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ABCD Harmonic Pattern Strategy (Bull + Bear) This script is a strategy implementation of the classic ABCD Harmonic Pattern, designed for market structure analysis, backtesting, and educational research. The ABCD pattern is one of the foundational harmonic price patterns in technical analysis. Its Fibonacci ratio relationships were formalized and standardized within harmonic trading theory by Scott M. Carney, whose work helped define modern harmonic pattern rules. This strategy is conceptually inspired by educational ABCD pattern logic shared by the TradingView author theEccentricTrader. The code, structure, execution logic, filters, and risk management have been independently developed, reconstructed, and extended into a complete TradingView strategy. What this strategy does Detects bullish and bearish ABCD harmonic patterns based on price structure and Fibonacci ratios. Reconstructs ABCD market structure logic for both directions instead of using a simple visual inversion. Draws the ABCD legs, structure labels (A, B, C, D), and projection levels directly on the chart. Generates long and short trade entries using confirmed ABCD structures. Includes optional confluence filters, such as: Higher-timeframe EMA trend filter RSI strength filter ATR volatility filter Volume confirmation Candle body confirmation Minimum bounce distance from point D Provides built-in risk management, including: Configurable Stop Loss Configurable Take Profit Optional trailing stop Designed for backtesting, parameter optimization, and analytical research. Why this strategy is different This script is not a simple indicator conversion nor a basic bullish/bearish mirror. The ABCD pattern logic has been recreated at the structural level to better reflect how bullish and bearish market formations behave in real price action. Key differences Reconstructed bullish and bearish structures Bullish and bearish ABCD patterns are independently defined using market structure logic, not just inverted visually. Each direction has its own pivot relationships and validation rules to produce a more faithful representation of the ABCD pattern. Structure-aware pattern validation Pattern confirmation is based on price swings, structure continuity, and Fibonacci alignment, helping reduce distorted or forced patterns. Strategy-based execution Unlike indicator-only ABCD tools that only visualize patterns, this script uses strategy.entry and strategy.exit, enabling full backtesting and performance analysis. Confluence-driven entries Trade entries can require multiple confirmation layers beyond the pattern itself, helping reduce low-quality signals and overtrading. Integrated risk management Stop Loss, Take Profit, and optional trailing logic are applied consistently for both long and short positions. Non-repainting design Pattern detection and entries rely on confirmed bars (barstate.isconfirmed) and higher-timeframe data with lookahead_off, ensuring signals do not repaint historically. Improved and controlled visualization Pattern drawings, projections, and entry markers are managed with strict object limits to comply with TradingView performance and publishing requirements. How to use Add the strategy to a chart and select a symbol and timeframe. Enable or disable filters under “Entry Filters (Confluence)”. Configure Stop Loss, Take Profit, and trailing behavior under “TP/SL”. Use pattern drawings and entry markers as visual and analytical confirmation, not as standalone trade signals. Important notes This script is provided for educational and research purposes only. It does not provide financial or investment advice. No profitability or performance is implied or guaranteed. Past performance does not indicate future results. Always test across multiple markets and timeframes and apply proper risk management. Credits ABCD Harmonic Pattern: Harmonic trading principles as formalized by Scott M. Carney. Conceptual inspiration: Educational ABCD pattern logic shared by @theEccentricTrader on TradingView. Pattern reconstruction, strategy logic, and risk management: Independent development.
Estrategia Pine Script®
por TagsTrading
Smart Divergence Scanner═══════════════════════════════════════════════════════════════════════════════ DivScan Pro - User Guide ═══════════════════════════════════════════════════════════════════════════════ OVERVIEW ──────────────────────────────────────────────────────────────────────────────── DivScan Pro is a multi-indicator divergence scanner that detects potential reversal points by analyzing 10+ technical indicators simultaneously. Optimized for 5m and 15m timeframes. SIGNAL ICONS ──────────────────────────────────────────────────────────────────────────────── ▲ Green Triangle (Below Bar) = BUY Signal Strong bullish divergence confirmed by volume + RSI oversold ▼ Red Triangle (Above Bar) = SELL Signal Strong bearish divergence confirmed by volume + RSI overbought ▲ Faded Green Triangle = Weak BUY Bullish divergence detected but filters not fully met ▼ Faded Red Triangle = Weak SELL Bearish divergence detected but filters not fully met H Red "H" Label = Pivot High Point L Green "L" Label = Pivot Low Point DIVERGENCE LABELS ──────────────────────────────────────────────────────────────────────────────── ┌─────────┐ │ MC │ Aqua Box (Bottom) = Bullish Divergence │ RS │ Shows which indicators detected divergence │ 3 │ Number = total indicator count └─────────┘ ┌─────────┐ │ MC │ Purple Box (Top) = Bearish Divergence │ VW │ Shows which indicators detected divergence │ MF │ Number = total indicator count │ 3 │ └─────────┘ INDICATOR ABBREVIATIONS ──────────────────────────────────────────────────────────────────────────────── MC = MACD Line MH = MACD Histogram RS = RSI (Relative Strength Index) ST = Stochastic CC = CCI (Commodity Channel Index) MO = Momentum OB = OBV (On Balance Volume) VW = VWMACD (Volume Weighted MACD) CF = CMF (Chaikin Money Flow) MF = MFI (Money Flow Index) EX = External Indicator DIVERGENCE LINES ──────────────────────────────────────────────────────────────────────────────── ─────── Solid Aqua Line = Bullish Regular Divergence Price: Lower Low | Indicator: Higher Low Suggests: Potential upward reversal ─────── Solid Purple Line = Bearish Regular Divergence Price: Higher High | Indicator: Lower High Suggests: Potential downward reversal - - - - Dashed Lime Line = Bullish Hidden Divergence Price: Higher Low | Indicator: Lower Low Suggests: Trend continuation (uptrend) - - - - Dashed Red Line = Bearish Hidden Divergence Price: Lower High | Indicator: Higher High Suggests: Trend continuation (downtrend) HOW TO USE ──────────────────────────────────────────────────────────────────────────────── 1. WAIT FOR STRONG SIGNALS Look for solid ▲ or ▼ triangles (not faded) These have volume + RSI confirmation 2. CHECK CONFLUENCE More indicators = stronger signal Label shows "3" or higher = high confidence 3. CONFIRM WITH PRICE ACTION Wait for candle confirmation after signal Look for support/resistance levels 4. RECOMMENDED SETTINGS FOR SCALPING (5m/15m) • Pivot Period: 3 • Min Confirmations: 2 • Max Lookback: 50 • Wait Confirmation: ON SETTINGS QUICK REFERENCE ──────────────────────────────────────────────────────────────────────────────── MAIN Pivot Period How many bars to identify pivot (lower = more signals) Pivot Source Close or High/Low for pivot detection Divergence Type Regular, Hidden, or Both Max Pivots Maximum pivot points to scan Max Lookback Maximum bars to look back Min Confirmations Minimum indicators required (higher = fewer but stronger) Wait Confirmation Wait for bar close before signal DISPLAY Labels Full (MC), Abbrev (M), or None Show Count Display number of confirming indicators Show Lines Draw divergence lines on chart Show Pivots Mark H/L pivot points Last Only Show only most recent divergence Show MA 50/200 Display moving averages INDICATORS Toggle each indicator ON/OFF for divergence scanning ALERTS ──────────────────────────────────────────────────────────────────────────────── Available alerts in TradingView: • Bullish Regular Divergence • Bearish Regular Divergence • Bullish Hidden Divergence • Bearish Hidden Divergence • Any Bullish Divergence • Any Bearish Divergence TIPS ──────────────────────────────────────────────────────────────────────────────── ✓ Higher "Min Confirmations" = fewer signals but higher accuracy ✓ Use with support/resistance levels for best entries ✓ Strong signals (solid triangles) have better win rate ✓ Multiple indicator confluence (3+) = highest probability trades ✓ Always use stop loss - divergence can fail ═══════════════════════════════════════════════════════════════════════════════ DivScan Pro v1.0 ═══════════════════════════════════════════════════════════════════════════════
Indicador Pine Script®
por A1TradingHub
Daily Trend ScannerThis indicator tracks the input tickers (up to 20) and looks at the Previous Day High/Low and Premarket High/Low of the ticker. If the price is above PDH and PMH the ticker will be displayed as bullish. If the price is below PDL and PML the ticker will be displayed as bearish. You can track up to 20 tickers and select how many you want to display in the settings. Adjust Premarket session time Adjust Table size, position and font size This indicator is useful for visually tracking what tickers may be trending for the day and which direction the trend is going.
Indicador Pine Script®
por rogman
H1 Liquidity Sweep Tracker🇬🇧 English: H1 Liquidity Sweep Tracker Overview The H1 Liquidity Sweep Tracker is a technical analysis tool designed for TradingView (Pine Script v5). It identifies "Liquidity Sweeps"—market movements where the price briefly breaches a significant level to trigger stop-loss orders before reversing. Core Functions H1 Level Detection: Regardless of your current timeframe (e.g., 1m, 5m, or 15m), the script automatically fetches the High and Low of the previous 1-hour candle. Real-Time Monitoring: It tracks price action relative to these levels to identify failed breakouts. Visual Indicators: Horizontal Lines: Displays the H1 High (Red) and H1 Low (Green) from the previous hour. Sweep Shapes: A triangle appears above/below the candle when a sweep is detected. How it Works (The Logic) A "Sweep" is triggered when the current price moves beyond the H1 boundary but fails to maintain that position: Bullish Sweep: The price drops below the previous H1 Low (collecting sell-side liquidity) but closes back above it. This suggests a potential upward reversal. Bearish Sweep: The price rises above the previous H1 High (collecting buy-side liquidity) but closes back below it. This suggests a potential downward reversal.
Indicador Pine Script®
por ingoschloemer
Ultimate Major Contextual Dashboard (Multi-Asset)Overview : The Ultimate Major Dashboard is a performance-optimized market overview tool designed to provide a consolidated snapshot of the 7 major Forex pairs and Gold. It aggregates correlation, trend, momentum, and volatility data into a single, clean table, allowing users to view broader market context without switching charts. Technical Logic & Components : This indicator utilizes a modular function to analyze EURUSD, GBPUSD, USDJPY, USDCHF, AUDUSD, USDCAD, NZDUSD, and XAUUSD across four key dimensions: Intermarket Correlation (Pearson Coefficient): Uses ta.correlation() to compare each asset against the symbol currently on your main chart. Logic: Values above 0.7 (Dark Green) suggest a strong positive relationship, while values below -0.7 (Dark Red) suggest inverse behavior. This is calculated over a rolling 50-period window to balance stability with current market sensitivity. Trend Bias (EMA-200): Evaluates the long-term trend by checking price position relative to the 200-period Exponential Moving Average. Visuals: An upward arrow (⬆) indicates price is above the EMA; a downward arrow (⬇) indicates it is below. Momentum (RSI-14): Calculates the Relative Strength Index. The dashboard automatically highlights readings above 70 (OB) or below 30 (OS) to help identify potential momentum extremes. Volatility (ATR-14): Displays the Average True Range as a reference for the current active range of each market, helping users compare volatility levels across the majors. How to Interpret the Dashboard Asset Alignment: Correlation values help identify when pairs are moving in "unison" versus when a specific currency is diverging from the group. Directional Context: Combining the Trend (EMA) and Momentum (RSI) columns provides a quick view of whether a market is trending strongly or reaching an exhaustion point. Volatility Benchmarking: The ATR values offer perspective on which pairs are currently the most active, assisting in market comparison based on volatility preference. Data Handling & Customization Multi-Symbol Sync: Data is fetched using request.security(). The calculations are synchronized with the chart's current bar state for real-time accuracy. Dynamic TF: Users can select the analysis timeframe (60, 240, D, W) via the settings menu. Flexibility: The dashboard position can be toggled between all four corners of the chart to avoid overlapping with price action. Disclaimer This tool is provided for analytical and educational purposes only. It does not generate trading signals and should not be considered financial advice.
Indicador Pine Script®
por HTDFR
RSI Fibonacci Flow [JOAT]RSI Fibonacci Flow - Advanced Fibonacci Retracement with RSI Confluence Introduction RSI Fibonacci Flow is an open-source overlay indicator that combines automatic Fibonacci retracement levels with RSI momentum analysis to identify high-probability trading zones. The indicator automatically detects swing highs and lows, draws Fibonacci levels, and generates confluence signals when RSI conditions align with key Fibonacci zones. This indicator is designed for traders who use Fibonacci retracements but want additional confirmation from momentum analysis before entering trades. Originality and Purpose This indicator is NOT a simple mashup of RSI and Fibonacci tools. It is an original implementation that creates a synergistic relationship between two complementary analysis methods: Why Combine RSI with Fibonacci? Fibonacci retracements identify WHERE price might reverse, but they don't tell you WHEN. RSI provides the timing component by showing momentum exhaustion. When price reaches the Golden Zone (50%-61.8%) AND RSI shows oversold conditions, the probability of a successful bounce increases significantly. Original Confluence Scoring System: The indicator calculates a 0-5 confluence score that weights multiple factors: Golden Zone presence (+2), entry zone presence (+1), RSI extreme alignment (+1), RSI divergence (+1), and strong RSI momentum (+1). This scoring system is original to this indicator. Automatic Pivot Detection: Unlike manual Fibonacci tools, this indicator automatically detects swing highs and lows using a configurable pivot algorithm, then draws Fibonacci levels accordingly. The pivot detection uses a center-bar comparison method that checks if a bar's high/low is the highest/lowest within the specified depth on both sides. Dynamic Trend Awareness: The indicator determines trend direction based on pivot sequence (last pivot was high or low) and adjusts Fibonacci orientation accordingly. In uptrends, 0% is at swing low; in downtrends, 0% is at swing high. Each component serves a specific purpose: Fibonacci levels identify potential reversal zones based on natural price ratios RSI provides momentum context to filter out low-probability setups Confluence scoring quantifies setup quality for position sizing decisions Automatic pivot detection removes subjectivity from level placement Core Concept: RSI-Fibonacci Confluence The most powerful trading setups occur when multiple factors align. RSI Fibonacci Flow identifies these moments by: Automatically detecting price pivots and drawing Fibonacci levels Tracking which Fibonacci zone the current price occupies Monitoring RSI for overbought/oversold conditions Generating signals when RSI extremes coincide with key Fibonacci levels Scoring confluence strength on a 0-5 scale When price reaches the Golden Zone (50%-61.8%) while RSI shows oversold conditions in an uptrend, the probability of a bounce increases significantly. Fibonacci Levels Explained The indicator draws nine Fibonacci levels based on the most recent swing: 0% (Swing Low/High): The starting point of the move 23.6%: Shallow retracement - often seen in strong trends 38.2%: First significant support/resistance level 50%: Psychological midpoint of the move 61.8% (Golden Ratio): The most important Fibonacci level 78.6%: Deep retracement - last defense before trend failure 100% (Swing High/Low): The end point of the move 127.2% (TP1): First extension target for take profit 161.8% (TP2): Second extension target for take profit The Golden Zone The area between 50% and 61.8% is highlighted as the "Golden Zone" because: It represents the optimal retracement depth for trend continuation Institutional traders often place orders in this zone It offers favorable risk-to-reward ratios Price frequently bounces from this area in healthy trends When price enters the Golden Zone, the indicator highlights it with a semi-transparent box and optional background coloring. Pivot Detection System The indicator uses a configurable pivot detection algorithm: pivotDetect(float src, int len, bool isHigh) => int halfLen = len / 2 float centerVal = nz(src , src) bool isPivot = true for i = 0 to len - 1 if isHigh if nz(src , src) > centerVal isPivot := false break else if nz(src , src) < centerVal isPivot := false break isPivot ? centerVal : float(na) This identifies swing highs and lows by checking if a bar's high/low is the highest/lowest within the specified depth on both sides. Visual Components 1. Fibonacci Lines Horizontal lines at each Fibonacci level: Solid lines for major levels (0%, 50%, 61.8%, 100%) Dashed lines for secondary levels (23.6%, 38.2%, 78.6%) Dotted lines for extension levels (127.2%, 161.8%) Color-coded for easy identification Configurable line width 2. Fibonacci Labels Price labels at each level showing: Fibonacci percentage Actual price at that level Golden Zone label highlighted TP1 and TP2 labels for targets 3. Golden Zone Box A semi-transparent box highlighting the 50%-61.8% zone: Gold colored border and fill Extends from swing start to current bar (or beyond if extended) Provides clear visual of the optimal entry zone 4. ZigZag Lines Connecting lines between detected pivots: Cyan for moves from low to high Orange for moves from high to low Helps visualize market structure Configurable line width 5. Pivot Markers Small labels at detected swing points: "HH" (Higher High) at swing highs "LL" (Lower Low) at swing lows Helps track market structure 6. Entry Signals BUY and SELL labels when confluence conditions are met: BUY: RSI oversold + price in entry zone + uptrend + positive momentum SELL: RSI overbought + price in entry zone + downtrend + negative momentum Labels include "RSI+FIB" to indicate confluence Confluence Scoring System The indicator calculates a confluence score from 0 to 5: +2 points: Price is in the Golden Zone (50%-61.8%) +1 point: Price is in the entry zone (38.2%-61.8%) +1 point: RSI is oversold in uptrend OR overbought in downtrend +1 point: RSI divergence detected (bullish or bearish) +1 point: Strong RSI momentum (change > 2 points) Confluence ratings: STRONG (4-5): Multiple factors align - high probability setup MODERATE (2-3): Some factors align - proceed with caution WEAK (0-1): Few factors align - wait for better setup Dashboard Panel The 10-row dashboard provides comprehensive analysis: RSI Value: Current RSI reading (large text) RSI State: OVERBOUGHT, OVERSOLD, BULLISH, BEARISH, or NEUTRAL Fib Trend: UPTREND or DOWNTREND based on last pivot sequence Price Zone: Current Fibonacci zone (e.g., "GOLDEN ZONE", "38.2% - 50%") Price: Current close price (large text) Confluence: Score rating with numeric value (e.g., "STRONG (4/5)") Nearest Fib: Closest key Fibonacci level with price TP1 (127.2%): First take profit target price TP2 (161.8%): Second take profit target price Input Parameters Pivot Detection: Pivot Depth: Bars to look back for swing detection (default: 10) Min Deviation %: Minimum price move to confirm pivot (default: 1.0) RSI Settings: RSI Length: Period for RSI calculation (default: 14) Source: Price source (default: close) Overbought: Upper threshold (default: 70) Oversold: Lower threshold (default: 30) Fibonacci Display: Show Fib Lines: Toggle Fibonacci lines (default: enabled) Show Fib Labels: Toggle price labels (default: enabled) Show Golden Zone Box: Toggle zone highlight (default: enabled) Line Width: Thickness of Fibonacci lines (default: 2) Extend Fib Lines: Extend lines into future (default: enabled) ZigZag: Show ZigZag: Toggle connecting lines (default: enabled) ZigZag Width: Line thickness (default: 2) Signals: Show Entry Signals: Toggle BUY/SELL labels (default: enabled) Show TP Levels: Toggle take profit in dashboard (default: enabled) Show RSI-Fib Confluence: Toggle confluence analysis (default: enabled) Dashboard: Show Dashboard: Toggle information panel (default: enabled) Position: Choose corner placement Colors: Bullish: Color for bullish elements (default: cyan) Bearish: Color for bearish elements (default: orange) Neutral: Color for neutral elements (default: gray) Golden Zone: Color for Golden Zone highlight (default: gold) How to Use RSI Fibonacci Flow Identifying Entry Zones: Wait for price to retrace to the 38.2%-61.8% zone Check if RSI is approaching oversold (for longs) or overbought (for shorts) Look for STRONG confluence rating in the dashboard Enter when BUY or SELL signal appears Setting Take Profit Targets: TP1 at 127.2% extension for conservative target TP2 at 161.8% extension for aggressive target Consider scaling out at each level Using the Price Zone: "BELOW 23.6%" - Price hasn't retraced much; wait for deeper pullback "23.6% - 38.2%" - Shallow retracement; strong trend continuation possible "38.2% - 50%" - Good entry zone for trend trades "GOLDEN ZONE" - Optimal entry zone; highest probability "61.8% - 78.6%" - Deep retracement; trend may be weakening "78.6% - 100%" - Very deep; trend reversal possible "ABOVE/BELOW 100%" - Trend has likely reversed Confluence Trading Strategy: Only take trades with confluence score of 3 or higher STRONG confluence (4-5) warrants larger position size MODERATE confluence (2-3) warrants smaller position size WEAK confluence (0-1) - wait for better setup Alert Conditions Ten alert conditions are available: RSI-Fib BUY Signal: Strong bullish confluence detected RSI-Fib SELL Signal: Strong bearish confluence detected Price in Golden Zone: Price enters 50%-61.8% zone New Pivot High: Swing high detected New Pivot Low: Swing low detected RSI Overbought: RSI crosses above overbought threshold RSI Oversold: RSI crosses below oversold threshold Bullish Divergence: Potential bullish RSI divergence Bearish Divergence: Potential bearish RSI divergence Strong Confluence: Confluence score reaches 4 or higher Understanding Trend Direction The indicator determines trend based on pivot sequence: UPTREND: Last pivot was a low after a high (expecting move up) DOWNTREND: Last pivot was a high after a low (expecting move down) Fibonacci levels are drawn accordingly: In uptrend: 0% at swing low, 100% at swing high In downtrend: 0% at swing high, 100% at swing low Bar Coloring When confluence features are enabled: Cyan bars on strong bullish signals Orange bars on strong bearish signals Gold-tinted bars when price is in Golden Zone Best Practices Use on 1H timeframe or higher for more reliable pivots Adjust Pivot Depth based on timeframe (higher for longer timeframes) Wait for price to enter Golden Zone before considering entries Confirm RSI is in favorable territory before trading Use extension levels (127.2%, 161.8%) for realistic profit targets Combine with support/resistance and candlestick patterns Higher confluence scores indicate higher probability setups Limitations Pivot detection has inherent lag (must wait for confirmation) Fibonacci levels are subjective - different swings produce different levels Works best in trending markets with clear swings RSI can remain overbought/oversold in strong trends Not all Golden Zone entries will be successful The source code is open and available for review and modification. Disclaimer This indicator is provided for educational and informational purposes only. It is not financial advice. Trading involves substantial risk of loss. Past performance does not guarantee future results. Fibonacci levels are not guaranteed support/resistance - they are probability zones based on historical price behavior. Always conduct your own analysis and use proper risk management. - Made with passion by officialjackofalltrades :D
Indicador Pine Script®
por officialjackofalltrades
6
Shares to Stop Loss📊 Shares to Stop Loss Calculator This indicator automatically calculates the optimal number of shares to trade based on your predefined risk amount and dynamic stop loss levels. 🎯 Key Features: Automatic Position Sizing: Calculates exact number of shares for both LONG and SHORT positions based on your risk tolerance Dynamic Stop Loss Levels: Uses relative highs and lows from a customizable lookback period Visual Reference Lines: Displays horizontal lines showing your stop loss levels on the chart Real-time Updates: Position size adjusts automatically with price movement Clean Interface: Compact table showing all relevant information without cluttering your chart ⚙️ How It Works: For SHORT positions: Stop loss is placed at the relative high (highest price in the lookback period) Calculates shares needed to risk your specified dollar amount For LONG positions: Stop loss is placed at the relative low (lowest price in the lookback period) Calculates shares needed to risk your specified dollar amount 📝 Inputs: Amount for stop loss ($): Your maximum risk per trade in dollars (default: $100) Look back candles for rel. HIGH: Period to calculate the relative high for SHORT stops (default: 20) Look back candles for rel. LOW: Period to calculate the relative low for LONG stops (default: 20) Line colors: Customize the appearance of reference lines 💡 Use Case: Perfect for traders who practice proper risk management and want to maintain consistent dollar risk across different price levels and volatility conditions. Simply set your risk amount once, and the indicator does the math for you on every candle. ⚠️ Note: This indicator calculates position sizes based on technical levels. Always consider liquidity, account size, and broker requirements before entering positions.
Indicador Pine Script®
por atr1235
[CT] D&W PPO + RBF + DivergenceThis indicator combines two separate ideas into one tool so you can read trend context from your price chart while timing momentum shifts from a clean oscillator panel. The first component is the Daily and Weekly Percentage Price Oscillator (D&W PPO), which measures the relationship between two EMA spreads that are intentionally built to reflect two “speeds” of market structure. The “weekly” leg is calculated as the percentage distance between a slower and faster EMA pair (L1 and L2), and the “daily” leg is calculated as the percentage distance between a shorter EMA pair (L3 and L4), but both are normalized by the same long EMA (e2) so the values behave like a percent-based oscillator rather than raw points. The script then combines those two legs by creating R = W + D, and it plots the histogram as R − W, which simplifies to D. That is not a mistake, it is the point of the design. By setting the baseline at “R equals W,” the zero line becomes a very intuitive threshold that tells you whether the shorter-term push is adding to the longer-term bias or subtracting from it. When the histogram is above zero, the daily component is supportive of the larger trend pressure, and when it is below zero, the daily component is opposing it. The histogram color is intentionally binary and stable, green when the histogram is at or above zero and red when it is below, so the panel reads like a momentum confirmation tool rather than a noisy oscillator that constantly shifts shades. The second component is the RBF Price Trail, which is drawn on the upper price chart even though the indicator itself lives in a lower panel. This line is not a moving average in the traditional sense. It is a Radial Basis Function kernel smoother that weights recent prices based on their similarity rather than only their recency. In plain terms, the kernel attempts to build a smoother “baseline” that adapts to the shape of price action, and then the script optionally wraps that baseline inside an ATR band and applies a Supertrend-like trailing clamp. When the ATR band is enabled, the line will not simply track the kernel value, it will trail price and hold its position until price forces it to ratchet. This behavior is what makes it useful as a structure-aligned trend line rather than just another smoothing curve. When the adaptive band boost is enabled, the band width is multiplied by a factor that grows when recent price change is large relative to a lookback normalization window. That means the trailing mechanism can adapt to fast markets by changing the effective band behavior, which helps reduce whipsaws in choppy conditions while still allowing the line to respond when volatility expands. The line color is determined by where price closes relative to the trail, bullish when price is above the trail and bearish when price is below it, and you can optionally color your actual chart candles from either the PPO state or the RBF state depending on what you want your eyes to follow. The settings are organized so you can control each module without changing how the core PPO trend logic behaves. The PPO settings L1, L2, L3, and L4 define the EMA lengths used to compute the weekly leg W and the daily leg D. Increasing these values makes the oscillator slower and smoother, while decreasing them makes it react faster to recent movement. “Show W line” is simply a visual aid, it plots the W line in the oscillator panel so you can see the longer-term component, but it does not change the histogram logic. “Histogram thickness” is purely visual and controls how thick the column bars are. The PPO colors are the two base colors used for the histogram state, green when the daily component is supportive and red when it is opposing. The RBF settings control what you see on the upper chart. “Show RBF on Price Chart” turns the trail line on or off. “Source” chooses which price series feeds the kernel, and close is usually the cleanest choice. “Kernel Length” determines how many bars the kernel uses; a larger value makes the baseline smoother and slower, and a smaller value makes it more reactive. “Gamma Adj” controls how quickly the kernel’s weights decay as price becomes dissimilar, so higher gamma tends to make the kernel react more sharply to changes while lower gamma produces a broader smoothing effect. “Use ATR Trail Band” is the switch that turns the kernel baseline into a trailing band line, and it is the reason the line can “hold” and then ratchet instead of moving continuously like a normal moving average. “ATR Length” and “ATR Factor” control the width of that band, and widening the band will generally reduce flips and noise at the cost of later signals. “Use Adaptive Band Boost” turns on the volatility normalization idea, “Boost Normalization Lookback” defines how far back the script looks to determine what counts as a large price change, and “Boost Multiplier” controls how strongly the band behavior is adjusted during those periods. The line width and bull/bear colors are visual controls only. Price bar coloring is intentionally handled with a single selector so you do not end up with two modules fighting to color candles differently. If you choose “Off,” nothing on the main chart is recolored. If you choose “PPO,” your price candles reflect whether the PPO histogram is above or below zero. If you choose “RBF,” your price candles reflect whether price is above or below the RBF trail. Most traders will pick one and stick with it so the chart communicates a single bias at a glance. The divergence module is optional and is designed to be a confirmation layer rather than a primary trigger. When enabled, it can mark regular divergence and hidden divergence, and it lets you decide what the pivots should be based on. The divergence source can be the PPO histogram or the R line, depending on whether you want divergence measured on the cleaner momentum component or on the combined series. “Key off pivots” determines whether pivot detection is driven by oscillator pivots or by price pivots. If you choose oscillator pivots, divergence anchors are found where the oscillator makes pivot highs or lows and those are compared against price at the same points. If you choose price pivots, the pivots are taken from price first and the oscillator value at those pivot bars is used for the comparison, which can feel more intuitive when you want divergence to respect obvious swing structure on the chart. Pivot Left and Pivot Right control how strict the swing definition is, larger values create fewer but more meaningful pivots and smaller values create more frequent signals. “Mark on Price Chart” adds tiny markers on the candles at the pivot location so you can see where the divergence event was confirmed, while the oscillator panel uses lines and labels to make the divergence relationship obvious. For trading, the cleanest way to use this tool is to separate “bias” from “timing.” The RBF Price Trail is your bias filter because it is structure-like and tends to hold and ratchet rather than constantly drifting. When price is closing above the trail and the trail is colored bullish, you treat the market as long-biased and you focus on long setups, pullbacks, and continuation entries. When price is closing below the trail and the trail is bearish, you treat the market as short-biased and you focus on short setups, rallies, and continuation shorts. The PPO histogram is then your timing and pressure confirmation. In an up-bias, the highest quality continuation conditions are when the histogram is above zero and stays above zero through pullbacks, because that means the shorter-term pressure is still supporting the longer-term drift. When the histogram dips below zero during an up-bias, it is a warning that the daily component is now opposing, which often corresponds to a deeper pullback, a rotation, or a period of consolidation, so you either wait for the histogram to recover above zero or you tighten expectations and manage risk more aggressively. In a down-bias, the mirror logic applies: the best continuation conditions are when the histogram is below zero, and pushes above zero tend to represent countertrend rotations or pauses inside the bearish condition. Divergence is best used as an early warning and a location filter, not as a standalone entry button. Regular bullish divergence, where price makes a lower low but the oscillator makes a higher low, can signal bearish pressure is weakening and is most useful when it appears while price is below the RBF trail but failing to continue downward, because it often precedes a reclaim of the trail or at least a meaningful rotation. Regular bearish divergence, where price makes a higher high but the oscillator makes a lower high, can signal bullish pressure is weakening and is most useful when it appears while price is above the trail but extension is failing, because it often precedes a drop back to the trail or a full flip. Hidden divergence is a continuation concept. Hidden bullish divergence, where price makes a higher low while the oscillator makes a lower low, often shows up during pullbacks in an uptrend and can help you confirm continuation as long as the RBF bias remains bullish. Hidden bearish divergence, where price makes a lower high while the oscillator makes a higher high, often shows up during rallies in a downtrend and can help you confirm continuation as long as the RBF bias remains bearish. In practice, you’ll get the best results when you only act on divergence that aligns with the RBF bias for hidden divergence continuation, and you treat regular divergence as a caution or reversal setup only when it occurs near a meaningful swing and is followed by a bias change or a strong momentum shift on the PPO. The most practical workflow is to keep the RBF trail visible on the price chart as your regime guide, keep the PPO histogram as your momentum confirmation, and decide in advance whether you want candle coloring to represent the PPO state or the RBF state so your eyes are not reading two different meanings at once. if you want the cleanest “trend-following” behavior, color candles by the RBF trail and use the PPO histogram as the timing trigger. If you want the cleanest “momentum-first” behavior, color candles by PPO and treat the RBF trail as the higher-level filter for whether you should press a move or fade it.
Indicador Pine Script®
por ChaosTrader63
1
[GYTS] Volatility Toolkit Volatility Toolkit 🌸 Part of GoemonYae Trading System (GYTS) 🌸 🌸 --------- INTRODUCTION --------- 🌸 💮 What is Volatility Toolkit? Volatility Toolkit is a comprehensive volatility analysis indicator featuring academically-grounded range-based estimators. Unlike simplistic measures like ATR, these estimators extract maximum information from OHLC data — resulting in estimates that are 5-14× more statistically efficient than traditional close-to-close methods. The indicator provides two configurable estimator slots, weighted aggregation, adaptive threshold detection, and regime identification — all with flexible smoothing options via GYTS FiltersToolkit integration. 💮 Why Use This Indicator? Standard volatility measures (like simple standard deviation) are highly inefficient, requiring large amounts of data to produce stable estimates. Academic research has shown that range-based estimators extract far more information from the same price data: • Statistical Efficiency — Yang-Zhang achieves up to 14× the efficiency of close-to-close variance, meaning you can achieve the same estimation accuracy with far fewer bars • Drift Independence — Rogers-Satchell and Yang-Zhang correctly isolate variance even in strongly trending markets where simpler estimators become biased • Gap Handling — Yang-Zhang properly accounts for overnight gaps, critical for equity markets • Regime Detection — Built-in threshold modes identify when volatility enters elevated or suppressed states ↑ Overview showing Yang-Zhang volatility with dynamic threshold bands and regime background colouring 🌸 --------- HOW IT WORKS --------- 🌸 💮 Core Concept The toolkit groups volatility estimators by their output scale to ensure valid comparisons and aggregations: • Log-Return Scale (σ) — Close-to-Close, Parkinson, Garman-Klass, Rogers-Satchell, Yang-Zhang. These are comparable and can be aggregated. Annualisable via √(periods_per_year) scaling. • Price Unit Scale ($) — ATR. Measures volatility in absolute price terms, directly usable for stop-loss placement. • Percentage Scale (%) — Chaikin Volatility. Measures the rate of change of the trading range — whether volatility is expanding or contracting. Only estimators with the same scale can be meaningfully compared or aggregated. The indicator enforces this and warns when mixing incompatible scales. 💮 Range-Based Estimator Overview Range-based estimators utilise High, Low, Open, and Close prices to extract significantly more information about the underlying diffusion process than close-only methods: • Parkinson (1980) — Uses High-Low range. ~5× more efficient than close-to-close. Assumes zero drift. • Garman-Klass (1980) — Incorporates Open and Close. ~7.4× more efficient. Assumes zero drift, no gaps. • Rogers-Satchell (1991) — Drift-independent. Superior in trending markets where Parkinson/GK become biased. • Yang-Zhang (2000) — Composite estimator handling both drift and overnight gaps. Up to 14× more efficient. 💮 Theoretical Background • Parkinson, M. (1980). The Extreme Value Method for Estimating the Variance of the Rate of Return. Journal of Business, 53 (1), 61–65. DOI • Garman, M.B. & Klass, M.J. (1980). On the Estimation of Security Price Volatilities from Historical Data. Journal of Business, 53 (1), 67–78. DOI • Rogers, L.C.G. & Satchell, S.E. (1991). Estimating Variance from High, Low and Closing Prices. Annals of Applied Probability, 1 (4), 504–512. DOI • Yang, D. & Zhang, Q. (2000). Drift-Independent Volatility Estimation Based on High, Low, Open, and Close Prices. Journal of Business, 73 (3), 477–491. DOI 🌸 --------- KEY FEATURES --------- 🌸 💮 Feature Reference Estimators (8 options across 3 scale groups): • Close-to-Close — Classical benchmark using closing prices only. Least efficient but useful as baseline. Log-return scale. • Parkinson — Range-based (High-Low), ~5× more efficient than close-to-close. Assumes zero drift. Log-return scale. • Garman-Klass — OHLC-optimised, ~7.4× more efficient. Assumes zero drift, no gaps. Log-return scale. • Rogers-Satchell — Drift-independent, handles trending markets where Parkinson/GK become biased. Log-return scale. • Yang-Zhang — Gap-aware composite, most comprehensive (up to 14× efficient). Uses internal rolling variance (unsmoothed). Log-return scale. • Std Dev — Standard deviation of log returns. Log-return scale. • ATR — Average True Range in absolute price units. Useful for stop-loss placement. Price unit scale. • Chaikin — Rate of change of range. Measures volatility expansion/contraction, not level. Percentage scale. Smoothing Filters (10 options via FiltersToolkit): • SMA / EMA — Classical moving averages • Super Smoother (2-Pole / 3-Pole) — Ehlers IIR filter with excellent noise reduction • Ultimate Smoother (2-Pole / 3-Pole) — Near-zero lag in passband • BiQuad — Second-order IIR with configurable Q factor • ADXvma — Adaptive smoothing, flat during ranging periods • MAMA — MESA Adaptive Moving Average (cycle-adaptive) • A2RMA — Adaptive Autonomous Recursive MA Threshold Modes: • Static — Fixed threshold values you define (e.g., 0.025 annualised) • Dynamic — Adaptive bands: baseline ± (standard deviation × multiplier) • Percentile — Threshold at Nth percentile of recent history (e.g., 80th percentile for high) Visual Features: • Level-based colour gradient — Line colour shifts with percentile rank (warm = high vol, cool = low vol) • Fill to zero — Gradient fill intensity proportional to volatility level • Threshold fills — Intensity-scaled fills when thresholds are breached • Regime background — Chart background indicates HIGH/NORMAL/LOW volatility state • Legend table — Displays estimator names, parameters, current values with percentile ranks (P##) 💮 Dual Estimator Slots Compare two volatility estimators side-by-side. Each slot independently configures: • Estimator type (8 options across three scale groups) • Lookback period and smoothing filter • Colour palette and visual style This enables direct comparison between estimators (e.g., Yang-Zhang vs Rogers-Satchell) or between different parameterisations of the same estimator. ↑ Yang-Zhang (reddish) and Rogers-Satchell (greenish) 💮 Flexible Smoothing via FiltersToolkit All estimators (except Yang-Zhang, which uses internal rolling variance) support configurable smoothing through 10 filter types. Using Infinite Impulse Response (IIR) filters instead of SMA avoids the "drop-off artefact" where volatility readings crash when old spikes exit the window. Example: Same estimator (Parkinson) with different smoothing filters Add two instances of Volatility Toolkit to your chart: • Instance 1: Parkinson with SMA smoothing (lookback 14) • Instance 2: Parkinson with Super Smoother 2-Pole (lookback 14) Notice how SMA creates sharp drops when volatile bars exit the window, while Super Smoother maintains a gradual transition. ↑ Two Parkinson estimators — SMA (red mono-colour, showing drop-off artefacts) vs Super Smoother (turquoise mono colour, with smooth transitions) ↑ Garman-Klass with BiQuad (orangy) and 2-pole SuperSmoother filters (greenish) 💮 Weighted Aggregation Combine multiple estimators into a single weighted average. The indicator automatically: • Validates scale compatibility (only same-scale estimators can be aggregated) • Normalises weights (so 2:1 means 67%:33%) • Displays clear warnings when scales differ Example: Robust volatility estimate Combine Yang-Zhang (handles gaps) with Rogers-Satchell (handles drift) using equal weights: • E1: Yang-Zhang (14) • E2: Rogers-Satchell (14) • Aggregation: Enabled, weights 1:1 The aggregated line (with "fill to zero" enabled) provides a more robust estimate by averaging two complementary methodologies. ↑ Yang-Zhang + Rogers-Satchell with aggregation line (thicker) showing combined estimate (notice how opening gaps are handled differently) Example: Trend-weighted aggregation In strongly trending markets, weight Rogers-Satchell more heavily since it's drift-independent: • Estimator 1: Garman-Klass (faster, higher weight in ranging) • Estimator 2: Rogers-Satchell (drift-independent, higher weight in trends) • Aggregation: weights 1:2 (favours RS during trends) 💮 Adaptive Threshold Detection Three threshold modes for identifying volatility regime shifts. Threshold breaches are visualised with intensity-scaled fills that grow stronger the further volatility exceeds the threshold. Example: Dynamic thresholds for regime detection Configure dynamic thresholds to automatically adapt to market conditions: • High Threshold Mode: Dynamic (baseline + 2× std dev) • Low Threshold Mode: Dynamic (baseline - 2× std dev) • Show threshold fills: Enabled This creates adaptive bands that widen during volatile periods and narrow during calm periods. Example: Percentile-based thresholds Use percentile mode for context-aware regime detection: • High Threshold Mode: Percentile (96th) • Low Threshold Mode: Percentile (4th) • Percentile Lookback: 500 This identifies when volatility enters the top/bottom 4% of its recent distribution. ↑ Different threshold settings, where the dynamic and percentile methods show adaptive bands that widen during volatile periods, with fill intensity varying by breach magnitude. Regime detection (see next) is enabled too. 💮 Regime Background Colouring Optional background colouring indicates the current volatility regime: • High Volatility — Warm/alert background colour • Normal — No background (neutral) • Low Volatility — Cool/calm background colour Select which source (Estimator 1, Estimator 2, or Aggregation) drives the regime display. Example: Regime filtering for trade decisions Use regime background to filter trading signals from other indicators: • Regime Source: Aggregation • Background Transparency: 90 (subtle) When the background shows HIGH volatility (warm), consider tighter stops. When LOW (cool), watch for breakout setups. ↑ Regime background emphasis for breakout strategies. Note the interesting A2RMA smoothing for this case. 🌸 --------- USAGE GUIDE --------- 🌸 💮 Getting Started 1. Add the indicator to your chart 2. Estimator 1 defaults to Yang-Zhang (14) — the most comprehensive estimator for gapped markets 3. Keep "Annualise Volatility" enabled to express values in standard annualised form 4. Observe the legend table for current values and percentile ranks (P##). Hover over the table cells to see a little more info in the tooltip. 💮 Choosing an Estimator • Trending equities with gaps — Yang-Zhang. Handles both drift and overnight gaps optimally. • Crypto (24/7 trading) — Rogers-Satchell. Drift-independent without Yang-Zhang's multi-period lag. • Ranging markets — Garman-Klass or Parkinson. Simpler, no drift adjustment needed. • Price-based stops — ATR. Output in price units, directly usable for stop distances. • Regime detection — Combine any estimator with threshold modes enabled. 💮 Interpreting Output • Value (P##) — The volatility reading with percentile rank. "0.1523 (P75)" means 0.1523 annualised volatility at the 75th percentile of recent history. • Colour gradient — Warmer colours = higher percentile (elevated volatility), cooler colours = lower percentile. • Threshold fills — Intensity indicates how far beyond the threshold the current reading is. • ⚠️ HIGH / 🔻 LOW — Table indicators when thresholds are breached. 🌸 --------- ALERTS --------- 🌸 💮 Direction Change Alerts • Estimator 1/2 direction change — Triggers when volatility inflects (rising to falling or vice versa) 💮 Cross Alerts • E1 crossed E2 — Triggers when the two estimator lines cross 💮 Threshold Alerts • E1/E2/Aggr High Volatility — Triggers when volatility breaches the high threshold • E1/E2/Aggr Low Volatility — Triggers when volatility falls below the low threshold 💮 Regime Change Alerts • E1/E2/Aggr Regime Change — Triggers when the volatility regime transitions (High ↔ Normal ↔ Low) 🌸 --------- LIMITATIONS --------- 🌸 • Drift bias in Parkinson/GK — These estimators overestimate variance in trending conditions. Switch to Rogers-Satchell or Yang-Zhang for trending markets. • Yang-Zhang minimum lookback — Requires at least 2 bars (enforced internally). Cannot produce instantaneous readings like other estimators. • Flat candles — Single-tick bars produce near-zero variance readings. Use higher timeframes for illiquid assets. • Discretisation bias — Estimates degrade when ticks-per-bar is very small. Consider higher timeframes for thinly traded instruments. • Scale mixing — Different scale groups (log-return, price unit, percentage) cannot be meaningfully compared or aggregated. The indicator warns but does not prevent display. 🌸 --------- CREDITS --------- 🌸 💮 Academic Sources • Parkinson, M. (1980). The Extreme Value Method for Estimating the Variance of the Rate of Return. Journal of Business, 53 (1), 61–65. DOI • Garman, M.B. & Klass, M.J. (1980). On the Estimation of Security Price Volatilities from Historical Data. Journal of Business, 53 (1), 67–78. DOI • Rogers, L.C.G. & Satchell, S.E. (1991). Estimating Variance from High, Low and Closing Prices. Annals of Applied Probability, 1 (4), 504–512. DOI • Yang, D. & Zhang, Q. (2000). Drift-Independent Volatility Estimation Based on High, Low, Open, and Close Prices. Journal of Business, 73 (3), 477–491. DOI • Wilder, J.W. (1978). New Concepts in Technical Trading Systems . Trend Research. 💮 Libraries Used • VolatilityToolkit Library — Range-based estimators, smoothing, and aggregation functions • FiltersToolkit Library — Advanced smoothing filters (Super Smoother, Ultimate Smoother, BiQuad, etc.) • ColourUtilities Library — Colour palette management and gradient calculations
Indicador Pine Script®
por GoemonYae
BTC Swing Plan Levels & ZonesThis indicator visualizes a clean, rules-based Bitcoin swing-trade plan with clearly defined entry, target, and risk zones. 🔹 What it shows • Breakout Entry Level • Multiple Profit Target Zones (T1 → T4) • Primary & Hard Stop Risk Zone • Mid-levels for structure awareness • Optional background highlight when price is above the breakout (plan active) All levels are fully editable from the settings panel, allowing you to adapt the framework to any BTC market regime or timeframe. 🔹 How to use Wait for price to break and hold above the Entry level Manage the trade target-by-target Respect the defined stop zone for risk control Stretch target (T4) is optional and meant for strong trend continuation 🔹 Designed for • Swing traders • Structure-based traders • Risk-managed BTC positioning • Clean chart layouts (no indicators, no noise) This tool is not a signal generator — it is a visual trade-planning framework. Always manage position size and risk responsibly.
Indicador Pine Script®
por hnourollahi
VIXO - VIX OscillatorVIXO (VIX Oscillator) is a volatility oscillator built from the CBOE Volatility Index (symbol: TVC:VIX). It helps visualize volatility regime shifts by combining a smoothed VIX RSI with a normalized VIX momentum component, plus a VIX histogram that becomes more/less prominent depending on how far VIX is from its moving average. It helps you assess whether market conditions may be approaching rare but powerful squeeze phases. WHAT THIS INDICATOR PLOTS 1) VIX RSI (cyan line) - RSI is calculated on the VIX close and then smoothed (SMA) to reduce noise. - Use it to observe short-term momentum in volatility rather than price. 2) VIX Normalized Momentum (gray line) - Momentum is measured as ROC (rate of change) of the VIX close. - That ROC is normalized to a 0–100 scale using a rolling lookback window: - 50 is the midpoint of the recent momentum range (neutral within the selected window). - Values near 0/100 indicate momentum near the low/high of that lookback window. 3) VIX Value Bars (histogram) - Histogram shows the raw VIX value. - Bar visibility is dynamically adjusted (transparency changes) based on the ratio of VIX to its 21-period SMA: - When VIX is close to its MA, bars are more transparent. - When VIX deviates more from its MA (within a capped range), bars become more visible. - If VIX High is below 30, the script intentionally keeps bars fully transparent to reduce visual clutter. LEVELS (REFERENCE ONLY) The horizontal levels are visual guides to help segment oscillator zones. They are not guarantees and should not be treated as standalone trade signals: - 80: “Panic of Market” - 60: “VIX says BUY” (label only; not financial advice) - 50: “Neutral / Momentum Mid” - 40: “Get Ready” HOW TO USE - Apply VIXO to any chart. The indicator always pulls TVC:VIX data, regardless of the chart symbol. - Typical interpretation: - Rising VIX RSI and/or rising normalized momentum can indicate increasing volatility pressure. - Falling readings can indicate volatility easing. - Compare changes in VIXO with your chart’s price structure, trend filters, or risk management framework. INPUTS - RSI Length: RSI period on VIX close (smoothed afterward). - Momentum Length: ROC period on VIX close. - Momentum Normalization Lookback: window used to scale ROC into 0–100. DATA & BEHAVIOR NOTES - Data source: request.security("TVC:VIX", timeframe.period, OHLC). - The script does not use lookahead to access future data. - On realtime bars, values can update while the current bar is forming; historical bars remain fixed once closed. - Availability of TVC:VIX data depends on your TradingView data access. IMPORTANT DISCLAIMER This indicator is provided for educational and informational purposes only and does not constitute financial, investment, or trading advice. It does not predict the future, does not guarantee results, and should not be used as the sole basis for any trading decision. Always validate signals with additional analysis and use appropriate risk management.
Indicador Pine Script®
por emreiletrade