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FVG Mapper + FilterHTF FVG Mapper — Multi-Timeframe Imbalance Projection For some reason its not showing on the chart above, this site is a buggy mess sometimes, the UI is just the worst. This script detects Fair Value Gaps (FVGs) on a selectable higher timeframe (HTF) and projects them onto lower timeframes (such as 1-minute) as extended zones. While commonly used with the 4-hour chart, the timeframe is fully customizable, allowing traders to map imbalances from any higher timeframe onto their execution chart. What the Script Does Scans a user-defined higher timeframe using the classic 3-candle FVG model Identifies bullish and bearish imbalances (true displacement gaps) Allows full HTF selection (e.g., 1H, 4H, Daily, etc.) Filters out insignificant gaps using HTF ATR (optional size filter) Draws zones on the lower timeframe chart and extends them right Deletes zones once mitigated (if enabled) Limits the total number of active zones to reduce clutter Optionally removes zones far from current price Allows wick-based or body-based mitigation detection How Fair Value Gaps Are Defined Bullish FVG → Low of candle 3 is greater than High of candle 1 Bearish FVG → High of candle 3 is lower than Low of candle 1 This reflects displacement and temporary imbalance in auction delivery. Important: FVGs are confirmed only after the selected HTF candle closes to prevent repainting. Customisation Options Select the higher timeframe to scan (not restricted to 4H) Set maximum number of visible zones Enable/disable automatic deletion after mitigation Enable minimum size filtering using HTF ATR Adjust minimum gap size sensitivity Enable proximity filtering (show only zones near current price) Toggle wick-based vs body-based fill detection Adjust visual styling (colors, transparency) Intended Usage This indicator is designed for traders who: Trade lower timeframes but anchor bias to higher-timeframe structure Use HTF imbalances as reaction or continuation zones Look for confluence between liquidity sweeps and HTF inefficiencies Want structured multi-timeframe context without visual overload Typical Workflow Select a higher timeframe aligned with your bias (e.g., 4H or Daily) Identify active imbalances on your execution timeframe Wait for price to approach an HTF FVG Drop to lower timeframe structure for confirmation Execute with defined invalidation beyond the zone Important Context This indicator does not generate buy/sell signals It does not predict direction It visualizes higher-timeframe inefficiencies only Trade management and bias determination remain trader-dependent It is not a mechanical strategy. It is a multi-timeframe structural context tool designed to improve execution precision within higher-timeframe imbalance zones.
אינדיקטור Pine Script®
מאת ‎alcomeho‎
EMA Multi Background System FIXThis indicator automatically classifies three EMAs (short, mid, long) into high, mid, and low levels, and changes the background color based on the candle’s position relative to them. Above the high EMA → light red background Below the high EMA → light blue background Above/below the mid EMA → aqua/light yellow background Above/below the low EMA → light purple/brown background It provides a clear visual representation of trend conditions and the candle’s position relative to key EMA levels.
אינדיקטור Pine Script®
מאת ‎chamocona7‎
Demo Indicator: AI Pattern Similarity Algorithm [Nexo Mechanics]This is a demo indicator inspired by FAISS-style nearest-neighbour search. It performs a pattern similarity search to find historical windows whose return sequence most closely matches the most recent Pattern Length (L) window, then uses the average forward move after those matches to derive a directional bias with a p-value and confidence score. Pattern Similarity At every confirmed bar, the script builds a query vector from the last Pattern Length (L) bars. It then scans backwards through a historical window (Dataset Size) and builds the same vector for every candidate offset. The algorithm keeps the Top-K closest matches. Prediction Signals For each of the best matches, the script looks Prediction Horizon (H) bars ahead from that match. It computes the future move based on the average move of all matches. When the average move flips, a signal is generated (bearish flip or bullish flip). We decided to use a normal CDF for p-value approximation and approximate confidence using 1 - p. Confidence is used to filter between High Confidence predictions and other predictions. Visuals When a high confidence prediction is triggered, a zone is drawn around the current query window. Zones are drawn around the Top-K matching windows found in history. Metrics The table is meant to show only the most recent valid prediction’s metrics Best match (bars ago): how far back the closest match ends Predicted Move: Avg Move across Top-K (at horizon H) p-value / Confidence: statistical strength (heuristic; normal approx) The indicator is intentionally limited and just for demo purposes. Nothing in this text or in the indicator constitutes financial advice.
אינדיקטור Pine Script®
מאת ‎NexoMechanics‎
Liquidity Confluence TerminalZero-Lag Liquidity Confluence System is a multi-timeframe trend alignment and execution planning indicator designed to highlight high-probability trade opportunities when higher timeframe structure agrees. The script evaluates Daily, Weekly, and Monthly candle bias to determine full directional confluence, only allowing signals when all three timeframes are aligned. A zero-lag EMA model provides responsive trend detection while minimizing delay, acting as the primary trigger mechanism. In addition, the system dynamically identifies volume-backed liquidity breakouts to establish adaptive supply and demand levels, which are then used for intelligent stop placement. When confluence and trigger conditions align, the indicator automatically generates a structured trade plan, including entry, stop loss, and take profit levels based on a configurable risk-to-reward ratio. A real-time dashboard displays higher timeframe bias, while visual glow and background cues emphasize alignment states. This tool is built for traders who prioritize structure, confirmation, and disciplined risk management over reactive signal chasing.
אינדיקטור Pine Script®
מאת ‎Bmillytookprof‎
Session Boxes With Vol//@version=5 indicator("Session Boxes with Small Black Markers (IST)", overlay=true) // -------------------- // Session times (IST) // -------------------- asianStart = 0530 asianEnd = 1130 londonStart = 1230 londonEnd = 1330 nyStart = 1830 nyEnd = 1930 // -------------------- // Helpers: current bar time in IST (hhmm) // -------------------- sessHour = hour(time, "GMT+5:30") sessMinute = minute(time, "GMT+5:30") sessTime = sessHour * 100 + sessMinute inSession(startT, endT) => sessTime >= startT and sessTime < endT // -------------------- // Colors // -------------------- asiaFill = color.new(color.rgb(173, 216, 230), 81) // light blue greyFill = color.new(color.rgb(184, 184, 184), 81) // grey // -------------------- // Persistent variables // -------------------- var box asiaBox = na var label asiaLbl = na var box londonBox = na var box nyBox = na // -------------------- // Utility: small vertical marker (5% of chart height) // -------------------- createMarker() => rng = high - low off = rng * 0.05 line.new(x1 = bar_index, y1 = low - off, x2 = bar_index, y2 = low + off, xloc = xloc.bar_index, color = color.black, width = 2) // -------------------- // Asia session // -------------------- if inSession(asianStart, asianEnd) if na(asiaBox) asiaBox := box.new(left = bar_index, right = bar_index, top = high, bottom = low, bgcolor = asiaFill, border_width = 0) asiaLbl := label.new(x = bar_index, y = high, text = "ASIA", style = label.style_label_left, textcolor = color.black, color = na, size = size.normal) createMarker() // start marker else box.set_right(asiaBox, bar_index) box.set_top(asiaBox, math.max(box.get_top(asiaBox), high)) box.set_bottom(asiaBox, math.min(box.get_bottom(asiaBox), low)) label.set_x(asiaLbl, bar_index) label.set_y(asiaLbl, box.get_top(asiaBox)) else if not na(asiaBox) createMarker() // end marker asiaBox := na asiaLbl := na // -------------------- // London session // -------------------- if inSession(londonStart, londonEnd) if na(londonBox) londonBox := box.new(left = bar_index, right = bar_index, top = high, bottom = low, bgcolor = greyFill, border_width = 0) createMarker() // start marker else box.set_right(londonBox, bar_index) box.set_top(londonBox, math.max(box.get_top(londonBox), high)) box.set_bottom(londonBox, math.min(box.get_bottom(londonBox), low)) else if not na(londonBox) createMarker() // end marker londonBox := na // -------------------- // New York session // -------------------- if inSession(nyStart, nyEnd) if na(nyBox) nyBox := box.new(left = bar_index, right = bar_index, top = high, bottom = low, bgcolor = greyFill, border_width = 0) createMarker() // start marker else box.set_right(nyBox, bar_index) box.set_top(nyBox, math.max(box.get_top(nyBox), high)) box.set_bottom(nyBox, math.min(box.get_bottom(nyBox), low)) else if not na(nyBox) createMarker() // end marker nyBox := na
אינדיקטור Pine Script®
מאת ‎NONFORBUSINESS‎
Malama's Black Flag🔱 Malama's Black Flag v3.3: The Pattern Intelligence Suite Malama's Black Flag is an institutional-grade geometric pattern recognition engine designed to identify and visualize high-conviction market structures in real-time. Built upon a proprietary Multi-Length Zigzag Pivot Scanner, this suite simultaneously analyzes price action across four fractal sensitivities to detect institutional accumulation and distribution phases. 🧠 The Core Engine: Multi-Fractal Intelligence Traditional pattern recognition indicators often fail because they focus on a single sensitivity. Malama's Black Flag solves this by running four independent scanning layers (L1-L4). This allows the Oracle to identify micro-continuation flags on the same chart where it detects macro-reversal wedges, providing a complete map of market geometry. ⚙️ Proprietary Features 1. Adaptive Geometric Detection The script automatically draws and labels complex chart geometries including: Wedges: Rising and Falling. Triangles: Ascending, Descending, and Symmetrical. Flags: Bull and Bear (quantified via Consolidation-to-Pole ratios). Structural Pivots: Double/Triple Tops and Bottoms. 2. Institutional Trend Sentinel Integrated with the McGinley Dynamic and Kaufman Adaptive EMA (KAMA), the "Trend Filter" ensures you stay on the right side of institutional order flow. When enabled, the suite suppresses counter-trend patterns, highlighting only those with the highest probability of success based on the current market regime. 3. Automatic Target Projection Every detected pattern comes with an automated Institutional Target line. These targets are calculated based on the geometric height of the consolidation and the volatility of the preceding "Flagpole," providing clear objective-based exit points. 4. The Black Flag HUD (Dashboard) A real-time telemetry panel providing: Pattern History: Tracks how many patterns have formed in the current session. Live Bias: Identifies the "Last Pattern" and predicts the "Next" likely institutional move (e.g., Bullish Continuation vs. Breakout Awaiting). 🛡️ How to Use the Oracle Identify the Consolidation: Watch for the Oracle to highlight a Flag, Wedge, or Triangle. Verify via Trend: Check if the pattern aligns with the Trend MA (McGinley/KAMA). Execute the Breakout: Enter on a confirmed breach of the pattern boundary. Target the Objective: Use the projected Target Line for take-profit management. 📋 Technical Specifications & Access Status: Closed Source / Public Access. This script is proprietary but provided for free use by the global TradingView community. Optimization: Best suited for Equities, Indices (SPY/QQQ), and major Forex pairs. Recommended Timeframes: 5m (Scalping), 1H (Intraday), Daily (Swing). Disclaimer: Trading involves significant risk. This tool is for analytical purposes only and does not constitute financial advice. Past performance as shown by historical pattern labels is not indicative of future results.
אינדיקטור Pine Script®
מאת ‎makenlegacy‎
Bitcoin Cost Of ProductionDescription This indicator estimates a Bitcoin “Cost Floor” proxy using network difficulty as a substitute for direct energy costs. The goal is not to compute real-world mining costs, but to display a structural cost-pressure baseline derived from on-chain and market data. The model is intentionally simple and uses two externally fitted parameters (alpha, k). No fitting is performed inside Pine. How the model works The cost proxy is defined as: Cost Floor = alpha ⋅ Difficulty^k / Issuance Inputs: • Difficulty (GLASSNODE:BTC_DIFFICULTY) • Issuance = Subsidy ⋅ Blocks Mined + Fees_BTC Parameters (fitted externally in Python): • alpha: scaling factor to map the proxy into price space (USD). • k: damping exponent on difficulty. This reduces the sensitivity of the model to long-term technological progress and efficiency gains in mining hardware. What the indicator displays • Smoothed Cost Floor (purple) • Cost Zone (purple zone): Cost × 1.2 • Raw Cost Floor (yellow, optional) How to use it This is not a timing tool. It provides a macro context for where price trades relative to a difficulty/issuance-based cost-pressure proxy. It may be useful for: • cycle context (stress vs relief regimes) • comparing price drawdowns against a structural baseline • studying long-term support behavior during miner stress phases Important notes • This indicator does not repaint. • This script is designed only for INDEX:BTCUSD. • It does not provide trading signals or financial advice.
אינדיקטור Pine Script®
מאת ‎jv_indicators‎
Time-based Liquidity SessionsThis indicator plots the three primary index futures sessions (Asia, London, New York) using fixed Eastern Time windows to help traders visually track where liquidity is most likely to build and be attacked. The goal is not to mark exchange business hours, but to highlight behavioral time blocks where sweeps, displacement, and HTF inefficiency reactions statistically occur more often. Session Windows (ET): Asia: 18:00 – 03:00 Range construction, slower movement, sets highs/lows often targeted later. London: 03:00 – 12:00 Increased volatility, frequent raids on Asia range, early displacement. New York AM: 08:00 – 12:00 Highest probability window for liquidity sweeps, HTF FVG reactions, and expansion. New York PM: 12:00 – 17:00 Secondary continuation or controlled reversals, generally lower volatility than AM.
אינדיקטור Pine Script®
מאת ‎joshteal70‎
Blackout Outside Two Editable WindowsBlackout Outside Two Editable Windows This indicator visually restricts the trading day to two user-defined time windows by drawing blackout blocks over all other periods. The script allows traders to define: • Window 1 start and end time • Window 2 start and end time • Timezone (New York, UTC, or Exchange time) • Blackout transparency (solid or semi-transparent) • Number of historical days displayed All price action outside the selected windows is covered with vertical blackout boxes spanning the full chart height. Only the specified time ranges remain visible. Purpose This tool is designed to enforce session discipline and reduce overtrading by: • Isolating high-probability execution windows • Removing visual noise from overnight or low-liquidity periods • Structuring backtesting and replay around defined trade windows • Reinforcing rule-based trading behavior How It Works At the start of each new trading day (based on the selected timezone), the script calculates timestamp boundaries for: Midnight → Window 1 Start Window 1 End → Window 2 Start Window 2 End → End of Day It then draws solid background boxes covering those ranges. The two allowed windows remain unobstructed. Best Used For • Opening range breakout strategies • Session-based futures trading (GC, ES, NQ, etc.) • Prop firm rule enforcement • Replay-based execution training • Reducing emotional / impulsive trades outside plan Notes • Windows must occur in chronological order within the same day. • Designed for intraday timeframes. • Visual filter only — does not block strategy orders (unless added separately).
אינדיקטור Pine Script®
מאת ‎JRTrading_X‎
Profile Edge Trading - Market Profile ChartAuction Market Profile Chart + IB Conviction Engine A complete Auction Market Theory framework with structural intelligence, breakout qualification, and real-time context scoring. Profile Edge Market Profile Chart is not just a TPO Market Profile chart. It is a structured auction analysis engine that integrates: Full TPO distribution Developing & completed Value Areas Poor High / Poor Low detection Buying & Selling Tail tracking Single Print impulse zones Composite profile merging Initial Balance analytics Cumulative Volume Delta IB Breakout Conviction scoring Real-time Market Context Gauge This tool is built to answer: Is this breakout initiative — or just rotational noise? What does this indicator does It converts raw TPO data into a structured decision model. Instead of only plotting letters and levels, it evaluates: Acceptance vs rejection Initiative vs responsive activity Structural obstacles in breakout path Volume confirmation Balance compression Opening type strength CORE FEATURES True TPO Market Profile Intraday (30m brackets) Weekly (75m brackets) Monthly (Daily brackets) Split TPO view (Intraday / All / None) Merge multiple profiles Adjustable value area % Duel Mode (TPO & Candlestick) Clean monospaced letter rendering Structural Detection Engine ✅ Buying & Selling Tails True tail detection (minimum 4 TPO excess) Stored historically Auto mitigation tracking Used inside breakout scoring ✅ Single Prints Detects impulse-driven price gaps Combines consecutive prints Classifies bullish / bearish Tracks mitigation Penalizes breakout if resistance/support exists in path ✅ Poor High / Poor Low Detects weak extremes Extends until mitigated Initial Balance Engine The Initial Balance (IB) is defined by the first two brackets of the session and is classified as Small, Normal, or Wide based on recent volatility. This range serves as the baseline for calculating expansion targets, with extension levels typically projected at 0.5x, 1.0x, 1.5x, and 2.0x of the IB size. 🚀 IB BREAKOUT CONVICTION ENGINE (Unique Feature) This is the core differentiator. This feature answers, “Is this IB break initiative, structurally clean, and supported by participation?” The conviction score evaluates measures like: IB break direction Acceptance beyond developing VA Developing VA migration direction Cumulative Volume Delta confirmation Previous day value acceptance Opening type (OD / OTD / ORR) Consecutive tails OR breakout structure Balance compression (overlap streak + PPOC) Structural resistance within 0.5x extension Unmitigated single prints Unmitigated tails Structural Penalties Breakout conviction is reduced if: Active single prints exist in breakout path Unmitigated tail zones exist inside IB 0.5x extension This prevents false breakout optimism. 📊 Conviction Output The display provides a real-time Directional Bias (Bullish/Bearish) alongside a Conviction Percentage. Based on the conviction level, the system suggests specific Initial Balance (IB) extension targets ranging from 0.5x to 2.0x. Alerts available for: Medium Conviction (≥ 50%), Strong Conviction (≥ 65%) 📈 MARKET CONTEXT GAUGE (Live Sentiment Engine) The Live Sentiment Engine monitors VA migration, delta, and market structure to output a five-tier bias—from Strong Bullish to Strong Bearish. It further qualifies the trade path as Clean (unobstructed) or Blocked (impulse zones present). This gives traders real-time bias before and during breakout attempts. 📊 STATISTICS PANEL Displays: Volatility: ATR, Completed vs. Remaining Range %. Structure: Opening Location/Type, VA Migration (Previous day/Developing), and Cumulative Delta. Consistency: Overlap and PPOC Streaks. HOW TO USE Step 1 – Identify Auction Type Look at: Opening location, Previous VA migration, Developing VA migration, Context Gauge Determine if market is: In balance, Transitioning, Initiating trend Step 2 – Wait for IB Completion After first two brackets: Observe IB size (Small IB often expands), Watch for acceptance outside IB Step 3 – Read Conviction When IB breaks: Check conviction %, Check structural status (Clean vs Blocked), Use suggested target multiple, Do not treat all IB breaks equally. Step 4 – Check Structural Path Before entry: Are there single prints within 0.5x? Are there unmitigated tails? Is price breaking into poor highs/lows? Structure often matters more than momentum. Step 5 – Manage Targets < 40% → rotational / fade likely 40–60% → partial initiative 60–75% → good continuation probability 75% → strong initiative drive Use IB multiples as objective targets. 🔎 HOW THIS IS DIFFERENT FROM CLASSIC MARKET PROFILE Classic Profile: Static TPO display VA + POC plotting IB lines Profile Edge Market Profile Chart: Tracks structural memory (tails & prints) Measures breakout quality Penalizes resistance in path Integrates cumulative delta Classifies opening types Detects balance compression Provides quantified conviction Provides real-time sentiment gauge Filters false initiative attempts Classic profile shows structure. Profile Edge Market Profile chart interprets structure. 🎯 BEST FOR Index futures Intraday traders Auction Market Theory traders Profile-based discretionary traders Context-driven execution strategies
אינדיקטור Pine Script®
מאת ‎profileedge‎
Nasdaq Liquidity Fade Engine (NLFE)Summary in one paragraph Nasdaq Liquidity Fade Engine is a daily timeframe strategy for Nasdaq index futures and close proxies such as NQ, MNQ, and NDX. It is designed to act only when a small set of tape, mean location, and trend energy conditions align, and it expresses risk using an ATR sized bracket so the same settings scale across NQ and MNQ. It is original because it can optionally anchor its signal feed to a single continuous Nasdaq tape while executing on related instruments, reducing symbol noise when you want one consistent decision stream. Add it to a clean chart and read entries and exits from the built in strategy markers. Orders confirm on bar close, so markers settle on close. Scope and intent • Markets. NQ, MNQ, NDX, and other highly liquid Nasdaq linked instruments • Timeframes. Primarily daily, other timeframes are supported but not the optimization target • Default demo used in the publication. CME_MINI:NQ1! on 1D • Purpose. Provide a compact, auditable daily decision engine for Nasdaq instruments with explicit volatility scaled risk • Limits. This is a strategy. Orders are simulated by the TradingView engine on standard candles only Originality and usefulness This is not a stack of common indicators. It is a minimal asymmetric rule set with a portability layer. • Unique concept or fusion. Optional tape anchored signal feed plus asymmetric long and short gating plus ATR normalized risk brackets • What failure mode it addresses. Reduces discretionary over trading by restricting entries to specific tape states and by enforcing a hard stop framework instead of indefinite holds • Portable yardstick. ATR on the traded symbol is the common unit for stop and target sizing across NQ and MNQ • Protected scripts. The implementation is protected to reduce low effort cloning and to preserve version integrity, while the method and practical use are disclosed here Method overview in plain language The strategy evaluates a small set of state conditions on each bar. It uses a selected signal feed for its tape inputs and applies risk on the traded chart symbol. Long and short are intentionally asymmetric to reflect Nasdaq drift and downside behavior. Base measures • Tape state. Candle direction and relative participation measured from the selected signal feed • Mean location. A rolling mean reference used to define location and fade context • Trend energy. A trend strength filter used to avoid low quality fades • Risk unit. ATR of the traded symbol used as a volatility scaled sizing unit for exits Components • Tape contraction state. Detects low participation pullback behavior on the signal feed. Used to qualify long opportunity context in a way that is not tied to a fixed point value. • Mean location state. Uses a rolling mean reference to avoid taking fades in the wrong location regime. • Trend energy gate. Uses a trend strength threshold to require sufficient directional energy when the short side activates. • ATR bracket risk. Uses ATR multiples for stop and target distances on the traded symbol, keeping risk scalable across NQ and MNQ. Fusion rule The model uses two separate gate sets. Long and short do not share identical prerequisites. The intent is to capture pullback opportunity under contraction while only enabling shorts when location and energy align. Signal rule • Long suggestion appears when the tape state indicates a contraction style pullback and the regime filter is satisfied • Short suggestion appears when the tape state indicates a fadeable push that is location constrained under the mean reference and trend energy is above the threshold • Long only mode disables opening shorts, while still allowing the short condition to flatten an open long • Long and short mode allows directional flips when the opposite condition triggers Inputs with guidance Setup • Use NQ as signal source. When enabled, the tape inputs are sourced from the chosen NQ feed so signals can remain consistent across NQ, MNQ, and NDX charts. When disabled, tape inputs come from the chart symbol. • NQ symbol. The anchor feed used when signal sourcing is enabled. • Signal timeframe. Blank uses the chart timeframe. For the intended daily workflow, use 1D. Logic • EMA length. Typical range 10 to 60. Higher values smooth the mean reference and reduce sensitivity. Lower values increase responsiveness. • Start year filter. Use to constrain testing to the regime you want to study. Defaults reflect the post 2008 regime focus. Filters • ADX length and smoothing. Typical range 10 to 20. Shorter reacts faster and can increase churn. • ADX minimum. Typical range 15 to 30. Raising it filters shorts and concentrates on higher energy phases. Risk • Use ATR stop and target. Enables ATR sized bracket exits. • ATR length. Typical range 10 to 21 on daily. • Stop ATR multiple. Typical range 0.3 to 2.5. Raising it gives more room and increases risk per trade. • Target ATR multiple. Typical range 4 to 30 for more frequent targets. Very large values behave like an expansion capture mode where exits are dominated by the stop or by an opposite regime switch rather than by the target. Properties visible in this publication • Initial capital for the example. 100000 • Base currency. USD • request.security uses lookahead off everywhere • Strategy only. Default order size method Fixed with value 1 contract. Pyramiding 0. Commission 5 USD per contract. Slippage 5 ticks. Process orders on close On. Bar magnifier Off. Recalculate after order is filled Off. Calc on every tick Off. Realism and responsible publication • No performance claims. Past results never guarantee future outcomes • Execution varies by venue, liquidity, and volatility • Orders process on bar close and fills use TradingView engine assumptions • Non standard chart types are not supported for strategies Honest limitations and failure modes • This is optimized for the daily timeframe. Intraday use can change signal frequency and behavior materially. • If you enable tape anchoring, volume and candle state come from the selected feed. This can be useful for consistency, but it also means the tape input is not the same as the executed symbol for instruments with different session structures or synthetic volume. • Very quiet regimes can reduce signal contrast. Consider longer lengths or higher thresholds. • Gap heavy periods can change stop and target behavior. • If both stop and target are inside the same bar range, fills follow standard candle assumptions. Legal Education and research only. Not investment advice. You are responsible for your decisions. Test on historical data and in simulation before any live use. Use realistic costs.
אסטרטגיית Pine Script®
מאת ‎exlux‎
Ict Core //@bajgos.nq## ## Key Features **Author: bajgos.nq //discord** ### ### 1. Key Market Open Levels The indicator tracks and plots horizontal lines for significant market opening times across various timeframes. - **Custom Key Opens**: Supports up to seven user-defined daily timestamps (e.g., 8:30, 9:30, 10:00) with individual toggles, custom colors, and unique labels. - **Higher Timeframe (HTF) Opens**: Automatically plots current and previous levels for Daily (DO/PDO), Weekly (WO/PWO), Monthly (MO/PMO), Quarterly (QO/PQO), and Yearly (YO/PYO) opens. - **Intersection Confluence Logic**: A specialized algorithm that identifies when multiple timeframe opens coincide at the same price level. It dynamically updates the label to show all overlapping opens, such as "DO / WO / MO" or "PDO / PMO". - **Lookback & Visual Control**: Users can define a lookback period (up to 20 days) for historical lines and adjust the label/line distance to the right of the current bar. ### ### 2. Session Tracking & Asia "Vodo" Provides automated visual boxes and levels for major trading sessions and "Kill Zones" (KZ). - **Institutional Sessions**: Visualizes London (lokz), New York AM, New York PM, and Asia (askz) sessions. - **Dynamic Range Visuals**: Sessions are drawn with "legs" that connect the session high/low range to the price action for clear visual reference. - **Asia Range + Vodo Levels**: Beyond standard session highs and lows, this module plots specific **"Vodo" Fibonacci-style deviations**. These include fixed offsets at 0.225, 0.25, and 0.272, with an optional 0.35 deviation toggle for both upper and lower expansions. ### ### 3. Wick Theory & Quadrant Levels This feature identifies pivot highs and lows to highlight price "wicks" as potential institutional reaction zones. - **Wick Detection**: Uses a customizable "Wick Aggression" length to identify pivot points. - **Mitigation Logic**: Areas can be set to "mitigate" (disappear) once price retraces into the 50% midpoint of the wick. - **Quadrant Analysis**: Displays 25%, 50%, and 75% levels within a detected wick to pinpoint precise internal institutional levels. - **Future Extension**: Wick boxes and quadrant lines are extended into the future by a user-defined bar count. ### ### 4. New Week Opening Gaps (NWOG) The indicator detects and tracks the physical price gaps created between the previous week's close and the new week's open. - **Visual Tracking**: Displays a user-defined number of the most recent weekly gaps on the chart. - **Gap Anatomy**: Each gap includes visual levels for the Gap Top, Gap Bottom, and the Midline (Consequent Encroachment). ### ### 5. SDM Time Window Highlight The **SDM** feature serves as a specialized **time window highlight** designed to mark specific institutional periods. - **Visual Zones**: Creates a vertical highlight for specific time windows, such as 9:30 AM to 11:00 AM New York Time. - **Infinite Vertical Span**: These highlights use a "practically infinite" vertical span, ensuring the highlight remains visible across all price levels regardless of market volatility. - **History Management**: Automatically manages a history of these windows based on a "Maximum Days Lookback" setting to prevent chart clutter. ### ### 6. Technical Utilities & Customization - **GMT Offset**: Includes a GMT offset input to align key market opens with specific broker or local time settings. - **Global Visual Settings**: Users can customize line widths, label sizes, and colors for all session boxes and timeframe opens. - **Multi-Timeframe Security**: Utilizes `request.security` with `lookahead_on` to ensure accurate and reliable historical data for higher timeframe opens.
אינדיקטור Pine Script®
מאת ‎Flowwwing‎