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Auto-Basis ES to SPXThis indicator is a specialized utility for traders who analyze market structure using ES (S&P 500 E-mini Futures) levels but execute or monitor trades on the SPX (S&P 500 Cash Index). Because futures contracts trade at a premium or discount to the cash index (the "Basis"), ES levels cannot be plotted directly on an SPX chart without significant manual math. This script automates that conversion by calculating the spread between a user-defined ES contract and the SPX index, applying that offset to your levels instantly. How to Use Input Levels: Paste your ES levels into the "Paste ES levels here" text area. The script recognizes the following format: Pivot Level: 6150.25 Resistance Levels: 6165.50, 6180.75 Support Levels: 6140.25, 6125.00 Select Your Contract: Under the "ES Contract Ticker" setting, you can choose which contract to use for the basis calculation. It defaults to the front-month continuous contract (CME_MINI:ES1!), but can be changed to specific quarterly contracts (e.g., ESH2026). Choose Basis Mode: Daily Open: Capture and lock the spread at the 9:30 AM EST market open. This provides static, non-moving levels for the duration of the session. Live: Continuously updates the spread, allowing levels to drift in real-time as the futures-to-cash relationship fluctuates. Key Features Automated Numbering: Automatically parses your input to label levels as R1, R2, R3... and S1, S2, S3... sequentially. Customizable Line Styles: Choose between Solid, Dashed, or Dotted lines and adjust the thickness to fit your chart's theme. Visual Zones: Toggle "Show Zones" to display a shaded area (adjustable in ticks) around each level for better context on supply and demand areas. High-Contrast Labels: Labels default to Normal size with Black Text on a White Background, positioned to the right of the price action for maximum readability. Information Dashboard: A small table in the Bottom Right displays the active Ticker, Basis Mode, and the current mathematical offset being applied.
Penunjuk Pine Script®
oleh TatankaTrading
MyTradeEdge.com Pro Levels & Zones [MTE]MyTradeEdge.com Pro Levels & Zones An all-in-one futures trading overlay that combines supply & demand zones, multi-session key levels, and confluence-scored buy/sell signals on a single chart. Features Supply & Demand Zones Automatically detects institutional supply (red) and demand (green) zones using 60-minute pivot structure. Zones extend in real-time and are removed when invalidated by price or age. Configurable minimum zone size and max zone age. Confluence-Scored Signals Buy and sell signals fire when price enters a fresh zone, rated 1-5 stars based on how many factors align: Volume delta direction VWAP proximity and trend bias Nearby key levels (PDH/PDL, PMH/PML, POC, London session) Higher star ratings = higher conviction setups. A built-in cooldown prevents signal spam. Session Levels London & Asia session highs/lows displayed as live-updating steplines Pre-market (PMH/PML) and overnight (ONH/ONL) ranges Opening Print captured at RTH open Key Levels Toggle any combination of: PDH, PDL, PDC, PMH, PML, PWH, PWL, ONH, ONL, Opening Print — drawn as clean dashed lines with price labels. Additional Tools (off by default) VWAP — standard anchored to session POC — intraday volume Point of Control Fair Value Gaps — bullish/bearish imbalances with configurable minimum size Opening Range (ORB) — 15 or 30 minute RTH opening range box Recommended Use Instruments: NQ, ES, and other futures (zone size defaults tuned for NQ) Timeframes: 1-15 min intraday charts Workflow: Use zones + key level confluence to identify high-probability entries. Look for 4-5 star signals at levels where multiple references converge. Settings All features are independently toggleable. Defaults are optimized for NQ on a 5-minute chart. Adjust "Min Zone Size" for your instrument (NQ: 20-50 pts, ES: 5-15 pts). Adjust the instrument recommendations or workflow section if you want to target a broader audience beyond futures.
Penunjuk Pine Script®
oleh blu3manx
Multi-TF Keltner Heatmap# Multi-TF Keltner Heatmap A multi-timeframe volatility structure indicator designed to show where momentum pivots are forming across timeframes. Instead of plotting a single Keltner Channel, this script overlays Keltner envelopes from 12 timeframes simultaneously, allowing traders to see when lower timeframe volatility begins pivoting relative to higher timeframe structure. For options traders, these pivot points often represent the moments where momentum changes fastest while options are still relatively cheap. The goal is to identify the earliest structural shift in volatility expansion before the larger move becomes obvious. ## Core Idea Momentum rarely appears suddenly on higher timeframes. Instead, it typically builds from smaller timeframes upward. Lower timeframes begin expanding volatility until they interact with or surpass the volatility boundaries of larger timeframes. When this occurs, the script identifies it as a pivot event. A pivot means the shorter timeframe volatility envelope has reached or crossed the adjacent higher timeframe envelope, indicating that momentum pressure is shifting. As these pivots propagate upward through the timeframe ladder, a momentum chain forms. This chain represents how many layers of the market structure are currently shifting direction. ## Timeframes Included The script pulls Keltner Channel data from the following timeframes: - 1 Minute - 3 Minute - 5 Minute - 10 Minute - 15 Minute - 30 Minute - 45 Minute - 1 Hour - 2 Hour - 4 Hour - 1 Day - 1 Week These timeframes together create a stacked volatility structure showing how pressure builds through the market. ## Keltner Channel Construction Each timeframe uses the same parameters. Basis EMA (default length: 200) Volatility Envelope ATR (default length: 200) Bandwidth Multiplier ATR × 8 These intentionally large settings create structural volatility envelopes rather than short-term reactive channels. The focus is on major volatility shifts rather than micro fluctuations. ## Visual Structure The indicator uses color to separate layers of the timeframe hierarchy. ### White Bands (1m – 15m) These represent short-term market microstructure. They allow traders to see: - short-term compression - micro volatility expansion - early directional pressure Opacity is reduced so these bands remain informational rather than dominant. ### Intermediate Layer (30m / 45m) Upper bands are colored green. Lower bands are colored red. These timeframes often act as the bridge between intraday volatility and higher timeframe momentum. When price begins interacting strongly with these bands, it often signals that pressure is building toward a larger pivot. ### Higher Timeframe Bands (1H – 1W) Higher timeframe bands are hidden by default. They only appear when a pivot condition occurs. A pivot occurs when: Shorter timeframe upper band ≥ adjacent higher timeframe upper band or Shorter timeframe lower band ≤ adjacent higher timeframe lower band Example: 45m upper ≥ 1H upper When this happens, the 1H upper band becomes visible. This signals that short-term volatility is now interacting with higher timeframe structure. ## Pivot Chain Momentum shifts are tracked using adjacent timeframe pivots. Upper band pivots follow this sequence: - 45m → 1H - 1H → 2H - 2H → 4H - 4H → 1D - 1D → 1W Lower band pivots follow the same sequence. This adjacency logic reflects how momentum realistically propagates through the market rather than skipping timeframes. ## Pivot Chain Depth The indicator calculates two values shown in the status line and data window. Bull Chain Number of upward pivot steps currently active. Example: 45m pivoting above 1H 1H pivoting above 2H 2H pivoting above 4H Bull Chain = 3 Bear Chain Number of downward pivot steps currently active. Example: 45m pivoting below 1H 1H pivoting below 2H 2H pivoting below 4H Bear Chain = 3 ## Interpreting Chain Depth Lower chain values typically indicate: - localized volatility - range conditions - early momentum shifts Higher chain values indicate: - stronger structural alignment - expanding volatility - sustained directional momentum Deep pivot chains are relatively rare and often occur during: - breakouts - strong trend continuation - macro directional moves ## Why This Matters for Options Options traders benefit most when they can identify large momentum shifts early, before volatility expansion fully develops. When lower timeframes begin pivoting relative to higher timeframe envelopes, it often means: - directional pressure is building - volatility expansion may follow - option pricing has not fully reacted yet This creates the opportunity to enter positions before volatility and delta expansion make contracts expensive. ## Practical Uses This indicator can help traders: - identify early momentum pivots - visualize multi-timeframe volatility alignment - detect volatility expansion before breakouts - confirm trend continuation across timeframes It is particularly useful when looking for high momentum opportunities while options remain relatively inexpensive. ## Conceptual Summary Momentum builds from smaller timeframes upward. When lower timeframe volatility begins interacting with and pivoting against larger timeframe envelopes, the market is often entering a structural shift phase. This indicator visualizes that process so traders can see momentum transitions while they are still forming.
Penunjuk Pine Script®
oleh Jysun
MTF Key Levels: Previous Day/Week/Month/Year + Opens Multi-Timeframe Key Levels (Auto-Updating) This indicator plots important previous session and higher-timeframe levels that many traders watch for support, resistance, liquidity, and reaction points. All levels automatically update when a new period begins, so your chart always shows the most recent relevant levels without clutter. Levels Included Daily • Daily Open • Previous Day Open • Previous Day High • Previous Day Low • Previous Day Equilibrium (midpoint of high/low) Weekly • Week Open • Previous Week Open • Previous Week High • Previous Week Low • Previous Week Equilibrium Weekend • Previous Weekend High • Previous Weekend Low (Useful for crypto traders where weekend volatility often creates liquidity zones.) Higher Timeframes • Previous Month High • Previous Month Low • Previous Year High • Previous Year Low Features • Auto-updating levels – old levels are replaced as new sessions begin • Multi-timeframe context – see key daily, weekly, monthly, and yearly levels at once • Clean chart design – only the most recent levels are shown • Dashed level styling for clarity • Color-coded tags for quick identification • Automatic high-contrast label text for readability • Adjustable label distance so tags don’t overlap price How Traders Use These Levels These levels often act as: • Liquidity zones • Support / resistance • Mean reversion targets • Reaction areas for intraday trades • Bias confirmation when price reclaims or rejects key levels Many strategies incorporate previous highs/lows, opens, and equilibrium levels when analyzing market structure and momentum. Notes • Levels are based on your chart timeframe and timezone settings. • Works on any intraday timeframe. • Particularly useful for crypto and futures markets where higher-timeframe levels are frequently respected.
Penunjuk Pine Script®
oleh trader435543
Gamma Exposure Levels [BackQuant]Gamma Exposure Levels This indicator allows you to paste Gamma Exposure (GEX) level data directly into a text input on TradingView, automatically parsing the values and plotting them as labeled horizontal lines on your chart. It is designed for traders who use options-derived gamma exposure data as part of their technical analysis and want a fast, visual way to overlay those key price levels onto any chart and timeframe. Rather than manually drawing lines for each level, this script reads a structured block of GEX output text, extracts every relevant dollar value, and draws color-coded, labeled levels across your chart. If two or more levels share the same price, their labels are automatically merged (for example, "Max Pain / Call Res $75,000") so the chart stays clean and readable. What is Gamma Exposure (GEX)? Gamma Exposure refers to the aggregate gamma held by options market makers (dealers) at each strike price. Gamma measures how much a dealer's delta (directional hedge) changes as the underlying price moves. When dealers hold large gamma positions, they must continuously hedge by buying or selling the underlying asset, which can either dampen or amplify price movement depending on the sign of that gamma. When dealers are long gamma (positive GEX), they hedge against the prevailing trend: buying dips and selling rallies. This creates a stabilizing, mean-reverting effect around high-gamma strikes, making those levels act like magnets or support/resistance zones. When dealers are short gamma (negative GEX), they hedge in the same direction as the move: selling into drops and buying into rallies. This amplifies volatility and can cause sharp, directional moves once a key gamma level breaks. Understanding where these gamma levels sit gives traders a structural map of where options market makers are likely to add liquidity or accelerate a move. How to Use This Indicator Add the indicator to your chart. Open the indicator settings and find the "Data Input" group at the top. Paste your full GEX levels output into the text area. The indicator expects a structured text format (see the example format below). The indicator will automatically parse all dollar values from the text and plot them as horizontal lines with labels. Use the toggle checkboxes next to each level type to show or hide individual levels. Customize colors, line style, line width, label size, label offset, and label position from the settings panel. Expected Input Format The indicator parses structured GEX output text. Below is an example of the expected format. Copy and paste a block like this directly into the text area input in the indicator settings: GEX Levels - 04/03/2026, 12:17:19 All-Expiry Levels: HVL: $72,000 +$1,841 (+2.62%) Call Resistance: $75,000 +$4,841 (+6.90%) Put Support: $60,000 $-10,159 (-14.48%) 0DTE Levels: 0DTE HVL: $68,000 $-2,159 (-3.08%) 0DTE Call: $71,000 +$841 (+1.20%) 0DTE Put: $66,000 $-4,159 (-5.93%) Advanced: Zero Gamma: $71,819 +$1,660 (+2.37%) Max Pain: $74,000 +$3,841 (+5.47%) Expected Move: $64,238 to $76,081 Flip Zones (All): $67,500 All-Expiry GEX Top 10 (by |gamma|): 1. $60,000 $-10,159 (-14.48%) | GEX: -20,711,741.86 2. $75,000 +$4,841 (+6.90%) | GEX: 18,876,578.2 3. $72,000 +$1,841 (+2.62%) | GEX: 17,530,960.01 4. $70,000 $-159 (-0.23%) | GEX: 17,494,795.02 5. $74,000 +$3,841 (+5.47%) | GEX: 13,573,146.08 6. $73,000 +$2,841 (+4.05%) | GEX: 10,380,107.7 7. $69,000 $-1,159 (-1.65%) | GEX: 10,341,883.98 8. $80,000 +$9,841 (+14.03%) | GEX: 8,636,674.83 9. $71,000 +$841 (+1.20%) | GEX: 7,962,084.65 10. $65,000 $-5,159 (-7.35%) | GEX: -7,257,124.01 0DTE GEX Top 10 (by |gamma|): 1. $69,500 $-659 (-0.94%) | GEX: 3,659,702.74 2. $70,500 +$341 (+0.49%) | GEX: 1,152,595.15 3. $69,000 $-1,159 (-1.65%) | GEX: 703,339.82 4. $72,000 +$1,841 (+2.62%) | GEX: 697,625.91 5. $73,000 +$2,841 (+4.05%) | GEX: 419,096.08 6. $68,000 $-2,159 (-3.08%) | GEX: 294,575.89 7. $74,000 +$3,841 (+5.47%) | GEX: 281,083.42 8. $75,000 +$4,841 (+6.90%) | GEX: 183,191.05 9. $66,000 $-4,159 (-5.93%) | GEX: -172,470.38 10. $68,500 $-1,659 (-2.37%) | GEX: 167,135.87 The indicator only extracts the dollar values from this text. The percentage changes, GEX magnitude values, and other metadata are informational context in the source data but are not plotted by this script. Level Definitions Below is a detailed explanation of every level this indicator can parse and plot. These are grouped the same way they appear in the indicator settings. All-Expiry Levels These levels are derived from gamma exposure aggregated across all option expiration dates. HVL (High Volume Level) - The price with the highest total gamma exposure across all expirations. This is the strike where dealers hold the most aggregate gamma and therefore where hedging activity is most concentrated. Price tends to gravitate toward the HVL in positive gamma environments because dealer hedging creates a mean-reverting effect around this level. Think of it as the "center of gravity" for options-driven price action. Call Resistance - The price level where call-side gamma creates overhead resistance. At this strike, the concentration of call gamma means that as price rises toward it, dealers who are long those calls must sell the underlying to stay delta-neutral. This selling pressure acts as a ceiling, making it harder for price to push through. Breaks above call resistance can signal a shift in positioning or the start of a gamma squeeze. Put Support - The price level where put-side gamma creates downside support. At this strike, the concentration of put gamma means that as price falls toward it, dealers must buy the underlying to hedge. This buying pressure acts as a floor, cushioning the decline. A break below put support can accelerate selling as dealers flip from buying to selling, potentially triggering a sharp move lower. 0DTE Levels These levels are derived exclusively from same-day (zero days to expiration) options. Because 0DTE options have extremely high gamma due to their proximity to expiration, they can dominate intraday price action even when their notional size is smaller than longer-dated positions. 0DTE HVL - The same-day high volume level. This is the intraday gamma center of gravity derived solely from options expiring today. It represents the strike where 0DTE dealer hedging is most concentrated and where intraday gamma polarity can flip. Particularly relevant for intraday traders, as 0DTE gamma effects intensify throughout the trading session and peak in the final hours before expiration. 0DTE Call - Same-day call resistance. The intraday ceiling created by 0DTE call gamma. Dealer hedging against these expiring calls creates selling pressure as price approaches this level. Because 0DTE gamma decays rapidly, this level can shift during the session and its strength increases as expiration approaches. 0DTE Put - Same-day put support. The intraday floor created by 0DTE put gamma. Dealer hedging against expiring puts creates buying pressure at this level. Like the 0DTE call level, its influence grows as the trading day progresses and gamma effects intensify near the close. Advanced Levels These levels provide additional structural context beyond the core support, resistance, and HVL framework. Zero Gamma - The precise price where cumulative gamma across all strikes and expirations equals zero. This is one of the most important structural levels in gamma analysis. Above the Zero Gamma level, dealers are net long gamma and their hedging stabilizes price (buying dips, selling rallies). Below it, dealers are net short gamma and their hedging amplifies moves (selling into drops, buying into rallies). Crossing the Zero Gamma level often marks a regime change in how the market behaves, shifting from mean-reversion to trend-following dynamics. Max Pain - The strike price at which the total value of all outstanding options (both calls and puts) would be minimized if the underlying expired at that price. In other words, it is the price where option holders collectively lose the most money. Max Pain theory suggests that there is a gravitational pull toward this level as expiration approaches, driven by dealers and market makers who benefit from options expiring worthless. It is most relevant in the final days before a major expiration. Expected Move - The 1-sigma (one standard deviation) expected price range, plotted as two levels: Expected Move Upper and Expected Move Lower. This range represents the statistically expected boundaries of price movement based on current implied volatility. Roughly 68% of the time, price is expected to remain within this range. These levels help traders gauge whether the current price action is within normal bounds or represents an unusual move. A break beyond the expected move range can signal a volatility event or a shift in market regime. Flip Zones - All price levels where gamma polarity changes sign. At these strikes, dealer hedging behavior transitions from stabilizing (long gamma) to destabilizing (short gamma) or vice versa. Flip zones act as transition boundaries. When price crosses a flip zone, the nature of dealer activity changes, which can lead to shifts in volatility, momentum, and the tendency for price to mean-revert or trend. Multiple flip zones in a narrow range can create a "no man's land" where positioning is mixed and price action becomes choppy. GEX Top 10 The GEX Top 10 are the ten strike prices with the highest absolute gamma exposure, ranked by the magnitude of their gamma (|gamma|). These represent the strikes where dealer hedging activity is most significant, regardless of whether the gamma is positive (call-dominated, stabilizing) or negative (put-dominated, destabilizing). The indicator provides a dropdown selector with five options for the GEX Top 10: None - Do not plot any GEX Top 10 levels. 0DTE - Plot the Top 10 from same-day (0DTE) options only. Best for intraday analysis. All Expiries - Plot the Top 10 from all expiration dates combined. Best for swing or multi-day analysis. 0DTE 1-5 - Plot only the top 5 from 0DTE options. Useful for reducing chart clutter while keeping the most significant intraday levels. All Expiries 1-5 - Plot only the top 5 from all expiration dates. Useful for a cleaner multi-day view. Each of the 10 GEX levels (GEX #1 through GEX #10) has its own individual toggle and color picker, so you can show or hide any specific rank and assign distinct colors to differentiate them. Overlap Handling It is common for multiple GEX levels to land on the same price. For example, Max Pain and Call Resistance might both be at $75,000, or a GEX Top 10 strike might coincide with the HVL. Rather than drawing overlapping lines and labels that clutter the chart, this indicator automatically detects when two or more levels share the same price (within a $0.50 tolerance). When a match is found, only one line is drawn at that price and the labels are merged with a "/" separator. For example, if Max Pain is $75,000 and Call Resistance is also $75,000, the chart will show a single line labeled: Max Pain / Call Res 75000 This keeps the chart clean and makes it immediately obvious when multiple structural levels converge at the same price, which often signals a particularly significant level. Customization Options The indicator provides extensive customization through its settings panel: Per-Level Controls Each level type has its own color picker and show/hide toggle on the same line. GEX Top 10 levels (#1 through #10) each have individual color pickers and toggles. A dropdown selector lets you choose which GEX Top 10 dataset to plot (0DTE, All Expiries, top 5 only, or none). Line Style Line Width: 1 to 4 pixels. Line Style: Solid, Dashed, or Dotted. Extend Lines: Both directions, Right only, Left only, or None. Label Settings Label Size: Tiny, Small, Normal, Large, or Huge. Label Offset: Position the labels any number of bars to the right or left of the current bar (-200 to 500). Label Side: Place labels on the Right or Left side of the chart. Every toggle and input has a descriptive tooltip that appears on hover, explaining what the level represents and how it is used. How the Parsing Works The script uses Pine Script v6 string functions to scan the pasted text for known keywords (such as "HVL:", "Call Resistance:", "0DTE Call:", "Zero Gamma:", "Expected Move:", "Flip Zones:", etc.). For each keyword found, it locates the next "$" character and extracts the numeric value that follows, correctly handling both comma-separated thousands (e.g., $72,000) and decimal values (e.g., $71,819.50). For the Expected Move, it parses both the lower and upper bounds from the "to" separator (e.g., "$64,238 to $76,081"). For Flip Zones, it scans for every "$" on the line and extracts each value, correctly distinguishing thousands-separator commas from delimiter commas between multiple zone values. For the GEX Top 10 sections, it identifies the section header ("All-Expiry GEX Top 10" or "0DTE GEX Top 10") and parses the first dollar value from each numbered line, stopping when it hits a new section header or separator. The indicator only draws on the last bar and uses a delete-and-redraw system to ensure that only one clean set of lines and labels exists at any time. Old drawings are removed before new ones are created on each update. Important Notes This indicator does not generate or calculate GEX data. It is a visualization tool that plots externally sourced gamma exposure levels onto your TradingView chart. The indicator requires you to paste GEX data in the expected structured text format. If the text area is empty, nothing will be plotted. GEX data is a snapshot in time. Options positioning changes throughout the trading day as new trades are opened and closed. Levels should be updated periodically for the most accurate representation of current dealer positioning. GEX levels are not guaranteed support or resistance. They represent areas where dealer hedging activity is concentrated, which can influence price behavior but does not determine it. Always use GEX data as one component of a broader analysis framework.
Penunjuk Pine Script®
oleh BackQuant
Value Area Levels [crlmx]Calculated from native volume-at-price data vaLevels shows Value Area levels (VAH, POC, VAL) across three independently configurable timeframes. Requires TradingView Premium or above plan for Footprint data access, Short of that refere to Lite version (coming soon). Key Features - Three independent VA slots with on/off toggles - Timeframe selection: D, W, M, 30min, 1H, 4H, 8H, 12H - Session-based VA on slot 3: NYC, London, Asia, Custom - Custom session with user-defined time window and label prefix - Auto-calculated row resolution per instrument type - Manual ticks-per-row override for fine-tuning - Configurable Value Area percentage (default 68%) - Individual VAH, POC, VAL toggles per slot - Optional price display in labels - Requires TradingView Premium or Ultimate plan - Streamlined input / UI brought to you by crlmx Trading Applications - Map previous day area against weekly and session VAs to identify confluence zones - Track VAH/VAL as breakout triggers when price moves outside the prior value area - Compare session VA (NYC/LDN) against daily VA to for reactions - When daily and weekly VAs overlap, expect stronger reactions at the shared boundary - Combine with prLevels for a complete prior-level picture (price levels + volume levels) - Recommended Settings Intraday S/R: D + W + NYC | Chart: 1-15 min Session Trading: D + 4H + LDN | Chart: 1-5 min Swing Reference: D + W + M | Chart: 30 min - 4H Version History - v0.10: Initial release
Penunjuk Pine Script®
oleh crlmx
Precision SPXPrecision SPX — Multi‑Timeframe Levels + Automated Alerts for SPX Traders Precision SPX is a manual‑control Support and Resistance system built for SPX traders who rely on structure, precision, and daily level updates. It plots Monthly, Weekly, Daily, and Daily Range levels to map where price may react, reverse, or consolidate. This version includes a full alert engine that notifies you the moment price interacts with any level. Core Features Multi‑Timeframe Levels The indicator plots a complete structure: Monthly Levels — High & Low Weekly Levels — High & Low Daily Levels — Six total (4 Red, 2 Pink) Daily Range Levels — High & Low All levels are manually entered for maximum precision. Customizable Visuals Adjustable label size Adjustable horizontal label placement Toggle level labels on/off Clean color‑coded hierarchy ES/SPY Conversion Support Optional manual ES spread or SPY ratio input Automatically adjusts SPX levels Lightweight & User‑Friendly No repainting No heavy calculations Easy to integrate into any chart layout How It Works Precision SPX plots manually‑controlled Support and Resistance levels across multiple timeframes. Each level is labeled and color‑coded so you can quickly identify: Higher‑timeframe structure Daily intraday reaction zones Overnight range boundaries Breakout and reversal points How to Use It 1. Apply the Indicator Add Precision SPX to your chart. 2. Enter Your Levels Input your Daily, Daily Range, Weekly, and Monthly levels into the string fields. 3. Trade With Structure Use the plotted levels to identify: Reversals Breakouts Retests Stop‑loss placement High‑probability reaction zones Combine with trendlines, volume profile, or oscillators for confirmation. Built‑In Alerts Precision SPX includes a complete alert engine so you can receive notifications when price crosses any level. Alert Modes Any alert() function call — triggers when price crosses any level, with duplicate‑candle suppression. Individual Level Alerts — choose a specific level such as: R2_Hi, R1_Hi, P_Hi, P_Lo, R1_Lo, R2_Lo, DR_Hi, DR_Lo, W_Hi, W_Lo, M_Hi, M_Lo. Level Categorization Daily Levels: Red: R2_Hi, R1_Hi, R1_Lo, R2_Lo Pink: P_Hi, P_Lo Daily Range: DR_Hi, DR_Lo Weekly Levels: W_Hi, W_Lo Monthly Levels: M_Hi, M_Lo How to Add Alerts Open the TradingView alert panel Select Precision SPX as the condition Choose Any alert() function call or a specific level Set expiration, message, and notification preferences Save Daily Workflow Because SPX levels change daily: Update your daily string values Create a new alert each day (TradingView requires this for updated values) Alerts will trigger based on the conditions you select Release Notes — Precision SPX Feb 2026 — Major Update Full alert engine added “Any alert() function call” support Duplicate‑candle suppression Complete level categorization Daily update workflow Cleaned and reorganized structure Legacy Notes (From Precision Levels) Jun 12, 2025 Added highlighted price labels with adjustable size Added ES/SPY conversion inputs Dragging disabled when conversion is active Jun 28, 2025 Added customizable label placement Reordered string input structure Standardized daily color order Added toggle for level labels Nov 8, 2025 Added Daily Range levels Updated string hierarchy Example structure: Red, Red, Pink, Pink, Red, Red, DR_Hi, DR_Lo, Weekly, Weekly, Monthly, Monthly
Penunjuk Pine Script®
oleh PrecisionLevelsSpx
Trend Velocity Channel [BackQuant]Trend Velocity Channel Overview Trend Velocity Channel is a trend and momentum-acceleration overlay built around one idea, trend strength is the gap between a fast “lead” average and a slow “lag” average . When the lead line pulls away from the lag line, the market is accelerating in that direction. When that gap collapses, trend energy is fading and reversals become more likely. Instead of using a single moving average slope or crossover, this indicator measures: A leading trend line (DEMA) that reacts quickly. A lagging trend line (slower EMA) that represents slower consensus value. A normalized “velocity / crush” metric: the distance between them in ATR units . A trend regime based on the sign of that velocity. A dynamic channel defined by the lead line on one side and a padded lag boundary on the other. A reversal level engine that marks flip bars and tracks retests and invalidations. The result is a channel that visually answers: Are we accelerating or decelerating? How strong is the current acceleration relative to recent history? Where is the “danger edge” where a reversal would be confirmed? Which flip levels remain relevant and which got invalidated? Concept: lead vs lag as a proxy for trend velocity Markets trend when price doesn’t just move, it keeps moving faster than the slow baseline can follow . If a fast estimator (lead) separates from a slow estimator (lag), that separation is a practical proxy for “velocity”: Lead above lag, bullish acceleration. Lead below lag, bearish acceleration. Lead converging back into lag, trend energy compressing. This script calls that separation Crush , meaning the lead line is “crushing away” from the lag line. Core components 1) Leading line: DEMA The lead line is a Double Exponential Moving Average: dema = DEMA(price, maLen) Why DEMA: It reduces lag relative to a standard EMA. It reacts faster to genuine directional moves. It still smooths noise enough to act as a structural line. DEMA is used as the “inner” channel edge and the glow anchor. 2) Lagging line: Slow EMA The lag line is a slower EMA: lagMA = EMA(price, round(maLen * 1.5)) Why a slower EMA: It represents a slower-moving consensus baseline. It creates a meaningful “gap” against the lead line. It is less sensitive to micro-chop, so separation signals are cleaner. The lag line also becomes the basis for the channel’s outer edge. 3) Volatility normalization: ATR Raw MA distance is not comparable across regimes. A 50-point gap might be huge in a low-vol market and nothing in a high-vol market. So the gap is normalized by ATR: atr = ATR(14) rawCrush = (dema - lagMA) / atr Interpretation: rawCrush = “how many ATRs the lead line is away from the lag line.” This standardizes the signal across instruments and volatility states. 4) Crush smoothing The gap can still jitter, especially in choppy markets. So it is EMA-smoothed: crush = EMA(rawCrush, crushSmth) Lower crushSmth: Faster regime flips, more noise. Higher crushSmth: More stable regimes, slower reaction. Trend regime and flips Trend direction is derived directly from the sign of the smoothed crush: trend = crush > 0 ? +1 : -1 flip = trend != trend Meaning: Bull regime: lead (DEMA) is above lag baseline in ATR units. Bear regime: lead is below lag baseline. Flip: the velocity sign changed, meaning acceleration has switched direction. This is not a price crossover system, it is a lead-lag separation regime system . Measuring strength: crushNorm The script also grades how extreme current crush is relative to recent conditions: crushAbs = abs(crush) crushHigh = highest(crushAbs, 80) crushNorm = crushHigh > 0 ? min(crushAbs / crushHigh, 1) : 0 Interpretation: crushNorm near 0 means separation is small relative to recent extremes, trend is weak or compressing. crushNorm near 1 means separation is near the largest seen recently, trend acceleration is strong. This strength scale drives: Color intensity (gradient) Glow width “Peak Crush” alert condition Channel construction Inner edge The inner edge is the leading line: inner = dema This is the “fast structure” of the move. Outer edge The outer edge is built from the lag line plus an ATR padding: outer = (bull) lagMA - atr * chanPad outer = (bear) lagMA + atr * chanPad This is important. The lag line sits behind price, so the script offsets it outward by a user-defined fraction of ATR. This creates a more realistic boundary that accounts for volatility. Interpretation: In bull regimes, the outer boundary is below lagMA, creating a support-like corridor beneath price. In bear regimes, the outer boundary is above lagMA, creating a resistance-like corridor above price. The channel is intentionally asymmetric This channel is not “± ATR around a mean.” It is directional: Inner edge hugs price via fast DEMA. Outer edge is anchored to lagMA and padded outward. So it behaves like a trend corridor where: The inner edge shows where the trend is currently “being pulled.” The outer edge shows the boundary where the trend would be meaningfully compromised if crossed. Ribbon fill (3-layer depth) Two midpoints are created between inner and outer: mid1 = inner + (outer - inner) * 0.33 mid2 = inner + (outer - inner) * 0.66 Then the fill is layered: inner → mid1 (most opaque) mid1 → mid2 mid2 → outer (most transparent) This creates a depth effect that visually communicates where price is sitting within the corridor. When the corridor is tight and strong, the ribbon looks concentrated. When it expands, the ribbon spreads and fades. Color logic (trend + strength) The indicator uses a gradient color where direction sets the palette and crushNorm sets intensity: Bull: faint green → strong green as crushNorm increases Bear: faint red → strong red as crushNorm increases This means you can read two things instantly: Direction (bull vs bear) Acceleration strength (faded vs intense) Glow engine on DEMA Glow width scales with ATR and crushNorm: glowW = atr * 0.07 * (0.5 + crushNorm) So: High acceleration = larger glow, more “energy” around the lead line. Low acceleration = smaller glow. Glow is built as multiple invisible plots above and below DEMA with layered fills, forming a halo around the lead line that encodes strength. Flip-aware band breaking The outer boundary line is broken on flips: bandBrk = flip ? na : outer plot(..., plot.style_linebr) This prevents a misleading continuous line across regime changes, since the outer edge swaps sides on flip. Crush reversal levels (flip levels engine) This script includes a level system that plants a dashed horizontal level on every regime flip, then tracks: Whether price retests it (first touch marker) Whether price invalidates it (deletes it) How long it extends forward How many levels are kept 1) Level placement On a flip: If trend flips bullish, the level is placed at the flip bar’s low. If trend flips bearish, the level is placed at the flip bar’s high. That makes sense structurally: Bull flip low is a “pivot low” candidate. Bear flip high is a “pivot high” candidate. Then a dashed line is drawn forward ~60 bars. 2) Level storage and maxLvls Levels are stored in an array and capped by maxLvls. When the cap is exceeded, the oldest is deleted. This keeps the chart readable. 3) Level invalidation (broken logic) Each level is monitored: Bull flip level breaks if price closes far below it: close < level - atr * 2.5 Bear flip level breaks if price closes far above it: close > level + atr * 2.5 This is a volatility-scaled invalidation. If price pushes through a flip level by a large margin in ATR terms, it’s no longer acting like a meaningful reaction point. 4) Retest detection A “touch” is detected when: close is within 0.25 ATR of the level, and close two bars ago was not close (distance > 0.5 ATR), and the level hasn’t been marked retested yet. On first retest, an “x” marker is printed and the level’s retested flag is set to true so it won’t spam. What these levels represent They are not generic support/resistance. They are regime pivot levels created by a change in lead-lag acceleration. In practice: Untested flip levels can act like “memory zones” where price may react. Retested levels become less special, still relevant but not “naked.” Invalidated levels are removed to reduce noise. Signals and alerts The script provides: Crush Bull: flip into bullish regime (crush crosses above 0 via smoothing logic) Crush Bear: flip into bearish regime Peak Crush: crushNorm > 0.85, meaning separation is near recent max, strong acceleration Important: Peak Crush is not a reversal call. It flags strong trend energy. That can precede continuation or exhaustion, you use it as context, not a standalone trade trigger. How to use it Trend following framework Stay aligned with the regime color. In bull regime, treat the outer boundary as the “structure floor.” In bear regime, treat the outer boundary as the “structure ceiling.” The inner DEMA is your fast guide, the outer edge is your compromise boundary. Acceleration read Increasing color intensity and thicker glow imply acceleration is strengthening. Fading color and shrinking glow imply acceleration is decaying and the move is losing energy. A regime flip is a clean state change, not a micro-signal. Using reversal levels Treat naked flip levels as potential reaction zones. Watch first retest behavior, clean rejection suggests the flip level is holding. If the level invalidates by 2.5 ATR, it’s removed because structure has been overwritten. Key inputs explained MA Length (maLen) Sets both the lead line length and the lag line length (scaled by 1.5). Lower values: More sensitive, more flips. Higher values: Smoother, fewer flips, slower response. Crush Smoothing (crushSmth) Controls stability of the velocity signal. Lower: Fast flips, noisier regime. Higher: More confirmation, later flips. Channel Padding (chanPad) Controls how much extra ATR space is added beyond lagMA. Higher padding: Wider channel, fewer boundary touches. Lower padding: Tighter boundary, more reactive “risk edge.” Max Levels Controls how many historical flip levels are retained. Summary Trend Velocity Channel treats trend as lead-lag separation expressed in ATR units. A fast DEMA tracks the active move, a slower EMA defines baseline value, and their normalized gap (Crush) defines both direction and acceleration strength . That strength drives an adaptive visual language (gradient color, glow width, ribbon depth). The channel itself is directional, with the lead line as the inner edge and a volatility-padded lag boundary as the outer edge, acting as a structural “compromise line.” On every regime flip the script plants a pivot level, tracks retests, and deletes invalidated levels, giving you a clean map of acceleration-based reversal zones.
Penunjuk Pine Script®
oleh BackQuant
FVG ImbalanceDescription in English Name: FVG Imbalance + ATR filter + Closed Zones + Structure Levels (HH/HL/LL/LH) Description: This indicator combines several powerful market analysis tools: FVG (Fair Value Gap) Imbalance Detects imbalance zones based on gaps between candles. Filters significant moves using ATR. Supports both local and multi-timeframe (MTF) analysis. Closed Zones Automatically marks when price returns and "closes" an FVG zone. Zone color changes after being closed for better visualization. Market Structure Levels (HH/HL/LL/LH) Detects key pivots: HH (Higher High) and LL (Lower Low) – solid lines. HL (Higher Low) and LH (Lower High) – dotted lines. Labels each level accordingly. Lookback period for displaying levels is adjustable. Indicator Settings: FVG settings: ATR period, multiplier, bullish/bearish colors, lookback. Structure settings: enable/disable, lookback in days, line colors, pivot calculation bars. Supports multiple zones and lines on the chart (up to 500). Use Cases: Identify important support and resistance levels. Spot potential retracement or reversal zones. Analyze market structure for scalping and medium-term trading.
Penunjuk Pine Script®
oleh Alex8181999
1
Levels [BeNice] Levels is a precision mapping tool for traders who rely on High Timeframe (HTF) levels to define their daily bias. It automates the process of marking Open, High, Low, and Equilibrium (EQ) levels across all major lookback periods. 💎 Key Functionalities Dynamic HTF Mapping: Supports Yearly, Quarterly, Monthly, Weekly, Daily, and H4 timeframes. Monday Range Specialist: Specifically tracks Monday's price action, a vital zone for setting the weekly narrative. EQ (Equilibrium) Tracking: Automatically plots the mid-point of any given period, helping you identify Discount and Premium zones instantly. Clean UI Logic: Features a built-in "anti-overlap" array system. If multiple levels occupy the same price point, the script optimizes the visuals to keep your chart professional and readable. Full Customization: Control line styles (Solid, Dotted, Dashed), colors, text sizes, and line extensions to fit your personal chart aesthetic. 💡 Pro Trading Tip Use these levels as Liquidity Targets or Points of Interest (POI). When price interacts with a Prev. Weekly High or a Monthly Open, look for the Reversal Pro+ SFP signals to confirm high-probability trade entries.
Penunjuk Pine Script®
oleh sinanbinay
Mean Deviation Trend [BackQuant]Mean Deviation Trend Overview Mean Deviation Trend is a structure-based trend and regime indicator that measures directional pressure as the market’s sustained deviation from a moving “mean,” then uses that pressure to drive an adaptive band , dynamic coloring, and a level engine that marks deviation peak extremes after momentum fades. Most trend tools start with direction, for example slope or MA cross, then try to estimate strength later. This script does the reverse: It first quantifies how far price is displaced from a central mean in volatility-adjusted units . It then smooths and accumulates that deviation to determine trend direction and conviction . Finally it converts conviction into a band that tightens when pressure is strong and widens when pressure is weak. The result is a single framework that blends: A mean anchor (EMA). A signed deviation engine normalized by ATR. A conviction score based on sustained deviation. An adaptive band that behaves like dynamic support/resistance. A “deviation peak” level system that plants levels at extremes after the push fades. Optional glow, fills, candle coloring, and flip markers. Core concept: deviation from mean as trend fuel A trend is not just “price up” or “price down.” A trend is a persistent imbalance where price spends time displaced from fair value and keeps re-asserting that displacement. This indicator treats the mean as a moving fair value proxy, and it measures how aggressively price is departing from it. Key idea: If price stays above the mean and that displacement is sustained, bullish pressure is dominant. If price stays below the mean and that displacement is sustained, bearish pressure is dominant. If price keeps snapping back and deviation cannot sustain, regime is weak and uncertainty is high. This is why the script doesn’t rely on a single moment like a cross. It cares about persistence . Mean anchor (the “center of gravity”) The mean is defined as an EMA of close: mean = EMA(close, meanLen) Why EMA: It responds faster than SMA to regime changes. It provides a stable anchor without overreacting to single bars. The mean line is not just a moving average here, it is the reference line that deviation is measured against. Everything downstream depends on the mean being a consistent “center.” Volatility normalization (why ATR is essential here) Raw distance from mean is meaningless across volatility regimes. A $200 deviation on BTC might be noise one week and huge another week. To fix this, the script normalizes deviation by ATR: atr = ATR(14) rawDev = (close - mean) / atr Interpretation: rawDev is “how many ATR units price is away from the mean.” This makes deviation comparable across timeframes and volatility states. This is critical because it turns the indicator into a dimensionless pressure metric rather than a price-distance tool. Deviation smoothing (instantaneous pressure vs noisy pressure) Instantaneous deviation can spike on one candle and mean nothing. So the script applies EMA smoothing to raw deviation: devSmooth = EMA(rawDev, devLen) What this does: Reduces single-bar spikes. Keeps the sign and general magnitude of displacement. Creates a cleaner “pressure line” that responds but does not jitter. This is the first stage of filtering: “Are we meaningfully deviating, or just wicking?” Deviation accumulation (turning pressure into conviction) This is the part that makes the indicator behave like a trend conviction model rather than a simple oscillator. The script computes: cumDev = SMA(devSmooth, devAccum) Even though it’s coded as an SMA, conceptually it behaves like a rolling accumulation of the deviation signal: If devSmooth stays positive for multiple bars, cumDev rises and stays positive. If devSmooth stays negative for multiple bars, cumDev drops and stays negative. If devSmooth flips sign repeatedly, cumDev compresses toward zero. This is the key “persistence detector.” It converts short-term deviation into a medium-term conviction read. Trend direction and flips Trend direction is derived purely from the sign of cumulative deviation: tDir = cumDev > 0 ? +1 : -1 flip = tDir != tDir Interpretation: Bull regime means the market’s sustained deviation is above the mean (pressure up). Bear regime means sustained deviation is below the mean (pressure down). A flip marks a regime transition where the sustained bias changes sign. This is intentionally simple because all the complexity is in how cumDev is built. Measuring conviction: devNorm (adaptive strength scale) The script measures absolute conviction: devAbs = abs(cumDev) Then it normalizes it relative to a rolling peak: devHigh = highest(devAbs, 80) devNorm = devHigh > 0 ? min(devAbs / devHigh, 1) : 0 Meaning: devNorm is a 0..1 strength scale. 0 means current conviction is tiny relative to recent extremes. 1 means conviction is at the strongest level seen in the last ~80 bars. This is not a z-score, it’s a “relative-to-recent-peak” normalization. That matters because it makes the band behavior adapt to each instrument’s recent character, not a fixed threshold system. Adaptive band logic (tight when confident, wide when uncertain) The band is built to behave differently depending on conviction. When conviction is strong, the band should hug price and act like a close structural guide. When conviction is weak, the band should widen and stop pretending it is precise. This is done by interpolating between two ATR multipliers: bandTight = ATR multiplier when devNorm is high bandWide = ATR multiplier when devNorm is low bandMult = bandWide - devNorm * (bandWide - bandTight) bandW = atr * bandMult Interpretation: devNorm near 1 → bandMult approaches bandTight → band width shrinks. devNorm near 0 → bandMult approaches bandWide → band width expands. So the band width is not arbitrary. It is a direct function of trend conviction. Active band placement (trend-aware support/resistance) The “active band” is placed on the opposite side of the mean depending on direction: If bullish: activeBand = mean - bandW If bearish: activeBand = mean + bandW So in bullish regimes, the band behaves like a dynamic support zone beneath the mean. In bearish regimes, it behaves like dynamic resistance above the mean. Then it is smoothed: activeBand = EMA(activeBand, 3) This prevents the band from stepping too harshly when ATR shifts. Outer band (secondary structure reference) A second band is created at half width on the opposite side: bull: outerBand = mean + bandW * 0.5 bear: outerBand = mean - bandW * 0.5 Then smoothed again. This outer line is not the main “stop band,” it is more of an additional structure marker to show where the mean plus/minus partial deviation zone sits. It can help visually gauge whether price is extended relative to the mean structure while still in the same regime. Color system (strength-aware gradient) The trend color is not binary. It is strength-weighted: If bullish, devNorm drives a gradient from a faint bull tint to full bull. If bearish, devNorm drives a gradient from a faint bear tint to full bear. This gives you an immediate read: Bright strong color = conviction high. Faded color = conviction low, regime fragile. It also ties into the glow and fill so the whole visual language matches the same underlying “pressure” variable. Deviation peak level engine (how the script plants levels) This indicator includes a separate mechanism that marks important extremes after a strong deviation push fades. The idea is: When trend pressure peaks and then collapses, the extreme price printed at peak deviation often becomes a reaction level later. This is similar in spirit to: exhaustion extremes, climactic deviation points, distribution/accumulation turning zones, but the script formalizes it using the deviation engine. 1) Track the strongest deviation peak The script stores a running peak: peakDev: maximum devAbs seen since last reset peakPrice: the extreme price at that peak (high for bull, low for bear) peakDir: direction at peak peakBar: bar index of peak When devAbs prints a new high, it updates those values. 2) Define “fade” (momentum has cooled) A fade event triggers when: peakDev is meaningfully large (peakDev > 0.3) current devAbs drops below a fraction of the peak: devAbs < peakDev * fadeThr fadeThr is the key user control. Lower fadeThr requires a deeper drop from peak before planting a level. What “fade” means in practice: A strong push happened (deviation expanded). That push is no longer active (deviation contracted). So the extreme created during the push is now “locked in” as a candidate level. 3) Plant a level at the extreme When faded: A dashed horizontal line is created at peakPrice. The line is projected forward (bar_index + 60). It is stored in an array with direction and retest state. It also respects maxLvls by deleting the oldest levels to avoid clutter. 4) Maintain levels and delete invalid ones Each bar, levels are checked: If price breaks far beyond the level (by about 2 ATR in the wrong direction), the level is deleted. That “broken” rule is a pragmatic invalidation filter. If price rips through a former deviation extreme by a large margin, the level is no longer acting like a meaningful reaction zone. 5) Detect retests and mark them A retest is detected when: close is within ~0.25 ATR of the level, and two bars ago price was not near it (distance > 0.5 ATR), and the level hasn’t already been marked as retested. When that happens: A diamond marker is printed (◆) above or below depending on approach. The level is flagged as retested so it won’t spam markers. So levels are not just static drawings. They have state: naked vs retested, and they get culled if invalidated. Glow system (volatility-scaled aesthetic, strength-scaled intensity) Glow is not random decoration here. Its width scales with devNorm: glowMult = 0.4 + devNorm * 1.2 glowW = atr * 0.08 * glowMult So in strong trends: Glow band expands. The mean core visually “radiates” more. In weak trends: Glow shrinks and becomes less prominent. The glow is built using multiple invisible plots above and below the mean, then layered fills with different transparencies. It creates a soft gradient aura around the mean that encodes strength. Band fill and line break behavior The active band is plotted with plot.style_linebr and forced to break on flips: bandBrk = flip ? na : activeBand This prevents the band from drawing a misleading connecting line across a regime change. It visually resets when direction flips, which matters because the band swaps sides of the mean when regime changes. Fill is drawn between: the active band line and hl2 (mid-price reference) So you get a shaded zone that reflects the current regime color and strength. Candles and flip labels Candles can be colored by the same strength-weighted regime color, which makes the entire chart consistent. On flips: Bull flip prints ▲ at the low. Bear flip prints ▼ at the high. These are regime markers, not “entry signals” by default. They simply identify when the cumulative deviation sign changed. How to read this indicator in practice 1) Regime and conviction Direction comes from cumDev sign. Conviction comes from devNorm intensity. Bright color + stable band on one side means strong sustained pressure. Faded color + widening band means weak sustained pressure and higher uncertainty. 2) Using the active band as structure In a bullish regime, activeBand is below mean and can behave like: dynamic support, risk boundary, trend “line in the sand.” In bearish regime, it flips above mean and acts like dynamic resistance. Because the band widens when conviction is low, it naturally tells you “do not treat this as a tight stop zone when the trend is weak.” 3) Using deviation peak levels Peak levels represent exhaustion extremes after a strong deviation impulse faded: If price returns to a naked level, that area can act as a reaction zone. Once retested, the script marks it and treats it as less “special.” If price breaks it by a wide margin, the script removes it as invalid. This level engine is best viewed as “structural memory of deviation events,” not generic support/resistance. 4) Extreme deviation alert devNorm > 0.85 means the current sustained deviation is near the strongest seen recently. That’s useful for: identifying trend climax states, detecting when continuation is strong but risk of snapback rises, flagging conditions where mean reversion pressure is building. It does not guarantee reversal, it flags “stretch.” Inputs and what they actually change Mean Length (meanLen) Controls the anchor responsiveness: Lower = mean follows price more closely, deviation shrinks, more frequent flips. Higher = mean is slower, deviation grows, trend regimes last longer. Deviation Smoothing (devLen) Controls how noisy the deviation signal is: Lower = faster response, more jitter. Higher = smoother pressure, slower flips. Deviation Accumulation (devAccum) Controls persistence requirement: Lower = trend conviction reacts quickly but can whipsaw. Higher = requires sustained deviation, fewer flips, more confirmation. Band Tight / Band Wide These define the band behavior range: bandTight: how close the band gets when conviction is strong. bandWide: how far it drifts when conviction is weak. If you want the band to behave more like a stop guide, reduce bandWide. If you want it to act more like a regime boundary, increase bandWide. Fade Threshold + Max Levels These shape the level engine: fadeThr lower = requires bigger cooling before planting levels (fewer, more meaningful). fadeThr higher = plants levels earlier (more levels, more noise). maxLvls controls clutter and historical depth. Alerts (what they represent) Dev Bull / Dev Bear: regime flips, cumulative deviation changed sign. Dev Faded: a deviation peak cooled enough to plant a level. Extreme Dev: sustained deviation is near local maximum, stretch condition. Summary Mean Deviation Trend models trend as sustained, volatility-normalized displacement from a mean rather than simple direction. It smooths and accumulates signed deviation to extract regime and conviction, then converts that conviction into an adaptive ATR band that tightens when pressure is strong and widens when pressure is weak. On top of that, it tracks deviation peak extremes and plants forward levels only after deviation fades, creating a structured map of “where trend impulses peaked” and how price reacts when those zones are revisited.
Penunjuk Pine Script®
oleh BackQuant
Isotonic Regression [LuxAlgo]The Isotonic Regression indicator provides a monotonic fit to price data, ensuring the resulting line is either non-decreasing or non-increasing over a specified lookback period. This tool is particularly useful for identifying underlying trends and significant price plateaus without the lagging or "overshooting" common in standard moving averages or linear regressions. Note: This indicator calculates its values based on a historical lookback window, which means the regression line will repaint as new bars are added and the window shifts. 🔶 USAGE Isotonic regression is used to find the best-fitting line to a set of data points under the constraint that the line must move in a specific direction (always up or always down). This creates a "staircase" effect where the model alternates between trending segments and flat plateaus. 🔹 Direction Modes The indicator offers three ways to determine the fit direction: Auto: Automatically detects the trend by comparing the start and end prices of the lookback period. If the end price is higher, it fits a non-decreasing line; otherwise, it fits a non-increasing line. Non-Decreasing: Forces the fit to only move upwards or stay flat, ideal for analyzing bullish structures. Non-Increasing: Forces the fit to only move downwards or stay flat, ideal for analyzing bearish structures. 🔹 Flat Period Extensions One of the most powerful features of isotonic regression is the identification of "blocks" or price levels where the trend pauses. When the duration of such a plateau exceeds the Flat Period Threshold , the indicator extends a dashed horizontal line to the current bar, highlighting potential support or resistance levels derived from the regression model. 🔶 DETAILS The script implements the Pool Adjacent Violators Algorithm (PAVA) , which is the standard method for computing isotonic regression. The algorithm works by partitioning the data into "blocks." If a subsequent data point violates the monotonicity constraint (e.g., price drops in a "non-decreasing" fit), the algorithm pools the current block with the previous one and calculates a weighted average. This process repeats until the entire sequence is monotonic. For performance efficiency, the indicator utilizes the polyline.new() function to render the regression line as a single continuous object rather than hundreds of individual line segments. 🔶 SETTINGS Lookback Length: The number of bars used to calculate the isotonic fit. Source: The price data used for the calculation (default is Close). Direction: Sets the monotonicity constraint (Auto, Non-Decreasing, or Non-Increasing). Flat Period Threshold: The minimum number of bars a price plateau must last to be highlighted with an extension line. 🔹 Style Fit Bullish/Bearish: Colors for the regression line based on the detected trend. Fit Style/Width: Controls the visual representation (Solid, Dashed, Dotted) and thickness of the main regression line. Ext Bullish/Bearish: Colors for the flat period extension levels. Ext Style/Width: Controls the visual representation and thickness of the plateau extensions.
Penunjuk Pine Script®
oleh LuxAlgo
1
Gann Square of 9 Vibration Levels [LuxAlgo]The Gann Square of 9 Vibration Levels indicator provides a technical framework for identifying potential support and resistance levels based on Gann's "Square of 9" mathematical relationships. 🔶 USAGE This tool calculates price "vibrations" or displacements from a specific anchor point using angular degrees. In Gann theory, specific angles (90°, 180°, etc.) are believed to represent points of high resonance where price action is likely to stall or reverse. The indicator offers two primary methods for anchoring: Auto Pivot: Automatically detects recent high or low pivots based on a user-defined lookback period. If a new low is found, it calculates upward vibrations; if a new high is found, it calculates downward vibrations. Manual: Allows the user to input a specific price point to act as the "Square of 9" center, from which all angular levels are projected. Traders can use these levels to anticipate market turns or set price targets. When price approaches a Cardinal or Ordinal level, it may indicate a zone of exhaustion or a breakout point. 🔶 DETAILS The script utilizes the core Gann Square of 9 formula to translate angular degrees into price levels: Price = (sqrt(Anchor) + (Degree / 180) * Direction)^2 The indicator distinguishes between two types of vibration levels: 🔹 Cardinal Levels (90°, 180°, 270°, 360°): These represent the "cross" in the Square of 9 and are traditionally considered the strongest points of vibration. They are displayed with solid lines. 🔹 Ordinal Levels (45°, 135°, 225°, 315°): These represent the "corners" of the Square of 9 and provide secondary points of interest. They are displayed with dashed lines. The inclusion of a real-time dashboard provides a quick reference for the current anchor price, the specific degree of each active level, and its corresponding price value, ensuring traders can see exact targets without cluttering the main chart area. 🔶 SETTINGS 🔹 Calculation Settings Anchor Type: Choose between "Auto pivot" (dynamic) or "Manual" (static) price anchoring. Manual Anchor Price: The price used for calculations when Anchor Type is set to Manual. Pivot Lookback: The number of bars used to detect high/low pivots for the Auto mode. Vibration Direction: Determines if the indicator projects levels "Up", "Down", or in "Both" directions from the anchor. 🔹 Visual Settings Show Cardinal Levels (90°): Toggles the visibility of the primary cross levels. Show Ordinal Levels (45°): Toggles the visibility of the secondary corner levels. Show Level Labels: Displays the degree and price value next to each line on the chart. Cardinal/Ordinal Color: Customizes the colors for the different level types. 🔹 Dashboard Dashboard: Enables or disables the on-screen data table. Position: Moves the dashboard to different corners of the chart. Size: Adjusts the scale of the dashboard text and cells.
Penunjuk Pine Script®
oleh LuxAlgo
3
HTF Candle Architecture [BigBeluga]🔵 OVERVIEW HTF Candle Architecture is an advanced higher-timeframe (HTF) structural visualization tool that reconstructs and projects HTF candles directly onto any lower-timeframe chart. Instead of relying on standard timeframe switching, the indicator builds synthetic HTF candles in real time, exposing their internal architecture — High, Low, Open, and Close — as dynamic price levels that extend into the future. This tool is designed to help traders read higher-timeframe intent, structure, and control points while operating on lower timeframes with precision. 🔵 CORE IDEA Markets are governed by higher-timeframe structure, even when trading lower timeframes. HTF candles define key decision levels where liquidity, rejection, and continuation often occur. By reconstructing HTF candles bar-by-bar, traders can track their evolution instead of waiting for candle close. 🔵 HOW THE INDICATOR WORKS HTF Candle Reconstruction The indicator uses the selected HTF timeframe (e.g., Daily, 4H, 1H). Each time a new HTF candle begins, the previous HTF candle’s OHLC values are stored. While the current HTF candle is forming, its High and Low are continuously updated in real time. This creates a live HTF candle that evolves with every lower-timeframe bar. Synthetic Candle Architecture Each HTF candle is drawn using: A vertical wick (High–Low range) A candle body (Open–Close) Candles are color-coded automatically: Bullish candle → bullish color Bearish candle → bearish color This makes HTF direction visually clear without changing chart timeframe. 🔵 OHLC LEVEL PROJECTION LOGIC High, Low, Open, and Close levels from each HTF candle can be enabled independently. Each level is projected forward by a user-defined offset . Projected levels act as: HTF support and resistance Liquidity interaction zones Execution reference points for lower-timeframe entries Different line styles (Solid / Dashed / Dotted) can be assigned per level for clarity. 🔵 MULTI-CANDLE STRUCTURE Up to four HTF candles can be displayed simultaneously. Older candles provide historical context. The most recent candle shows active HTF structure. Each candle is offset horizontally to prevent overlap and preserve readability. 🔵 REAL-TIME VS COMPLETED CANDLES Completed HTF candles represent confirmed structure. The real-time HTF candle shows how current price is building relative to higher-timeframe extremes. This allows traders to anticipate HTF reactions before candle close. 🔵 VISUAL & STRUCTURAL DETAILS Top label displays selected higher timeframe. Optional labels display exact OHLC prices and candle index. Small circular markers highlight exact OHLC anchor points on the chart. Background shading marks the moment a new HTF candle begins. A timeframe label confirms the active HTF reference. 🔵 PRACTICAL USE CASES Trade lower timeframes in alignment with HTF candle bias. Use HTF Open and Close as directional bias levels. Use HTF High and Low as liquidity sweep and rejection zones. Combine with order blocks, volume tools, or market structure indicators. 🔵 CONCLUSION HTF Candle Architecture transforms higher-timeframe candles into actionable structure on any chart. By exposing the internal OHLC architecture of HTF candles — both completed and forming — the indicator bridges the gap between macro structure and micro execution, allowing traders to align precision entries with dominant market intent.
Penunjuk Pine Script®
oleh BigBeluga
15
Gaussian Volume Profile [LuxAlgo]The Gaussian Volume Profile indicator is a sophisticated volume analysis tool that uses the Levenberg-Marquardt optimization algorithm to fit a Sum of Gaussians model to historical volume distribution. This approach transcends traditional discrete volume profiles by providing a continuous, noise-reduced representation of liquidity clusters, allowing for the precise identification of high-volume nodes and their respective price boundaries. 🔶 USAGE The indicator projects a lateral volume density map to the right of the current price action. Users can utilize this tool to identify "fair value" zones where the Gaussian peaks are most concentrated. Unlike standard profiles that show jagged horizontal bars, this tool provides a smooth "fit" line that highlights the true center of gravity for volume at specific price levels. 🔹 Identifying High-Volume Nodes The script automatically detects local maxima (peaks) within the fitted Gaussian model. These peaks represent the most significant price levels where the highest density of trading occurred. Horizontal dashed lines are drawn at these apexes, color-coded to match the specific Gaussian component that is most dominant at that price. 🔹 Zone Width and Volatility By observing the width (standard deviation) of the individual Gaussian components (the dotted curves), traders can gauge the "breadth" of a value area. A narrow, sharp peak suggests a very specific price level of agreement, while a wide, shallow curve indicates a broad range where volume was distributed less precisely. 🔶 DETAILS This tool represents a scientific advancement over regular Volume Profiles by applying a Gaussian Density model to market data: Noise Reduction: Discrete profiles are often "noisy," with small volume gaps between price ticks. The Sum of Gaussians model acts as a sophisticated filter, smoothing out insignificant variances to reveal the underlying structural liquidity. Levenberg-Marquardt Optimization: The script utilizes the LM algorithm, a standard in non-linear least squares problems, to iteratively refine the fit of multiple Gaussian pulses. This ensures the model converges on the most mathematically accurate representation of the volume data. Precise Liquidity Centers: While a standard profile bin might be several ticks wide, the Gaussian apex provides a mathematically derived "center" ($\mu$) for liquidity, often offering more precise support and resistance levels. Continuous Distribution: Because it models volume as a continuous function, it can estimate volume density between discrete price bins, providing a more fluid view of market interest. The visual output combines a lateral histogram with a bold Gaussian density curve, color-coded components, and auto-detected peak levels for a comprehensive view of institutional interest. 🔶 SETTINGS 🔹 Profile Settings Lookback Window: The number of historical bars used to calculate the volume profile distribution. Number of Bins: Determines the vertical resolution of the profile. More bins provide more detail but require more computation. 🔹 Gaussian Settings Max Potential Peaks: The maximum number of Gaussian components (nodes) the algorithm will attempt to fit to the data. Max Iterations: Controls how many times the LM optimizer refines the fit. Higher values improve accuracy but may impact performance. Initial Lambda: The damping factor for the optimization algorithm, affecting the early steps of the fitting process. 🔹 Visuals Histogram Resolution: The maximum horizontal length of the projected histogram and fit line, measured in bar widths. Highlight Window Range: Toggles a visual background box covering the historical lookback area for context. Highlight Detected Peaks: Detects local maxima in the final fit and draws horizontal dashed levels at those price points. Fit Color: Sets the static color for the main density curve. Auto: When enabled, the fit color automatically adapts to your chart's foreground color (e.g., white on dark backgrounds).
Penunjuk Pine Script®
oleh LuxAlgo
1
Key Price Levels Daily Ver [structJCWL]As an independent developer and active trader, I built this tool to address a personal frustration: the lack of precision in standard session-level indicators. For those who trade based on market micro-structure, a level that is "approximately" correct is a logic error. Key Price Levels Daily Ver is an engineering implementation focused on reconstructing session data with surgical accuracy. It is designed for traders who require reliable, noise-filtered benchmarks to anchor their daily execution. THE ENGINEERING LOGIC: 1-Second (1S) Intrabar Reconstruction : Standard scripts often rely on daily-bar data, which can be imprecise. This tool re-aggregates the session using 1-Second (1S) granularity . By processing every sub-candle, it ensures that POC, Value Area, and Extremes are anchored to the true weight of capital commitment. The 15-Minute Threshold (Technical Rationale) : To maintain the high fidelity of 1S data aggregation, this indicator is optimized for timeframes ≤ 15 minutes . Calculating micro-structure on higher timeframes leads to data thinning and reduced precision—limitations I refuse to accept in my personal trading setup. Adaptive Visual Hierarchy (Fade & Limits) : To prevent visual clutter, I’ve integrated Fade Strength and Timeframe Limits . Lines automatically adjust their transparency or visibility based on your current timeframe, ensuring that the most relevant levels remain clear while secondary noise recedes. Reliability by Design : In 24/7 markets, script stability is paramount. I have implemented defensive programming (including a 98,000-unit memory circuit breaker ) to prevent overflows during extreme volatility. I strive for absolute dependability; if you encounter any issues, your feedback is highly welcome as we refine and improve this tool together. 作为一名独立开发者与实战交易者，我构建此工具是为了解决一个长期的困扰：标准时段指标精度的缺失。对于基于市场微观结构进行交易的人来说，“大约准确”的水位本身就是一种逻辑错误。 Key Price Levels Daily Ver 是我对日内关键水位线的个人工程化实现，专注于以“外科手术式”的精度重构时段数据。它专为那些需要可靠、过滤噪音的基准位来锚定日内执行的交易者而设计。 核心设计逻辑： 1秒级微观重构 (1S Precision) ：我不满足于直接调用现成的日线数据。脚本通过扫描 1秒 (1S) 微观颗粒度数据 来重构整个交易时段，确保 POC 和价值区的计算基准来自于最真实的成交细节。 15分钟周期硬限制 ：为了保证 1S 数据聚合的极致精度，本脚本仅限在 15分钟及以下周期 运行。在更长周期调用微观数据会导致精度大幅下降。作为开发者，我不允许“大约准确”的逻辑存在于我的系统里。 自适应视觉层级 (Fade & Limits) ：通过内置的 淡化强度 (Fade) 与 周期限制 (Limits) ，水位线会根据你当前的图表周期自动调节透明度或可见性。 可靠性设计 ：在 24/7 不间断的交易中，脚本的稳定性至关重要。我在代码底层加入了防御性设计（包括 98,000 数组容量熔断机制 ），旨在防止极端行情下的计算溢出或图表崩溃。我追求的是一个能让人放心的工具，若你在使用中发现任何问题，欢迎随时反馈，我们共同完善。 Feedback & Interaction: As a personal project, this script is continuously refined. I welcome any bug reports or suggestions for improvement to make this tool even more robust for the community. Compliance & Credits: Author: structJCWL (Independent Developer & Trader) License: Mozilla Public License 2.0 (MPL 2.0) Attribution: Core data aggregation and state-machine logic are 100% original implementations
Penunjuk Pine Script®
oleh structJCWL
Golden Pocket ZonesGolden Pocket Zones: High-Probability Reaction Zones ⚙️ Identify High-Probability Reaction Zones: The script automatically scans daily price action to plot powerful support and resistance zones based on the Golden Pocket Fibonacci retracement (50%-61.8%). These are areas where price is statistically likely to react, providing traders with a map of key market levels. ✅ Native support for Gold, Forex, Crypto, Stocks, Crude oil. 📦 Dynamic & Self-Merging Zones: The indicator identifies Golden Pockets from significant daily candles and automatically merges overlapping zones. This process consolidates multiple levels into a single, stronger, and more reliable area of interest, reducing chart noise and highlighting the most critical price boundaries. 🎯 Volatility-Adaptive Zone Height: Zone height is calculated as a percentage of the 10-day Average Daily Range (ADR10). This ensures that the zones dynamically adapt to the current market volatility. In volatile conditions, zones are wider; in calm markets, they are tighter, always remaining relevant to the instrument being traded. 💪 Strength & Age Analysis: Each zone is automatically rated for strength (4-10) based on the size of the daily candle that created it relative to the ADR10. Larger candles produce stronger zones. The age of the zone (in days) is also displayed, allowing traders to assess its relevance over time. 🔥 Proximity Heatmap: Zones are color-coded with a dynamic heatmap. The closer the current price is to a zone, the "hotter" (more orange) the color becomes. This provides an immediate visual cue to pay attention as price approaches a key reaction area. 🌍 Universal Asset Compatibility: While the logic is exceptionally powerful for Gold (XAUUSD), the indicator is designed for universal application across Futures (NQ/ES), Forex, Cryptocurrencies (BTC), and US Stocks. The ADR-based calculations ensure its principles adapt seamlessly to any market. 📌Recommended Timeframes 📦While the zones are calculated from the Daily chart, they are most effectively used for executing trades on intraday timeframes. The recommended timeframes for monitoring price action and looking for confirmation signals are: •M30 (30-Minute)•H1 (1-Hour)•H2 (2-Hour)•H4 (4-Hour) How to Use the Golden Pocket Zones 🕒This indicator is designed to identify high-probability areas for price reactions, not to provide direct entry signals. The core strategy is to use these zones as a map and wait for price to confirm a reaction before making a trading decision. Identifying High-Probability Reaction Zones ✅1.Load the Indicator: Apply the "Golden Pocket Zones" indicator to your chart. With default settings, it will analyze the last 20 daily candles to generate the zones. 🎯 2.Identify Key Levels: The plotted boxes are your key areas of interest. These represent significant historical support and resistance. A zone’s strength is indicated by its rating (e.g., "S: 8"), with higher numbers indicating a more significant level. 🥇3.Watch for Price Approach: As price action on your trading timeframe (e.g., M15, H1, H4) approaches one of these daily zones, it is entering a high-probability reaction area. The zone’s color will shift from yellow to orange, signaling proximity. ⚙️4.Look for Confirmation: This is the most critical step. Do not blindly trade just because price touches a zone. Instead, wait for a clear confirmation signal on a lower timeframe. This could be: •Candlestick Patterns: A bullish engulfing pattern, a hammer, or a doji at a support zone. •Chart Patterns: A double bottom forming within a zone or a breakout and retest of a smaller pattern. •Divergence: Bullish or bearish divergence on an oscillator like RSI or MACD as price interacts with the zone. Trading Strategy & Logic 📌 Entry Logic 1.Patience is Key: Allow price to travel to a pre-identified Golden Pocket Zone. Do not chase the market. 2.Wait for Confirmation: Once price enters the zone, switch to a lower timeframe (e.g., from H4 to M15) and wait for a clear entry signal (like a bullish candlestick pattern for a long trade at a support zone). 3.Enter on Confirmation: Execute your trade once your entry criteria are met. The zone itself provides the context for the trade. 🛑 Stop Loss (SL) Placement •For a Long Trade (at a support zone): Place your stop loss a reasonable distance below the lower boundary of the zone. The zone itself acts as a buffer. •For a Short Trade (at a resistance zone): Place your stop loss a reasonable distance above the upper boundary of the zone. 🎯 Take Profit (TP) Strategy •Target the Next Zone: The most logical target is the next Golden Pocket Zone in the opposite direction of your trade. If you enter a long trade from a support zone, your primary target would be the next resistance zone above. •Partial Profits: For larger moves, you can use Fibonacci extension levels or other support/resistance structures as intermediate targets to take partial profits. Using Default Settings The indicator is optimized to work well out of the box for most assets. •Lookback Days = 20: This analyzes approximately one month of daily price action, providing a relevant and recent map of the market structure. •Zone Height (% of ADR10) = 3.0: This provides a reasonably sized zone that is large enough to absorb noise but tight enough to be precise. It is an excellent starting point for all assets. •Min Candle Size (% of ADR10) = 60.0: This is a crucial filter. It ensures that only days with significant price movement (at least 60% of the average daily range) are used to create zones. This filters out insignificant, low-volatility days and focuses only on levels created by decisive market action. By combining the powerful, automatically generated Golden Pocket Zones with patient observation and confirmation on lower timeframes, traders can significantly increase the probability of their trades across all major financial markets. ⚠️ IMPORTANT NOTICE This indicator and the accompanying strategy are provided for educational purposes only. Trading financial markets involves substantial risk, and past performance is not indicative of future results. The logic described is based on a specific set of rules and does not guarantee profit. Always conduct your own analysis and risk management before entering any trade. The creators are not responsible for any financial losses incurred.
Penunjuk Pine Script®
oleh ProjectSyndicate
ZenAlgo - ABCThis indicator identifies a three-point price structure (X, A, B) and projects proportional price levels forward from point B. It uses either automatically detected swing points or manually selected anchors and then builds a forward projection framework based on the relative movement between X and A. 1. Anchor Point Selection (X, A, B) The script first determines three key price points that define the reference movement. Automatic mode When manual anchors are disabled, the indicator scans historical bars to detect local highs and lows using a fixed number of bars on the left and right side. A pivot high is confirmed only after enough future bars exist, and the same applies to pivot lows. This avoids using information that is not yet available in real time. Detected pivots are stored in sequence: The previous confirmed pivot becomes X The next confirmed pivot becomes A The most recent confirmed pivot becomes B To avoid repeatedly using the same type of pivot, the script alternates between highs and lows. This ensures that X, A, and B always represent a swing structure instead of a flat sequence. Manual mode When manual anchors are enabled, the user defines three timestamps. The script captures the price and bar index at those times. After all three points are collected, the script adjusts them to represent true extremes inside their bars. Depending on direction, it replaces closes with highs or lows so that X and A form a valid swing, and B represents a corrective endpoint. If manual anchors are incomplete, the script falls back to the automatic pivots. 2. Validation and Direction Detection After anchors are collected, the script checks whether all three points are available. If any of them is missing, no projection is drawn. When X, A, and B exist, the script determines the directional context: If A is above X, the structure is treated as bullish If A is below X, the structure is treated as bearish The vertical distance between X and A defines the reference movement. This distance is treated as the base unit for all further projections. This approach assumes that the impulse move from X to A represents the dominant directional leg, and that B represents a retracement or pause within that structure. 3. Projection Calculation All projected levels are derived from the difference between X and A and are applied starting from point B. For each predefined ratio: In bullish structures, the distance from X to A is added upward from B In bearish structures, the distance is subtracted downward from B This produces a set of horizontal price levels that are proportional to the initial impulse. No fixed price values are used. All levels scale automatically with market volatility and with the size of the X–A movement. 4. Configurable Levels and Naming The indicator defines a list of projection ratios that represent retracement, extension, and continuation zones. Each level can be enabled or disabled and has an adjustable color and transparency. Each level may be displayed in two ways: As a descriptive name combined with the ratio As a numeric ratio combined with the projected price The naming system maps specific ratios to semantic labels such as base, entry, intermediate targets, main target, and extended continuation levels. These names are fixed in the script and reflect their relative position in the projection structure. 5. Visual Construction On the most recent bar, the script clears all previously drawn elements and rebuilds the full structure. It then draws: A dashed line from X to A and from A to B to visualize the underlying swing Labels at X, A, and B with direction-aware placement Horizontal lines from B into the future for each enabled level Text labels at the end of each level line All level lines extend a configurable number of bars to the right of the current bar, creating a forward projection area. Transparency values are fixed to maintain visual consistency and to avoid obscuring price action. 6. Zone Construction In addition to individual lines, the script can draw shaded zones between selected pairs of levels. These zones include: A retracement zone between two closely spaced mid-range ratios A target zone between the main extension levels An extended continuation zone above or below the main target Zones are drawn as semi-transparent rectangles from point B to the right extension limit. Their vertical boundaries are defined by the corresponding projected levels. These zones highlight areas where price interaction with multiple proportional levels is expected. 7. Display and Update Logic The drawing process runs only on the most recent bar. This prevents excessive historical objects and ensures that projections always reflect the latest confirmed X, A, and B. All graphical objects are stored internally and deleted before redrawing. This avoids overlap and keeps the chart synchronized with the current structure. 8. Interpretation of Levels The projected levels represent proportional price distances derived from the prior impulse. They should be interpreted as: Reference zones for potential reactions Areas of interest for continuation or exhaustion Context for managing existing positions Lower ratios correspond to shallow projections near B. Higher ratios correspond to extended moves away from B. No level represents a guaranteed support or resistance. All values are conditional on the validity of the underlying X–A–B structure. 9. Practical Usage Typical usage follows this workflow: Wait for the script to confirm X, A, and B Observe whether the structure is bullish or bearish Use projected levels as reference for planning entries, exits, and risk placement Re-evaluate when a new pivot replaces X, A, or B Manual anchors can be used when the user wants to enforce a specific structure that differs from the automatic pivot logic. The indicator is designed for contextual analysis rather than standalone signal generation. 10. Limitations and Disclaimers This indicator depends on confirmed pivots. In fast or highly volatile markets, pivot confirmation can lag, which delays projections. Structures may be invalidated when: Price forms new extremes before a pivot is confirmed Market conditions change abruptly Range-bound markets produce frequent small pivots In such conditions, projected levels may shift frequently or lose relevance. The method assumes that past impulse size is a meaningful reference for future movement. This assumption does not hold in all market regimes. The indicator does not incorporate volume, order flow, trend filters, or volatility regimes. It should therefore be combined with additional analysis. 11. Relationship to Manual Fibonacci and ABC Tools Unlike standard manual Fibonacci retracement or projection tools, this indicator does not rely on subjective anchor placement. In automatic mode, swing points are selected using a fixed pivot detection process, which enforces consistent structural rules. Anchor points are derived from confirmed price pivots instead of manual selection The X–A–B structure is maintained automatically as new swings form All projection levels and zones are recalculated and redrawn dynamically This removes the need for repeated manual adjustments when market structure changes. Compared to typical ABC projection tools, the script formalizes the entire workflow. The selection of reference points, the construction of proportional levels, and the management of graphical objects are handled programmatically. This prevents inconsistent anchor choices, reduces user interpretation bias, and ensures that projections always reflect the most recent validated structure. The integrated zone construction further extends standard projection methods by grouping related levels into continuous price regions, rather than displaying only isolated horizontal lines. Summary This script identifies swing-based X–A–B structures using confirmed pivots or manual anchors, measures the impulse between X and A, and projects proportional levels from B. All displayed lines and zones are derived from this single reference movement and update dynamically as new pivots appear. The indicator provides a structured projection framework based on historical price geometry rather than predictive signals.
Penunjuk Pine Script®
oleh ZenAlgo_Official
3
Liquidation Heatmap by RumiancevLiquidation Heatmap by Rumiancev Overview Liquidation Heatmap is an open-source visual map of estimated liquidation zones built from activity spikes . When the script detects an unusually large spike, it projects liquidation levels for multiple leverage tiers and aggregates them into horizontal price “bins”. Each bin accumulates weight over time and is displayed as a color gradient: • Brighter / hotter = higher accumulated weight • Darker / colder = lower accumulated weight Important: This is not an exchange liquidation feed and it does not display “real liquidation prices”. It is a proxy model designed to visualize where liquidation pressure could be clustering based on abnormal market activity. Why BTCUSDT.P is recommended For the most consistent and “liquidation-relevant” behavior, use a perpetual futures symbol such as BTCUSDT.P . Perpetual markets provide Open Interest , so the script can use OI Delta (change in OI) as the spike stream. OI delta typically reflects leveraged positioning changes (build-up / flushes) more directly than spot volume. • On perpetuals → OI data is available → spikes are usually cleaner for this model • On spot → OI is not available → the script may fall back to volume, which can be noisier If needed, set OI Symbol Override manually (examples are shown in the input tooltip). How it works (logic) 1) Select a spike stream • AUTO : uses OI Delta if available, otherwise Volume • OI : forces OI Delta • VOL : forces Volume only 2) Detect spike events The script measures abnormal activity using a Z-score style approach on the absolute stream: • Spike Lookback defines the baseline window • Sensitivity maps to a threshold (lower = more events, higher = fewer events) • Min bars between events optionally reduces clustering on lower timeframes 3) Project liquidation prices For each spike event, liquidation estimates are calculated for up to three leverage tiers: • Long liquidations are projected below the reference price • Short liquidations are projected above the reference price 4) Bin, accumulate, and colorize Projected levels are snapped into bins using Bin Scale (ticks) . Bin weight is accumulated and displayed as a gradient between Low density and High density . 5) Freeze on touch When price touches a bin (wick or close, depending on settings), the bin is frozen : • it stops updating • it becomes dotted / high transparency This keeps a lightweight history of zones that have been interacted with. How to read the map • Bins below price often represent potential long-liquidation pressure zones • Bins above price often represent potential short-liquidation pressure zones • Brighter bins = more accumulated spike weight → potentially more crowded zone • Frozen dotted bins = price already touched that zone (historical interaction) Timeframes (recommendations) This indicator runs on any timeframe, but density/noise changes significantly. Best balance (recommended): • 15m / 1H / 4H — good signal-to-noise and clean structure Higher timeframes (cleaner, fewer zones): • 12H / 1D — fewer events, more “macro” zones Lower timeframes (noisier by nature): • 1m / 3m / 5m — more spikes and more bins To reduce clutter on low TF, consider: • increasing Sensitivity (e.g., 14–18) • enabling Min bars between events (e.g., 10–30) • increasing Bin Scale (ticks) (thicker bins → fewer levels) • enabling Keep only local range bins Inputs (what each setting does) Source • Source Mode : AUTO / VOL / OI • OI Symbol Override : manual OI source if AUTO is not suitable Event (Spike) Filter • Spike Lookback : baseline window for mean/stdev • Sensitivity : lower = more events, higher = fewer events • Use high/low for touch test : wick-based touches • Min bars between events : reduces spike clustering Liquidation Levels (bins) • Reference Price : base price for projections (close/hl2/etc.) • Leverage 1/2/3 : leverage tiers (set to 0 to disable any tier) • Bin Scale (ticks) : bin thickness (bigger = fewer bins) • Extend (bars) : how long active bins extend • Max active bins per side : cap for active bins • Dispersion (%) : splits part of the weight to the opposite side • Keep only local range bins + Local range lookback : trims bins far from recent range Visual • Gradient colors, frozen transparency, legend, and debug marker Limitations / Disclaimer This script is provided for research and educational purposes only . It is not financial advice . The plotted zones are estimates derived from a simplified model (spike detection + leverage projections). Results depend on symbol, exchange data availability (OI), and timeframe.
Penunjuk Pine Script®
oleh Rumiancev
Grid Bot Demonstrator🚀 Grid Bot Demonstrator Overview The Grid Bot Demonstrator is a high-performance visualization tool designed for traders utilizing Grid Trading strategies (similar to Pionex, Binance, or KuCoin). It allows you to simulate and visualize a grid bot's structure directly on your chart, enabling precise planning of ranges and grid density before deploying capital. 🛠 Key Features Dynamic Auto-Range: When limits are set to 0, the indicator automatically calculates an optimal range (±10% from current price) rounded to the nearest $10,000—ideal for Bitcoin’s psychological levels. Dual Mode Support: Seamlessly toggle between Long and Short strategies via a simple dropdown menu. Intelligent Grid Coloring: Long Mode: Green lines above price (Take Profit), Red lines below (Buy/Support). Short Mode: Red lines above price (Entry/Stop), Green lines below (Take Profit). Performance Optimized (Smart Window): Even with up to 500 grids , the chart remains fluid. The script renders only the 100 lines closest to the current price while maintaining perfect mathematical accuracy of the total grid count. Boundary Protection: Features bold, distinct safety lines for the Upper and Lower limits so you know exactly when your bot leaves the active trading zone. 📖 How to Use 1. Grid Settings Enter your Upper and Lower price limits. Use "0" for the automated 10k-rounding logic. 2. Grid Count Set the number of grids (up to 500) to match your bot's specific configuration. 3. Strategy Mode Select "Long" or "Short" to instantly adapt the color coding to your trade direction. 4. Scalability Works across all timeframes, from 1-minute scalping to daily charts. 🔬 Technical Specifications Grid Type: Arithmetic (Equal USD distance between levels). Engine: Pine Script V5 with max_lines_count optimization. Clarity: Focuses on visual price levels to provide a clean, distraction-free trading environment.
Penunjuk Pine Script®
oleh AlexTrading2022
HTF Candle Projections [LuxAlgo]The HTF Candle Projections indicator projects recent and current higher timeframe candles onto the right side of the chart, providing a clear visualization of macro trends and internal candle composition. 🔶 USAGE The tool is designed to bridge the gap between lower timeframe execution and higher timeframe context. By projecting HTF candles into the future space (right of the current bar), traders can maintain a clear perspective on the larger trend without constantly switching tabs. 🔹 HTF Trend Alignment Traders can use the projected candles to ensure their lower timeframe (LTF) entries align with the broader market direction. For instance, a scalp trader might only look for long setups if the current projected Daily candle is bullish. This "Top-Down" filter helps traders avoid "fighting the trend" by providing a constant visual reminder of the HTF candle's polarity and momentum. 🔹 Anticipating Reversals & Level Origins The indicator includes connection lines that trace back from the projected HTF wicks to the exact LTF bars that established the High and Low of that period. This allows traders to pinpoint the specific price action or "order block" responsible for the HTF extrema. If price returns to the origin of an HTF wick, traders can watch for a reaction, as these levels often represent areas of significant supply or demand. 🔹 Internal Sentiment Divergence A unique feature of this script is the "Internal Sentiment Bars." These small bars inside the HTF candle body show the ratio of bullish vs. bearish LTF bars that make up that specific HTF candle. If a bullish HTF candle has a high bearish sentiment bar, it suggests a "weak" or "grinding" trend where sellers are actively fighting the move, potentially signaling exhaustion. Conversely, if the sentiment bars align strongly with the HTF candle direction (e.g., a bullish candle with almost entirely bullish sentiment), it indicates a high-conviction "power move" with little resistance. 🔹 Range Play & Breakouts The indicator highlights the absolute highest high and lowest low of the entire projected sequence with solid connection lines. These lines define the current HTF trading range. Traders can use these boundaries to identify mean reversion opportunities within the range or to prepare for high-probability breakout trades once price moves beyond these absolute levels. 🔹 Visualizing Wick Development By observing the live development of the current HTF candle, traders can see "wicking" behavior as it happens. If the current price is far from the HTF high but the connection line remains anchored there, it visually confirms a rejection from that level. This real-time feedback is crucial for identifying if an HTF candle is closing as a "Pin Bar" or "Shooting Star" before the timeframe actually expires. 🔶 DETAILS The script uses a custom data structure to track the Open, High, Low, and Close of the selected timeframe. It also tracks the specific bar index of the highs and lows to draw the connection lines accurately. The absolute high and low of the entire projected sequence are highlighted with solid lines to identify the "Range High" and "Range Low" of the projected window. 🔶 SETTINGS HTF Timeframe: Sets the higher timeframe to be projected (e.g., Daily, Weekly, Monthly). Candle Width (Bars): Determines how many bars wide each projected candle appears on the right side of the chart. Gap Between Candles: Sets the horizontal spacing between the projected HTF candles. Number of HTF Candles: The total number of candles to project (previous completed candles + current live candle). Show Internal Sentiment Bars: Toggles the visibility of the internal bull/bear composition bars. 🔹 Colors HTF Bull/Bear Body: Adjusts the colors and transparency of the main projected candle bodies. Sentiment Bull/Bear: Sets the color for the internal composition bars (ratio of LTF closes). Wick Color: Customizes the color of the projected candle wicks. Connection Line: Sets the color for the dotted lines connecting HTF wicks to their LTF origins. Absolute High/Low Connection: Sets the color for the solid lines marking the highest and lowest points of the projected set.
Penunjuk Pine Script®
oleh LuxAlgo
7
Mouchli Zone Projection ToolZone Projection Tool The Problem: Manually drawing zones is tedious. You have to identify the consolidation, measure the distance, find the 50% line, and then manually clone/stack boxes up and down the chart. If you switch assets or timeframes, you have to do it all over again. The Solution: This custom Pine Script automates the entire mathematical process. You simply define your two "Anchor Zones" (current support and resistance), and the script instantly builds the entire grid for you—perfectly spaced and optimized. Key Features: ⚡ Automated Stacking: Input your bottom zone and top zone. The script calculates the exact center, determines the "grid step," and automatically projects zones UP and DOWN the chart. 📊 Multi-Asset Manager: Save your levels for up to 5 different assets (e.g., QQQ, ES, NVDA, SPY, BTC) in one single indicator. The script is smart—it automatically detects which chart you are looking at and loads the correct levels instantly. 🗓️ Daily & Weekly Overlays: Input both Daily Zones (Purple) and Weekly Zones (Orange) for the same asset. You can view them simultaneously to see where short-term and long-term structures overlap. 🎛️ Toggle Controls: Includes "Show/Hide" checkboxes for every zone set. Want to focus only on the Daily levels? Uncheck the Weekly box, and they disappear instantly without deleting your data. 📍 The "Halfway" Line: Automatically calculates and draws the dashed 50% transition line between every zone, identifying the "no-man's-land" where price often pivots. How it works: Add the indicator to your chart. Open the Settings (gear icon). Select your Ticker (e.g., Asset 1 = QQQ). Enter your "Anchor" prices for Zone 1 (Support) and Zone 2 (Resistance). Set your Projection UP and Projection DOWN counts to determine how far the grid extends. The script will automatically draw the 50% lines and project the zones for you.
Penunjuk Pine Script®
oleh mouchlimu