Mulai

Analisis Gelombang

M15 Impulse FVG EntryM15 Impulse FVG Entry M15 Impulse FVG Entry is a minimalist price-action tool designed to highlight structured entry contexts using impulse candles, decision zones, and Fair Value Gap (FVG) logic. ⸻ Core Logic 1. M15 Impulse Candle A strong M15 candle is identified using ATR expansion and body-to-range ratio. This candle defines a decision zone (High / Low). 2. IN Candle Only the first candle that forms fully inside the decision zone after the M15 impulse is considered. This candle acts as the structural reference. 3. OUT Candle Price must break cleanly outside the zone. The previous candle must already close outside the zone. No reversal is allowed through the IN candle extreme. 4. FVG Entry Context The gap between the IN candle and the OUT candle forms the Fair Value Gap. A midpoint between IN and OUT can be used as a potential entry reference. ⸻ What This Script Shows • M15 — Impulse candle marker • Zone — High / Low of the impulse candle • IN — First valid candle inside the zone • OUT — Valid breakout candle ⸻ Design Philosophy • No BUY / SELL bias • No alerts, no automation • No indicator stacking • Clean and chart-friendly This script provides market context and structure only . Risk management and execution rules remain the trader’s responsibility.
Indikator Pine Script®
oleh addwwayea2414
WaveTrend MACD Fusion Oscillator [MatrixQuantLabs]WaveTrend MACD Fusion Oscillator is a composite momentum oscillator that combines WaveTrend trend structure with MACD momentum analysis in a unified panel. It is designed to help traders better align trend strength, wave timing, and signal confirmation through normalization, filtering, and divergence analysis. Core Concept Instead of using the original WaveTrend histogram structure, this indicator adopts the standard MACD histogram as its momentum foundation. This design choice allows for clearer and more reliable differentiation of trend strength, while maintaining consistency across different symbols and timeframes through normalization. WaveTrend is then applied as a wave timing and signal layer, making the overall structure easier to interpret and more robust in varying market conditions. Key Features Normalized MACD for Cross-Market Consistency • The indicator uses standard MACD parameters (12/26/9) and applies normalization to scale values into a consistent range. • This helps avoid chart distortion across different symbols and timeframes. • An optional “Hide Weekly+” mode is provided to prevent higher-timeframe MACD values from compressing the panel scale. MACD Histogram with Optional MACD Lines • The MACD histogram visually represents bullish and bearish momentum, with dynamic coloring to reflect momentum expansion or contraction. • MACD and Signal lines can be optionally displayed when deeper analysis is required. Divergence Detection (Regular & Hidden) Built-in divergence detection supports both MACD lines and histogram-based divergences, with selectable modes: • Regular Divergence for potential reversals • Hidden Divergence for trend continuation Pivot-based confirmation and range filters help reduce noise and false signals. WaveTrend Oscillator with Cross Strength Classification • The WaveTrend module consists of a main trend line and a signal line, highlighting wave structure and momentum shifts. • Golden crosses and death crosses are classified into multiple strength levels, allowing users to distinguish minor signals from more significant ones. • The closer a counter-directional cross occurs to the overbought or oversold zones, the stronger the potential reversal signal. • Optional Laguerre smoothing can be enabled to reduce noise and improve signal stability. MACD-Based Signal Filtering WaveTrend cross signals can be filtered using MACD conditions: • Histogram Filter: Bullish crosses only when the MACD histogram is bullish, bearish crosses only when bearish • Zero-Line Filter: Bullish crosses only above the MACD zero line, bearish crosses only below These filters help align wave signals with the broader momentum context and reduce counter-trend noise. Parameter Notes Normalization Period • Adjust this value if the indicator appears compressed or if different symbols show inconsistent scaling. Pivot Right • Higher values provide stronger confirmation with more delay; lower values are more sensitive and respond faster. Laguerre Smoothing (Gamma) • Lower values offer stronger smoothing and stability; higher values provide faster but noisier responses. Usage Notes • Use WaveTrend crosses to identify wave timing and momentum shifts. • Use MACD (histogram and zero line) to assess trend direction and momentum strength. • Divergence signals should be treated as early warnings, not standalone trade triggers. • Best results are achieved when combined with trend analysis, price structure, or higher-timeframe context. Disclaimer This indicator is intended for educational and analytical purposes only and does not constitute financial advice. Always apply proper risk management and confirm signals with additional analysis.
Indikator Pine Script®
oleh MatrixQuantLabs
Mongoose Capital: Oil Regime + Geo Risk IntegrationMongoose Capital — Oil Regime + Geo Risk Integration Overview Oil Regime + Geo Risk Integration is a macro-aware regime classification framework designed to contextualize crude oil price action through curve structure, volatility state, demand pressure, trend alignment, and macro tightness. Rather than forecasting price, this indicator answers a more important question for energy traders: “What type of oil market are we currently trading in?” The output is a clear regime state with an execution playbook, allowing traders to adapt tactics to conditions instead of forcing the same strategy across incompatible environments. What This Indicator Does This script classifies the oil market into distinct regimes by evaluating: Curve structure (tight vs loose) Volatility state (expanding vs suppressed) Demand strength Trend direction Macro tightness or ease Geopolitical / risk sensitivity layer Each bar resolves into a single regime, paired with: A readable regime label A background state A recommended execution posture Regime Framework (Conceptual) The regime engine resolves into one of the following high-level environments: Risk-Off / Defensive Weak demand Loose curve Downtrend Macro stress present → Favor defense, mean reversion, or standing aside Volatility Expansion / Event Risk Elevated volatility Tightening structure → Favor tactical trades, reduced size, wider stops Trend Expansion / Supply-Driven Strong demand Tight curve Trend confirmation → Favor continuation, breakouts, directional exposure Neutral / Transitional Mixed signals Low alignment → Patience required, confirmation preferred Alignment Confidence The indicator also computes an alignment score, reflecting how many core components agree: Curve Volatility Demand Macro state Higher alignment implies greater regime confidence. Lower alignment signals transition risk and elevated false moves. How to Use Apply the indicator to WTI / CL or related oil instruments. Identify the current regime label and background state. Adjust execution behavior accordingly: Strategy selection Position sizing Holding period Risk tolerance This tool is most effective when paired with: Structure-based trading Order flow tools Execution overlays (such as the WTI Execution Overlay) What This Indicator Is A market context engine A regime classification system A macro-aware execution guide What This Indicator Is Not Not a buy/sell signal Not predictive Not a standalone trading system Intended Audience Energy and futures traders Macro-focused discretionary traders Traders who adapt strategy based on regime rather than fixed rules This script assumes the user already understands basic market structure and risk management. Credits Developed by Mongoose Labs, the research arm of Mongoose Capital, focused on: Regime-based market structure Macro-integrated execution logic Institutional-style trading frameworks Provided strictly for educational and analytical use. Disclaimer This indicator does not constitute financial advice. Trading futures and leveraged instruments involves substantial risk. Past regime explanations do not guarantee future outcomes. Use at your own discretion. Internal note (not for publishing): This pairs perfectly with: WTI Execution Overlay Oil Volatility Compression Monitor Energy Macro Dashboard
Indikator Pine Script®
oleh TheRealMongoose
Smart Signals [Vdubus]Smart Signals Concept & Philosophy Smart Signals is a "Regime-Filtered" oscillator designed to solve the biggest problem with standard indicators: Counter-trend noise. Most oscillators (like Stochastic or RSI) are "dumb" to market context—they will signal "Sell" continuously during a strong uptrend simply because the price is high. Smart Signals fixes this by first determining the Market Regime (Bullish or Bearish) and then strictly filtering out any signal that contradicts that trend. It creates a "Tiered" trading system that separates standard trend-following entries from high-probability "Sniper" entries (Hidden Divergence), all presented in a clean, color-blind-friendly visual interface. Core Functions 1. The "Sheriff" (Trend Filter) At the heart of the indicator is a heavy, modified Hull Moving Average (HMA 200) that acts as the trend baseline. Bullish Regime: When the baseline is sloping UP, the indicator enters "Buy Only" mode. All Sell signals are mathematically deleted. Bearish Regime: When the baseline is sloping DOWN, the indicator enters "Sell Only" mode. All Buy signals are mathematically deleted. The Math: It uses a custom difference-weighted formula (wmaHalf = Length / 1) to create a stable, chop-resistant trend anchor. 2. Dual-Signal Engine The indicator scans for two distinct types of entries simultaneously: ♦ Standard Signals (Blue/Red Diamonds): Logic: A classic Stochastic pullback (Cross 20/80) aligned with the trend. Use Case: These are frequent "Bread and Butter" trend entries. They are excellent for scaling into a position or adding to a winner as the trend continues. Location: Plotted at the top (Sell) and bottom (Buy) edges of the panel. + Sniper Signals (Gold Crosses): Logic: Hidden Divergence. The script detects when Price holds structure (Higher Low) while Momentum resets (Lower Low). This is a "Slingshot" setup. Use Case: These are rare, high-conviction entries. They often mark the end of a complex correction and the resumption of the main trend. Location: Plotted on the Zero Line to indicate structural strength. 3. Smart Momentum Histogram The histogram visualizes the "Energy" of the move (MACD 21, 34, 7), but with a twist. It is color-coded to the signal priority: Gold Bars: A Sniper (Divergence) setup is active. Solid Blue/Red Bars: A Standard Signal is active. Faded Blue/Red Bars: The trend is active, but momentum is resetting (waiting mode). Gray Bars: Counter-trend noise (Ignore). How to Trade It Check the "Road": Look at the general color of the histogram columns. Blue Columns: Look for Longs. Red Columns: Look for Shorts. The "Sniper" Entry: Wait for a Gold Cross (+) on the zero line. This is your primary signal to enter a trade with normal risk. The "Pyramid" Entry: If the trend continues and you see Blue/Red Diamonds (♦) appear at the edges, these are safe places to add to your position. The Exit: Since this is a trend-following tool, exit when the histogram color flips (e.g., from Blue to Red/Gray), or use your own support/resistance targets. Alerts Configuration The indicator comes with a full suite of alerts for automation: Gold Buy / Gold Sell: Notifies you only for the high-probability Hidden Divergence setups. Standard Buy / Standard Sell: Notifies you for every trend pullback. ANY BUY / ANY SELL: A combo alert that triggers on either signal type (useful for simplifying your alert limits). Accessibility Color Blind Friendly: The default palette uses High-Contrast Blue (#2962FF) and Soft Red (#FF5252) instead of standard Green/Red, ensuring visibility for all users. Zero Clutter: No text labels or confusing lines. Just clear, distinct shapes (Diamonds and Crosses) at fixed locations.
Indikator Pine Script®
oleh vdubus
3
Chainbey Ai - Liquidity Zones (Pivot Sweeps) - Chain Style📌 Indicator Description Chainbey Ai – Liquidity Zones (Pivot Sweeps) – Chain Style This indicator automatically identifies and visualizes liquidity zones on the chart based on confirmed swing highs and lows, helping traders spot areas where stop-loss clusters, institutional interest, and liquidity grabs are likely to occur. Unlike simple pivot markers, this script draws true liquidity zones (price areas, not single lines) and tracks when price sweeps those zones — a common behavior before strong reversals or continuations. The indicator is designed to stay stable when switching pairs or timeframes, using time-anchored zones for reliable positioning across all markets. 🔍 Key Features Buy-Side Liquidity Zones Marked above swing highs (potential stop-loss pools) Sell-Side Liquidity Zones Marked below swing lows Liquidity Sweep Detection Highlights when price grabs liquidity using wick or close Zone Strength Filters ATR-based swing size filtering Optional volume confirmation Cooldown logic to reduce clutter Time-Anchored Zones Zones remain aligned when switching symbols or timeframes Highly Customizable Control pivot strength, zone size, filters, and visibility Works on All Markets Crypto, Forex, Indices, Commodities, Stocks 🧠 How to Use Trend Continuation Look for price to sweep liquidity and continue in trend direction Reversal Setup Liquidity sweep + rejection can signal potential reversals Confluence Tool Combine with trend, RSI, MACD, structure, or volume analysis Risk Management Liquidity zones can act as logical SL/TP reference areas ⚠️ This is a market structure & liquidity tool, not a buy/sell signal generator. Always use confirmation before entering trades. ⚙️ Recommended Settings (BTC 30m) Pivot Length: 9–12 Min Swing Size (ATR): 1.5 – 2.5 Cooldown Bars: 30 – 50 Max Active Zones: 15 – 20 Volume Filter: Optional (1.2 – 1.4x)
Indikator Pine Script®
oleh msurubel1
1
Evil's Two Legged IndicatorA pullback strategy indicator designed for scalping. This attempts to Identify classic 2-leg pullback patterns and filters out signals during choppy market conditions for better signals. How It Works: The indicator detects when price forms two pullback legs (swing lows in an uptrend or swing highs in a downtrend) near key support/resistance zones, then signals when reversal confirmation occurs. Equal-level pullbacks (double bottoms/tops) are marked as stronger signals. Features: Channel Options: Donchian (default), Linear Regression, or ATR Bands Configurable EMA: For trend confirmation (default 21) Adjustable Leg Detection: Swing lookback period for different timeframes Equal Level Detection: Highlights stronger setups where both legs terminate at similar prices Three Chop Filters (can be combined): ADX Filter — suppresses signals when ADX is below threshold (default 25) EMA Slope Filter — suppresses signals when EMA is flat Chop Index Filter — suppresses signals when Chop Index indicates ranging conditions Signal Types: Standard signals: 2-leg pullback detected with trend confirmation Strong signals (highlighted): 2-leg pullback with equal highs/lows — higher probability setup Recommended Use: Best suited for scalping on 1-5 minute chart. Designed for 1.5:1 risk/reward setups. Settings Guide: Increase "Swing Lookback" for fewer, higher-quality signals Adjust "Equal Level Threshold" to fine-tune what counts as a double bottom/top Enable/disable chop filters based on your market and timeframe Use "Show Strong Signals Only" to filter for highest conviction setups
Indikator Pine Script®
oleh evilTexan
deKoder | Structural Flow [SF]deKoder | SF | Structural Flow - Swing/Pivot Structure Charting Strips away the noise of standard candlestick charts and reveals the true underlying swing structure through clean, connected pivot lines. Beneath the storm of wicks / Silent structure whispers truth Extreme Noise Reduction Replaces cluttered price action with a minimalist pivot based line chart. The user-defined Window length lets you control sensitivity: shorter for more detail on lower timeframes, longer for cleaner structure on higher timeframes. Accurate Swing Detection Only stronger pivots are accepted. Weaker same side pivots are ignored, preserving the true extreme highs and lows without distortion. Real Time Extension The final incomplete leg dynamically follows the current close until the next confirmed pivot forms. Optional Directional Colouring Enable Directional Colouring to automatically colour confirmed legs with the user defined bull and bear colours on upward and downward swings. Adjustable Background Candles Candles with adjustable transparency may be displayed on the chart. Adjust the visibility setting to find the perfect balance between full raw candle data and clean structure Practical Uses Instantly reveals classic chart patterns — head & shoulders, double tops/bottoms, triangles, flags with unmistakable clarity Becomes simple to spot Wyckoff springs, upthrusts, and phase transitions inside trading ranges Provides a clean foundation for manual Elliott Wave counting . Clear swing structure makes labeling impulses and corrections much easier Makes trend changes and potential reversals stand out without second-guessing every wick Excellent for higher-timeframe structural analysis — the longer window setting produces exceptionally clean swing views Ideal for creating clean educational screenshots and annotated posts - the chart speaks for itself Reduces emotional noise by shifting focus from every candle to meaningful swing structure Well suited for swing and price action traders, Wyckoff and Elliott Wave analysis, and anyone who prefers calm, uncluttered charts over constant visual chaos. Clean charts. Clear sight. ☠ FR33FA11 | deKoder ☠ Released January 2025 | Open Source If this open-source script (or any of its free companions) has saved you time or helped you read the market better, a coffee or a few sats helps to keep the Pine coming ❤️ Solana: 2N8HWPAHSC7Z8SLyneMrZp234UAP9HCtQX7wNXw7LKQC Ethereum: 0xE770D254DC579d1db7bA2fe74376b7009527356B Bitcoin: bc1qd8j3awht5yrjtnvt5dagxldzhaesc83sftype3 Polygon: 0xE770D254DC579d1db7bA2fe74376b7009527356B Hype: 0xE770D254DC579d1db7bA2fe74376b7009527356B
Indikator Pine Script®
oleh FR33FA11
Trade with TreandThink of this script as a filter and a signal light for trading Gold. It helps you avoid trading in the wrong direction and tells you exactly when the price momentum is shifting. The Three Main Parts The Ultimate Trend (The Filter): This is the big table in the top-right corner. Bullish (Green): Only look for BUY signals. Bearish (Red): Only look for SELL signals. It uses a "300 SMA" (a long-term average) to make sure you aren't "swimming against the tide." The Entry Signals (The Crossover): The script watches two lines on your chart (a 20-period and a 10-period). When they cross, it places a BUY or SELL label on your screen. The 4 Alerts (The Notifications): You don't have to stare at the screen all day. You get a notification for Buy entries, Sell entries, or when the Main Trend flips from Bullish to Bearish (or vice versa). Simple Rules for Trading To be successful with this script, follow these four rules: Rule 1: Check the Table. If it says "Bearish," ignore all "BUY" labels. Rule 2: Wait for the Label. Only enter a trade when a "BUY" or "SELL" label appears and it matches the trend table. Rule 3: Protect Your Money. Look at the last 5 candles. Put your Stop Loss just past the highest or lowest point of those candles. Rule 4: Aim for the Target. Your profit target should be at least double the amount of money you are risking (Risk:Reward 1:2). How to use the Settings When you click the Settings icon on the script, you can change: SMA Filter: Change the "300" if you want the trend to be faster or slower. Trend Gap: Adjust how far the trailing line stays away from the price.
Indikator Pine Script®
oleh rishabh22rathi
10
Moving Average Structure ZigZag [Stable & Filtered] (日本語説明) このインジケーターは、移動平均線（MA）の転換に基づき、相場の「真の構造」を可視化するために開発されました。 通常のZigZagのように価格の単純な反転に依存せず、「MAのトレンド転換 ＋ 指定した値幅の到達」という2つの条件を用いることで、レンジ相場の細かなノイズ（ダマシ）を排除し、ダウ理論に基づいた重要な高値・安値だけを結びます。 💡 主な機能 MAタイプの切り替え: SMA, EMA, HMA, VW-HMAなど、目的に合わせたトレンド感度を選択可能。 値幅フィルター（Min Deviation）: 添付画像のように、小さな値動きをカットし、大きな市場構造だけを抽出します。 価格アクションへの追従: ラインはMAの数値ではなく、期間内の実最高値・最安値を正確に結び、高値更新時には自動で延伸されます。 🛠 活用シーン 環境認識: 上位足での大きな波形を確認し、現在のフェーズを定義。 ノイズ除去: 市場の主要な節目（レジサポ候補）の特定。 ダウ理論の視覚化: 高値・安値の切り上がり・切り下がりを明確化。 (English Description) This indicator was developed to visualize the "True Market Structure" based on Moving Average (MA) reversals. Unlike standard ZigZag which relies solely on price reversals, this tool combines MA Trend Reversals and a Minimum Deviation filter to eliminate market noise and highlight significant swing highs and lows based on Dow Theory. 💡 Key Features Multiple MA Types: Select from SMA, EMA, HMA, VW-HMA, etc., to match your preferred trend sensitivity. Min Deviation Filter: As shown in the attached image, it filters out minor price fluctuations to extract only the major market waves. Price Action Tracking: The lines connect the actual High/Low prices within the period, not the MA values themselves. Lines automatically extend when a trend continues to new highs/lows. 🛠 Use Cases Market Context: Identify major wave patterns on higher timeframes to define the current phase. Noise Reduction: Pinpoint key market levels and potential support/resistance. Dow Theory Visualization: Clearly visualize higher highs/lows and trend shifts. Settings MA Type: Choose the type of Moving Average. Moving Average Length: The lookback period for structure. Min Deviation (Pips): The threshold to filter noise. Adjust according to the volatility of the pair.
Indikator Pine Script®
oleh Hybrid_trader_Ichi
Wedge Pattern [Kodexius]Wedge Pattern is a chart-overlay indicator designed to detect and manage classic Rising Wedge (bearish) and Falling Wedge (bullish) structures using strict, rules-based validation. The script focuses on producing clean, tradable wedge prints by building both boundaries from confirmed pivot swings, enforcing a mandatory “no closes outside the wedge” condition during formation, and requiring the wedge apex to be projected into the future to avoid premature or distorted patterns. This implementation is built for practical execution charts. It continuously updates the active wedge boundaries in real time, clearly labels the pattern type, and reacts decisively when price confirms a valid breakout. When enabled, it also projects a measured-move target derived from the wedge geometry, so the trader can quickly evaluate reward potential without manual projection. The detection logic is intentionally conservative. Rather than printing every possible converging structure, it aims to identify wedges that respect structural integrity: multiple touches on each boundary, controlled price action inside the converging range, and a valid convergence point (apex) ahead of the current bar. The result is a wedge tool that prioritizes quality, readability, and consistent behavior across symbols and timeframes. 🔹 Features 🔸 Rising and Falling Wedge Detection (Trendline Based) The indicator detects two wedge types by constructing an upper trendline from pivot highs and a lower trendline from pivot lows: Rising Wedge (Bearish): both lines slope upward, and the lower line rises faster than the upper line, creating a tightening upward channel that typically resolves with a downside break. Falling Wedge (Bullish): both lines slope downward, and the upper line falls faster than the lower line, producing a tightening downward channel that typically resolves with an upside break. This slope relationship is the core wedge classifier. It ensures the script is not just drawing random converging lines, but explicitly requires the characteristic “compression” geometry that defines wedges. 🔸 Pivot-Confirmed Structure with User Control Wedges are built from confirmed pivots using: Pivot Left and Pivot Right inputs to control how “strict” a pivot must be. Min. Touches per Line to enforce multiple confirmations on each boundary. Standard technical analysis commonly requires at least three touches to validate a trendline. This script supports that workflow by requiring a minimum number of pivot points before a wedge is eligible for drawing. 🔸 Mandatory Integrity Rule: No Closes Outside the Boundaries A key quality filter is applied before a wedge can be accepted: During formation, no candle close is allowed outside the upper or lower boundary. If any close is detected above the upper line or below the lower line (with tick tolerance), the candidate wedge is rejected. This prevents patterns that already “broke” before they were formally detected and reduces false positives caused by messy price action. 🔸 Apex Validation to Avoid Distorted Prints The wedge apex (the projected intersection point of the two trendlines) must be in the future. This avoids degenerate cases where lines intersect behind current price, which often indicates the structure is not a valid wedge or is already past its useful phase. 🔸 Live Updating Boundaries for Active Patterns Once a wedge becomes active, its upper and lower lines are extended forward bar by bar. The script recalculates the boundary price at the current bar index using the stored slope, then updates the line endpoints so the wedge remains visually accurate as time advances. 🔸 Breakout Engine with Directional Confirmation The script differentiates between: Correct breakout: the wedge breaks in the expected direction. Rising wedge breaks downward (close below the lower boundary). Falling wedge breaks upward (close above the upper boundary). When this happens, the wedge is marked as broken and labeled as BREAKOUT on the chart. 🔸 Invalidation and Failure Handling If price violates the wedge in the wrong direction, or if the wedge collapses into an impossible structure (upper boundary falls below or equals the lower boundary), the wedge is flagged as FAILED. This keeps signals honest and prevents lingering drawings that no longer represent a valid pattern. 🔸 Optional Target Projection (Measured Move) When Show Target Projection is enabled, the script plots a dashed target line and a target label after a valid breakout. The target is computed as a measured move using the wedge height, projected from the breakout boundary in the breakout direction. This provides an immediate objective reference for potential continuation. 🔸 Clean Object Management and Chart Readability To maintain clarity, the script manages the “active” wedge per type: If a new wedge is detected while an older one is still active and not broken or failed, the old drawings are removed and replaced with the newer valid pattern. This prevents chart clutter and keeps the display focused on the most relevant wedge structures. 🔹 Calculations 1) Pivot Collection The script uses pivot functions to confirm swing points: float ph = ta.pivothigh(high, INPUT_PIVOT_LEFT, INPUT_PIVOT_RIGHT) float pl = ta.pivotlow(low, INPUT_PIVOT_LEFT, INPUT_PIVOT_RIGHT) if not na(ph) pivot_highs.push(Coordinate.new(bar_index - INPUT_PIVOT_RIGHT, ph)) if not na(pl) pivot_lows.push(Coordinate.new(bar_index - INPUT_PIVOT_RIGHT, pl)) Each pivot is stored as a Coordinate containing: index: the bar index where the pivot is confirmed price: the pivot high or pivot low value The arrays are capped (for example, last 20 pivots) to control memory and keep selection relevant. 2) Trendline Construction and Slope A wedge candidate uses the earliest and latest required pivot points for each line. For each boundary, slope is computed as: method calc_slope(Trendline this) => (this.end.price - this.start.price) / (this.end.index - this.start.index) With slope known, the trendline value at any bar index is: method get_price_at(Trendline this, int bar_idx) => this.start.price + this.slope * (bar_idx - this.start.index) This approach allows the script to update wedge boundaries consistently without re-fitting lines on every bar. 3) Wedge Type Classification (Geometry Rules) After both slopes are calculated, wedge type is determined by slope direction and relative steepness: Rising wedge requires both slopes positive and lower slope greater than upper slope. Falling wedge requires both slopes negative and upper slope more negative than lower slope (upper line falls faster). In code logic: if tl_up.slope > 0 and tl_lo.slope > 0 and tl_lo.slope > tl_up.slope w_type := 1 // Rising if tl_up.slope < 0 and tl_lo.slope < 0 and tl_up.slope < tl_lo.slope w_type := 2 // Falling This enforces converging boundaries and avoids simple parallel channels. 4) Apex Projection (Trendline Intersection) The apex is the projected intersection x-coordinate of the two trendlines: method get_apex_index(Wedge this) => float m1 = this.upper.slope float m2 = this.lower.slope float y1 = this.upper.start.price float y2 = this.lower.start.price int x1 = this.upper.start.index int x2 = this.lower.start.index float apex_x = (y2 - y1 + m1 * x1 - m2 * x2) / (m1 - m2) math.round(apex_x) Validation requires: apex_idx > bar_index (apex must be in the future) This prevents late or structurally invalid wedges from being activated. 5) Mandatory “No Close Outside” Validation Before activation, the script verifies the pattern has not been violated by candle closes: method check_violation(Wedge this, int from_idx, int to_idx) => bool violated = false for i = from_idx to to_idx float up_p = this.upper.get_price_at(i) float lo_p = this.lower.get_price_at(i) float c_p = close if c_p > up_p + syminfo.mintick or c_p < lo_p - syminfo.mintick violated := true break violated Interpretation: For every bar from wedge start to current bar, the close must remain between the projected upper and lower boundary prices. A tick tolerance (syminfo.mintick) is used to reduce micro false violations. 6) Live Update and Breakout Detection Once active, lines are extended to the current bar and boundary prices are computed: float u_p = w.upper.get_price_at(bar_index) float l_p = w.lower.get_price_at(bar_index) bool b_up = close > u_p bool b_dn = close < l_p Correct breakout conditions: Rising wedge breakout: close below lower boundary. Falling wedge breakout: close above upper boundary. if (w.is_rising and b_dn) or (not w.is_rising and b_up) w.is_broken := true Invalidation rules include: wrong-direction break boundary crossover (upper <= lower) 7) Target Projection (Measured Move) If target display is enabled, the script calculates wedge height and projects a target from the breakout side: float m = math.abs(w.upper.start.price - w.lower.get_price_at(w.upper.start.index)) float t = w.is_rising ? l_p - m : u_p + m Interpretation: m represents the wedge height near the start of the formation. t is the target price, projected in the breakout direction. Rising wedge: target below the lower boundary. Falling wedge: target above the upper boundary. A dashed target line and label are then placed forward in time for readability.
Indikator Pine Script®
oleh UnknownUnicorn113699460
Trend Strength Matrix [JOAT]Trend Strength Matrix — Multi-Timeframe Confluence Analysis System This indicator addresses a specific analytical challenge: how to efficiently compare multiple technical measurements across different timeframes while accounting for their varying scales and interpretations. Rather than managing separate indicator windows with different scales, this tool normalizes four distinct analytical approaches to a common -1 to +1 scale and presents them in a unified matrix format. Why This Combination Adds Value The core problem this indicator solves is analytical fragmentation. Traders often use multiple indicators but struggle with: 1. **Scale Inconsistency**: RSI ranges 0-100, MACD has no fixed range, ADX ranges 0-100 but measures strength not direction 2. **Timeframe Coordination**: Checking multiple timeframes requires switching between charts or cramming multiple indicators 3. **Cognitive Load**: Processing different indicator types simultaneously creates mental overhead 4. **Confluence Assessment**: Determining when multiple approaches agree requires manual comparison This indicator specifically addresses these issues by creating a standardized analytical framework where different measurement approaches can be directly compared both within and across timeframes. Originality and Technical Innovation While the individual components (RSI, MACD, ADX, Moving Average) are standard, the originality lies in: 1. **Unified Normalization System**: Each component is mathematically transformed to a -1 to +1 scale using component-specific normalization that preserves the indicator's core characteristics 2. **Multi-Timeframe Weighting Algorithm**: Higher timeframes receive proportionally more weight (40% current, 25% next, 20% third, 15% fourth) based on the principle that longer timeframes provide more significant context 3. **Real-Time Confluence Scoring**: The composite calculation provides an instant assessment of how much the different analytical approaches agree 4. **Adaptive Visual Encoding**: The heatmap format allows immediate pattern recognition of agreement/disagreement across both indicators and timeframes How the Components Work Together Each component measures a different aspect of market behavior, and their combination provides a more complete analytical picture: **Momentum Component (RSI-based)**: Measures the velocity of price changes by comparing average gains to losses **Trend Component (MACD-based)**: Measures the relationship between fast and slow moving averages, indicating trend acceleration/deceleration **Strength Component (ADX-based)**: Measures trend strength regardless of direction, then applies directional bias **Position Component (MA-based)**: Measures price position relative to a reference average The mathematical relationship between these components creates a comprehensive view: - When all four agree (similar colors), it suggests multiple analytical approaches are aligned - When they disagree (mixed colors), it highlights analytical uncertainty or transition periods - The composite score quantifies the degree of agreement numerically Detailed Component Analysis **1. Momentum Oscillator Component** This component transforms RSI into a centered oscillator by subtracting 50 and dividing by 50, creating a -1 to +1 range where 0 represents equilibrium between buying and selling pressure. // Momentum calculation normalized to -1 to +1 scale float rsi = ta.rsi(close, rsiLength) float rsiScore = (rsi - 50) / 50 // Result: 0 at equilibrium, +1 at extreme overbought, -1 at extreme oversold **2. Moving Average Convergence Component** MACD is normalized by its own volatility (standard deviation) to create a bounded oscillator. This prevents the unbounded nature of MACD from dominating the composite calculation. // MACD normalized by its historical volatility = ta.macd(close, macdFast, macdSlow, macdSignal) float macdStdev = ta.stdev(macdLine, 100) float macdScore = macdStdev != 0 ? math.max(-1, math.min(1, macdLine / (macdStdev * 2))) : 0 **3. Directional Movement Component** This combines ADX (strength) with directional movement (+DI vs -DI) to create a directional strength measurement. ADX alone shows strength but not direction; this component adds directional context. // ADX-based directional strength = calcADX(adxLength) float adxStrength = math.min(adx / 50, 1) // Normalize ADX to 0-1 float adxDirection = plusDI > minusDI ? 1 : -1 // Direction bias float adxScore = adxStrength * adxDirection // Combine strength and direction **4. Price Position Component** This measures price deviation from a moving average, weighted by the magnitude of deviation to distinguish between minor and significant displacements. // Price position relative to moving average float ma = ta.sma(close, maLength) float maDirection = close > ma ? 1 : -1 float maDeviation = math.abs(close - ma) / ma * 10 // Percentage deviation scaled float maScore = math.max(-1, math.min(1, maDirection * math.min(maDeviation, 1))) Multi-Timeframe Integration Logic The multi-timeframe system uses a weighted average that gives more influence to higher timeframes: // Timeframe weighting system float currentTF = composite * 0.40 // Current timeframe: 40% float higherTF1 = composite_tf2 * 0.25 // Next higher: 25% float higherTF2 = composite_tf3 * 0.20 // Third higher: 20% float higherTF3 = composite_tf4 * 0.15 // Fourth higher: 15% float multiTFComposite = currentTF + higherTF1 + higherTF2 + higherTF3 This weighting reflects the principle that higher timeframes provide more significant context for market direction, while lower timeframes provide timing precision. What the Dashboard Shows The heatmap displays a grid where: Each row represents a timeframe Each column shows one component's normalized reading Colors indicate the value: green shades for positive, red shades for negative, gray for neutral The rightmost column shows the composite average for that timeframe Visual Elements Moving Average Line — A simple moving average plotted on the price chart Background Tint — Subtle coloring based on the composite score Shift Labels — Markers when the composite crosses threshold values Dashboard Table — The main heatmap display Inputs Calculation Parameters: Momentum Length (default: 14) MACD Fast/Slow/Signal (default: 12/26/9) Directional Movement Length (default: 14) Moving Average Length (default: 50) Timeframe Settings: Enable/disable multi-timeframe analysis Select additional timeframes to display How to Read the Display Similar colors across a row indicate the components are showing similar readings Mixed colors indicate the components are showing different readings The composite percentage shows the average of all four components Alerts Composite crossed above/below threshold values Strong readings (above 50% or below -50%) Important Limitations and Realistic Expectations This indicator displays current analytical conditions—it does not predict future price movements Agreement between components indicates current analytical alignment, not future price direction All four components are based on historical price data and inherently lag price action Market conditions can change rapidly, making current readings irrelevant Different parameter settings will produce different readings and interpretations No combination of technical indicators can reliably predict future market behavior Strong readings in one direction do not guarantee continued movement in that direction The composite score reflects mathematical relationships, not market fundamentals or sentiment This tool should be used as one input among many in a comprehensive analytical approach Appropriate Use Cases This indicator is designed for: - Analytical organization and efficiency - Multi-timeframe confluence assessment - Pattern recognition in indicator relationships - Educational study of how different analytical approaches relate - Supplementary analysis alongside other methods This indicator is NOT designed for: - Standalone trading signals - Guaranteed profit generation - Market timing precision - Replacement of fundamental analysis - Automated trading systems — Made with passion by officialjackofalltrades
Indikator Pine Script®
oleh officialjackofalltrades
2
Bullish/Bearish Movement SumThis indicator calculates and displays the cumulative sum of bullish and bearish price movements over a specified period. Features: - Green line: Cumulative sum of all bullish movements - Red line: Cumulative sum of all bearish movements (absolute value) - Blue area: Net difference (bullish - bearish) - Information table showing current values and bull/bear ratio Settings: - Calculation Period: Choose rolling window size (default: 100 bars) or 0 for cumulative from start - Calculation Mode: Choose between "Points" (absolute price changes) or "Percentage" (% changes) Use Cases: - Identify market directional strength - Compare bullish vs bearish pressure - Spot divergences between price and directional momentum - Ratio > 1 indicates more bullish than bearish movement Developed with assistance from Claude (Anthropic)
Indikator Pine Script®
oleh Philupup
CS Trendline ProTitle: CS Trendline Pro Description: CS Trendline Pro is a comprehensive scalping and day-trading system designed to filter out noise and identify high-probability breakout setups. It combines the structural precision of Fractal Trendlines with a robust Dual-EMA Filter, visualized through an intuitive "Traffic Light" color system. This tool is specifically engineered for traders who want to trade Trendline Breakouts but need a safety mechanism to avoid false signals (fakeouts) and counter-trend traps. 🚦 How the "Traffic Light" Logic Works The core feature of this script is the dynamic coloring of the candles, which acts as a visual filter for your entries: 🟢 GREEN Zone (Safe Buy): Condition: A Bullish Trendline Breakout has occurred AND the price is holding ABOVE the EMA 30 (Yellow Line). Meaning: Momentum is bullish, and you are in a safe zone to look for Long entries. 🔴 RED Zone (Safe Sell): Condition: A Bearish Trendline Breakout has occurred AND the price is holding BELOW the EMA 30 (Yellow Line). Meaning: Momentum is bearish, and you are in a safe zone to look for Short entries. ⚪ GRAY Zone (No Trade / Wait): Condition: A breakout occurred, but the price is on the "wrong side" of the EMA 30. Meaning: Indecision. The market structure is conflicting with the immediate momentum. It is recommended to stay out until the color changes. 🛠️ Key Features ** automated Trendlines:** Automatically draws Support and Resistance dynamic trendlines based on pivot points (LuxAlgo engine). Dual EMA Filter: EMA 30 (Yellow): Acts as the immediate "Safe Zone" filter. EMA 200 (White): Displays the macro trend. (Pro Tip: Only take Green signals if price is above the White line). CS-BUY / CS-SELL Labels: Clear text markers appear exactly when a valid breakout occurs. Customizable: Adjustable sensitivity (Length), EMA periods, and Slope calculation methods (ATR, Stdev, Linreg). 📉 How to Trade with CS Trendline Pro For Scalping (5m / 15m): Identify the Main Trend: Look at the White EMA (200). If Price > EMA 200 → Focus on BUY signals. If Price < EMA 200 → Focus on SELL signals. Wait for the Signal: Wait for the candle to turn Teal (Green) or Red. Ensure the candle closes with the new color. Risk Management: Place Stop Loss below the recent swing low (for buys) or above the swing high (for sells). Target a 1.5 Risk/Reward ratio or trail your stop using the EMA 30. ⚠️ Important Note on Backpainting This indicator uses pivot points to draw trendlines. By nature, a pivot point can only be confirmed after a few bars have passed (Lag). Backpaint Setting (Default ON): Keeps your historical chart clean by connecting the exact pivot points in the past. Real-Time Behavior: In live trading, the trendline and signal will appear once the pivot is confirmed (based on your 'Length' setting). This is normal behavior for any trendline script. Settings Recommended: 5-Minute Chart: Length 10 or 14. 15-Minute Chart: Length 14. Enjoy trading with precision! ~ CS Trading
Indikator Pine Script®
oleh edwardflores194
JK Scalp - Nishith RajwarJK Scalp Nishith Rajwar Multi-Stochastic Rotation & Momentum Scalping Framework JK Scalp is a rule-based momentum and rotation oscillator designed for short-term scalping and intraday execution. It focuses on how momentum rotates across multiple stochastic speeds, instead of relying on a single oscillator or lagging averages. This is an execution aid, not a predictive indicator. 🧠 Concept & Originality Unlike standard stochastic tools, JK Scalp uses four synchronized stochastic layers: • Fast (9,3) → execution timing • Medium (14,3) → structure confirmation • Slow (44,3) → swing context • Trend (60,10,10) → dominant momentum regime The core idea is quad-rotation: High-probability trades occur when all momentum layers rotate together after reaching an extreme. This script combines: • Momentum rotation • Divergence logic • Flag continuation logic • Trend-state filtering into a single cohesive framework, not a simple indicator mashup. 📊 How to Use (Step-by-Step) 1️⃣ Best Timeframes • Scalping: 1m – 3m • Intraday: 5m – 15m • Avoid higher timeframes (not designed for swing holding) Works best on: • Index options • Index futures • Highly liquid stocks • Crypto majors 2️⃣ Understanding the Signals 🔁 Quad Rotation (Core Signal) A valid rotation requires: • Fast, Medium, Slow, and Trend stochastic moving in the same direction • Momentum exiting Overbought / Oversold zones • Trend stochastic supporting the move This filters out random oscillator noise. 3️⃣ Entry Conditions 🟢 LONG Setup • Bullish quad rotation • Either: – Bullish divergence OR – Bullish flag pullback • Fast stochastic turning up 🔴 SHORT Setup • Bearish quad rotation • Either: – Bearish divergence OR – Bearish flag pullback • Fast stochastic turning down ⚠️ Signals are confirmation-based, not anticipatory. 4️⃣ SUPER LONG / SUPER SHORT These appear only when: • Quad rotation • Divergence confirmation They represent high-confidence momentum inflection zones, not guaranteed reversals. 5️⃣ Stop-Loss Visualization Optional SL zones are plotted using: • Recent swing high / low • ATR-based buffer (configurable) This helps traders visualize risk, not automate exits. 🎨 Visual System (Why It Looks Different) • Multi-layer glow effects → momentum strength • Dynamic cloud → fast vs trend dominance • Color-shifting fast line → acceleration vs decay • Chart overlays → execution clarity without clutter Everything is designed for speed and readability during live trading. ⭐ Unique Selling Points (USP) ✅ Multi-speed stochastic rotation (not single-line signals) ✅ Context-first, not signal spam ✅ Built-in divergence + continuation logic ✅ Non-repainting logic ✅ Designed for scalpers, not hindsight analysis ✅ Works across indices, options, crypto, and futures ⚠️ Important Notes • Not a standalone trading system • Best combined with: – Market structure – Key levels – Session timing • Avoid low-liquidity or news-spike candles This indicator guides execution, it does not replace discretion. 👤 Who This Is For • Scalpers & intraday traders • Options traders needing precise timing • Traders who understand momentum & structure • Users who want fewer but higher-quality signals 🏁 Summary JK Scalp helps you trade momentum rotation, not overbought/oversold myths. Wait for alignment. Execute with discipline.
Indikator Pine Script®
oleh nishith85441
1
Harmonic Patterns (Experimental) [Kodexius]Harmonic Patterns (Experimental) is a multi pattern harmonic geometry scanner that automatically detects, validates, and draws classic harmonic structures directly on your chart. The script continuously builds a pivot map (swing highs and swing lows), then evaluates the most recent pivot sequence against a library of harmonic ratio templates such as Gartley, Bat, Deep Bat, Butterfly, Crab, Deep Crab, Cypher, Shark, Alt Shark, 5-0, AB=CD, and 3 Drives. Unlike simple “pattern exists / pattern doesn’t exist” indicators, this version scores candidates by accuracy . Each pattern includes “ideal” ratio targets, and the script computes a total error score by measuring how far the observed ratios deviate from the ideal. When multiple patterns could match the same pivot structure, the script selects the best match (lowest total error) and displays that one. This reduces clutter and makes the output more practical in real market conditions where many ratio ranges overlap. The end result is a clean, information rich visualization of harmonic opportunities that is: -Pivot based and swing aware -Ratio validated with configurable tolerance -Direction filtered (bullish, bearish, or both) -Ranked by accuracy to prefer higher quality matches Note: This is an experimental pattern engine intended for research, confluence and chart study. Harmonic patterns are probabilistic and can fail often. Always combine with your own risk management and confirmation tools. 🔹 Features 🔸Pivot Detection The script uses pivot functions to detect structural turning points: -Pivot Left Bars controls how many bars must exist on the left of the pivot -Pivot Right Bars controls confirmation delay on the right (smaller value reacts faster) Additionally, a Min Swing Distance (%) filter can ignore tiny swings to reduce noise. Pivots are stored separately for highs and lows and capped by Max Pivots to Store to keep the script efficient. 🔸Pattern Library (XABCD and Beyond) Supported structures include: -Gartley, Bat, Deep Bat, Butterfly, Crab, Deep Crab -Cypher (uses XC extension and CD retracement logic) -Shark and Alt Shark (0-X-A-B-C mapping) -5-0 (AB and BC extensions with CD retracement) -AB=CD (symmetry and proportionality checks) -3 Drives (6 point structure, drive and retracement ratios) Each pattern is defined by ratio ranges and also “ideal” ratio targets used for scoring. 🔸 Pattern Fibonacci Rules (Detailed Ratio Definitions) This script validates each harmonic template by measuring a small set of Fibonacci relationships between the legs of the pattern. All measurements are computed using absolute price distance (so the ratios are direction independent), and then a directional sanity check ensures the geometry is positioned correctly for bullish or bearish cases. How ratios are measured Most patterns in this script use the standard X A B C D harmonic structure. Four ratios are evaluated: 1) XB retracement of XA This measures how much price retraces from A back toward X when forming point B . xbRatio = |B - A| / |A - X| 2) AC retracement of AB This measures how much point C retraces the AB leg. acRatio = |C - B| / |B - A| 3) BD extension of BC This measures the “drive” from C into D relative to the BC leg. bdRatio = |D - C| / |C - B| 4) XD retracement of XA This is the most important “completion” ratio in many patterns. It measures where D lands relative to the original XA swing. xdRatio = |D - A| / |A - X| Important: the script applies a user defined Fibonacci Tolerance to each accepted range, meaning the pattern can still pass even if ratios are slightly off from the textbook values. 🔸 XABCD Pattern Ratio Templates Below are the exact ratio rules used by the templates in this script. Gartley -XB must be ~0.618 of XA -AC must be between 0.382 and 0.886 of AB -BD must be between 1.272 and 1.618 extension of BC -XD must be ~0.786 of XA In practice, Gartley is a “non extension” structure, meaning D usually remains inside the X boundary . Bat -XB between 0.382 and 0.50 of XA -AC between 0.382 and 0.886 of AB -BD between 1.618 and 2.618 of BC -XD ~0.886 of XA Bat patterns typically complete deeper than Gartley and often create a sharper reaction at D. Deep Bat -XB ~0.886 of XA -AC between 0.382 and 0.886 of AB -BD between 1.618 and 2.618 of BC -XD ~0.886 of XA Deep Bat uses the same completion zone as Bat, but requires a much deeper B point. Butterfly -XB ~0.786 of XA -AC between 0.382 and 0.886 of AB -BD between 1.618 and 2.618 of BC -XD between 1.272 and 1.618 of XA Butterfly is an extension pattern . That means D is expected to break beyond X (in the completion direction). Crab -XB between 0.382 and 0.618 of XA -AC between 0.382 and 0.886 of AB -BD between 2.24 and 3.618 of BC -XD ~1.618 of XA Crab is also an extension pattern . It often produces a very deep D completion and a strong reaction zone. Deep Crab -XB ~0.886 of XA -AC between 0.382 and 0.886 of AB -BD between 2.0 and 3.618 of BC -XD ~1.618 of XA Deep Crab combines a deep B point with a strong XA extension completion. 🔸 Cypher Fibonacci Rules (XC Based) Cypher is not validated with the same four ratios as XABCD patterns. Instead it uses an XC based completion model: 1) B as a retracement of XA xb = |B - A| / |A - X| // AB/XA Must be between 0.382 and 0.618 . 2) C as an extension from X relative to XA xc = |C - X| / |A - X| // XC/XA Must be between 1.272 and 1.414 . 3) D as a retracement of XC xd = |D - C| / |C - X| // CD/XC Must be ~ 0.786 . This makes Cypher structurally different: the “completion” is defined as a retracement of the entire XC leg, not XA. 🔸 Shark and Alt Shark Fibonacci Rules (0-X-A-B-C Mapping) Shark patterns are commonly defined as 0 X A B C . In this script the pivots are mapped like this: 0 = pX, X = pA, A = pB, B = pC, C = pD So the final pivot (stored as pD) is labeled as C on the chart. Three ratios are validated: 1) AB relative to XA ab_xa = |B - A| / |A - X| Must be between 1.13 and 1.618 . 2) BC relative to AB bc_ab = |C - B| / |B - A| Must be between 1.618 and 2.24 . 3) OC relative to OX oc_ox = |C - 0| / |X - 0| For Shark it must be between 0.886 and 1.13 . For Alt Shark it must be between 1.13 and 1.618 (a deeper / more extended completion). 🔸 5-0 Fibonacci Rules 5-0 is validated as a sequence of extensions and then a fixed retracement: 1) AB extension of XA ab_xa = |B - A| / |A - X| Must be between 1.13 and 1.618 . 2) BC extension of AB bc_ab = |C - B| / |B - A| Must be between 1.618 and 2.24 . 3) CD retracement of BC cd_bc = |D - C| / |C - B| Must be approximately 0.50 . Note that for 5-0 the script does not rely on an XA completion ratio like 0.786 or 1.618. The defining completion is the 0.5 retracement of BC. 🔸 AB=CD Fibonacci Rules AB=CD is a symmetry pattern and is treated differently from the harmonic templates: 1) AB and CD length symmetry The script checks if CD is approximately equal to AB within tolerance. 2) BC proportion BC/AB is expected to fall in a common Fibonacci retracement zone: -approximately 0.618 to 0.786 (with a looser tolerance in code) 3) CD/BC expansion CD/BC is expected to be an expansion ratio: -approximately 1.272 to 1.618 (also with a looser tolerance) This allows the script to capture both classic equal leg AB=CD and common “expanded” variations. 🔸 3 Drives Fibonacci Rules (6 Point Structure) 3 Drives is a 6 point structure and is validated using retracement ratios and extension ratios: Retracement rules Retracement 1 must be between 0.618 and 0.786 of Drive 1 Retracement 2 must be between 0.618 and 0.786 of Drive 2 Extension rules Drive 2 must be between 1.272 and 1.618 of Retracement 1 Drive 3 must be between 1.272 and 1.618 of Retracement 2 This pattern is meant to capture rhythm and proportional repetition rather than a single XA completion ratio. 🔸 Why the script can show “ratio labels” on legs If you enable Show Fibonacci Values on Legs , the script prints the measured ratios near the midpoint of each leg (or diagonal, depending on pattern type). This makes it easy to visually confirm: -Which ratios caused the pattern to pass -How close the structure is to ideal harmonic values -Why one template was preferred over another via the accuracy score 🔸 Fibonacci Tolerance Control All ratio checks use a single tolerance input (percentage). This tolerance expands or contracts the acceptable ratio ranges, letting you decide whether you want: -Tight, high precision matches (lower tolerance) -Broader, more frequent matches (higher tolerance) 🔸 Direction Filter (Bullish Only / Bearish Only / Both) You can restrict scanning to bullish patterns, bearish patterns, or allow both. This is useful if you are aligning with higher timeframe bias or only trading one side of the market. 🔸 Best Match Selection (Anti Clutter Logic) When a new pivot confirms, the script evaluates all enabled patterns against the latest pivot sequence and keeps the one with the smallest total error score. This is especially helpful because many harmonic templates overlap in real time. Instead of drawing multiple conflicting labels, you get one “most accurate” candidate. 🔸 Clean Visual Rendering and Optional Details The drawing system can display: -Main structure lines (X-A-B-C-D or special mappings) -Dashed diagonals for geometric context (XB, AC, BD, XD) -Pattern fill to visually highlight the structure zone -Point labels (X,A,B,C,D or 0..5 for 3 Drives, 0-X-A-B-C for Shark) -Leg Fibonacci labels placed around midpoints for fast ratio reading All colors (bullish and bearish line and fill) are configurable. 🔸 Pattern Spacing and Display Limits To keep charts readable, the script includes: -Max Patterns to Display to limit on-chart drawings -Min Bars Between Patterns to avoid repeated signals too close together in the same direction Older patterns are automatically deleted once the display limit is exceeded. 🔸 Alerts When enabled, alerts trigger on new confirmed detections: -Bullish Pattern Detected -Bearish Pattern Detected Alerts fire once per bar when a new pattern is confirmed by a fresh pivot. 🔹 Calculations This section summarizes the core logic used under the hood. 1) Pivot Detection and Swing Filtering The script confirms pivots using right side confirmation, then optionally filters them by minimum swing distance relative to the last opposite pivot. // Pivot detection float pHigh = ta.pivothigh(high, pivotLeftBars, pivotRightBars) float pLow = ta.pivotlow(low, pivotLeftBars, pivotRightBars) // Example swing distance filter (conceptual) abs(newPivot - lastOppPivot) / lastOppPivot >= minSwingPercent Pivots are stored in capped arrays (high pivots and low pivots), ensuring performance and stable memory usage. 2) Ratio Measurements (Retracement and Extension) The engine measures harmonic ratios using two core helpers: Retracement measures how much the third point retraces the previous leg. Extension measures how much the next leg extends relative to the previous leg. // Retracement: (p3 - p2) compared to (p2 - p1) calcRetracement(p1, p2, p3) => float leg = math.abs(p2.price - p1.price) float retr = math.abs(p3.price - p2.price) leg != 0 ? retr / leg : na // Extension: (p4 - p3) compared to (p3 - p2) calcExtension(p2, p3, p4) => float leg = math.abs(p3.price - p2.price) float ext = math.abs(p4.price - p3.price) leg != 0 ? ext / leg : na For a standard XABCD pattern the script evaluates: -XB retracement of XA -AC retracement of AB -BD extension of BC -XD retracement of XA 3) Tolerance Based Range Check Ratio validation uses a flexible range check that expands min and max by the tolerance percent: isInRange(value, minVal, maxVal, tolerance) => float tolMin = minVal * (1.0 - tolerance) float tolMax = maxVal * (1.0 + tolerance) value >= tolMin and value <= tolMax This means even “fixed” ratios (like 0.786) still allow a user controlled deviation. 4) Positional Sanity Check for D (Beyond X or Not) Some harmonic patterns require D to remain within X (non extension patterns), while others require D to break beyond X (extension patterns). The script enforces that using a boolean flag in each template. Conceptually: -If the pattern is an extension type, D should cross beyond X in the expected direction -If the pattern is not extension type, D should stay on the correct side of X This prevents visually incorrect “ratio matches” that violate the intended geometry. 5) Template Definitions (Ranges + Ideal Targets) Every pattern includes ratio ranges plus ideal values. The ideal values are used only for scoring quality, not for pass/fail. Example concept: -Ranges determine validity -Ideal targets determine ranking 6) Accuracy Scoring (Total Error) When a candidate passes all validity checks, the script computes an accuracy score by summing absolute deviations from ideal ratios: calcError(value, ideal) => math.abs(value - ideal) // Total error is the sum of the four leg errors (as available for the pattern) totalError = calcError(xbRatio, xbIdeal) + calcError(acRatio, acIdeal) + calcError(bdRatio, bdIdeal) + calcError(xdRatio, xdIdeal) Lower score means closer to the “textbook” harmonic proportions. 7) Best Match Resolution (Choosing One Winner) When multiple enabled patterns match the same pivot structure, the script selects the one with the lowest totalError: updateBest(currentBest, newCandidate) => result = currentBest if not na(newCandidate) if na(currentBest) or newCandidate.totalError < currentBest.totalError result := newCandidate result This is a major practical feature because it reduces clutter and highlights the highest quality interpretation. 8) Bullish and Bearish Scanning Logic The scanner runs when pivots confirm: -Bullish patterns are evaluated on a newly confirmed pivot low (potential D) -Bearish patterns are evaluated on a newly confirmed pivot high (potential D) From that D pivot, the script searches backward through stored pivots to build a valid pivot sequence (X,A,B,C,D). If 3 Drives is enabled, it also attempts to find the extra preceding point needed for the 6 point structure. 9) Rendering: Lines, Fill, Labels, and Leg Fib Text After detection the script draws: -Primary legs with thicker lines -Geometric diagonals with dashed lines (for XABCD types) -Optional fill between selected legs to emphasize the structure area -A summary label showing direction, pattern name, and ratios -Optional point labels and leg ratio labels placed near midpoints To avoid overlapping with candles, the script offsets labels using ATR: float yOff = math.max(ta.atr(14) * 0.15, syminfo.mintick * 10) 10) Pattern Lifecycle and Cleanup To respect chart limits and keep visuals clean, the script deletes old drawings once the maximum visible patterns threshold is exceeded. This includes lines, fills, and labels.
Indikator Pine Script®
oleh UnknownUnicorn113699460
Dynamic MAs Zscore | Lyro RSThe Dynamic MAs Zscore is an adaptive momentum and valuation oscillator built around advanced moving averages and statistical Z-Score normalization. By combining a wide selection of moving average types with dynamic deviation bands, this indicator delivers clear insights into trend strength , directional bias , and relative valuation — all in a clean, visually intuitive format. ━━━━━━━━━━━━━━━ Key Features ━━━━━━━━━━━━━━━ Dynamic Moving Average Engine Applies one of 12 selectable moving average types (SMA, EMA, WMA, VWMA, HMA, ALMA, TEMA, etc.) to the chosen source. This allows fine-tuning between responsiveness and smoothness depending on market conditions. Z-Score Normalization Transforms the selected moving average into a standardized Z-Score: (MA − mean) / standard deviation This normalization makes momentum strength comparable across assets and timeframes. Adaptive Deviation Bands Upper and lower bands are derived from the rolling standard deviation of the Z-Score: Custom band length Independent positive and negative multipliers These bands dynamically expand and contract with volatility. Dual Signal Modes Trend Mode – Focuses on directional continuation. Color changes and signals occur when Z-Score breaks above or below deviation bands. Valuation Mode – Highlights relative overvaluation and undervaluation using a gradient color scale and predefined value zones. Advanced Visual System Includes bold layered plots, gradient fills, background shading, and candle/bar coloring to clearly reflect current market state. Custom Color Palettes Choose from multiple preset themes (Classic, Mystic, Accented, Royal) or define your own bullish and bearish colors. ━━━━━━━━━━━━━━━ How It Works ━━━━━━━━━━━━━━━ MA Calculation – The selected moving average type is applied to the chosen price source. Z-Score Computation – The MA is normalized over a user-defined lookback period to quantify deviation from its mean. Band Construction – Standard deviation of the Z-Score is calculated over the band length and scaled by positive/negative multipliers. Mode-Dependent Logic Trend Mode – Breaks above the upper band signal bullish momentum; breaks below the lower band signal bearish momentum. Valuation Mode – A gradient reflects relative valuation from undervalued to overvalued, with background highlights at extreme Z-Score levels. ━━━━━━━━━━━━━━━ Signal Interpretation ━━━━━━━━━━━━━━━ Trend Confirmation In Trend Mode, sustained moves beyond deviation bands indicate strong directional bias. Momentum Strength The distance of the Z-Score from zero reflects the intensity of trend momentum. Relative Valuation In Valuation Mode, deep negative Z-Scores suggest undervaluation, while high positive Z-Scores suggest overvaluation. Visual Clarity Bar and candle coloring aligned with oscillator state allows for rapid assessment of market conditions. ━━━━━━━━━━━━━━━ Customization ━━━━━━━━━━━━━━━ Adjust MA type and length to balance speed vs. smoothness. Modify Z-Score length to control sensitivity. Tune band length and multipliers for volatility adaptation. Switch between Trend and Valuation modes depending on strategy. Personalize visuals using preset or custom color palettes. ━━━━━━━━━━━━━━━ Alerts ━━━━━━━━━━━━━━━ Bullish condition when Z-Score > 0 Bearish condition when Z-Score < 0 Overvalued and undervalued valuation alerts ⚠️ Disclaimer This indicator is intended for technical analysis and educational purposes only. It does not guarantee profitable outcomes and should be used alongside other tools, confirmation methods, and sound risk management. The author is not responsible for any financial decisions made using this indicator.
Indikator Pine Script®
oleh LyroRS
Structure Pivot (LL-HL / HH-LH)Structure Pivot (LL-HL / HH-LH) - Indicator Guide This indicator scans for market structure pivot patterns—specifically the bullish Higher Low (LL–HL) and the bearish Lower High (HH–LH) —across multiple lengths simultaneously. It automatically selects the most optimal pattern based on a "Priority Mode" and plots the structure and breakout/breakdown levels on the chart. 1. Basic Calculation Method The indicator builds upon TradingView’s ta.pivotlow and ta.pivothigh functions to identify structural points. Bullish Structure (LL–HL) 1.LL (Lowest Low): A standard Pivot Low is identified. 2.HL (Higher Low): A subsequent Pivot Low forms higher than the previous LL. This completes the setup. 3.Pivot Line (Resistance): The indicator finds the highest price (High) that occurred between the LL and the HL. This level becomes the breakout trigger. Bearish Structure (HH–LH) 1.HH (Highest High): A standard Pivot High is identified. 2.LH (Lower High): A subsequent Pivot High forms lower than the previous HH. This completes the setup. 3.Pivot Line (Support): The indicator finds the lowest price (Low) that occurred between the HH and the LH. This level becomes the breakdown trigger. 2. Multi-Length Scanning Unlike standard indicators that use a single fixed length (e.g., Length = 5), this indicator scans a range of lengths simultaneously. ・Settings: Defined by Min Length and Max Length. ・Mechanism: If set to Min=2 and Max=10, the indicator internally runs 9 separate calculations (Length 2 through 10) in parallel. This allows it to capture everything from small, short-term pullbacks to larger, significant structural pivots without manual adjustment. 3. Priority Mode System Since multiple lengths are scanned, multiple valid patterns may appear at the same time. The Priority Mode determines which single pattern is the "winner" and gets displayed. A. Tightest Structure (Default) ・For Bullish (Long): Selects the pattern with the lowest Pivot Line (Resistance). ・For Bearish (Short): Selects the pattern with the highest Pivot Line (Support). ・Advantage: It finds the "tightest" contraction (like a VCP). This offers the entry point closest to the stop-loss level, providing the best Risk/Reward ratio. B. Longest Length ・Selects the pattern detected by the longest length setting. ・Advantage: Focuses on major structural points, filtering out short-term noise. Best for trend confirmation. C. Shortest Length ・Selects the pattern detected by the shortest length setting. ・Advantage: Extremely sensitive. Best for scalping or catching immediate micro-pullbacks. 4. Real-Time Logic & Features Structure Invalidation (Failure) ・Bullish: If the current price drops below the HL (the support of the structure), the setup is considered failed. ・Bearish: If the current price rises above the LH (the resistance of the structure), the setup is considered failed. ・Result: All lines and labels for that structure are immediately deleted to keep the chart clean. Pivot Line Extension ・As long as the structure remains valid (price hasn't violated the HL or LH), the Pivot Line extends to the right, acting as a live reference for breakouts or breakdowns. Alerts ・Bullish Breakout: Triggered when the Close price crosses over the Pivot Line. ・Bearish Breakdown: Triggered when the Close price crosses under the Pivot Line.
Indikator Pine Script®
oleh oratnek
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