Absorption Detector Pro Absorption Detector Pro
Absorption Detector Pro finds high-quality "absorption" bars — spots where aggressive volume hits the market but price fails to move proportionally, and instead reverses and closes strongly against the initial push. This is the classic effort-vs-result signature used in order-flow and volume-spread-analysis (VSA) trading: big effort (volume), little result (range), and a rejection close. The script layers PVSRA candle context, liquidity-sweep detection, trend filtering, a self-adjusting percentile ranking, and an optional intrabar buy/sell delta check on top of that core idea to cut down on noise and surface only the strongest candidates.
How it works
Absorption Score — for every bar, volume relative to its average (volume ratio) is divided by range relative to its average (range ratio). A high score means unusually large volume produced an unusually small candle — a sign of absorption.
Percentile Ranking — rather than using a single fixed cutoff, the score is ranked against the last N bars (percentile rank window, default 100) and only scores in the top X% (default 90th percentile) qualify. This lets the indicator self-adjust across symbols and timeframes instead of relying on one static threshold.
PVSRA Candle Context — each candle is classified as climax volume, above-average volume, or normal, based on volume and volume×range vs. their recent averages. Candles are optionally painted with these PVSRA colors for quick visual context, and climax volume can be required for a signal.
Liquidity Sweep — the script can require that the signal bar poked beyond the recent swing high/low before reversing (a stop-hunt/sweep pattern), which is a common precursor to genuine absorption.
Trend Filter — signals can be required to occur against the prevailing trend (price vs. a moving average), since absorption is most meaningful as a reversal/exhaustion signal rather than mid-trend noise.
Order Flow Delta (optional) — using request.security_lower_tf, the script can pull intrabar buy/sell volume from a lower timeframe (default 1-minute) and require that the net delta actually confirms the proposed direction (e.g., net selling on a bullish absorption bar that still closes strong).
Cooldown — a minimum bar count between signals prevents clustered, repetitive triggers during choppy conditions.
A bullish or bearish absorption signal only fires when all enabled gates pass together: elevated volume, a score above both the floor and the percentile threshold, correct close position in the bar's range, (optionally) climax volume, a liquidity sweep, trend alignment, and delta confirmation.
Reading the indicator
Triangle markers below/above bars mark bullish/bearish absorption signals.
Labels (optional) show the absorption score multiple and its percentile rank at the moment of signal.
Background highlight (optional) shades the signal bar.
Candle colors (optional, PVSRA) show climax volume, above-average volume, and normal volume at a glance, independent of signals.
Diagnostics table (top-right, optional) shows live volume ratio, range ratio, absorption score, percentile rank vs. the required threshold, climax status, sweep status, trend context, and bars since the last signal — useful for understanding why a bar did or didn't qualify.
Suggested use
This is a reversal/exhaustion tool, best used where volume and order flow context matter — e.g., around key support/resistance, session highs/lows, or after an extended directional move:
Use the diagnostics table while tuning inputs for a given symbol/timeframe, since default thresholds are a starting point, not a universal setting.
Start with default settings (climax volume + sweep required, trend filter on) for fewer, higher-conviction signals; relax individual gates (in the Signal Quality group) to see more candidates.
Combine with your own structure analysis (support/resistance, higher-timeframe trend) and risk management — this indicator identifies where volume and price disagree, not a complete trade plan.
The optional delta confirmation adds real intrabar buy/sell context but requests lower-timeframe data, so it will be slower to calculate and is best kept off unless you specifically want that extra filter.
Inputs
Core Absorption — averaging lookback, minimum volume ratio floor, minimum absorption score floor, close-in-range threshold
Signal Quality — percentile ranking window, minimum score percentile, require climax volume, require liquidity sweep (+ lookback), require trend context (+ MA length), cooldown bars between signals
PVSRA Candles — lookback, climax/above-average volume multipliers, candle coloring toggle and colors
Order Flow Confirmation (optional) — toggle and lower timeframe for intrabar delta
Visuals — labels, background highlight, diagnostics table, marker colors
Alerts
Two alert conditions are built in:
Bullish Absorption — swept lows, climax volume, compressed range, strong close
Bearish Absorption — swept highs, climax volume, compressed range, strong close Indicator
Bollinger Sweeps & Dynamic Trendline Matrix PROBollinger Sweeps & Dynamic Trendline Matrix PRO
Bollinger Sweeps & Dynamic Trendline Matrix PRO is a modern, high definition technical analysis indicator optimized specifically for clean charting and high visibility across both light and dark themes. It seamlessly combines customized Bollinger Band volatility tracking, liquidity sweep detection, high confluence trendlines, market structure analysis, and outer neon glowing candlesticks.
Key Features Overview
1. Optimized Bollinger Bands Engine
Features lightweight, low opacity Bollinger Bands with fully customizable length, multiplier, line styles (Solid, Dashed, Dotted), line thickness, and transparency controls.
2. Bollinger Liquidity Sweeps (ITH & ITL Badges)
Identifies liquidity sweep points where price action pierces or touches the outer bands and sharply reverses, marking valid Intermediate Term Highs (ITH) and Intermediate Term Lows (ITL).
3. High Confluence Auto Trendlines
Draws precise trendlines anchored strictly across high confluence swing points, avoiding clutter. Includes full customization for line style, thickness, and color.
4. True Outer Neon Glowing Candlesticks
Uses multi layered rendering to project an outer glowing halo around price candlesticks, making trend direction pop cleanly on white or dark backgrounds.
5. Clean Split Line Market Structure Signals
Detects Break of Structure (BOS) and Change of Character (CHoCH) levels. Structure lines split cleanly around centered text labels with an automatic gap for maximum chart legibility.
6. Triangle Pattern Consolidation Engine
Detects volatility squeezes and marks triangle breakout and breakdown confirmations right as volatility expands.
Settings Overview
Bollinger Bands Settings
- Show Bollinger Bands Engine: Toggle display of bands.
- Band Transparency & Thickness: Adjust opacity and line width.
Bollinger Sweep Settings
- Show BB Sweep Pivots: Toggle ITH and ITL liquidity badges.
Smart Trendline Settings
- Show Smart Trendlines: Toggle trendline overlays.
- Custom Styles: Adjust line style (Solid, Dashed, Dotted), thickness, and colors.
Market Structure Settings
- Show BOS & CHoCH Signals: Toggle structure lines and labels.
Outer Glow Settings
- Enable Outer Glowing Theme: Toggle multi layered candlestick halo effects.
Disclaimer
This script is built strictly for educational, analytical, and charting enhancement purposes. It does not provide financial advice, automated trade signals, or guaranteed results. Always practice strict risk management. Indicator
Sessions & Liquidity with HTF Order BlocksWHAT IT DOES
This indicator combines three intraday concepts on one chart: the actual price range of each trading session, the unswept extremes those sessions leave behind, and higher-timeframe order blocks. The goal is to see where liquidity is resting and where the higher timeframe last shifted direction, without stacking three separate scripts on the chart.
1. SESSION RANGE
For each of the three sessions (Asia, London, New York) the script tracks the running high and low and draws them as two horizontal segments bounded by the session window itself — the segments do not run across the whole chart. While a session is open, the segments are projected forward to its scheduled close time, which is computed from the session string (HHMM-HHMM) in the selected time zone; overnight windows such as 1600-0100 are handled by rolling the close into the next day. When the session ends, the projection is trimmed back to the last bar of the session, so what remains on the chart is the true range of that session and nothing more.
Session windows, names, colors and the time zone are all inputs. The defaults are set for Europe/Moscow (UTC+3): Asia 03:00-12:00, London 10:00-19:00, New York 16:00-01:00.
2. LIQUIDITY LEVELS (HH session / HL session)
The moment a session closes, its high and low are converted into liquidity levels: dashed lines extended to the right and re-anchored to the current bar on every new bar. The idea is the standard one — a session extreme that has not been traded through is resting liquidity, and price tends to reach for it.
A level is considered swept as soon as any bar trades beyond it (high > level for a high, low < level for a low). A swept level is deleted from the chart instead of being greyed out, so at any moment the chart only shows liquidity that is still intact. Optionally an alert fires on the sweep, on bar close, with the level type and price in the message.
Only the N most recent levels per side are kept (4 by default) so the chart does not accumulate old lines.
3. HIGHER-TIMEFRAME ORDER BLOCKS
Order blocks are calculated on a configurable higher timeframe (1H by default) via request.security with lookahead_off, so no future data is used and the blocks do not repaint into the past.
The definition used here is deliberately simple and mechanical:
- a bullish block is the last bearish candle after which the next candle closed above its high;
- a bearish block is the last bullish candle after which the next candle closed below its low.
That candle's range (its high and low) becomes the zone. A block is drawn from the timestamp of the origin candle and its right edge follows the close of the session currently in progress — when London and New York overlap, the earlier close is used, and the edge jumps forward once that session ends. This ties the zones visually to the session structure rather than letting them extend indefinitely.
A block is removed as soon as price closes beyond it (below a bullish zone, above a bearish zone) — a wick through the zone does not mitigate it. Only the N most recent blocks per side are kept (3 by default).
HOW TO USE IT
- Intended timeframes: 5m, 15m, 30m, 1H. Sessions do not exist on daily and above, so on 1D and higher the script only prints a warning label and draws nothing.
- Set the time zone input to the one your session hours are written in — everything else follows from it.
- A typical read: price sweeps an HH session level (the level disappears and the alert fires), then reacts from a higher-timeframe order block in the opposite direction. The sweep marks where liquidity was taken; the block marks where the reaction is expected.
- The session ranges themselves are useful as context: a New York range opening entirely above the London range is a different market than one opening inside it.
ALERTS
Enable "Alert when a level is swept" and create an alert on the indicator with "Any alert() function call". The message contains the level type (HH/HL session) and its price.
ORIGINALITY AND NOTES
Session boxes, liquidity levels and order blocks all exist as separate published scripts. What is specific to this one is how the three are wired together: session extremes become liquidity levels automatically on session close, swept levels are deleted rather than kept, and the right edge of every order block is bound to the close of the session currently running instead of extending forever. All levels come from closed sessions and all order blocks are read with lookahead_off, so nothing on the chart is drawn using data that was not available at that time.
This script is not a signal generator and produces no entries or exits — it is a context tool.
Indicator
Supply & Demand Zones - Zone Forge [AFD]
Two zones on your chart. One came from a four-bar coil that price left in a single decisive candle. The other took twenty bars to go nowhere and slid out the bottom. Your indicator drew them identically.
That difference is measurable at the moment each zone forms - how tight the base was, how hard price left it - and it is measurable from the same two numbers the tool already had to compute in order to find the zone at all. Almost every zone tool computes them on the way past and throws them away.
Zone Forge keeps them. Every zone is scored on how it was constructed, and the score is painted rather than printed: a well-built zone carries more glow and deeper fill, a marginal one recedes into the background. No letter, no number, nothing to decode. The chart sorts itself.
Why it matters
A supply or demand zone is a fussy construction pretending to be a simple one. It needs a short, tight cluster of bars - the base - that price then left decisively in one direction. Both halves are measurable, and the ratio between them separates a coil that broke from a range that drifted. This describes how an area formed, and says nothing about what price does next.
At a glance
Four patterns, each switchable - rally-base-drop and drop-base-drop become supply; drop-base-rally and rally-base-rally become demand. Turn off the ones you do not trade.
A grade on every zone - built from two ratios the engine already computes, tiered Strong, Standard and Weak, and shown as vividness rather than as a label.
A one-way lifecycle - Fresh, Tested, Broken. A broken zone never returns to fresh, and a tested zone steps further back with each additional test.
Detection in one click - Scalp, Intraday or Swing set base length, tightness and departure strength together. Custom exposes all three.
Measured against your chart's own volatility - base height and departure distance are both in ATR(14) units, so one setting means the same thing on a $4 stock and a $400 one.
Nine colour themes - Signature, Neon, Muted, Mono, Terminal, Midnight, Ocean, Ember, and Paper for light charts, plus Custom. Three appearance presets over the top - Signature, Clean and Minimal - plus a Custom that leaves every control acting on its own.
Four alert conditions - new demand zone, new supply zone, zone tested, zone broken, as four separate entries in the alert dialog rather than one.
Three Data Window values for screening - distance to the nearest demand zone, distance to the nearest supply zone, and whether price is inside one.
How a zone is built
A base is a run of bars whose whole height fits inside Base tightness x ATR(14). A departure is a bar that CLOSES beyond that base by at least Departure strength x ATR(14) - the close, never the high or the low, so a spike that closes back inside draws nothing.
Both halves must be complete. A zone is created from a finished base and a finished departure, and appears on the bar that closes the departure, not before.
Two rules that change what you see:
A tight run LONGER than Base max length is rejected as a range. It is not trimmed to its last few bars and admitted anyway.
The departure is measured against the PREVIOUS bar's ATR, so the departure bar's own range cannot inflate the threshold it has to clear.
The grade, stated plainly
grade score = (departure distance / required distance) / max(base height / height limit, 0.50)
A zone that cleared the departure requirement by 3x off a base using half its allowed height scores well above one that cleared it by 1.1x off a base that used all of it. Only just qualifying on both counts scores 1.0x.
Weak, Standard and Strong are fixed thresholds on that score, and the tier is decided on the bar that creates the zone.
The score is computed once and is never recomputed. A zone already on your chart does not restyle itself later.
Grade emphasis sets how far apart the three tiers LOOK, from nearly identical to a wide visual split. It changes appearance only, never which tier a zone is in.
The tiers describe construction. They are not a ranking of what is likely to happen at a zone, and no tier is presented as the one to trade.
The lifecycle
Fresh - price has not come back yet. Brightest.
Tested - price traded into the zone and it held. The fill and glow step back, and each further test steps them back again up to a fixed limit, so an area that has been worked repeatedly recedes on its own rather than vanishing.
Broken - price closed through it. Hidden by default, because showing them roughly triples what is on the chart.
You choose what counts as each. Break rule is close-through or wick-through; Test rule is wick-touch or close-inside. Break beats test on the same bar, and the lifecycle only ever runs one way - a broken zone never becomes fresh again.
Flip broken zones, off by default, draws a fresh zone of the OPPOSITE type at the same levels when a zone breaks. The broken zone stays broken - this creates a new zone rather than reversing an old one, so nothing already on your chart changes what it claims to be. One generation only.
How it differs from a standard zone tool
The grade is a consequence of the construction, not a bolt-on - a swing-pivot band inflated by a fixed ATR width has no tightness to measure, and a fair-value gap has no base at all. Only something that finds a consolidation and THEN measures the move away from it has the two numbers to divide.
Strength is the visual language - the ranking is carried by glow and fill depth, so the chart is read at a glance instead of decoded. No letter appears on the box unless you ask for one.
The chart is kept bounded on purpose - a cap per side, a maximum age, broken zones hidden, and an overlap rule that will not admit a new zone sitting on top of a live one.
A theme system, not a colour picker - nine curated palettes, one of them built for a light chart, and three appearance presets over the top.
Nothing about the grade is hidden - the score is one division, the two thresholds it divides are the same ones detection already applied, and every constant is a named value in source you can read. A trust signal, not the pitch: what you are here for is the zones.
The visuals
Layered glow, not a flat rectangle - concentric halo boxes off a single Glow intensity control, with a floor so no layer is ever invisible. Glow spread sets how far the halo reaches.
Fill, border and edges are independent - each carries its own colour, width and style, and each can be switched off. Border off leaves the fill and the glow; fill off leaves an outline.
Emphasise nearest zone - thickens the border of the zone closest to price on each side.
50% line - the midpoint mitigation level, off by default, with its own colour and style.
Labels - Type, Type + age, Type + grade, Type + touches or Age; four positions, four sizes, a bar offset; worded Supply/Demand, the full pattern name or the trade shorthand. Every label carries a hover breakdown: pattern, span, state, age and grade.
Zone count table - a small optional panel counting what is on the chart.
Master opacity - fades every colour together in one control, without touching any individual setting.
Alerts
New demand zone
New supply zone
Zone tested
Zone broken
Create these from PulseWire's alert dialog. How often an alert re-fires while its condition holds is set in that dialog, not in the script. A running alert keeps the inputs, symbol and timeframe it was created with - recreate it after changing any of them.
How to use it
Pick a detection style first - Scalp, Intraday or Swing. It is the only setting that changes WHAT gets found; everything else changes how what was found looks.
Works best on a 5-minute chart or lower - a zone needs a completed base and a completed departure to print, and that pattern completes far more often per session on a fast chart than a slow one, so a 5-minute-or-lower timeframe gives you more zones to read.
Read the fresh zones first - they are the brightest, and they are the areas price has not returned to.
Read the grade as build quality - a Strong zone came from a tight base and a decisive departure, a Weak one only just cleared both tests. Both are drawn, because knowing which is which is the point.
Watch a zone dim - each test steps it further back. A zone tested three times looks like what it is.
Set the look once - Preset gives you the vivid default, a clean one and a minimal one in a click, or Custom to set everything yourself; Colour theme gives nine palettes; Master opacity fades the lot. Then leave it alone.
Hover anything unclear - all 63 inputs carry a tooltip, and every zone label carries a breakdown.
What it deliberately does not do
It reads the open, high, low, close and volume of the chart you have open, and nothing else. There are no request.security() calls, no other symbol, no higher-timeframe import, and no options or order-book data of any kind.
So it does not know about order flow, dealer positioning, or where anyone's orders actually are. Supply and demand here name where a price move ORIGINATED. They do not name a measured book, and the words that would imply otherwise are kept out of every string this script ships.
It draws no entries, exits, targets or arrows, and makes no accuracy, reliability, profitability, probability or future-result claim of any kind. The grade describes an area built from bars that have already printed: a construction score establishes neither future direction nor the quality of any trade. Educational chart context only - not financial advice.
Data, timeframes and what to check yourself
Zones are created from confirmed bars only - a completed base and a completed departure. Once created, a zone's geometry does not move: its top, bottom and left edge are fixed, and only its lifecycle state changes, one way, on closed bars. Confirm it with the bar-replay tool on your own symbol and timeframe before relying on it - a description of mechanism is not that check, and nothing here claims to be.
The three Data Window values read the live close - the two distances and the inside-zone flag. They create, test, break and prune nothing.
The zone count is bounded by Pine's drawing limits - the source declares budgets of 500 boxes, 500 lines and 100 labels, and every glow layer, edge line and label spends from them. Max zones per side and Max zone age are the controls that keep you inside.
Standard time-based candles - on Heikin Ashi, Renko or Range the engine measures those synthetic values rather than traded prices, so the bases it finds are not the bases on your price chart.
Base tightness is not a strictness dial - the zone count peaks in the middle of its range and falls away at both ends, which is why the range stops where it does. Loosening it past the peak draws FEWER zones, not more.
Detection needs history - ATR(14) must exist before anything can be measured against it, so the opening bars of a chart produce nothing.
Originality and credit
Supply and demand zones are old ground. What is new is that the construction is measured, and the measurement is what you see: base tightness and departure distance resolved into one score, that score frozen on the bar that creates the zone, and the ranking expressed as glow and fill depth rather than as a label to decode.
Open source under the Mozilla Public License 2.0. (c) Auction Foundry.
Indicator
Indicator
SMC V3 - OB FVG OTE - Institutional Move DetectoSMC V3 est un indicateur d'aide à l'analyse basé sur les concepts Smart Money Concepts (SMC), conçu principalement pour l'analyse de XAUUSD (Gold) en 15 minutes.
L'objectif est de filtrer les configurations et d'identifier des zones présentant plusieurs confluences avant de proposer un setup.
Le système combine :
Order Block (OB)
Fair Value Gap (FVG)
Liquidity Sweep
Displacement / impulsion
OTE Fibonacci 61.8% - 78.6%
Retracement dans la zone
Score de validation strict 4/4
Lorsqu'un setup valide est détecté, l'indicateur construit automatiquement une zone BUY ou SELL et calcule les niveaux Entry, Stop Loss et Take Profit, avec un objectif basé sur un Risk/Reward de 1:2.
Le signal BUY ou SELL du tableau de bord n'est affiché que lorsque le prix revient suffisamment proche du niveau d'Entry. En dehors de cette zone, le statut reste sur WAIT, afin d'éviter d'afficher un signal lorsque le prix est déjà trop éloigné de l'entrée prévue.
L'indicateur comprend également un dashboard dynamique permettant de suivre le setup actif, le score, la validation OB/FVG, l'OTE, le niveau d'Entry, la distance du prix par rapport à l'Entry et le signal actuel.
Un journal statistique des dernières zones conservées permet de suivre les résultats historiques avec le nombre de WIN, LOSS, trades en cours, zones sans Entry et le Win Rate.
Les anciennes zones peuvent être conservées sur le graphique afin de faciliter le backtesting visuel et l'analyse des setups précédents.
Important : cet indicateur est un outil d'aide à l'analyse et ne constitue pas un conseil financier. Les signaux et performances historiques ne garantissent pas les résultats futurs. Indicator
[SkuldX] SFP Swing Failure PatternSkuldX Swing Failure Pattern — Institutional Liquidity Sweep Detector
by SkuldX Trading Systems
What is it?
SkuldX Swing Failure Pattern automatically detects one of the most powerful reversal setups in Smart Money and ICT trading. The Swing Failure Pattern occurs when price sweeps beyond a key swing level — triggering stop-loss orders clustered there — but then closes back within the previous range. This signals that institutional participants have absorbed the available liquidity and are now positioning in the opposite direction.
Unlike random false breakouts, the SFP has a precise structure: a meaningful wick beyond a swing high or low, a close that returns inside the range, and a visible rejection zone where the liquidity grab occurred. SkuldX SFP identifies all three automatically and displays them directly on the chart.
The mechanics
Every swing high and swing low acts as a magnet for stop-loss orders. Retail traders who are long place their stops just below swing lows. Retail traders who are short place their stops just above swing highs. Institutional participants know exactly where this liquidity sits.
An SFP forms when price is deliberately pushed beyond one of these levels to trigger those orders — collecting the liquidity — and then immediately reverses. The result is a candle with a long wick beyond the level and a close that returns inside the prior range. This is not a random failure. It is a deliberate liquidity grab followed by institutional repositioning in the opposite direction.
Two pattern types
🔴 Bearish SFP — price sweeps above a previous swing high with a wick but closes below it. The failed attempt to break higher signals that sellers have absorbed the bullish liquidity and are now in control. Expect a move downward.
🟢 Bullish SFP — price sweeps below a previous swing low with a wick but closes above it. The failed breakdown signals that buyers have absorbed the bearish liquidity and are now driving price higher.
What you see on the chart
Each detected SFP displays three visual elements simultaneously:
Label — appears above or below the candle with the signal direction and the exact price of the swept level. Instantly identifies the pattern without manual analysis.
Dashed line — marks the swing level that was breached. Extends from the beginning of the lookback window to the right, showing which structural level triggered the sweep. This level often acts as support or resistance in subsequent price action.
Rejection zone (box) — shaded area between the wick extreme and the swept level. This is the liquidity grab zone — the price range where stop orders were triggered and institutional positions were built. The size of this zone reflects how aggressively price was pushed beyond the level before reversing.
Quality filters
Two independent filters prevent low-quality signals from appearing on the chart.
Min Wick Size % of candle — requires the rejection wick to be at least a specified percentage of the total candle range. A small wick relative to the candle body suggests weak rejection. Default 0.5%. Increase to 2–3% on noisy instruments to require a more decisive rejection.
Min Breach Size % of level — requires the wick to extend at least a specified percentage beyond the swing level. A sweep that barely ticks beyond the level carries less significance than one that pushes meaningfully through it. Default 0.05%. Increase to 0.1–0.2% for stricter confirmation.
Both filters can be set to zero to show all detected patterns without filtering.
Settings reference
Swing Lookback (bars) — defines how many bars back to search for the swing high or low that gets swept. Default 10. Lower values find more local patterns, higher values require more significant swing levels. On 15m charts, 10 bars covers approximately 2.5 hours of price history.
Min Wick Size % of candle — minimum upper or lower wick as a percentage of the total candle range
Min Breach Size % of level — minimum distance the wick must extend beyond the swing level
Show Bullish / Bearish SFP — independent toggles for each direction
Show Labels — toggles the signal label above or below the candle
Show Level Line — toggles the dashed line at the swept swing level
Show Rejection Zone — toggles the shaded box between the wick and the level
Zone Extend — how many bars to the right the zone and line extend
Label Size — tiny, small, or normal
Bullish / Bearish Color — independent color control for each direction
Zone Transparency — opacity of the rejection zone fill
Line Width — thickness of the swept level line
Data Window
Hovering over any bar shows binary flags for Bullish SFP and Bearish SFP detection, the current swing high and swing low values used as reference levels, the upper and lower wick percentages, and the breach percentage of the swept level. These values are useful for calibrating the quality filters to your specific instrument and timeframe.
How to use it in practice
Entry timing — the SFP signal fires on the bar where the rejection occurs. The most aggressive entry is at the close of that candle. A more conservative approach is to wait for the next candle to confirm continuation in the reversal direction before entering.
Stop placement — place the stop-loss beyond the wick extreme, outside the rejection zone. The wick tip represents the furthest point of institutional manipulation — price returning beyond it invalidates the pattern.
Take-profit targets — common targets are the opposite swing extreme, a session High or Low from the current day, or the next significant structural level. The swept swing level itself often acts as resistance or support on the retest.
Timeframe selection — SFP signals are most reliable on 15m and above. On very low timeframes the pattern appears frequently but with lower conviction. On 1h and 4h the signals are rarer but carry significantly more institutional weight.
Confluence — the highest-probability SFP setups occur when the swept level coincides with a session boundary. A bearish SFP that sweeps the Asian High during London session is a classic institutional liquidity grab setup. A bullish SFP at Asian Low during the NY Overlap is one of the strongest intraday reversal signals available.
Volume context — a sweep accompanied by above-average volume confirms institutional participation. A low-volume sweep may indicate a thin market move rather than a deliberate liquidity grab.
Common mistakes to avoid
Entering immediately on the wick without waiting for the candle to close. The pattern is only valid after the close confirms the rejection — a candle that is still forming may yet close beyond the level as a genuine breakout.
Trading every SFP signal regardless of context. The pattern is significantly more reliable when it sweeps a level that has been respected multiple times previously, when it occurs during a high-liquidity session window, and when it aligns with the broader directional bias.
Using too small a lookback. A swing high from 3 bars ago carries far less liquidity than one from 10–15 bars ago. Increase the lookback if signals feel too frequent or structurally insignificant.
Built for SkuldX ecosystem
SkuldX Swing Failure Pattern is designed to work alongside the full SkuldX indicator suite. The most reliable SFP setups emerge when multiple layers of context align simultaneously:
A bullish SFP at the Asian Low after the Asian session closes — detected by SkuldX Trading Sessions — suggests institutional accumulation before London or NY drives price higher
A bearish SFP at the Asian High during London session with ADR Used % above 80% — from SkuldX ADR Levels — indicates both a liquidity sweep and statistical range exhaustion at the same level
An SFP confirmed by a Bullish Trend or Bearish Trend reading in SkuldX OI Delta adds institutional conviction — new positions opening in the reversal direction confirm the sweep was not random
An SFP that forms at a level already flagged by SkuldX Level Patterns as a multi-touch support or resistance zone carries significantly more weight than one at a fresh untested level
Each indicator in the suite adds an independent dimension of confirmation. Using them together reduces noise and improves the quality of setups without adding complexity to the decision process.
Indicator
Liquidity + Order Blocks Liquidity & Order Blocks [Pine Script
📌 Overview
Liquidity & Order Blocks is a price-action and Smart Money Concepts (SMC) style indicator designed to help traders visually identify important liquidity areas, liquidity sweeps, and potential order-block zones directly on the chart.
The indicator is designed primarily as a market-structure and price-action analysis tool. It does not guarantee profitable trades and should not be used as a standalone trading system.
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🔹 What Does This Indicator Show?
1. Buy-Side Liquidity (BSL)
Buy-side liquidity is generally found above previous swing highs.
The indicator identifies swing highs and projects liquidity levels from them.
When price moves above a previous swing high and then closes back below that level, the indicator can identify it as a:
BSL Sweep — Buy-Side Liquidity Sweep
This can be useful when studying potential bearish reactions after liquidity has been taken.
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2. Sell-Side Liquidity (SSL)
Sell-side liquidity is generally found below previous swing lows.
The indicator identifies swing lows and projects liquidity levels from them.
When price moves below a previous swing low and then closes back above that level, the indicator can identify it as:
SSL Sweep — Sell-Side Liquidity Sweep
This can be useful when studying potential bullish reactions after liquidity has been taken.
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🔹 Order Blocks
The indicator automatically searches for potential order blocks following liquidity sweeps.
🟢 Bullish Order Block
A bullish order block is identified after a sell-side liquidity sweep when bullish price action appears.
The indicator searches backward for the most recent bearish candle and uses that candle's high/low as the potential bullish order-block zone.
🔴 Bearish Order Block
A bearish order block is identified after a buy-side liquidity sweep when bearish price action appears.
The indicator searches backward for the most recent bullish candle and uses that candle's high/low as the potential bearish order-block zone.
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📚 How To Use It
A simple workflow is:
Step 1 — Identify the Market Structure
Start by looking at the overall trend and recent swing highs/lows.
Ask yourself:
- Is price making higher highs and higher lows?
- Is price making lower highs and lower lows?
- Where are the obvious swing points?
- Where might liquidity be resting?
Do not immediately enter a trade just because an order block appears.
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Step 2 — Find Liquidity
Look for obvious:
Buy-side liquidity
- Previous swing highs
- Equal/near-equal highs
- Areas where traders may have placed stop orders
Sell-side liquidity
- Previous swing lows
- Equal/near-equal lows
- Areas where traders may have placed stop orders
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Step 3 — Wait for the Sweep
Instead of chasing price into liquidity, watch how price reacts when the liquidity level is taken.
For example:
Price moves below a previous low → takes sell-side liquidity → closes back above the level.
This can indicate that the liquidity below the low has been taken.
The indicator marks this as an SSL Sweep.
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Step 4 — Look for the Order Block
After a liquidity sweep, look for the corresponding order-block zone.
For a potential bullish setup:
SSL Sweep → Bullish reaction → Bullish Order Block
For a potential bearish setup:
BSL Sweep → Bearish reaction → Bearish Order Block
The order block should be treated as an area of interest, not an automatic entry.
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Step 5 — Wait for Confirmation
Before entering a trade, consider additional confirmation such as:
- Market Structure Shift
- Break of Structure (BOS)
- Change of Character (CHoCH)
- Strong displacement
- Fair Value Gap (FVG)
- Retest of the order block
- Higher-timeframe direction
- Risk/reward conditions
The more confluence you have, the more selective your setup can become.
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🎯 Example Bullish Setup
A simplified bullish sequence can look like:
Sell-Side Liquidity → SSL Sweep → Bullish Displacement → Bullish Order Block → Retest → Confirmation
Instead of buying immediately after the sweep, study whether price actually produces a meaningful bullish reaction.
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🎯 Example Bearish Setup
A simplified bearish sequence can look like:
Buy-Side Liquidity → BSL Sweep → Bearish Displacement → Bearish Order Block → Retest → Confirmation
Again, the indicator is intended to help identify the area for further analysis rather than automatically telling you to sell.
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⚙️ Important Settings
Swing Length
Controls how sensitive swing-high and swing-low detection is.
Lower value
- More swing points
- More liquidity levels
- More signals
- More noise
Higher value
- Fewer swing points
- Larger structural levels
- Less noise
- More selective analysis
Start with a moderate value and adjust it according to the market and timeframe.
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Order Block Search Bars
Controls how far back the indicator searches for the candle used to create the potential order block.
A larger value allows the indicator to search farther back, but may also produce zones that are less relevant to the immediate price action.
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Order Block Extension
Controls how far the order-block zone extends into the future.
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Maximum Order Blocks
Controls the number of historical order-block zones displayed on the chart.
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Remove Broken Order Blocks
When enabled, an order block can be removed after price invalidates it according to the indicator's rules.
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📖 How To Learn Liquidity & Order Blocks
If you are new to this concept, don't try to memorize dozens of SMC terms at once.
Learn in this order:
1️⃣ Market Structure
Learn:
- Swing High
- Swing Low
- Higher High (HH)
- Higher Low (HL)
- Lower High (LH)
- Lower Low (LL)
2️⃣ Liquidity
Learn why liquidity can form around:
- Previous highs
- Previous lows
- Equal highs
- Equal lows
- Obvious support/resistance
3️⃣ Liquidity Sweeps
Study what happens when price trades beyond an obvious high/low and then reverses.
4️⃣ Displacement
Learn to recognize strong directional price movement following a liquidity event.
5️⃣ Order Blocks
Study the relationship between the final opposing candle, displacement, and subsequent price reaction.
6️⃣ Confluence
Finally, combine liquidity and order blocks with market structure, FVGs, higher-timeframe bias, and risk management.
⭐ Recommended Workflow
For a simple approach:
Higher-Timeframe Bias
↓
Identify Liquidity
↓
Wait for Liquidity Sweep
↓
Look for Displacement
↓
Identify Order Block
↓
Wait for Retest
↓
Look for Confirmation
↓
Manage Risk
The goal is not to take every signal.
The goal is to use the indicator to help you understand where liquidity may be located, what price does when that liquidity is taken, and where potential order-block zones may exist.
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🔔 Alerts
The indicator includes alert conditions for:
- Buy-Side Liquidity Sweep
- Sell-Side Liquidity Sweep
- Bullish Order Block
- Bearish Order Block
You can create PulseWire alerts from these conditions and use them as notifications for further analysis.
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Trade smart. Study the chart. Manage your risk. Indicator
Adaptive Pivot Zones MTF█ OVERVIEW
Adaptive Pivot Zones MTF is a multi-timeframe trend analysis indicator based on dynamic zones calculated using pivot highs and pivot lows.
Instead of representing the trend with a single line, the indicator creates three levels inside the range between the last confirmed pivot low and pivot high. These levels form a dynamic zone whose position and width adapt to the current market structure.
The core of the indicator is the relationship between price and this zone. Depending on the selected mode, a trend change occurs either after price breaks the middle line of the zone or only after price exits the entire zone. This allows the user to choose between earlier direction changes or stronger confirmation of the move.
The indicator is designed as an MTF system. In addition to the current timeframe, two higher timeframes are analyzed. These can be selected automatically in proportion to the current TF or set manually. This helps assess whether a trend change on the lower timeframe is aligned with the broader market direction.
The central element of the signal system is Multi-Timeframe Agreement. Each trend change can be evaluated based on the agreement of 1, 2, or all 3 monitored timeframes. The higher the agreement, the stronger the directional confirmation the user receives.
The indicator also integrates automatic Entry, Stop Loss, and three Take Profit levels based on ATR or a fixed risk percentage. This combines market direction analysis with a visual representation of the potential Risk/Reward setup.
The result is a complete trend analysis system that combines dynamic pivot zones, multi-timeframe analysis, trend agreement confirmation, and automatic position management levels.
█ CONCEPTS
Pivot Zone
Pivot Zone is the foundation of the entire indicator and is used to determine the current market state.
The indicator uses confirmed pivot highs and pivot lows to define the current price range. Then, three levels are calculated inside this range according to the set values of Pivot Level 1, Pivot Level 2, and Pivot Level 3.
These levels form a dynamic zone that can be treated as an equilibrium area between the most recent significant market extremes.
Pivot Zone answers the question:
Where is the current market decision zone located?
Pivot Length
Pivot Length determines how many bars are required on each side to confirm a pivot high or pivot low.
A lower value results in more frequent pivot detection and faster adaptation of the zones to price changes, but it also increases the number of less significant pivots.
A higher value requires a more developed structure to confirm a pivot, so zones appear less often but represent more meaningful market points.
Smoothing Length additionally allows the calculated pivot levels to be smoothed.
Pivot Levels
The three pivot levels define the exact position of the zone inside the range between pivot low and pivot high.
Pivot Level 1 defines the first level of the zone, Pivot Level 2 its middle line, and Pivot Level 3 the third level.
The default setting of 0.3 / 0.5 / 0.7 creates three levels placed symmetrically around the middle of the range, but the user can adjust them freely.
The middle line has a special role because it can be used as the primary level that determines a trend change.
Trend State
Trend State determines whether the market is currently in a bullish or bearish state.
In Full Band mode, price must break above the upper boundary of the entire zone to become bullish, or below the lower boundary to become bearish.
In Mid Line mode, the direction changes as soon as price crosses the middle line of the zone.
This allows the sensitivity of the indicator to be adjusted to the analysis style:
• Mid Line → earlier direction changes
• Full Band → stronger confirmation of a zone breakout
An optional Neutral mode also allows a neutral state to be displayed when price is exactly at the decision level.
Multi-Timeframe Analysis
Adaptive Pivot Zones MTF analyzes not only the current timeframe but also two higher timeframes.
TF1 and TF2 can be selected automatically based on the current timeframe. The system proportionally chooses higher intervals so that the MTF structure can be applied across different market scales without the need to manually set each TF.
Alternatively, the user can switch MTF Mode to Manual and define Higher TF 1 and Higher TF 2 independently.
Multi-Timeframe Analysis answers the question:
Is the direction on my timeframe aligned with the higher market context?
TF1 & TF2 Zones
In addition to the current zone, the indicator can also display pivot channels from TF1 and TF2.
Each higher timeframe has its own zone with an upper and lower boundary and an optional middle line. The channel color changes according to the current trend of that timeframe.
Higher timeframe zones can be used as additional context, showing where the current price is located relative to the broader structure.
MTF Agreement
MTF Agreement determines the number of timeframes that confirm the same trend direction.
The system analyzes three timeframes:
• Current TF → current timeframe
• TF1 → first higher timeframe
• TF2 → second higher timeframe
As a result, a trend change can receive confirmation from 1, 2, or 3 timeframes.
For example:
• 1 TF → change visible only on the current timeframe
• 2 TF → current timeframe + one of the higher timeframes confirms the same direction
• 3 TF → all three timeframes indicate the same direction
It is the number of agreeing timeframes that decides which signals can be displayed.
█ FEATURES
Current TF Settings
• Pivot Length – number of bars required on each side to confirm a pivot high / pivot low.
• Smoothing Length – length of the SMA that smooths the pivot lines. A value of 1 means no smoothing.
• Pivot Level 1 / 2 / 3 – coefficients (0.0–1.0) that determine the position of the three lines inside the pivot low – pivot high range.
• Paint Bars (Mid Pivot) – colors the candles according to the current trend state of the current timeframe.
Current TF Style
• Line Width – thickness of the current timeframe pivot lines.
• Line Transparency – transparency of the pivot lines.
• Gradient Transparency – transparency of the gradient fill between the lines.
Current TF Colors
• Bullish Color / Bearish Color – colors of the lines and fill in bullish / bearish state.
• Use Neutral Color – enables a third, neutral state.
• Neutral Color – color used in the neutral state.
MTF Settings
• MTF Mode – Automatic (automatic selection of TF1 and TF2) or Manual.
• Higher TF 1 / Higher TF 2 – manual selection of higher timeframes (active only in Manual mode).
TF1 Style & Colors
• Show TF1 (lines + channel) – displays the upper and lower TF1 channel lines together with the fill.
• Show TF1 Mid Line – additionally shows the middle line of the TF1 zone.
• TF1 Line Width / Transparency / Gradient Transparency – appearance settings for the TF1 channel.
• TF1 Bullish / Bearish Color – colors of the TF1 channel depending on the trend.
TF2 Style & Colors
• Show TF2 (lines + channel) – displays the upper and lower TF2 channel lines together with the fill.
• Show TF2 Mid Line – additionally shows the middle line of the TF2 zone.
• TF2 Line Width / Transparency / Gradient Transparency – appearance settings for the TF2 channel.
• TF2 Bullish / Bearish Color – colors of the TF2 channel depending on the trend.
Signals
• Trend Change Based On – Mid Line (earlier signals) or Full Band (stronger confirmation).
• Show Buy/Sell Labels – displays signal labels on the chart.
• Show Label When 1 / 2 / 3 TF Agree – controls at what number of agreeing timeframes the signal is shown.
• Buy / Sell Label Color and Label Size – appearance of the signal labels.
TP/SL
• Show TP/SL Levels – draws Entry, Stop Loss, and Take Profit levels on an active signal that meets the TF agreement criteria.
• SL = ATR – when enabled, the SL distance is calculated based on ATR. When disabled, a fixed percentage is used.
• ATR Period for TP/SL – ATR period used for calculations.
• ATR Multiplier for SL / SL % from Entry – parameters that define the Stop Loss distance.
• RR for TP1 / TP2 / TP3 – Risk:Reward ratios for the three Take Profit levels.
• Show SL / TP1 / TP2 / TP3 Level – individual enabling of each level.
MTF Table
• Show Multi-Timeframe Table – displays a table with the trend state on the selected timeframes.
• Table Position / Text Size – position and text size of the table.
• Bull / Bear / Background / Header Colors – table color scheme.
• Show + TF (for each row) – individual enabling and selection of timeframes displayed in the table (5m, 15m, 30m, 1h, 2h, 4h, 8h, 12h, 1D, 1W, 2W).
█ APPLICATIONS
Trend direction analysis with MTF context
The indicator allows you to assess whether a direction change on the current timeframe is supported by higher timeframes. Signals with 2 or 3 TF confirmation have significantly higher informational value than signals visible only on the current chart.
Filtering signals from other indicators
It can be used as a classic trend indicator to filter signals from other indicators.
Risk and potential reward management
Automatic Entry, SL, and three TP levels allow you to immediately see the Risk/Reward setup on every trend change that meets the agreement criteria. This makes it easier to quickly decide on position size and targets.
█ NOTES
• Full Band mode generates fewer signals but with stronger confirmation of a full zone breakout. Mid Line mode reacts faster.
• The Multi-Timeframe table shows the current trend state on the selected timeframes and serves as quick context, not as an independent signal system.
• The indicator works best when combined with market structure analysis, key support/resistance levels, and other indicators such as momentum or volume. Indicator
Gann Toolkit [SS]Yeah, me of all people posting something about GANN.
I am interested in using these unique styles of Polylines and pushing the limits of pinescript visually, like with my previous Gyroscope. So Gann gave me a really good run at this.
But, I did add CDF to this for distribution metrics on top of GANN, as an added feature, which is more inline with the Steversteves way haha.
On to the indicator:
How it works:
The script gives you a choice between three primary tools, the Gann Fan, the Gann Box, and the Gann Square of 9, all driven by a dynamic pivot anchor system.
Instead of relying purely on static fixed angles, it runs a Cumulative Distribution Function (CDF) across recent bar ranges to project true statistical percentile bands (p10 through p90) from your anchor. At the same time, a Volume Gravity engine checks volume density around each price level. High volume nodes trigger thicker lines, higher opacity, and star ratings, while low volume levels naturally fade out.
It also tracks Harmonic Time projections across key Gann bar cycles (45, 90, 144, 180, 270, 360). When a time cycle aligns with a CDF level, a 1x1 fan ray, or a volume cluster, the indicator scores the confluence and flags high probability time windows.
How to read it:
Active Tool Selector = lets you swap between the Fan, 3x3 Box, and Square of 9 on the fly without loading separate scripts.
Stars on CDF Bands = indicate volume density at that level, where three stars mean a heavy volume cluster is backing that price band.
Confluence Badges (⚡ / ◈) = highlight key time cycle bars where price, volume, and Gann geometry align at the same point in time.
Auto Anchor = automatically tracks local swing highs or lows, with an option for manual offset if you want to anchor to a specific bar in history.
Built mostly to cut through the noise of standard geometric drawing tools and focus only on the levels where statistical range and real volume overlap.
Settings let you tweak pivot lookbacks, volume tolerance percentage, CDF distribution windows, and individual color themes for all tools.
Disclosure: I know nothing about GANN, just researched what a Gann box and fan were, how it applies to trading and then reviewed some existing GANN indicators and just sort of worked from that point. Hopefully its on point for those hardcore gann traders but leave a comment if you noticed I made some logical error.
As always, hope you enjoy and safe trades everyone! Indicator
Polaris Sessions, Ranges, Levels & Liquidity StateSession ranges for Asia, London and New York, plus the reference levels a
session trader actually works from — with the state of each one shown rather
than left to be eyeballed.
WHAT IT DRAWS
• Asia, London and New York ranges, each labelled with the points it covered
• Session midlines — the 50% of each range
• Session highs and lows carried forward after the session closes. The range
stops mattering when the bell goes; the extremes do not. The Asia high is a
level through London and New York.
• Prior day high and low
• Overnight high and low
• Initial balance (first 60 minutes of the NY session) with a projected
extension of its own range
• Opening range, minutes configurable
• A shaded corridor between the last closed session's high and low, so you can
see at a glance whether price is still inside the range that session built
THE PANEL
Live session, today's three ranges, and whether the prior-day and overnight
levels are still intact or have been swept. "Intact" is the useful state — it
marks a price the market has not yet reached.
HOW IT BEHAVES
Sessions are defined against the exchange clock using session strings, so they
stay correct through daylight-saving changes and on charts opened from any
timezone. The CME day opens at 18:00 New York time, which is why the overnight
window spans 18:00 to 09:30 and crosses midnight.
Levels are drawn once, when the session closes and every value is final, and are
never modified afterwards. A level on a historical bar cannot move.
A session that was already in progress on the first bar your chart loaded is
skipped rather than measured. Its opening range would otherwise be "the first
sixty minutes of whatever happened to load", which changes as you scroll. The
leftmost day may therefore show no levels. That is deliberate.
Initial balance and opening range are hidden on timeframes too coarse to measure
them — an "initial balance" taken from a single 1H bar is just that bar's range.
Use a 1H chart or finer; the script says so on the chart if you are above that.
SETTINGS WORTH KNOWING
• Detail — Minimal, Balanced, Everything, or Custom. Balanced is the default.
Everything draws roughly forty objects per day of history, which is why it is
not: a level you cannot pick out of a stack is not a level.
• Days of history — how many sessions to keep drawn.
• Carry which sessions — by default only the session that just closed keeps a
corridor. Once London has closed, Asia's range is a level rather than a
corridor, and the prior-day and overnight lines already carry it.
• Carry for (bars) — how far session extremes project after the close. Bars,
not minutes: on a 1m chart 240 bars is four hours.
• Closed session box — fade, outline, keep or hide a box once its session ends.
Fading leaves the live session as the only solid block on the chart, so you
can see which session you are in without reading a clock.
• Label spacing — levels closer together than this share one label instead of
stacking. The line is always drawn; only the redundant text is suppressed.
• Timezone — defaults to New York.
• Every session window is editable if your instrument keeps different hours.
Nothing here is a signal or a recommendation. A prior day high is a price that
printed; what you do with it is your business. Indicator
Triple Bottom/Top Patterns [The_lurker]╔═══════════════════════════════════════════════════════╗
Triple Bottom/Top Patterns
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An indicator that detects Triple Bottom and Triple Top patterns and tracks every pattern from the moment its structure completes until its final resolution — with no repainting, and with symmetry limits that adapt to market volatility instead of fixed numbers.
The core idea: a pattern is not a shape you draw and abandon. It is an event with a beginning, a path, and an end — and this indicator tracks all three.
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◆ WHAT SETS THIS INDICATOR APART
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▌ 1 ─ No repainting, by structure rather than by promise
✕ Common: an "in progress" mode draws an unconfirmed third leg, so the shape shifts and is redrawn every time price moves. The pattern you see in history is not what was displayed at the time.
✓ Here: all seven points are confirmed price pivots, and every state change occurs on confirmed bar close. What you see today on an old bar is literally what was displayed when it appeared.
There is no "in progress" mode in this indicator — a deliberate choice, not a missing feature.
▌ 2 ─ Symmetry limits that adapt to volatility
✕ Common: a fixed percentage for the allowed difference between the ends.
The problem is that one percentage means radically different things:
▸ 1% on the 15-minute chart ≈ 3.6 volatility units ← far too loose
▸ 1% on the daily chart ≈ 0.26 volatility units ← far too strict
The same number delivers completely different precision depending on timeframe, while the user believes a single standard has been set.
✓ Here: the difference is measured in units of Average True Range at the moment of formation.
One number means the same thing on every timeframe, every instrument, and every market condition — from Bitcoin to low-priced altcoins, from the 1-minute to the weekly.
▌ 3 ─ A complete eight-state machine
✕ Common: the pattern is drawn, the breakout is announced, and its role ends.
✓ Here: every pattern travels a defined and declared path:
⏳ Awaiting breakout
✓ Pattern complete
🎯 Target reached
✕ Pattern failed
🔄 Reverse target reached
⌛ Waiting period expired
⌛ Complete, no target reached
⌛ Failed, no reverse target reached
▌ 4 ─ The two states you will not find elsewhere
✕ Common: the target line extends indefinitely. A pattern that broke out a year ago still has its line crawling across your chart today, with no answer to the question: was it reached or not?
✓ Here: every pattern has a defined time window to reach its target. If the window closes without a hit, the state is declared "Complete, no target" and the line freezes.
This prevents dead lines from accumulating, and gives an explicit answer instead of open silence.
▌ 5 ─ No resolution within the event bar itself
✕ Common: a pattern breaks out and the target is counted as reached in that same bar if price touched it.
The problem: the order of high, low, and close inside a single bar is unknown to any indicator. Price may have reached the target before closing above the neckline — that is, before the entry signal existed at all.
✓ Here: resolution is deferred by a full bar. A target can never be reached on the completion bar itself.
A small detail that separates honest tracking from optimistic tracking.
▌ 6 ─ Every point is a pivot, including the turning point and both mids
✕ Common: the intermediate points and the trend origin are taken as the raw highest or lowest value within a window.
The problem: a single stray wick can become a point in the pattern — and if it defines the neckline, the entire decisive level rests on noise.
✓ Here: all seven points are confirmed pivots. One wick cannot define a neckline.
▌ 7 ─ Tracking continues after failure
✕ Common: the pattern breaks down and is erased from the chart.
✓ Here: it breaks down and is fully recoloured — lines, fill, and labels — and a reverse target is computed and tracked with the same precision and the same time window.
Pattern failure is tradeable information, not the end of tracking.
▌ 8 ─ One pattern per zone
✕ Common: several overlapping patterns draw on top of one another, turning the chart into a tangled mesh.
✓ Here: when patterns overlap in time, only the one with the tightest symmetry remains. And a pattern that has completed or failed is never erased retroactively — it blocks a newcomer instead of being replaced by it.
The result: a clean chart, and a history that is not rewritten.
▌ 9 ─ Prior trend gate
A reversal pattern without a prior trend is not a reversal.
✓ The indicator requires the leg from the turning point to the first end to reach a defined multiple of the pattern's own height — and this requirement is what determines which pivot is selected as the turning point, so no arbitrary peak preceding the pattern gets picked up.
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📐 PATTERN STRUCTURE: SEVEN POINTS
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① Turning point ─ the last opposite pivot before the first end, where the prior trend reversed
②④⑥ The three ends ─ B1 · B2 · B3 or T1 · T2 · T3
confirmed pivots, aligned within a limit measured in volatility units
③⑤ The two mids ─ the separating highs in a Triple Bottom, or the separating lows in a Triple Top
▬▬ Neckline ─ the higher of the two mids in a Triple Bottom, the lower in a Triple Top
this is the level that defines pattern completion
⑦ Crossing point ─ where the final leg intersects the neckline on completion
Path: ① → ② → ③ → ④ → ⑤ → ⑥ → ⑦
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🎯 TARGETS
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The target is purely geometric: the pattern height — the distance between the neckline and the furthest end — projected from the breakout point.
▸ Conservative 0.618 of pattern height
▸ Balanced full pattern height
▸ Aggressive 1.618 of pattern height
An independent mode for each case: Bottom bullish target · Bottom bearish target on failure · Top bearish target · Top bullish target on failure.
The fill criterion is selectable:
▸ Touch ─ matches a limit order resting at the target
▸ Close ─ more conservative
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⚙️ SETTINGS
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▌ Pattern Detection
▸ Pivots left and right ─ pivot confirmation sensitivity
▸ Min arm length ─ minimum bars between each consecutive pair of points
▸ Ends symmetry ×ATR ─ the single most influential parameter
▸ Mids symmetry ×ATR ─ same unit, applied to the two intermediate points
▸ Min depth ×ATR ─ excludes shallow sideways chop
▸ Prior leg ×Pattern height ─ required strength of the preceding trend
▸ Trend length and lookback ─ search range for the turning point
▸ Extension multiplier ─ breakout waiting period, relative to pattern width
▌ Targets
▸ Target window ×Width ─ time allowed to reach the target. Zero = no expiry
▌ Visual
▸ Max live patterns per side ─ raise it on lower timeframes
▸ Independent colours per side: pattern · fill · text · label background
Transparency is set from the colour picker itself
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🔔 ALERT
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A single alert: Triple Pattern Complete.
▸ Fires when the neckline is broken on confirmed bar close
▸ Covers both bottoms and tops
▸ Once per pattern
▸ The message includes ticker, timeframe, and close price automatically
To create: alarm icon → select the indicator as source → choose the condition → set frequency to "Once Per Bar Close".
⚠ PulseWire freezes the indicator settings at the moment the alert is created. If you change any setting afterwards, delete the alert and create it again.
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📊 PRACTICAL USE
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▸ The neckline is the decisive level. Before it is broken: a candidate structure. After: a completed event.
▸ The furthest end defines the invalidation point — a close below the lowest of the three bottoms, or above the highest of the three tops.
▸ The info table shows, for each side: target mode · target price · current state · pattern age in bars.
▸ The age field matters: a pattern fifty bars old is not the same as one five hundred bars old.
▸ Triple patterns are inherently rarer than double ones. If nothing appears on a higher timeframe, that is expected behaviour rather than a fault — raise the ends symmetry limit first, then review the prior trend gate.
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⚠ DISCLOSURE AND LIMITATIONS
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▸ This indicator is a visual analysis tool that organises how you read the market. It does not provide buy or sell recommendations, and it promises no results.
▸ Drawing correctness is one thing; pattern performance is another. The indicator draws patterns and tracks their events precisely, but the predictive ability of the pattern itself has not been tested statistically here and is not claimed.
▸ The search scope is limited to the last fifty pivots per side, so a very old pattern may not be detected.
▸ When the tracked-pattern budget fills, a live pattern may be replaced by a newer one. Raising "Max live patterns" reduces this.
▸ Use it within a complete trading approach that includes risk management, not as a sole source of decisions.
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Triple Bottom/Top Patterns نماذج القيعان والقمم الثلاثية
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مؤشر يكتشف نماذج القاع الثلاثي والقمة الثلاثية، ويتابع كل نموذج من لحظة اكتمال بنيته حتى حسمه النهائي — بلا إعادة رسم، وبحدود تماثل تتكيف مع تقلب السوق بدل أرقام ثابتة.
الفكرة المركزية: النموذج ليس شكلًا يُرسم ثم يُترك. هو حدث له بداية ومسار ونهاية، والمؤشر يتتبع الثلاثة.
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◆ ما الذي يميز هذا المؤشر
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▌ ١ ─ لا إعادة رسم، بضمانة بنيوية لا بوعد نصي
✕ الشائع: وضع "قيد التكوين" يرسم طرفًا ثالثًا غير مؤكد، فيتحرك الشكل ويُعاد رسمه كلما تحرك السعر. النموذج الذي تراه في التاريخ ليس ما كان معروضًا لحظتها.
✓ هنا: النقاط السبع كلها محاور سعرية مؤكدة، وكل تغييرات الحالة تقع تحت إغلاق الشمعة المؤكد. ما تراه اليوم على شمعة قديمة هو حرفيًا ما كان معروضًا وقت ظهوره.
لا يوجد وضع "قيد التكوين" في هذا المؤشر — وهذا اختيار مقصود، لا نقص.
▌ ٢ ─ حدود التماثل تتكيف مع التقلب
✕ الشائع: نسبة مئوية ثابتة للفارق المسموح بين الأطراف.
المشكلة أن النسبة الواحدة تعني أشياء مختلفة جذريًا:
▸ 1٪ على فريم 15 دقيقة ≈ 3.6 من وحدات التقلب ← متساهل جدًا
▸ 1٪ على الفريم اليومي ≈ 0.26 من وحدات التقلب ← صارم جدًا
أي أن نفس الرقم يعطي دقة مختلفة تمامًا حسب الفريم، والمستخدم يظن أنه ثبّت معيارًا واحدًا.
✓ هنا: الفارق يُقاس بوحدات المدى الحقيقي المتوسط عند لحظة التكوين.
الرقم الواحد يعني الشيء نفسه على كل فريم، وكل أصل، وكل حالة سوق — من البيتكوين إلى العملات منخفضة السعر، ومن الدقيقة إلى الأسبوعي.
▌ ٣ ─ آلة حالة كاملة من ثماني حالات
✕ الشائع: يرسم النموذج، يعلن الاختراق، وينتهي دوره.
✓ هنا: كل نموذج يمر بمسار محدد ومعلن:
⏳ انتظار الاختراق
✓ اكتمال النموذج
🎯 بلوغ الهدف
✕ فشل النموذج
🔄 بلوغ الهدف العكسي
⌛ انتهاء مدة الانتظار
⌛ اكتمال بلا بلوغ هدف
⌛ فشل بلا بلوغ هدف عكسي
▌ ٤ ─ الحالتان اللتان لا تجدهما في غيره
✕ الشائع: خط الهدف يمتد إلى ما لا نهاية. نموذج اخترق قبل سنة وما زال خطه يزحف على شارتك اليوم، بلا إجابة عن سؤال: هل وصل أم لا؟
✓ هنا: لكل نموذج نافذة زمنية محددة لبلوغ هدفه. إن انقضت بلا وصول، تُعلن الحالة "اكتمال بلا بلوغ هدف" ويتجمد الخط.
هذا يمنع تراكم خطوط ميتة، ويعطي إجابة صريحة بدل صمت مفتوح.
▌ ٥ ─ لا حسم في شمعة الحدث نفسها
✕ الشائع: النموذج يخترق ويُحسب الهدف متحققًا في نفس الشمعة إن لامسه السعر.
المشكلة: ترتيب الأعلى والأدنى والإغلاق داخل الشمعة الواحدة غير معلوم لأي مؤشر. ربما بلغ السعر الهدف قبل أن يغلق فوق العنق، أي قبل وجود إشارة الدخول أصلًا.
✓ هنا: الحسم يُؤجَّل شمعة كاملة. لا يمكن أن يتحقق هدف في شمعة الاكتمال نفسها.
تفصيل صغير يفصل بين متابعة صادقة وأخرى متفائلة.
▌ ٦ ─ كل النقاط محاور، بما فيها نقطة التحول والوسيطتان
✕ الشائع: النقاط الوسيطة ونقطة بداية الاتجاه تُؤخذ كأعلى أو أدنى قيمة خام في نافذة.
المشكلة: ذيل شمعة شارد قد يصبح نقطة في النموذج — وإن كان هو خط العنق، فالمستوى الحاسم كله مبني على ضجيج.
✓ هنا: النقاط السبع محاور مؤكدة. ذيل واحد لا يمكن أن يحدد خط عنق.
▌ ٧ ─ متابعة ما بعد الفشل
✕ الشائع: النموذج ينكسر فيُشطب من الشارت.
✓ هنا: ينكسر فيُعاد تلوينه بالكامل — الخطوط والتضليل والعلامات — ويُحسب له هدف عكسي يُتابع بنفس الدقة والنافذة الزمنية.
فشل النموذج معلومة تداولية، لا نهاية المتابعة.
▌ ٨ ─ نموذج واحد لكل منطقة
✕ الشائع: عدة نماذج متداخلة ترسم فوق بعضها فيتحول الشارت إلى شبكة متشابكة.
✓ هنا: عند تداخل زمني، يبقى الأدقّ تماثلًا فقط. والنموذج الذي اكتمل أو فشل لا يُمحى بأثر رجعي — يمنع ظهور نموذج جديد فوقه بدل أن يُستبدل به.
النتيجة: شارت نظيف، وتاريخ لا يُزوَّر.
▌ ٩ ─ بوابة الاتجاه السابق
النموذج الانعكاسي بلا اتجاه سابق ليس انعكاسًا.
✓ المؤشر يشترط أن يبلغ المسار من نقطة التحول إلى الطرف الأول مضاعفًا محددًا من ارتفاع النموذج نفسه — وهذا الشرط هو ما يحدد أي محور يُختار كنقطة تحول، فلا تُلتقط قمة عشوائية سبقت النموذج.
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📐 بنية النموذج: سبع نقاط
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① نقطة التحول ─ آخر محور مقابل قبل الطرف الأول، حيث انقلب الاتجاه السابق
②④⑥ الأطراف الثلاثة ─ B1 · B2 · B3 أو T1 · T2 · T3
محاور مؤكدة، متقاربة ضمن حد يُقاس بوحدات التقلب
③⑤ الوسيطتان ─ القمتان الفاصلتان في القاع الثلاثي، أو القاعان في القمة الثلاثية
▬▬ خط العنق ─ أعلى الوسيطتين في القاع الثلاثي، وأدناهما في القمة الثلاثية
هو المستوى الذي يحدد اكتمال النموذج
⑦ نقطة العبور ─ تقاطع الساق الأخيرة مع خط العنق عند الاكتمال
المسار: ① → ② → ③ → ④ → ⑤ → ⑥ → ⑦
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🎯 الأهداف
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الهدف هندسي بحت: ارتفاع النموذج — المسافة بين خط العنق وأبعد الأطراف — يُسقط من نقطة الاختراق.
▸ محافظ 0.618 من ارتفاع النموذج
▸ متوازن ارتفاع النموذج كاملًا
▸ عدواني 1.618 من ارتفاع النموذج
نمط مستقل لكل حالة: هدف القاع الصاعد · هدف القاع الهابط عند الفشل · هدف القمة الهابط · هدف القمة الصاعد عند الفشل.
معيار التحقق قابل للاختيار:
▸ لمسة السعر ─ يطابق تنفيذ أمر معلق عند الهدف
▸ إغلاق الشمعة ─ أكثر تحفظًا
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⚙️ الإعدادات
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▌ كشف النموذج
▸ شموع اليسار واليمين ─ حساسية تأكيد المحاور
▸ الحد الأدنى للذراع ─ أقل عدد شموع بين كل نقطتين متتاليتين
▸ تماثل الأطراف الثلاثة ×ATR ─ المعامل الأهم في المؤشر
▸ تماثل الوسيطين ×ATR ─ نفس الوحدة، للنقطتين الوسيطتين
▸ أدنى عمق للنموذج ×ATR ─ يستبعد التذبذبات الجانبية الضحلة
▸ ارتفاع الاتجاه ×ارتفاع النموذج ─ قوة المسار السابق المطلوبة
▸ طول المسار ومدى البحث ─ نطاق البحث عن نقطة التحول
▸ معامل التمدد ─ مدة انتظار الاختراق بدلالة عرض النموذج
▌ الأهداف
▸ نافذة الهدف ×العرض ─ المدة المسموحة لبلوغ الهدف. صفر = بلا انتهاء
▌ العرض
▸ أقصى نماذج متتبعة لكل جانب ─ ارفعه على الفريمات المنخفضة
▸ ألوان مستقلة لكل جانب: النموذج · التضليل · النص · خلفية العلامة
الشفافية تُضبط من منتقي اللون نفسه
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🔔 التنبيه
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تنبيه واحد فقط: اكتمال النموذج الثلاثي.
▸ يُطلق عند كسر خط العنق بإغلاق شمعة مؤكد
▸ للقاع والقمة معًا
▸ مرة واحدة لكل نموذج
▸ الرسالة تتضمن الرمز والفريم وسعر الإغلاق تلقائيًا
الإنشاء: أيقونة المنبه → المؤشر كمصدر → الشرط → التكرار "مرة عند إغلاق الشمعة".
⚠ PulseWire يحفظ إعدادات المؤشر لحظة إنشاء التنبيه. إن غيّرت أي إعداد بعدها، احذف التنبيه وأنشئه من جديد.
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📊 الاستخدام العملي
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▸ خط العنق هو المستوى الحاسم. قبل اختراقه: بنية محتملة. بعده: حدث مكتمل.
▸ الطرف الأبعد يحدد نقطة إبطال النموذج — إغلاق تحت أدنى القيعان الثلاثة، أو فوق أعلى القمم الثلاث.
▸ جدول المعلومات يعرض لكل جانب: نمط الهدف · سعر الهدف · الحالة الراهنة · عمر النموذج بالشموع.
▸ حقل العمر مهم: نموذج عمره خمسون شمعة ليس كنموذج عمره خمسمئة.
▸ النماذج الثلاثية أندر بطبيعتها من الثنائية. إن لم يظهر شيء على فريم مرتفع فهذا سلوك متوقع لا خلل — ارفع حد تماثل الأطراف أولًا، ثم راجع بوابة ارتفاع الاتجاه.
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⚠ الإفصاح والقيود
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▸ هذا المؤشر أداة تحليل بصري وتنظيم لرؤية السوق. لا يقدم توصيات شراء أو بيع، ولا يَعِد بنتائج.
▸ صحة الرسم شيء وأداء النموذج شيء آخر. المؤشر يرسم النماذج ويتتبع أحداثها بدقة، لكن قدرة النموذج نفسه على التنبؤ لم تُختبر إحصائيًا هنا ولا يُدعى بها.
▸ نطاق البحث محدود بآخر خمسين محورًا لكل جانب، فقد لا يُكتشف نموذج قديم جدًا.
▸ عند امتلاء ميزانية النماذج المتتبعة، قد يُستبدل نموذج حي بآخر أحدث. رفع "أقصى نماذج متتبعة" يقلل ذلك.
▸ استخدمه ضمن منهج تداول متكامل يشمل إدارة المخاطر، لا كمصدر قرار وحيد.
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The_lurker — Fawaz Al-Enezi | فواز العنزي
───────────────────────────────────────────── Indicator
TEWMA Trend Strength - [JTCAPITAL]TEWMA Trend Strength - is a modified way to use Triple Exponentially Weighted Moving Averages (TEMA), Weighted Moving Averages (WMA), Average True Range (ATR), and EMA smoothing to measure the strength and direction of a trend.
Instead of simply determining whether price is above or below a single moving average, the indicator measures how far the current closing price is positioned from a composite trend baseline and normalizes that distance by market volatility using ATR. This produces a dimensionless trend-strength value that can be compared across different volatility environments.
The indicator combines two independently calculated TEWMA structures using different lengths. The first TEWMA is built from the selected source using the primary length, while the second uses a longer dynamically calculated length. These two TEWMA values are then averaged into one composite baseline.
The resulting distance between price and this composite baseline is divided by ATR. This normalization is important because a fixed price distance does not have the same meaning in every market or volatility regime. A move of 500 points can be extremely significant during a quiet market while being relatively insignificant during a highly volatile market. By measuring the distance relative to ATR, the indicator expresses the displacement in terms of the market's recent typical movement range.
A second, EMA-smoothed version of this strength measurement is also calculated. This provides a slower representation of the underlying trend-strength state while the raw strength value remains more responsive to current price movement.
The result is an oscillator designed to show both trend direction and relative trend strength in a single framework.
The indicator works by calculating in the following steps:
Selecting the Price Source
The script begins with a user-selectable source, which defaults to the closing price.
This source is used as the foundation for the entire trend calculation. Because the source is configurable, the underlying calculation does not have to be restricted to the close. The selected source can be changed to other available price series depending on how the user wants the trend baseline to respond to market data.
Using a configurable source makes the underlying TEWMA calculation adaptable without changing the mathematical structure of the indicator.
Defining the Primary TEWMA Length
The user specifies the primary moving-average length through the Length parameter.
This length controls the first trend component of the indicator. A shorter length makes the underlying moving averages react more quickly to price changes, while a longer length produces a slower and more stable representation of the underlying trend.
The default value is 50.
Creating the Second TEWMA Length
The script then creates a second length by multiplying the primary length by the Multiplier parameter.
The calculation is:
Second Length = Primary Length × Multiplier
The resulting value is rounded to the nearest whole number because the moving-average functions require an integer length.
With the default settings:
50 × 2 = 100
Therefore, the first TEWMA uses a length of 50 while the second TEWMA uses a length of 100.
This creates two different trend perspectives: one more responsive and one slower.
Calculating the First Weighted Moving Average
The selected source is first processed through a Weighted Moving Average using the primary length.
A WMA assigns progressively different weights to the observations within its calculation window, giving more importance to more recent observations than older ones.
This means the WMA can react to recent price changes more quickly than a traditional SMA while still providing a smoother representation of price than using raw closing prices.
The first WMA therefore acts as the input into the first TEMA calculation.
Calculating the Second Weighted Moving Average
The same process is repeated using the dynamically calculated second length.
Because this length is normally larger than the primary length, the second WMA represents a slower-moving version of the underlying price structure.
With the default settings, the first WMA uses 50 periods while the second uses 100 periods.
This creates two different smoothing horizons before the data reaches the TEMA calculations.
Applying Triple Exponential Moving Average to the First WMA
The first WMA is passed through a Triple Exponential Moving Average (TEMA).
TEMA uses multiple stages of exponential smoothing to reduce the lag associated with conventional moving averages.
Conceptually, TEMA can be represented as:
TEMA = 3 × EMA1 - 3 × EMA2 + EMA3
Where:
EMA1 is the first EMA of the input.
EMA2 is an EMA of EMA1.
EMA3 is an EMA of EMA2.
The combination of these three stages is designed to reduce lag while retaining smoothing characteristics.
In this indicator, however, TEMA is not applied directly to raw price. It is applied to the already weighted price series produced by the WMA.
This creates a two-stage structure:
Price Source → WMA → TEMA
The resulting value is the first TEWMA component.
Applying Triple Exponential Moving Average to the Second WMA
The second WMA is independently passed through another TEMA calculation using the longer second length.
This produces the second TEWMA component.
The second component reacts more slowly because its underlying WMA uses a longer period. Consequently, it provides a broader representation of the market's trend structure.
The two components therefore serve different purposes within the same baseline:
* The shorter TEWMA provides a more responsive representation of the current trend.
* The longer TEWMA provides a slower representation of the broader trend structure.
Combining the Two TEWMA Components
The two TEWMA values are then averaged together.
The calculation is:
TEWMA = (TEWMA1 + TEWMA2) / 2
This creates a composite trend baseline rather than relying on only one moving-average length.
The benefit of averaging two different smoothing horizons is that the resulting baseline incorporates both a faster and a slower view of price structure.
The shorter component helps keep the baseline responsive, while the longer component provides additional stability.
This combination can reduce the dependence on a single arbitrary moving-average period and creates a more balanced representation of the underlying trend.
Calculating Average True Range
The script independently calculates Average True Range (ATR) using the user-defined ATR Length .
The default ATR length is 40.
ATR measures the recent trading range of the market while accounting for gaps between consecutive bars through the concept of True Range.
True Range is based on the greatest of:
* Current High minus Current Low
* Absolute value of Current High minus Previous Close
* Absolute value of Current Low minus Previous Close
ATR then smooths these True Range values over the selected period.
In this indicator, ATR is not being used as a traditional stop-loss or entry mechanism. Instead, it is used as a volatility normalization factor.
Calculating the Raw Trend Strength
The script measures the distance between the current closing price and the composite TEWMA.
The calculation is:
Strength = (Close - TEWMA) / ATR
This is one of the most important calculations in the indicator.
First, the script calculates:
Close - TEWMA
This determines whether price is above or below the composite trend baseline and by how much.
If the result is positive, the closing price is above the TEWMA.
If the result is negative, the closing price is below the TEWMA.
The difference is then divided by ATR.
This converts the raw price distance into a volatility-adjusted measurement.
For example, a distance of 100 price units does not have the same significance in a market with an ATR of 20 as it does in a market with an ATR of 200.
When ATR is 20:
100 / 20 = 5
When ATR is 200:
100 / 200 = 0.5
The same absolute price distance therefore produces very different strength readings depending on the market's volatility.
This is the primary reason for incorporating ATR into the strength calculation.
Interpreting the Zero Line
Because the strength calculation is based on Close - TEWMA , the zero line has a direct mathematical meaning.
When:
Strength > 0
the closing price is above the composite TEWMA.
When:
Strength < 0
the closing price is below the composite TEWMA.
Therefore, the zero line represents the point where price and the composite TEWMA are equal.
This makes the zero line the central directional reference of the oscillator.
Smoothing the Strength Measurement
The raw strength value is then passed through an Exponential Moving Average.
The smoothing period is controlled by Smoothing Length , which defaults to 50.
The calculation can therefore be represented as:
Smoothed Strength = EMA(Strength, Smoothing Length)
Unlike the raw strength measurement, which reacts directly to changes in the current price-to-TEWMA relationship, the smoothed line incorporates previous strength values.
Because EMA gives greater weight to more recent observations, it remains responsive while filtering out some of the shorter-term fluctuations in the raw oscillator.
This creates two complementary views:
* Raw Strength shows the more immediate price displacement from the TEWMA.
* Smoothed Strength shows a slower representation of the underlying strength condition.
Assigning the Raw Strength Trend Color
The raw strength line changes color according to whether its value is above or below zero.
When strength is positive, the line uses the bullish color.
When strength is negative, the line uses the bearish color.
The color therefore directly corresponds to the mathematical relationship between price and the composite TEWMA.
It does not represent a separate calculation or additional signal filter.
Assigning the Smoothed Strength Trend Color
The same directional concept is applied to the smoothed strength line.
When the smoothed strength is above zero, it receives the bullish color.
When the smoothed strength is below zero, it receives the bearish color.
This makes it possible to visually distinguish the current normalized strength state from the slower smoothed state.
Plotting the Raw Strength
The raw strength value is plotted as the primary oscillator.
Because the indicator is declared with overlay = false , the oscillator is displayed in its own pane rather than directly over the price chart.
The raw strength plot uses a thicker line to emphasize the more responsive component of the calculation.
Filling Between Raw Strength and Zero
The script also creates an invisible zero reference plot and fills the area between the raw strength line and zero.
The fill follows the same bullish or bearish color assignment as the raw strength line.
This makes positive and negative deviations visually easier to identify.
When the oscillator is above zero, the area between the strength line and zero represents positive displacement from the TEWMA.
When it is below zero, the corresponding area represents negative displacement.
Plotting the Smoothed Strength
The smoothed strength is plotted separately using a thinner line.
Because this line is an EMA of the raw strength, it reacts more gradually to changes.
This makes it useful for visually separating short-term fluctuations in normalized trend strength from the broader strength condition represented by the smoothed value.
Filling Between Smoothed Strength and Zero
The indicator also fills the area between the smoothed strength line and zero.
The fill color follows whether the smoothed strength is positive or negative.
Consequently, the oscillator visually contains two layers of information:
* The raw strength component.
* The smoothed strength component.
Defining the Upper Strength Threshold
The Upper parameter defines a positive threshold for the background strength condition.
Its default value is 1.
The script checks whether the raw strength exceeds this threshold:
Strength > Upper
When that condition is true, the chart background receives a bullish background highlight.
The same upper threshold is also applied to the smoothed strength:
Smoothed Strength > Upper
This means the background can identify situations where normalized strength has moved beyond the selected positive threshold.
Defining the Lower Strength Threshold
The Lower parameter defines the negative threshold.
Its default value is -1.
The raw strength is checked against:
Strength < Lower
and the smoothed strength is checked against:
Smoothed Strength < Lower
When either respective condition is met, the corresponding bearish background condition is applied.
The default range therefore places the main strength thresholds at approximately +1 and -1 ATR of normalized displacement from the composite TEWMA.
Background Regime Visualization
The script uses the threshold calculations to create background highlights on the chart.
The raw strength produces a bullish background condition when it exceeds the upper threshold and a bearish background condition when it falls below the lower threshold.
The smoothed strength uses the same threshold framework.
Values between the upper and lower thresholds do not receive the bullish or bearish threshold highlight.
This creates a visual distinction between ordinary positive/negative displacement and stronger normalized displacement.
Buy and Sell Conditions:
This indicator does not contain explicit buy or sell conditions, entries, exits, alerts, or trade execution logic.
Instead, it is designed as a trend-strength oscillator .
The primary directional interpretation comes from the zero line:
* When the raw strength is above 0, price is above the composite TEWMA.
* When the raw strength is below 0, price is below the composite TEWMA.
* When the smoothed strength is above 0, the smoothed trend-strength state is positive.
* When the smoothed strength is below 0, the smoothed trend-strength state is negative.
The upper and lower thresholds provide an additional measurement of the magnitude of the normalized displacement:
* Strength above the upper threshold indicates that price is positioned more than the selected positive ATR multiple above the composite TEWMA.
* Strength below the lower threshold indicates that price is positioned more than the selected negative ATR multiple below the composite TEWMA.
The smoothed line can be used to observe whether the broader strength condition agrees with the raw strength measurement.
For example, a user may choose to interpret a positive raw strength together with positive smoothed strength as stronger directional alignment than a positive raw strength value occurring while the smoothed measurement remains negative.
However, these are interpretations of the indicator's measurements rather than coded buy or sell rules. The script itself does not automatically define a trade entry simply because one of these conditions occurs.
This distinction is important because the indicator measures market structure and normalized trend strength rather than providing a complete trading strategy.
Features and Parameters:
* Source - Selects the price series used as the input for the WMA calculations. The default source is Close.
* Length - Defines the primary length used for the first WMA and TEMA calculation. The default value is 50.
* Multiplier - Multiplies the primary length to determine the second TEWMA length. The default value is 2. With a Length of 50, this produces a second length of 100.
* ATR Length - Determines the period used to calculate ATR for volatility normalization. The default value is 40.
* Smoothing Length - Determines the EMA period used to smooth the raw strength measurement. The default value is 50.
* Upper - Defines the positive normalized-strength threshold used for the bullish background condition. The default value is 1.
* Lower - Defines the negative normalized-strength threshold used for the bearish background condition. The default value is -1.
* Raw Strength - Displays the current ATR-normalized distance between closing price and the composite TEWMA.
* Smoothed Strength - Displays an EMA-smoothed version of the raw strength measurement.
* Zero Line - Represents the point where closing price is equal to the composite TEWMA.
* Threshold Backgrounds - Visually highlights situations where raw or smoothed strength exceeds the configured upper or lower thresholds.
Specifications:
Weighted Moving Average (WMA)
The Weighted Moving Average is a moving average that assigns different weights to the observations within its calculation period.
More recent values receive greater influence than older values.
Compared with a Simple Moving Average, which gives every observation the same weight, WMA emphasizes the more recent portion of the selected price history.
In this indicator, WMA is used as the first smoothing stage before the data enters the TEMA calculation.
This creates a smoother input for TEMA while retaining greater responsiveness to recent price changes than an equally weighted average.
Triple Exponential Moving Average (TEMA)
Triple Exponential Moving Average is a multi-stage exponential smoothing method designed to reduce the lag that can occur with conventional moving averages.
The underlying calculation uses three consecutive EMA stages:
EMA1 = EMA(Input)
EMA2 = EMA(EMA1)
EMA3 = EMA(EMA2)
These are combined approximately as:
TEMA = 3 × EMA1 - 3 × EMA2 + EMA3
The mathematical combination attempts to compensate for some of the lag introduced by repeated exponential smoothing.
In this indicator, TEMA is applied after WMA rather than directly to price.
This creates the specific structure:
Selected Source → WMA → TEMA
That combination is the basis of the indicator's TEWMA concept.
TEWMA
TEWMA in this script refers to the combination of a Weighted Moving Average and a Triple Exponential Moving Average.
Each TEWMA component is therefore produced through a WMA followed by TEMA.
The script creates two separate TEWMA values using different lengths.
The first uses the primary length.
The second uses the primary length multiplied by the user-defined multiplier.
The two resulting values are then averaged.
This gives the final baseline a combination of a faster and slower trend perspective.
Dual-Length TEWMA Structure
The indicator does not rely on a single TEWMA.
Instead, it calculates:
TEWMA1 = TEMA(WMA(Source, Length), Length)
and:
TEWMA2 = TEMA(WMA(Source, Length2), Length2)
where:
Length2 = round(Length × Multiplier)
The two values are then averaged.
This is important because a single moving-average length represents only one smoothing horizon.
The dual-length structure allows the composite baseline to incorporate both a more responsive trend component and a slower trend component.
The averaging process creates a single reference value from those two perspectives.
Composite TEWMA
The final TEWMA is calculated as:
TEWMA = average(TEWMA1, TEWMA2)
or mathematically:
TEWMA = (TEWMA1 + TEWMA2) / 2
This composite value acts as the central trend baseline of the entire indicator.
Every raw strength value is calculated relative to this baseline.
Therefore, the TEWMA is not simply plotted as a moving average for visual reference; it directly determines the numerator of the strength calculation.
Average True Range (ATR)
Average True Range is a volatility measurement that estimates the typical trading range of the market over a selected period.
It is based on True Range, which accounts for both the current candle's high-low range and gaps relative to the previous closing price.
The ATR is used here as a normalization factor .
This is a critical part of the indicator because the raw distance between price and TEWMA is not directly comparable across different volatility conditions.
Dividing the price displacement by ATR expresses the distance in volatility-adjusted terms.
The resulting value can therefore be interpreted as the approximate number of ATR units that price is positioned above or below the composite TEWMA.
ATR Normalization
The core normalization is:
(Close - TEWMA) / ATR
The numerator determines direction and absolute displacement.
The denominator determines the scale of the market's recent volatility.
This combination allows the indicator to transform a raw price difference into a normalized strength measurement.
A positive result means price is above the TEWMA.
A negative result means price is below the TEWMA.
The magnitude indicates how large that displacement is relative to ATR.
Strength
Strength is the primary oscillator produced by the script.
Its exact calculation is:
Strength = (Close - TEWMA) / ATR
This value combines three important concepts:
* Price direction relative to the trend baseline.
* Distance from the trend baseline.
* Current market volatility.
The result is a normalized oscillator rather than a value expressed directly in price units.
Zero Line
The zero line is mathematically significant because it represents the point where:
Close = TEWMA
If the closing price moves above the TEWMA, strength becomes positive.
If the closing price moves below the TEWMA, strength becomes negative.
The zero line therefore separates positive and negative trend displacement.
EMA
The Exponential Moving Average assigns more weight to recent observations while retaining information from previous values.
In this script, EMA is used to smooth the calculated strength rather than the original price.
This distinction is important.
The indicator first calculates the complete ATR-normalized strength measurement and only then applies EMA smoothing.
The structure is therefore:
Price → TEWMA → ATR Normalized Strength → EMA
This allows the smoothing process to operate directly on the final trend-strength measurement.
Smoothed Strength
Smoothed strength is calculated as:
EMA(Strength, Smooth Length)
Because the input to the EMA is already normalized by ATR, the smoothed line represents the smoothed evolution of volatility-adjusted distance from the composite TEWMA.
This can help distinguish persistent strength from shorter-lived fluctuations in the raw oscillator.
The smoothing length determines how quickly the line responds.
A shorter smoothing length causes the smoothed measurement to react more quickly, while a longer smoothing length makes it more gradual.
Upper Threshold
The upper threshold determines when the strength measurement is considered sufficiently positive to trigger the bullish background condition.
With the default value of 1, the condition is:
Strength > 1
Because strength is normalized by ATR, this means the closing price is more than approximately one ATR above the composite TEWMA according to the current ATR calculation.
The same threshold is applied independently to the smoothed strength.
The threshold itself does not create a buy signal.
Lower Threshold
The lower threshold determines when the strength measurement enters the corresponding negative threshold region.
With the default value of -1, the condition is:
Strength < -1
This means the closing price is positioned more than approximately one ATR below the composite TEWMA.
The same concept is applied to the smoothed strength.
The lower threshold therefore acts as a normalized downside-strength boundary rather than a coded sell signal.
Volatility Normalization
Volatility normalization is one of the key concepts behind the indicator.
Without ATR normalization, the calculation would simply measure:
Close - TEWMA
That value is expressed in absolute price units.
By dividing it by ATR, the script asks a different question:
"How large is the price displacement relative to the market's recent typical range?"
This makes the strength value dependent on both price displacement and volatility.
That combination is particularly relevant when comparing periods in which the market's volatility changes substantially.
Trend Direction
The directional component of the indicator comes directly from the sign of the normalized strength.
Positive values indicate that price is above the composite TEWMA.
Negative values indicate that price is below the composite TEWMA.
The indicator therefore does not require a separate bullish/bearish calculation. Direction is inherently contained within the numerator of the strength formula.
Trend Strength
Trend strength is represented by the magnitude of the normalized value.
A value close to zero indicates that price is relatively close to the composite TEWMA when measured against ATR.
A larger positive value indicates greater positive displacement relative to ATR.
A larger negative value indicates greater negative displacement relative to ATR.
It is therefore important to distinguish direction from magnitude :
* The sign indicates which side of the TEWMA price is on.
* The magnitude indicates how far price is displaced relative to ATR.
Raw Strength vs. Smoothed Strength
The two oscillator components provide different information.
The raw strength responds directly to the latest relationship between closing price, TEWMA, and ATR.
The smoothed strength incorporates previous strength values through EMA smoothing.
This creates a useful distinction between immediate and persistent conditions.
A rapidly changing raw strength can reveal a developing change in the price-to-trend relationship, while the smoothed value can provide a slower representation of whether that change is becoming established.
The script therefore combines responsiveness and stability without requiring a second independent indicator.
Why Combine WMA and TEMA?
WMA and TEMA perform different roles in the calculation.
WMA provides weighted smoothing that places greater emphasis on recent observations.
TEMA then applies a multi-stage exponential smoothing structure intended to reduce lag compared with conventional moving averages.
Using them sequentially creates a trend baseline that is smoothed while still designed to remain responsive to changes in price.
The purpose is not simply to combine two moving-average names, but to create a specific transformation of the selected source before it is used in the strength calculation.
Why Use Two TEWMA Lengths?
A single moving-average length forces the indicator to represent trend using one specific time horizon.
The dual-length structure provides two different perspectives.
The shorter TEWMA can respond more quickly to changes in price structure.
The longer TEWMA changes more gradually and represents a broader trend component.
Averaging them produces the composite TEWMA used by the strength calculation.
This makes the baseline less dependent on a single smoothing horizon and combines faster and slower trend information into one reference value.
Why Combine TEWMA With ATR?
The TEWMA establishes the trend reference.
ATR establishes the volatility scale.
These measurements answer different questions.
The TEWMA asks:
"Where is the smoothed trend baseline?"
ATR asks:
"How large are the market's typical recent price movements?"
The strength calculation combines those two concepts by measuring the distance between price and trend baseline in ATR units.
This is what transforms the indicator from a simple moving-average distance oscillator into a volatility-adjusted trend-strength measurement.
Why Add EMA Smoothing to the Strength Measurement?
The raw strength calculation can fluctuate as price moves around the composite TEWMA.
Applying an EMA after normalization provides a second representation of that strength.
Importantly, the EMA is not smoothing the original price before the TEWMA calculation. It is smoothing the completed strength measurement.
This means the smoothed line represents the recent history of the normalized trend-strength state itself.
The combination therefore creates two layers:
Raw Strength = current normalized displacement
Smoothed Strength = smoothed normalized displacement
How the Components Work Together
The complete calculation can be simplified into the following chain:
Selected Source
↓
WMA using Primary Length
↓
TEMA using Primary Length
↓
TEWMA 1
And simultaneously:
Selected Source
↓
WMA using Primary Length × Multiplier
↓
TEMA using the Longer Length
↓
TEWMA 2
The two are then combined:
TEWMA 1 + TEWMA 2
↓
Average
↓
Composite TEWMA
At the same time:
High, Low and Close
↓
True Range
↓
ATR
The final strength calculation then becomes:
(Close - Composite TEWMA) / ATR
The resulting strength value is finally passed through:
EMA(Strength, Smoothing Length)
to create the smoothed strength measurement.
The entire indicator can therefore be summarized as:
Weighted price smoothing → TEMA lag reduction → dual-length trend baseline → ATR volatility normalization → strength oscillator → EMA strength smoothing
Visual Interpretation
The indicator uses several visual elements to make the calculations easier to interpret.
The raw strength line changes color according to whether it is above or below zero.
The smoothed strength line independently changes color according to its own relationship with zero.
The areas between each oscillator and the zero line are filled using the corresponding directional color.
The background highlights are reserved for conditions where the selected upper or lower threshold is exceeded.
This creates a visual hierarchy:
* Zero line = directional reference.
* Raw strength = immediate normalized displacement.
* Smoothed strength = slower strength state.
* Upper/lower thresholds = stronger normalized displacement regions.
* Background highlights = visual identification of threshold conditions.
Using the Indicator
The indicator can be used as a contextual trend-strength tool rather than as a standalone automated trading system.
The zero line can be used to identify whether price is currently above or below the composite TEWMA.
The raw strength can be observed when a trader wants a more responsive measurement of changes in the price-to-trend relationship.
The smoothed strength can be observed when a trader wants a slower representation of that same relationship.
The upper and lower thresholds can be adjusted to change how extreme a normalized displacement must become before the background highlights the condition.
Increasing the absolute threshold values makes the highlighted conditions more selective because a larger normalized displacement is required.
Reducing the absolute threshold values makes the threshold conditions easier to reach.
Similarly, changing the TEWMA lengths changes the responsiveness of the underlying trend baseline, while changing the ATR length changes the volatility reference used for normalization.
The smoothing length controls how quickly the smoothed strength responds to changes in the raw strength.
These parameters therefore influence different parts of the calculation rather than simply changing the same signal in different ways.
Important Considerations
This indicator measures the relationship between price, a composite TEWMA trend baseline, and ATR-based volatility.
It does not predict future prices and does not guarantee that a trend will continue after a strength condition appears.
A strong positive strength value means that price is currently positioned substantially above the composite TEWMA relative to the calculated ATR. It does not mathematically guarantee that price will continue higher.
Likewise, a strong negative value means that price is substantially below the composite TEWMA relative to ATR, but it does not guarantee continued downside movement.
The indicator also does not contain position sizing, stop-loss, take-profit, trade execution, or backtesting logic.
It should therefore be understood as a trend-strength and market-context tool , rather than a complete trading strategy.
Default Calculation Structure
With the default parameters, the indicator uses:
* Source: Close
* Primary Length: 50
* Multiplier: 2
* Secondary Length: 100
* ATR Length: 40
* Smoothing Length: 50
* Upper Threshold: 1
* Lower Threshold: -1
This results in a composite trend baseline constructed from 50-period and 100-period WMA-to-TEMA structures, followed by ATR normalization using a 40-period ATR and EMA smoothing of the resulting strength value using a 50-period EMA.
The default +1 and -1 thresholds represent positive and negative normalized displacement levels around the composite TEWMA.
Summary
TEWMA Trend Strength combines multiple calculations into one normalized trend-strength framework.
Rather than using a single moving average and simply checking whether price is above or below it, the script first constructs two TEWMA components using different lengths, averages them into a composite trend baseline, measures the distance between closing price and that baseline, and then normalizes that distance by ATR.
The result is a strength value where both direction and magnitude are meaningful.
The zero line identifies the side of the composite TEWMA on which price is currently positioned.
The magnitude of the value expresses that displacement relative to recent volatility.
The additional EMA smoothing provides a slower view of the strength condition, while the configurable upper and lower thresholds provide a visual way to identify larger normalized deviations.
The combination of WMA + TEMA creates the underlying trend representation, the dual-length structure combines faster and slower trend information, ATR converts the price displacement into a volatility-adjusted measurement, and EMA smoothing provides a second, slower representation of the resulting strength.
Together, these components form a single oscillator designed to help visualize trend direction, normalized trend strength, and the persistence of that strength within one calculation framework.
Enjoy!
Indicator
Smart Money Concept Levels FilterSMART MONEY CONCEPT LEVELS FILTER
www.pulsewire.com
OVERVIEW
Smart Money Concept Levels Filter maps the price-action framework commonly taught as smart money concepts, and it does so on two zoom levels at the same time so that short-term structure and larger-picture structure are visible together on one chart.
Two independent structure engines run side by side. The swing engine uses a long pivot length and draws with solid lines: this is the larger picture, the structure a position trader watches. The internal engine uses a short pivot length and draws with dashed lines: this is the structure inside the swing, the detail a scalper works with. Each keeps its own trend state, so the two can disagree, and when they do that disagreement is itself information.
Around that spine sit the rest of the framework: order blocks extracted from the origin of every structural break, equal highs and equal lows marked as resting liquidity, fair value gaps filtered by an adaptive threshold, the strong and weak classification of the current swing extremes, a premium and discount partition of the trailing range, and the previous daily, weekly and monthly levels.
Every threshold that could otherwise be instrument-specific is measured in multiples of Average True Range, so the same settings behave identically on gold, on a currency pair, on an index and on crypto, from seconds charts to monthly.
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WHY THIS INDICATOR WAS CREATED
Six specific problems drove this build.
1. One structure layer is never enough.
A tool tuned to short-term pivots produces a chart covered in labels and no sense of the bigger move. A tool tuned to long pivots gives clean context and misses everything a trader actually executes on. Running both at once, each with its own trend state and its own visual weight, means the execution detail and the larger picture never have to be chosen between.
2. The difference between a break of structure and a change of character is decided by state, not by hindsight.
These two events look identical on the chart, a close through a prior pivot, and they mean opposite things. One says the trend continues, the other says it may have just turned. The only correct way to tell them apart is to read the trend state at the instant the level breaks, and that requires the engine to actually hold that state rather than infer it later.
3. A single level should fire once, not repeatedly.
Without a guard, price oscillating around a pivot prints break after break on the same level, and the chart fills with meaningless duplicates. Each pivot here is marked as consumed the moment it is broken, and only a newly confirmed pivot can produce the next event.
4. Order blocks are usually marked in the wrong place.
Many tools mark the candle that broke structure. The concept says the opposite: the block is the origin of the leg, the candle price left from before the break happened. Locating that origin candle inside the leg, rather than taking whichever bar was convenient, is the difference between a zone with a rationale and a rectangle.
5. Strong and weak extremes are the most useful idea in the framework and the least implemented.
Not all highs are equal. The high that a bearish move originated from has a reason to hold; the high formed during a countertrend bounce does not. Labelling them differently, driven by the live swing trend, turns a chart of levels into a chart of ranked levels.
6. Fixed thresholds break across instruments.
An equal-highs tolerance or a gap filter measured in fixed points is sensible on one market and nonsense on the next. Every tolerance here is ATR-relative, and the gap filter is adaptive to the instrument's own recent gap sizes, so nothing needs retuning when the chart changes.
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HOW IT WORKS, FULL METHODOLOGY
1. THE DUAL STRUCTURE ENGINE
Two engines run independently. Each holds four things: its most recent confirmed pivot high with the bar it formed on, its most recent confirmed pivot low with the same, a flag for each recording whether that level has already been broken, and its own trend direction.
When a new pivot is confirmed, it replaces the stored level and its broken flag is cleared, arming it. When price closes through an armed level, the engine fires once, marks the level consumed, and updates its trend direction. That consumed flag is what prevents a single level from producing a stream of duplicate labels.
The swing engine draws with solid lines and larger text; the internal engine draws with dashed lines and smaller text, so the two layers are never confused with each other.
2. BREAK OF STRUCTURE AND CHANGE OF CHARACTER
At the moment a level breaks, the engine compares the direction of the break to its own current trend.
If the break continues the existing trend, it is a break of structure: a continuation event, confirmation that the prevailing direction is still in force.
If the break reverses the trend, it is a change of character: the first structural evidence that the prevailing direction may be over. The trend state then flips, so the next event will be judged against the new direction.
Each layer can be filtered independently to show all events, only breaks of structure, or only changes of character.
3. SWING POINT CLASSIFICATION
Optionally, every confirmed swing pivot is labelled against its predecessor as a higher high, lower high, higher low or lower low. This is the raw grammar of trend and it is off by default because it adds a great deal of text to the chart.
4. ORDER BLOCKS
When a structural break occurs, the engine looks back across the leg that produced it and finds its origin candle: the lowest low of the leg for a bullish break, the highest high for a bearish one. The zone is built from that candle, using either its full wick range or just its body, your choice.
Internal breaks and swing breaks maintain separate pools with their own colours and their own size limits, so short-term blocks never crowd out the significant ones. Each zone extends to the right and carries a label inside it.
A block is mitigated and removed once price closes decisively through it, on either a close or a wick basis, so only unmitigated zones remain drawn.
5. EQUAL HIGHS AND EQUAL LOWS
Consecutive pivots that land within an ATR-relative tolerance of one another are joined by a dotted line and labelled as equal highs or equal lows. Under the methodology these are resting liquidity: clusters of stop orders sitting just beyond a level that price has already respected more than once.
6. FAIR VALUE GAPS
Three-candle imbalances are detected: a bullish gap where the third candle's low sits above the first candle's high, a bearish gap where the third candle's high sits below the first candle's low.
The significance filter is adaptive rather than fixed. The engine maintains a running average of the gap sizes this instrument has actually produced and requires a new gap to exceed a multiple of that average. A meaningful gap on gold and a meaningful gap on a currency pair are therefore both judged correctly by the same setting.
7. STRONG AND WEAK EXTREMES
This is driven entirely by the live swing trend.
When the swing trend is bearish, the swing high that the bearish move originated from is labelled Strong High: a level with real structural reason behind it. The swing low formed during the countertrend move is labelled Weak Low: a level with far less behind it and correspondingly easier to break.
When the swing trend is bullish, the classification mirrors: Strong Low at the origin and Weak High against it.
8. PREMIUM, EQUILIBRIUM AND DISCOUNT
The trailing swing range is partitioned into three bands: an expensive upper zone, a fair middle around the midpoint, and a cheap lower zone. All three boundaries are configurable as percentages of the range. It is off by default.
9. MULTI-TIMEFRAME LEVELS
The previous completed daily, weekly and monthly high and low can each be extended across the chart as higher-timeframe reference, whatever timeframe you are working on. All are requested with lookahead disabled.
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HOW TO READ IT ON THE CHART
- Solid line with a label. A swing structure break, the larger picture.
- Dashed line with a smaller label. An internal structure break, the detail inside the swing.
- BOS. Break of structure, a continuation of that layer's trend.
- CHoCH. Change of character, that layer's trend just flipped.
- Green labels and lines. Bullish events. Red labels and lines. Bearish events.
- Blue shaded zone. A bullish order block, the origin of an upward leg.
- Red or pink shaded zone. A bearish order block, the origin of a downward leg.
- Order Block text inside a zone. Identifies the zone at a glance without a separate legend.
- EQH or EQL joined by a dotted line. Equal highs or equal lows, resting liquidity.
- Strong High or Strong Low on the right. The extreme the current swing trend originated from.
- Weak High or Weak Low on the right. The countertrend extreme, structurally the softer level.
- HH, HL, LH, LL. Swing point classification, off by default.
Read the swing layer first for context, then the internal layer for timing. When both layers agree, structure is aligned. When the internal layer flips against a swing trend that is still intact, you are usually looking at a pullback rather than a reversal.
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PRACTICAL USE
Treat a change of character as a warning and a break of structure as confirmation.
A change of character is the first structural evidence that a trend may be ending. It is a reason to tighten risk and stop adding, not a reason to reverse immediately. A break of structure in the new direction afterwards is the confirmation that the turn has actually happened.
Rank levels by strong and weak before anything else.
A Strong High in a bearish market is where the move came from and where sellers have a reason to defend. A Weak Low is where a bounce ran out of steam and has far less behind it. Given a choice of levels to work with, the strong one deserves more respect and the weak one is the more likely to break.
Use order blocks as zones to react in, not signals to act on.
A block marks the origin of a move. Price returning into it is the setup, not the entry. Wait for the reaction inside the zone before committing, and use the far boundary as invalidation, because that is where the zone's premise fails.
Read the layers together for timing.
The classic combination is a swing structure that is intact in one direction and an internal change of character that turns back in line with it. That is a pullback ending, which is a very different thing from a swing change of character, which is a trend possibly ending.
Expect equal levels to be swept.
Equal highs and equal lows mark where stops are resting. The methodology expects price to run them before the real move. Placing your own stop immediately beyond an obvious EQH or EQL is placing it exactly where the framework says price is most likely to reach.
Use the higher-timeframe levels as context, not as signals.
The previous daily, weekly and monthly extremes are reference points that traders on those timeframes are watching. They matter most when structure on your own chart is already turning near one of them.
Tune the two pivot lengths to your own horizon.
Raising the internal length quietens the chart and produces fewer, more meaningful internal events. Raising the swing length gives broader, rarer, more significant swing events. These two settings do more to change the character of the tool than anything else in it.
Timeframes.
Everything is ATR-relative, so the tool behaves consistently everywhere. Higher timeframes produce fewer, larger and more significant events; lower timeframes produce many more. A swing change of character on a four-hour chart carries far more weight than one on a one-minute chart.
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SETTINGS
INTERNAL STRUCTURE
- Show Internal Structure, Internal Pivot Length, and a label filter for all events, breaks of structure only, or changes of character only.
SWING STRUCTURE
- Show Swing Structure, Swing Pivot Length, the same label filter, and Show Swing Points for the higher high and lower low classification.
ORDER BLOCKS
- Internal Order Blocks with their own count limit.
- Swing Order Blocks with their own count limit.
- Zone Built From, wick range or candle body.
- Mitigation Basis, close or wick.
- Write Order Block Inside Zone, with its own text colour and text size.
EQUAL HIGHS AND LOWS
- Show Equal Highs and Lows, the pivot length used to find them, and the tolerance in ATR.
FAIR VALUE GAPS
- Show Fair Value Gaps, Adaptive Significance Threshold, Threshold Strength, Gap Extend.
STRONG AND WEAK EXTREMES
- Show Strong and Weak High and Low.
PREMIUM AND DISCOUNT
- Show the partition, where premium starts, where discount ends, and the equilibrium half width.
MULTI-TIMEFRAME LEVELS
- Previous daily, weekly and monthly high and low, each independently.
STYLE
- Bullish and bearish structure colours, bullish and bearish order block colours, order block transparency, equal level colour, gap colours, higher-timeframe level colour and the ATR length.
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UNIVERSAL MARKET AND TIMEFRAME COMPATIBILITY
No pip value, point distance or price constant appears anywhere in the logic. The equal-level tolerance is an ATR multiple, the gap filter is adaptive to the instrument's own recent gaps, and the range partition is expressed in percentages, so the same configuration behaves consistently on Forex majors and crosses, on gold and other metals, on indices, on crypto, on futures and on individual equities, from seconds charts to monthly.
No volume data is required anywhere, so feeds that publish none lose no functionality at all.
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ALERTS
Eleven alert conditions are included:
- Internal BOS and Internal CHoCH
- Swing BOS and Swing CHoCH
- Bullish Swing Break and Bearish Swing Break
- Equal Highs and Equal Lows
- Bullish Fair Value Gap and Bearish Fair Value Gap
- Order Block Mitigated
Alert messages carry the ticker and timeframe automatically, so the same alert can be run across a watchlist without keeping charts open.
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LIVE BEHAVIOUR AND REPAINTING STATEMENT
A pivot is confirmed only after the required bars have formed to its right. This is inherent to every pivot-based tool and cannot be removed by any setting: a swing is not a swing until price has moved away from it. Once confirmed, a pivot never moves.
Structure breaks, order block creation, order block mitigation, equal-level marking and gap detection are all evaluated on confirmed bars. A printed break of structure, change of character, equal level or order block never disappears from history and never changes side.
The strong and weak labels, the premium and discount partition and the previous higher-timeframe levels describe the present state and therefore update live, which is their purpose and is stated here so it is not mistaken for repainting.
The multi-timeframe levels are requested with lookahead disabled, so no future higher-timeframe data can reach a past bar.
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HONEST NOTE ON THE FRAMEWORK
I state this plainly so nothing here is oversold. The same note appears in the script header.
Smart money concepts are an interpretive framework, not a description of verified fact. This tool marks structure exactly as the methodology defines it, and that is all it does. It cannot see institutional orders. It cannot know anyone's intent. The words order block and liquidity name concepts from within the framework; they are not observations of order-book data. No retail charting tool can observe institutional flow, and this one makes no such claim anywhere.
What the tool actually does is entirely mechanical and entirely honest: it finds pivots, it detects closes through them, it classifies those closes against a tracked trend state, and it marks the origin candles of the resulting legs. Whether that framework describes how markets work is a question for you, not for the indicator.
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HONEST LIMITATIONS
- A change of character is a warning, not a reversal, and a break of structure is a continuation signal, not a guarantee. Both fail regularly, which is why every level here needs a stop behind it.
- Pivot confirmation means every event is marked some bars after the price action that caused it. The tool describes structure that has completed, never structure that is forming.
- Order blocks are areas, not barriers. Price can trade deep into a block and recover, and it can slice straight through one without pausing.
- The internal layer on a fast chart will produce a great deal of activity. That is the layer working as intended, and it is why the pivot length and the label filters exist.
- Equal highs and equal lows are marked by proximity within a tolerance. A wider tolerance finds more pairs and some of them will be coincidence; a narrower one finds fewer and misses some genuine ones. There is no setting that removes this trade-off.
- The strong and weak classification follows the swing trend. When that trend flips, the classification flips with it, which is correct behaviour and does mean the labels move when structure changes.
- The premium and discount partition uses the trailing swing range. In a strongly trending market that range is constantly being redefined, and the partition is correspondingly less meaningful than it is in a range.
- This indicator maps structure. It produces no entry or exit signals, does not size positions and does not manage risk. Every trading decision remains entirely your own.
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AUTHOR VERIFICATION DECLARATION
I am Expert_Markets_Insights, the publisher and sole original author of this exact implementation of Smart Money Concept Levels Filter. I designed the architecture of this tool, wrote every line of the Pine Script v6 code it contains, tested it across multiple asset classes and timeframes, and I take full and sole ownership and responsibility for it.
Specifically, I independently designed and coded: the dual structure engine that tracks an internal and a swing layer with independent pivot lengths, independent trend state and independent break bookkeeping; the crossed-level guard that prevents a single pivot from firing repeatedly; the break classifier that decides between a break of structure and a change of character from the trend state at the moment of the break; the swing labelling that classifies each pivot against its predecessor; the order block extraction that locates the origin candle of each structural leg and builds a zone from it, with separate internal and swing pools, mitigation tracking and capped storage; the equal high and equal low detector with its ATR-relative tolerance; the fair value gap engine with its adaptive significance threshold; the strong and weak extreme classifier driven by the swing trend; the premium, equilibrium and discount partition of the trailing swing range; the multi-timeframe previous period level layer; and the alert framework.
This declaration is made for this specific version of the script, version 6.0, July 2026. Any future modified version I publish will carry its own updated declaration in the script header.
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ORIGINAL INDICATOR SCRIPT IMPLEMENTATION VERIFICATION AND DECLARATION
I verify and declare that this script is an original implementation authored from scratch by Expert_Markets_Insights. No portion of this code was copied, ported, decompiled, translated, reverse-engineered or adapted from any other author's closed-source, invite-only, protected or open-source script. No third-party library and no republished open-source script forms any part of this work, and no other author's structure engine, order block logic or visual system was reproduced.
I acknowledge openly and without reservation that every trading concept implemented here is public and very widely taught. Market structure, the break of structure and the change of character, higher highs and lower lows, order blocks, fair value gaps, equal highs and equal lows as liquidity, strong and weak extremes, premium and discount pricing against a range, and previous higher-timeframe levels, are all common knowledge across the trading community. They are taught freely in countless articles, videos and courses, they belong to no single author, and I claim ownership of none of them.
My original contribution, and what this declaration covers, is the specific code implementation: my own dual-layer structure state machine, my own crossed-level guard, my own break classifier, my own order block extraction and mitigation model, my own ATR-relative equal-level tolerance, my own adaptive fair value gap threshold, my own strong and weak classifier, my own range partition, and my own presentation layer.
Because these concepts are so widely implemented, conceptual and visual overlap with other smart money tools is unavoidable and fully expected. Two honest authors implementing the break of structure will produce charts that look similar, because they are both drawing the same publicly taught idea, and neither of them invented it. What I declare is that there is no source-code overlap of any kind with any other author's work, and that every line in this script is mine.
The full commented source, including both of these declarations and the note on the framework, is contained in the script header.
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DISCLAIMER
This tool is for educational and informational purposes only. It does not constitute financial advice. Trading involves risk and past patterns do not guarantee future results. Smart money concepts are an interpretive framework rather than verified fact, and no structure label, zone or level produced by this indicator is a recommendation to enter or exit any position. Use proper risk management, test thoroughly on your own instruments and timeframes, and consult a licensed financial advisor before trading real capital. All trading decisions and all risk taken remain entirely your own responsibility.
Indicator
Hunter DWM Control Pro• Overview
Hunter DWM Control Pro is a multi-timeframe technical analysis script built around a structural process evaluated across the Daily, Weekly, and Monthly timeframes.
The script combines structural breakout references, structural invalidation levels, sequential price targets, evolving support and resistance, an Advanced Radar Control Cloud, normalized directional momentum, and timeframe-based candle coloring.
These components operate within one analytical workflow. The structural engine identifies the price structure being monitored, the target engine follows how that structure develops after a breakout, while the Radar and momentum components provide additional information about the directional environment surrounding the structure.
The complete D/W/M structural display is intended primarily for use on a Daily chart.
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• Structural Detection
The structural process begins by evaluating directional candle shapes.
A qualifying bullish candle requires:
• Close above Open.
• The candle body to be larger than the combined upper and lower wicks.
A qualifying bearish candle applies the opposite directional condition using the same body-versus-wicks relationship.
The script records the Low of the most recent qualifying bullish candle. It then monitors for a qualifying bearish candle that closes below that bullish Low.
When this bearish structure occurs, its High, Low, and time are stored.
A bullish structural breakout is detected when a later close moves above the stored High of that bearish structure.
The same process is calculated separately on the Daily, Weekly, and Monthly timeframes.
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• Daily, Weekly and Monthly Structure
The main table organizes the current structural state of:
• Daily
• Weekly
• Monthly
For each timeframe, the table can display:
• Last High
• Breakout
• SL
• RS
• SUP
• SL Stat
• T1
• T2
• T3
The three-timeframe view shows how the same structural process is developing across different time horizons.
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• Structural Invalidation
When a breakout cycle becomes active, the script stores the Low of the bearish structure associated with that breakout as its structural invalidation reference.
The SL status can display:
• ACTIVE — an active structural cycle remains above its stored invalidation level.
• BROKEN — the relevant timeframe has closed below the stored invalidation level.
• INACTIVE — no active structural cycle is currently associated with that stored level.
Before an active cycle exists, the SL column may display the Low of the currently identified structure as a reference level.
These values are structural references generated by the script. They do not determine position size, account exposure, or individual risk tolerance.
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• Primary Target Calculation
When a structural breakout cycle is established, the High and Low associated with that structure are stored.
The structural range is calculated as:
Range = Structure High - Structure Low
The primary targets are then derived as:
• T1 = Structure High + 1 × Range
• T2 = Structure High + 2 × Range
• T3 = Structure High + 3 × Range
A target is recorded as reached when the relevant timeframe closes at or above that target level.
Before a confirmed breakout cycle exists, the table can display preview target values calculated from the currently identified structure.
These preview levels provide a structural map of the levels ahead, while actual target-hit tracking begins after a breakout cycle is established.
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• Extension Targets
After T3 has been reached, the script can establish an additional target sequence.
An extension requires a qualifying bullish candle to close at or above T3.
The High and Low of that candle define a new range reference from which three additional targets are calculated:
• EXT1
• EXT2
• EXT3
Once created, the extension anchor and target levels remain fixed for that extension cycle.
This separates the original structural projection from a later expansion phase.
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• Dynamic Support and Resistance
The RS and SUP fields change as price progresses through the structural sequence.
Before an active target cycle exists, the stored structural High acts as the next resistance reference.
After a breakout, the original breakout level becomes a support reference while T1 becomes the next resistance.
As T1, T2, T3, and extension targets are reached, the script advances the support and resistance references through the sequence.
RS and SUP therefore describe the current location within the script's structural path rather than fixed support and resistance levels.
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• Action State
The Action field summarizes the current Daily trade-state logic.
Possible states are:
• WAIT — no active Daily trade-state cycle.
• BUY — a new confirmed Daily structural breakout event has activated the programmed state.
• HOLD — the Daily state remains active and price has not closed below the stored structural invalidation level.
• TP — a programmed Daily target has just been confirmed while the state is active.
• EXIT — the Daily close has moved below the stored structural invalidation level.
The script also prevents a new BUY state when the first Daily target has already been registered for the relevant sequence.
These terms describe programmed indicator states. They are not brokerage orders and do not constitute instructions to buy, hold, take profit, or exit a position.
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• Multi-Timeframe Candle Coloring
On the Daily chart, candles can optionally be colored according to the highest active breakout timeframe.
The priority is:
Monthly → Weekly → Daily
Accordingly:
• Daily breakout state uses the Daily color.
• Weekly breakout state takes priority over Daily.
• Monthly breakout state takes priority over Weekly and Daily.
• When none of these breakout states is active, the script leaves the chart's normal candle colors unchanged.
The candle coloring provides a compact visual representation of the highest active structural timeframe without adding additional markers around each candle.
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• Advanced Radar Control Cloud
The Advanced Radar Control Cloud provides directional context separately from the D/W/M structural engine.
The Radar identifies strong directional candles using the relationship between candle body size and the combined wick size.
A qualifying bullish candle contributes to the Bull Control feed.
A qualifying bearish candle contributes to the Bear Control feed.
When a new qualifying directional candle is not present, the previous feed value is carried forward.
The Bull and Bear feeds are then smoothed using EMA calculations.
The default Radar Control EMA length is 11.
The script also measures the distance between Bull Control and Bear Control relative to ATR(14).
The Radar classifies the current environment into four states:
• Bull Control
• Bear Control
• Compression
• Transition
Compression occurs when the normalized distance between the two control lines is below the selected threshold. The default compression reference is 0.18 ATR.
Bull Control requires price to be above the upper Radar boundary together with a non-declining Bull Control line.
Bear Control requires price to be below the lower Radar boundary together with a non-rising Bear Control line.
Other non-compression conditions are classified as Transition.
The colored area between Bull Control and Bear Control forms the Advanced Radar Control Cloud.
An optional Radar Slow Bias line applies additional EMA smoothing to the midpoint between the two control lines. Its default length is 33, and it is hidden by default.
The Radar describes current directional conditions. It does not predict the direction of the next candle.
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• Strength and Acceleration
The script measures directional candle impulse relative to its recent baseline.
The current directional movement is calculated from:
Close - Open
Its absolute movement is compared with the recent average absolute candle movement over a default seven-bar calculation length.
The resulting Strength value describes the current directional impulse relative to that recent baseline.
Acceleration measures the change in normalized Strength from the previous bar.
The Note field converts the relationship between Strength and Acceleration into descriptive states such as:
• Explosive
• Strong
• Starting
• Fading
• Moderate
• Weak
• Reversing
• Dead
These labels describe programmed momentum conditions. They are not probability, confidence, win-rate, or accuracy measurements.
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• Early Entry Alert
The script includes a separate Early Entry alert condition.
The programmed condition requires:
• A confirmed crossover above the Daily structural High.
• An active Weekly breakout condition.
• Bull Control from the Radar.
• Positive Acceleration.
• Strong or Explosive positive momentum according to the script's classification.
Early Entry operates as an alert condition only and does not replace or modify the main Action-state engine.
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• Why These Components Are Combined
Hunter DWM Control Pro uses established technical-analysis calculations such as EMA, ATR, candle-body and wick measurements, price ranges, and multi-timeframe price data.
The individual calculations are supporting components rather than the purpose of the script.
The script coordinates one structural process across Daily, Weekly, and Monthly data and connects that structure with stored invalidation levels, sequential targets, extension targets, evolving support and resistance, Action states, Radar context, normalized directional momentum, and timeframe-based candle coloring.
The structural engine identifies the reference levels.
The target and support/resistance engines describe how those levels evolve after a breakout.
The Radar and momentum components provide additional context about the directional environment and current price movement.
This relationship between the components is the reason they are presented together.
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• Intended Timeframe
The complete structural workflow is designed primarily for a Daily chart.
On the Daily timeframe, the script displays:
• D/W/M structural lines.
• Structural SL references.
• The full multi-timeframe table.
• Action states.
• Timeframe-based candle coloring.
Radar and momentum calculations use the chart's current timeframe, but the complete D/W/M workflow is intended to be interpreted from the Daily chart.
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• Multi-Timeframe Data Behavior
Daily, Weekly, and Monthly calculations are evaluated inside their respective requested timeframes.
The script uses multi-timeframe requests with future-data lookahead disabled.
However, values associated with the current Weekly or Monthly candle can still change while that higher-timeframe candle remains open.
Users should therefore distinguish between a developing higher-timeframe condition and one based on a completed higher-timeframe candle.
Daily BUY and EXIT events additionally require a confirmed Daily chart bar.
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• Main Table
The main table contains:
• TF — Timeframe.
• Last High — Current stored structural High.
• Breakout — Current structural breakout state.
• SL — Structural Low or invalidation reference.
• RS — Current resistance reference.
• SUP — Current support reference.
• SL Stat — ACTIVE, BROKEN, or INACTIVE.
• T1 / T2 / T3 — Preview, primary, or extension target sequence depending on the current structural state.
• Action — Current Daily trade-state label.
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• Radar Table
The compact Radar table contains:
• Trend — UP, DOWN, COMPRESSION, or NEUTRAL.
• Accel — Change in normalized directional Strength.
• Strength — Current normalized directional candle impulse.
• Note — Current descriptive momentum state.
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• Settings
Available settings include controls for:
• Daily, Weekly, and Monthly colors.
• Candle coloring by highest breakout timeframe.
• Structural line length, width, and style.
• SL line length, width, and style.
• Label size and transparency.
• Main table appearance and position.
• Radar Control EMA length.
• Radar Bias EMA length.
• Radar compression threshold.
• Radar cloud transparency.
• Bull and Bear Radar colors.
• Radar Cloud visibility.
• Radar Slow Bias visibility.
• Radar table text size.
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• Alerts
The script includes alert conditions for:
• BUY
• TP
• EXIT
• Early Entry
An alert means that the corresponding programmed condition has occurred.
It does not place a market order and does not imply that price will subsequently move in a particular direction.
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• Limitations
Hunter DWM Control Pro is based on price-derived technical calculations.
Structural breakouts can fail.
Price may not reach projected targets.
A previously active structural condition can later be invalidated.
Radar, Strength, and Acceleration states can change as new price data becomes available.
Weekly and Monthly values can change while their current candles are still developing.
Preview targets shown before a confirmed breakout are structural projections and are not active target-hit records.
The script does not account for brokerage execution, spread, slippage, commissions, liquidity, leverage, position sizing, or individual risk-management rules.
The indicator is not a backtesting strategy and does not calculate or report historical profitability, win rate, or signal accuracy.
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• Disclaimer
Hunter DWM Control Pro is a technical-analysis tool provided for informational and educational purposes.
Its levels, states, targets, colors, tables, and alerts are outputs of programmed calculations applied to market data.
They do not constitute financial advice or a recommendation to buy, sell, hold, or exit any financial instrument.
Users remain responsible for their own analysis, risk management, and trading decisions.
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• نظرة عامة
Hunter DWM Control Pro هو سكربت للتحليل الفني متعدد الأطر الزمنية، ويعتمد على تسلسل هيكلي يتم تقييمه على الإطار اليومي والأسبوعي والشهري.
يجمع المؤشر بين مراجع الاختراق الهيكلي، ومستويات الإبطال الهيكلي، والأهداف السعرية المتتابعة، والدعم والمقاومة المتغيرة، وسحابة Radar Control المتطورة، وقياس القوة الاتجاهية، وتلوين الشموع وفق حالة الأطر الزمنية.
تعمل هذه المكونات ضمن دورة تحليل واحدة؛ فالمحرك الهيكلي يحدد البنية السعرية التي تتم مراقبتها، ومحرك الأهداف يتابع كيفية تطور تلك البنية بعد الاختراق، بينما يقدم الرادار وقياسات القوة معلومات إضافية عن البيئة الاتجاهية المحيطة بها.
تم تصميم العرض الهيكلي الكامل D/W/M بصورة أساسية للاستخدام على الشارت اليومي.
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• اكتشاف الهيكل
يبدأ التسلسل الهيكلي بتقييم شكل الشموع الاتجاهية.
تتطلب الشمعة الصاعدة المستوفية للشروط:
• أن يكون الإغلاق أعلى من الافتتاح.
• أن يكون جسم الشمعة أكبر من مجموع الظل العلوي والسفلي.
ويتم تطبيق الشرط الاتجاهي المقابل على الشمعة الهابطة باستخدام العلاقة نفسها بين الجسم والظلال.
يسجل المؤشر قاع آخر شمعة صاعدة مستوفية للشروط، ثم يبحث عن شمعة هابطة مستوفية للشروط تغلق أسفل ذلك القاع.
عند ظهور هذا الهيكل الهابط، يتم تسجيل قمته وقاعه ووقته.
يتم اكتشاف الاختراق الهيكلي الصاعد عندما يحدث لاحقًا إغلاق أعلى من القمة المسجلة لذلك الهيكل.
ويتم تنفيذ العملية نفسها بصورة مستقلة على Daily وWeekly وMonthly.
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• هيكل Daily وWeekly وMonthly
ينظم الجدول الرئيسي الحالة الهيكلية لكل من:
• Daily
• Weekly
• Monthly
ويعرض لكل إطار معلومات مثل:
• Last High
• Breakout
• SL
• RS
• SUP
• SL Stat
• T1
• T2
• T3
والغرض من قراءة الأطر الثلاثة هو معرفة كيفية تطور التسلسل الهيكلي نفسه عبر أكثر من أفق زمني.
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• الإبطال الهيكلي
عند تفعيل دورة اختراق، يقوم المؤشر بتخزين قاع الهيكل الهابط المرتبط بذلك الاختراق ليصبح مرجع الإبطال الهيكلي.
يمكن أن تظهر حالة SL كالتالي:
• ACTIVE — توجد دورة هيكلية نشطة وما زالت أعلى مستوى الإبطال المخزن.
• BROKEN — أغلق الإطار المعني أسفل مستوى الإبطال المخزن.
• INACTIVE — لا توجد حاليًا دورة هيكلية نشطة مرتبطة بذلك المستوى.
وقبل وجود دورة نشطة، يمكن أن تعرض خانة SL قاع الهيكل الحالي كمرجع سعري.
هذه المستويات مراجع هيكلية محسوبة بواسطة المؤشر، ولا تحدد حجم الصفقة أو مقدار التعرض في الحساب أو مستوى المخاطرة المناسب للمستخدم.
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• حساب الأهداف الأساسية
عند إنشاء دورة اختراق هيكلي جديدة، يتم تخزين قمة وقاع الهيكل المرتبط بها.
يتم حساب المدى كالتالي:
المدى = قمة الهيكل - قاع الهيكل
ثم:
• T1 = قمة الهيكل + مرة واحدة من المدى
• T2 = قمة الهيكل + مرتين من المدى
• T3 = قمة الهيكل + ثلاث مرات من المدى
يسجل المؤشر تحقق الهدف عندما يغلق الإطار الزمني المعني عند مستوى الهدف أو أعلى منه.
وقبل وجود دورة اختراق مؤكدة، يمكن أن يعرض الجدول أهدافًا تقديرية محسوبة من الهيكل الحالي.
تستخدم هذه المستويات لتوضيح المسار الهيكلي أمام السعر، بينما تبدأ متابعة تحقق الأهداف الفعلية بعد تفعيل دورة الاختراق.
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• الأهداف الامتدادية
بعد تحقق T3 يمكن للمؤشر إنشاء تسلسل أهداف إضافي.
يتطلب تفعيل الامتداد وجود شمعة صاعدة مستوفية لشروط القوة تغلق عند T3 أو أعلى منه.
يتم استخدام قمة وقاع تلك الشمعة لتحديد مدى جديد، ومنه يتم حساب:
• EXT1
• EXT2
• EXT3
بعد إنشاء الامتداد يتم تثبيت مرجعه وأهدافه لدورة الامتداد الحالية، ولا يعاد حسابها من كل شمعة صاعدة لاحقة.
وبذلك يتم الفصل بين أهداف الهيكل الأساسي ومرحلة التوسع السعري اللاحقة.
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• الدعم والمقاومة الديناميكية
تتغير خانات RS وSUP مع تقدم السعر خلال التسلسل الهيكلي.
قبل وجود دورة أهداف نشطة، تعمل القمة الهيكلية المسجلة كمرجع للمقاومة التالية.
بعد الاختراق، يتحول مستوى الاختراق الأصلي إلى مرجع دعم، بينما يصبح T1 المقاومة التالية.
ومع تحقق T1 ثم T2 ثم T3 وأهداف الامتداد، يقوم المؤشر بنقل مراجع الدعم والمقاومة عبر التسلسل.
ولذلك فإن RS وSUP يصفان الموقع الحالي داخل المسار الهيكلي للمؤشر، وليسا مستويات دعم ومقاومة ثابتة.
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• حالة Action
تلخص خانة Action حالة منطق الصفقة اليومية داخل المؤشر.
الحالات الممكنة هي:
• WAIT — لا توجد دورة صفقة يومية نشطة.
• BUY — حدث اختراق هيكلي يومي جديد ومؤكد وقام بتفعيل الحالة البرمجية.
• HOLD — ما زالت الحالة اليومية نشطة ولم يغلق السعر أسفل مستوى الإبطال المخزن.
• TP — تم تأكيد أحد الأهداف اليومية المبرمجة أثناء بقاء الحالة نشطة.
• EXIT — أغلق السعر اليومي أسفل مستوى الإبطال الهيكلي المخزن.
كما يمنع المحرك إنشاء حالة BUY جديدة إذا كان الهدف اليومي الأول قد تم تسجيله بالفعل ضمن التسلسل المعني.
هذه المصطلحات أسماء لحالات برمجية داخل المؤشر، وليست أوامر تنفيذ لدى وسيط ولا تعليمات للمستخدم بالشراء أو الاحتفاظ أو جني الربح أو الخروج.
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• تلوين الشموع متعدد الأطر
على الشارت اليومي يمكن للمؤشر تلوين الشموع اختياريًا وفق أعلى إطار زمني توجد عليه حالة اختراق نشطة.
ترتيب الأولوية هو:
Monthly → Weekly → Daily
وبالتالي:
• إذا كان Daily نشطًا يظهر لون اليومي.
• إذا كان Weekly نشطًا يأخذ الأولوية على اليومي.
• إذا كان Monthly نشطًا يأخذ الأولوية على الأسبوعي واليومي.
• إذا لم تكن أي من الحالات الثلاث نشطة، لا يغير المؤشر ألوان الشموع الأصلية للشارت.
الغرض من التلوين هو إظهار أعلى إطار هيكلي نشط بصريًا دون إضافة إشارات متكررة حول كل شمعة.
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• سحابة Advanced Radar Control
تقدم سحابة Radar Control المتطورة قراءة للسياق الاتجاهي بشكل منفصل عن محرك D/W/M.
يحدد الرادار الشموع الاتجاهية القوية باستخدام العلاقة بين حجم جسم الشمعة ومجموع الظلال.
تغذي الشمعة الصاعدة المستوفية للشروط Bull Control، بينما تغذي الشمعة الهابطة المستوفية للشروط Bear Control.
وعندما لا توجد شمعة اتجاهية جديدة مستوفية للشروط، يتم الاحتفاظ بآخر قيمة.
ثم يتم تنعيم Bull Control وBear Control باستخدام EMA.
القيمة الافتراضية لطول Radar Control هي 11.
كما يقيس المؤشر المسافة بين Bull Control وBear Control مقارنة بـ ATR(14).
ويصنف الرادار البيئة الحالية إلى:
• Bull Control
• Bear Control
• Compression
• Transition
تظهر حالة Compression عندما تصبح المسافة المعيارية بين خطي السيطرة أقل من الحد المحدد، والقيمة الافتراضية هي 0.18 ATR.
تتطلب Bull Control وجود السعر أعلى الحد العلوي للرادار مع عدم انخفاض Bull Control.
وتتطلب Bear Control وجود السعر أسفل الحد السفلي للرادار مع عدم ارتفاع Bear Control.
أما الحالات الأخرى غير المصنفة كـCompression فتظهر كـTransition.
المنطقة الملونة بين Bull Control وBear Control تمثل سحابة Advanced Radar Control.
كما يوجد خط اختياري باسم Radar Slow Bias يعتمد على تنعيم إضافي لمتوسط خطي السيطرة بواسطة EMA بطول افتراضي 33، وهو مخفي افتراضيًا.
الرادار يصف الحالة الاتجاهية الحالية ولا يتنبأ باتجاه الشمعة التالية.
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• Strength وAcceleration
يقيس المؤشر قوة الحركة الاتجاهية الحالية مقارنة بخط أساس حديث.
الحركة الاتجاهية الحالية هي:
Close - Open
ثم تتم مقارنة الحركة بمتوسط القيمة المطلقة لحركة الشموع الأخيرة خلال فترة افتراضية قدرها سبع شموع.
تمثل Strength قوة الحركة الاتجاهية الحالية مقارنة بخط الأساس الحديث.
أما Acceleration فيقيس التغير في Strength المعيارية مقارنة بالشمعة السابقة.
وتحول خانة Note هذه القراءات إلى أوصاف مثل:
• Explosive
• Strong
• Starting
• Fading
• Moderate
• Weak
• Reversing
• Dead
هذه الحالات تصف الزخم المحسوب داخل المؤشر، ولا تمثل احتمال نجاح أو Confidence أو Win Rate أو نسبة دقة.
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• تنبيه Early Entry
يتضمن المؤشر شرط تنبيه مستقل باسم Early Entry.
ويتطلب:
• تقاطعًا مؤكدًا أعلى المستوى الهيكلي اليومي.
• وجود حالة اختراق أسبوعية نشطة.
• حالة Bull Control في الرادار.
• Acceleration إيجابي.
• وجود Strong أو Explosive ضمن تصنيف الزخم الإيجابي.
Early Entry هو شرط للتنبيه فقط، ولا يغير أو يستبدل محرك Action الرئيسي.
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• لماذا تم جمع هذه المكونات؟
يستخدم Hunter DWM Control Pro حسابات معروفة في التحليل الفني مثل EMA وATR وقياسات أجسام وظلال الشموع ومدى السعر وبيانات الأطر الزمنية المتعددة.
ولا يتم تقديم هذه الحسابات الفردية باعتبارها أساليب جديدة بحد ذاتها.
يقوم السكربت بتنسيق تسلسل هيكلي واحد عبر Daily وWeekly وMonthly وربطه بمستويات الإبطال المخزنة، والأهداف المتتابعة، وأهداف الامتداد، والدعم والمقاومة المتغيرة، وحالات Action، وسياق الرادار، والقوة الاتجاهية المعيارية، وتلوين الشموع متعدد الأطر.
يحدد المحرك الهيكلي المستويات المرجعية، وتوضح محركات الأهداف والدعم والمقاومة كيفية تطور تلك المستويات بعد الاختراق، بينما يضيف الرادار وقياسات القوة سياقًا إضافيًا للحالة الاتجاهية والحركة الحالية.
وهذا الترابط هو سبب استخدام هذه المكونات معًا داخل السكربت.
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• الإطار الزمني المقصود
تم تصميم دورة العمل الهيكلية الكاملة بصورة أساسية للشارت اليومي.
على الإطار اليومي يعرض المؤشر:
• خطوط D/W/M الهيكلية.
• مراجع SL.
• جدول الأطر الزمنية الكامل.
• حالات Action.
• تلوين الشموع وفق الأطر الزمنية.
أما حسابات الرادار والزخم فتستخدم بيانات الإطار الموجود على الشارت، لكن قراءة دورة D/W/M الكاملة مخصصة أساسًا للشارت اليومي.
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• سلوك بيانات الأطر الزمنية
يتم تنفيذ حسابات Daily وWeekly وMonthly داخل الإطار الزمني الخاص بكل منها.
ويستخدم السكربت طلبات Multi-Timeframe مع تعطيل الوصول إلى بيانات مستقبلية.
مع ذلك، يمكن لقيم Weekly أو Monthly الحالية أن تتغير أثناء استمرار تكون شمعة الإطار الأعلى.
ولذلك يجب التمييز بين حالة إطار زمني أعلى ما زالت شمعتها قيد التكوين وبين حالة مبنية على شمعة مكتملة.
كما تتطلب أحداث BUY وEXIT اليومية تأكيد الشمعة الحالية.
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• الجدول الرئيسي
يتضمن الجدول:
• TF — الإطار الزمني.
• Last High — القمة الهيكلية الحالية المسجلة.
• Breakout — حالة الاختراق الحالية.
• SL — مرجع القاع أو الإبطال الهيكلي.
• RS — المقاومة الحالية.
• SUP — الدعم الحالي.
• SL Stat — ACTIVE أو BROKEN أو INACTIVE.
• T1 / T2 / T3 — الأهداف التقديرية أو الأساسية أو الامتدادية حسب الحالة الحالية.
• Action — حالة الصفقة اليومية البرمجية الحالية.
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• جدول الرادار
يتضمن جدول الرادار:
• Trend — UP أو DOWN أو COMPRESSION أو NEUTRAL.
• Accel — تغير القوة الاتجاهية المعيارية.
• Strength — القوة الاتجاهية الحالية مقارنة بخطها الأساسي.
• Note — الوصف البرمجي الحالي للزخم.
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• الإعدادات
تشمل الإعدادات خيارات للتحكم في:
• ألوان Daily وWeekly وMonthly.
• تلوين الشموع حسب أعلى إطار اختراق.
• طول وعرض ونمط الخطوط الهيكلية.
• طول وعرض ونمط خطوط SL.
• حجم وشفافية التسميات.
• شكل وموقع الجدول الرئيسي.
• Radar Control EMA Length.
• Radar Bias EMA Length.
• Radar Compression Threshold.
• شفافية سحابة الرادار.
• ألوان Bull وBear Radar.
• إظهار أو إخفاء Radar Cloud.
• إظهار أو إخفاء Radar Slow Bias.
• حجم النص في جدول الرادار.
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• التنبيهات
يتضمن السكربت شروط تنبيه لـ:
• BUY
• TP
• EXIT
• Early Entry
يعني التنبيه أن الشرط البرمجي المرتبط به قد تحقق.
ولا يقوم بتنفيذ أمر في السوق ولا يعني أن السعر سيتحرك لاحقًا في اتجاه معين.
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• القيود
يعتمد Hunter DWM Control Pro على حسابات تحليل فني مشتقة من بيانات السعر.
قد يفشل الاختراق الهيكلي.
وقد لا يصل السعر إلى الأهداف المتوقعة.
وقد يتم إبطال حالة هيكلية كانت نشطة سابقًا.
كما يمكن أن تتغير حالات Radar وStrength وAcceleration مع وصول بيانات سعرية جديدة.
ويمكن أن تتغير قيم Weekly وMonthly أثناء استمرار تكون شموعها الحالية.
الأهداف التقديرية التي تظهر قبل الاختراق المؤكد هي إسقاطات هيكلية وليست سجلات لأهداف نشطة تم تحقيقها.
لا يأخذ السكربت في الاعتبار تنفيذ الوسيط أو السبريد أو الانزلاق السعري أو العمولات أو السيولة أو الرافعة المالية أو حجم الصفقة أو قواعد إدارة المخاطر الخاصة بالمستخدم.
المؤشر ليس Strategy للاختبار التاريخي ولا يحسب أو يعرض الربحية التاريخية أو Win Rate أو نسبة دقة للإشارات.
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• إخلاء المسؤولية
Hunter DWM Control Pro هو أداة للتحليل الفني مقدمة لأغراض معلوماتية وتعليمية.
المستويات والحالات والأهداف والألوان والجداول والتنبيهات التي يعرضها هي نواتج لحسابات برمجية مطبقة على بيانات السوق.
ولا تمثل نصيحة مالية أو توصية بشراء أو بيع أو الاحتفاظ أو الخروج من أي أداة مالية.
يبقى المستخدم مسؤولًا عن تحليله وإدارة مخاطره وقراراته.
Indicator
Trade Wzrd - Tide [Rampage Series]✨ TRADE WZRD - TIDE ✨
Every price level has an owner. Not a metaphor - a measurement.
Tide splits the range's volume row by row into buy mass and sell mass , finds the levels one side owns outright, and draws them as living lines on the chart - with a graveyard of the levels that came before.
⚡ THE RAMPAGE SERIES ⚡
Tide is a release in the Rampage Series - a growing family of volume-and-levels tools built by Trade Wzrd. Every Rampage script ships with the same built-in automation layer: signals don't just paint, they speak. One alert, one webhook, and every entry, exit and fill fires a plain-text order string.
⚡ THE OWNERSHIP ZONES (THE HERO) ✨
Every bar's volume is divided by who won the close - bars that closed high are buyers' mass, bars that closed low are sellers' mass - then spread across the price rows it touched. When one side owns 65%+ of everything traded at a row (your threshold), that row is a SHELF. Tide paints the two that matter right now as ownership ZONES : the highest buyer shelf below price as a soft cyan field, the lowest seller shelf above it in red - the exact band one side owns, a glow bed under a bright edge, and the ownership printed right inside the zone: "78% OWNED BY BUYERS" . A tag at the right edge carries the price and the percentage; hover it for who owns it, since when, and exactly where it dies. A zone stays alive until price closes clean through it - then it dies where it fell, no ghost, because a failed level is just a line.
⚡ THE FOSSILS (THE HISTORY) ✨
When a shelf is replaced - not broken, just handed off to the next level - it fades into a fossil: a dotted ghost in its owner's color, frozen at the bar it was born. Fossils stay on the chart until the market mitigates them: price trades through a ghost and it's erased. What's left is the archaeology of the setup - every level that used to matter, still standing where it stood, until the market itself takes it down. Cap the graveyard or turn it off in the Fossils group.
⚡ THE POOLS (THE LIQUIDITY) ✨
Equal highs and equal lows are not coincidences - they're where the stops rest. Tide clusters swings within a tolerance you set into liquidity POOLS, and draws them as gold levels: the exact price, the touch count that built them (×3 = three equal highs worth of stops), dashed while the liquidity rests. Then the raid comes: a wick through the pool that closes back = the sweep. The chart stamps it in gold, the pool marks itself TAKEN in dots, and it dies honestly when price consumes it or time forgets it. And here's the fusion: a fresh sweep near a shelf fuels the defense - conviction rises, and the chip's hover tells you exactly why: "the sell stops are already taken." The dashboard's POOLS row names the nearest pool each side with its touches and distance in ATR.
⚡ THE CROWN & THE CENTER ✨
The dashed white line is the Point of Control - the row where the most mass traded in the range, price tagged at its end. The optional volume-center line is the 50/50 magnet every defense aims for. The full ownership numbers - undertow, POC, shelf count, balance - live on the dashboard, one glance away.
⚡ THE DEFENSE (THE SIGNAL) ✨
Price returns to a shelf and the owners defend it: a dip into a buyer shelf that closes back above = BUY · DEF. A poke into a seller shelf that closes back below = SELL · DEF. One defense per shelf per touch - a fired shelf releases only when price escapes it cleanly, so fresh touches can defend again but wick-spam cannot. Stops frame the shelf's far edge: if price trades through the shelf, the defense failed, honestly. Targets default to the VOLUME CENTER - the 50/50 magnet of the range's mass - capped at 3R with an R-multiple fallback.
⚡ THE UNDERTOW ✨
Beneath the rows, one number: the range's net delta. BULL +18% means the mass leans long; BEAR -12% means it leans short; BALANCED means the tide is slack. It's the dashboard's top row because it's the context every defense swims in.
⚡ CONVICTION & THE DATABASE ✨
Every defense carries one compact number - CONVICTION. Underneath: this chart's own live database, defenses bucketed by the shelf's dominance (owned / dominated / ruled) . That tier win rate is the base - then the score bends with the scenario: how owned the shelf is, balance alignment (defending from the side of value), kinetic fuel, absorption. Fused into one grade from 5 to 95. Hover any chip: the shelf's exact price band, who owns it and by how much, the tier's win rate and sample depth, balance, undertow, fuel. Nothing hidden.
⚡ THE SCHEDULE ✨
Every closed trade is filed by session - Asia, London, New York, off hours - and the dashboard learns which hours the defenses hold on this chart, with this logic. When the schedule has enough receipts, BEST SESSION names the shift.
⚡ BUILT-IN AUTOMATION ⚡
One alert ("Any alert() function call") + your webhook URL, and Tide speaks Trade Wzrd order strings:
⚡ Entries with SL/TP prices attached
⚡ Optional opposite-signal close prepended to new entries
⚡ TP/SL-hit close alerts that mirror the on-chart trade box
The same readable comma syntax drives automation across 7+ platforms - percent-risk or fixed-volume sizing, magic numbers, order comments. No lock-in: plain text, any endpoint.
✨ HOW TO READ IT ✨
⚡ Cyan zone below price = the band buyers own, defending longs - ownership % printed inside, price + % on the edge tag
⚡ Red zone above price = the band sellers own, defending shorts - same receipts
⚡ A zone that vanishes without a ghost = it broke: price closed clean through it. Failed levels leave no fossils
⚡ Dotted colored ghosts = fossils: shelves that handed the job off, standing until the market mitigates them
⚡ Gold dashed levels = liquidity pools: equal highs/lows where stops rest - tag shows price × touches
⚡ Gold POOL ×3 stamps = the raid: stops swept and rejected; the pool goes dotted TAKEN until it dies
⚡ A defense firing right after a sweep = the strongest setup Tide knows - conviction gets the fuel, hover says why
⚡ Dashed white line = the Point of Control, price tagged - where the most mass traded in the range
⚡ BUY · DEF 68 / SELL · DEF 71 chips = a shelf defended itself - the number is conviction
⚡ Gold diamonds = absorption: climax volume, no progress - someone ate the book right there
⚡ Dashboard: undertow, POC, shelf count, who's defending, database, best session, record, fuel
⚡ HOW TO USE ⚡
⚡ Drop it on any liquid symbol with volume, 15m to 4H - ownership maps everywhere
⚡ Let it run. The database and the session schedule start empty - they grow teeth from this chart's own history
⚡ Watch the tiers: if ruled shelves (90%+ ownership) earn more than owned ones, raise Shelf Dominance and let the weak ones go
⚡ Set Min Win Probability once the tiers have samples - cold tiers filter themselves out
⚡ Turn on Balance Alignment to defend only from the side of value
⚡ Wire one alert when you're ready to automate
✨ LIMITATIONS ✨
⚡ Buy/sell mass is estimated from where each bar closed inside its range - a proven approximation, not exchange order-flow. On symbols without volume, the profile, undertow and conviction stand down
⚡ Conviction starts from this chart's own history , tiered - a sample, not a promise. Small samples lie confidently; the hover tells you when a tier is young
⚡ The database resets when you change symbols, timeframes, or core settings - every context earns its own track record
⚡ Shelves defend best in rotation; in runaway breakouts price doesn't come back to defend anything - that's what the trade box's stop is for
Rift maps WHERE the volume traded. Tide knows WHO OWNS EVERY PRICE - and watches them defend it. Null Range knows WHERE THE VOLUME NETS TO NOTHING.
Educational shell. Not financial advice. Not a signal service.
Indicator
EZ$ Support & Resistance Auction Structure
EZ$ Support & Resistance Auction Structure
EZ$ is a multi-timeframe Support & Resistance, Price Action, Swing Structure, and Session Volume Profile indicator designed around one simple principle: price structure is the authority.
The indicator is not designed to predict where price must go. Instead, it maps meaningful market structure, waits for price to react, and produces BUY/SELL signals only when a chart-timeframe Swing and its matching Support/Resistance reaction exist together.
Core Philosophy
Support & Resistance = Structure
Swing High / Swing Low = Trigger
Price Action = Permission
Volume Profile = Auction Context
Higher-Timeframe S/R = Bigger-Picture Context
Current Chart Timeframe = Execution Authority
The signal model is intentionally simple:
Swing Low + Support reaction = BUY opportunity
Swing High + Resistance reaction = SELL opportunity
There is no BUY without a valid Swing Low, and no SELL without a valid Swing High. The Swing area and signal are generated from the same chart-timeframe structural event.
Adaptive Timeframe Architecture
EZ$ automatically adapts to the chart being viewed.
On a 1-minute chart, 1M Support/Resistance and 1M Swings control the signals.
On a 5-minute chart, 5M Support/Resistance and 5M Swings become the signal authority.
The same principle applies to 10M, 15M, 1H and higher charts.
Signals are never imported from a lower or higher timeframe. Higher-timeframe S/R remains visible as context, but the current chart timeframe always owns the execution signal and its structural invalidation.
This creates one consistent language across timeframes:
1M chart → 1M structure
5M chart → 5M structure
15M chart → 15M structure
1H chart → 1H structure
Support & Resistance
EZ$ uses pivot-based structural Support and Resistance zones with ATR-based minimum width.
The default confirmed pivot strength is 3. Current-chart S/R can be displayed alongside 5M, 15M, 1H, 2H, 4H, 8H, Daily and Weekly structure. Lower-timeframe boxes can automatically remain hidden when viewing higher-timeframe charts.
EZ$ also preserves one faded previous valid S/R zone from 15M and higher as structural memory.
These faded zones help show areas price may be returning toward without cluttering the chart with every historical zone.
Instant S/R-Backed Swings
The Swing engine is subordinate to Support/Resistance.
A Swing Low represents bullish structure associated with Support.
A Swing High represents bearish structure associated with Resistance.
EZ$ can identify a live Swing during the S/R formation process rather than requiring an additional independent liquidity-pivot confirmation. The live Swing and BUY/SELL signal are generated by the same event.
Default:
Bars Allowed From Extreme to Instant Swing = 1
This means the signal must develop on the structural extreme candle or the immediately following chart candle, helping avoid treating an older pivot as a fresh entry.
If the live signal does not occur, a newly confirmed chart-timeframe S/R-backed Swing can provide a fallback signal.
BUY / SELL Signals
A BUY is generated only from:
Chart-TF Support + Swing Low + bullish S/R price-action reaction
A SELL is generated only from:
Chart-TF Resistance + Swing High + bearish S/R price-action reaction
Signals can optionally show nearby higher-timeframe S/R confluence, but that higher-timeframe structure does not create the signal itself.
Examples:
BUY • 1M SWING L
SELL • 5M SWING H
When higher-timeframe structure aligns, the label may additionally identify that context.
Signal Timing
Default:
Chart-TF S/R Signal Timing = Live + Close
This allows a live Swing/S&R reaction to appear intrabar for faster execution while still recognizing that an unfinished candle is provisional.
For traders who prefer confirmed bars only:
Close Only waits until the candle closes.
Structural Invalidation
The same S/R structure that creates the trade also owns the thesis.
For a BUY:
Support remains valid → bullish thesis remains structurally valid.
If price closes below the structural Support edge, the Support/Swing thesis is invalidated.
For a SELL:
Resistance remains valid → bearish thesis remains structurally valid.
If price closes above the structural Resistance edge, the thesis is invalidated.
By default, signal labels are lifecycle-linked to their S/R structure and can be removed when the structure that created them disappears or invalidates. Alerts that have already fired cannot be recalled.
Chart-Timeframe Bias
The optional signal bias is also structural.
It does not use an EMA or higher-timeframe directional prediction.
The newest forming or confirmed Support/Resistance structure on the current chart determines the chart-TF execution bias.
Therefore:
1M signals → 1M structural bias
5M signals → 5M structural bias
15M signals → 15M structural bias
A forming S/R structure can temporarily control that bias before the normal pivot fully confirms.
Session Volume Profile
EZ$ includes:
Overnight / Globex Volume Profile
and
Developing New York Volume Profile
The primary references are:
VAH — Value Area High
POC — Point of Control
VAL — Value Area Low
Default Value Area is 70% with 24 profile rows. Overnight VAH/POC/VAL are established for New York, while the developing NY profile must mature for 15 minutes by default before VAH/VAL can be used as a structural auction location.
VAH and VAL may provide meaningful auction location/context when price actually rejects or reclaims them.
POC is context only and does not independently create a setup.
The Volume Profile is a Pine-built, lower-timeframe volume-by-price approximation and is not intended to reproduce PulseWire's proprietary built-in Volume Profile tick-for-tick.
Market Structure
EZ$ can display MSS markers to show when opposing structure is broken.
MSS is confirmation/context only.
It does not create an additional BUY or SELL signal in v9.0.
This prevents the chart from becoming a collection of competing entry systems.
Recommended Settings Guide
Setting Recommended Purpose
Confirm Reactions on Candle Close ON Keeps general reaction/MSS logic confirmed
ATR Length 14 Price-action measurement
Microstructure Length 2 Short-term structural reaction
Rejection Wick ÷ Body 1.20 Identifies rejection candles
Strong Close Location 0.65 Requires meaningful close location
Displacement × ATR 0.80 Identifies expansion
Relative Volume Reaction OFF Keeps price action primary
Confirmed Pivot Strength 3 Main S/R validation
Zone ATR Length 14 S/R zone sizing
Minimum Zone Width × ATR 0.10 Prevents overly thin boxes
Chart Timeframe Zone ON Primary execution structure
5M / 15M / 1H / 2H / 4H / 8H / D / W ON Higher-TF structural map
Chart + Higher-TF Boxes Only ON Prevents LTF clutter on HTF charts
Previous 15M+ S/R Memory ON Faded previous structure
Previous HTF Box Fade 94 Keeps old structure subtle
Session Volume Profile ON Auction/value context
Profile Rows 24 Good balance of detail/load
Value Area 70% VAH/POC/VAL calculation
Overnight Profile ON Established NY-open context
NY Developing Profile ON Developing NY auction
Profile Histogram ON Visual volume distribution
NY Profile Maturity 15 min Prevents immature NY VP locations
Confirmed Chart-TF S/R Swings ON Validated Swing H/L structure
Live Signal-Backed Swing Area ON Shows live execution Swing
Instant Swing BUY/SELL ON Main entry engine
Bars From Extreme → Instant Swing 1 Keeps signals fast/fresh
Swing Area Wick Zone Cleaner execution visual
Swing Extension 3 bars Keeps active Swing visible
S/R Swings for MSS ON Market-structure confirmation
Fallback Confirmed Swing Signal ON Backup if instant signal didn't fire
BUY / SELL Swing Labels ON Main signal display
Higher-TF S/R on Signal Label ON Shows confluence without gating
MSS Markers ON Confirmation only
Signal Timing Live + Close Recommended for 1M/5M
Require HTF / VP Context OFF Keeps chart-TF S/R authoritative
Allow Opposite S/R Signal ON Lets new opposing structure speak
Align With Current Chart S/R Bias ON Signal direction follows chart structure
Remove Invalidated Signal Labels ON Signal dies with its S/R thesis
EXIT Labels OFF Keeps chart clean
Same-Direction Signal Cooldown 5 bars Reduces repeated nearby signals
Structure / Profile Dashboard ON Compact live context
The important defaults above come directly from the current v9.0 build.
Simple User Guide
For 1M execution: use the 1M chart and let 1M S/R + Swing L/H create the signals. Higher-timeframe boxes and Volume Profile tell you where that 1M structure is developing in the bigger market map.
For 5M execution: simply switch to 5M. EZ$ automatically makes 5M S/R + 5M Swing L/H the execution authority. There is no need to change the signal engine manually.
The same principle continues as the chart timeframe increases.
The easiest way to read EZ$
Support + Swing L → watch for BUY.
Resistance + Swing H → watch for SELL.
Higher-TF S/R → context.
VAH/POC/VAL → auction context.
MSS → confirmation.
If the S/R thesis fails → the setup is invalid.
Important Note
EZ$ is a market-structure visualization and decision-support tool. Signals represent structural conditions identified by the script, not guaranteed outcomes. Live intrabar signals may change before the candle closes, and any trading or risk-management decision remains the trader's responsibility.
No OTE. No FVG/IFVG entry engine. No AMD signal gating. No EMA trend gate.
Just:
Support & Resistance → Swing → Price Action → BUY/SELL → Structural Invalidation.
That is EZ$ v9.0. 👊🏻😎 Indicator
Equalhigh JAPANESE TRIPLE RCIEQUALHIGH — JAPANESE TRIPLE RCI 9/26/52
OVERVIEW
This indicator implements the triple Rank Correlation Index configuration commonly used in Japanese technical analysis.
It combines three RCI horizons:
• RCI 9 — short-term momentum
• RCI 26 — swing direction
• RCI 52 — underlying trend
Unlike RSI, RCI does not primarily measure the magnitude of price changes. It measures how closely the chronological order of the bars corresponds to the ranked order of their prices.
The indicator is designed to identify:
• Progressive market reversals
• Momentum recoveries after pullbacks
• Bullish or bearish multi-horizon alignment
• Trend deterioration
• Choppy and conflicting market conditions
CALCULATION
RCI is based on Spearman’s rank correlation between:
1. The chronological rank of each bar
2. The price rank of each bar
The result is scaled from −100 to +100.
• +100 indicates a perfectly ordered upward movement.
• −100 indicates a perfectly ordered downward movement.
• Values near zero indicate weak directional organization or conflicting price action.
This implementation calculates the full Spearman rank correlation and assigns an average rank to tied prices.
INDICATOR LINES
CYAN — RCI 9: SHORT-TERM IMPULSE
RCI 9 reacts quickly to changes in momentum. It is useful for detecting early rebounds, short-term exhaustion and the first phase of a possible reversal.
ORANGE — RCI 26: SWING DIRECTION
RCI 26 confirms whether the short-term movement is developing into a more meaningful swing.
PURPLE — RCI 52: UNDERLYING TREND
RCI 52 is the slowest component. It represents the broader directional structure and acts as the main trend filter.
KEY LEVELS
+80: Upper extreme zone
+50: Strong positive momentum
0: Directional equilibrium
−50: Strong negative momentum
−80: Lower extreme zone
An extreme RCI reading does not automatically mean that price must reverse. A strong trend can keep the RCI near +80 or −80 for an extended period.
SIGNALS
R+ — EARLY BULLISH REVERSAL
An R+ signal appears when:
• RCI 9 crosses upward out of the lower extreme zone
• RCI 26 is already rising
This identifies an early improvement in price organization. It is not a complete trend confirmation and should ideally be supported by price action, volume or a support level.
R− — EARLY BEARISH REVERSAL
An R− signal appears when:
• RCI 9 crosses downward out of the upper extreme zone
• RCI 26 is already falling
This indicates early deterioration in short-term momentum.
A+ — NEW BULLISH ALIGNMENT
An A+ signal appears when RCI 9, RCI 26 and RCI 52 become positive simultaneously.
This confirms that short-term momentum, the swing structure and the underlying trend are all on the bullish side of equilibrium.
A− — NEW BEARISH ALIGNMENT
An A− signal appears when all three RCI horizons become negative simultaneously.
This confirms bearish alignment across the three observed time horizons.
PRACTICAL INTERPRETATION
STRONG BULLISH REGIME
• RCI 52 is above zero
• RCI 26 is above zero or recovering
• RCI 9 moves out of a temporary pullback
• An R+ or A+ signal is supported by bullish price action
STRONG BEARISH REGIME
• RCI 52 is below zero
• RCI 26 is below zero or deteriorating
• RCI 9 turns down after a temporary recovery
• An R− or A− signal is supported by bearish price action
POSSIBLE PROGRESSIVE REVERSAL
A bullish reversal often develops in stages:
1. RCI 9 turns upward
2. RCI 26 begins to recover
3. RCI 52 stabilizes or turns upward
4. All three RCIs eventually move above zero
The bearish sequence is the opposite.
CHOPPY OR LOW-CONVICTION MARKET
When the three lines repeatedly cross each other around zero, the market lacks a stable directional structure. Trend-following signals are generally less reliable in this environment.
SUGGESTED WORKFLOW FOR SWING TRADING
For a potential long setup:
1. Confirm that price is near support or breaking above resistance.
2. Look for an R+ early reversal signal.
3. Check that RCI 26 is rising.
4. Prefer situations where RCI 52 is positive, stabilizing or improving.
5. Use A+ as stronger multi-horizon confirmation.
6. Define risk with price structure or an ATR-based stop.
For a potential short setup, apply the opposite conditions.
DEFAULT SETTINGS
• Short RCI: 9
• Medium RCI: 26
• Long RCI: 52
• Source: Close
• Extreme level: 80
• Reversal trigger: 80
• Signal confirmation: Bar close
The default 9/26/52 configuration is suitable for swing analysis on daily and four-hour charts. Because the periods represent bars, their actual duration changes with the selected timeframe.
USER SETTINGS
RCI Short
Controls the sensitivity of short-term momentum. A lower value reacts faster but produces more noise.
RCI Medium
Represents the intermediate swing structure.
RCI Long
Acts as the broader trend filter. Higher values provide a slower and more stable reading.
Extreme Level
Defines the upper and lower visual zones. The default setting is +80 and −80.
Reversal Trigger
Determines the level used to generate early R+ and R− reversal signals.
Confirm Only at Bar Close
When enabled, signals are validated only after the current candle closes. This helps prevent temporary intrabar signals.
Show Early Reversals
Displays the R+ and R− markers.
Show 9/26/52 Alignments
Displays the A+ and A− markers.
Shade Extreme Zones
Highlights the upper and lower RCI extreme areas.
Shade Background by Alignment
Optionally colors the indicator background according to bullish or bearish triple alignment.
ALERTS
Four PulseWire alert conditions are included:
• RCI — Early Bullish Reversal
• RCI — Early Bearish Reversal
• RCI — New Bullish Alignment
• RCI — New Bearish Alignment
For more stable signals, alerts should normally be configured “Once Per Bar Close.”
REPAINTING BEHAVIOR
The indicator uses only current and historical price data. It does not use future bars.
RCI values can naturally change while the current candle is still forming. When “Confirm Only at Bar Close” is enabled, signal markers and alerts are confirmed at the candle close and do not subsequently repaint on completed bars.
LIMITATIONS
RCI is a market-structure and momentum indicator, not a standalone trading system.
It does not account for:
• Fundamental valuation
• Earnings announcements
• Liquidity conditions
• Volatility regime changes
• Support and resistance
• Position sizing
• Transaction costs
Extreme readings should not automatically be interpreted as buy or sell signals. The indicator is most effective when combined with price structure, volume, volatility and disciplined risk management.
DISCLAIMER
This indicator is provided for educational and analytical purposes only. It does not constitute financial advice or a recommendation to buy or sell any financial instrument. Past performance does not guarantee future results.
Indicator
Price Action Compass [Artillery]Price Action Compass is a price-action checklist indicator that enforces five classic price-action entry rules as one system. It classifies the market as UPTREND, DOWNTREND or TRADING RANGE and only prints a signal when every rule for the current mode agrees, so the chart itself enforces a disciplined process instead of leaving each condition to memory.
WHAT IT DOES
1) Trend Rule - trend is defined by fast/slow EMA structure plus EMA slope over a lookback, so signals only ever point with the trend.
2) No Counter-Trend Rule - long setups are blocked in a downtrend and short setups are blocked in an uptrend.
3) Trading Range Rule - when the range height over the lookback stays under an ATR-based cap, the script switches to range mode and only looks for fades at the edges: buys in the lower edge zone, sells in the upper edge zone.
4) Second-Entry Rule - in trend mode the script counts pullback entries against the EMA and, by default, only signals the second entry (a pullback attempt that failed once and then resumed). First attempts are skipped as the statistically weakest.
5) Signal Bar Rule - the entry bar itself must qualify: a minimum body-to-range ratio, a close in the top portion of the bar for buys (bottom for sells), and a maximum bar size in ATR terms so entries are not taken on climactic bars.
WHY THESE FIVE TOGETHER
Each rule alone is a well-known discretionary filter. The point of combining them is that they form a single state machine: the mode decides which rules apply, the entry counter tracks setup quality within that mode, and the signal-bar test validates the exact bar you would enter on. Removing any one of them changes the behaviour of the whole, which is why they are published as one tool rather than separate scripts.
The five-rule framework is the classic price-action methodology taught by Al Brooks, in the summarized form popularised by Thomas Wade. The concept credit belongs to them; all code in this script is original, written from scratch using only Pine built-ins, with no third-party or reused open-source code.
WHAT YOU SEE ON THE CHART
- BUY / SELL labels on qualifying bars (tagged "2nd" when the second-entry rule produced them)
- Signal-bar highlighting on bars that pass Rule 5
- The fast/slow EMA pair with a shaded structure zone between them
- Projected stop and target zones for the most recent signal, based on the SL buffer and R:R inputs (drawn for reference, not as advice)
- A compact dashboard showing Mode, entry counts in each direction, current signal-bar quality, the active signal state, session signal count and the configured R:R
INPUTS
Direction (Both / Long Only / Short Only), Trend (fast EMA, slow EMA, slope lookback), Trading Range (lookback, max height as ATR multiple, edge zone percent), High-Probability Setup (require 2nd entries), Signal Bar (min body/range, close strength, max size in ATR), Risk (stop buffer in ticks, R:R target) and Visuals (label sizes, dashboard position, five colour themes). Defaults were chosen for liquid intraday futures on 1-15 minute charts, but every threshold is exposed so the tool can be tuned to any symbol or timeframe.
ALERTS
Three alert conditions are included: BUY signal, SELL signal, and Any signal.
BEHAVIOUR NOTES
Signals are evaluated on the live bar and confirmed at bar close, so a forming signal can appear and disappear until its bar closes. The script uses no higher-timeframe requests and no lookahead. It draws up to 500 labels/lines/boxes, so very dense charts recycle the oldest drawings first.
This is an educational and analytical tool for studying price action. It does not predict future results and it is not financial advice. Indicator
Indicator
REB Trades, Structural Breakout SystemREB Trades, Structural Breakout System
A trendline breakout indicator with built-in risk management, a live win-rate dashboard, and visual reference layers for sessions, fair value gaps, order blocks, and support/resistance.
How Signals Work
The indicator detects when price breaks a dynamically drawn trendline (built from recent swing highs and lows) and confirms the break with a closing candle, not just a wick. When a valid breakout fires:
- A colored arrow marks the breakout candle
- Entry (black line) marks the fill price
- TP1 (dotted teal line) is the halfway target. Tapping it upgrades the trade to a protected win even if price later reverses
- TP2 (gold line) is the full target
- Stop (orange line) is the initial stop loss, based on real market structure, not a fixed distance
- Once price reaches 80% of the way to TP2, the stop automatically moves to lock in a small profit. The line relabels to BE when this happens
Multiple trades can run at the same time (default cap: 3 concurrent), so a new signal doesn't have to wait for the last one to close.
Visual Reference Layers (Not Signals)
These are context only. They don't trigger trades on their own:
- Sessions — Asian, London, New York AM, New York PM, shown as colored lines marking each session's high and low
- FVG — Fair value gaps, shaded boxes with a dashed CE (midpoint) line. They fade as they age, or freeze once filled
- OB — Order blocks. Blue = bullish, purple = bearish
- S&R — Support/resistance, solid gray lines. Only appear once a level has been genuinely touched twice, with real time between the two touches
Dashboard
Positioned top right by default. Shows:
- Current session
- Higher-timeframe bias (price vs. EMA on a timeframe you choose)
- Total trades
- Wins / Losses
- BE Hits (protected wins, with % of total wins)
- TP1 Only (smallest wins, TP1 reached but never got to BE, with % of total wins)
- Overall win rate
Settings Worth Knowing
Everything above is adjustable in the indicator's settings:
- SL/TP calculation method (fixed volatility or recent swing structure)
- Breakeven trigger and lock-in percentages
- Max concurrent trades
- S&R sensitivity and minimum gap between touches
- Toggles to show or hide each visual layer independently
Credit
Based on "Trendline Breakouts With Targets" by ChartPrime. Modified with structural stop loss, breakeven logic, multi-target tracking, multi-trade support, sessions, FVG, order blocks, support/resistance, and a live performance dashboard. Indicator
Indicator
Fusstrade zones Zones is a multi-market PulseWire indicator that displays manually defined supply, demand, and gap zones for stocks, ETFs, indices, futures, commodities, and major technology symbols. It also includes key market levels such as previous highs/lows, weekly and monthly opens, VWAP, EMA cloud, and TRAMA for additional trend and price-action analysis. Indicator
