优化马丁格尔", group=grp_risk)
MartinMax             = input.int(2, "马丁最大次数", minval=1, maxval=5, group=grp_risk)  // 减少到2次
MartinMult            = input.float(1.4, "马丁倍数", minval=1.0, maxval=2.0, step=0.1, group=grp_risk)  // 从1.5降到1.4
EnableBoxHeightFilter = input.bool(true, "启用箱体高度过滤", group=grp_risk)
BoxHeightMultLimit    = input.float(3.0, "箱体高度倍数限制", minval=1.0, step=0.5, group=grp_risk, tooltip="箱体高度必须小于之前10根K线平均高度的N倍")
BoxHeightLookback     = input.int(10, "高度过滤回溯K线数", minval=3, maxval=50, group=grp_risk)

grp_trail = "💰 移动止损"
TrailStartRatio = input.float(65.0, "启动盈利阈值(%箱体)", group=grp_trail) / 100.0
TrailStepRatio  = input.float(32.0, "移动步长(%箱体)", group=grp_trail) / 100.0
TrailOffsetRatio= input.float(32.0, "回撤止损位(%箱体)", group=grp_trail) / 100.0

grp_time = "⏰ 交易时间限制 (00:00-00:00代表无限制)"
// 🔥【修改点】默认时间改为 00:00 - 00:00 (24/7)
StratStartHour  = input.int(7, "开始小时 (首次挂单)", group=grp_time)
StratStartMin   = input.int(00, "开始分钟 (首次挂单)", group=grp_time)
StratEndHour    = input.int(15, "结束小时 (首次挂单)", group=grp_time)
StratEndMin     = input.int(00, "结束分钟 (首次挂单)", group=grp_time)

// ══════════════════════════════════════════════════════════════════════════════
// 2. 指标视觉参数
// ══════════════════════════════════════════════════════════════════════════════

grp_main = "🚀 能量块核心策略 (视觉)"
MinDisplayScore = input.float(20, "【统一】合格评分阈值", group=grp_main) 
TriggerMinBars  = input.int(1,   "最小K线数量限制", group=grp_main) 

// 内部固定参数
DarvasMode      = 3
PivotStrength   = 2
MinBars         = 5
IdealBarsMin    = 5
IdealBarsMax    = 120
ReevalBars      = 3
MinAspect       = 2.5
AspectTarget    = 4.5
MaxBoxATR       = 2.0
MaxBoxATRHard   = 2.5
ScoreVarMax     = 300.0
SpikeThreshold  = 0.35
MaxSpikeRatio   = 0.25
w_flatness      = 0.25
w_independence  = 0.20
w_smoothness    = 0.12
w_space         = 0.13
w_volume        = 0.12
w_time          = 0.10
w_micro         = 0.08
BoxWidth        = 2
ColorBreakUp    = #1E90FF
ColorBreakDn    = #FF6347
ShowDebugLabels = false

// ══════════════════════════════════════════════════════════════════════════════
// 3. 全局变量
// ══════════════════════════════════════════════════════════════════════════════

var int    stratState = 0 
var float  lockBoxTop = 0.0     
var float  lockBoxBtm = 0.0     
var float  lockBoxH   = 0.0     
var int    lockBoxStartBar = 0 
var int    lockBoxEndBar = 0
var int    lockBoxTime = 0

var box    lockedBoxObj = na    
var label  lockedLabelObj = na  

var array<box>   historyBoxes  = array.new_box()
var array<label> historyLabels = array.new_label()

var int    martinCount = 0      
var bool   isRecovery = false   
var int    lastDir = 0          
var int    martinDir = 0        
var float  trailHighPrice = 0.0 
var float  dynamicSL = 0.0      
var int    waitBarCount = 0     
var float  tradeQty = 0.0 
var float  pcQty = 0.0

// 强制冷却变量
var int    nextTradeBar = 0

// 🔥【新增】平仓信号追踪变量（防止兜底重复发送）
var bool   closeSignalSent = false  // 本根K线是否已通过 strategy.exit() 发送平仓信号

// 🔥【新增】Instant Test 变量
var bool   instantTestTriggered = false  // 是否已触发立即测试
var bool   prevEnableInstantTest = false // 上一次EnableInstantTest状态，用于边沿检测

// 🔥【USTEC温和优化】ATR止损变量
var float  atrStopLoss = 0.0
var bool   boxValidForEntry = false 

// --- 核心指标变量 ---
var bool   box_valid = false    
var int    box_bars = 0         
var float  box_width = 0.0
var int    box_touchesTop = 0
var int    box_touchesBottom = 0
var int    box_startBar = 0
var int    box_endBar = 0 
var float  box_top = na
var float  box_bottom = na
var float  box_height = 0.0
var float  box_topR2 = 0.0
var float  box_bottomR2 = 0.0
var float  box_spikeRatio = 0.0

// 评分细项变量
var float  qual_flatness = 0.0
var float  qual_independence = 0.0
var float  qual_smoothness = 0.0
var float  qual_space = 0.0
var float  qual_volume = 0.0
var float  qual_time = 0.0
var float  qual_micro = 0.0
var float  qual_totalScore = 0.0

color baseColor = color.gray

// --- 指标状态机变量 ---
var int    startState_v = 0
var int    confirmState_v = 0
var float  boxTop_v = na
var float  boxBottom_v = na
var int    boxStartTime = 0 
var int    lastBoxLeftBar = -1
var int    lastBoxRightBar = -1

// --- 绘图对象变量 ---
var box    currentBoxObj = na
var label  currentScoreLabel = na
var bool   isTriggeredBox = false 
// --- 评分历史 ---
var array<float> scoreHistory = array.new_float(3, 50.0)
var array<box>   indicatorBoxes  = array.new_box()
var array<label> indicatorLabels = array.new_label()

f_getNumStr(int count) =>
    int n = count + 1
    string s = ""
    if n == 1
        s := "①"
    else if n == 2
        s := "②"
    else if n == 3
        s := "③"
    else if n == 4
        s := "④"
    else
        s := str.tostring(n)
    s

// --- PineConnector Helper ---
// 🔥【增强】Symbol 映射查找函数（支持多对TV:MT4映射）
f_getMappedSymbol(string inputSymbol) =>
    if PC_SymbolMap == ""
        inputSymbol
    else
        // 解析映射表：格式 "TV1:MT41,TV2:MT42,..."
        string result = inputSymbol
        string mapStr = PC_SymbolMap

        // 使用split/array正确解析映射表
        string[] mappings = str.split(mapStr, ",")
        for i = 0 to array.size(mappings) - 1
            string mapping = array.get(mappings, i)
            string[] parts = str.split(mapping, ":")
            if array.size(parts) == 2
                string tvSymbol = array.get(parts, 0)
                string mt4Symbol = array.get(parts, 1)
                if tvSymbol == inputSymbol
                    result := mt4Symbol
                    break

        result

// 🔥【增强】Symbol 净化函数（优先级：Override → Map → 通用净化）
f_normalizeSymbol(string rawSymbol) =>
    string result = rawSymbol

    // 0. Override检查：如果PC_Sym不为空，直接使用（最高优先级）
    if PC_Sym != ""
        result := PC_Sym

    // 1. 映射表匹配（第二优先级）
    result := f_getMappedSymbol(result)

    // 2. 冒号规则：若存在 ":"，必须取substring后部分（真正的substring，不是删除字符）
    int colonPos = str.pos(result, ":")
    if colonPos >= 0
        // 从冒号后开始截取子字符串
        result := str.substring(result, colonPos + 1)

    // 3. 分隔符规则：遇到常见分隔符，移除它们和后面的内容（用str.substring实现）
    string[] separators = array.new_string(5, "")
    array.set(separators, 0, ".")
    array.set(separators, 1, "-")
    array.set(separators, 2, "/")
    array.set(separators, 3, "_")
    array.set(separators, 4, " ")

    for i = 0 to array.size(separators) - 1
        string sep = array.get(separators, i)
        int sepPos = str.pos(result, sep)
        if sepPos >= 0
            result := str.substring(result, 0, sepPos)

    result

// 🔥【双保险机制】彻底解决4051错误（lots=0）
// 🔥【新增】智能识别是否为股指（IC Markets等经纪商股指最小1手）
f_isIndexSymbol() =>
    string t = syminfo.ticker
    // 包含常见股指关键词：US30, US500, USTEC, NAS100, DE30, DE40, JP225
    bool isIndex = str.contains(t, "US30") or str.contains(t, "US500") or str.contains(t, "USTEC") or str.contains(t, "NAS100") or str.contains(t, "DE30") or str.contains(t, "DE40") or str.contains(t, "JP225")
    isIndex

// 🔥【统一】所有品种使用同一个 PineConnector ID
// 配合 MT5 端 Volume Type = % of Equity, Loss 模式
f_getPcIdBySymbol(string normSym) =>
    "8567766974677"  // 所有品种统一使用此 ID

// ====== Boost helpers: parsing + risk decision ======
f_isBoostSymbol(string normSym) =>
    if BoostSymbolsCSV == ""
        false
    else
        string[] arr = str.split(BoostSymbolsCSV, ",")
        bool found = false
        for i = 0 to array.size(arr) - 1
            string s = array.get(arr, i)
            // trim possible spaces
            if str.trim(s) == normSym
                found := true
                break
        found

// 从 RiskMapCSV 读取单个符号的覆盖 risk（如果存在）
f_getRiskFromMap(string normSym) =>
    // 返回 float（找不到时为 na）
    float res = na
    if RiskMapCSV != ""
        string[] maps = str.split(RiskMapCSV, ",")
        for i = 0 to array.size(maps) - 1
            string mp = array.get(maps, i)
            string[] parts = str.split(mp, ":")
            if array.size(parts) == 2
                string key = str.trim(array.get(parts, 0))
                string val = str.trim(array.get(parts, 1))
                if key == normSym
                    res := str.tonumber(val)
                    break
    res

// 根据规范名和 sl_pips 决定最终 risk（%）
f_getRiskForSymbol(string normSym, int slPips) =>
    // 优先 RiskMapCSV
    float mapVal = f_getRiskFromMap(normSym)
    if not na(mapVal)
        // 限幅
        math.min(mapVal, MaxBoostRisk)
    else
        if f_isBoostSymbol(normSym)
            if BoostMode == "Fixed"
                math.min(FixedBoostRisk, MaxBoostRisk)
            else
                float r = BaseRisk
                if slPips >= SL_Threshold3
                    r := Risk3
                else if slPips >= SL_Threshold2
                    r := Risk2
                else if slPips >= SL_Threshold1
                    r := Risk1
                math.min(r, MaxBoostRisk)
        else
            BaseRisk

// 🔥【新增】计算止损距离的pips数（配合EA VolumeType % of Balance, Loss模式）
f_calculateSLPips(float entryPrice, float slPrice, bool isLong) =>
    // 使用PC_PipMult参数计算pip大小
    float pipSize = syminfo.mintick * PC_PipMult

    // 计算止损距离（绝对值）
    float slDistance = math.abs(entryPrice - slPrice)

    // 转换为pips（向下取整，确保不小于1 pip）
    int slPips = math.max(1, math.round(slDistance / pipSize))

    slPips

// 🔥【核心修改】统一 PineConnector 消息生成（所有品种开仓必须带 sl=）
// XAUUSD / US500 → ID = 85677669746771（%Equity Loss 模式）
// USTEC / IT40 → ID = 8567766974677（也使用 %Equity Loss 模式，需要 sl=）
// 其他品种 → 使用默认 PC_Id
f_getPcMsg(string type, float lots, float entryPrice = na, float slPrice = na) =>
    if not EnablePC
        ""
    else if PC_RealtimeOnly and not barstate.isrealtime
        ""
    else
        string msg = ""
        string rawSym = PC_Sym == "" ? (PC_Prefix + syminfo.ticker + PC_Suffix) : PC_Sym
        string sym = f_normalizeSymbol(rawSym)

        // 🔥【核心修改】根据 symbol 自动分配 PC_Id
        string currentPcId = f_getPcIdBySymbol(sym)

        // 🔥【新增】统一magic参数，可选启用确保开仓平仓使用同一magic管理链路
        string magicParam = PC_EnableMagic ? ",magic=76" : ""

        // 🔥【统一sl输出】所有品种开仓都必须带 sl=<pips>，用于 MT5 计算 1% 风险手数
        // risk=1 统一表示 1% 风险（不是 1 手），MT5 端使用 Volume Type = % of Equity, Loss
        string riskParam = ",risk=1"
        string slParam = ""

        // 🔥【关键修复】只要是开仓（buy/sell），必须计算并附带 sl=<pips>
        if (type == "buy" or type == "sell") and not na(entryPrice) and not na(slPrice) and slPrice > 0
            int slPips = f_calculateSLPips(entryPrice, slPrice, type == "buy")
            slParam := ",sl=" + str.tostring(slPips)

        if type == "buy"
            msg := currentPcId + ",buy," + sym + riskParam + slParam + magicParam
        else if type == "sell"
            msg := currentPcId + ",sell," + sym + riskParam + slParam + magicParam
        else if type == "closelong"
            msg := currentPcId + ",closelong," + sym + magicParam
        else if type == "closeshort"
            msg := currentPcId + ",closeshort," + sym + magicParam

        msg

// 🔥【核心修改】统一 PineConnector 测试消息生成（所有品种测试信号都带 sl=200）
// XAUUSD / US500 → ID = 85677669746771（%Equity Loss 模式）
// USTEC / IT40 → ID = 8567766974677（也使用 %Equity Loss 模式，需要 sl=）
// 其他品种 → 使用默认 PC_Id
f_getTestPcMsg(string type) =>
    if not EnablePC
        ""
    else if PC_RealtimeOnly and not barstate.isrealtime
        ""
    else
        string msg = ""
        string rawSym = PC_Sym == "" ? (PC_Prefix + syminfo.ticker + PC_Suffix) : PC_Sym
        string sym = f_normalizeSymbol(rawSym)

        // 🔥【核心修改】根据 symbol 自动分配 PC_Id
        string currentPcId = f_getPcIdBySymbol(sym)

        // 🔥【新增】测试消息也使用统一magic参数（可选）
        string magicParam = PC_EnableMagic ? ",magic=76" : ""

        // 🔥【统一sl输出】所有品种测试消息都带 sl=200，验证完整链路
        // risk=1 统一表示 1% 风险，MT5 端使用 Volume Type = % of Equity, Loss
        string riskParam = ",risk=1"
        string slParam = (type == "buy" or type == "sell") ? ",sl=200" : ""

        if type == "buy"
            msg := currentPcId + ",buy," + sym + riskParam + slParam + magicParam
        else if type == "sell"
            msg := currentPcId + ",sell," + sym + riskParam + slParam + magicParam
        else if type == "closelong"
            msg := currentPcId + ",closelong," + sym + magicParam
        else if type == "closeshort"
            msg := currentPcId + ",closeshort," + sym + magicParam

        msg

// 🔥【USTEC温和优化】ATR止损和智能过滤函数
f_calculateATRStopLoss(float entryPrice, float boxTop, float boxBottom, bool isLong) =>
    float atr = ta.atr(ATR_Period)
    float boxHeight = math.abs(boxTop - boxBottom)
    float atrSL = atr * ATR_SL_Mult
    // 使用较大的止损距离：箱体高度或ATR止损的较大值
    float slDistance = math.max(boxHeight, atrSL)
    isLong ? entryPrice - slDistance : entryPrice + slDistance

f_isSmartEntryValid(float boxTop, float boxBottom) =>
    if not UseSmartEntry
        true
    else
        // 成交量过滤：当前成交量需大于平均成交量的MinVolumeRatio倍
        float avgVolume = ta.sma(volume, 20)
        bool volumeOK = volume >= avgVolume * MinVolumeRatio

        // 箱体年龄过滤：箱体不能太老
        bool ageOK = box_bars <= MaxBoxAgeBars

        // 波动率过滤：ATR不能太高（避免高波动期）
        float atr = ta.atr(14)
        float avgPrice = (boxTop + boxBottom) / 2.0
        bool volatilityOK = atr <= avgPrice * 0.02  // ATR不超过价格的2%

        volumeOK and ageOK and volatilityOK

// 🔥【新增】箱体高度过滤函数：检查箱体高度是否小于之前N根K线平均高度的M倍
f_isBoxHeightValid(float boxHeight, int lookbackBars, float multiplierLimit) =>
    if not EnableBoxHeightFilter
        true  // 如果禁用过滤，直接返回true
    else
        // 计算箱体之前N根K线的平均高度（每根K线的高度 = high - low）
        float totalKlineHeight = 0.0
        int validBars = 0
        // 从箱体结束位置往前取lookbackBars根K线（不包括箱体内的K线）
        int startOffset = box_bars  // 从箱体外开始
        for i = 0 to lookbackBars - 1
            int idx = startOffset + i
            if idx < bar_index and idx >= 0
                float klineHeight = high[idx] - low[idx]
                totalKlineHeight += klineHeight
                validBars += 1
        
        if validBars == 0
            true  // 如果没有有效数据，默认通过
        else
            float avgKlineHeight = totalKlineHeight / float(validBars)
            float maxAllowedBoxHeight = avgKlineHeight * multiplierLimit
            // 箱体高度必须小于限制值
            boxHeight < maxAllowedBoxHeight

Length = PivotStrength + 2

f_darvasPivot(bool isHigh) =>
    float result = na
    if isHigh
        float maxVal = high[PivotStrength]
        bool isMax = true
        for i = 0 to Length - 1
            if high[i] > maxVal
                isMax := false
                break
        if isMax
            result := high[PivotStrength]
    else
        float minVal = low[PivotStrength]
        bool isMin = true
        for i = 0 to Length - 1
            if low[i] < minVal
                isMin := false
                break
        if isMin
            result := low[PivotStrength]
    result

f_getHiPrice() => DarvasMode == 0 or DarvasMode == 2 or DarvasMode == 4 ? high : close
f_getLoPrice() => DarvasMode == 0 or DarvasMode == 2 or DarvasMode == 4 ? low : close

f_calculateR2(bool isHigh, int startIdx, int count) =>
    float r2 = 0.5
    if count > 1
        float sumX = 0.0, sumY = 0.0, sumXY = 0.0, sumX2 = 0.0, sumY2 = 0.0
        int actualCount = 0
        for i = 0 to count - 1
            int idx = startIdx + i
            if idx < bar_index and idx >= 0
                float x = float(i)
                float y = isHigh ? high[idx] : low[idx]
                sumX += x
                sumY += y
                sumXY += x * y
                sumX2 += x * x
                sumY2 += y * y
                actualCount += 1
        if actualCount > 2
            float n = float(actualCount)
            float denom = math.sqrt((n * sumX2 - sumX * sumX) * (n * sumY2 - sumY * sumY))
            if denom > 0.0001
                float r = (n * sumXY - sumX * sumY) / denom
                r2 := r * r
    r2

global_atr = ta.atr(14)

f_scoreFlatness(float aspectRatio, float heightATR) =>
    float score = 0.0
    if aspectRatio >= AspectTarget
        score += 60
    else if aspectRatio >= MinAspect
        float ratio1 = (aspectRatio - MinAspect) / (AspectTarget - MinAspect)
        score += 35 + ratio1 * 25
    else if aspectRatio >= MinAspect * 0.7
        float ratio2 = aspectRatio / MinAspect
        score += ratio2 * 25
    else
        score += 10
    float tightTarget = 1.2
    if heightATR <= tightTarget
        score += 40
    else if heightATR <= MaxBoxATR
        float hRatio1 = 1.0 - (heightATR - tightTarget) / (MaxBoxATR - tightTarget)
        score += 20 + hRatio1 * 20
    else if heightATR <= MaxBoxATRHard
        float hRatio2 = 1.0 - (heightATR - MaxBoxATR) / (MaxBoxATRHard - MaxBoxATR)
        score += hRatio2 * 20
    if heightATR > 2.0
        score *= 0.75
    math.min(100.0, score)

f_scoreIndependence() =>
    float score = 100.0
    if box_touchesTop < 2 or box_touchesTop > 8
        score -= 15
    if box_touchesBottom < 2 or box_touchesBottom > 8
        score -= 15
    int lookBack = 10
    int overlapCount = 0
    float buffer = nz(box_height, 1) * 0.3
    for k = 0 to lookBack - 1
        int idx = box_startBar + 1 + k
        if idx < bar_index and idx >= 0
            float midPrice = (high[idx] + low[idx]) / 2.0
            float barRange = high[idx] - low[idx]
            bool priceOverlap = midPrice < (box_top + buffer) and midPrice > (box_bottom - buffer)
            bool isFlat = barRange < box_height * 1.2
            if priceOverlap and isFlat
                overlapCount += 1
    if overlapCount > 6
        score -= 40
    else if overlapCount > 4
        score -= 25
    else if overlapCount > 2
        score -= 10
    else
        score += 15
    math.max(0.0, math.min(100.0, score))

f_scoreSmoothness() =>
    float avgR2 = (box_topR2 + box_bottomR2) / 2.0
    float score = 0.0
    if avgR2 >= 0.5
        score := 80 + (avgR2 - 0.5) * 40
    else if avgR2 >= 0.2
        score := 40 + (avgR2 - 0.2) * 133.33
    else
        score := avgR2 * 400
    score -= box_spikeRatio * 30
    math.max(0.0, math.min(100.0, score))

f_scoreSpace(float atr) =>
    float safeHeight = nz(box_height, atr)
    if safeHeight <= 0
        safeHeight := atr
    float expectedMove = 3 * atr
    float ratio = expectedMove / safeHeight
    float score = 0.0
    if ratio >= 3
        score := 100
    else if ratio >= 2
        score := 70 + (ratio - 2) * 30
    else if ratio >= 1
        score := 30 + (ratio - 1) * 40
    else
        score := ratio * 30
    score

f_scoreVolume() =>
    float totalVol = 0.0
    int count = 0
    for i = box_endBar to box_startBar
        if i >= 0 and i < bar_index
            totalVol += volume[i]
            count += 1
    if count == 0
        50.0
    else
        float avgVol = totalVol / count
        float ratio = volume / avgVol
        if ratio >= 1.5
            100.0
        else if ratio >= 1.0
            50 + (ratio - 1.0) / 0.5 * 50
        else
            ratio * 50

f_scoreTime() =>
    if box_bars >= IdealBarsMin and box_bars <= IdealBarsMax
        100.0
    else if box_bars < IdealBarsMin
        float(box_bars) / float(IdealBarsMin) * 70
    else
        math.max(30.0, 100 - (box_bars - IdealBarsMax) / 2)

f_scoreMicro() =>
    float score = 70.0
    float effectiveSpikeRatio = box_spikeRatio
    if box_bars < 8
        effectiveSpikeRatio := box_spikeRatio * 0.5 
    if effectiveSpikeRatio > MaxSpikeRatio
        score -= (effectiveSpikeRatio - MaxSpikeRatio) * 100
    int touchDiff = math.abs(box_touchesTop - box_touchesBottom)
    score -= touchDiff * 5
    if box_bars <= 6 and (box_topR2 > 0.8 or box_bottomR2 > 0.8)
        score += 15
    math.max(0.0, math.min(100.0, score))

// 🔥【修改点】更新后的时间检查函数
// 只有Start和End全为0时才完全无限制
f_inTime() =>
    if StratStartHour == 0 and StratStartMin == 0 and StratEndHour == 0 and StratEndMin == 0
        true
    else
        int cur = hour * 60 + minute
        int st = StratStartHour * 60 + StratStartMin
        int ed = StratEndHour * 60 + StratEndMin
        st <= ed ? (cur >= st and cur < ed) : (cur >= st or cur < ed)

f_isValidBox(float topVal, float bottomVal) =>
    bool valid = not na(topVal) and not na(bottomVal)
    if valid
        valid := topVal > bottomVal
        valid := valid and topVal > 0 and bottomVal > 0
        float height = topVal - bottomVal
        valid := valid and height >= syminfo.mintick * 5
    valid

// ══════════════════════════════════════════════════════════════════════════════
// 🔥【新增】Instant Test 逻辑实现（零延迟测试）
// ══════════════════════════════════════════════════════════════════════════════
// 设计理念：
// 1. 真实交易：通过 strategy.entry/exit 的 alert_message 实现，订单成交即触发，无延迟
// 2. 测试信号：通过 alert() 直接推送，不依赖订单成交，100%可靠
// 3. 测试目标：验证 TV→webhook→EA 链路，不模拟持仓时间

// 🔥【边沿检测】只有从false变为true时才触发测试
bool instantTestEdge = EnableInstantTest and not prevEnableInstantTest

if instantTestEdge and barstate.isrealtime
    // 🔥【零延迟链路自检】立即发送两条测试信号验证 TV→Webhook→MT4 完整链路
    // 特点：不依赖订单成交、零人为延迟、携带完整参数（LicenseID + Symbol + Lots + Risk）
    bool isBuy = math.random(0, 100) > 50
    string testEntryMsg = isBuy ? f_getTestPcMsg("buy") : f_getTestPcMsg("sell")
    string testCloseMsg = isBuy ? f_getTestPcMsg("closelong") : f_getTestPcMsg("closeshort")

    // 允许同一根bar连发两条消息（移除once_per_bar限制）
    alert(testEntryMsg)
    alert(testCloseMsg)

    instantTestTriggered := true  // 标记已触发

// 更新边沿检测状态
prevEnableInstantTest := EnableInstantTest

// 当测试开关关闭时，复位触发锁，允许下次重新触发
if not EnableInstantTest
    instantTestTriggered := false

// ══════════════════════════════════════════════════════════════════════════════
// 4. 【核心修复】 订单结束与状态维护
// ══════════════════════════════════════════════════════════════════════════════

bool justClosed = strategy.position_size == 0 and strategy.position_size[1] != 0

if justClosed and stratState != 0
    float tradePnL = strategy.closedtrades.profit(strategy.closedtrades - 1)
    string exitNote = strategy.closedtrades.exit_comment(strategy.closedtrades - 1)
    bool isTrailWin = str.contains(exitNote, "移动止盈")
    bool isWin = tradePnL >= 0 or isTrailWin

    if isWin
        stratState := 0
        isRecovery := false
        martinCount := 0

        strategy.cancel_all()
        if not na(lockedBoxObj)
            box.set_bgcolor(lockedBoxObj, color.new(color.gray, 90))
            box.set_border_color(lockedBoxObj, color.gray)
            if not na(lockedLabelObj)
                label.set_textcolor(lockedLabelObj, color.gray)
        lockedBoxObj := na
        lockedLabelObj := na

    else
        // 止损 - 直接继续马丁格尔逻辑（移除连续亏损冷却）
        float closePrice = close
        bool closedInside = (closePrice >= lockBoxBtm) and (closePrice <= lockBoxTop)

        martinCount += 1
        if martinCount >= MartinMax
            // 马丁用尽 -> 【强制冷却】休息N根K线
            stratState := 0
            isRecovery := false
            martinCount := 0

            // 🔥 设置下次允许交易的K线索引，期间不接任何单
            nextTradeBar := bar_index + CooldownBars

            strategy.cancel_all()
            if not na(lockedBoxObj)
                box.set_bgcolor(lockedBoxObj, color.new(color.gray, 90))
                box.set_border_color(lockedBoxObj, color.gray)
            lockedBoxObj := na
            lockedLabelObj := na
        else
            // 马丁未用尽
            if closedInside
                stratState := 1
                isRecovery := false
                waitBarCount := 0
                tradeQty := BaseQty * math.pow(MartinMult, martinCount)
                string numStr = f_getNumStr(martinCount)
                if lockBoxTop > 0 and lockBoxBtm > 0
                    pcQty := PC_Lots * math.pow(MartinMult, martinCount)
                    strategy.entry("Break_Long", strategy.long, stop=lockBoxTop, qty=tradeQty, alert_message=f_getPcMsg("buy", pcQty, lockBoxTop, lockBoxBtm), comment=numStr+"挂多(回)")
                    strategy.entry("Break_Short", strategy.short, stop=lockBoxBtm, qty=tradeQty, alert_message=f_getPcMsg("sell", pcQty, lockBoxBtm, lockBoxTop), comment=numStr+"挂空(回)")
                if not na(lockedBoxObj)
                    box.set_bgcolor(lockedBoxObj, color.new(color.green, 80))
                    box.set_border_color(lockedBoxObj, color.green)
                    if not na(lockedLabelObj)
                        label.set_textcolor(lockedLabelObj, color.green)
            else
                stratState := 2
                isRecovery := true
                tradeQty := BaseQty * math.pow(MartinMult, martinCount)
                pcQty := PC_Lots * math.pow(MartinMult, martinCount)
                string numStr = f_getNumStr(martinCount)
                if closePrice > lockBoxTop
                    martinDir := 1
                    strategy.entry("Martin_Long", strategy.long, qty=tradeQty, alert_message=f_getPcMsg("buy", pcQty, close, lockBoxBtm), comment=numStr+"⚡追多")
                else
                    martinDir := -1
                    strategy.entry("Martin_Short", strategy.short, qty=tradeQty, alert_message=f_getPcMsg("sell", pcQty, close, lockBoxTop), comment=numStr+"⚡追空")
                if not na(lockedBoxObj)
                    box.set_bgcolor(lockedBoxObj, color.new(color.red, 40))
                    box.set_border_color(lockedBoxObj, color.red)

// ══════════════════════════════════════════════════════════════════════════════
// 5. 指标计算 (Darvas / 评分)
// ══════════════════════════════════════════════════════════════════════════════

// --- 指标核心逻辑 ---
float upPivot = f_darvasPivot(true)
float loPivot = f_darvasPivot(false)
float hiPrice = f_getHiPrice()
float loPrice = f_getLoPrice()

bool boxBroken = false
if not na(box_top) and not na(box_bottom) and box_top > box_bottom
    if hiPrice > box_top or loPrice < box_bottom
        boxBroken := true

if boxBroken and startState_v != 0 and confirmState_v != 0
    if not na(currentBoxObj)
        color breakColor = hiPrice > box_top ? ColorBreakUp : ColorBreakDn
        box.set_border_color(currentBoxObj, breakColor)
        box.set_bgcolor(currentBoxObj, color.new(breakColor, 85))
        box.set_right(currentBoxObj, bar_index)
        array.push(indicatorBoxes, currentBoxObj)
        if not na(currentScoreLabel)
            array.push(indicatorLabels, currentScoreLabel)
        currentBoxObj := na
        currentScoreLabel := na
    
    if stratState == 0
        startState_v := 0
        confirmState_v := 0
        boxTop_v := na
        boxBottom_v := na
        box_top := na
        box_bottom := na
        box_height := 0.0
        box_valid := false
        isTriggeredBox := false
        lastBoxLeftBar := -1
        lastBoxRightBar := -1

if startState_v == 0
    if DarvasMode < 2 and not na(upPivot)
        boxTop_v := upPivot
        startState_v := 1
        boxStartTime := time[PivotStrength]
    else if DarvasMode >= 2 and (not na(upPivot) or not na(loPivot))
        if not na(upPivot) 
            boxTop_v := upPivot
            startState_v := 1 
        else 
            boxBottom_v := loPivot
            startState_v := -1 
        boxStartTime := time[PivotStrength]

if startState_v != 0 and confirmState_v == 0
    if startState_v > 0 and not na(loPivot) and time > boxStartTime 
        confirmState_v := 1
        boxBottom_v := loPivot 
    else if startState_v < 0 and not na(upPivot) and time > boxStartTime 
        confirmState_v := 1
        boxTop_v := upPivot 

if startState_v != 0 and confirmState_v != 0 and not na(boxTop_v) and not na(boxBottom_v)
    float tempTop = math.max(boxTop_v, boxBottom_v)
    float tempBottom = math.min(boxTop_v, boxBottom_v)
    boxTop_v := tempTop
    boxBottom_v := tempBottom
    
    if f_isValidBox(boxTop_v, boxBottom_v)
        box_top := boxTop_v
        box_bottom := boxBottom_v
        box_height := box_top - box_bottom
        box_valid := true
        
        if box_height > 0
            
            int bars = 0
            for k = 0 to IdealBarsMax - 1
                if bar_index - k >= 0
                    bool isCurrentBar = (k == 0)
                    bool isInside = high[k] <= box_top + box_height * 0.05 and low[k] >= box_bottom - box_height * 0.05
                    if isCurrentBar or isInside 
                        bars += 1 
                    else 
                        break 
            
            box_bars := math.max(MinBars, bars)
            box_width := float(box_bars)
            box_startBar := box_bars - 1
            box_endBar := 0 
            
            // 统计
            box_touchesTop := 0
            box_touchesBottom := 0
            int spikes = 0
            for idx = 0 to box_bars - 1
                if idx < 500 and idx >= 0
                    if math.abs(high[idx] - box_top) < box_height * 0.05 
                        box_touchesTop += 1 
                    if math.abs(low[idx] - box_bottom) < box_height * 0.05 
                        box_touchesBottom += 1 
                    if high[idx] > box_top + box_height * SpikeThreshold or low[idx] < box_bottom - box_height * SpikeThreshold 
                        spikes += 1 
            box_spikeRatio := float(spikes) / float(math.max(1, box_bars))
            
            // 评分
            box_topR2 := f_calculateR2(true, 0, box_bars)
            box_bottomR2 := f_calculateR2(false, 0, box_bars)
            float atr = nz(global_atr, box_height * 0.5)
            if atr <= 0 
                atr := box_height * 0.5 
            
            qual_flatness := f_scoreFlatness(box_width / box_height, box_height / atr)
            qual_independence := f_scoreIndependence()
            qual_smoothness := f_scoreSmoothness()
            qual_space := f_scoreSpace(atr)
            qual_volume := f_scoreVolume()
            qual_time := f_scoreTime()
            qual_micro := f_scoreMicro()
            
            qual_totalScore := qual_flatness * w_flatness + qual_independence * w_independence + qual_smoothness * w_smoothness + qual_space * w_space + qual_volume * w_volume + qual_time * w_time + qual_micro * w_micro
            
            if barstate.isconfirmed
                array.unshift(scoreHistory, qual_totalScore)
                if array.size(scoreHistory) > ReevalBars 
                    array.pop(scoreHistory) 
            
            // A. 视觉绘图逻辑 (指标层)
            // 🔥 【修改点】统一画图和交易的标准：Qual_totalScore >= MinDisplayScore
            // 🔥【新增】检查箱体高度是否满足限制条件
            bool boxHeightOK = f_isBoxHeightValid(box_height, BoxHeightLookback, BoxHeightMultLimit)
            bool isQualified = qual_totalScore >= MinDisplayScore and box_bars >= TriggerMinBars and boxHeightOK
            // 🔥 【同步点】加入 冷却 和 时间过滤 的判断，保证“画出来=能交易”
            bool inCooldownDraw = bar_index <= nextTradeBar
            // 🔥 在这里使用 f_inTime() 确保不在交易时间外的箱体不显示，不触发
            bool showIndicator = isQualified and box_valid and stratState == 0 and (not inCooldownDraw) and f_inTime()

            // 颜色逻辑
            color c_level1_gray   = color.gray      
            color c_level2_blue   = #87CEFA         
            color c_level3_gold   = #FFFF00        
            color c_level4_purple = #FF00FF         
            int   borderW   = 1
            
            if qual_totalScore >= 70
                baseColor := c_level4_purple
                borderW := 2
            else if qual_totalScore >= 60
                baseColor := c_level3_gold
                borderW := 3   
            else if qual_totalScore >= 50
                baseColor := c_level2_blue
                borderW := 1
            else
                baseColor := c_level1_gray
                borderW := 1
            
            int bgTransp = 80 // 统一透明度，只要显示就高亮

            int boxLeft = bar_index - box_bars + 1
            int boxRight = bar_index

            if showIndicator
                if na(currentBoxObj)
                    currentBoxObj := box.new(boxLeft, box_top, boxRight, box_bottom, 
                                             border_width=borderW, border_color=baseColor, 
                                             bgcolor=color.new(baseColor, bgTransp))
                    currentScoreLabel := label.new(boxRight, box_top, str.tostring(qual_totalScore, "#"), 
                                                   style=label.style_none, textcolor=baseColor)
                    
                    lastBoxLeftBar := boxLeft
                    lastBoxRightBar := boxRight
                    isTriggeredBox := false 
                else
                    box.set_left(currentBoxObj, boxLeft)
                    box.set_right(currentBoxObj, boxRight)
                    box.set_top(currentBoxObj, box_top)
                    box.set_bottom(currentBoxObj, box_bottom)
                    box.set_border_width(currentBoxObj, borderW)
                    box.set_border_color(currentBoxObj, baseColor)
                    box.set_bgcolor(currentBoxObj, color.new(baseColor, bgTransp))
                    
                    label.set_x(currentScoreLabel, boxRight)
                    label.set_y(currentScoreLabel, box_top)
                    label.set_text(currentScoreLabel, str.tostring(qual_totalScore, "#"))
                    label.set_textcolor(currentScoreLabel, baseColor)
                    
                    lastBoxLeftBar := boxLeft
                    lastBoxRightBar := boxRight
            
                // 不需要复杂的 trigger 检查了，因为显示即触发
                if not isTriggeredBox
                    isTriggeredBox := true
            else
                if not na(currentBoxObj)
                    array.push(indicatorBoxes, currentBoxObj)
                    if not na(currentScoreLabel)
                        array.push(indicatorLabels, currentScoreLabel)
                    currentBoxObj := na
                    currentScoreLabel := na
                isTriggeredBox := false

            // ══════════════════════════════════════════════════════════
            // 6. 策略开单逻辑 (在此处拦截)
            // ══════════════════════════════════════════════════════════
            
            // 预计算：每次计算时调用（满足linter一致性要求）
            float atrCalcLong = f_calculateATRStopLoss(close, box_top, box_bottom, true)
            float atrCalcShort = f_calculateATRStopLoss(close, box_top, box_bottom, false)
            bool smartEntryOK = f_isSmartEntryValid(box_top, box_bottom)

            // 状态 0: 寻找并锁定新箱体
            if stratState == 0 and strategy.position_size == 0
                // 🔥【温和优化】只检查基本冷却
                bool inCooldown = bar_index <= nextTradeBar

                if not inCooldown
                    // 🔥 【智能入场过滤】结合时间、质量和市场条件
                    if isQualified and box_valid and f_inTime() and smartEntryOK
                        stratState := 1
                        lockBoxTop := box_top
                        lockBoxBtm := box_bottom
                        lockBoxH   := box_height
                        lockBoxStartBar := boxLeft
                        lockBoxEndBar := boxRight
                        lockBoxTime := boxStartTime
                        martinCount := 0
                        isRecovery := false
                        waitBarCount := 0

                        lockedBoxObj := box.new(lockBoxStartBar, lockBoxTop, lockBoxEndBar, lockBoxBtm,
                                                border_width=3, border_color=color.green,
                                                bgcolor=color.new(color.green, 80))

                        lockedLabelObj := label.new(lockBoxStartBar, lockBoxTop, str.tostring(qual_totalScore, "#"),
                                               style=label.style_none, textcolor=color.green)

                        array.push(historyBoxes, lockedBoxObj)
                        array.push(historyLabels, lockedLabelObj)

                        // 🔥【ATR动态止损】设置ATR止损价格（使用预计算结果）
                        // 预计算在本条分支的上方以满足 linter 建议
                        atrStopLoss := EnableATRStopLoss ? atrCalcLong : lockBoxBtm

                        tradeQty := BaseQty
                        string numStr = f_getNumStr(martinCount)
                        // 🔥【修正】传递计算后的 pcQty
                        pcQty := PC_Lots
                        strategy.entry("Break_Long", strategy.long, stop=lockBoxTop, qty=tradeQty, alert_message=f_getPcMsg("buy", pcQty, lockBoxTop, lockBoxBtm), comment=numStr+"挂多")
                        strategy.entry("Break_Short", strategy.short, stop=lockBoxBtm, qty=tradeQty, alert_message=f_getPcMsg("sell", pcQty, lockBoxBtm, lockBoxTop), comment=numStr+"挂空")

            // 状态 1: 挂单等待
            // 🔥 注意：这里不再检查 f_inTime()，只要进入了状态1，就会持续到箱体失效或超时，无论时间是否超过18:00
            if stratState == 1
                if martinCount == 0
                    // 只要箱体失效或不可见，就撤
                    bool indicatorInvalid = (not isQualified) or (not box_valid)
                    bool paramsChanged = (math.abs(box_top - lockBoxTop) > syminfo.mintick) or (math.abs(box_bottom - lockBoxBtm) > syminfo.mintick)
                    
                    if indicatorInvalid
                        strategy.cancel_all()
                        stratState := 0
                        if not na(lockedBoxObj)
                            box.set_bgcolor(lockedBoxObj, color.new(color.gray, 90))
                            box.set_border_color(lockedBoxObj, color.gray)
                        lockedBoxObj := na 
                        lockedLabelObj := na
                    
                    else if paramsChanged and box_valid
                        lockBoxTop := box_top
                        lockBoxBtm := box_bottom
                        lockBoxH   := box_height
                        lockBoxTime := boxStartTime 
                        
                        strategy.cancel_all()
                        // 🔥【修正】马丁倍增后的 pcQty 应用于 alert_message
                        pcQty := PC_Lots * math.pow(MartinMult, martinCount)
                        strategy.entry("Break_Long", strategy.long, stop=lockBoxTop, qty=tradeQty, alert_message=f_getPcMsg("buy", pcQty, lockBoxTop, lockBoxBtm), comment="①修多")
                        strategy.entry("Break_Short", strategy.short, stop=lockBoxBtm, qty=tradeQty, alert_message=f_getPcMsg("sell", pcQty, lockBoxBtm, lockBoxTop), comment="①修空")
                        if not na(lockedBoxObj)
                            box.set_top(lockedBoxObj, lockBoxTop)
                            box.set_bottom(lockedBoxObj, lockBoxBtm)
                        if not na(lockedLabelObj)
                            label.set_y(lockedLabelObj, lockBoxTop)
                    else 
                        if not na(lockedBoxObj)
                            box.set_bgcolor(lockedBoxObj, color.new(color.green, 80)) 
                
                if not na(lockedBoxObj)
                    box.set_right(lockedBoxObj, bar_index)

                waitBarCount += 1
                if waitBarCount > MaxWaitBars
                    strategy.cancel_all()
                    stratState := 0
                    if not na(lockedBoxObj)
                        box.set_bgcolor(lockedBoxObj, color.new(color.gray, 90))
                        box.set_border_color(lockedBoxObj, color.gray)
                    if not na(lockedLabelObj)
                        label.set_textcolor(lockedLabelObj, color.gray)
                    lockedBoxObj := na
                    lockedLabelObj := na

            // 状态 2: 马丁恢复
            // 🔥 同样不检查 f_inTime()，一旦持仓，必须负责到底
            if stratState == 2 and isRecovery and strategy.position_size == 0
                // 🔥【温和优化】使用简单仓位计算逻辑
                tradeQty := BaseQty * math.pow(MartinMult, martinCount)
                pcQty := PC_Lots * math.pow(MartinMult, martinCount)
                string numStr = f_getNumStr(martinCount)

                if martinDir == 1
                    // 🔥【修正】使用计算后的 pcQty
                    strategy.entry("Martin_Long", strategy.long, qty=tradeQty, alert_message=f_getPcMsg("buy", pcQty, close, lockBoxBtm), comment=numStr+"⚡追多")
                else
                    // 🔥【修正】使用计算后的 pcQty
                    strategy.entry("Martin_Short", strategy.short, qty=tradeQty, alert_message=f_getPcMsg("sell", pcQty, close, lockBoxTop), comment=numStr+"⚡追空")

                if not na(lockedBoxObj)
                    box.set_bgcolor(lockedBoxObj, color.new(color.red, 40))
                    box.set_border_color(lockedBoxObj, color.red)
                    if not na(lockedLabelObj)
                        label.set_textcolor(lockedLabelObj, color.red)
    else
        box_valid := false
        if not na(currentBoxObj)
            box.delete(currentBoxObj)
            currentBoxObj := na
        if not na(currentScoreLabel)
            label.delete(currentScoreLabel)
            currentScoreLabel := na

// ══════════════════════════════════════════════════════════════════════════════
// 7. 强突破实时监控 (挂单期)
// ══════════════════════════════════════════════════════════════════════════════

if stratState == 1
    float hardLimitUp = lockBoxTop + lockBoxH * BreakoutInvalid
    float hardLimitDn = lockBoxBtm - lockBoxH * BreakoutInvalid
    bool isHardBreak = high > hardLimitUp or low < hardLimitDn
    
    if isHardBreak
        strategy.cancel_all()
        stratState := 0
        isRecovery := false
        martinCount := 0
        
        if not na(lockedBoxObj)
            box.set_bgcolor(lockedBoxObj, color.new(color.gray, 90))
            box.set_border_color(lockedBoxObj, color.gray)
            if not na(lockedLabelObj)
                label.set_textcolor(lockedLabelObj, color.gray)
        lockedBoxObj := na
        lockedLabelObj := na

// ══════════════════════════════════════════════════════════════════════════════
// 8. 持仓管理与移动止损
// ══════════════════════════════════════════════════════════════════════════════

if strategy.position_size != 0
    stratState := 2
    waitBarCount := 0 
    
    if not na(lockedBoxObj) and lockBoxTop > 0 and lockBoxBtm > 0
        box.set_right(lockedBoxObj, bar_index)
        box.set_bgcolor(lockedBoxObj, color.new(color.red, 40))
        box.set_border_color(lockedBoxObj, color.red)
    
    if strategy.position_size > 0 
        strategy.cancel("Break_Short")
        lastDir := 1 
    else 
        strategy.cancel("Break_Long")
        lastDir := -1 
    
    // 🔥【ATR止损】选择使用ATR止损还是传统箱体止损
    float slPrice = EnableATRStopLoss ? atrStopLoss : ((strategy.position_size > 0) ? lockBoxBtm : lockBoxTop)
        
    if strategy.position_size > 0 
        trailHighPrice := math.max(trailHighPrice, high) 
    else 
        trailHighPrice := math.min(trailHighPrice, low)
        if trailHighPrice == 0 
            trailHighPrice := low 
    
    float triggerDist = lockBoxH * TrailStartRatio
    float stepDist    = lockBoxH * TrailStepRatio
    float offsetDist  = lockBoxH * TrailOffsetRatio
    float calcTrailSL = na
    
    if strategy.position_size > 0
        float profitH = trailHighPrice - strategy.position_avg_price
        if profitH >= triggerDist
            int jumps = math.floor((profitH - triggerDist) / stepDist) 
            float slOffset = (TrailOffsetRatio * lockBoxH) + (jumps * stepDist)
            calcTrailSL := strategy.position_avg_price + slOffset
    else
        float profitH = strategy.position_avg_price - trailHighPrice
        if profitH >= triggerDist
            int jumps = math.floor((profitH - triggerDist) / stepDist)
            float slOffset = (TrailOffsetRatio * lockBoxH) + (jumps * stepDist)
            calcTrailSL := strategy.position_avg_price - slOffset

    float finalSL = slPrice
    if not na(calcTrailSL)
        if strategy.position_size > 0
            finalSL := math.max(slPrice, calcTrailSL)
        else
            finalSL := math.min(slPrice, calcTrailSL)
    dynamicSL := finalSL
    
    if finalSL > 0
        string lossComment = "❌止损"
        if strategy.position_size > 0
            if finalSL > strategy.position_avg_price
                lossComment := "✅移动止盈"
        else
            if finalSL < strategy.position_avg_price
                lossComment := "✅移动止盈"

        strategy.exit("Exit_Long", "Break_Long", stop=finalSL, alert_message=f_getPcMsg("closelong", 0), comment_loss=lossComment, comment_profit="✅移动止盈")
        strategy.exit("Exit_Long_M", "Martin_Long", stop=finalSL, alert_message=f_getPcMsg("closelong", 0), comment_loss=lossComment, comment_profit="✅移动止盈")
        strategy.exit("Exit_Short", "Break_Short", stop=finalSL, alert_message=f_getPcMsg("closeshort", 0), comment_loss=lossComment, comment_profit="✅移动止盈")
        strategy.exit("Exit_Short_M", "Martin_Short", stop=finalSL, alert_message=f_getPcMsg("closeshort", 0), comment_loss=lossComment, comment_profit="✅移动止盈")
        
        // 🔥【标记】正常平仓信号已通过 strategy.exit() 发送，阻止兜底重复发送
        closeSignalSent := true

else
    trailHighPrice := 0.0
    dynamicSL := 0.0

// ══════════════════════════════════════════════════════════════════════════════
// 9. 数组管理与调试
// ══════════════════════════════════════════════════════════════════════════════

if array.size(historyBoxes) > 495
    box oldB = array.shift(historyBoxes)
    if not na(oldB)
        box.delete(oldB)
    label oldL = array.shift(historyLabels)
    if not na(oldL)
        label.delete(oldL)

if array.size(indicatorBoxes) > 495
    box oldIB = array.shift(indicatorBoxes)
    if not na(oldIB)
        box.delete(oldIB)
    if array.size(indicatorLabels) > 0
        label oldIL = array.shift(indicatorLabels)
        if not na(oldIL)
            label.delete(oldIL)

if ShowDebugLabels and barstate.islast
    string statusText = "空闲"
    if stratState == 1
        statusText := "挂单中"
    else if stratState == 2
        statusText := "持仓/追单"
    else if bar_index <= nextTradeBar
        statusText := "🥶冷却中 (剩 " + str.tostring(nextTradeBar - bar_index) + " K)"
    else if not f_inTime()
        statusText := "💤非交易时间"
    
    string t = "══ HQBox [v18.26 温和优化版] ══\n"
    t += "状态: " + statusText + "\n"
    t += "ATR止损: " + (EnableATRStopLoss ? "开启" : "关闭") + "\n"
    t += "立即测试: " + (EnableInstantTest ? (instantTestTriggered ? "已触发" : "等待边沿") : "关闭") + "\n"
    string currentSym = PC_Sym == "" ? (PC_Prefix + syminfo.ticker + PC_Suffix) : PC_Sym
    string normalizedSym = f_normalizeSymbol(currentSym)
    t += "Symbol: " + currentSym + " → " + normalizedSym + "\n"
    t += "上单盈亏: " + (justClosed ? str.tostring(strategy.closedtrades.profit(strategy.closedtrades - 1)) : "-") + "\n"
    
    var label dbg = label.new(bar_index, high, t, style=label.style_label_left, textcolor=color.white, color=color.new(#1a1a2e, 10), size=size.normal)
    if high > 0
        label.set_x(dbg, bar_index + 5)
        label.set_y(dbg, high)
        label.set_text(dbg, t)

// ══════════════════════════════════════════════════════════════════════════════
// 10. 平仓兜底通知机制 (Close Position Backup)
// ══════════════════════════════════════════════════════════════════════════════
// 作用：当 strategy.position_size 归零时，强制发送 close 信号，防止漏单
// 逻辑：检测边沿 (Pre != 0 and Curr == 0) -> 判断方向 -> 发送 alert
// 🔥【关键修复】只有当 closeSignalSent == false 时才发送兜底信号，避免重复

if strategy.position_size == 0 and strategy.position_size[1] != 0
    // 🔥【防重复】只有正常信号未发送时才触发兜底
    if not closeSignalSent
        string backupMsg = ""
        // 上一根是多单 -> 发送 closelong
        if strategy.position_size[1] > 0
            backupMsg := f_getPcMsg("closelong", 0)
        // 上一根是空单 -> 发送 closeshort
        else if strategy.position_size[1] < 0
            backupMsg := f_getPcMsg("closeshort", 0)
            
        if backupMsg != ""
            alert(backupMsg, alert.freq_once_per_bar_close)
    
    // 🔥【重置】仓位归零后重置标志，为下一次交易做准备
    closeSignalSent := false