这个面板给你什么
结构面板是 Nightwatch 的”当前状态快照”——展示此刻市场在哪些行权价上积聚了最大的 Gamma 压力，每个关键节点在哪里，整体环境是偏稳定还是偏动量。0DTE 数据每 10 秒更新一次，1DTE 和 Weekly 每 30 秒更新一次。顶部统计卡片
第一行（所有分组）
| 指标 | 读法 | 交易含义 |
|---|---|---|
| King | 当前最强节点行权价 | 当日最重要的磁吸/阻力价位，是优先级最高的结构参考 |
| Major Positive | 正 GEX 方向最强节点 | 当日上方结构核心节点，突破此位多方结构显著改变 |
| Major Negative | 负 GEX 方向最强节点 | 当日下方结构核心节点，跌破此位空方结构显著改变 |
| Total GEX | 全部行权价 GEX 净合计 | 正值 = 整体稳定偏好；负值 = 整体动量偏好 |
第二行（0DTE 和 1DTE 分组）
| 指标 | 读法 | 交易含义 |
|---|---|---|
| Call Wall | Call 持仓最集中行权价 | 上方天然阻力 |
| Put Wall | Put 持仓最集中行权价 | 下方天然支撑 |
| Active Call | 当日到期合约中 Call 成交最活跃的行权价 | 多方博弈最热点，代表当日买权资金的主战场 |
| Active Put | 当日到期合约中 Put 成交最活跃的行权价 | 空方博弈最热点，代表当日卖权资金的主战场 |
| Max Change 1 Min | 最近 1 分钟 GEX 变化最大的行权价 | 突破可能正在发生的位置，极短线参考 |
| Max Change 5 Min | 最近 5 分钟 GEX 变化最大的行权价 | 比 1 分钟更稳定的热点区域 |
Wall 和 Active 经常指向不同的行权价——Wall 来自所有到期日的累积持仓，Active 来自当日到期合约的实时成交。两者不一致时，说明存量持仓的结构重心和日内交易者的实际博弈焦点不在同一位置。详细解释参见关键节点。
Weekly 分组只展示第一行的持仓结构指标，不包含 Active Call/Put 和 Max Change。
行权价列表中的特殊标记
| 标记 | 含义 |
|---|---|
| ◆ 金色文字 + 左侧金色边框 | King Strike，当日最重要节点 |
| 紫色文字 + 左侧紫色边框 | Gatekeeper，次强节点（GEX 第二大） |
| 白色高亮行 | 当前现货价格所在位置 |
FLIP [价格]（虚线） | Gamma Flip，正负 GEX 分界线 |
| 青色文字 + 右侧青色边框 | Active Call 行权价（0DTE 和 1DTE） |
| 琥珀色文字 + 右侧琥珀色边框 | Active Put 行权价（0DTE 和 1DTE） |
边框位置有含义：左侧边框标识结构角色（King / Gatekeeper），右侧边框标识成交活跃度（Active Call / Active Put）。当一个行权价同时拥有两种角色时，左右边框会同时出现。
实战读法
- King 在当前价格上方：价格存在向上的磁吸力，做空需要更强的催化剂
- King 在当前价格下方：价格存在向下的磁吸力，做多需要更强的催化剂
- 价格在 Flip 上方：正 GEX 环境，震荡策略占优
- 价格在 Flip 下方：负 GEX 环境，动量策略占优
- Major Positive 和 Major Negative 之间：当日结构核心区间，价格能否突破这个区间往往决定全天走势
Copy TV CSV — 导出 GEX 数据到 TradingView
结构面板顶部有一个 Copy TV CSV 按钮，点击后将当前所有行权价的 GEX 数据复制到剪贴板，格式为 CSV：strike,put_gex_b,call_gex_b
600,0.012345,-0.006789
599,0.008901,-0.003456
...
strike：行权价put_gex_b：该行权价的 Put GEX（单位：十亿美元）call_gex_b：该行权价的 Call GEX（单位：十亿美元）
配套 TradingView 指标：Alogs GEX 磁吸阶梯
将 Copy TV CSV 复制的数据粘贴到这个指标的输入框中，即可在 TradingView K 线图上直接叠加 GEX 结构——King 节点、支撑/阻力、Gamma Flip、Call/Put Wall 一目了然。使用步骤
- 在 Nightwatch Standard 视图的结构面板点击 Copy TV CSV
- 打开 TradingView，进入 Pine Editor，粘贴下方代码并添加到图表
- 点击指标设置（齿轮图标），在”数据”栏的对应输入框（QQQ / SPY / SPX）中粘贴刚才复制的 CSV
- 指标会自动解析数据并在图表上绘制 GEX 柱状图和关键价位
主要功能
- GEX 柱状图：每个行权价显示 Call（绿色）和 Put（红色）的 GEX 强度
- King 节点：紫色标记当前最强的 GEX 聚集价位
- 支撑 / 阻力：蓝色支撑、橙色阻力，基于 GEX 强度动态筛选
- Gamma Flip：自动计算净 GEX 零轴穿越点，虚线标注
- Call Wall / Put Wall：Call 和 Put 持仓最集中的行权价
- 价格映射：自动将 QQQ→NQ/MNQ、SPY→ES/MES、SPX→ES 的行权价映射到期货图表
Pine Script 完整代码（点击展开）
Pine Script 完整代码（点击展开）
//@version=6
indicator("Alogs GEX 磁吸阶梯", overlay=true, max_boxes_count=300, max_labels_count=300, max_lines_count=100)
const string DEFAULT_QQQ_GEX_DATA = "strike,put_gex_b,call_gex_b\n730,-0.0407,9.3\n729,0,1.6\n728,0,2.0\n727,-0.0109,3.2\n726,0,4.3\n725,-0.2247,17.8\n724,-1.0,5.2\n723,-0.7471,5.3\n722,-1.6,30.0\n721,-4.8,13.1\n720,-6.2,36.8\n719,-2.7,15.4\n718,-2.6,18.1\n717,-5.0,11.8\n716,-7.3,13.1\n715,-14.5,32.1\n714,-7.6,20.0\n713,-7.9,9.8\n712,-8.6,13.2\n711,-7.1,9.3\n710,-14.8,9.3\n709,-5.2,3.7\n708,-5.0,1.5\n707,-4.0,0\n706,-2.8,0"
const string DEFAULT_SPY_GEX_DATA = "strike,put_gex_b,call_gex_b\n"
const string DEFAULT_SPX_GEX_DATA = "strike,put_gex_b,call_gex_b\n"
groupData = "数据"
sourceMode = input.string("自动", "GEX 数据源", options=["自动", "QQQ", "SPY", "SPX"], tooltip="自动模式会根据 ETF / Index / Futures 自动选择 QQQ、SPY 或 SPX 输入。", group=groupData)
qqqGexInput = input.text_area(defval=DEFAULT_QQQ_GEX_DATA, title="QQQ GEX 数据", tooltip="用于 QQQ ETF、NDX 指数、NQ/MNQ 期货。每行格式: strike,put_gex_b,call_gex_b。单位是 B；Put 建议填负数。", group=groupData)
spyGexInput = input.text_area(defval=DEFAULT_SPY_GEX_DATA, title="SPY GEX 数据", tooltip="用于 SPY ETF；也可手动选择 SPY -> ES 映射。每行格式: strike,put_gex_b,call_gex_b。", group=groupData)
spxGexInput = input.text_area(defval=DEFAULT_SPX_GEX_DATA, title="SPX GEX 数据", tooltip="用于 SPX 指数、ES/MES 期货。每行格式: strike,put_gex_b,call_gex_b。", group=groupData)
groupMapping = "标的映射"
mapMode = input.string("自动", "价格映射模式", options=["自动", "QQQ -> NQ", "SPY -> ES", "SPX -> ES", "不转换", "手动倍率"], tooltip="自动模式会按当前图表固定映射，不使用实时价格动态重算。QQQ 在 NDX/NQ/MNQ 上使用 QQQ->NQ 倍率；SPY 在 SPX/ES/MES 上使用 SPY->ES 倍率；SPX 在 ES/MES 上默认使用 SPX->ES 倍率。", group=groupMapping)
fixedQQQToNQ = input.float(41.19, "固定倍率 QQQ -> NQ", minval=0.0001, step=0.001, group=groupMapping)
fixedSPYToES = input.float(10.000, "固定倍率 SPY -> ES", minval=0.0001, step=0.001, group=groupMapping)
fixedSPXToES = input.float(1.000, "固定倍率 SPX -> ES", minval=0.0001, step=0.001, group=groupMapping)
manualMultiplier = input.float(1.0, "手动倍率", minval=0.0001, step=0.01, group=groupMapping)
mapGammaFlip = input.bool(true, "同步映射 Gamma Flip", group=groupMapping)
showMappedInfo = input.bool(true, "汇总表显示映射信息", group=groupMapping)
groupLayout = "布局"
anchorBars = input.int(80, "右侧固定偏移K数", minval=1, maxval=500, tooltip="以最后一根K线为基准向右固定偏移。柱体不再使用可见窗口百分比，因此缩放/滚动不会改变柱宽。", group=groupLayout)
maxWidthBars = input.int(46, "最大柱宽K数", minval=3, maxval=300, group=groupLayout)
levelSpanBars = input.int(260, "墙位线长度K数", minval=20, maxval=2000, group=groupLayout)
textGapBars = input.int(2, "右侧文字间距K数", minval=1, maxval=50, group=groupLayout)
keyAppendGapBars = input.int(2, "关键位追加间距K数", minval=0, maxval=120, group=groupLayout)
mappedKeyAppendMinBars = input.int(28, "映射模式关键位最小间距K数", minval=0, maxval=120, tooltip="QQQ->NQ 或 SPY->ES 时，右侧价格文本较长。这里用于防止 King/支撑/阻力压到灰色价格。实际间距取它和"关键位追加间距K数"的较大值。", group=groupLayout)
rowHeight = input.float(1.0, "单行高度倍率", minval=0.1, maxval=2.0, step=0.02, tooltip="默认 1.0 会自动填满相邻 strike 间距。QQQ 通常是 1 点一档，SPX 通常是 5 点一档；映射到期货时使用映射后的 strike 间距。", group=groupLayout)
rowSplitGapPct = input.float(0.0, "上下柱体间隔比例", minval=0.0, maxval=0.30, step=0.01, tooltip="同一 strike 内 Call/Put 上下柱体之间的间隔。默认 0 为紧贴。", group=groupLayout)
groupStyle = "样式"
callColor = input.color(color.rgb(0, 235, 155), "Call 颜色", group=groupStyle)
putColor = input.color(color.rgb(255, 68, 82), "Put 颜色", group=groupStyle)
strikeColorInput = input.color(color.rgb(120, 135, 155), "行权价文字颜色", group=groupStyle)
fillTransparency = input.int(48, "柱体透明度", minval=0, maxval=95, group=groupStyle)
barBorderTransparency = input.int(12, "柱体边框透明度", minval=0, maxval=95, group=groupStyle)
showWallBands = input.bool(true, "高亮最大墙位", group=groupStyle)
showStrikeLabels = input.bool(true, "显示行权价", group=groupStyle)
groupLabels = "标签"
labelMode = input.string("只显示主要", "数值标签", options=["关闭", "只显示主要", "全部显示"], group=groupLabels)
majorThreshold = input.float(5.0, "主要标签阈值(B)", minval=0.0, step=0.5, group=groupLabels)
priceTextSizeInput = input.string("小", "右侧价格字体大小", options=["极小", "小", "正常", "大", "很大"], group=groupLabels)
keyTextSizeInput = input.string("小", "关键位字体大小", options=["极小", "小", "正常", "大", "很大"], group=groupLabels)
showKeyText = input.bool(false, "显示右侧关键位文字", tooltip="开启后会在右侧价格后面追加 King / 阻力 / 支撑。QQQ->NQ 或 SPY->ES 映射时，如仍有重叠，可加大"映射模式关键位最小间距K数"。", group=groupLabels)
showSummary = input.bool(true, "显示汇总表", group=groupLabels)
groupLevels = "关键价位"
showGammaFlip = input.bool(true, "显示 Gamma Flip", group=groupLevels)
gammaFlipMode = input.string("自动计算", "Gamma Flip 来源", options=["自动计算", "手动输入"], tooltip="自动计算: 使用相邻 strike 的净 GEX(Call+Put) 零轴穿越线性插值。找不到穿越点时回退到手动输入。", group=groupLevels)
gammaFlip = input.float(710.72, "Gamma Flip 价格", step=0.01, group=groupLevels)
showKeyNodes = input.bool(true, "显示 King / 支撑阻力节点", group=groupLevels)
keyNodeThreshold = input.float(14.0, "大节点阈值(B)", minval=0.0, step=0.5, group=groupLevels)
supportKingRatio = input.float(50.0, "支撑至少达到 King 比例(%)", minval=0.0, maxval=100.0, step=5.0, tooltip="低于 King 的支撑节点必须同时超过大节点阈值，并达到 King 强度的指定比例。默认 50%。", group=groupLevels)
dynamicKeyFilterMode = input.string("动态筛选", "通用支撑阻力筛选", options=["动态筛选", "King比例"], tooltip="动态筛选会按当前价上下方分组，使用同侧最大节点、局部峰值和数量限制来区分支撑/阻力，不再硬性要求达到 King 的固定比例。", group=groupLevels)
dynamicSideStrengthRatio = input.float(30.0, "动态同侧强度比例(%)", minval=0.0, maxval=100.0, step=5.0, tooltip="通用动态筛选中，节点强度至少达到同侧最大节点的比例。", group=groupLevels)
dynamicShelfStrengthRatio = input.float(50.0, "动态强峰邻近保留比例(%)", minval=0.0, maxval=100.0, step=5.0, tooltip="当节点不是严格局部峰值，但强度达到同侧最大节点的该比例时，仍保留为支撑/阻力。用于识别紧贴 King 或主墙旁边的次级台阶。", group=groupLevels)
dynamicMaxLevelsPerSide = input.int(5, "动态每侧最多关键位", minval=1, maxval=12, group=groupLevels)
dynamicLocalPeaksOnly = input.bool(true, "动态只保留局部峰值", tooltip="开启后，只有强度不低于相邻 strike 的节点才会作为支撑/阻力。", group=groupLevels)
dynamicSplitByCurrentPrice = input.bool(true, "动态按当前价划分支撑阻力", tooltip="开启后，当前价上方为阻力、下方为支撑；关闭后仍以 King 上下方划分。", group=groupLevels)
spxKeyFilterMode = input.string("专业筛选", "SPX 支撑阻力筛选", options=["专业筛选", "通用阈值"], tooltip="专业筛选会按当前价上下方分组，只保留同侧强节点、局部峰值，并限制每侧数量。通用阈值则沿用普通 King/阈值逻辑。", group=groupLevels)
spxSideStrengthRatio = input.float(55.0, "SPX 同侧强度比例(%)", minval=0.0, maxval=100.0, step=5.0, tooltip="SPX 专业筛选中，节点强度至少达到同侧最大节点的比例。", group=groupLevels)
spxMaxLevelsPerSide = input.int(4, "SPX 每侧最多关键位", minval=1, maxval=12, group=groupLevels)
spxLocalPeaksOnly = input.bool(true, "SPX 只保留局部峰值", tooltip="开启后，只有强度不低于相邻 strike 的节点才会作为 SPX 支撑/阻力。", group=groupLevels)
spxSplitByCurrentPrice = input.bool(true, "SPX 按当前价划分支撑阻力", tooltip="开启后，当前价上方为阻力、下方为支撑；关闭后仍以 King 上下方划分。", group=groupLevels)
kingColor = input.color(color.rgb(155, 85, 255), "King 紫色", group=groupLevels)
resistanceColor = input.color(color.rgb(255, 165, 60), "阻力颜色", group=groupLevels)
supportColor = input.color(color.rgb(38, 180, 255), "支撑颜色", group=groupLevels)
keyLineWidth = input.int(2, "节点线粗细", minval=1, maxval=5, group=groupLevels)
kingBandColor = input.color(color.rgb(155, 85, 255), "King 色带颜色", group=groupLevels)
resistanceBandColor = input.color(color.rgb(255, 165, 60), "阻力色带颜色", group=groupLevels)
supportBandColor = input.color(color.rgb(38, 180, 255), "支撑色带颜色", group=groupLevels)
kingBandTransparency = input.int(88, "King 色带透明度", minval=0, maxval=100, group=groupLevels)
resistanceBandTransparency = input.int(91, "阻力色带透明度", minval=0, maxval=100, group=groupLevels)
supportBandTransparency = input.int(91, "支撑色带透明度", minval=0, maxval=100, group=groupLevels)
keyLineTransparency = input.int(0, "节点线透明度", minval=0, maxval=100, group=groupLevels)
// 以下为渲染逻辑（解析 CSV、计算关键节点、绘制柱状图和标签）
var box[] boxes = array.new_box()
var label[] labels = array.new_label()
var line[] lines = array.new_line()
var table summary = table.new(position.top_right, 2, 8, bgcolor=color.new(color.black, 82), border_color=color.new(color.gray, 82), border_width=1)
cleanToken(string raw) =>
string s1 = str.replace_all(raw, " ", "")
string s2 = str.replace_all(s1, "\r", "")
str.replace_all(s2, "\t", "")
numFromToken(string raw) =>
str.tonumber(cleanToken(raw))
fmtGex(float value) =>
float av = math.abs(value)
string sign = value < 0 ? "-" : ""
av == 0.0 ? "$0" : av >= 1.0 ? "$" + sign + str.tostring(av, "#.0") + "B" : "$" + sign + str.tostring(av * 1000.0, "#.0") + "M"
addBox(int xLeft, float yTop, int xRight, float yBottom, color bgFill, color borderCol, int borderWidth) =>
box b = box.new(left=xLeft, top=yTop, right=xRight, bottom=yBottom, xloc=xloc.bar_index, bgcolor=bgFill, border_color=borderCol, border_width=math.max(1, borderWidth))
array.push(boxes, b)
addLabel(int x, float y, string labelText, color textColor, string labelStyle, string labelSize) =>
label l = label.new(x=x, y=y, text=labelText, xloc=xloc.bar_index, yloc=yloc.price, style=labelStyle, color=color.new(color.black, 100), textcolor=textColor, size=labelSize)
array.push(labels, l)
addLine(int x1, float y1, int x2, float y2, color lineColor, string lineStyle, int width) =>
line ln = line.new(x1=x1, y1=y1, x2=x2, y2=y2, xloc=xloc.bar_index, extend=extend.none, color=lineColor, style=lineStyle, width=width)
array.push(lines, ln)
clearDrawings() =>
if array.size(boxes) > 0
for i = 0 to array.size(boxes) - 1
box.delete(array.get(boxes, i))
array.clear(boxes)
if array.size(labels) > 0
for i = 0 to array.size(labels) - 1
label.delete(array.get(labels, i))
array.clear(labels)
if array.size(lines) > 0
for i = 0 to array.size(lines) - 1
line.delete(array.get(lines, i))
array.clear(lines)
showValueLabel(float value) =>
labelMode == "全部显示" or (labelMode == "只显示主要" and math.abs(value) >= majorThreshold)
labelSize(string value) =>
value == "极小" ? size.tiny : value == "小" ? size.small : value == "正常" ? size.normal : value == "大" ? size.large : size.huge
isNQChart() =>
string root = str.upper(syminfo.root)
string ticker = str.upper(syminfo.ticker)
root == "NQ" or root == "MNQ" or str.contains(ticker, "NAS100") or str.contains(ticker, "US100")
isNDXChart() =>
string root = str.upper(syminfo.root)
string ticker = str.upper(syminfo.ticker)
root == "NDX" or str.contains(ticker, "NDX")
isQQQChart() =>
string root = str.upper(syminfo.root)
string ticker = str.upper(syminfo.ticker)
root == "QQQ" or str.contains(ticker, "QQQ")
isESChart() =>
string root = str.upper(syminfo.root)
string ticker = str.upper(syminfo.ticker)
root == "ES" or root == "MES" or str.contains(ticker, "US500") or str.contains(ticker, "SP500")
isSPXChart() =>
string root = str.upper(syminfo.root)
string ticker = str.upper(syminfo.ticker)
root == "SPX" or str.contains(ticker, "SPX") or str.contains(ticker, "SPX500")
isSPYChart() =>
string root = str.upper(syminfo.root)
string ticker = str.upper(syminfo.ticker)
root == "SPY" or str.contains(ticker, "SPY")
if barstate.islast
clearDrawings()
float[] strikes = array.new_float()
float[] rawStrikes = array.new_float()
float[] puts = array.new_float()
float[] calls = array.new_float()
bool qqqFamilyChart = isQQQChart() or isNDXChart() or isNQChart()
bool spyFamilyChart = isSPYChart()
bool spxFamilyChart = isSPXChart() or isESChart()
bool forcedQQQ = mapMode == "QQQ -> NQ"
bool forcedSPY = mapMode == "SPY -> ES"
bool forcedSPX = mapMode == "SPX -> ES"
string sourceName = forcedQQQ ? "QQQ" : forcedSPY ? "SPY" : forcedSPX ? "SPX" : sourceMode != "自动" ? sourceMode : qqqFamilyChart ? "QQQ" : spyFamilyChart ? "SPY" : spxFamilyChart ? "SPX" : "QQQ"
string activeGexInput = sourceName == "SPX" ? spxGexInput : sourceName == "SPY" ? spyGexInput : qqqGexInput
string[] rows = str.split(activeGexInput, "\n")
float autoMultiplier = sourceName == "QQQ" ? (isNDXChart() or isNQChart() ? fixedQQQToNQ : 1.0) : sourceName == "SPY" ? (isSPXChart() or isESChart() ? fixedSPYToES : 1.0) : sourceName == "SPX" ? (isESChart() ? fixedSPXToES : 1.0) : 1.0
float multiplier = mapMode == "手动倍率" ? manualMultiplier : mapMode == "不转换" ? 1.0 : forcedQQQ ? fixedQQQToNQ : forcedSPY ? fixedSPYToES : forcedSPX ? fixedSPXToES : autoMultiplier
float manualMappedGammaFlip = mapGammaFlip ? gammaFlip * multiplier : gammaFlip
for rowNo = 0 to array.size(rows) - 1
string row = cleanToken(array.get(rows, rowNo))
string[] parts = str.split(row, ",")
if array.size(parts) >= 3
float strikeValue = numFromToken(array.get(parts, 0))
float putValue = numFromToken(array.get(parts, 1))
float callValue = numFromToken(array.get(parts, 2))
if not na(strikeValue) and not na(putValue) and not na(callValue)
array.push(strikes, strikeValue * multiplier)
array.push(rawStrikes, strikeValue)
array.push(puts, putValue)
array.push(calls, callValue)
int rowCount = array.size(strikes)
if rowCount > 0
float maxAbsGex = 0.0
float maxCall = 0.0
float maxPutAbs = 0.0
float kingStrength = 0.0
float callWallStrike = na
float putWallStrike = na
float kingStrike = na
float kingSignedGex = na
float totalCall = 0.0
float totalPut = 0.0
float autoGammaFlip = na
for i = 0 to rowCount - 1
float c = array.get(calls, i)
float p = array.get(puts, i)
float strike = array.get(strikes, i)
float nodeStrength = math.max(math.abs(c), math.abs(p))
maxAbsGex := math.max(maxAbsGex, math.max(math.abs(c), math.abs(p)))
totalCall += c
totalPut += p
if c > maxCall
maxCall := c
callWallStrike := strike
if math.abs(p) > maxPutAbs
maxPutAbs := math.abs(p)
putWallStrike := strike
if nodeStrength > kingStrength
kingStrength := nodeStrength
kingStrike := strike
kingSignedGex := math.abs(c) >= math.abs(p) ? c : p
if rowCount > 1
for i = 0 to rowCount - 2
float strikeA = array.get(strikes, i)
float strikeB = array.get(strikes, i + 1)
float netA = array.get(calls, i) + array.get(puts, i)
float netB = array.get(calls, i + 1) + array.get(puts, i + 1)
bool exactA = netA == 0.0
bool crosses = (netA > 0.0 and netB < 0.0) or (netA < 0.0 and netB > 0.0)
if na(autoGammaFlip) and exactA
autoGammaFlip := strikeA
if na(autoGammaFlip) and crosses and netB != netA
autoGammaFlip := strikeA + (0.0 - netA) * (strikeB - strikeA) / (netB - netA)
maxAbsGex := maxAbsGex == 0.0 ? 1.0 : maxAbsGex
float mappedGammaFlip = gammaFlipMode == "自动计算" and not na(autoGammaFlip) ? autoGammaFlip : manualMappedGammaFlip
float supportMinStrength = kingStrength * supportKingRatio / 100.0
bool useSpxProfessionalFilter = sourceName == "SPX" and spxKeyFilterMode == "专业筛选"
bool useDynamicKeyFilter = useSpxProfessionalFilter or (sourceName != "SPX" and dynamicKeyFilterMode == "动态筛选")
float activeSideStrengthRatio = useSpxProfessionalFilter ? spxSideStrengthRatio : dynamicSideStrengthRatio
float activeShelfStrengthRatio = useSpxProfessionalFilter ? math.max(spxSideStrengthRatio, 65.0) : dynamicShelfStrengthRatio
int activeMaxLevelsPerSide = useSpxProfessionalFilter ? spxMaxLevelsPerSide : dynamicMaxLevelsPerSide
bool activeLocalPeaksOnly = useSpxProfessionalFilter ? spxLocalPeaksOnly : dynamicLocalPeaksOnly
bool activeSplitByCurrentPrice = useSpxProfessionalFilter ? spxSplitByCurrentPrice : dynamicSplitByCurrentPrice
float keySplitPrice = useDynamicKeyFilter and activeSplitByCurrentPrice ? close : kingStrike
float maxResistanceStrength = 0.0
float maxSupportStrength = 0.0
if useDynamicKeyFilter
for i = 0 to rowCount - 1
float sideStrike = array.get(strikes, i)
float sideStrength = math.max(math.abs(array.get(calls, i)), math.abs(array.get(puts, i)))
if sideStrike > keySplitPrice
maxResistanceStrength := math.max(maxResistanceStrength, sideStrength)
if sideStrike < keySplitPrice
maxSupportStrength := math.max(maxSupportStrength, sideStrength)
float detectedRowStep = na
if rowCount > 1
for i = 0 to rowCount - 2
float currentStep = math.abs(array.get(strikes, i) - array.get(strikes, i + 1))
if currentStep > 0.0
detectedRowStep := na(detectedRowStep) ? currentStep : math.min(detectedRowStep, currentStep)
detectedRowStep := na(detectedRowStep) ? math.max(1.0, multiplier) : detectedRowStep
int rightX = bar_index + anchorBars
int maxWidthX = math.max(1, maxWidthBars)
int gapX = math.max(1, textGapBars)
int lineLeftX = rightX - levelSpanBars
int textX = rightX + gapX
int keyGapBars = multiplier == 1.0 ? keyAppendGapBars : math.max(keyAppendGapBars, mappedKeyAppendMinBars)
int keyTextX = textX + keyGapBars
float mappedRowHeight = rowHeight * detectedRowStep
float upperPad = mappedRowHeight
float lowerPad = 0.0
float splitGap = mappedRowHeight * rowSplitGapPct
float rowMidOffset = mappedRowHeight * 0.5
if showWallBands
addBox(lineLeftX, callWallStrike + upperPad, rightX, callWallStrike - lowerPad, color.new(callColor, 93), color.new(callColor, 100), 1)
addBox(lineLeftX, putWallStrike + upperPad, rightX, putWallStrike - lowerPad, color.new(putColor, 93), color.new(putColor, 100), 1)
if not showKeyNodes
addLine(lineLeftX, callWallStrike, rightX, callWallStrike, color.new(callColor, 40), line.style_solid, 1)
addLabel(textX, callWallStrike, "Call Wall " + str.tostring(int(callWallStrike)) + " " + fmtGex(maxCall), callColor, label.style_label_left, size.small)
if not showKeyNodes
addLine(lineLeftX, putWallStrike, rightX, putWallStrike, color.new(putColor, 40), line.style_solid, 1)
addLabel(textX, putWallStrike, "Put Wall " + str.tostring(int(putWallStrike)) + " " + fmtGex(-maxPutAbs), putColor, label.style_label_left, size.small)
if showGammaFlip
addLine(lineLeftX, mappedGammaFlip, rightX, mappedGammaFlip, color.new(color.aqua, 20), line.style_dashed, 1)
addLabel(textX, mappedGammaFlip, "Gamma Flip " + str.tostring(mappedGammaFlip, "#.00"), color.aqua, label.style_label_left, size.small)
if showKeyNodes
for i = 0 to rowCount - 1
float strike = array.get(strikes, i)
float rawStrike = array.get(rawStrikes, i)
float c = array.get(calls, i)
float p = array.get(puts, i)
float nodeStrength = math.max(math.abs(c), math.abs(p))
float signedNodeGex = math.abs(c) >= math.abs(p) ? c : p
bool isKing = strike == kingStrike
float prevStrength = i > 0 ? math.max(math.abs(array.get(calls, i - 1)), math.abs(array.get(puts, i - 1))) : nodeStrength
float nextStrength = i < rowCount - 1 ? math.max(math.abs(array.get(calls, i + 1)), math.abs(array.get(puts, i + 1))) : nodeStrength
bool isLocalPeak = not activeLocalPeaksOnly or (nodeStrength >= prevStrength and nodeStrength >= nextStrength)
float sideMaxForNode = strike > keySplitPrice ? maxResistanceStrength : strike < keySplitPrice ? maxSupportStrength : kingStrength
bool isStrongShelf = useDynamicKeyFilter and sideMaxForNode > 0.0 and nodeStrength >= sideMaxForNode * activeShelfStrengthRatio / 100.0
bool passesShapeFilter = isLocalPeak or isStrongShelf
int strongerResistanceCount = 0
int strongerSupportCount = 0
if useDynamicKeyFilter
for j = 0 to rowCount - 1
float compareStrike = array.get(strikes, j)
float compareStrength = math.max(math.abs(array.get(calls, j)), math.abs(array.get(puts, j)))
if compareStrike > keySplitPrice and compareStrength > nodeStrength
strongerResistanceCount += 1
if compareStrike < keySplitPrice and compareStrength > nodeStrength
strongerSupportCount += 1
bool isResistanceNode = useDynamicKeyFilter ? strike > keySplitPrice and maxResistanceStrength > 0.0 and nodeStrength >= maxResistanceStrength * activeSideStrengthRatio / 100.0 and passesShapeFilter and strongerResistanceCount < activeMaxLevelsPerSide : strike > kingStrike and nodeStrength >= keyNodeThreshold
bool isSupportNode = useDynamicKeyFilter ? strike < keySplitPrice and maxSupportStrength > 0.0 and nodeStrength >= maxSupportStrength * activeSideStrengthRatio / 100.0 and passesShapeFilter and strongerSupportCount < activeMaxLevelsPerSide : strike < kingStrike and nodeStrength >= keyNodeThreshold and nodeStrength >= supportMinStrength
bool isBigNode = isResistanceNode or isSupportNode
if isKing or isBigNode
color nodeColor = isKing ? kingColor : strike > keySplitPrice ? resistanceColor : supportColor
color bandColor = isKing ? kingBandColor : strike > keySplitPrice ? resistanceBandColor : supportBandColor
int bandTransparency = isKing ? kingBandTransparency : strike > keySplitPrice ? resistanceBandTransparency : supportBandTransparency
string nodeName = isKing ? "King" : strike > keySplitPrice ? "阻力" : "支撑"
int nodeWidth = isKing ? keyLineWidth + 1 : keyLineWidth
addBox(lineLeftX, strike + upperPad, rightX, strike - lowerPad, color.new(bandColor, bandTransparency), color.new(bandColor, 100), 1)
addLine(lineLeftX, strike, rightX, strike, color.new(nodeColor, keyLineTransparency), line.style_solid, nodeWidth)
for i = 0 to rowCount - 1
float strike = array.get(strikes, i)
float rawStrike = array.get(rawStrikes, i)
float c = array.get(calls, i)
float p = array.get(puts, i)
bool isKingRow = strike == kingStrike
float rowStrength = math.max(math.abs(c), math.abs(p))
float prevRowStrength = i > 0 ? math.max(math.abs(array.get(calls, i - 1)), math.abs(array.get(puts, i - 1))) : rowStrength
float nextRowStrength = i < rowCount - 1 ? math.max(math.abs(array.get(calls, i + 1)), math.abs(array.get(puts, i + 1))) : rowStrength
bool isRowLocalPeak = not activeLocalPeaksOnly or (rowStrength >= prevRowStrength and rowStrength >= nextRowStrength)
float sideMaxForRow = strike > keySplitPrice ? maxResistanceStrength : strike < keySplitPrice ? maxSupportStrength : kingStrength
bool isStrongRowShelf = useDynamicKeyFilter and sideMaxForRow > 0.0 and rowStrength >= sideMaxForRow * activeShelfStrengthRatio / 100.0
bool passesRowShapeFilter = isRowLocalPeak or isStrongRowShelf
int strongerResistanceRows = 0
int strongerSupportRows = 0
if useDynamicKeyFilter
for j = 0 to rowCount - 1
float compareStrike = array.get(strikes, j)
float compareStrength = math.max(math.abs(array.get(calls, j)), math.abs(array.get(puts, j)))
if compareStrike > keySplitPrice and compareStrength > rowStrength
strongerResistanceRows += 1
if compareStrike < keySplitPrice and compareStrength > rowStrength
strongerSupportRows += 1
bool isResistanceRow = useDynamicKeyFilter ? strike > keySplitPrice and maxResistanceStrength > 0.0 and rowStrength >= maxResistanceStrength * activeSideStrengthRatio / 100.0 and passesRowShapeFilter and strongerResistanceRows < activeMaxLevelsPerSide : strike > kingStrike and rowStrength >= keyNodeThreshold
bool isSupportRow = useDynamicKeyFilter ? strike < keySplitPrice and maxSupportStrength > 0.0 and rowStrength >= maxSupportStrength * activeSideStrengthRatio / 100.0 and passesRowShapeFilter and strongerSupportRows < activeMaxLevelsPerSide : strike < kingStrike and rowStrength >= keyNodeThreshold and rowStrength >= supportMinStrength
bool isNodeRow = showKeyNodes and (isKingRow or isResistanceRow or isSupportRow)
float rowMid = strike + rowMidOffset
float callTop = strike + upperPad
float callBottom = rowMid + splitGap
float putTop = rowMid - splitGap
float putBottom = strike - lowerPad
if c > 0.0
color callBarColor = isKingRow ? kingColor : callColor
int cw = math.max(1, int(math.round(math.abs(c) / maxAbsGex * maxWidthX)))
addBox(rightX - cw, callTop, rightX, callBottom, color.new(callBarColor, fillTransparency), color.new(callBarColor, barBorderTransparency), 1)
if showValueLabel(c)
addLabel(rightX - cw - gapX, (callTop + callBottom) * 0.5, fmtGex(c), callBarColor, label.style_label_right, size.tiny)
if p < 0.0
color putBarColor = isKingRow ? kingColor : putColor
int pw = math.max(1, int(math.round(math.abs(p) / maxAbsGex * maxWidthX)))
addBox(rightX - pw, putTop, rightX, putBottom, color.new(putBarColor, fillTransparency), color.new(putBarColor, barBorderTransparency), 1)
if showValueLabel(p)
addLabel(rightX - pw - gapX, (putTop + putBottom) * 0.5, fmtGex(p), putBarColor, label.style_label_right, size.tiny)
if showStrikeLabels
float rowSignedGex = math.abs(c) >= math.abs(p) ? c : p
string priceLabel = multiplier == 1.0 ? str.tostring(int(strike)) : str.tostring(strike, "#.00") + " (" + str.tostring(int(rawStrike)) + ")"
string nodeName = isKingRow ? "King" : strike > keySplitPrice ? "阻力" : "支撑"
color keyTextColor = isKingRow ? kingColor : strike > keySplitPrice ? resistanceColor : supportColor
addLabel(textX, rowMid, priceLabel, color.new(strikeColorInput, 0), label.style_label_left, labelSize(priceTextSizeInput))
if isNodeRow and showKeyText
addLabel(keyTextX, rowMid, nodeName, keyTextColor, label.style_label_left, labelSize(keyTextSizeInput))
if showSummary
table.cell(summary, 0, 0, "GEX 阶梯", text_color=color.white, text_size=size.small)
table.cell(summary, 1, 0, "GEX 数据", text_color=color.new(color.white, 20), text_size=size.small)
table.cell(summary, 0, 1, "Call 合计", text_color=callColor, text_size=size.tiny)
table.cell(summary, 1, 1, fmtGex(totalCall), text_color=callColor, text_size=size.tiny)
table.cell(summary, 0, 2, "Put 合计", text_color=putColor, text_size=size.tiny)
table.cell(summary, 1, 2, fmtGex(totalPut), text_color=putColor, text_size=size.tiny)
table.cell(summary, 0, 3, "净 GEX", text_color=color.white, text_size=size.tiny)
table.cell(summary, 1, 3, fmtGex(totalCall + totalPut), text_color=totalCall + totalPut >= 0 ? callColor : putColor, text_size=size.tiny)
table.cell(summary, 0, 4, "Call Wall", text_color=callColor, text_size=size.tiny)
table.cell(summary, 1, 4, str.tostring(int(callWallStrike)) + " " + fmtGex(maxCall), text_color=callColor, text_size=size.tiny)
table.cell(summary, 0, 5, "Put Wall", text_color=putColor, text_size=size.tiny)
table.cell(summary, 1, 5, str.tostring(int(putWallStrike)) + " " + fmtGex(-maxPutAbs), text_color=putColor, text_size=size.tiny)
table.cell(summary, 0, 6, "King", text_color=kingColor, text_size=size.tiny)
table.cell(summary, 1, 6, str.tostring(int(kingStrike)) + " " + fmtGex(kingSignedGex), text_color=kingColor, text_size=size.tiny)
if showMappedInfo
table.cell(summary, 0, 7, "映射", text_color=color.white, text_size=size.tiny)
table.cell(summary, 1, 7, sourceName + " 固定 x" + str.tostring(multiplier, "#.000"), text_color=color.white, text_size=size.tiny)