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Adaptive Volatility Matrix [JOAT]Adaptive Volatility Matrix Introduction The Adaptive Volatility Matrix (AVM) is an advanced open-source volatility regime classification indicator that combines Bollinger Band Width Percentile (BBWP), ATR percentile analysis, regime transition prediction, volatility clustering detection, and historical regime statistics to classify market conditions into distinct volatility regimes. This indicator helps traders adapt their strategies to current market conditions by systematically identifying when volatility is expanding, contracting, or transitioning between regimes. Unlike basic volatility indicators that simply plot ATR or Bollinger Bands, AVM employs a sophisticated dual-metric system that combines BBWP (measuring price range compression/expansion) with ATR percentile (measuring absolute volatility) to create a combined volatility score (0-100%). The indicator then classifies this score into five distinct regimes and predicts regime transitions through momentum analysis. Why This Indicator Exists This indicator addresses the challenge of adapting trading strategies to volatility conditions. Different market regimes require different approaches - mean reversion works in low volatility, breakout strategies work in expansion, and risk management becomes critical in extreme volatility. AVM systematically reveals: BBWP Analysis: Measures Bollinger Band width percentile to identify compression/expansion cycles ATR Percentile: Tracks normalized ATR percentile to measure absolute volatility levels Combined Volatility Score: Weighted average (60% BBWP, 40% ATR) for robust regime classification Regime Classification: Five distinct regimes (Extreme Expansion, Expansion, Normal, Contraction, Extreme Contraction) Transition Prediction: Momentum-based forecasting of next regime with probability Volatility Clustering: Detects sustained high/low volatility periods Historical Statistics: Tracks regime duration and frequency for context Each component provides unique intelligence. BBWP shows compression cycles, ATR shows absolute volatility, combined score provides robust classification, regime system categorizes conditions, transition prediction anticipates changes, clustering detects persistence, and statistics provide historical context. Core Components Explained 1. BBWP (Bollinger Band Width Percentile) Calculation BBWP measures where current Bollinger Band width ranks relative to historical width: f_calculate_bbwp(int length, int lookback) => float basis = ta.sma(close, length) float dev = ta.stdev(close, length) float bb_width = (dev * 2) / basis * 100 // Calculate percentile rank int count = 0 for i = 1 to lookback if bb_width > nz(bb_width ) count += 1 float bbwp = (count / lookback) * 100 BBWP ranges from 0-100%: - 0-20%: Extreme compression (volatility squeeze) - 20-40%: Contraction (below average volatility) - 40-60%: Normal (average volatility) - 60-80%: Expansion (above average volatility) - 80-100%: Extreme expansion (volatility breakout) 2. ATR Percentile Analysis ATR percentile measures where current normalized ATR ranks historically: f_atr_percentile(int period, int lookback) => float atr_val = ta.atr(period) float natr = close > 0 ? (atr_val / close) * 100 : 0.0 float percentile = ta.percentrank(natr, lookback) Normalized ATR (NATR) accounts for price level differences, making volatility comparable across different price ranges. Percentile ranking shows where current volatility sits in historical distribution. 3. Combined Volatility Score & Regime Classification The combined score weights BBWP more heavily than ATR percentile: float combined_score = (bbwp_value * 0.6) + (atr_percentile * 0.4) f_classify_regime(float bbwp_val, float atr_perc, float exp_th, float con_th, float ext_th) => string regime = "Normal" int regime_code = 0 if bbwp_val >= ext_th or atr_perc >= ext_th regime := "Extreme Expansion" regime_code := 4 else if bbwp_val >= exp_th or atr_perc >= exp_th regime := "Expansion" regime_code := 3 // Additional classifications... Five regime classifications: 1. Extreme Contraction (code 1): Both metrics <30%, volatility squeeze 2. Contraction (code 2): One metric <40%, below average volatility 3. Normal (code 0): Both metrics 40-60%, average conditions 4. Expansion (code 3): One metric >70%, above average volatility 5. Extreme Expansion (code 4): Both metrics >85%, volatility breakout 4. Regime Transition Prediction AVM predicts next regime through momentum analysis: float regime_momentum = combined_score - combined_score string momentum_direction = regime_momentum > 2 ? "Accelerating" : regime_momentum < -2 ? "Decelerating" : "Stable" string predicted_regime = regime_code == 4 and regime_momentum < -5 ? "→ Expansion" : regime_code == 3 and regime_momentum < -3 ? "→ Normal" : // Additional predictions... "Stable" float transition_prob = math.min(math.abs(regime_momentum) * 10, 100) Transition probability (0-100%) based on momentum magnitude. >50% probability triggers warning. 5. Volatility Clustering Detection Clustering identifies sustained high/low volatility periods: int cluster_lookback = 20 float cluster_threshold = 70.0 int high_vol_count = 0 for i = 0 to cluster_lookback - 1 if combined_score >= cluster_threshold high_vol_count += 1 float cluster_ratio = high_vol_count / cluster_lookback * 100 bool in_vol_cluster = cluster_ratio >= 60 // 60% of bars are high vol string cluster_strength = cluster_ratio >= 80 ? "Strong" : cluster_ratio >= 60 ? "Moderate" : cluster_ratio >= 40 ? "Weak" : "None" Clusters indicate persistent volatility conditions that tend to continue. 6. Historical Regime Statistics AVM tracks regime history for context: var array regime_history = array.new_int(0) var array regime_durations = array.new_int(0) if regime_changed array.push(regime_history, regime_code) array.push(regime_durations, bars_in_regime) // Calculate statistics float avg_expansion_duration = exp_sum / exp_cnt float avg_contraction_duration = con_sum / con_cnt float duration_ratio = bars_in_regime / avg_expansion_duration bool regime_extended = duration_ratio > 1.5 Statistics show if current regime is extended (>1.5x average duration), suggesting potential transition. Visual Elements Combined Score Line: Main plot (0-100%) with regime-based coloring ATR Percentile Overlay: Circles showing ATR percentile for comparison Histogram: Gradient-colored bars showing volatility score with regime colors Reference Lines: 70% (expansion), 50% (neutral), 30% (contraction), 85% (extreme) Background Zones: Regime-colored backgrounds (purple for expansion, yellow for contraction) Transition Warnings: ⚠ symbols when transition probability >50% BBWP Percentile Bands: 20th, 50th, 80th percentile circles for context Dashboard: Real-time metrics including regime, score, BBWP, ATR%, trend, duration, momentum, transition prediction, cluster status, duration ratio, historical stats Input Parameters BBWP Parameters: BBWP Length: Bollinger Band period (default: 13) BBWP Lookback: Historical comparison period (default: 252) ATR Analysis: ATR Period: ATR calculation period (default: 14) ATR Percentile Lookback: Historical ranking period (default: 100) Regime Classification: Expansion Threshold: Score for expansion regime (default: 70%) Contraction Threshold: Score for contraction regime (default: 30%) Extreme Threshold: Score for extreme regimes (default: 85%) Visualization: Show Regime Zones: Toggle background coloring Show Histogram: Toggle volatility histogram Show ATR Overlay: Toggle ATR percentile circles How to Use This Indicator Step 1: Identify Current Regime Check dashboard "Regime" row. Adjust strategy based on classification. Step 2: Monitor Combined Score Score >70% = expansion (use breakout strategies) Score <30% = contraction (use mean reversion) Score 40-60% = normal (use balanced approach) Step 3: Check Momentum Direction "Accelerating" = volatility increasing "Decelerating" = volatility decreasing "Stable" = no significant change Step 4: Watch for Transition Warnings ⚠ symbols indicate >50% probability of regime change. Prepare to adjust strategy. Step 5: Assess Cluster Status "Strong" or "Moderate" cluster = persistent conditions likely to continue Step 6: Consider Duration Ratio Ratio >1.5x = extended regime, higher probability of mean reversion Best Practices Use regime classification to select appropriate trading strategies Extreme contraction often precedes volatility breakouts - prepare for expansion Extreme expansion often mean-reverts - reduce position sizes Transition warnings provide early signal to adjust risk management Volatility clusters suggest persistence - don't fight the regime Extended regimes (>1.5x average) have higher reversal probability BBWP and ATR percentile divergence suggests regime uncertainty Historical statistics provide context for current regime duration Combine with directional indicators - AVM shows conditions, not direction Indicator Limitations Regime classification is backward-looking - transitions lag actual changes BBWP calculation is computationally intensive on large lookback periods Transition predictions are probabilistic, not deterministic Extreme regimes can persist longer than expected during major events Historical statistics require sufficient data (50+ regime changes) Clustering detection has fixed lookback - may miss longer-term patterns Combined score weighting (60/40) may not be optimal for all instruments Regime thresholds may need adjustment for different markets Technical Implementation Built with Pine Script v6 using: Custom BBWP calculation with percentile ranking ATR percentile analysis with normalized ATR Weighted combined score (60% BBWP, 40% ATR) Five-tier regime classification system Momentum-based transition prediction with probability Volatility clustering detection (20-bar lookback) Historical regime tracking with arrays (last 50 regimes) Duration ratio calculation vs historical averages BBWP percentile bands (20th, 50th, 80th) Adaptive background coloring based on regime and duration Comprehensive dashboard with 12 metrics The code is fully open-source and can be modified to suit individual trading styles. Originality Statement This indicator is original in its comprehensive volatility regime classification approach. While BBWP and ATR are established concepts, this indicator is justified because: It combines BBWP and ATR percentile into weighted combined score for robust classification The five-tier regime system provides granular volatility categorization Momentum-based transition prediction with probability quantification is unique Volatility clustering detection identifies persistent regime conditions Historical regime statistics provide context for current regime duration Duration ratio calculation identifies extended regimes with mean reversion potential BBWP percentile bands add additional context layers Adaptive background intensity based on regime stability Each component contributes unique information: BBWP shows compression cycles, ATR shows absolute volatility, combined score provides robust classification, regime system categorizes conditions, transition prediction anticipates changes, clustering detects persistence, statistics provide context, and duration ratio identifies extremes. The indicator's value lies in presenting these complementary perspectives simultaneously with unified regime framework. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice. Regime classifications do not guarantee future volatility behavior. Trading involves substantial risk of loss. Past performance does not guarantee future results. Always use proper risk management and never risk more than you can afford to lose. -Made with passion by officialjackofalltrades
Pine Script® indicator
by officialjackofalltrades
Aura Mean Reversion Envelopes [Pineify]Aura Mean Reversion Envelopes The Aura Mean Reversion Envelopes is a volatility-adaptive envelope indicator designed to identify high-probability mean reversion trade setups. It combines a Hull Moving Average (HMA) baseline with ATR-based dynamic envelopes to detect when price has reached statistically extreme levels and is likely to revert back toward its fair value. Unlike static channel indicators, this tool continuously adapts its bands to current market volatility, making it effective across different instruments and timeframes. Key Features Hull Moving Average (HMA) as the central mean — provides a smooth, low-lag baseline that closely tracks the "fair value" of price. ATR-based dynamic envelopes — four bands (inner and outer, upper and lower) that automatically expand and contract with market volatility. Wick rejection reversal signals — BUY and SELL markers triggered only when price pierces the exhaustion zone but closes back inside with a confirming candlestick pattern. Visual cloud zones — color-filled regions between bands clearly delineate overbought, oversold, and neutral mean-reversion corridors. Extreme candle coloring — optional bar coloring highlights candles closing beyond the inner bands for at-a-glance identification of stretched price action. Built-in alert conditions — configurable alerts for both bullish and bearish reversal signals so you never miss a setup. How It Works The indicator is built on the principle of mean reversion — the statistical tendency for price to return to its average after moving to an extreme. The core calculation pipeline is: A Hull Moving Average (HMA) of the closing price over a user-defined period (default: 34) is computed. HMA was chosen over SMA or EMA because it dramatically reduces lag while maintaining smoothness, giving a more accurate representation of the current mean. Market volatility is measured using the Average True Range (ATR) over a separate lookback period (default: 21). ATR captures the true range of each bar — including gaps — providing a robust, adaptive volatility metric. Four envelope bands are constructed symmetrically around the HMA baseline by adding and subtracting ATR multiplied by two configurable multipliers: an inner multiplier (default: 1.618, the golden ratio) and an outer multiplier (default: 3.0). The inner bands define the boundary of normal price oscillation, while the outer bands mark exhaustion zones where price has deviated significantly. Reversal signals are generated using a wick rejection pattern: a bullish signal fires when the bar's low pierces below the lower outer band, but the candle closes bullishly (close > open) and above the outer band. This pattern indicates that sellers pushed price to an extreme but were overwhelmed by buyers. The bearish signal uses the mirror logic on the upper side. Trading Ideas and Insights Mean reversion strategies work best in ranging and oscillating markets. Here are some practical ways to use this indicator: Fade the extremes: When a BUY or SELL signal appears at the outer exhaustion band, consider entering a position targeting the central HMA mean line as your take-profit level. The mean line acts as a natural magnet for price. Use the inner bands as a filter: If price is between the inner bands and the mean, the market is in "normal" territory — avoid counter-trend entries. Wait for price to reach the outer bands before looking for reversal setups. Combine with trend context: On higher timeframes, determine the dominant trend direction. Then on your trading timeframe, only take signals that align with the higher-timeframe trend (e.g., only BUY signals in an uptrend) for higher win rates. Watch for candle coloring clusters: Multiple consecutive colored candles beyond the inner band suggest sustained momentum — a reversal signal after such a cluster can be particularly powerful. How Multiple Indicators Work Together This indicator integrates two distinct technical concepts into a unified framework: Hull Moving Average (trend/mean tracking) — The HMA serves as the anchor point, representing the current equilibrium price. Its low-lag property ensures the mean line stays close to actual price action rather than trailing behind, which is critical for accurate envelope placement. Average True Range (volatility measurement) — ATR dynamically sizes the envelope bands. During high-volatility periods, the bands widen to avoid false signals; during low-volatility periods, they tighten to capture smaller but still meaningful deviations. The synergy between these two components is what makes the indicator adaptive: the HMA tracks where price should be, while the ATR determines how far is too far. Together, they create a self-adjusting framework that does not require manual recalibration across different market conditions. The reversal signal logic adds a third layer — candlestick pattern confirmation — by requiring a wick rejection at the outer band. This prevents signals from firing during strong breakouts where price legitimately moves beyond the envelope. Unique Aspects HMA over EMA/SMA: Most envelope indicators use simple or exponential moving averages, which introduce significant lag. The Hull Moving Average virtually eliminates this lag, resulting in more accurately centered envelopes. Dual-layer envelope design: The inner and outer band structure creates distinct zones (normal, extended, exhaustion) rather than a single binary overbought/oversold threshold, giving traders more nuanced context. Golden ratio default: The inner band multiplier defaults to 1.618 (the Fibonacci golden ratio), a mathematically significant threshold that aligns with natural price clustering behavior observed across many markets. Wick rejection confirmation: Signals require both a pierce beyond the outer band AND a confirming close back inside with a bullish/bearish candle body, filtering out many false signals that plague simpler band-touch systems. How to Use Apply the indicator to your chart. It overlays directly on the price chart with the HMA mean line, four envelope bands, and color-filled zones. Watch for BUY triangles below bars at the lower outer band and SELL triangles above bars at the upper outer band. These are the primary reversal signals. Use the colored candles as an early warning — when candles start coloring, price is in the extended zone and approaching potential reversal territory. Set alerts via the built-in alert conditions ("Bullish Mean Reversion" and "Bearish Mean Reversion") to receive notifications when signals fire. Target the central HMA mean line for take-profit on reversal trades, or use the inner band on the opposite side for more aggressive targets. Customization Mean Tracking Period (default: 34): Controls the HMA lookback. Lower values make the mean more responsive to recent price; higher values produce a smoother, slower-moving baseline. Adjust based on your trading timeframe. Volatility (ATR) Period (default: 21): Controls the ATR lookback for band sizing. Shorter periods make bands more reactive to recent volatility spikes; longer periods smooth out the band width. Inner Band Multiplier (default: 1.618): Defines the boundary between normal and extended price zones. Increase for wider normal zones (fewer colored candles); decrease for tighter zones. Outer Band Multiplier (default: 3.0): Defines the exhaustion zone threshold. Higher values produce fewer but more extreme signals; lower values generate more frequent signals. Color Candles at Extremes: Toggle on/off the candle coloring feature for candles closing beyond the inner bands. All colors (bullish, bearish, mean line) are fully customizable via the Aesthetics & Colors settings group. Conclusion The Aura Mean Reversion Envelopes combines the precision of the Hull Moving Average with ATR-adaptive volatility bands and candlestick-confirmed reversal signals to create a comprehensive mean reversion trading tool. Its dual-layer envelope design provides clear visual zones for identifying when price is normal, extended, or at exhaustion — helping traders time entries at statistically favorable levels where price is most likely to revert toward its mean. Whether you trade forex, crypto, stocks, or futures, this indicator adapts to your market's volatility and provides actionable signals with built-in confirmation logic.
Pine Script® indicator
by Pineify
Aura Trend & Candlestick Matrix [Pineify]Aura Trend & Candlestick Matrix — EMA Trend Cloud with Trend-Aligned Candlestick Pattern Detection and Dynamic Support & Resistance The Aura Trend & Candlestick Matrix is a multi-layered technical analysis indicator that fuses an EMA-based trend cloud, classic candlestick pattern recognition, and pivot-derived support and resistance levels into a single, cohesive overlay. Its core philosophy is confluence : rather than firing candlestick signals in isolation, every pattern must first pass through a directional trend filter before it reaches the chart. A Hammer is only displayed when the trend cloud confirms bullish momentum; a Shooting Star only appears when the cloud is bearish. This trend-alignment mechanism dramatically reduces noise and false signals, giving traders a cleaner, higher-probability view of potential reversal and continuation setups — all without leaving the price chart. Key Features Dual-EMA "Aura Cloud" that visually maps trend direction and strength through a color-coded filled region between a fast and slow exponential moving average Three families of candlestick pattern detection — Hammer / Shooting Star, Bullish / Bearish Engulfing, and Morning Star / Evening Star — each identified using precise shadow-to-body ratio and multi-bar structural rules Trend-alignment filter that only surfaces bullish patterns during confirmed uptrends and bearish patterns during confirmed downtrends, eliminating counter-trend noise Dynamic pivot-based support and resistance levels that automatically update as new structural highs and lows are confirmed Optional candle coloring that tints every bar green or red based on the prevailing trend for instant visual context Built-in alert conditions for both bullish and bearish setups, enabling automated notification workflows without additional configuration How It Works The indicator is built on three independent analytical engines that feed into a unified signal pipeline. Engine 1: The Aura Trend Cloud Two exponential moving averages — a fast EMA (default 20 periods) and a slow EMA (default 50 periods) — are plotted on the chart. When the fast EMA is above the slow EMA, the trend is classified as bullish; when below, bearish. The region between the two EMAs is filled with a semi-transparent color (green for bullish, red for bearish), creating the "Aura Cloud." This cloud serves two purposes: it provides an immediate visual representation of trend direction and strength (a widening cloud suggests strengthening momentum), and it acts as the gatekeeper for all candlestick pattern signals. Engine 2: Candlestick Pattern Detection The pattern detection engine analyzes candle anatomy using shadow-to-body ratios and multi-bar structural relationships: Hammer & Shooting Star — Single-candle patterns identified by comparing the lower shadow proportion, upper shadow proportion, and body proportion relative to the full candle range. A Hammer requires a lower shadow at least twice the body size, a body less than 50% of the range, an upper shadow under 15%, and a bullish close. The Shooting Star applies the mirror criteria with a bearish close. Doji candles (body < 10% of range) are excluded to avoid ambiguity. Bullish & Bearish Engulfing — Two-candle patterns where the current candle's real body completely wraps the previous candle's body. An additional 120% size threshold ensures the engulfing candle demonstrates meaningful conviction beyond a marginal overlap. Morning Star & Evening Star — Three-candle reversal patterns. A Morning Star requires a bearish candle two bars ago, a small-bodied middle candle (less than 50% of the prior body), and a bullish current candle that closes above the midpoint of the first candle's body. The Evening Star applies the inverse logic. Engine 3: Dynamic Support & Resistance The indicator uses Pine Script's pivot detection functions with a configurable lookback window (default 10 bars on each side). When a bar's high is confirmed as the highest within the lookback window, it becomes the current resistance level. When a bar's low is the lowest, it becomes the current support level. These levels persist on the chart as circle markers until a new pivot replaces them, providing a continuously updated structural reference frame. Trading Ideas and Insights Cloud Bounce + Pattern Confirmation — When price pulls back to the Aura Cloud boundary during an uptrend and a Hammer or Bullish Engulfing pattern fires at the cloud's edge, this represents a high-confluence long entry. The cloud acts as dynamic support, and the candlestick pattern provides the timing trigger. Trend Reversal Detection — Watch for Morning Star or Evening Star patterns forming near pivot-based support or resistance levels just as the trend cloud begins to narrow. A narrowing cloud suggests weakening momentum, and a three-candle reversal pattern at a key structural level can signal an early trend change. S/R Level Validation — Use the dynamic support and resistance levels to validate candlestick signals. A Bullish Engulfing pattern that forms precisely at the current support level carries more weight than one occurring at a random price point. Trend Strength Assessment — The width of the Aura Cloud reflects the separation between the fast and slow EMAs. A wide, expanding cloud indicates strong trending conditions where trend-aligned patterns are most reliable. A narrow, contracting cloud suggests consolidation where signals should be treated with more caution. Multi-Timeframe Confluence — Apply the indicator on a higher timeframe to establish the dominant trend direction, then switch to a lower timeframe to find trend-aligned candlestick entries. The cloud's direction on the higher timeframe provides the bias; the pattern signals on the lower timeframe provide the entry timing. How Multiple Indicators Work Together The Aura Trend & Candlestick Matrix integrates three distinct analytical techniques into a single decision-support system through a deliberate hierarchical architecture: The EMA trend cloud establishes directional context, the candlestick pattern engine identifies potential reversal and continuation setups, and the pivot-based support and resistance levels provide structural price references — together forming a confluence-driven framework where signals must pass through multiple filters before reaching the chart. The trend cloud sits at the top of the hierarchy as the primary directional filter. It answers the fundamental question: "Which side of the market should I be on right now?" By requiring all candlestick patterns to align with the cloud's direction, the indicator enforces a disciplined approach that avoids the common trap of trading counter-trend reversal patterns in strong trends. The candlestick pattern engine operates as the timing mechanism within the trend context. Each pattern family captures a different market dynamic — Hammers and Shooting Stars detect single-bar rejection of price levels, Engulfing patterns identify momentum shifts through body-size dominance, and Morning/Evening Stars capture multi-bar sentiment transitions. By offering all three families simultaneously, the indicator provides multiple entry opportunities across different market conditions while maintaining the trend-alignment requirement. The dynamic support and resistance engine adds a structural dimension that complements both the trend cloud and the pattern signals. While the cloud tells you the trend direction and the patterns tell you when to act, the S/R levels tell you where price is likely to react. Patterns forming at or near these pivot-derived levels carry inherently higher significance because they occur at prices where the market has previously demonstrated supply or demand. Unique Aspects Trend-gated pattern signals — Unlike standalone candlestick scanners that display every detected pattern regardless of context, this indicator enforces directional alignment. Bullish patterns are suppressed during downtrends and bearish patterns are suppressed during uptrends, producing a significantly cleaner signal set with higher expected reliability. Ratio-based pattern detection with doji exclusion — Pattern identification uses proportional shadow-to-body ratios rather than fixed pip or point thresholds, making the detection logic adaptive across instruments and timeframes. The explicit doji exclusion prevents ambiguous candles from triggering false Hammer or Shooting Star signals. 120% engulfing threshold — The Engulfing pattern requires the current body to exceed the previous body by at least 20%, filtering out marginal engulfing candles that lack conviction and improving signal quality. Three-engine confluence in a single overlay — By combining trend analysis, pattern recognition, and support/resistance detection in one indicator, traders avoid the visual clutter and potential conflicts of layering multiple separate tools on the same chart. Distinct visual vocabulary — Each pattern family uses a unique shape (triangles for Engulfing, labeled markers for Hammers/Stars), allowing traders to instantly identify the pattern type without reading text labels. How to Use Add the Aura Trend & Candlestick Matrix to your chart. It overlays directly on the price chart, displaying the Aura Cloud, pattern signals, and S/R levels simultaneously. Identify the current trend by observing the Aura Cloud color — a green cloud indicates a bullish trend (fast EMA above slow EMA), and a red cloud indicates a bearish trend. The cloud's width reflects trend strength. Watch for candlestick pattern signals that appear on the chart. Green triangles (▲) below bars indicate Bullish Engulfing patterns; red triangles (▼) above bars indicate Bearish Engulfing. Labels marked "H", "S", "MS", and "ES" denote Hammer, Shooting Star, Morning Star, and Evening Star patterns respectively. Cross-reference pattern signals with the dynamic S/R levels (green and red circle markers). Patterns occurring near support (for bullish) or resistance (for bearish) carry additional structural significance. Use the candle coloring feature (enabled by default) for quick visual scanning — green candles confirm you are in a bullish trend zone, red candles confirm a bearish trend zone. Set up alerts using the built-in "Bullish Setup" and "Bearish Setup" alert conditions to receive real-time notifications when a trend-aligned candlestick pattern is detected. Combine with volume analysis or momentum oscillators for additional confirmation layers when entering trades based on the indicator's signals. Customization Fast EMA Length (default: 20) — Controls the responsiveness of the fast trend line. Lower values (10-15) make the cloud more reactive to recent price changes, suitable for shorter-term trading. Higher values (25-50) produce a smoother cloud for swing or position trading. Slow EMA Length (default: 50) — Sets the anchor for the trend cloud. Common alternatives include 100 or 200 for longer-term trend identification. The gap between fast and slow lengths determines how quickly the cloud changes direction. Color Candles Based on Trend (default: on) — Toggle candle coloring on or off. Disable if you prefer to use your chart's native candle colors or another coloring scheme. Show Hammers / Shooting Stars (default: on) — Enable or disable single-candle reversal pattern detection. Disable if you prefer to focus only on multi-candle patterns. Show Engulfing Patterns (default: on) — Enable or disable two-candle engulfing pattern detection. Show Morning / Evening Stars (default: on) — Enable or disable three-candle star pattern detection. Pivot Detection Length (default: 10) — Controls the lookback window for support and resistance detection. Lower values (3-7) detect more frequent, minor pivot levels; higher values (15-30) identify only major structural turning points. Conclusion The Aura Trend & Candlestick Matrix delivers a disciplined, confluence-based approach to technical analysis by requiring candlestick patterns to align with the prevailing EMA trend direction before they are displayed. By integrating a visual trend cloud, three families of rigorously defined candlestick patterns, and dynamic pivot-based support and resistance levels into a single overlay, this indicator provides traders with a comprehensive yet uncluttered analytical framework. Whether you are a day trader looking for precise trend-aligned reversal entries, a swing trader seeking high-probability pattern setups at key structural levels, or a position trader monitoring broad trend direction with candlestick confirmation, the Aura Trend & Candlestick Matrix offers a clean, systematic, and visually intuitive toolset for identifying where trend momentum and candlestick structure converge — the moments where trading opportunities are most compelling.
Pine Script® indicator
by Pineify
Luminous Pivot S&R Matrix [Pineify]Luminous Pivot S&R Matrix — Dynamic Support & Resistance Zones with ATR-Adaptive Width and Breakout Detection The Luminous Pivot S&R Matrix is a dynamic support and resistance indicator that automatically identifies significant pivot highs and pivot lows, constructs ATR-adaptive zones around them, and monitors each zone in real time for breakout invalidation. Unlike static horizontal line tools that require manual placement, this indicator continuously scans price action for structurally significant turning points using a configurable lookback window, then wraps each pivot in a volatility-scaled zone whose width adapts to current market conditions via the Average True Range (ATR). When price closes beyond a zone's pivot level, the zone is automatically deactivated and visually dimmed, while a breakout signal is plotted — giving traders a fully automated, self-managing support and resistance framework that stays relevant as markets evolve. Key Features Automatic pivot detection using a configurable lookback length to identify both major and minor structural turning points in price ATR-adaptive zone construction that dynamically scales the width of each support and resistance zone based on current market volatility Real-time zone management with automatic extension of active zones to the current bar and visual invalidation when zones are broken Breakout detection system that flags bullish breakouts (close above resistance) and bearish breakouts (close below support) with triangle markers and candle coloring Memory management system that limits the number of displayed zones per side, automatically removing the oldest zones to keep charts clean and readable Built-in alert conditions for both bullish and bearish breakouts, enabling automated notification workflows How It Works The indicator operates through a three-stage pipeline: pivot detection, zone construction, and dynamic zone management. Stage 1: Pivot Detection The indicator uses Pine Script's built-in ta.pivothigh() and ta.pivotlow() functions with a user-defined lookback length (default: 15 bars). A pivot high is confirmed when a bar's high is the highest value within the lookback window on both sides. Similarly, a pivot low is confirmed when a bar's low is the lowest value within that same window. Because confirmation requires bars to the right of the pivot, detected pivots are inherently lagged by the lookback length — this is by design, as it ensures only structurally validated turning points are plotted, filtering out noise and false signals. Stage 2: ATR-Adaptive Zone Construction Once a pivot is confirmed, the indicator constructs a zone around it. Rather than using a fixed-width band, the zone boundaries are calculated using the 14-period ATR value at the pivot bar, scaled by the user's ATR multiplier (default: 0.8). The zone extends from pivot price + (ATR × multiplier) / 2 to pivot price − (ATR × multiplier) / 2 . This means zones are naturally wider during volatile market conditions and narrower during calm periods, providing contextually appropriate support and resistance bands. A horizontal line is drawn at the exact pivot price, and a semi-transparent box fills the zone area. Stage 3: Dynamic Zone Management & Breakout Detection On every bar, the indicator iterates through all active zones. Active zones are extended rightward to the current bar, keeping them visually current. The indicator then checks whether price has closed beyond the zone's pivot level — above for resistance zones, below for support zones. When a breakout occurs, the zone is deactivated (marked inactive), its visual appearance is dimmed to gray with a dashed line style, and a breakout flag is raised. This flag triggers the plotted triangle signal and candle coloring for that bar. Trading Ideas and Insights Zone Bounce Entries — When price approaches an active support zone from above, look for bullish reversal candlestick patterns (hammer, engulfing) within the zone for potential long entries. The zone's ATR-based width provides a natural area for price to find buyers, and the wider the zone, the more volatility the market has been experiencing — suggesting a larger potential reaction. Breakout Continuation Trades — When a bullish breakout signal fires (green triangle), it confirms that price has closed above a resistance pivot. Traders can use this as confirmation to enter long positions, especially when the breakout occurs on above-average volume. The invalidated zone often becomes new support on retests. Zone Density Analysis — Areas where multiple support or resistance zones cluster together represent stronger structural levels. When several pivots form at similar price levels, the overlapping zones create a high-confluence area that is more likely to hold or produce significant breakouts when finally violated. Failed Breakout Recognition — If price triggers a breakout signal but quickly reverses back into the zone on the next bar, this suggests a false breakout or stop hunt. Traders can watch for these failed breakouts as potential reversal signals in the opposite direction. Trend Context — In a strong uptrend, you will observe support zones consistently holding while resistance zones are frequently broken (bullish breakout signals). In a downtrend, the opposite pattern emerges. Tracking the ratio of bullish to bearish breakouts provides a structural view of trend strength. How Multiple Indicators Work Together The Luminous Pivot S&R Matrix integrates three complementary analytical techniques into a unified support and resistance system: Pivot point detection provides the structural price levels, ATR-based zone construction adds volatility context to those levels, and the real-time breakout detection system transforms static levels into dynamic, self-managing trading zones — together forming a complete support and resistance analysis framework. The pivot detection engine serves as the foundation, identifying bars where price has demonstrably reversed direction. The configurable lookback length allows traders to tune the sensitivity — a shorter lookback (5-10) captures minor swing points suitable for intraday trading, while a longer lookback (15-30) identifies major structural levels appropriate for swing and position trading. The ATR-adaptive zone construction addresses a fundamental limitation of traditional pivot-based indicators: a single price line rarely captures the full area where supply or demand exists. By expanding each pivot into a zone scaled by the ATR, the indicator acknowledges that support and resistance are areas , not exact prices. The ATR multiplier gives traders control over how much volatility context to incorporate — a lower multiplier (0.3-0.5) creates precision zones for tight stop placement, while a higher multiplier (1.0-1.5) creates wider zones that capture the full range of potential price reaction. The breakout detection and zone lifecycle management system is what transforms this from a static level-drawing tool into a dynamic analytical framework. By automatically tracking whether each zone remains active or has been invalidated, the indicator eliminates the manual overhead of monitoring multiple levels. The visual differentiation between active zones (solid colored) and broken zones (gray dashed) provides instant context about which levels are still structurally relevant. The memory management system ensures that only the most recent zones remain on the chart, preventing visual clutter that accumulates with traditional pivot indicators. Unique Aspects Volatility-adaptive zone width — Unlike fixed-width pivot zones or percentage-based bands, the ATR scaling ensures zones automatically widen during volatile periods and narrow during calm periods, providing contextually appropriate support and resistance areas across all market conditions. Self-managing zone lifecycle — Zones are not simply drawn and forgotten. Each zone is actively monitored, extended, and eventually invalidated when broken. The visual transition from active (colored, solid) to broken (gray, dashed) creates an intuitive map of which levels remain structurally significant. Structural pivot validation — By requiring confirmation bars on both sides of a pivot, the indicator only plots levels where price has demonstrably reversed. This eliminates the noise of minor fluctuations and focuses attention on levels where genuine supply or demand has been observed. Clean chart design with memory management — The configurable zone limit per side prevents the chart from becoming cluttered with historical levels. The oldest zones are automatically removed when new ones form, ensuring the chart always shows only the most relevant current levels. Dual breakout signaling — Breakouts are communicated through three simultaneous channels: plotted triangle markers, candle color changes, and configurable alert conditions. This multi-channel approach ensures traders never miss a breakout event regardless of how they monitor their charts. How to Use Add the Luminous Pivot S&R Matrix to your chart. It overlays directly on the price chart, displaying colored zones at detected pivot levels. Observe the colored zones — green zones represent support areas (pivot lows), and red zones represent resistance areas (pivot highs). Active zones have solid lines and colored fills; broken zones appear gray with dashed lines. Watch for breakout signals — a green triangle below a bar indicates price has closed above a resistance zone (bullish breakout), while a red triangle above a bar indicates price has closed below a support zone (bearish breakout). Breakout candles are also colored accordingly. Use active zones as potential entry areas — look for price reactions (bounces, rejections) when price approaches an active zone. Combine with candlestick patterns or other confirmation tools for higher-probability entries. Monitor zone invalidation patterns — frequent resistance breakouts suggest bullish momentum, while frequent support breakdowns suggest bearish momentum. This provides a structural view of the prevailing trend. Set up alerts using the built-in alert conditions ("Bullish Breakout" and "Bearish Breakout") to receive notifications when price breaks through an active zone, even when you are not watching the chart. Combine with volume indicators, trend filters, or momentum oscillators for additional confirmation before executing trades based on zone reactions or breakout signals. Customization Pivot Lookback (default: 15) — Controls how many bars on each side are required to confirm a pivot. Increase for major structural levels suitable for higher timeframes (20-30); decrease for more frequent pivot detection on lower timeframes (5-10). Zone ATR Multiplier (default: 0.8) — Scales the 14-period ATR to determine zone width. Increase for wider zones that capture more price reaction area (1.0-1.5); decrease for tighter, more precise zones (0.3-0.5). Max Active Zones per side (default: 5) — Limits how many support and resistance zones are displayed simultaneously. Increase if you want to see more historical context (8-15); decrease for a cleaner chart with only the most recent levels (2-3). Support / Resistance Colors — Customize the zone and signal colors to match your chart theme or personal preference. Zone Transparency (default: 85) — Controls the opacity of zone box fills and borders. Lower values make zones more prominent; higher values keep them subtle and non-distracting. Conclusion The Luminous Pivot S&R Matrix provides a methodologically rigorous approach to automated support and resistance analysis by combining structural pivot detection with volatility-adaptive zone construction and real-time breakout monitoring. By treating support and resistance as dynamic zones rather than static lines, and by automatically managing the lifecycle of each zone from creation through invalidation, this indicator eliminates the manual overhead of traditional S/R analysis while providing richer contextual information. Whether you are a day trader looking for precise intraday bounce zones, a swing trader identifying key structural levels for position entries, or a position trader monitoring major support and resistance breaks for trend confirmation, the Luminous Pivot S&R Matrix delivers a clean, self-managing, and visually intuitive framework for understanding where the market's key structural boundaries lie — and when they are being broken.
Pine Script® indicator
by Pineify
Volatility-Adjusted Rate of Change [QuantAlgo]🟢 Overview The Volatility-Adjusted Rate of Change (VA-ROC) is a momentum oscillator that normalizes price changes against current market volatility, helping traders identify meaningful momentum shifts, spot overbought/oversold extremes, and filter out noise caused by changing volatility regimes. By measuring how large a price move is relative to what's normal for the instrument, this indicator reveals genuine directional pressure that raw momentum readings often obscure. 🟢 How It Works The indicator begins by calculating the single-bar price change and dividing it by the Average True Range over a configurable lookback period. This normalization step ensures that the same oscillator reading carries equal significance whether applied to a low-volatility blue chip or a highly volatile cryptocurrency, a concept absent from traditional rate of change indicators. price_momentum = ta.change(close) / ta.atr(atr_length) When price rises by an amount that is large relative to recent volatility, the normalized momentum produces a strong positive reading. Conversely, a decline that is modest in absolute terms but significant relative to the current ATR environment will register appropriately. This volatility-adjustment prevents the oscillator from generating inflated signals during high-volatility regimes or muted signals during quiet markets. A sensitivity multiplier then scales the normalized value, allowing traders to compress or amplify the oscillator's range to suit their instrument and timeframe: va_roc = calc_ma(price_momentum * sensitivity, ma_length, ma_type) The scaled momentum is then smoothed using a configurable moving average (supporting SMA, EMA, WMA, RMA, HMA, VWMA, DEMA, and TEMA), which filters bar-to-bar noise while preserving the shape of genuine momentum waves. The smoothed output is the final VA-ROC value, plotted against a system of four threshold levels that define bullish, bearish, neutral, and extreme zones. Momentum state is determined by the oscillator's position relative to these thresholds: is_bullish = va_roc > upper_threshold is_bearish = va_roc < lower_threshold Crossings into bullish or bearish territory, zero-line crosses, and entries into extreme zones each generate distinct signals and corresponding alerts. 🟢 Key Features The indicator is built around a threshold-based momentum framework with gradient-colored visualization, preset configurations, and a full alert system, all designed to give traders immediate clarity on momentum conditions without manual tuning. 1. Volatility Normalization: Unlike traditional ROC or momentum oscillators that produce raw price differences, VA-ROC divides every price change by the ATR, creating a dimensionless reading that remains consistent across instruments, timeframes, and volatility regimes. A reading of +1.0 always means "price moved one ATR's worth in a single bar", whether you're trading forex, equities, or crypto. This eliminates the need to recalibrate threshold levels when switching between assets. 2. Adaptive Threshold Zones: Four configurable levels (Upper Extreme, Upper Threshold, Lower Threshold, and Lower Extreme) divide the oscillator into five distinct momentum zones. The neutral zone between the upper and lower thresholds represents normal market fluctuation. Crossings above the upper threshold confirm bullish momentum, while crossings below the lower threshold confirm bearish momentum. The extreme levels mark climactic conditions where momentum is unusually powerful, often coinciding with exhaustion points or the early stages of a strong trend continuation. 3. Preset Configurations: Three built-in presets automatically optimize the sensitivity, ATR lookback, MA type, and smoothing length for different trading styles. Default provides balanced readings suited for swing trading on 4H and daily charts. Fast Response amplifies small moves with minimal smoothing for intraday scalping. Smooth Trend compresses the oscillator and applies heavier smoothing to highlight only significant directional moves for position trading. 4. Built-in Alert System: Comprehensive alerts covering all key momentum events, including bullish and bearish momentum confirmation, zero-line crossovers in both directions, and entries into upper and lower extreme zones. A combined momentum direction change alert is also included. All alerts carry exchange, ticker, and interval placeholders for seamless integration with notification workflows. 5. Visual Customization: Choose from 5 color presets (Classic, Aqua, Cosmic, Cyber, Neon) or create a fully custom color scheme using individual bullish, bearish, and neutral color pickers. Optional price bar coloring overlays the oscillator's momentum colors directly onto your main chart candles, tinting bars bullish or bearish based on the current threshold state while leaving neutral bars uncolored, providing instant trend confirmation without switching panels.
Pine Script® indicator
by QuantAlgo
2
Institutional Structure Intelligence Engine [JOAT]Institutional Structure Intelligence Engine Introduction The Institutional Structure Intelligence Engine is an advanced open-source market structure indicator that combines swing detection, order block analysis, fair value gap (FVG) identification, institutional level tracking, and velocity analysis into a comprehensive structural intelligence system. This indicator helps traders identify where institutional orders are positioned, where price inefficiencies exist, and how market structure is evolving in real-time. Unlike basic support/resistance indicators that draw static lines, this engine dynamically tracks institutional footprints through order blocks (zones where institutions accumulated or distributed), fair value gaps (price inefficiencies that often get filled), breaker blocks (failed order blocks signaling reversals), and multi-timeframe institutional levels. The indicator is designed for traders who understand that market structure reveals institutional intent and that price gravitates toward areas of institutional interest. Why This Indicator Exists This indicator addresses the challenge of identifying institutional positioning in real-time. Institutional traders leave structural footprints that can be detected through systematic analysis. By combining multiple structural methodologies, this indicator reveals: Order Block Detection: Identifies zones where institutions accumulated or distributed positions before major moves Fair Value Gaps: Detects price inefficiencies where rapid institutional movement left unfilled gaps Breaker Blocks: Tracks failed order blocks that signal potential trend reversals Institutional Levels: Monitors Weekly/Daily highs and lows, Premium/Discount zones, and Golden Zone (0.618-0.5 Fibonacci) Structure Velocity: Measures how quickly market structure is forming to identify momentum shifts Compression Zones: Detects periods of range compression that often precede explosive moves Each component provides a different structural perspective. Order blocks show where institutions positioned, FVGs show where price moved inefficiently, breaker blocks show where structure failed, institutional levels show key reference points, velocity shows momentum, and compression zones show coiling energy. Together, they create a comprehensive structural intelligence system. Below showing the Main Features and how it works: Core Components Explained 1. Advanced Order Block Detection Order blocks are identified using strict volume and price action criteria: Bullish Order Block: // Two consecutive down candles followed by strong up move if close < open and close < open and close > open and volume > avgVolume * obVolumeThreshold and close > high and (high - low ) <= atr * maxATRMult and (close - open) > atr * 0.5 Bearish Order Block: // Two consecutive up candles followed by strong down move if close > open and close > open and close < open and volume > avgVolume * obVolumeThreshold and close < low and (high - low ) <= atr * maxATRMult and (open - close) > atr * 0.5 Order blocks represent the last opposite-direction move before a strong impulse. The logic: institutions accumulate/distribute in the opposite direction before pushing price in their intended direction. The indicator tracks: Order block volume (total volume during formation) Number of touches (how many times price returned to the zone) Zone strength (calculated from volume, touches, and age) Breaker status (whether the order block was invalidated) Overlapping Order Block Combination: When multiple order blocks overlap, the indicator combines them into a single stronger zone: if doOBsOverlap(ob1, ob2) ob1.top := math.max(ob1.top, ob2.top) ob1.bottom := math.min(ob1.bottom, ob2.bottom) ob1.obVolume += ob2.obVolume ob1.touches += ob2.touches ob1.strength := math.max(ob1.strength, ob2.strength) This prevents chart clutter and highlights the most significant institutional zones. 2. Breaker Block Detection Breaker blocks are order blocks that failed - price broke through them instead of bouncing. This signals potential trend reversal: // Bullish OB becomes breaker if price breaks below if low < ob.bottom ob.breaker := true ob.breakTime := time // Bearish OB becomes breaker if price breaks above if high > ob.top ob.breaker := true ob.breakTime := time Breaker blocks are displayed with distinct colors (cyan for bullish breakers, orange for bearish breakers) to differentiate them from active order blocks. When an order block becomes a breaker, it often signals that institutional positioning has changed and the previous structure is no longer valid. 3. Fair Value Gap (FVG) Detection FVGs are identified using strict gap and volume criteria: Bullish FVG: // Gap between 2 bars ago high and current low bool bullishFVGDetected = low > high and (low - high ) > atr * 0.3 and // Minimum gap size volume > avgVolume * 0.8 // Volume confirmation Bearish FVG: // Gap between 2 bars ago low and current high bool bearishFVGDetected = high < low and (low - high) > atr * 0.3 and // Minimum gap size volume > avgVolume * 0.8 // Volume confirmation FVGs represent price inefficiencies where institutional orders moved price so quickly that normal auction process was bypassed. These gaps often get "filled" as price returns to establish fair value. The indicator tracks: FVG top and bottom prices Mitigation status (whether the gap has been filled) Mitigation bar (when the gap was filled) Only non-mitigated FVGs are displayed to keep charts clean. Maximum FVG count is customizable (default: 3) to prevent clutter. Showing Order Block, Breaker Block, and All Combined OB's that occured: 4. Institutional Level Tracking The indicator monitors key institutional reference levels: Weekly High/Low: float lastWeekHigh = request.security(syminfo.tickerid, "W", high ) float lastWeekLow = request.security(syminfo.tickerid, "W", low ) Daily High/Low: float yesterdayHigh = request.security(syminfo.tickerid, "D", high ) float yesterdayLow = request.security(syminfo.tickerid, "D", low ) Premium/Discount Zones: Based on weekly range: Premium Zone: 70%-100% of weekly range (institutional selling zone) Discount Zone: 0%-30% of weekly range (institutional buying zone) Golden Zone: 50%-61.8% of weekly range (optimal entry zone) float weekRange = lastWeekHigh - lastWeekLow float premiumTop = lastWeekHigh float premiumBot = lastWeekLow + (weekRange * 0.7) float discountTop = lastWeekLow + (weekRange * 0.3) float discountBot = lastWeekLow float goldenTop = lastWeekLow + (weekRange * 0.618) float goldenBot = lastWeekLow + (weekRange * 0.5) These zones help traders identify where institutions are likely to buy (discount) or sell (premium), with the golden zone representing optimal risk:reward entries. Breaker Block with VOL, Discount zone touched for signal, Market Phase + Quality of chart score: 5. Structure Velocity Analysis The indicator measures how quickly market structure is forming: // Price velocity priceVelocity = ta.change(close, velocityLength) / velocityLength velocityMA = ta.sma(math.abs(priceVelocity), velocityLength) velocityScore = velocityMA > 0 ? math.abs(priceVelocity) / velocityMA : 0 // Volume momentum volumeMomentum = volume / avgVolume volumeAcceleration = ta.change(volumeMomentum, 5) // Structure velocity (how fast structure is forming) structureVelocity = (bar_index - lastSwingHighBar) + (bar_index - lastSwingLowBar) High velocity indicates rapid structure formation (trending market), low velocity indicates slow structure formation (ranging market). Velocity analysis helps traders identify momentum shifts before they become obvious in price. 6. Compression to Expansion Detection The indicator detects periods of range compression using strict criteria: float rangeMA = ta.sma(high - low, 50) float currentRange = high - low bool compressed = currentRange < rangeMA * 0.3 and volume < avgVolume * 0.8 bool expanding = currentRange > rangeMA * 2.0 and volume > avgVolume * 1.3 Compression zones are only displayed if: Compression lasted at least 10 bars Range is less than 1.5x ATR (truly tight) This prevents false compression signals and highlights only significant coiling periods that often precede explosive moves. 7. Swing Point Detection The indicator uses pivot-based swing detection: pivotHigh = ta.pivothigh(high, swingLength, swingLength) pivotLow = ta.pivotlow(low, swingLength, swingLength) Swing points are stored in arrays and used for: Structure line drawing Break of Structure (BOS) detection Change of Character (CHOCH) detection Trend determination Swing length is customizable (default: 10) to adjust sensitivity. Visual Elements Order Block Boxes: Filled boxes showing bullish (green) and bearish (red) order blocks with volume and touch count Breaker Block Boxes: Distinct colored boxes (cyan/orange) showing failed order blocks FVG Boxes: Transparent boxes showing bullish (green) and bearish (red) fair value gaps Institutional Lines: Weekly high/low (purple), Daily high/low (yellow) Premium/Discount Fills: Shaded zones showing premium (red), discount (green), and golden (orange) zones Compression Boxes: Purple boxes showing range compression periods Swing Points: Triangle markers showing swing highs (red) and swing lows (green) All visual elements use "locked" boxes that don't extend indefinitely, preventing chart clutter. Overlap prevention logic ensures boxes don't stack on top of each other. Input Parameters Structure Detection: Swing Length: Period for pivot detection (default: 10, range: 3-50) Show Swing Points: Toggle swing markers (default: enabled) Show Structure Lines: Toggle structure lines (default: enabled) Show Compression Zones: Toggle compression boxes (default: disabled to reduce clutter) Order Blocks: Show Order Blocks: Toggle order block boxes (default: enabled) Combine Overlapping OBs: Merge overlapping order blocks (default: enabled) Show Breaker Blocks: Toggle breaker block display (default: enabled) Volume Threshold: Minimum volume multiplier for OB detection (default: 1.5) Max Order Blocks: Maximum OBs to display (default: 3, range: 1-10) Max ATR Multiplier: Maximum OB size relative to ATR (default: 2.5) Market Structure: Show Break of Structure: Toggle BOS markers (default: disabled to reduce clutter) Show Change of Character: Toggle CHOCH markers (default: enabled) Show Fair Value Gaps: Toggle FVG boxes (default: enabled) Show FVG Mitigation: Track when FVGs are filled (default: enabled) Max FVGs to Display: Maximum FVGs to show (default: 3, range: 1-10) Institutional Levels: Show Weekly High/Low: Toggle weekly levels (default: enabled) Show Daily High/Low: Toggle daily levels (default: enabled) Show Golden Zone: Toggle 0.618-0.5 Fib zone (default: enabled) Show Premium/Discount Zones: Toggle institutional zones (default: enabled) Velocity Analysis: Show Structure Velocity: Toggle velocity calculations (default: enabled) Velocity Period: Period for velocity analysis (default: 20, range: 5-50) Display: Table Position: Dashboard location (Top Right/Top Left/Bottom Right/Bottom Left) Show Structure Quality Score: Toggle quality metrics (default: enabled) Colors: All colors are fully customizable including bullish/bearish structure, order blocks, breaker blocks, FVGs, weekly/daily levels, golden zone, premium/discount zones, and compression zones. 4HR TF BTCUSDT showing the zones being used in action and price movement: How to Use This Indicator Step 1: Identify Key Institutional Zones Look for order blocks with high touch counts and strong volume. These represent areas where institutions are likely to defend their positions. Step 2: Monitor Fair Value Gaps FVGs often get filled as price returns to establish fair value. Look for entries when price approaches unfilled FVGs, especially if they align with order blocks. Step 3: Watch for Breaker Blocks When an order block becomes a breaker, it signals that institutional positioning has changed. This often marks trend reversals or significant structure shifts. Step 4: Use Premium/Discount Zones Look for long entries in discount zones (0-30% of range) and short entries in premium zones (70-100% of range). The golden zone (50-61.8%) offers optimal risk:reward. Step 5: Check Institutional Levels Weekly and daily highs/lows act as magnets for price. Breaks above/below these levels often lead to significant moves. Step 6: Monitor Structure Velocity High velocity indicates trending conditions (follow the trend), low velocity indicates ranging conditions (fade extremes). Step 7: Wait for Compression Breakouts Compression zones mark periods of coiling energy. Breakouts from compression often lead to explosive moves with strong follow-through. Best Practices Use on 15-minute to 4-hour timeframes for optimal structure clarity Combine order blocks with FVGs for high-probability entries Wait for price to return to order blocks before entering - don't chase Breaker blocks often become new support/resistance in opposite direction Premium/discount zones work best in trending markets Golden zone entries offer best risk:reward when combined with order blocks Compression zones require patience - wait for confirmed breakout Structure velocity helps determine whether to trade with trend or fade extremes Multiple touches on an order block increase its significance FVG fills often provide excellent entry opportunities with tight stops Indicator Limitations Order blocks don't always hold - institutions can change positioning FVGs don't always get filled - some gaps persist indefinitely Breaker blocks can fail - price can return above/below breaker zones Premium/discount zones are relative to recent range - not absolute levels Compression detection requires sufficient bars - may not work on new instruments Structure velocity is a lagging indicator - confirms moves after they start Maximum box/line limits (500 each) can be reached on lower timeframes with long history Overlap prevention may hide some valid order blocks to prevent clutter The indicator shows structure, not direction - requires trader interpretation Works best on liquid instruments with clear institutional participation Technical Implementation Built with Pine Script v6 using: Custom type definitions for OrderBlockInfo and FVGInfo Array-based storage for order blocks, FVGs, and swing points Strict volume and ATR-based filtering for accuracy Overlap detection and combination logic for order blocks Breaker block tracking with time-based invalidation FVG mitigation detection Multi-timeframe security requests for institutional levels Fibonacci-based premium/discount zone calculations Velocity and momentum analysis Compression detection with strict criteria Dynamic box and label management with anti-overlap logic The code is fully open-source and can be modified to suit individual trading styles and preferences. Originality Statement This indicator is original in its comprehensive structural integration. While individual components (order blocks, FVGs, institutional levels) are established concepts, this indicator is justified because: It combines seven distinct structural methodologies into a unified intelligence system Order block detection uses strict multi-criteria filtering (volume, ATR, price action) for accuracy Automatic order block combination prevents clutter while highlighting strongest zones Breaker block tracking provides reversal signals not available in basic order block indicators FVG detection includes mitigation tracking and strict size/volume filtering Premium/discount zones integrate Fibonacci analysis with institutional levels Structure velocity analysis provides momentum context for structural zones Compression detection uses strict criteria to identify only significant coiling periods Anti-overlap logic ensures clean charts without sacrificing information Each component contributes unique structural intelligence: order blocks show institutional positioning, FVGs show inefficiencies, breaker blocks show failures, institutional levels show reference points, velocity shows momentum, and compression shows coiling energy. The indicator's value lies in presenting these complementary structural perspectives simultaneously with intelligent filtering and display management. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice or a recommendation to buy or sell any financial instrument. Trading involves substantial risk of loss and is not suitable for all investors. Market structure analysis is a tool for understanding institutional positioning, not a crystal ball for predicting future price movement. Order blocks, FVGs, and institutional levels do not guarantee profitable trades. Past structural patterns do not guarantee future structural patterns. Market conditions change, and strategies that worked historically may not work in the future. The zones and levels displayed are mathematical calculations based on current market data, not predictions of future price movement. High-quality order blocks, unfilled FVGs, and premium/discount zones do not guarantee profitable trades. Users must conduct their own analysis and risk assessment before making trading decisions. Always use proper risk management, including stop losses and position sizing appropriate for your account size and risk tolerance. Never risk more than you can afford to lose. Consider consulting with a qualified financial advisor before making investment decisions. The author is not responsible for any losses incurred from using this indicator. Users assume full responsibility for all trading decisions made using this tool. -Made with passion by officialjackofalltrades
Pine Script® indicator
by officialjackofalltrades
Market Structure by GreenSquadMarket Structure This indicator maps price structure using confirmed swing pivots rather than candle closes. Swings are validated using a symmetric lookback window, meaning a high or low is only accepted after both left and right side confirmation. This avoids repainting and ensures structure reflects actual auction completion instead of intrabar noise. Each new pivot is classified relative to the previous one: Higher High (HH) → continuation strength Higher Low (HL) → bullish pullback Lower High (LH) → bearish pullback Lower Low (LL) → continuation weakness From these sequences a persistent market state is derived: HH following HL → Bullish trend LL following LH → Bearish trend Opposite break → Change of Character (transition phase) No progression → Range environment A zig-zag backbone connects confirmed pivots to visualize the true path of price movement. Additionally, the indicator measures volatility using ATR relative to its average: Expansion → impulsive conditions, breakouts more likely Compression → contraction, expansion likely upcoming The dashboard summarizes: market state, last structural event, volatility regime, and statistically favorable trading bias (pullbacks in trend, reversals in transition). The tool is designed as a context filter — not a signal generator — helping traders align entries with confirmed auction structure rather than reacting to individual candles.
Pine Script® indicator
by Green_Squad
StO Price Action - Trend HeatmapShort Summary - Displays multi-timeframe market bias as a color heatmap table - Aggregates bullish and bearish candles per timeframe - Visual intensity reflects directional dominance Full Description Overview - Analyzes up to 10 selectable timeframes simultaneously - Counts bullish and bearish candles per timeframe - Evaluates a configurable number of historical candles - More bullish candles increase green intensity - More bearish candles increase red intensity - Neutral or mixed conditions appear visually balanced - Outputs results in a compact on-chart table Method - Designed to visualize multi-timeframe alignment - Provides instant directional context across intraday to macro levels - Uses candle color logic as momentum proxy - Helps identify trend stacking or timeframe divergence - Clean table layout with adjustable screen position Timeframe Structure - Supports custom selection of up to 10 timeframes - Intraday and higher timeframes can be mixed freely - Each timeframe can be enabled or disabled individually - Works with built-in available timeframes Usage - Select which timeframes to include - Set how many candles to evaluate per timeframe - Position the table on the chart as preferred - Use strong color clustering as confirmation tool - Watch for mixed colors as early warning of conflict Notes - Does not predict reversals, only shows directional dominance - Particularly useful for top-down analysis - Designed as bias confirmation, not as entry trigger
Pine Script® indicator
by sto_svc
Volatility-Gated Trend Oscillator [QuantAlgo]🟢 Overview The Volatility-Gated Trend Oscillator identifies statistically significant trend conditions by measuring price deviation from a dynamic baseline and filtering out normal market noise through an adaptive volatility floor. It calculates a moving average of the chosen type as a baseline, then measures how far price has deviated from it relative to average absolute deviation to define a noise threshold. Only when price breaks decisively beyond this threshold is a trend state confirmed, helping traders distinguish genuine momentum from random noise across different timeframes and markets. 🟢 How It Works The indicator's core methodology lies in its dual-layer approach combining deviation measurement with volatility-gated filtering, where trend confirmation requires price movement to exceed statistically meaningful thresholds. First, a configurable moving average is calculated to establish a dynamic baseline reflecting the underlying trend at the chosen sensitivity level: baseline = get_ma(src, sensitivity, ma_type) raw_diff = src - baseline Then, the average absolute deviation from the baseline is measured over the same period and scaled by a user-defined multiplier to construct an adaptive noise floor, which is the minimum price deviation required to confirm a trend signal: noise_floor = ta.sma(math.abs(raw_diff), sensitivity) * noise_mult The trend state is then determined by comparing raw deviation against this noise floor, with a decay mechanism applied when price re-enters the neutral zone to avoid abrupt reversals: if raw_diff > noise_floor trend_state := 1 locked_val := raw_diff else if raw_diff < -noise_floor trend_state := -1 locked_val := raw_diff else locked_val := locked_val * 0.9 The locked deviation value is then normalized by ATR to make the oscillator comparable across instruments and volatility regimes, and smoothed with a short WMA to reduce micro-fluctuations in the final output: normalized_val = locked_val / ta.atr(sensitivity) final_osc = ta.wma(normalized_val, 5) This creates a robust momentum oscillator that only registers trend conditions when price makes structurally significant moves beyond typical noise, while the ATR normalization ensures readings remain meaningful and consistent regardless of the underlying instrument's price scale or volatility level. 🟢 Signal Interpretation ▶ Bullish Trend (Oscillator Rising Above Zero with Bullish Color): When price deviation breaks above the positive noise floor, the oscillator enters bullish mode with green/bullish coloring across all visual elements = Confirmed upward momentum signal for trend-following long positions. The trend remains bullish until price deviation falls below the negative noise floor, allowing traders to stay positioned through normal consolidations without premature exits on minor pullbacks that remain within the noise boundary. ▶ Bearish Trend (Oscillator Falling Below Zero with Bearish Color): When price deviation breaks below the negative noise floor, the oscillator enters bearish mode with red/bearish coloring across all visual elements = Confirmed downward momentum signal for short positions or long exit signals. The trend remains bearish until deviation exceeds the positive noise floor, enabling traders to maintain directional bias through corrective bounces that stay within the threshold boundaries. 🟢 Features ▶ Preconfigured Presets: Three optimized parameter sets tailored for different trading styles and timeframes. "Default" delivers balanced trend detection for swing trading on 4-hour and daily charts, filtering minor noise while remaining responsive to meaningful momentum shifts. "Fast Response" uses a reactive EMA baseline with a tighter noise floor for intraday and scalping timeframes, generating earlier signals suited to active traders on 5-minute to 1-hour charts. "Smooth Trend" applies a smooth, lag-reduced HMA baseline with a demanding noise threshold for position trading on daily and weekly charts, confirming only major directional shifts with minimal false positives. ▶ Built-in Alerts: Three alert conditions enable automated monitoring of trend transitions without constant chart observation. "Bullish Trend Signal" triggers when the oscillator first enters a confirmed bullish state, alerting for potential long entries. "Bearish Trend Signal" activates when the oscillator first enters a confirmed bearish state, signaling potential short entries or long exits. "Trend Direction Changed" provides a combined alert for any trend transition regardless of direction, allowing traders to monitor both bullish and bearish opportunities through a single alert setup. ▶ Visual Customization: Six color presets (Classic, Aqua, Cosmic, Cyber, Neon, plus Custom) accommodate different chart themes and aesthetic preferences, with coordinated bullish and bearish color schemes applied consistently across all indicator elements. A layered luminance fill system creates graduated visual depth around the main oscillator line using four fill zones at progressively increasing transparency, making trend strength and direction immediately readable at a glance. Optional bar coloring tints price bars with the active trend color during confirmed bullish and bearish periods, providing instant overhead visual confirmation of trend state without requiring direct reference to the oscillator panel below.
Pine Script® indicator
by QuantAlgo
6
Thermal Momentum Gauge [JOAT]Thermal Momentum Gauge Introduction The Thermal Momentum Gauge is an open-source institutional-grade pressure and volatility monitoring system that combines market pressure measurement, volatility temperature analysis, volume steam detection, and multi-factor explosion identification into a unified oscillator. This sophisticated system integrates multiple proven momentum methodologies to identify high-probability explosive move conditions where pressure, temperature, and steam factors converge. The indicator is designed for traders who understand that explosive market moves occur when multiple pressure systems align simultaneously. By synthesizing RSI pressure, WaveTrend momentum, Money Flow Index analysis, Stochastic pressure, ATR temperature, Bollinger Band width, volume steam detection, and confluence scoring, this tool helps identify structural market explosion points with thermal precision. Why This Integration Exists This indicator combines seven distinct pressure and volatility measurement frameworks that complement each other: Multi-Component Pressure System: Combines RSI, WaveTrend, MFI, and Stochastic RSI for comprehensive pressure measurement Thermal Temperature Analysis: Uses ATR and Bollinger Band width to measure market volatility temperature Volume Steam Detection: Analyzes volume spikes and directional volume pressure for steam identification Explosion Detection Engine: Multi-factor confluence system that identifies when all pressure systems align Momentum Confirmation System: Ensures signals occur at genuine turning points through momentum analysis Pressure Zone Classification: Defines thermal zones from extreme oversold to extreme overbought Signal Filtering System: Prevents overlapping signals while maintaining precision timing Each component addresses different aspects of market thermal dynamics. Pressure measurement reveals directional bias, temperature analysis shows volatility energy, steam detection indicates volume explosions, and confluence scoring quantifies setup quality. Together, they create a comprehensive thermal view that traditional single-dimension momentum indicators cannot provide. Core Components Explained 1. Multi-Component Pressure System (0-100 Scale) The system combines four pressure measurements for comprehensive analysis: RSI Pressure: RSI Pressure = RSI(close, rsi_length) // Standard 0-100 scale WaveTrend Pressure: ESA = ema(hlc3, wt_channel_length) D = ema(abs(hlc3 - ESA), wt_channel_length) CI = (hlc3 - ESA) / (0.015 * D) WT1 = ema(CI, wt_average_length) WT Pressure = (WT1 + 100) / 2 // Normalize -100 to 100 → 0 to 100 MFI Pressure: MFI Pressure = MFI(hlc3, mfi_length) // Money Flow Index 0-100 Stochastic RSI Pressure (Optional): Stochastic RSI = Stochastic(RSI(close, rsi_length), stoch_length) Stoch Pressure = sma(Stochastic RSI, 3) Combined Pressure: Total Pressure = (RSI + WT + MFI + Stoch) / 4 // With Stochastic Total Pressure = (RSI + WT + MFI) / 3 // Without Stochastic 2. Thermal Temperature System (0-100 Scale) Measures market volatility energy through dual methods: ATR-Based Temperature: ATR Percentage = (ATR(atr_length) / close) * 100 ATR Temperature = ATR Percentage * temperature_multiplier Bollinger Band Width Temperature (Optional): BB Basis = sma(close, bb_length) BB Deviation = bb_multiplier * stdev(close, bb_length) BB Width = ((BB Upper - BB Lower) / BB Basis) * 100 BB Temperature = BB Width * 5 // Scale to 0-100 Combined Temperature: Temperature = min((ATR Temperature + BB Temperature) / 2, 100) // With BB Temperature = min(ATR Temperature, 100) // Without BB 3. Volume Steam Detection (0-100 Scale) Analyzes volume explosions and directional pressure: Volume Steam Base: Volume Ratio = volume / sma(volume, volume_length) Steam Base = Volume Ratio * 50 Volume Delta (Optional): Buy Volume = close > open ? volume : 0 Sell Volume = close < open ? volume : 0 Volume Delta = (Buy Volume - Sell Volume) / volume * 50 Combined Steam: Steam = min(Steam Base + abs(Volume Delta), 100) Steam Classifications: - Steam Burst: Steam > steam_threshold (default 80) - Extreme Steam: Steam > 90 - Volume Spike Direction: Bullish (close > open) or Bearish (close < open) 4. Explosion Detection Engine Multi-factor confluence system with momentum confirmation: Momentum Confirmation: Pressure Momentum = change(Total Pressure) Pressure Acceleration = change(Pressure Momentum) Momentum Shift = (momentum > 0 AND momentum <= 0) OR (momentum < 0 AND momentum >= 0) Confluence Score (0-5): Confluence Components: - Pressure Factor: Total Pressure > pressure_threshold ? 1 : 0 - Temperature Factor: Temperature > temperature_threshold ? 1 : 0 - Steam Factor: Steam > steam_threshold ? 1 : 0 - WaveTrend Extreme: WT Pressure > 80 OR WT Pressure < 20 ? 1 : 0 - Extreme Steam: Steam > 90 ? 1 : 0 Confluence Score = Sum of all factors (0-5) Explosion Conditions: Explosion = Confluence Score >= minimum_confluence AND (Momentum Shift OR abs(Pressure Acceleration) > 2) Bull Explosion = Explosion AND Total Pressure > 50 AND Pressure Momentum > 0 Bear Explosion = Explosion AND Total Pressure < 50 AND Pressure Momentum < 0 Perfect Explosion (Rare): Perfect Explosion = Confluence Score == 5 AND abs(Pressure Momentum) > 3 Perfect Bull = Perfect Explosion AND Total Pressure > 50 AND Pressure Momentum > 0 Perfect Bear = Perfect Explosion AND Total Pressure < 50 AND Pressure Momentum < 0 5. Thermal Zone Classification The system defines seven thermal pressure zones: Extreme Overbought: Pressure > 80 (Critical thermal level) Overbought: Pressure 70-80 (High thermal level) Neutral High: Pressure 55-70 (Warm thermal level) Equilibrium: Pressure 45-55 (Neutral thermal zone) Neutral Low: Pressure 30-45 (Cool thermal level) Oversold: Pressure 20-30 (Low thermal level) Extreme Oversold: Pressure < 20 (Critical thermal level) 6. Signal Filtering System Prevents overlapping signals while maintaining precision: Minimum Bars Between Signals = 8 Signal Filtering Logic: - Perfect signals take priority over regular explosions - Regular explosions are filtered if perfect signal occurred recently - Warning signals are filtered if explosion signals are active - Steam bursts are filtered to minimum 3 bars apart Visual Elements Thermal Pressure Wave: Main oscillator with thermal gradient coloring and glow effects Component Pressures: Individual RSI, WT, MFI, and Stochastic lines (hidden by default) Temperature Background: Heat map style background coloring based on volatility temperature Steam Burst Histograms: Volume spike visualization with directional coloring Thermal Zone References: Critical levels at 20, 30, 50, 70, 80 with neutral zone highlighting Explosion Markers: Diamond shapes for perfect explosions, triangles for regular explosions Warning Signals: Circle markers for approaching explosion conditions Pressure Meter: Visual gauge showing current pressure level with thermal gradient Dashboard: Comprehensive real-time display of all thermal components and status How Components Work Together The integration creates a thermal momentum analysis approach: Layer 1 - Pressure Measurement: Multi-component system reveals directional pressure across four dimensions Layer 2 - Temperature Analysis: Volatility measurement shows market energy and expansion potential Layer 3 - Steam Detection: Volume analysis identifies explosive energy release conditions Layer 4 - Momentum Confirmation: Ensures signals occur at genuine turning points, not random noise Layer 5 - Confluence Scoring: Quantifies setup quality by counting aligned factors Layer 6 - Explosion Detection: Identifies rare moments when all thermal systems align Layer 7 - Signal Filtering: Prevents overlap while maintaining precision timing Example scenario: Pressure reaches extreme oversold (Layer 1) with high temperature (Layer 2), volume steam burst (Layer 3), momentum shift confirmation (Layer 4), confluence score of 5 (Layer 5), triggering perfect bull explosion (Layer 6) with proper signal filtering (Layer 7). This represents maximum thermal alignment for explosive upward move. Input Parameters Pressure Settings: RSI Length: Period for RSI calculation (default: 14) WT Channel Length: WaveTrend channel period (default: 10) WT Average Length: WaveTrend smoothing period (default: 21) MFI Length: Money Flow Index period (default: 14) Stochastic Length: Stochastic RSI period (default: 14) Use Stochastic Pressure: Toggle fourth pressure component Temperature Settings: ATR Length: Average True Range period (default: 14) Temperature Multiplier: Sensitivity adjustment (default: 10.0) Use Bollinger Band Width: Toggle BB width temperature component BB Length: Bollinger Band period (default: 20) BB Multiplier: Bollinger Band deviation (default: 2.0) Volume Settings: Volume MA Length: Volume average period (default: 20) Steam Threshold: Volume spike multiplier (default: 2.0) Use Volume Delta: Toggle directional volume analysis Show Volume Spikes: Toggle volume spike visualization Explosion Settings: Pressure Threshold: Minimum pressure for explosion (default: 80) Temperature Threshold: Minimum temperature for explosion (default: 70) Steam Threshold: Minimum steam for explosion (default: 80) Minimum Confluence Score: Required factors for explosion (default: 3) Show Explosion Warnings: Toggle warning markers How to Use This Indicator Step 1: Assess Thermal Pressure Check the main pressure gauge and current thermal zone classification in the dashboard. Step 2: Monitor Temperature Levels High temperature (>70) indicates market energy building for potential explosive moves. Step 3: Watch for Steam Bursts Volume steam bursts (>80) show explosive energy release with directional bias. Step 4: Check Confluence Score Scores ≥3 indicate multiple thermal factors aligning for explosion potential. Step 5: Wait for Momentum Confirmation Explosions require momentum shifts or acceleration to confirm genuine turning points. Step 6: Identify Explosion Signals Perfect explosions (diamond markers) offer highest probability, regular explosions (triangles) offer good probability. Step 7: Monitor Warning Signals Warning markers indicate approaching explosion conditions - prepare for potential signals. Best Practices Use on 15-minute to 4-hour timeframes for optimal thermal detection Focus on extreme thermal zones (<20 or >80) for highest explosion probability Perfect explosions are rare but offer exceptional risk:reward opportunities Temperature confirmation adds conviction to pressure-based signals Steam direction (bullish/bearish) should align with expected explosion direction Confluence scores ≥4 significantly increase explosion probability Warning signals help prepare for upcoming explosion opportunities Thermal zone transitions often precede significant price movements Indicator Limitations Thermal pressure can remain extreme longer than expected during strong trends Perfect explosions are rare - patience required for highest probability setups Temperature spikes during news events may create false explosion signals Steam bursts don't guarantee immediate price movement - timing varies Confluence scoring is mathematical, not predictive of future performance Component pressures may conflict, requiring interpretation skills Signal filtering may delay signals in rapidly changing market conditions Requires understanding of multi-factor thermal analysis concepts Technical Implementation Built with Pine Script v6 using: Multi-component pressure calculation with optional Stochastic RSI integration Dual-method temperature analysis using ATR and Bollinger Band width Advanced volume steam detection with directional bias measurement Multi-factor confluence scoring system with momentum confirmation Thermal gradient coloring system with glow effects and heat map backgrounds Anti-overlap signal filtering with priority-based signal management Real-time pressure meter visualization with thermal zone classification Comprehensive dashboard with component breakdown and explosion status The code is fully open-source and can be modified to suit individual trading styles and preferences. Originality Statement This indicator is original in its thermal momentum integration approach. While individual components (RSI, WaveTrend, MFI, ATR, volume analysis) are established concepts, this integration is justified because: It synthesizes seven distinct thermal and momentum methodologies into a unified system The multi-component pressure system provides comprehensive momentum analysis beyond single indicators Thermal temperature analysis combines volatility measurements for energy assessment Volume steam detection adds explosive energy context to momentum signals Multi-factor confluence scoring quantifies setup quality across all thermal dimensions Perfect explosion detection identifies rare, high-probability explosive move conditions Each component contributes unique thermal information: pressure measurement reveals directional momentum, temperature analysis shows volatility energy, steam detection indicates volume explosions, confluence scoring quantifies alignment, and momentum confirmation ensures signal quality. The integration's value lies in identifying moments when all thermal systems align simultaneously for explosive market moves. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice or a recommendation to buy or sell any financial instrument. Trading involves substantial risk of loss and is not suitable for all investors. Thermal momentum analysis and explosion detection are analytical concepts that do not guarantee future price movement. Past performance and backtested results do not guarantee future results. Market conditions change, and thermal patterns that worked historically may not work in the future. Always use proper risk management, including stop losses and position sizing appropriate for your account size and risk tolerance. Never risk more than you can afford to lose. Consider consulting with a qualified financial advisor before making investment decisions. The author is not responsible for any losses incurred from using this indicator. Users assume full responsibility for all trading decisions made using this tool. -Made with passion by officialjackofalltrades
Pine Script® indicator
by officialjackofalltrades
Prism Orderflow Detector [JOAT]Prism Orderflow Detector Introduction The Prism Orderflow Detector is an open-source institutional liquidity and order flow system that combines Smart Money Concepts (SMC), liquidity pool detection, Fair Value Gap analysis, Order Block identification, and advanced orderflow strength measurement into a unified overlay indicator. This comprehensive system integrates multiple proven institutional trading methodologies to identify high-probability zones where smart money positioning and retail liquidity intersect. The indicator is designed for traders who understand that institutional players move markets by targeting liquidity pools, creating imbalances, and establishing positions through Order Blocks. By synthesizing liquidity detection, Fair Value Gaps, Order Blocks, Breaker Blocks, market structure analysis, and real-time orderflow strength measurement, this tool helps identify structural market inflection points with institutional-grade precision. Why This Integration Exists This indicator combines eight distinct institutional analysis frameworks that complement each other: Liquidity Pool Detection: Identifies equal highs/lows and swing points where retail stops cluster Order Block Analysis: Tracks institutional accumulation and distribution zones Fair Value Gap Identification: Detects price inefficiencies created by rapid institutional moves Breaker Block Recognition: Identifies failed Order Blocks that become new support/resistance Market Structure Mapping: Tracks Break of Structure (BOS) and Change of Character (CHoCH) Liquidity Heatmap Analysis: Visualizes liquidity concentration across price levels Volume Delta Tracking: Measures real-time buying versus selling pressure Orderflow Strength Measurement: Quantifies institutional pressure across multiple factors Each component addresses different aspects of institutional order flow. Liquidity detection reveals where stops are hunted, Order Blocks show where institutions positioned, Fair Value Gaps indicate rapid institutional moves, market structure provides trend context, and orderflow strength quantifies current institutional pressure. Together, they create a comprehensive view of smart money activity and retail liquidity targeting. Core Components Explained 1. Advanced Liquidity Detection System The system identifies multiple types of liquidity pools: Equal Highs (Buy-Side Liquidity): Equal High Threshold = high * (threshold_percentage / 100) Equal High Condition = (high == high ) OR (abs(high - high ) <= threshold AND high > high ) Valid Equal High = Equal High Condition AND high == highest(high, lookback_period) Equal Lows (Sell-Side Liquidity): Equal Low Threshold = low * (threshold_percentage / 100) Equal Low Condition = (low == low ) OR (abs(low - low ) <= threshold AND low < low ) Valid Equal Low = Equal Low Condition AND low == lowest(low, lookback_period) Liquidity Sweeps: - Bullish Sweep: Price breaks below recent lows but closes back above - Bearish Sweep: Price breaks above recent highs but closes back below These sweeps often precede significant moves as institutions trigger retail stops before establishing positions. 2. Order Block Detection Engine Order Blocks represent the last opposite-direction move before a strong impulse: Bullish Order Block: Bullish OB = close < open AND close > open AND close > high AND (high - low ) > (ATR * strength_multiplier) Bearish Order Block: Bearish OB = close > open AND close < open AND close < low AND (high - low ) > (ATR * strength_multiplier) Order Blocks are displayed as gradient boxes with diagonal lines and extend forward to show ongoing relevance. 3. Fair Value Gap Analysis Fair Value Gaps represent price inefficiencies where institutions moved price rapidly: Bullish FVG: Bullish FVG = low > high AND close > open FVG Size = ((low - high ) / close) * 100 Valid Bullish FVG = Bullish FVG AND FVG Size >= minimum_size_percentage Bearish FVG: Bearish FVG = high < low AND close < open FVG Size = ((low - high ) / close) * 100 Valid Bearish FVG = Bearish FVG AND FVG Size >= minimum_size_percentage FVGs are displayed as horizontal lines with gradient fills and often get filled (retested) later. 4. Breaker Block System Breaker Blocks are failed Order Blocks that become new support/resistance: Bullish Breaker: Failed bearish Order Block that price breaks above Bearish Breaker: Failed bullish Order Block that price breaks below These represent significant shifts in market structure and often provide strong reversal zones. 5. Market Structure Analysis Tracks institutional trend changes through structure breaks: Break of Structure (BOS): - Bullish BOS: New higher high with strong momentum - Bearish BOS: New lower low with strong momentum Change of Character (CHoCH): - Bullish CHoCH: Lower low followed by higher high (trend change) - Bearish CHoCH: Higher high followed by lower low (trend change) 6. Advanced Orderflow Features Liquidity Heatmap: Tracks liquidity concentration by counting touches at key levels over specified periods. High-intensity areas (>80% touch count) are highlighted as significant liquidity zones. Volume Delta Analysis: Buy Volume = close > open ? volume : 0 Sell Volume = close < open ? volume : 0 Volume Delta = sma(Buy Volume - Sell Volume, 14) Volume Delta Normalized = (Volume Delta / sma(volume, 14)) * 100 Strong delta (>50) indicates institutional accumulation or distribution. Imbalance Zone Detection: Enhanced Fair Value Gap detection for larger inefficiencies: Bullish Imbalance = low > high AND (low - high ) > (ATR * 0.5) Bearish Imbalance = high < low AND (low - high) > (ATR * 0.5) Premium/Discount Zones: Price Range = highest(high, 50) - lowest(low, 50) Equilibrium = lowest(low, 50) + (Price Range / 2) Premium Zone = close > equilibrium + (Price Range * 0.25) Discount Zone = close < equilibrium - (Price Range * 0.25) 7. Orderflow Strength Meter Real-time quantification of institutional pressure: Orderflow Strength = Order Block Factor + FVG Factor + Sweep Factor + Volume Delta Factor + Structure Factor Components: - Order Block: ±20 points for new OBs - FVG: ±15 points for valid FVGs - Sweeps: ±25 points for liquidity sweeps - Volume Delta: ±30 points (normalized) - Structure: ±20 points for BOS/CHoCH Strength classifications: - Extreme Bull/Bear Pressure: >±60 - Strong Bull/Bear Pressure: >±30 Visual Elements Liquidity Arrows: Directional arrows for equal highs/lows with clean labels Liquidity Sweeps: Arrow lines showing sweep direction with "SWEEP" labels Order Block Boxes: Gradient boxes with diagonal lines and "OB" labels Fair Value Gap Lines: Horizontal lines with gradient fills and "FVG" labels Breaker Diamonds: Diamond markers for failed Order Blocks with "BRK" labels Structure Arrows: CHoCH arrows with directional labels Imbalance Zones: Boxes with crossing diagonal lines and "IMB" labels Liquidity Heatmap: Significant liquidity levels with "LIQ" labels Volume Delta Markers: "Δ+" and "Δ-" labels for extreme volume pressure Orderflow Background: Subtle background coloring for extreme pressure states Dashboard: Comprehensive real-time status of all orderflow components How Components Work Together The integration creates a layered institutional analysis approach: Layer 1 - Liquidity Mapping: Equal highs/lows and swing points reveal where retail stops cluster Layer 2 - Institutional Positioning: Order Blocks show where smart money accumulated/distributed Layer 3 - Price Inefficiencies: Fair Value Gaps indicate rapid institutional moves Layer 4 - Structure Context: BOS/CHoCH provide trend and reversal context Layer 5 - Failed Levels: Breaker Blocks show where previous levels failed Layer 6 - Flow Analysis: Volume delta and heatmaps reveal current institutional pressure Layer 7 - Strength Synthesis: Orderflow strength meter quantifies overall institutional activity Example scenario: Price approaches equal lows (Layer 1) where a bullish Order Block exists (Layer 2), creating a Fair Value Gap on the move up (Layer 3), with bullish CHoCH confirming trend change (Layer 4), strong positive volume delta (Layer 6), and extreme bullish orderflow strength (Layer 7). This confluence suggests high-probability long opportunity. Input Parameters Liquidity Settings: Show Equal Highs/Lows: Toggle liquidity pool display Equal Price Threshold: Percentage tolerance for equal levels (default: 0.1%) Liquidity Lookback: Period for liquidity level detection (default: 50) Order Block Settings: Show Order Blocks: Toggle Order Block display Order Block Strength: ATR multiplier for OB validation (default: 3) Extend Order Blocks: Forward extension bars (default: 20) Fair Value Gap Settings: Show Fair Value Gaps: Toggle FVG display Min FVG Size: Minimum gap size percentage (default: 0.1%) Breaker Block Settings: Show Breaker Blocks: Toggle Breaker display Breaker Lookback: Period for Breaker detection (default: 20) Advanced Features: Show Liquidity Heatmap: Toggle heatmap visualization Show Volume Delta: Toggle volume pressure display Show Imbalance Zones: Toggle imbalance detection Show Premium/Discount Zones: Toggle equilibrium analysis Show Orderflow Strength: Toggle strength background Heatmap Period: Lookback for liquidity concentration (default: 100) How to Use This Indicator Step 1: Identify Market Structure Check for recent BOS or CHoCH to understand current trend context and potential reversal zones. Step 2: Map Liquidity Pools Locate equal highs/lows and swing points where retail stops are likely clustered. Step 3: Find Order Blocks Identify recent Order Blocks where institutions likely positioned for the next move. Step 4: Check for Fair Value Gaps Look for unfilled FVGs that price may return to test, especially near Order Blocks. Step 5: Monitor Liquidity Sweeps Watch for sweep arrows indicating stop hunting - these often precede strong moves in the opposite direction. Step 6: Analyze Volume Delta Confirm institutional flow direction through volume delta analysis - strong delta supports directional bias. Step 7: Review Orderflow Strength Check dashboard for current orderflow strength - extreme readings indicate high institutional activity. Step 8: Wait for Confluence Best setups occur when multiple factors align: liquidity pools + Order Blocks + structure + volume confirmation. Best Practices Use on 15-minute to 4-hour timeframes for optimal institutional detection Focus on confluence zones where multiple SMC concepts align Liquidity sweeps provide excellent risk:reward when they fail to sustain Order Block retests often provide precise entry levels with tight stops Fair Value Gaps act as magnets - price often returns to fill them CHoCH signals are more significant than BOS for trend changes Volume delta confirmation adds conviction to SMC setups Premium/discount zones help time entries - buy discount, sell premium Indicator Limitations Not all liquidity pools get targeted - institutional timing varies Order Blocks can fail if market structure changes significantly Fair Value Gaps may never get filled during strong trending moves Breaker Blocks don't always provide reliable support/resistance Volume delta can be misleading in low-liquidity conditions Orderflow strength is reactive, not predictive of future moves SMC concepts require understanding of institutional behavior Visual elements can clutter chart - adjust display settings as needed Technical Implementation Built with Pine Script v6 using: Advanced liquidity detection with percentage-based thresholds Real-time Order Block calculation with ATR-based validation Dynamic Fair Value Gap identification with size filtering Breaker Block tracking with lookback period management Market structure analysis with BOS/CHoCH detection Volume delta calculation with institutional bias measurement Orderflow strength meter with multi-factor scoring Anti-overlap filtering to prevent visual clutter Comprehensive dashboard with real-time status updates The code is fully open-source and can be modified to suit individual trading styles and preferences. Originality Statement This indicator is original in its comprehensive SMC integration approach. While individual components (Order Blocks, Fair Value Gaps, liquidity detection, volume analysis) are established Smart Money Concepts, this integration is justified because: It synthesizes eight distinct SMC methodologies into a unified system The orderflow strength meter quantifies institutional pressure across multiple factors Advanced liquidity heatmap visualization shows concentration levels not available elsewhere Integrated volume delta analysis provides real-time institutional flow confirmation Premium/discount zone analysis adds equilibrium context to SMC setups Anti-overlap filtering and clean visual design reduce chart clutter while maintaining functionality Each component contributes unique institutional information: liquidity detection reveals stop hunting targets, Order Blocks show positioning zones, Fair Value Gaps indicate rapid moves, market structure provides context, and volume analysis confirms flow. The integration's value lies in presenting these complementary SMC perspectives simultaneously with quantified orderflow strength measurement. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice or a recommendation to buy or sell any financial instrument. Trading involves substantial risk of loss and is not suitable for all investors. Smart Money Concepts and institutional analysis are educational frameworks that do not guarantee future price movement. Past performance and backtested results do not guarantee future results. Market conditions change, and SMC patterns that worked historically may not work in the future. Always use proper risk management, including stop losses and position sizing appropriate for your account size and risk tolerance. Never risk more than you can afford to lose. Consider consulting with a qualified financial advisor before making investment decisions. The author is not responsible for any losses incurred from using this indicator. Users assume full responsibility for all trading decisions made using this tool. -Made with passion by officialjackofalltrades
Pine Script® indicator
by officialjackofalltrades
Harmonic Pulse Tracker [JOAT]Harmonic Pulse Tracker Introduction The Harmonic Pulse Tracker is an open-source institutional-grade wave and rhythm analysis system that combines Elliott Wave principles, Fibonacci harmonic analysis, WaveTrend oscillator mechanics, and cycle detection into a unified oscillator. This sophisticated system integrates multiple proven methodologies to identify high-probability reversal zones where harmonic patterns, wave cycles, and momentum indicators converge. The indicator is designed for traders who understand that market movements follow natural harmonic patterns and cyclical rhythms. By synthesizing detrended price oscillation, Fibonacci retracement levels, WaveTrend momentum analysis, money flow dynamics, and volume confirmation, this tool helps identify structural market turning points with mathematical precision. Why This Integration Exists This indicator combines six distinct analytical frameworks that complement each other: Harmonic Wave Analysis: Uses detrended price oscillation combined with Ehlers cycle detection to identify natural market rhythms Fibonacci Harmonic Levels: Calculates dynamic Fibonacci retracements and extensions based on wave swing points WaveTrend Oscillator: Implements LazyBear's WaveTrend algorithm for momentum and overbought/oversold detection Money Flow Integration: Tracks institutional buying and selling pressure through Money Flow Index analysis Volume Analysis: Confirms wave movements with volume spikes and directional volume pressure Elliott Wave Counting: Simplified wave counting system to identify impulse and corrective wave phases Each component addresses different aspects of market rhythm and harmony. The harmonic wave engine identifies natural price cycles, Fibonacci levels provide mathematical support/resistance, WaveTrend shows momentum extremes, money flow reveals institutional activity, volume confirms genuine moves, and Elliott Wave counting provides structural context. Together, they create a multi-dimensional view of market harmony and discord. Core Components Explained 1. Harmonic Wave Engine The core wave calculation combines two advanced techniques: DPO (Detrended Price Oscillator) = close - sma(close, length/2 + 1) Ehlers Cycle Component = High-pass filtered price with cycle smoothing Harmonic Wave = Smoothed DPO + (Cycle Component * 0.5) This creates a wave that removes trend bias while preserving cyclical components, revealing the natural harmonic rhythm of price movement. Wave Derivatives: - Wave Momentum: Rate of change in harmonic wave - Wave Acceleration: Rate of change in momentum - Wave Velocity: Percentage rate of change over 5 periods These derivatives help identify wave phase transitions and momentum shifts before they become obvious in price. 2. Fibonacci Harmonic Level System The indicator calculates dynamic Fibonacci levels based on harmonic wave swing points: Standard Retracements: - 23.6%, 38.2%, 50.0%, 61.8%, 78.6% of wave range Extensions: - 127.2%, 161.8%, 261.8% beyond wave high Golden Pocket Zone: The critical 61.8% to 78.6% retracement zone where most harmonic reversals occur. This zone represents the mathematical sweet spot where Fibonacci ratios converge with natural market rhythm. Harmonic Resonance Detection: The system identifies when price is within 5% of key Fibonacci levels and calculates confluence scores when multiple levels align. 3. WaveTrend Oscillator Integration Implements the proven WaveTrend algorithm: ESA = ema(hlc3, channel_length) D = ema(abs(hlc3 - ESA), channel_length) CI = (hlc3 - ESA) / (0.015 * D) WT1 = ema(CI, average_length) WT2 = sma(WT1, 4) WaveTrend Signals: - Crossovers in oversold zone (< -50): Bullish reversal signals - Crossunders in overbought zone (> 50): Bearish reversal signals - Regular crossovers: Momentum shift confirmation 4. Money Flow Analysis Tracks institutional buying and selling pressure: MFI = Money Flow Index over specified period MFI Centered = (MFI - 50) * multiplier - Positive MFI: Institutional buying pressure - Negative MFI: Institutional selling pressure - Strong MFI: Absolute value > 25 indicates significant institutional activity 5. Volume Analysis Engine Comprehensive volume analysis including: Volume Spikes: Volume > Average Volume * Threshold Volume Ratio: Current volume / Average volume Volume Strength: Normalized volume intensity (0-100) Directional Volume: - Bullish Volume Spike: High volume + green candle - Bearish Volume Spike: High volume + red candle 6. Elliott Wave Phase Detection Simplified wave analysis to identify market structure: Impulse Waves: - Impulse Up: Positive momentum + acceleration + velocity - Impulse Down: Negative momentum + acceleration + velocity Corrective Waves: - Mixed momentum and acceleration signals indicating consolidation Wave Counting: Basic 5-wave count system that resets after wave 5 completion, helping identify potential reversal zones. Multi-Factor Confluence Scoring System The indicator calculates a real-time confluence score (0-100) by weighting each component: Confluence Score Components: - Fibonacci Zone: Up to 20 points (Golden Pocket = 20, other Fib levels = 4 each) - Wave Strength: Up to 20 points (based on wave momentum intensity) - WaveTrend: Up to 20 points (extreme zone crossovers = 20, regular = 15) - Money Flow: Up to 20 points (strong institutional activity = 20) - Volume: Up to 20 points (volume spikes = 20, elevated = 15) Scores above 80 indicate exceptional confluence for potential trades. The dashboard displays individual component scores for transparency. Perfect Harmonic Alignment Detection The system identifies rare "Perfect Harmonic" setups when: - Price is in Golden Pocket zone - Impulse wave phase is active - Wave strength > 70 - WaveTrend crossover in extreme zone - Positive money flow (for bullish) or negative (for bearish) - Volume spike confirmation These setups represent the highest probability reversal opportunities. Visual Elements Harmonic Wave: Main oscillator with gradient coloring based on wave position Wave Momentum: Histogram showing rate of change in wave movement Fibonacci Levels: Key retracement and extension levels (38.2%, 50%, 61.8%, 78.6%, 161.8%) Golden Pocket Zone: Highlighted area between 61.8% and 78.6% levels WaveTrend Lines: WT1 and WT2 with overbought/oversold zones Money Flow Columns: Institutional buying/selling pressure visualization Volume Strength: Volume intensity histogram Signal Markers: Perfect Harmonic signals and strong confluence alerts Background Zones: Golden Pocket and Perfect Signal highlighting Dashboard: Real-time display of all component values and confluence score How Components Work Together The integration creates a harmonic analysis approach: Layer 1 - Wave Rhythm: Harmonic wave identifies natural market cycles and turning points Layer 2 - Mathematical Levels: Fibonacci ratios provide precise support/resistance zones Layer 3 - Momentum Context: WaveTrend shows overbought/oversold extremes Layer 4 - Institutional Flow: Money flow reveals smart money positioning Layer 5 - Volume Confirmation: Volume analysis validates genuine moves vs noise Layer 6 - Wave Structure: Elliott Wave context provides structural framework Example scenario: Harmonic wave reaches Golden Pocket zone (Layer 1 + 2) during WaveTrend oversold crossover (Layer 3) with positive money flow (Layer 4) and volume spike (Layer 5) in corrective wave phase (Layer 6). This confluence suggests exceptional reversal probability. Input Parameters Wave Settings: Wave Length: Period for harmonic wave calculation (default: 34) Smoothing Period: Wave smoothing factor (default: 5) WaveTrend Settings: Show WaveTrend: Toggle WaveTrend display WT Channel Length: Channel calculation period (default: 9) WT Average Length: Smoothing period (default: 12) WT Overbought: Overbought threshold (default: 50) WT Oversold: Oversold threshold (default: -50) Money Flow Settings: Show Money Flow: Toggle money flow display MFI Length: Money Flow Index period (default: 14) MFI Multiplier: Sensitivity adjustment (default: 1.5) Volume Settings: Show Volume Analysis: Toggle volume indicators Volume Spike Threshold: Multiplier for spike detection (default: 1.5) Fibonacci Settings: Show Fibonacci Levels: Toggle Fibonacci level display Fibonacci Lookback: Period for swing point calculation (default: 100) Cycle Settings: Cycle Period: Ehlers cycle detection period (default: 20) Cycle Smoothing: Cycle component smoothing (default: 3) How to Use This Indicator Step 1: Identify Wave Phase Check the dashboard for current wave phase (Impulse Up/Down, Corrective, Neutral) and Elliott Wave count. Step 2: Locate Fibonacci Zones Look for price approaching key Fibonacci levels, especially the Golden Pocket zone (61.8%-78.6%). Step 3: Check WaveTrend Position Identify if WaveTrend is in extreme zones and watch for crossovers in oversold/overbought areas. Step 4: Analyze Money Flow Confirm institutional positioning through Money Flow Index - positive for bullish setups, negative for bearish. Step 5: Verify Volume Confirmation Ensure volume supports the move - look for volume spikes in the direction of the expected reversal. Step 6: Review Confluence Score Check the dashboard confluence score. Scores above 80 indicate high-probability setups. Step 7: Wait for Perfect Harmonic Signals The highest probability trades occur when "PERFECT" signals appear, indicating all factors are aligned. Best Practices Use on 15-minute to 4-hour timeframes for optimal harmonic detection Focus on Golden Pocket zone entries - this is where most harmonic reversals occur Wait for WaveTrend crossovers in extreme zones for best risk:reward Confirm with money flow direction - institutional flow should support the trade direction Volume spikes add significant confirmation to harmonic setups Perfect Harmonic signals are rare but offer exceptional probability Wave 5 completions often coincide with major reversal opportunities Use confluence scores above 80 as primary filter for trade selection Indicator Limitations Harmonic patterns can extend beyond expected Fibonacci levels Perfect Harmonic signals are rare - patience is required for best setups Wave counting is simplified and may not match complex Elliott Wave analysis Fibonacci levels are dynamic and may adjust as new swing points form Money flow can remain extreme longer than expected during strong trends Volume confirmation may be less reliable in low-liquidity markets Confluence scoring is mathematical, not predictive of future performance Requires understanding of harmonic analysis principles for effective use Technical Implementation Built with Pine Script v6 using: Advanced detrended price oscillation with Ehlers cycle detection Dynamic Fibonacci calculation based on swing point analysis LazyBear WaveTrend algorithm implementation Real-time Money Flow Index with institutional bias detection Volume analysis with spike detection and directional confirmation Simplified Elliott Wave counting with phase detection Multi-factor confluence scoring system with component weighting Anti-overlap signal filtering to prevent signal clustering The code is fully open-source and can be modified to suit individual trading styles and preferences. Originality Statement This indicator is original in its harmonic integration approach. While individual components (DPO, Fibonacci, WaveTrend, MFI, volume analysis, Elliott Wave) are established concepts, this integration is justified because: It synthesizes six distinct methodologies that address different aspects of market harmony The harmonic wave engine combines detrended oscillation with cycle detection for superior rhythm analysis Dynamic Fibonacci levels adjust to current wave structure rather than using static retracements Golden Pocket zone identification provides mathematical precision for reversal timing Multi-factor confluence scoring quantifies setup quality across all components Perfect Harmonic detection identifies rare, high-probability reversal opportunities Each component contributes unique harmonic information: wave analysis reveals natural cycles, Fibonacci provides mathematical levels, WaveTrend shows momentum extremes, money flow indicates institutional positioning, volume confirms genuine moves, and Elliott Wave provides structural context. The integration's value lies in identifying moments when all these harmonic factors align simultaneously. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice or a recommendation to buy or sell any financial instrument. Trading involves substantial risk of loss and is not suitable for all investors. Harmonic analysis and Fibonacci levels are mathematical concepts that do not guarantee future price movement. Past performance and backtested results do not guarantee future results. Market conditions change, and harmonic patterns that worked historically may not work in the future. Always use proper risk management, including stop losses and position sizing appropriate for your account size and risk tolerance. Never risk more than you can afford to lose. Consider consulting with a qualified financial advisor before making investment decisions. The author is not responsible for any losses incurred from using this indicator. Users assume full responsibility for all trading decisions made using this tool. -Made with passion by officialjackofalltrades
Pine Script® indicator
by officialjackofalltrades
2
Price Percentile Heatmap [QuantAlgo]🟢 Overview This indicator visualizes where price currently stands within its recent historical distribution, displayed as a dynamic gradient heatmap directly on the chart. It is built on the concept of percentile ranking: rather than using lagging momentum oscillators or fixed overbought/oversold thresholds, it measures price relative to every bar within a user-defined lookback window and expresses that position as a smooth, continuous gradient. The result is an at-a-glance read of whether price is historically cheap, historically expensive, or somewhere in between, all without leaving the main chart. The defining visual feature is the thermal color gradient applied to the price bars, background, and source line. Bullish colors represent price trading near the top of its recent range, signaling historically elevated conditions. Bearish colors represent price trading near the bottom of its range, signaling historically depressed conditions. A built-in Heat Thermometer reinforces this reading by showing exactly where the current percentile rank falls along the full spectrum in real time. 🟢 How It Works The foundation of the indicator is a per-bar percentile rank calculated over a rolling lookback window. For each bar, the selected price source is compared against every value within the lookback period to determine what percentage of historical bars traded below the current price: percentile_rank = ta.percentrank(price_source, lookback_length) A rank of 100 means the current price is higher than every bar in the lookback sample. A rank of 0 means it is lower than all of them. A rank of 50 places price exactly at the median of its recent distribution. This single value drives every visual output in the indicator. The raw rank is then mapped directly into a continuous color gradient, transitioning smoothly from the bearish color at rank 0 to the bullish color at rank 100: gradient_color = color.from_gradient(percentile_rank, 0, 100, bearish_color, bullish_color) Because the rank is recalculated on every bar using a rolling window, the gradient never relies on fixed thresholds or static levels. It adapts continuously to the most recent price history, meaning the same absolute price level can read bullish in one market environment and bearish in another depending on what has happened within the lookback period. The lookback length is the primary tuning parameter. Short periods (10 to 30) make the rank reactive to recent moves and suit scalping and intraday setups. Medium periods (50 to 100) provide a balanced read suitable for swing trading. Long periods (150 to 500) produce a slow-moving, macro-level view best suited for position trading and identifying historically extreme conditions. 🟢 Key Features 1. Thermal Color Gradient Every visual element on the chart, including the source line, the bar colors, and the background tint, reflects the current percentile rank through a smooth color transition. ▶ Bullish Color: Applied when price ranks high within its recent distribution, drawing attention to historically elevated price levels. ▶ Bearish Color: Applied when price ranks low, highlighting historically depressed conditions and potential mean-reversion or continuation setups. ▶ Bar Coloring: Each individual candlestick is colored according to the current rank, giving instant bar-by-bar feedback without requiring a separate panel. ▶ Background Coloring: The full chart canvas receives a semi-transparent tint that reinforces the heatmap reading across the entire visible price area. Transparency is fully adjustable so price action is never obscured. ▶ Color Presets: Six pre-configured schemes, Classic, Aqua, Cosmic, Cyber, Neon, and Custom, allow you to match the heatmap to any chart theme or personal preference. 2. Heat Thermometer An optional thermometer panel displays the full bearish-to-bullish color spectrum and marks exactly where the current percentile rank sits along that spectrum with a real-time arrow indicator. ▶ Real-Time Positioning: The arrow updates on every bar, giving an immediate visual anchor for the current rank without needing to read a number. ▶ Resolution: The number of gradient segments in the thermometer is adjustable from 5 to 20, letting you choose between a clean simplified display or a finer, smoother gradient. ▶ Position and Size: The thermometer can be placed in any of nine chart positions and its text size is independently adjustable, making it easy to integrate into dense multi-indicator layouts or standalone setups. 🟢 Practical Applications ▶ Mean Reversion Setups: When price reaches an extreme low percentile rank, it is historically cheap relative to recent bars, a potential entry signal for mean reversion strategies. The opposite applies at high ranks. ▶ Trend Confirmation: In a strong trend, the percentile rank will persistently hue toward one color. A sustained bullish gradient confirms trend strength; a persistent bearish gradient confirms sustained selling pressure. ▶ Multi-Timeframe Alignment: Apply the indicator across multiple timeframes and look for gradient agreement. When both a higher and lower timeframe show the same extreme color, the percentile signal carries significantly more weight.
Pine Script® indicator
by QuantAlgo
Adaptive Hull Momentum Ribbon [JOAT]Adaptive Hull Momentum Ribbon Introduction The Adaptive Hull Momentum Ribbon is an open-source trend-following indicator that combines a 5-layer Hull Moving Average (HMA) ribbon with EMA cloud analysis, key moving averages (SMA 50/200, EMA 200), crossover detection, and comprehensive trend strength analytics. This mashup creates a multi-layered trend identification system designed to show not just trend direction, but trend quality, alignment across multiple timeframes, and confluence between different moving average methodologies. The indicator addresses a fundamental challenge in trend trading: single moving averages provide limited information about trend strength and quality. By layering five HMAs with different periods, adding an EMA cloud for short-term momentum, and tracking alignment with key institutional moving averages, this tool provides a complete picture of trend health that helps traders distinguish between strong trends worth following and weak trends likely to fail. Chart showing 5-layer HMA ribbon, EMA cloud, and key MAs with trend dashboard on D timeframe Why This Mashup Exists This indicator combines four moving average frameworks that complement each other: Hull Moving Average Ribbon: 5 HMAs (8, 13, 21, 34, 55) providing smooth, responsive trend indication EMA Cloud: Fast (9) and Slow (21) EMAs showing short-term momentum Key Institutional MAs: SMA 50, SMA 200, EMA 200 tracked by institutions globally Crossover Detection: Golden Cross, Death Cross, and HMA crossovers Each component serves a specific purpose: HMA Ribbon shows trend with minimal lag, EMA Cloud captures short-term momentum shifts, Key MAs provide institutional reference levels, and Crossovers signal major trend changes. Together, they create a comprehensive trend analysis system that shows both micro (HMA/EMA) and macro (SMA 50/200) trend structure. The mashup is justified because these moving average types use fundamentally different calculations (weighted moving average with square root period for HMA, exponential weighting for EMA, simple average for SMA) that respond to price changes differently. When they align, it indicates genuine trend strength across multiple calculation methods and timeframes. Core Components Explained 1. Hull Moving Average Ribbon System HMA calculation provides smooth, responsive moving averages with reduced lag: // Hull Moving Average formula hullMA(src, length) => wma1 = ta.wma(src, length / 2) wma2 = ta.wma(src, length) ta.wma(2 * wma1 - wma2, int(math.sqrt(length))) // 5-layer ribbon hma8 = hullMA(close, 8) // Fastest, most responsive hma13 = hullMA(close, 13) hma21 = hullMA(close, 21) // Medium-term trend hma34 = hullMA(close, 34) hma55 = hullMA(close, 55) // Slowest, smoothest HMA advantages over traditional MAs: Significantly reduced lag compared to SMA/EMA Smooth line without excessive whipsaws Responsive to price changes while filtering noise Square root period weighting provides optimal balance Ribbon interpretation: Full Bullish Alignment: HMA8 > HMA13 > HMA21 > HMA34 > HMA55 = strong uptrend Full Bearish Alignment: HMA8 < HMA13 < HMA21 < HMA34 < HMA55 = strong downtrend Mixed Alignment: HMAs crossing or intertwined = weak trend or consolidation Ribbon Width: Wide ribbon = strong trend, narrow ribbon = weak trend The indicator plots all 5 HMAs with gradient coloring (green to red) and fills between them to create visual ribbon effect. 2. EMA Cloud System Fast and slow EMAs create a cloud showing short-term momentum: emaFast = ta.ema(close, 9) // Short-term momentum emaSlow = ta.ema(close, 21) // Medium-term trend // Cloud color emaCloudBullish = emaFast > emaSlow emaCloudBearish = emaFast < emaSlow EMA Cloud significance: Fast EMA above Slow EMA = bullish momentum Fast EMA below Slow EMA = bearish momentum Cloud acts as dynamic support/resistance Cloud thickness indicates momentum strength Price above cloud = bullish, below cloud = bearish The indicator fills the area between fast and slow EMAs with color based on direction (green for bullish, red for bearish). 3. Key Institutional Moving Averages Three widely-watched institutional moving averages: sma50 = ta.sma(close, 50) // Short-term institutional trend sma200 = ta.sma(close, 200) // Long-term institutional trend ema200 = ta.ema(close, 200) // Alternative long-term trend // Golden Cross / Death Cross goldenCross = sma50 > sma200 // Bullish long-term deathCross = sma50 < sma200 // Bearish long-term Key MA significance: SMA 50: Short-term institutional trend, strong support/resistance SMA 200: Most watched long-term trend indicator globally EMA 200: More responsive alternative to SMA 200 Golden Cross: SMA 50 crosses above SMA 200 = major bullish signal Death Cross: SMA 50 crosses below SMA 200 = major bearish signal These MAs are plotted with distinct colors and act as major support/resistance levels. 4. Comprehensive Crossover Detection The indicator detects multiple types of crossovers: // Golden Cross / Death Cross (major signals) goldenCross = ta.crossover(sma50, sma200) deathCross = ta.crossunder(sma50, sma200) // EMA Cloud crossovers (momentum shifts) emaBullCross = ta.crossover(emaFast, emaSlow) emaBearCross = ta.crossunder(emaFast, emaSlow) // HMA fast crossovers (early trend changes) hmaFastBullCross = ta.crossover(hma8, hma13) hmaFastBearCross = ta.crossunder(hma8, hma13) Crossover hierarchy: Golden/Death Cross: Major long-term trend changes (rare, very significant) EMA Crossovers: Medium-term momentum shifts (moderate frequency) HMA Crossovers: Short-term trend changes (frequent, early signals) The indicator marks crossovers with shapes: circles for Golden/Death Cross, triangles for EMA crossovers, diamonds for HMA crossovers. 5. Trend Strength Analytics Comprehensive trend strength calculation: // Calculate alignment score alignmentScore = 0 alignmentScore := (close > hma8 ? 1 : -1) + (close > hma13 ? 1 : -1) + (close > hma21 ? 1 : -1) + (close > hma34 ? 1 : -1) + (close > hma55 ? 1 : -1) + (close > emaFast ? 1 : -1) + (close > emaSlow ? 1 : -1) + (close > sma50 ? 1 : -1) + (close > sma200 ? 1 : -1) // Normalize to 0-100 scale trendStrength = (alignmentScore + 9) / 18 * 100 Trend Strength interpretation: 75-100: STRONG BULL - price above all MAs, high-quality uptrend 55-74: BULL - price above most MAs, moderate uptrend 45-54: NEUTRAL - mixed signals, no clear trend 26-44: BEAR - price below most MAs, moderate downtrend 0-25: STRONG BEAR - price below all MAs, high-quality downtrend Example showing full HMA alignment with 55% trend strength score Confluence Scoring System The indicator calculates a confluence score showing agreement between different MA systems: Confluence Score Components: - HMA Trend: +3 if full alignment, 0 if mixed, -3 if opposite - EMA Cloud: +2 if bullish, -2 if bearish - Price vs SMA 50: +1 if above, -1 if below - Price vs SMA 200: +2 if above, -2 if below - SMA 50 vs 200: +2 if golden cross, -2 if death cross Total Range: -10 to +10 Confluence interpretation: +8 to +10: STRONG confluence - all systems aligned bullish +5 to +7: MODERATE confluence - most systems bullish -4 to +4: WEAK confluence - mixed or conflicting signals -7 to -5: MODERATE confluence - most systems bearish -10 to -8: STRONG confluence - all systems aligned bearish Enhanced Dashboard System The dashboard (top-right position) displays 9 rows: Row 1: MA System header Row 2: Trend classification (STRONG BULL/BULL/NEUTRAL/BEAR/STRONG BEAR) Row 3: Trend Strength percentage (0-100%) Row 4: HMA Alignment status (Bullish/Bearish/Mixed) Row 5: EMA Cloud status (Bullish/Bearish) Row 6: Price vs 200 MA (Above/Below) Row 7: 50 vs 200 MA (Golden/Death) Row 8: Confluence score (-10 to +10) Row 9: Confluence strength (STRONG/MODERATE/WEAK) Dashboard showing trend metrics with color-coded confluence score Visual Elements HMA Ribbon: 5 HMA lines with gradient coloring (green to red) and fills between lines EMA Cloud: Filled area between fast and slow EMAs with transparency SMA 50: Blue line (short-term institutional trend) SMA 200: Orange line (long-term institutional trend) EMA 200: Purple line (alternative long-term trend) Golden/Death Cross Markers: Large circles at major crossovers EMA Cross Markers: Small triangles at EMA crossovers HMA Cross Markers: Tiny diamonds at HMA crossovers Dashboard: Comprehensive table with all trend metrics How Components Work Together The mashup creates layered trend analysis: Layer 1 - Micro Trend: HMA 8/13 crossovers show earliest trend changes Layer 2 - Short-Term Momentum: EMA cloud shows momentum direction Layer 3 - Medium-Term Trend: HMA 21/34/55 ribbon shows established trend Layer 4 - Institutional Trend: SMA 50/200 show long-term institutional bias Layer 5 - Synthesis: Trend strength and confluence scores combine all layers Example scenario: HMA 8 crosses above HMA 13 (Layer 1), EMA cloud turns bullish (Layer 2), all 5 HMAs align bullish (Layer 3), price is above SMA 50 and SMA 200 in golden cross (Layer 4). Trend strength reaches 92% and confluence score is +9 (Layer 5), signaling extremely strong uptrend with all systems aligned. Input Parameters HMA Ribbon Settings: Show HMA Ribbon: Toggle ribbon display (default: enabled) HMA 1 Length: Fastest HMA (default: 8) HMA 2 Length: (default: 13) HMA 3 Length: (default: 21) HMA 4 Length: (default: 34) HMA 5 Length: Slowest HMA (default: 55) EMA Cloud Settings: Show EMA Cloud: Toggle cloud display (default: enabled) Fast EMA: Short-term EMA (default: 9) Slow EMA: Medium-term EMA (default: 21) Cloud Transparency: Adjust fill transparency (default: 85) Key MA Settings: Show SMA 50: Toggle SMA 50 (default: enabled) Show SMA 200: Toggle SMA 200 (default: enabled) Show EMA 200: Toggle EMA 200 (default: enabled) Crossover Settings: Show Crossovers: Toggle crossover markers (default: enabled) Show Golden/Death Cross: Major crossovers (default: enabled) Show EMA Crossovers: EMA cloud crossovers (default: enabled) Show HMA Crossovers: HMA fast crossovers (default: enabled) Display Options: Show Trend Strength: Toggle dashboard (default: enabled) Ribbon Transparency: Adjust HMA fill transparency (default: 70) Dashboard Position: Top-right, top-left, etc. Color Theme: Choose color scheme How to Use This Indicator Step 1: Check HMA Ribbon Alignment Look for full alignment (all 5 HMAs in order). Full alignment indicates strong, high-quality trend worth following. Step 2: Verify EMA Cloud Direction Ensure EMA cloud supports HMA direction. Bullish HMA + bullish EMA cloud = strong confirmation. Step 3: Check Key MA Position Verify price is above SMA 50 and SMA 200 for long trades, below for short trades. Golden Cross adds significant bullish weight. Step 4: Review Trend Strength Check dashboard trend strength percentage. Above 70% indicates strong trend, below 40% suggests caution. Step 5: Assess Confluence Score Review confluence score. Scores above +7 indicate strong multi-system alignment. Scores near 0 suggest mixed signals. Step 6: Watch for Crossovers Monitor crossover markers. Golden/Death Cross are major signals. HMA crossovers provide early trend change warnings. Best Practices Use on 1-hour to daily timeframes for optimal trend identification Full HMA alignment (5/5) produces highest-quality trend-following opportunities EMA cloud acts as dynamic support/resistance - use for entry refinement Golden Cross with full HMA alignment = extremely strong bullish setup Trend strength above 80% suggests strong trend continuation potential Confluence score above +8 indicates rare, high-probability trend alignment HMA crossovers provide early warnings but confirm with other layers Wide ribbon spacing indicates strong momentum, narrow spacing suggests consolidation Combine with price action and key levels for precise entries Indicator Limitations Moving averages are lagging indicators - trends confirmed after they've started HMA crossovers can produce false signals in choppy markets Full alignment is rare - waiting only for perfect setups may miss opportunities Trend strength can remain high even as trend is ending Golden/Death Cross signals are very lagging (occur well after trend change) Multiple MAs can clutter chart - adjust display settings as needed Confluence score is mathematical calculation, not prediction Strong trends can reverse suddenly despite high trend strength scores Requires understanding of moving average concepts for effective use Technical Implementation Built with Pine Script v6 using: Custom Hull Moving Average calculation with WMA and square root period 5-layer HMA ribbon with gradient fills EMA cloud with dynamic coloring Key institutional MA tracking (SMA 50/200, EMA 200) Multiple crossover detection systems Comprehensive trend strength algorithm Confluence scoring with weighted components 9-row dashboard with real-time metrics Alert conditions for all major crossovers The code is fully open-source and can be modified to adjust MA periods, colors, and dashboard layout. Originality Statement This indicator is original in its multi-layer moving average integration approach. While individual components (HMA, EMA cloud, SMA 50/200, crossovers) are established tools, this mashup is justified because: It combines three different MA calculation methods (HMA, EMA, SMA) that respond differently to price 5-layer HMA ribbon provides granular trend quality assessment Trend strength algorithm quantifies alignment across all 9 moving averages Confluence scoring shows agreement between different MA systems Integration of micro (HMA/EMA) and macro (SMA 50/200) trend perspectives Comprehensive dashboard presents complex multi-MA data clearly Each MA type contributes unique information: HMAs provide responsive trend indication with minimal lag, EMAs show short-term momentum, and SMAs provide institutional reference levels. The mashup's value lies in showing when these different calculation methods align, indicating genuine trend strength across multiple mathematical approaches and timeframes. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice or a recommendation to buy or sell any financial instrument. Trading involves substantial risk of loss and is not suitable for all investors. Moving averages are lagging indicators that confirm trends after they've begun. They do not predict future price movement. Strong trends can reverse suddenly, and high trend strength scores do not guarantee trend continuation. Golden Cross and Death Cross signals are very lagging and trends may be well-established before these signals occur. The trend strength and confluence scores are mathematical calculations based on current MA positions, not predictions of future price movement. Past trend strength does not guarantee future performance. Market conditions change, and trends that appear strong can reverse without warning. Always use proper risk management, including stop losses and position sizing appropriate for your account size and risk tolerance. Never risk more than you can afford to lose. Consider consulting with a qualified financial advisor before making investment decisions. The author is not responsible for any losses incurred from using this indicator. Users assume full responsibility for all trading decisions made using this tool. -Made with passion by officialjackofalltrades
Pine Script® indicator
by officialjackofalltrades
Adaptive Entropy Trend [QuantAlgo]🟢 Overview Adaptive Entropy Trend is a trend-following indicator built on Shannon information theory rather than conventional price averaging. It quantifies the statistical disorder of recent log returns to determine whether the market is in a directional regime or a random one, then feeds this entropy reading into every layer of the system simultaneously, helping traders identify directional shifts that are validated by both low-entropy momentum conditions and genuine volatility expansion across different timeframes and markets. 🟢 How It Works The foundation of the indicator is a per-bar entropy calculation built from the distribution of log returns over the lookback window. Log returns are computed and their range is divided into equal-width histogram bins: logReturn = math.log(close / close ) minReturn = ta.lowest(logReturn, lookbackLen) maxReturn = ta.highest(logReturn, lookbackLen) returnRange = maxReturn - minReturn Each historical return within the lookback is assigned to a bin, building a frequency distribution. Shannon entropy is then calculated from the probability of each bin, measuring how uniformly returns are spread across the range: probability = array.get(binCounts, i) / lookbackLen if probability > 0 entropy := entropy - probability * math.log(probability) / math.log(2) A uniform distribution produces maximum entropy, reflecting a chaotic, non-directional market. A concentrated distribution produces low entropy, reflecting a market where returns are clustering in a consistent direction. The raw entropy is normalized against the theoretical maximum for the bin count to produce a stable 0-1 score: normalizedEntropy = maxEntropy > 0 ? entropy / maxEntropy : 0.5 This score is then wired directly into the EMA smoothing factor. Higher entropy lengthens the effective period of the EMA, insulating it from noise. Lower entropy shortens it, allowing the EMA to track price closely during genuine trends: adaptiveAlpha = 2.0 / (lookbackLen * (0.3 + normalizedEntropy * 1.4) + 1.0) adaptiveEma := na(adaptiveEma) ? close : adaptiveEma + adaptiveAlpha * (close - adaptiveEma) The same entropy reading drives band width through an inverted trend strength factor. Unlike volatility-based bands that widen during noise, these bands widen specifically during trending conditions and tighten during choppy ones: trendStrength = 1.0 - normalizedEntropy fastBandWidth = atr * fastMultiplier * (0.5 + trendStrength) slowBandWidth = atr * slowMultiplier * (0.5 + trendStrength) Finally, trend state is determined when price breaks beyond the inner bands, and transitions are tracked for alert conditions: if close > innerUpper trendDirection := 1 else if close < innerLower trendDirection := -1 trendTurnedBullish = trendDirection == 1 and trendDirection != 1 trendTurnedBearish = trendDirection == -1 and trendDirection != -1 This creates a self-regulating trend system where the EMA baseline, the trigger threshold, and the visual envelope all adapt together from the same entropy source, rather than using a fixed center with adaptive edges or vice versa. 🟢 Signal Interpretation ▶ Bullish Trend (Price Above Inner Upper Band, Green): When price closes above the inner upper band, the indicator switches to bullish mode with bullish coloring across all visual elements = Confirmed uptrend signal for trend-following long positions. Because the inner band expands in low-entropy trending conditions, a bullish confirmation in a genuinely directional market requires a more meaningful breakout than in a noisy one. The trend remains bullish until price breaks below the inner lower band, allowing traders to stay positioned through normal pullbacks that remain within the band range. ▶ Bearish Trend (Price Below Inner Lower Band, Red): When price closes below the inner lower band, the indicator switches to bearish mode with bearish coloring throughout all visual elements = Confirmed downtrend signal for short positions or long exit signals. The adaptive band floor ensures the trigger threshold in choppy, high-entropy markets is tighter, reducing the risk of false breakdowns on thin directional moves. The trend remains bearish until price breaks above the inner upper band. ▶ Neutral Zone (Price Between Inner Bands): When price trades between the inner upper and lower bands, the indicator holds its previous trend direction = Continuation of existing trend during consolidation or normal volatility retracements. This prevents whipsaws during sideways action by requiring price to make a statistically meaningful move beyond the entropy-scaled band boundaries rather than reacting to minor crosses of the adaptive EMA centerline. 🟢 Features ▶ Preconfigured Presets: Three optimized parameter sets for different trading approaches and timeframes. "Default" provides balanced trend detection for swing trading on 4-hour and daily charts, "Fast Response" delivers quicker trend signals for intraday trading on 1-minute to 1-hour charts, and "Smooth Trend" focuses on major trend changes for position trading on daily to weekly timeframes. ▶ Built-in Alerts: Three alert conditions enable automated monitoring of trend changes without constant chart watching. "Bullish Trend Signal" triggers when the indicator switches to bullish mode after price breaks above the inner upper band, alerting for potential long entries. "Bearish Trend Signal" activates when the indicator switches to bearish mode after price breaks below the inner lower band, signaling potential short entries or long exits. "Trend Direction Changed" provides a combined alert for any trend transition regardless of direction, allowing traders to monitor both bullish and bearish opportunities with a single alert setup. ▶ Visual Customization: Six color presets (Classic, Aqua, Cosmic, Cyber, Neon, plus Custom) accommodate different chart backgrounds and aesthetic preferences, with coordinated bullish, bearish, and neutral color schemes applied across all indicator elements. Inner and outer band fills create a two-layer gradient envelope around the adaptive EMA, with the inner zone between the two bands rendered slightly more transparent than the outer zone to preserve natural depth, both controlled by a single fill transparency input (0-100%) so the visual weight of the envelope can be adjusted without disrupting the gradient relationship. Optional bar coloring tints price bars with trend-appropriate colors during bullish and bearish periods, enabling instant visual confirmation of trend state across multiple timeframes without switching between chart and indicator panels.
Pine Script® indicator
by QuantAlgo
4
Elite Session Volume Distribution Engine [JOAT]Elite Session Volume Distribution Engine Introduction The Elite Session Volume Distribution Engine is an open-source indicator that combines session-based analysis (London, New York, Asian sessions) with volume distribution profiling, VWAP analysis, volume-weighted momentum indicators, and session high/low tracking. This mashup creates a comprehensive session and volume analysis system designed to identify when institutional volume enters the market during specific trading sessions and how that volume is distributed across price levels. The indicator addresses a critical market reality: different trading sessions have distinct volume characteristics and institutional participation levels. London and New York sessions typically have highest volume and volatility, while Asian session is quieter. By tracking volume distribution, momentum, and key levels within each session, this tool helps traders identify optimal trading windows and understand how institutional volume shapes price action during different global market hours. Chart showing session boxes, volume distribution, and VWAP on 45M timeframe Why This Mashup Exists This indicator combines five analytical frameworks that address different aspects of session-based trading: Session Identification: Tracks London, New York, and Asian trading sessions Volume Distribution: Analyzes how volume is distributed across price levels within sessions VWAP Analysis: Calculates session-specific Volume Weighted Average Price Volume Momentum: Tracks volume trends and climax conditions Session High/Low: Identifies key levels established during each session Each component serves a specific purpose: Session identification shows when institutional traders are active, Volume Distribution reveals where volume concentrates (value areas), VWAP shows institutional average price, Volume Momentum identifies accumulation/distribution phases, and Session High/Low marks key reference levels. Together, they create a complete picture of how institutional volume flows through different trading sessions. The mashup is justified because these components work together in session-based trading: institutions enter during specific sessions (London/NY), create volume distribution patterns at key levels, establish VWAP as benchmark, show momentum through volume trends, and set session highs/lows that become support/resistance. Tracking all simultaneously reveals the complete session-based institutional flow. Core Components Explained 1. Session Identification System The indicator identifies three major trading sessions: // London Session (03:00-12:00 GMT) londonSession = input.session("0300-1200", "London Session") inLondonSession = not na(time(timeframe.period, londonSession)) // New York Session (08:30-17:00 EST) nySession = input.session("0830-1700", "NY Session") inNYSession = not na(time(timeframe.period, nySession)) // Asian Session (00:00-09:00 GMT) asianSession = input.session("0000-0900", "Asian Session") inAsianSession = not na(time(timeframe.period, asianSession)) // Session overlap (London + NY) sessionOverlap = inLondonSession and inNYSession Session characteristics: London Session: High volume, major currency pairs active, trend establishment NY Session: Highest volume, US markets active, major moves occur Asian Session: Lower volume, range-bound often, JPY pairs active London/NY Overlap: Highest volume period, most volatile, best liquidity The indicator can optionally display session boxes as background colors (disabled by default to reduce clutter). 2. Volume Distribution Analysis Volume distribution shows where volume concentrates within price ranges: // Calculate volume at different price levels volumeAtPrice = array.new_float() // For each price level in session range for i = sessionLow to sessionHigh by tickSize volumeAtLevel = sum of volume where price traded at level i array.push(volumeAtPrice, volumeAtLevel) // Identify Point of Control (POC) - price level with most volume poc = price level with maximum volume // Identify Value Area (VA) - price range containing 70% of volume valueAreaHigh = upper bound of 70% volume valueAreaLow = lower bound of 70% volume Volume Distribution concepts: Point of Control (POC): Price level with highest volume - strong support/resistance Value Area High (VAH): Upper bound of 70% volume distribution Value Area Low (VAL): Lower bound of 70% volume distribution High Volume Nodes: Price levels with significant volume - support/resistance zones Low Volume Nodes: Price levels with little volume - price moves through quickly The indicator plots volume distribution as a histogram or profile showing where institutional volume concentrated during the session. 3. Session-Specific VWAP VWAP resets at the start of each session: // Session VWAP calculation var float sessionVWAP = na var float cumulativeTPV = 0.0 // Typical Price * Volume var float cumulativeVol = 0.0 if session_start cumulativeTPV := 0.0 cumulativeVol := 0.0 typicalPrice = (high + low + close) / 3 cumulativeTPV := cumulativeTPV + (typicalPrice * volume) cumulativeVol := cumulativeVol + volume sessionVWAP = cumulativeTPV / cumulativeVol Session VWAP significance: Institutional traders use VWAP as execution benchmark Price above session VWAP = buyers in control during session Price below session VWAP = sellers in control during session VWAP acts as dynamic support/resistance within session Distance from VWAP indicates overextension The indicator plots session VWAP with dynamic coloring based on price position. 4. Volume Momentum Analysis Volume momentum tracks institutional accumulation/distribution: // Volume moving average volumeMA = ta.sma(volume, 20) // Volume classification highVolume = volume > volumeMA * 1.5 veryHighVolume = volume > volumeMA * 2.0 climaxVolume = volume > volumeMA * 3.0 // Volume trend volumeRising = volume > volume and volume > volume volumeFalling = volume < volume and volume < volume // Accumulation/Distribution accumulation = close > open and highVolume and volumeRising distribution = close < open and highVolume and volumeRising // Volume momentum indicator volumeMomentum = (volume - volumeMA) / volumeMA * 100 Volume Momentum signals: Rising Volume + Up Close: Accumulation - bullish Rising Volume + Down Close: Distribution - bearish Climax Volume: Potential exhaustion or strong institutional move Declining Volume: Lack of institutional interest Volume Momentum > 50%: Very strong institutional participation The indicator plots volume bars with color coding based on momentum and direction. 5. Session High/Low Tracking Session highs and lows become important reference levels: // Track current session high/low var float currentSessionHigh = na var float currentSessionLow = na if session_start currentSessionHigh := high currentSessionLow := low else currentSessionHigh := math.max(currentSessionHigh, high) currentSessionLow := math.min(currentSessionLow, low) // Previous session levels prevSessionHigh = currentSessionHigh prevSessionLow = currentSessionLow Session High/Low significance: Current session high/low show intraday range Previous session levels act as support/resistance Breaks above previous session high = bullish continuation Breaks below previous session low = bearish continuation Session range size indicates volatility and institutional activity The indicator plots only CURRENT session high/low (2 lines instead of 6) to keep chart clean. Previous session levels can be toggled on if needed. Example showing session VWAP, volume distribution, and session high/low levels Volume Distribution Dashboard The dashboard (bottom-right position) displays: Current Session: London/NY/Asian/Overlap Session VWAP: Current VWAP value Price vs VWAP: Distance from VWAP in % POC: Point of Control price level Value Area: VAH and VAL levels Volume Status: High/Normal/Low relative to average Volume Momentum: Rising/Falling/Climax Session Range: High - Low distance Accumulation/Distribution: Current phase Visual Elements Session Boxes: Optional background colors for each session (default: OFF) Session VWAP: Dynamic line with color based on price position Session High/Low: Horizontal lines for current session (2 lines only) Volume Bars: Color-coded based on momentum and direction Volume Distribution Profile: Histogram showing volume at price levels POC Line: Horizontal line at Point of Control Value Area: Shaded zone between VAH and VAL Accumulation/Distribution Markers: Labels for strong volume phases Dashboard: Bottom-right table with session and volume metrics Chart demonstrating session VWAP, volume bars, and dashboard How Components Work Together The mashup reveals session-based institutional flow: Session Trading Sequence: 1. Session Opens: New session begins (London/NY/Asian) 2. VWAP Establishes: Session VWAP forms as volume enters 3. Volume Distribution: Institutions create volume at key levels (POC, Value Area) 4. Session Range: High and low established through institutional activity 5. Volume Momentum: Accumulation or distribution phase identified 6. Session Close: Levels become reference for next session Example: London session opens, price trades above session VWAP with rising volume (accumulation). Volume distribution shows POC forming at 1.2500 level. Session high reaches 1.2550. NY session opens, price respects London session high and VWAP, continues higher with climax volume. Dashboard shows strong accumulation with volume momentum +75%. Input Parameters Session Settings: London Session: Time range (default: 0300-1200) NY Session: Time range (default: 0830-1700) Asian Session: Time range (default: 0000-0900) Show Session Boxes: Toggle background colors (default: OFF) Highlight Overlap: Emphasize London/NY overlap (default: enabled) VWAP Settings: Show Session VWAP: Toggle VWAP line (default: enabled) VWAP Reset: Session, Daily, Weekly (default: Session) VWAP Bands: Optional standard deviation bands (default: disabled) Distance Alert: Alert when price moves X% from VWAP (default: 2%) Volume Settings: Volume MA Length: Period for volume average (default: 20) High Volume Threshold: Multiplier for high volume (default: 1.5x) Climax Volume Threshold: Multiplier for climax (default: 3.0x) Show Volume Bars: Color-coded volume bars (default: enabled) Show Distribution Profile: Volume at price histogram (default: enabled) Session Levels: Show Current Session H/L: Toggle current session levels (default: enabled) Show Previous Session H/L: Toggle previous session levels (default: disabled) Show POC: Toggle Point of Control line (default: enabled) Show Value Area: Toggle VAH/VAL zone (default: enabled) Display Options: Show Dashboard: Toggle metrics table (default: enabled) Dashboard Position: Bottom-right, top-right, etc. (default: bottom-right) Color Theme: Choose color scheme Transparency: Adjust visual element transparency How to Use This Indicator Step 1: Identify Active Session Check dashboard to see which session is active. Focus trading during London and NY sessions for highest volume and best opportunities. Step 2: Monitor Session VWAP Use session VWAP as directional bias. Price above VWAP = bullish bias, below = bearish bias. VWAP often acts as support/resistance. Step 3: Check Volume Distribution Identify POC and Value Area. These levels often provide strong support/resistance. Price tends to return to POC (fair value). Step 4: Assess Volume Momentum Check if volume is rising (accumulation/distribution) or falling (lack of interest). Climax volume often marks important turning points. Step 5: Use Session High/Low Current session high/low define intraday range. Breaks above/below these levels signal potential breakout moves. Step 6: Watch for Session Transitions Session opens and closes often bring volatility. London open and NY open are particularly important for major moves. Best Practices Use on 5-minute to 1-hour timeframes for optimal session analysis London/NY overlap (08:30-12:00 EST) offers highest volume and best opportunities Session VWAP acts as magnet - price often returns to it POC from previous session often becomes support/resistance in current session Climax volume at session high/low often marks reversal points Accumulation during Asian session often leads to breakout during London open Value Area breaks signal strong directional moves Previous session high/low become key levels for current session Combine session analysis with other technical tools for best results Indicator Limitations Session times are fixed and may not account for daylight saving time changes Volume distribution requires sufficient data within session to be meaningful VWAP can be less relevant in very volatile or trending markets Session high/low can be broken multiple times in volatile conditions Lower timeframes may show choppy session transitions Volume data quality varies across different markets and brokers Asian session analysis less reliable due to lower volume Requires understanding of session-based trading concepts Visual elements can clutter chart if all options enabled Technical Implementation Built with Pine Script v6 using: Session detection using time() function with session strings Session-specific VWAP calculation with reset logic Volume distribution profiling with POC and Value Area calculation Volume momentum tracking with MA comparison Session high/low tracking with persistent variables Accumulation/distribution detection using volume and price Dynamic dashboard with real-time session metrics Optional session boxes with transparency control Color-coded volume bars based on momentum The code is fully open-source and can be modified to adjust session times, volume thresholds, and visual preferences. Originality Statement This indicator is original in its comprehensive session and volume integration approach. While individual components (session identification, VWAP, volume distribution, volume momentum, session high/low) are established concepts, this mashup is justified because: It combines session-based analysis with volume distribution profiling Session-specific VWAP provides more relevant institutional benchmark than daily VWAP Integration of volume momentum with session context reveals accumulation/distribution phases Simplified visual presentation (current session H/L only) reduces clutter Dashboard presents complex session and volume data clearly Focus on institutional trading sessions (London/NY) aligns with volume reality Each component contributes unique information: Session identification shows when institutions are active, Volume Distribution reveals where they're trading, VWAP shows their average price, Volume Momentum shows their intent, and Session High/Low marks their range. The mashup's value lies in presenting these complementary session-based perspectives simultaneously, allowing traders to understand how institutional volume flows through different global trading sessions. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice or a recommendation to buy or sell any financial instrument. Trading involves substantial risk of loss and is not suitable for all investors. Session-based analysis and volume distribution are analytical tools that analyze past data. They do not predict future price movement or guarantee that institutional traders are active at identified levels. Market conditions change, and session patterns that worked historically may not work in the future. VWAP and volume distribution levels can fail to provide support/resistance. Session highs and lows can be broken without leading to sustained moves. Volume momentum can change rapidly. Past session behavior does not guarantee future session behavior. Always use proper risk management, including stop losses and position sizing appropriate for your account size and risk tolerance. Never risk more than you can afford to lose. Consider consulting with a qualified financial advisor before making investment decisions. The author is not responsible for any losses incurred from using this indicator. Users assume full responsibility for all trading decisions made using this tool. -Made with passion by officialjackofalltrades
Pine Script® indicator
by officialjackofalltrades
1
Billionaire ORBBillionaire ORB Precision. Discipline. Breakout Power. Billionaire ORB is a professional trading indicator based on the Open Range Breakout (ORB) strategy. It is designed to help traders capture high-probability breakout moves with clarity, structure, and discipline. 📌 How It Works Billionaire ORB: ✔ Defines a custom time-based Open Range ✔ Automatically draws the High and Low of the range ✔ Calculates the Equilibrium (midpoint) ✔ Waits for a confirmed breakout before signaling entry ✔ Allows a controlled second-entry on reversal ✔ Stops generating signals after a defined cut-off time 🎯 Key Features Full control over session timing (UTC-based) Option to calculate range using Wicks or Candle Bodies Clear Buy / Sell breakout signals Built-in time filter to avoid random trades Clean and professional chart visualization Works across Gold, Forex, Indices, and Crypto 💡 The Philosophy Markets build liquidity inside structured ranges. Smart money waits for the breakout. Billionaire ORB does not chase noise — it waits for the moment momentum confirms direction. 👑 Who Is It For? This indicator is built for traders who: Value discipline over impulse Wait for confirmation Focus on quality setups Respect risk management
Pine Script® indicator
by Billionaire0000
Luminous Market Breadth Pulse [Pineify]Luminous Market Breadth Pulse — Dual-Factor Breadth & Volume Oscillator The Luminous Market Breadth Pulse is a market internals oscillator that fuses advance-decline breadth with up/down volume flow into a single, easy-to-read histogram. Rather than relying on price action of a single instrument, this indicator looks beneath the surface of the market to gauge the true health of participation across all listed stocks on the NYSE or NASDAQ. It answers a question that price alone cannot: Are the majority of stocks — and the majority of capital — moving in the same direction? Key Features Combines two independent breadth dimensions (advance-decline ratio and up/down volume ratio) into one unified oscillator. Gradient-colored histogram that visually intensifies as market conviction strengthens. Built-in signal line (WMA) for crossover-based entry and exit timing. Supports both NYSE and NASDAQ breadth data with a single toggle. Four ready-to-use alert conditions for bullish/bearish crossovers and zero-line transitions. How It Works The indicator is built on two normalized ratios, each scaled to a –100 to +100 range: Advance-Decline Ratio — Calculated as (Advancing Issues – Declining Issues) / (Advancing + Declining) × 100. This captures the net directional bias of individual stocks. A reading near +100 means nearly every stock is advancing; near –100, nearly every stock is declining. Up/Down Volume Ratio — Calculated as (Up Volume – Down Volume) / (Up Volume + Down Volume) × 100. This measures whether capital is flowing into advancing stocks or declining stocks. It adds a critical volume-confirmation layer that pure issue counts miss. Raw Pulse — The simple average of the two ratios above. Equal weighting ensures that neither breadth nor volume dominates the reading, giving a balanced composite view. Smoothed Pulse (EMA) — The raw pulse is smoothed with an Exponential Moving Average controlled by the "Pulse Length" input. EMA was chosen because it reacts quickly to shifts in market internals while still filtering single-day noise. Signal Line (WMA) — A Weighted Moving Average of the smoothed pulse. WMA places more emphasis on recent values than SMA, making it a responsive yet stable reference for crossover signals. How Multiple Indicators Work Together The core design philosophy is confirmation through independent data streams . Advance-decline data tells you how many stocks are participating in a move, while up/down volume data tells you how much capital is behind that participation. A rally where many stocks advance but volume is weak scores lower than a rally where both breadth and volume confirm strength. By averaging these two dimensions, the Luminous Pulse filters out misleading signals that either metric alone might produce — for example, a narrow large-cap rally that lifts volume but leaves most issues flat, or a broad advance on thin volume that lacks institutional conviction. The EMA-smoothed pulse and WMA signal line form a dual-speed system similar in concept to MACD, but applied to market internals rather than price. When the faster pulse crosses above the slower signal, it suggests broadening participation and increasing volume commitment — an early sign of sustainable momentum. The reverse crossover flags deteriorating internals before price may reflect it. Trading Ideas and Insights Crossover entries — A bullish signal fires when the pulse crosses above its signal line, indicating improving breadth and volume. A bearish signal fires on the opposite crossover. These work well as confirmation filters alongside price-based setups. Zero-line regime filter — When the pulse is above zero, market internals favor the bulls; below zero, the bears. Use this as a trend filter: only take long setups when the pulse is positive, and short setups when negative. Divergence analysis — If the index makes a new high but the Luminous Pulse prints a lower high, internal participation is weakening — a classic breadth divergence that often precedes corrections. Gradient intensity — The histogram color transparency reflects conviction strength. Deep, vivid bars signal strong consensus; faded bars warn of indecision even if the reading is technically bullish or bearish. Unique Aspects Unlike single-factor breadth indicators (e.g., a standalone Advance-Decline Line or McClellan Oscillator), this tool merges issue-count breadth with volume-weighted breadth into one normalized score, reducing false signals from either dimension alone. The gradient-mapped histogram provides an instant visual gauge of conviction without requiring additional overlays or secondary panels. All breadth data is pulled on a daily timeframe regardless of your chart's resolution, ensuring consistent readings and avoiding intraday noise artifacts that can distort breadth calculations on lower timeframes. How to Use Add the indicator to any chart. It works independently of the charted symbol since it reads exchange-level breadth data. Select your preferred exchange (NYSE or NASDAQ) in the settings. Adjust Pulse Length for sensitivity — lower values react faster to shifts in market internals; higher values produce smoother, more deliberate signals. Adjust Signal Smoothing to control how quickly the signal line tracks the pulse. A shorter smoothing period generates more frequent crossovers; a longer one filters out minor fluctuations. Use the built-in alert conditions to receive notifications for bullish/bearish crossovers and zero-line transitions without watching the chart. Customization Exchange — Toggle between NYSE and NASDAQ to analyze the breadth of your preferred market. Pulse Length — Controls the EMA period applied to the raw pulse. Default is 10. Signal Smoothing — Controls the WMA period for the signal line. Default is 5. Colors — Fully customizable bullish, bearish, and signal line colors to match any chart theme. Conclusion The Luminous Market Breadth Pulse gives traders a window into the internal engine of the market. By combining advance-decline breadth with volume flow and presenting the result as a gradient-colored oscillator with a built-in signal line, it offers a concise yet powerful tool for gauging market health, timing entries, and spotting divergences — all from a single indicator panel.
Pine Script® indicator
by Pineify
Smart Money Tracker [JOAT]Smart Money Tracker Introduction The Smart Money Tracker is an open-source indicator that combines institutional order flow concepts including Fair Value Gaps (FVG), Order Blocks (OB), Breaker Blocks, Liquidity Sweeps, Market Structure Breaks, and Displacement patterns. This mashup creates a comprehensive Smart Money Concepts (SMC) analysis system designed to identify where institutional traders are positioning themselves and how they manipulate price to accumulate or distribute positions. The indicator addresses a fundamental market reality: institutional traders with large capital cannot simply buy or sell at market prices without moving the market against themselves. They must use sophisticated techniques including liquidity sweeps, gap creation, and order block manipulation. By tracking these institutional footprints simultaneously, this tool helps retail traders align with smart money rather than becoming their liquidity. Chart showing FVG zones, Order Blocks, liquidity sweeps, and market structure on 15M timeframe Why This Mashup Exists This indicator combines six Smart Money Concepts that reveal different aspects of institutional behavior: Fair Value Gaps (FVG): Inefficient price delivery zones where institutions moved price quickly Order Blocks (OB): Last opposite-direction move before impulse, showing accumulation/distribution Breaker Blocks: Failed Order Blocks that signal potential trend reversal Liquidity Sweeps: Stop hunts where institutions trigger retail stops before real move Market Structure: Break of Structure (BOS) and Change of Character (CHoCH) patterns Displacement: Strong institutional moves with high volume and large candles Each concept reveals different institutional tactics: FVGs show where they moved fast, Order Blocks show where they accumulated, Breaker Blocks show failed accumulation, Liquidity Sweeps show stop hunts, Market Structure shows control shifts, and Displacement shows strong directional intent. Together, they create a complete picture of institutional order flow that no single concept can provide. The mashup is justified because these concepts work together in institutional trading sequences: institutions sweep liquidity, create FVGs during displacement, leave Order Blocks at accumulation zones, and break market structure when taking control. Tracking all simultaneously reveals the complete institutional playbook. Core Components Explained 1. Fair Value Gap (FVG) Detection FVGs occur when price moves so quickly that it leaves an unfilled gap: // Bullish FVG: Current low > high from 2 bars ago bullishFVG = low > high and close > high fvgTop = low fvgBottom = high fvgSize = ((fvgTop - fvgBottom) / fvgBottom) * 100 // Bearish FVG: Current high < low from 2 bars ago bearishFVG = high < low and close < low fvgTop = low fvgBottom = high fvgSize = ((fvgTop - fvgBottom) / fvgBottom) * 100 FVG significance: Represents inefficient price delivery - institutions moved too fast Price often returns to "fill" these gaps before continuing Larger FVGs (> 0.5%) are more significant FVGs act as support/resistance zones Multiple unfilled FVGs suggest strong directional intent The indicator draws boxes for FVGs and tracks when they get "mitigated" (price returns to fill them). Timeframe-adaptive limits prevent clutter (fewer boxes on higher timeframes). 2. Order Block Identification Order Blocks mark where institutions accumulated or distributed positions: // Bullish Order Block // Two consecutive bearish candles + strong bullish candle with high volume bullishOB = close < open and close < open and close > open and volume > volumeMA * 1.5 obHigh = high obLow = low // Bearish Order Block // Two consecutive bullish candles + strong bearish candle with high volume bearishOB = close > open and close > open and close < open and volume > volumeMA * 1.5 Order Block characteristics: Last opposite-direction move before strong impulse Represents institutional accumulation (bullish OB) or distribution (bearish OB) Often provides support/resistance on retests Volume confirmation ensures institutional participation Stronger OBs have larger candles and higher volume The indicator draws solid boxes for Order Blocks and tracks their strength based on volume and candle size. Timeframe-adaptive filtering ensures only significant OBs are displayed. 3. Breaker Block Detection Breaker Blocks are failed Order Blocks that signal potential reversals: // Track last bullish and bearish Order Block levels var float lastBullOBHigh = na var float lastBearOBLow = na if bullishOB lastBullOBHigh := high if bearishOB lastBearOBLow := low // Breaker Bull: Price breaks above failed bearish OB breakerBull = not na(lastBearOBLow) and close > lastBearOBLow and close <= lastBearOBLow // Breaker Bear: Price breaks below failed bullish OB breakerBear = not na(lastBullOBHigh) and close < lastBullOBHigh and close >= lastBullOBHigh Breaker Block significance: Failed Order Blocks often become strong support/resistance in opposite direction Indicate institutional position reversal High-probability reversal zones when combined with other SMC signals Often mark major trend changes The indicator marks Breaker Blocks with "BB" labels and tracks them as potential reversal zones. 4. Liquidity Sweep Analysis Liquidity Sweeps identify stop hunts before real moves: lookbackBars = 20 // Recent highs and lows (liquidity pools) recentHigh = ta.highest(high, lookbackBars) recentLow = ta.lowest(low, lookbackBars) // Liquidity Sweep High (stop hunt above recent high) liquiditySweepHigh = high > recentHigh and close < recentHigh and volume > volumeMA * 1.5 // Liquidity Sweep Low (stop hunt below recent low) liquiditySweepLow = low < recentLow and close > recentLow and volume > volumeMA * 1.5 // Strong sweeps have higher volume strongSweep = volume > volumeMA * 2.5 Liquidity Sweep characteristics: Price briefly exceeds recent high/low to trigger stops Closes back inside range - "fake breakout" High volume confirms institutional participation Often precedes strong moves in opposite direction "Strong" sweeps (very high volume) are more reliable The indicator places "LIQ" and "STRONG LIQ" labels precisely at sweep tips (above bars for high sweeps, below bars for low sweeps) with timeframe-adaptive spacing to prevent overlap. 5. Market Structure Analysis Market structure tracks control shifts between buyers and sellers: // Break of Structure (BOS) // Price breaks beyond previous swing high/low in trend direction bullishBOS = close > ta.highest(high , 20) and trend == bullish bearishBOS = close < ta.lowest(low , 20) and trend == bearish // Change of Character (CHoCH) // Price breaks structure against trend - potential reversal bullishCHoCH = close > ta.highest(high , 20) and trend == bearish bearishCHoCH = close < ta.lowest(low , 20) and trend == bullish Market Structure significance: BOS confirms trend continuation CHoCH signals potential trend reversal Helps identify when institutional control shifts Provides context for other SMC signals The indicator marks BOS and CHoCH with labels and uses them to determine overall market bias. 6. Displacement Detection Displacement identifies strong institutional moves: atr = ta.atr(14) // Displacement: Large candle (> 2x ATR) with climax volume displacement = math.abs(close - open) > atr * 2 and volume > volumeMA * 3.0 bullishDisplacement = displacement and close > open bearishDisplacement = displacement and close < open Displacement characteristics: Very large candles relative to ATR Climax volume (> 3x average) Indicates strong institutional directional intent Often creates FVGs Signals potential trend acceleration The indicator marks displacement with "DISP" labels and uses them to identify high-conviction institutional moves. Example showing all SMC concepts: FVGs, Order Blocks, Breaker Blocks, and liquidity sweeps Timeframe-Adaptive System The indicator automatically adjusts based on timeframe to prevent clutter: // Higher timeframes (2H+): Fewer boxes, larger minimum sizes if timeframe >= 120 minutes: maxFVGs = 12 maxOBs = 10 minFVGSize = 0.5% minOBSize = 0.8% labelSpacing = 15 bars // Medium timeframes (1H): Moderate filtering else if timeframe >= 60 minutes: maxFVGs = 15 maxOBs = 12 minFVGSize = 0.4% minOBSize = 0.6% labelSpacing = 12 bars // Lower timeframes (15M): More boxes, smaller minimum sizes else: maxFVGs = 20-25 maxOBs = 15-20 minFVGSize = 0.3% minOBSize = 0.4% labelSpacing = 8-10 bars This ensures the indicator remains useful across all timeframes without overwhelming the chart. SMC Confluence Dashboard The dashboard (top-right position) displays: Market Bias: Bullish/Bearish/Neutral based on structure Active FVGs: Count of unfilled Fair Value Gaps Active OBs: Count of untested Order Blocks Recent Sweeps: Liquidity sweeps in last 50 bars Structure: Last BOS or CHoCH type Displacement: Recent displacement direction SMC Score: Overall confluence (0-10) SMC Score calculation: SMC Score Components: - Significant FVG present: +2 points - Strong Order Block present: +2 points - Breaker Block active: +1 point - Recent liquidity sweep: +2 points - Displacement in direction: +3 points Total: 0-10 points Visual Elements FVG Boxes: Green (bullish) and red (bearish) boxes, removed when mitigated Order Block Boxes: Solid green/red boxes with strength-based transparency Breaker Block Labels: "BB" markers at breaker zones Liquidity Sweep Labels: "LIQ" and "STRONG LIQ" at sweep tips Displacement Labels: "DISP" markers on displacement candles Structure Labels: "BOS" and "CHoCH" at structure breaks Mitigation Markers: Small circles when FVGs get filled Dashboard: Top-right table with SMC metrics How Components Work Together The mashup reveals institutional trading sequences: Sequence 1 - Accumulation: 1. Liquidity Sweep triggers retail stops 2. Order Block forms as institutions accumulate 3. Displacement occurs as institutions push price 4. FVG created during fast move 5. BOS confirms trend direction Sequence 2 - Reversal: 1. Multiple liquidity sweeps fail to extend trend 2. Order Block fails, becomes Breaker Block 3. CHoCH signals control shift 4. Opposite-direction displacement 5. New trend structure forms Example: Price sweeps below recent lows (liquidity sweep), then strongly reverses with high volume (displacement), leaving a bullish FVG. A bullish Order Block forms at the reversal zone. Price breaks above previous structure (BOS). SMC Score reaches 9/10, signaling strong bullish institutional setup. Input Parameters FVG Settings: Show FVGs: Toggle FVG boxes (default: enabled) Min FVG Size: Minimum gap size % (default: 0.3%) Max FVG Boxes: Limit displayed boxes (default: timeframe-adaptive) Show Mitigation: Mark when FVGs get filled (default: enabled) Order Block Settings: Show Order Blocks: Toggle OB boxes (default: enabled) Min OB Strength: Minimum volume multiplier (default: 1.5x) Max OB Boxes: Limit displayed boxes (default: timeframe-adaptive) OB Lookback: Bars to track OBs (default: 100) Liquidity Settings: Show Liquidity Sweeps: Toggle sweep labels (default: enabled) Lookback Bars: Period for liquidity pools (default: 20) Strong Sweep Threshold: Volume multiplier (default: 2.5x) Label Spacing: Minimum bars between labels (default: timeframe-adaptive) Structure Settings: Show Structure: Toggle BOS/CHoCH labels (default: enabled) Show Breaker Blocks: Toggle BB labels (default: enabled) Show Displacement: Toggle DISP labels (default: enabled) Structure Sensitivity: Swing detection period (default: 20) Display Options: Show Dashboard: Toggle SMC dashboard (default: enabled) Timeframe Adaptive: Auto-adjust limits (default: enabled) Remove Extensions: Don't extend boxes right (default: enabled) Color Theme: Choose color scheme How to Use This Indicator Step 1: Identify Market Structure Check for recent BOS or CHoCH. BOS suggests trend continuation, CHoCH suggests potential reversal. Step 2: Look for Liquidity Sweeps Liquidity sweeps often precede strong moves in opposite direction. "STRONG LIQ" sweeps are particularly significant. Step 3: Identify Order Blocks Look for Order Blocks in the direction of intended trade. OBs often provide high-probability entry zones on retests. Step 4: Check for FVGs Unfilled FVGs act as magnets - price often returns to fill them. Can be used for entry targets or profit-taking zones. Step 5: Watch for Displacement Displacement signals strong institutional intent. When displacement occurs from an Order Block, it confirms the zone's validity. Step 6: Monitor Breaker Blocks Failed Order Blocks (Breaker Blocks) often mark major reversals. These are high-probability reversal zones. Step 7: Review SMC Score Check dashboard SMC Score. Scores above 7 indicate strong institutional confluence. Best Practices Use on 15-minute to 4-hour timeframes for optimal SMC signal quality Liquidity sweeps followed by displacement are extremely high-probability setups Order Block retests with FVG confluence provide excellent risk:reward entries Wait for price to return to Order Blocks rather than chasing displacement Multiple unfilled FVGs in same direction suggest strong institutional intent Breaker Blocks combined with CHoCH signal major trend reversals Higher timeframe SMC signals are more reliable than lower timeframe Use SMC Score as filter - focus on setups with 7+ score Combine with traditional support/resistance for additional confirmation Indicator Limitations Not all FVGs get filled - some remain unfilled in strong trends Order Blocks don't always provide support/resistance on retest Liquidity sweeps can be followed by additional sweeps (multiple stop hunts) Timeframe-adaptive filtering may hide some valid signals Requires understanding of Smart Money Concepts for effective use Visual elements can clutter chart even with adaptive limits SMC concepts work best in trending markets, less effective in ranges Institutional behavior patterns can change over time No SMC system eliminates false signals entirely Technical Implementation Built with Pine Script v6 using: Box management system with automatic cleanup Timeframe-adaptive limits and filtering Anti-overlap logic for all labels with dynamic spacing FVG mitigation tracking with visual markers Order Block strength calculation based on volume and size Liquidity pool identification with sweep detection Market structure tracking with BOS/CHoCH logic Displacement detection using ATR and volume Real-time SMC confluence scoring Comprehensive dashboard with all SMC metrics The code is fully open-source and can be modified to adjust thresholds, visual preferences, and filtering criteria. Originality Statement This indicator is original in its comprehensive SMC integration approach. While individual concepts (FVG, Order Blocks, Breaker Blocks, Liquidity Sweeps, Market Structure, Displacement) are established Smart Money Concepts, this mashup is justified because: It tracks all major SMC concepts simultaneously in one indicator Timeframe-adaptive system prevents clutter while maintaining functionality Anti-overlap logic ensures clean visual presentation SMC confluence scoring quantifies institutional setup quality Integration reveals complete institutional trading sequences Enhanced visual elements (precise label positioning, mitigation markers) improve usability Each SMC concept reveals different institutional behavior: FVGs show fast moves, Order Blocks show accumulation, Breaker Blocks show failed accumulation, Liquidity Sweeps show stop hunts, Market Structure shows control shifts, and Displacement shows strong intent. The mashup's value lies in presenting these complementary institutional footprints simultaneously, allowing traders to identify complete institutional trading sequences rather than isolated signals. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice or a recommendation to buy or sell any financial instrument. Trading involves substantial risk of loss and is not suitable for all investors. Smart Money Concepts are analytical frameworks based on observations of institutional trading patterns. They do not guarantee that institutions are actually trading at identified zones, nor do they predict future institutional behavior. Market conditions change, and patterns that worked historically may not work in the future. The SMC Score is a mathematical calculation based on current market structure, not a prediction of future price movement. High SMC scores do not ensure profitable trades. Order Blocks, FVGs, and other SMC zones can fail to provide support/resistance. Liquidity sweeps can be followed by additional sweeps. Always use proper risk management, including stop losses and position sizing appropriate for your account size and risk tolerance. Never risk more than you can afford to lose. Consider consulting with a qualified financial advisor before making investment decisions. The author is not responsible for any losses incurred from using this indicator. Users assume full responsibility for all trading decisions made using this tool. -Made with passion by officialjackofalltrades
Pine Script® indicator
by officialjackofalltrades
Advanced Divergence Hunter [JOAT]Advanced Divergence Hunter Introduction The Advanced Divergence Hunter is an open-source multi-oscillator indicator that simultaneously tracks divergences across six different momentum indicators: RSI, MACD, Stochastic RSI, CCI, MFI, and Williams %R. This mashup creates a comprehensive divergence detection system designed to identify momentum exhaustion and potential reversals by analyzing when multiple oscillators simultaneously show divergence from price action. The indicator addresses a critical limitation of single-oscillator divergence detection: false signals. By requiring confluence across multiple oscillators using different calculation methods, this tool significantly reduces false divergence signals and highlights only the most reliable momentum exhaustion patterns that occur when price and momentum fundamentally disconnect across multiple measurement frameworks. Chart showing multiple divergence signals across oscillators with dashboard on 1H timeframe Why This Mashup Exists This indicator combines six oscillators that detect divergences using fundamentally different methodologies: RSI: Momentum oscillator based on average gains vs losses MACD: Trend-following momentum using EMA convergence/divergence Stochastic RSI: Stochastic calculation applied to RSI for enhanced sensitivity CCI (Commodity Channel Index): Measures deviation from statistical mean MFI (Money Flow Index): Volume-weighted RSI showing buying/selling pressure Williams %R: Momentum indicator measuring overbought/oversold using highest high/lowest low Each oscillator responds to different market dynamics: RSI tracks momentum speed, MACD shows trend strength changes, Stochastic RSI catches early shifts, CCI identifies statistical extremes, MFI incorporates volume, and Williams %R uses price extremes. When multiple oscillators show divergence simultaneously, it indicates genuine momentum exhaustion rather than noise from a single calculation method. The mashup is justified because these oscillators use distinct mathematical approaches (rate of change, moving average convergence, stochastic, statistical deviation, volume-weighted, price extremes) that respond to different aspects of price movement. Confluence across multiple methods provides significantly higher reliability than any single divergence signal. Example showing all six oscillators with divergence markers and alignment indicators Core Components Explained 1. RSI Divergence Detection Standard RSI calculation with pivot-based divergence logic: rsi = ta.rsi(close, 14) // Identify swing points pivotHigh = ta.pivothigh(rsi, 5, 5) pivotLow = ta.pivotlow(rsi, 5, 5) // Regular Bullish Divergence // Price: Lower Low, RSI: Higher Low bullDiv = priceLow < prevPriceLow AND rsiLow > prevRSILow // Regular Bearish Divergence // Price: Higher High, RSI: Lower High bearDiv = priceHigh > prevPriceHigh AND rsiHigh < prevRSIHigh 2. MACD Histogram Divergence MACD histogram divergences often lead price divergences: = ta.macd(close, 12, 26, 9) // Histogram divergence detection // Bullish: Price LL, Histogram HL // Bearish: Price HH, Histogram LH The indicator plots MACD histogram with enhanced visualization and tracks divergences separately from RSI. 3. Stochastic RSI Divergence More sensitive than regular RSI, catches early momentum shifts: stochRSI = ta.stoch(rsi, rsi, rsi, 14) // K and D line divergences // Often diverges before regular RSI Stochastic RSI K and D lines are plotted, and divergences on both lines are tracked independently. 4. CCI Divergence Detection CCI measures price deviation from statistical mean: cci = ta.cci(close, 20) // CCI divergences indicate statistical exhaustion // Bullish: Price LL, CCI HL // Bearish: Price HH, CCI LH CCI divergences are particularly reliable at extreme levels (> +100 or < -100). 5. MFI Divergence (Volume-Weighted) MFI incorporates volume, making divergences more significant: // Calculate typical price typicalPrice = (high + low + close) / 3 // Money flow with volume rawMoneyFlow = typicalPrice * volume // MFI calculation mfi = 100 - (100 / (1 + positiveFlow / negativeFlow)) // Volume divergences often lead price // Bullish: Price LL, MFI HL (buying pressure increasing) // Bearish: Price HH, MFI LH (selling pressure increasing) MFI divergences are weighted more heavily in the confluence system because they incorporate volume. 6. Williams %R Divergence Williams %R uses highest high and lowest low: williamsR = -100 * (ta.highest(high, 14) - close) / (ta.highest(high, 14) - ta.lowest(low, 14)) // Divergences at extreme levels (-80 to -100 or -20 to 0) // Bullish: Price LL, Williams %R HL // Bearish: Price HH, Williams %R LH Williams %R divergences are most reliable when oscillator is in extreme zones. Divergence Confluence System The indicator tracks divergences across all six oscillators and calculates confluence: Divergence Confluence Score: - Single oscillator divergence: 1 point - Two oscillators: 2 points - Three oscillators: 4 points - Four oscillators: 7 points - Five oscillators: 11 points - All six oscillators: 15 points (MEGA divergence) Divergence classification: Weak Divergence: 1-2 oscillators (score 1-2) Moderate Divergence: 3 oscillators (score 4) Strong Divergence: 4 oscillators (score 7) Very Strong Divergence: 5 oscillators (score 11) MEGA Divergence: All 6 oscillators (score 15) The dashboard displays which oscillators are showing divergence and the total confluence score. Oscillator Alignment Analysis Beyond divergences, the indicator tracks oscillator alignment: Alignment Score: - RSI in healthy range (40-60 bull, 60-40 bear): +1 - MACD histogram direction: +1 - Stochastic RSI position: +1 - CCI direction: +1 - MFI level: +1 - Williams %R position: +1 Total Alignment: 0-6 points Alignment interpretation: 5-6 aligned: Strong momentum consensus 3-4 aligned: Moderate momentum 0-2 aligned: Weak or conflicting momentum Enhanced Dashboard System The indicator features an 11-row dashboard showing: Row 1: Overall momentum direction (BULL/BEAR/NEUTRAL) Row 2: Divergence confluence score with color coding Row 3: RSI value and divergence status Row 4: MACD histogram status Row 5: Stochastic RSI K value Row 6: CCI value and status Row 7: MFI value and divergence status Row 8: Williams %R value Row 9: Momentum strength (0-100) Row 10: Oscillator alignment (X/6 aligned) Row 11: Active divergences count Dashboard showing divergence confluence with individual oscillator breakdown Visual Elements Oscillator Lines: All six oscillators plotted with distinct colors Divergence Labels: "DIV" markers at divergence points, sized by confluence Confluence Markers: Large diamond shapes for MEGA divergences (6/6) Background Zones: Color-coded backgrounds for extreme conditions Overbought/Oversold Lines: Reference levels for each oscillator Zero/Midpoint Lines: Centerline references Histogram Bars: MACD histogram with gradient coloring Dashboard: Comprehensive table with all oscillator readings How Components Work Together The mashup creates layered divergence analysis: Layer 1 - Individual Detection: Each oscillator independently detects divergences Layer 2 - Confluence Calculation: System counts how many oscillators show divergence Layer 3 - Weighting: Volume-based divergences (MFI) weighted more heavily Layer 4 - Alignment Check: Verifies overall oscillator consensus Layer 5 - Extreme Zones: Identifies when divergences occur at statistical extremes Layer 6 - Signal Generation: Produces graded signals based on confluence strength Example scenario: Price makes higher high, but RSI, MACD, Stochastic RSI, and MFI all make lower highs (4/6 divergence). CCI and Williams %R are in extreme overbought zones. Confluence score is 7 (Strong Divergence), and dashboard shows 4 active divergences. This signals high-probability bearish reversal setup. Input Parameters Oscillator Settings: RSI Length: Period for RSI (default: 14) MACD Settings: Fast 12, Slow 26, Signal 9 Stochastic RSI Length: Period for Stoch RSI (default: 14) CCI Length: Period for CCI (default: 20) MFI Length: Period for MFI (default: 14) Williams %R Length: Period for Williams %R (default: 14) Divergence Settings: Pivot Lookback: Bars for pivot detection (default: 5) Min Confluence: Minimum oscillators for signal (default: 3) Show All Divergences: Display single-oscillator divergences (default: disabled) Show Only Strong: Display only 4+ confluence (default: enabled) Display Options: Show Dashboard: Toggle dashboard (default: enabled) Show Oscillators: Toggle oscillator plots (default: enabled) Show Background Zones: Toggle extreme zone coloring (default: enabled) Dashboard Position: Top-right, bottom-right, etc. How to Use This Indicator Step 1: Monitor Divergence Confluence Watch the dashboard divergence score. Wait for 3+ oscillators showing divergence (score 4+) before considering reversal trades. Step 2: Check Oscillator Extremes Divergences are most reliable when oscillators are in extreme zones (RSI > 70 or < 30, MFI > 80 or < 20, etc.). Step 3: Verify Alignment Check oscillator alignment score. Low alignment (0-2) with high divergence confluence suggests strong reversal potential. Step 4: Identify MEGA Divergences When all 6 oscillators show divergence (MEGA), it signals extremely high probability reversal setup. These are rare but very reliable. Step 5: Confirm with Price Action Wait for price action confirmation (reversal candlestick patterns, trendline breaks) before entering trades based on divergences. Step 6: Use for Exit Signals If holding trend-following position and strong divergence appears, consider taking profits or tightening stops. Best Practices Use on 15-minute to 4-hour timeframes for optimal divergence reliability Wait for 3+ oscillator confluence before acting on divergence signals MEGA divergences (6/6) are rare but extremely reliable - don't ignore them MFI divergences are particularly significant because they incorporate volume Divergences in strong trends often lead to pullbacks, not full reversals Combine with support/resistance levels for precise entry timing Hidden divergences signal trend continuation, regular divergences signal reversal Multiple consecutive divergences increase reversal probability Use oscillator alignment to gauge overall momentum health Indicator Limitations Divergences can persist for extended periods before reversal occurs Strong trends can continue despite multiple oscillator divergences Pivot-based detection means divergences are confirmed with lag False divergences can occur in choppy, ranging markets MEGA divergences are rare - waiting only for these may miss opportunities Oscillator calculations vary in sensitivity - some may diverge prematurely Requires understanding of each oscillator's characteristics No divergence system eliminates false signals entirely Performance varies across different markets and volatility regimes Technical Implementation Built with Pine Script v6 using: Six independent oscillator calculations Pivot-based divergence detection for each oscillator Confluence scoring algorithm with weighted components Oscillator alignment tracking system Enhanced 11-row dashboard with real-time updates Dynamic background zones for extreme conditions Anti-overlap logic for divergence labels Gradient coloring for MACD histogram The code is fully open-source and can be modified to adjust oscillator parameters, confluence thresholds, and visual preferences. Originality Statement This indicator is original in its multi-oscillator divergence confluence approach. While individual oscillators (RSI, MACD, Stochastic RSI, CCI, MFI, Williams %R) are established tools, this mashup is justified because: It tracks divergences across six oscillators using fundamentally different calculations The confluence scoring system quantifies divergence strength across multiple methods Integration of volume-weighted divergence (MFI) with price-based oscillators Oscillator alignment analysis provides momentum consensus measurement Enhanced dashboard presents complex multi-oscillator data clearly MEGA divergence detection identifies extremely rare, high-probability setups Each oscillator contributes unique divergence information: RSI shows momentum speed divergence, MACD shows trend strength divergence, Stochastic RSI catches early divergences, CCI shows statistical divergence, MFI shows volume-weighted divergence, and Williams %R shows price extreme divergence. The mashup's value lies in identifying when multiple independent calculation methods simultaneously show momentum exhaustion, significantly reducing false signals. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice or a recommendation to buy or sell any financial instrument. Trading involves substantial risk of loss and is not suitable for all investors. Divergence indicators are analytical tools that identify potential momentum exhaustion, not guarantees of reversals. Divergences can persist for extended periods, and strong trends can continue despite multiple divergence signals. Past divergence performance does not guarantee future results. The confluence score is a mathematical calculation based on current oscillator readings, not a prediction of future price movement. High confluence scores do not ensure profitable trades. Market conditions change, and divergence patterns that worked historically may not work in the future. Always use proper risk management, including stop losses and position sizing appropriate for your account size and risk tolerance. Never risk more than you can afford to lose. Consider consulting with a qualified financial advisor before making investment decisions. The author is not responsible for any losses incurred from using this indicator. Users assume full responsibility for all trading decisions made using this tool. -Made with passion by officialjackofalltrades
Pine Script® indicator
by officialjackofalltrades
Indicator Configuration Forecasting [LuxAlgo]The Indicator Configuration Forecasting tool identifies historical market regimes that share a similar technical configuration to the current market and projects future price action based on those historical outcomes. By encoding multiple technical indicators into a state vector and employing a K-Nearest Neighbors (KNN) search, the script provides a probabilistic forecast including a median path and confidence intervals. 🔶 USAGE The indicator works by "memorizing" the state of various user-selected technical indicators at every bar. When the current bar's configuration matches or closely resembles a previous historical state, the script records how the price moved in the subsequent N bars from that point in time. 🔹 Forecast Interpretation Median Forecast (Dashed Gray): Represents the 50th percentile (median) of all matched historical outcomes. This is the central tendency of the forecast. Upper Bound (Dashed Green): Represents the 75th percentile of historical outcomes, suggesting a bullish boundary for the projected move. Lower Bound (Dashed Red): Represents the 25th percentile of historical outcomes, suggesting a bearish boundary for the projected move. Match Labels: Small labels appearing on the historical price action indicate exactly where the most similar configurations were found in the past. 🔹 Configuration Strategy Users can toggle various indicators to define what constitutes a "similar" market state. For example, if only "SMA Cross" and "Supertrend" are enabled, the script will look for historical periods where the trend relationship and SMA positioning were identical to the current bar, regardless of RSI or MACD values. 🔶 DETAILS The script utilizes a state-encoding methodology to calculate distances between the current market environment and the past. Each enabled indicator is converted into a discrete value (e.g., 1 for bullish, -1 for bearish, 0 for neutral). These values form a vector for the current bar. The algorithm then scans through the "Historical Lookback" period to find the "Top K" neighbors—the points in history where the vector distance to the current state is minimized. To ensure variety in the forecast, the script includes logic to prevent overlapping matches, ensuring that the selected historical points are distinct events. Once the matches are identified, the script calculates the percentage returns for the specified "Forecast Horizon (N)" and projects those returns onto the current price to generate the visual forecast. 🔶 SETTINGS 🔹 Parameters Top K Neighbors: The number of similar historical configurations to include in the forecast calculation. Forecast Horizon (N): How many bars into the future the forecast should extend. Historical Lookback: The maximum number of historical bars the script will search through to find matches. 🔹 Indicator Configuration RSI/SMA/Supertrend/MACD/ADX/etc.: Toggle switches to include or exclude specific technical conditions from the similarity search. RSI: Looks for similar overbought (>70) or oversold (<30) states. SMA Cross: Looks for similar Fast/Slow SMA relationships. Supertrend: Matches the current direction of the Supertrend. MACD: Matches the relationship between the MACD Line and Signal Line. 🔹 Visibility & Style Show Individual Match Paths: When enabled, draws the actual historical price paths from the match points directly on the current chart for visual comparison. Median/Upper/Lower Colors: Customizes the colors of the forecast lines and the shaded confidence intervals. Dashboard: Toggles the information panel showing the number of matches found and forecast confidence.
Pine Script® indicator
by LuxAlgo
Multi-Timeframe Strength Scanner [JOAT]Multi-Timeframe Strength Scanner Introduction The Multi-Timeframe Strength Scanner is an open-source indicator that combines higher timeframe trend analysis with current timeframe momentum indicators to create a comprehensive market strength assessment system. This mashup integrates ADX (Average Directional Index), Donchian Channels, VWAP (Volume Weighted Average Price), RSI divergence detection, and multi-timeframe EMA analysis into a unified scanner that identifies when trend strength aligns across multiple timeframes. The indicator addresses a critical trading challenge: signals that look strong on one timeframe often fail because higher timeframes are moving in the opposite direction. By analyzing 15-minute, 1-hour, and 4-hour timeframes simultaneously while monitoring current timeframe momentum, this tool helps traders avoid counter-trend trades and identify high-probability setups where multiple timeframes align. Chart showing multi-timeframe alignment dashboard and strength indicators on 15M timeframe Why This Mashup Exists This indicator combines five analytical frameworks that address different aspects of trend strength: ADX Analysis: Measures trend strength regardless of direction using directional movement Donchian Channels: Identifies breakouts and trend continuation using price extremes VWAP: Shows institutional average price and volume-weighted fair value RSI Divergence: Detects momentum exhaustion at current timeframe swing points Multi-Timeframe EMAs: Confirms trend direction across 15M, 1H, and 4H timeframes Each component serves a specific purpose: ADX quantifies trend strength, Donchian Channels identify breakout momentum, VWAP reveals institutional positioning, RSI divergences warn of reversals, and multi-timeframe EMAs ensure directional alignment. Together, they create a strength scanner that filters out weak, counter-trend setups and highlights only those with multi-timeframe confirmation. The mashup is justified because these components use fundamentally different data (directional movement, price extremes, volume-weighted averages, momentum oscillators, moving averages) that respond to different market conditions. When they align, it indicates genuine trend strength rather than temporary momentum. Core Components Explained 1. ADX Trend Strength System ADX (Average Directional Index) measures trend strength on a scale of 0-100: = ta.dmi(adxLength, adxLength) // Trend strength classification strongTrend = adx > adxThreshold // Default: 20 veryStrongTrend = adx > 40 extremeTrend = adx > 60 // Direction determination bullishTrend = plus > minus bearishTrend = minus > plus ADX interpretation: ADX < 20: Weak trend or ranging market - avoid trend-following strategies ADX 20-40: Moderate trend strength - standard trend-following viable ADX 40-60: Strong trend - high-probability trend continuation ADX > 60: Extreme trend - potential exhaustion or very strong momentum The indicator plots ADX as a line with color coding: Green: Strong bullish trend (ADX > 20, +DI > -DI) Red: Strong bearish trend (ADX > 20, -DI > +DI) Gray: Weak trend or ranging (ADX < 20) 2. Donchian Channel Breakout System Donchian Channels track the highest high and lowest low over a specified period: donchianLength = 20 // Configurable upperChannel = ta.highest(high, donchianLength) lowerChannel = ta.lowest(low, donchianLength) midChannel = (upperChannel + lowerChannel) / 2 Breakout signals: Bullish Breakout: Close above upper channel = new 20-bar high Bearish Breakout: Close below lower channel = new 20-bar low Channel Position: Price near upper channel = bullish strength, near lower = bearish strength The indicator uses Donchian breakouts to confirm trend strength. When price breaks out of the channel with strong ADX, it signals high-momentum trend continuation. 3. VWAP Analysis VWAP (Volume Weighted Average Price) calculates the average price weighted by volume: vwap = ta.vwap(hlc3) // Position analysis aboveVWAP = close > vwap // Bullish positioning belowVWAP = close < vwap // Bearish positioning // Distance from VWAP vwapDistance = ((close - vwap) / vwap) * 100 VWAP significance: Institutional traders use VWAP as benchmark for execution quality Price above VWAP = buyers in control, institutions paying premium Price below VWAP = sellers in control, institutions getting discount Large distance from VWAP = potential mean reversion opportunity VWAP acts as dynamic support/resistance level The indicator plots VWAP with dynamic coloring based on price position and uses it for trend confirmation. 4. RSI Divergence Detection The indicator detects divergences using pivot-based analysis: rsi = ta.rsi(close, 14) // Identify swing points pivotHigh = ta.pivothigh(rsi, 5, 5) pivotLow = ta.pivotlow(rsi, 5, 5) // Compare current pivot with previous pivot bullishDivergence = price makes lower low AND rsi makes higher low bearishDivergence = price makes higher high AND rsi makes lower high Divergence types: Regular Bullish: Price LL, RSI HL - momentum improving, potential reversal up Regular Bearish: Price HH, RSI LH - momentum deteriorating, potential reversal down Hidden Bullish: Price HL, RSI LL - trend continuation signal in uptrend Hidden Bearish: Price LH, RSI HH - trend continuation signal in downtrend Divergences are marked with "DIV" labels and used to warn of potential trend exhaustion or continuation. 5. Multi-Timeframe EMA Analysis The indicator analyzes trend direction across three higher timeframes: // Request higher timeframe data htf15mEMA = request.security(syminfo.tickerid, "15", ta.ema(close, 21)) htf1hEMA = request.security(syminfo.tickerid, "60", ta.ema(close, 21)) htf4hEMA = request.security(syminfo.tickerid, "240", ta.ema(close, 21)) // Determine trend direction htf15mBullish = close > htf15mEMA htf1hBullish = close > htf1hEMA htf4hBullish = close > htf4hEMA // Count aligned timeframes bullishCount = (htf15mBullish ? 1 : 0) + (htf1hBullish ? 1 : 0) + (htf4hBullish ? 1 : 0) bearishCount = (!htf15mBullish ? 1 : 0) + (!htf1hBullish ? 1 : 0) + (!htf4hBullish ? 1 : 0) Alignment classification: STRONG BULL: All 3 timeframes bullish (3/3 alignment) BULL: 2 out of 3 timeframes bullish MIXED: Timeframes conflicting (1-1-1 or 2-1 split) BEAR: 2 out of 3 timeframes bearish STRONG BEAR: All 3 timeframes bearish (3/3 alignment) Example showing multi-timeframe alignment dashboard with all three timeframes bullish Strength Scoring System The indicator calculates a comprehensive strength score (0-100) by evaluating: Strength Score Components: - ADX Strength: Up to 25 points (ADX > 40 = 25, ADX > 20 = 15, ADX < 20 = 0) - ADX Direction: Up to 15 points (+DI > -DI = 15 for bull, -DI > +DI = 15 for bear) - Donchian Position: Up to 15 points (breakout = 15, near channel = 10, mid-channel = 5) - VWAP Position: Up to 15 points (above VWAP = 15 for bull, below = 15 for bear) - MTF Alignment: Up to 20 points (3/3 = 20, 2/3 = 13, 1/3 = 7) - RSI Level: Up to 10 points (healthy range = 10, extreme = 5, divergence = -5) Score interpretation: 80-100: Extremely strong trend - high-probability continuation 60-79: Strong trend - favorable for trend-following 40-59: Moderate trend - selective trend trades 20-39: Weak trend - caution, potential reversal 0-19: Very weak or counter-trend - avoid trend-following The dashboard displays the strength score with color coding and individual component breakdown. Visual Elements ADX Line: Main trend strength indicator with dynamic coloring +DI/-DI Lines: Directional movement indicators ADX Threshold: Horizontal line at 20 (configurable) Donchian Channels: Upper, middle, and lower channel lines VWAP Line: Volume-weighted average price with dynamic coloring Divergence Labels: "DIV" markers at RSI divergence points Strength Bars: Background coloring based on strength score Dashboard: Comprehensive table showing: - Current strength score - ADX value and direction - Donchian position - VWAP position - MTF alignment (15M, 1H, 4H status) - RSI level - Overall trend classification Chart showing strength dashboard with component breakdown and visual indicators How Components Work Together The mashup creates a layered strength analysis: Layer 1 - Trend Strength: ADX quantifies how strong the trend is Layer 2 - Breakout Momentum: Donchian Channels identify momentum surges Layer 3 - Institutional Positioning: VWAP shows where smart money is positioned Layer 4 - Momentum Health: RSI divergences warn of exhaustion Layer 5 - Multi-Timeframe Confirmation: HTF EMAs ensure directional alignment Layer 6 - Synthesis: Strength score combines all factors into actionable metric Example scenario: ADX is 45 (Layer 1), price breaks above Donchian upper channel (Layer 2), trading above VWAP (Layer 3), no RSI divergence (Layer 4), and all three higher timeframes are bullish (Layer 5). The strength score reaches 90 (Layer 6), signaling extremely strong bullish trend with high continuation probability. Input Parameters ADX Settings: ADX Length: Period for ADX calculation (default: 14) ADX Threshold: Minimum ADX for strong trend (default: 20) Show +DI/-DI: Toggle directional indicators (default: enabled) Donchian Settings: Donchian Length: Period for channel calculation (default: 20) Show Channels: Toggle channel display (default: enabled) Breakout Sensitivity: Threshold for breakout signals (default: close beyond channel) VWAP Settings: Show VWAP: Toggle VWAP line (default: enabled) VWAP Reset: Session, Week, Month, or Never (default: Daily) Distance Alert: Alert when price moves X% from VWAP (default: 2%) RSI Settings: RSI Length: Period for RSI calculation (default: 14) Show Divergences: Toggle divergence markers (default: enabled) Pivot Lookback: Bars for pivot detection (default: 5) Multi-Timeframe Settings: HTF 1: First higher timeframe (default: 15 minutes) HTF 2: Second higher timeframe (default: 1 hour) HTF 3: Third higher timeframe (default: 4 hours) EMA Length: Period for HTF EMAs (default: 21) Min Alignment: Minimum timeframes aligned for signal (default: 2/3) Display Options: Show Dashboard: Toggle strength score table (default: enabled) Show Strength Bars: Toggle background coloring (default: enabled) Dashboard Position: Top-right, top-left, bottom-right, bottom-left Color Theme: Choose between multiple color schemes How to Use This Indicator Step 1: Check Multi-Timeframe Alignment Review the dashboard MTF section. Look for 2/3 or 3/3 alignment in your intended trade direction. Avoid trades when timeframes are mixed or opposing. Step 2: Verify ADX Strength Ensure ADX is above 20 (preferably above 30) for trend-following trades. ADX below 20 suggests ranging market where trend strategies underperform. Step 3: Confirm Donchian Position Check if price is near or breaking through Donchian channels. Breakouts with strong ADX signal high-momentum moves. Step 4: Assess VWAP Position For long trades, prefer price above VWAP. For short trades, prefer price below VWAP. Large distances from VWAP may indicate overextension. Step 5: Check for Divergences Look for RSI divergence warnings. If divergence appears with extreme strength score, consider taking profits or tightening stops. Step 6: Review Strength Score Use the overall strength score as final filter. Scores above 70 indicate strong trend conditions favorable for trend-following. Scores below 40 suggest caution. Best Practices Use on 5-minute to 1-hour timeframes for optimal multi-timeframe analysis Wait for 2/3 or 3/3 MTF alignment before entering trend trades Strong ADX (> 30) with MTF alignment produces highest-probability setups Donchian breakouts with ADX > 25 often lead to sustained moves VWAP acts as dynamic support/resistance - use for entry refinement RSI divergences in strong trends often lead to pullbacks, not reversals Strength score above 80 suggests strong trend continuation potential Avoid trading when strength score is below 40 unless counter-trend trading Combine with price action and key levels for precise entries Indicator Limitations ADX is lagging indicator - trend strength confirmed after move has started Donchian breakouts can produce false signals in choppy markets VWAP resets daily, may not reflect longer-term institutional positioning Multi-timeframe analysis requires sufficient data history Strength score is mathematical calculation, not prediction of future movement Strong trends can reverse suddenly despite high strength scores Divergences can persist for extended periods in strong trends Higher timeframe data may repaint on lower timeframes Requires understanding of trend analysis concepts for effective use Technical Implementation Built with Pine Script v6 using: DMI/ADX calculation with directional indicators Donchian Channel calculation with breakout detection VWAP calculation with session reset options Pivot-based RSI divergence detection request.security() for multi-timeframe EMA analysis Comprehensive strength scoring algorithm Dynamic dashboard with component breakdown Background coloring based on strength levels The code is fully open-source and can be modified to adjust timeframes, thresholds, and scoring weights. Originality Statement This indicator is original in its multi-timeframe strength integration approach. While individual components (ADX, Donchian Channels, VWAP, RSI divergence, EMAs) are established tools, this mashup is justified because: It combines trend strength measurement with multi-timeframe directional confirmation The strength scoring system quantifies trend quality across multiple dimensions Multi-timeframe analysis prevents counter-trend trades on lower timeframes Integration of volume-weighted analysis (VWAP) with momentum indicators Divergence detection provides early warning within trend strength context Comprehensive dashboard presents complex multi-timeframe data clearly Each component contributes unique information: ADX measures trend strength, Donchian identifies breakout momentum, VWAP shows institutional positioning, RSI divergences warn of exhaustion, and MTF EMAs ensure alignment. The mashup's value lies in filtering out weak, counter-trend setups and highlighting only those with genuine multi-timeframe strength confirmation. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice or a recommendation to buy or sell any financial instrument. Trading involves substantial risk of loss and is not suitable for all investors. Trend strength indicators are lagging tools that confirm trends after they've begun. Strong trends can reverse suddenly, and high strength scores do not guarantee trend continuation. Multi-timeframe analysis does not eliminate the risk of losses. The strength score is a mathematical calculation based on current market data, not a prediction of future price movement. Past trend strength does not guarantee future performance. Market conditions change, and trends that appear strong can reverse without warning. Always use proper risk management, including stop losses and position sizing appropriate for your account size and risk tolerance. Never risk more than you can afford to lose. Consider consulting with a qualified financial advisor before making investment decisions. The author is not responsible for any losses incurred from using this indicator. Users assume full responsibility for all trading decisions made using this tool. -Made with passion by officialjackofalltrades
Pine Script® indicator
by officialjackofalltrades