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Passiv Algo V2 PXL PXH Time-Based Liquidity Levels Indicator This indicator automatically identifies and plots time-based liquidity levels derived from key market sessions and higher-timeframe reference periods. By focusing on institutional trading windows and recurring time structures, it highlights areas where liquidity is statistically more likely to be present — zones that often act as reaction points with a high probability of price rejection or reversal. Key Features: 🔹Automatic detection of time-based liquidity levels 🔹Levels based on previous session highs & lows and intraday reference ranges 🔹Designed to align with institutional market timing 🔹Clean and non-repainting levels 🔹Works on all markets and timeframes Why it works: Financial markets move in cycles driven by time and liquidity. When price revisits liquidity pools formed at specific times, it often reacts due to order accumulation and distribution by large participants. This indicator helps traders anticipate those reactions before price reaches the level. Best Use Cases: 🔹Liquidity sweeps & rejections 🔹Mean reversion setups 🔹Session-based trading strategies 🔹Confluence with market structure and price action ⚠️ This indicator does not provide trade signals. It is designed to be used as a contextual tool alongside proper risk management and confirmation.
Pine Script® indicator
by huchetmartin
Passiv Algo PXH PXL Time-Based Liquidity Levels Indicator This indicator automatically identifies and plots time-based liquidity levels derived from key market sessions and higher-timeframe reference periods. By focusing on institutional trading windows and recurring time structures, it highlights areas where liquidity is statistically more likely to be present — zones that often act as reaction points with a high probability of price rejection or reversal. Key Features: 🔹Automatic detection of time-based liquidity levels 🔹Levels based on previous session highs & lows and intraday reference ranges 🔹Designed to align with institutional market timing 🔹Clean and non-repainting levels 🔹Works on all markets and timeframes Why it works: Financial markets move in cycles driven by time and liquidity. When price revisits liquidity pools formed at specific times, it often reacts due to order accumulation and distribution by large participants. This indicator helps traders anticipate those reactions before price reaches the level. Best Use Cases: 🔹Liquidity sweeps & rejections 🔹Mean reversion setups 🔹Session-based trading strategies 🔹Confluence with market structure and price action ⚠️ This indicator does not provide trade signals. It is designed to be used as a contextual tool alongside proper risk management and confirmation.
Pine Script® indicator
by huchetmartin
Weekly Financial Liquidity Index (With Overlay, Corr, Shift)Skylark Digital Assets — Weekly Financial Liquidity Proxy (WFLI) (Overlay) + Rolling Correlation + Lead/Lag Shift The Weekly Financial Liquidity Proxy (WFLI) is a macro-liquidity regime gauge designed to sit directly on your price chart (overlay). It compresses a diversified set of “liquidity-sensitive” markets into a single weekly signal, then lets you quantify how tightly your current ticker has been moving with liquidity via a rolling correlation, and phase-align the relationship using lead/lag shifting in both weeks and months. What you’ll see WFLI line (overlay): Plotted on the main chart so you can visually compare liquidity conditions with price action. Rolling correlation: A continuously updating correlation reading showing how strongly your current symbol is tracking WFLI over the chosen lookback window. Lead/Lag shift (weeks + months): Offsets WFLI forward/backward to help align real-world phase differences (because different assets respond to liquidity on different timelines). How to use it Regime filter: Rising WFLI tends to align with risk-on / expanding liquidity backdrops. Falling WFLI tends to align with risk-off / tightening liquidity backdrops. Confirmation & divergence: If price is breaking out while WFLI is deteriorating, treat it as a potential fragility / divergence signal. If WFLI turns up before price stabilizes, it can help identify early shifts in conditions. Correlation as a “relationship strength” meter: High positive correlation = the asset has recently been behaving like a liquidity follower. Low/unstable correlation = the asset is being driven by idiosyncratic factors (earnings, sector shocks, narratives, supply events, supply/demand quirks, etc.). Lead/Lag shift to phase-align: Use the shift controls to find the offset where correlation is most stable/meaningful. This is useful when an asset typically reacts after liquidity changes (lagger) or anticipates them (leader). Using WFLI on the monthly timeframe Even though this is a weekly liquidity proxy, it’s intentionally useful on the monthly chart as well. Viewing WFLI on the monthly timeframe smooths noise, makes regime shifts more readable, and (in practice) does not reduce efficacy—it simply presents the same underlying signal through a slower lens, which can be ideal for macro alignment and longer-horizon positioning. Inputs (high level) Rolling correlation length: Lookback window for the correlation calculation. Shift controls: Weeks shift (fine adjustment for weekly relationships) Months shift (coarse adjustment for longer macro phase drift) Optional display toggles (if included in your script): show/hide correlation, labels, smoothing, etc. Notes & limitations Correlation is not causation. Treat it as a diagnostic for behavioral alignment, not a guarantee. Lead/lag is non-stationary: relationships can compress/expand across cycles and volatility regimes. Built for context and structure, not as a standalone entry/exit system. Educational use only — not financial advice.
Pine Script® indicator
by Skylark_Digital_Assets
Days Of The Week📌 Indicator Description Days of the Week (Color + UTC-5 Auto) is a visual time-structure indicator designed to clearly separate trading days on the chart and highlight the day of the week using customizable colors. It is especially useful for traders who analyze market behavior by weekday or who want a clean and intuitive way to identify weekly cycles, weekend transitions, and session-based structure. 🔹 Key Features 1. Automatic New York Timezone (UTC-5 / UTC-4 with DST) The indicator automatically calculates time using the America/New_York timezone with full daylight saving time support. This ensures that day changes, weekdays, and labels always align with the New York trading session regardless of the chart’s local timezone. 2. Day Separator Background (Vertical Highlighting) A vertical background separator is drawn at the beginning of each New York trading day. Users can independently customize: -Weekday separator color -Saturday separator color -Sunday separator color -Separator transparency This makes weekends and weekly boundaries instantly visible on any timeframe. 3. Day-of-Week Text Labels at NY 09:00 At exactly 09:00 New York time, the indicator displays a text label at the bottom of the chart showing the current day of the week. Sunday displays “Beginning of week – Sunday” Monday through Friday display their respective weekday names Saturday displays “Saturday” This timing aligns with the New York session open, making it useful for intraday and session-based traders. 4. Separate Color Control for Weekdays vs Weekends Text colors are fully customizable and separated into: Weekday text color Saturday text color Sunday text color Additionally, the script supports dark-background and light-background text modes, allowing the user to toggle which version is displayed depending on their chart theme. 5. Minimal, Non-Intrusive Design No repainting No future-looking logic No impact on price data Lightweight and optimized The indicator is purely visual and does not interfere with other studies or trading systems. 🔹 Customization Options Users can control: Whether the day separator is shown Separator colors for weekdays, Saturday, and Sunday Separator transparency Whether dark or light background text is displayed Individual text colors for weekdays, Saturday, and Sunday All settings update instantly from the indicator’s settings panel.
Pine Script® indicator
by Cryptonite_S369
Gann Octave 8 Ver.2.0Gann Octave 8 Ver.2.0 - Complete Trading Guide Overview This indicator combines W.D. Gann's time-tested principles of market geometry with modern technical analysis. It identifies key market structures and projects precise support/resistance levels along with angular momentum lines to help traders identify high-probability trading opportunities. ________________________________________ Core Concepts 1. Gann's Octave Division (The Rule of 8) W.D. Gann discovered that markets move in harmonic divisions based on the number 8. This indicator divides any swing movement into 8 equal parts (octaves): • 0% - Swing extreme (High for bearish, Low for bullish) • 12.5% - First octave • 25% - Quarter level • 37.5% - Three-eighths level • 50% - Midpoint (most critical level) • 62.5% - Five-eighths level • 75% - Three-quarter level • 87.5% - Seventh octave • 100% - Swing extreme (opposite end) Why 8? Gann believed natural market cycles follow mathematical harmonics. The octave division provides precise entry and exit points that frequently act as support/resistance zones. 2. Gann Angles (Price-Time Relationship) Gann angles represent the relationship between price movement and time. Each angle shows different momentum levels: • 1x1 (Black) - 45° angle, perfect balance between price and time. Most important Gann angle. Represents the natural trend line. • 2x1 (Red) - Steeper angle, 2 units of price per 1 unit of time. Shows strong momentum. • 1x2 (Red) - Flatter angle, 1 unit of price per 2 units of time. Shows weak momentum. • 4x1 & 1x4 (Blue) - Even more extreme angles indicating very strong or very weak trends. • 8x1 & 1x8 (Orange) - Most extreme angles, parabolic moves or complete consolidation. Key Principle: When price is above the 1x1 angle = bullish. Below 1x1 = bearish. When price crosses from one angle to another, it signals a change in momentum. ________________________________________ How the Indicator Works Structure Detection The indicator automatically identifies market swings using pivot points: 1. Bullish Structure (Green): Detected when price makes a higher high o Octave levels calculated from swing low (0%) to swing high (100%) o Gann angles project upward from the swing low 2. Bearish Structure (Red): Detected when price makes a lower low o Octave levels calculated from swing high (0%) to swing low (100%) o Gann angles project downward from the swing high Dynamic Updates • Swing Tracker ON: Levels update continuously as the swing evolves • Swing Tracker OFF: Levels lock at the initial swing detection (cleaner charts) Historical Structures The indicator maintains previous swing structures based on "Number of Swings to Show": • Set to 1: Only current structure (cleanest) • Set to 2-3: Current + recent history (recommended for context) • Set to 4+: Multiple historical structures (may overlap but shows pattern) ________________________________________ Trading Strategy Entry Signals BUY SIGNALS (Green Triangle Up ▲) Signal 1: Bounce from Support Levels • Price drops to 0%, 50%, or 100% level and reverses • Best when combined with bullish candlestick pattern (hammer, engulfing) • Entry: On signal confirmation • Stop Loss: Below the support level (0.5-1% below) • Target: Next octave level up (12.5%, 25%, 50%) Signal 2: Breakout Above Resistance • Price breaks above 50% or 100% level with momentum • Confirms trend continuation or reversal • Entry: On close above the level • Stop Loss: Below the breakout level • Target: Previous swing high or next major level Signal 3: Gann Angle Support • Price bounces off 1x1 angle (black line) • Indicates trend is intact • Entry: When price respects the angle • Stop Loss: Below the 1x1 angle • Target: Next resistance level SELL SIGNALS (Red Triangle Down ▼) Signal 1: Rejection from Resistance Levels • Price rallies to 0%, 50%, or 100% level and reverses • Best when combined with bearish candlestick pattern (shooting star, bearish engulfing) • Entry: On signal confirmation • Stop Loss: Above the resistance level (0.5-1% above) • Target: Next octave level down (87.5%, 75%, 50%) Signal 2: Breakdown Below Support • Price breaks below 50% or 0% level with momentum • Confirms trend continuation or reversal • Entry: On close below the level • Stop Loss: Above the breakdown level • Target: Previous swing low or next major level Signal 3: Gann Angle Resistance • Price fails at 1x1 angle (black line) • Indicates trend weakness • Entry: When price rejects the angle • Stop Loss: Above the 1x1 angle • Target: Next support level ________________________________________ Advanced Trading Techniques 1. The 50% Rule (Most Powerful) The 50% octave level is the most critical in Gann theory: • In Uptrend: Price should not break below 50% retracement. If it holds = trend intact, go long. • In Downtrend: Price should not break above 50% retracement. If it holds = trend intact, go short. • Reversal: Breaking and closing beyond 50% often signals trend reversal. 2. Gann Angle Confluence When multiple Gann angles converge with octave levels = HIGH probability zone: • Look for price to bounce or reverse at these zones • Example: 1x2 angle meets 50% level = strong support/resistance • These zones often become pivot points 3. Multiple Timeframe Analysis • Use higher timeframe (daily) for major structure • Use lower timeframe (5min, 15min) for precise entries • Take trades when both timeframes align 4. Swing Failure Pattern • Price breaks a key level (e.g., 50%) but quickly reverses back • This "false breakout" often leads to strong move in opposite direction • Wait for signal in the reversal direction ________________________________________ Settings Optimization For Day Trading (Scalping) • Structure Period: 0-2 (22 bars or less) • Number of Swings: 1 (only current structure) • Signal Sensitivity: High • Swing Tracker: OFF (cleaner) For Swing Trading • Structure Period: 4-5 (44-88 bars) • Number of Swings: 2-3 • Signal Sensitivity: Medium • Swing Tracker: ON or OFF (preference) For Position Trading • Structure Period: 6-8 (176+ bars) • Number of Swings: 3-5 • Signal Sensitivity: Low • Swing Tracker: ON ________________________________________ Common Patterns to Watch Bullish Reversal Setup 1. Price in bearish structure (red levels) 2. Price drops to 100% level (swing low) 3. Buy signal appears (green triangle) 4. Price breaks back above 50% level 5. Action: Go long with stop below 100% Bearish Reversal Setup 1. Price in bullish structure (green levels) 2. Price rises to 100% level (swing high) 3. Sell signal appears (red triangle) 4. Price breaks back below 50% level 5. Action: Go short with stop above 100% Trend Continuation 1. Price respects 1x1 Gann angle 2. Small pullback to 25% or 37.5% level 3. Buy/sell signal appears 4. Action: Enter in trend direction ________________________________________ ________________________________________ Signal Sensitivity Guide • Low: Conservative, only major breakouts (3-5 signals per day) • Medium: Balanced, includes approaches (5-10 signals per day) • High: Aggressive, includes bounces (10-20 signals per day) Choose based on your trading style and risk tolerance ________________________________________ Final Words This indicator is a powerful tool, but remember: "The market is never wrong. Opinions are." - W.D. Gann • No indicator is 100% accurate • Always combine with price action and volume • Backtest on your instrument and timeframe • Keep learning and adapting your strategy • Discipline and risk management are more important than the perfect setup Happy Trading! 📈
Pine Script® indicator
by TimePriceDecoder
3
Momentum Structural AnalysisMomentum Structural Analysis (MSA‑style Oscillator) This indicator implements a simple, MSA‑style momentum oscillator that measures how far price has moved above or below its own long‑term trend on the active timeframe, expressed in percentage terms. Instead of looking at raw price, it "oscillates" price around a timeframe‑appropriate simple moving average (SMA) and plots the percentage distance from that SMA as an orange line around a zero baseline. Zero means price is exactly at its structural trend; positive values mean price is extended above trend; negative values mean it is trading below trend. The script automatically selects the SMA length based on the chart timeframe: On daily charts it uses the configurable Daily SMA Length (default 252 trading days, roughly 1 year). On weekly charts it uses Weekly SMA Length (default 208 weeks). On monthly charts it uses Monthly SMA Length (default 120 months). This approach is inspired by the ideas behind Momentum Structural Analysis (MSA), which studies where a market trades relative to long‑term moving averages and then treats the momentum line (the oscillator) as the primary object of analysis. The goal is to highlight structural overbought/oversold conditions and regime changes that are often clearer on momentum than on the raw price chart. -------------------------------------------------- What the script computes and how it works For each bar, the indicator: Chooses an SMA length based on the current timeframe (daily/weekly/monthly). Calculates the SMA of the close. Computes the percentage distance: \text{Diff %} = \frac{\text{Close} - \text{SMA}}{\text{SMA}} \times 100 Plots this Diff % as an orange line, with a dashed horizontal zero line as the base. This produces a momentum oscillator that oscillates around zero and reflects the "structural" position of price versus its own long‑term mean. -------------------------------------------------- How to use it on index charts (e.g., NIFTY50) On indices like NIFTY50, use the indicator to see how stretched the index is versus its structural trend. Typical uses: Identify extremes: a). Historically high positive readings can signal euphoric, late‑stage conditions where risk is elevated. b). Deep negative readings can highlight panic/capitulation zones where downside may be exhausted. Draw structural levels: a). Mark horizontal bands on the oscillator where past turns have occurred (e.g., +15%, −10%, etc. specific to NIFTY50). b). Watch how price behaves when the oscillator revisits these zones: repeated rejections can validate them as structural bounds; clean breaks can indicate a change of regime. This is not a buy/sell signal generator by itself; it is a framework to understand where the index sits within its long‑term momentum structure and to support risk‑management decisions. -------------------------------------------------- How to use it on ratio charts Apply the same indicator to ratio symbols such as NIFTY50/GOLD, BANKNIFTY/NIFTY50, sector vs index, or any spread you plot as a ratio. On a ratio chart: The oscillator now measures relative momentum: how far that ratio is above or below its own long‑term mean. High positive readings = strong outperformance of the numerator vs the denominator (e.g., equities strongly outperforming gold). Deep negative readings = strong underperformance (e.g., equities structurally lagging gold). This is very much in the spirit of MSA’s work on spreads between asset classes: it helps visualize major rotations (equities → gold, financials → commodities, etc.) and whether a relative‑performance trend is stretched, reverting, or breaking into a new phase. -------------------------------------------------- Using multiple timeframes for better decisions You can stack information across timeframes to get a more robust view: Monthly : a). Use monthly charts to see secular/structural phases. b). Long multi‑year stretches above or below zero, and large bases or trendline breaks on the monthly oscillator, can mark major bull or bear cycles and big rotations between asset classes. Weekly : a). Use weekly charts for the primary trend. b). Weekly structures (multi‑month highs/lows, channels, or trendlines on the oscillator) are useful for medium‑term positioning and for confirming or rejecting signals seen on the monthly view. Daily : a). Use daily charts mainly for timing entries/exits once the higher‑timeframe direction is clear. b). Short‑term extremes on the daily oscillator that align with the larger weekly/monthly structure can offer better‑timed opportunities, while signals that contradict higher‑timeframe momentum are more likely to be noise. --------------------------------------------------
Pine Script® indicator
by PrasadJoshi12
1
LJ Parsons Adjustable expanding MRT Fibpapers.ssrn.com Market Resonance Theory (MRT) reinterprets financial markets as structured multiplicative, recursive systems rather than linear, dollar-based constructs. By mapping price growth as a logarithmic lattice of intervals, MRT identifies the deep structural cycles underlying long-term market behaviour. The model draws inspiration from the proportional relationships found in musical resonance, specifically the equal temperament system, revealing that markets expand through recurring octaves of compounded growth. This framework reframes volatility, not as noise, but as part of a larger self-organising structure.
Pine Script® indicator
by wallabimba
Extended SOPR Indicator - SSOPR Tops (A/B toggle)Extended SOPR Indicator — SSOPR Tops and Lows (A/B toggle) Observation-only. Data: Glassnode SOPR. Overview This indicator extends the classical SOPR (Spent Output Profit Ratio) to improve readability and reduce noise on charts. SOPR measures whether coins moved on-chain were spent at a profit or at a loss. In brief: SOPR > 1 → spending at profit; SOPR < 1 → spending at loss. SSOPR (from "Smoothed SOPR") applies optional log transform (centers baseline at 0), smoothing (standard or adaptive), and adds structured signals: Z‑score lows (capitulation), buy zones , and top detection after prolonged elevation. Why extend SOPR? (SSOPR vs classical SOPR) • Noise reduction: Raw daily SOPR can whipsaw around its baseline. SSOPR uses smoothing and (optionally) adaptive smoothing so regimes are visible without overfitting. • Better readability: The log transform shifts the break-even line to 0, making “profit territory” (above 0) and “loss territory” (below 0) visually intuitive on oscillators. • Actionable context: Z‑score highlights extreme lows (capitulation risk), a simple buy-zone threshold marks potential accumulation, and a structured top pattern (with a time factor) helps frame distribution phases after sustained elevation. What the script plots • Smoothed SOPR (SSOPR): An orange line representing the smoothed SOPR (with optional log transform and optional adaptive smoothing). • Top markers: A red triangle appears once at the onset of a confirmed top pattern. • Background shading: – Soft green: Buy zone when SSOPR falls below the “Buy Threshold.” (+ Z‑score capitulation zones (extreme lows)). – Soft red: Top‑zone shading when the top criteria are met but before the single triangle fires. Inputs & parameters • Smoothing Length (default 14): Base window for smoothing SSOPR. Higher values = smoother, slower response. • Apply Log Transform (default ON): Uses log(SOPR) so the baseline is 0 (log(1)=0). Above 0 → net profit regime; below 0 → net loss regime. • Adaptive Smoothing (default OFF): Expands smoothing length as volatility rises using a standard deviation proxy; reduces whipsaws while preserving structure. • Z‑score Threshold for Lows (default −2.5): Highlights capitulation zones when SSOPR deviates far below its rolling mean. • SSOPR Buy Threshold (default −0.02): Simple rule-of-thumb level for potential accumulation context when below (log scale). • SSOPR Top Threshold (default +0.005): Minimum elevation required for “profit territory” when assessing tops (log scale). • Min Bars Above Threshold Before Top (default 50): Ensures prolonged elevation before calling a top. • Lookback for Peak Detection (default 50): Window used to locate the recent high. • Drop % from Peak to Confirm Top (default 5%): Confirms the start of distribution from a local high. • Highlight Background : Toggles shaded zones. Top detection (indicator-only) A top fires when ALL of the following are true: SSOPR spent at least Min Bars Above Threshold above the Top Threshold (sustained elevation). The rising phase test passes (Option A or B; see below). A drop from the local peak exceeds Drop % within the Lookback window. The peak occurred in profit territory (SSOPR > Top Threshold). To avoid repeated signals during the decline, the script emits the triangle once, at onset. Rising‑phase switch: Option A vs Option B • Option A — Up‑step ratio : Over the last A: Bars for Rising Check (default 50), it requires that at least A: Required Up‑Step Ratio (default 60%) of bars were rising (each bar compared to the previous). This favors gradual, persistent advances and filters out “choppy” lifts. • Option B — Net slope : Compares current SSOPR to its value B: Bars Back for Net Slope ago (default 50). If higher, the series is considered rising. This is simpler and reacts faster in volatile phases but can admit brief pseudo‑trends. Guidance : Prefer A for conservative confirmation in slow, persistent cycles; use B when trend moves are strong and you need timely detection. Interpretation guide • Regimes (log view): Above 0 → spending at profit; below 0 → spending at loss. • Capitulation lows: When Z‑score < threshold, conditions often reflect forced/liquidity‑driven spending. Treat as context, not signals. • Buy zone: SSOPR < Buy Threshold flags potential accumulation conditions (combine with price structure). • Tops: After prolonged elevation, a confirmed top often coincides with profit‑taking/distribution phases. Recommended timeframes • Daily : Code optimized for daily timeframe. Method summary • SSOPR source: GLASSNODE:BTC_SOPR (via request.security ). • Optional log transform: sopr → log(sopr) to normalize around 0. • Smoothing: SMA over Smoothing Length , optionally adaptive using local volatility (std dev). • Z‑score: (SSOPR − mean) / std dev, highlighting extreme lows. • Top: Requires long elevation above Top Threshold , rising‑phase (A/B), and a subsequent drop > Drop % from recent high. Limitations & notes • SOPR reflects on‑chain movements; some activity occurs off‑chain (exchanges, internal transfers). Not all moves imply sale; aggregation makes it a usable proxy for profit/loss realization. • Higher smoothing reduces noise but delays signals; adaptive smoothing can help but is still a trade‑off. • Treat thresholds as context markers. They are not entry/exit signals by themselves. • Use with price structure, volume, and other on‑chain indicators (e.g., realized price bands, dormancy/CDD) for confluence. How to use (examples) • Advance holding above 0 (log view): Retests of 0 from above that hold—while SSOPR remains elevated—often mark absorption; look for Top conditions only after sustained elevation and a confirmed drop from peak. • Downtrend below 0: Rejections near 0 can align with continued loss realization; extreme Z‑score lows suggest capitulation risk—context for accumulation, not a blind buy. Recommended settings • Weekly: Log ON, Smoothing Length 14–30, Adaptive ON, Buy Threshold −0.02, Top Threshold +0.005, Rising Method A, Min Bars 50. • Daily: Log ON, Smoothing Length 14–20, Adaptive OFF or ON (depending on noise), Rising Method B for timely slope checks. Credits & references • SOPR metric: Renato Shirakashi; documentation: Glassnode , CryptoQuant , overview: Bitbo . Disclaimer This script is for research/education on market behavior. It is not financial advice. Indicators provide context; decisions remain your responsibility. Tags bitcoin, btc, on‑chain, sopr, ssopr, glassnode, oscillator, regime, distribution, capitulation
Pine Script® indicator
by Rob_Maths
Systemic Net Liquidity (Macro Fuel for Crypto & Stocks)This indicator tracks Systemic Net Liquidity, the single most important macro factor for determining the long-term trend of risk assets like Bitcoin (BTC) and major indices (S&P 500). It measures the amount of actual cash available in the financial system to chase speculative assets, distinguishing between money that is circulating and money that is locked up at the Federal Reserve. ​Mechanism (What It Measures) ​The script uses direct data from the FRED (Federal Reserve Economic Data) to calculate the true state of market funding: \text{Net Liquidity} = \text{Fed Assets (WALCL)} - \text{Treasury General Account (TGA)} - \text{Reverse Repo (RRP)} 1. Fed Assets (WALCL): The total balance sheet of the Fed (The overall supply of money). ​2. Treasury General Account (TGA): Funds the US Treasury collects via bond issuance. When the TGA rises, liquidity is actively drained from the banking system (A major bearish pressure). ​3. Overnight Reverse Repo (RRP): Cash parked by banks and money market funds at the Fed, effectively frozen and not contributing to market activity. ​How to Interpret Signals ​Treat the Net Liquidity line as the market's "Fuel Gauge": ​📈 BULLISH SIGNAL (Liquidity Injection): When the Net Liquidity line is rising, money is flowing back into the system, signalling a tailwind for risk assets. ​📉 BEARISH SIGNAL (Liquidity Drain): When the line is falling (often due to high TGA balances), cash is being removed. This signals major friction and pressure on price action. ​⚠️ DIVERGENCE WARNING: A strong signal is generated when Price (e.g., BTC) rises, but Net Liquidity falls. This macro divergence strongly suggests a major trend reversal or correction is imminent. ​Important Notes ​Data Source: Data is directly sourced from FRED and updates daily/weekly. This tool is best used for macro analysis and identifying high-level cycles, not short-term scalping. ​Disclaimer: Use this indicator as a confirmation tool within your broader strategy. It is not a standalone trading signal.
Pine Script® indicator
by PlanCco
Neon Waves Oscillator [NinjADeviL]Neon Waves Oscillator The Neon Waves Oscillator is inspired by modern neon-style visual design and displays four smooth waves representing normalized price movement using ATR. The waves highlight changes in momentum, volatility, and market rhythm in a clean, sharp, and visually appealing way, enhanced by a soft glow effect that adds depth and clarity. Key Features: 🌈 Four smooth neon-colored waves ⚡ ATR-based normalization for consistent behavior across all assets 🎨 Dynamic glow background for a rich visual appearance 🔎 Helps identify momentum shifts, volatility cycles, and trend transitions 🧠 EMA-based smoothing for stability and high accuracy Ideal for traders focused on Price Action, Momentum, or anyone who prefers a clean, intuitive, and modern visual oscillator. Developed by NinjADeviL.
Pine Script® indicator
by NinjaDeviL
Quantura - Average Intraday Candle VolumeIntroduction “Quantura – Average Intraday Candle Volume” is a quantitative visualization tool that calculates and displays the average traded volume for each intraday time position based on a user-defined historical lookback period. It allows traders to analyze recurring intraday volume patterns, identify high-activity sessions, and detect liquidity shifts throughout the trading day. Originality & Value This indicator goes beyond standard volume averages by normalizing and aligning volume data according to the time of day. Instead of simply smoothing recent bars, it builds an intraday volume profile based on historical daily averages, enabling users to understand when during the day volume typically peaks or drops. Its originality and usefulness come from: Converting standard volume data into time-aligned intraday averages. Visualization of historical intraday liquidity behavior, not just total daily volume. Dynamic scaling using normalization and transparency to emphasize active and quiet periods. Optional day-separator lines for precise intraday structure recognition. Gradient-based coloring for better visual interpretation of volume intensity. Functionality & Core Logic The indicator divides each day into discrete intraday time positions (based on chart timeframe). For each position, it stores and updates historical volume values across the selected number of days. It calculates an average volume per time position by aggregating all stored values and dividing them by the number of valid days. The result is plotted as a continuous histogram showing typical intraday volume distribution. The bar colors and transparency dynamically reflect the relative intensity of volume at each point in the day. Parameters & Customization Number of Days for Averaging: Defines how many past days are included in the volume average calculation (default: 365). UTC Offset: Allows synchronization of intraday cycles with local or exchange time zones. Base Color: Sets the main color for plotted volume columns. Color Mode: Choose between “Gradient” (transparency dynamically adjusts by intensity) or “Normal” (fixed opacity). Day Line: Toggles dashed vertical lines marking the start of each trading day. Visualization & Display Volume is plotted as a series of histogram bars, each representing the average volume for a specific intraday time position. A gradient color mode enhances readability by fading lower-intensity areas and highlighting high-volume regions. Optional day-separator lines visually segment historical sessions for easy reference. Works seamlessly across all chart timeframes that divide the 24-hour day into regular bar intervals. Use Cases Identify when trading activity typically peaks (e.g., session opens, news windows, or overlapping markets). Compare current intraday volume to historical averages for early anomaly detection. Enhance algorithmic or discretionary strategies that depend on volume-timing alignment. Combine with volatility or price structure indicators to confirm market activity zones. Evaluate session consistency across different time zones using the UTC offset parameter. Limitations & Recommendations The indicator requires intraday data (below 1D resolution) to function properly. Volume behavior may vary across brokers and assets; adjust averaging period accordingly. Does not predict price movement — it provides volume-based context for analysis. Works best when combined with structure or momentum-based indicators. Markets & Timeframes Compatible with all intraday markets — including crypto, Forex, equities, and futures — and all intraday timeframes (from 1 minute to 4 hours). It is particularly valuable for analyzing assets with continuous 24-hour trading activity. Author & Access Developed 100% by Quantura. Published as a Open-source script indicator. Access is free. Important This description complies with TradingView’s Script Publishing and House Rules. It provides a clear explanation of the indicator’s originality, logic, and purpose, without any unrealistic performance or predictive claims.
Pine Script® indicator
by Quantura
Seasonal Performance Analyzer | AlphaNatt📊 Seasonal Performance Analyzer | AlphaNatt 📈 Overview Unlock the power of seasonality with this advanced visualization tool that reveals hidden patterns in market behavior. The Seasonal Performance Analyzer overlays multiple years of historical data for any selected month, allowing traders to identify recurring seasonal trends, anomalies, and potential trading opportunities. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ ✨ Key Features 🎯 Month-by-Month Analysis - Isolate and analyze any single month across multiple years - Compare up to 20 years of historical performance - Instantly visualize seasonal patterns and trends 📊 Advanced Visualization - Beautiful gradient coloring from oldest (light blue) to newest (dark blue) years - Clean axis system with labeled days and months - Professional grid layout for easy value reading - Optional average line showing mean performance across all years 🔧 Flexible Display Options - Normalize to 100: Start each year at a base value of 100 for easy percentage comparison - Raw Price Mode: View actual price movements without normalization - Customizable Colors: Adjust gradient colors and transparency to your preference - Toggle Features: Show/hide year labels, average line, and day labels ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ ⚙️ Input Parameters 📅 Time Settings - Select Month: Choose any month (1-12) for analysis - Years to Display: Show 1-20 years of historical data - Include Current Year: Option to include incomplete current year data 🎨 Visual Settings - Line Transparency: Adjust the opacity of year lines (0-100) - Gradient Colors: Customize oldest and newest year colors - Average Line: Color and width customization - Legend Display: Toggle year labels on/off ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ 💡 Use Cases 1. Seasonal Trading Strategies Identify months with consistent directional bias for seasonal entry/exit timing 2. Risk Management Spot historically volatile periods and adjust position sizes accordingly 3. Pattern Recognition Discover recurring intra-month patterns like "first week strength" or "mid-month reversals" 4. Comparative Analysis Compare current month's performance against historical averages to gauge relative strength 5. Anomaly Detection Quickly identify years that deviated significantly from typical seasonal patterns ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ 📖 How to Use Step 1: Add the indicator to your chart Step 2: Select the month you want to analyze (default: November) Step 3: Choose how many years of history to display Step 4: Toggle normalization based on your analysis needs Step 5: Look for patterns: • Consistent trends across multiple years • Divergences from the average line • Specific days with recurring movements • Years that broke the seasonal pattern ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ 🎯 Pro Tips ✅ For Swing Traders: Focus on months showing consistent multi-day trends ✅ For Day Traders: Identify specific days within a month that show repetitive behavior ✅ For Investors: Use normalized view to compare percentage gains across years ✅ For Risk Analysis: The wider the spread between years, the less reliable the seasonal pattern ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ 📊 Example Insights This indicator can reveal powerful insights such as: - "November typically shows strength in the first two weeks" - "Years above the average line tend to continue outperforming" - "Day 15-20 historically shows consolidation patterns" - "Election years show different patterns than non-election years" ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ ⚠️ Important Notes - Past performance does not guarantee future results - Seasonality is one factor among many - combine with other analysis methods - Major events can override seasonal patterns - Works best on assets with long price history - More years of data generally provides more reliable patterns ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ 🏆 Perfect For: - Seasonal traders - Swing traders looking for optimal entry months - Analysts studying market cycles - Anyone interested in historical market patterns - Risk managers assessing seasonal volatility ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ Created by AlphaNatt - Empowering traders with advanced seasonal analysis Version: 1.0 Pine Script: v6 License: Mozilla Public License 2.0
Pine Script® indicator
by AlphaNatt
DTCC RECAPS Dates 2020-2025This is a simple indicator which marks the RECAPS dates of the DTCC, during the periods of 2020 to 2025. These dates have marked clear settlement squeezes in the past, such as GME's squeeze of January 2021. ------------------------------------------------------------------------------------------------------------------ The Depository Trust & Clearing Corporation (DTCC) has published the 2025 schedule for its Reconfirmation and Re-pricing Service (RECAPS) through the National Securities Clearing Corporation (NSCC). RECAPS is a monthly process for comparing and re-pricing eligible equities, municipals, corporate bonds, and Unit Investment Trusts (UITs) that have aged two business days or more . At its core, the Reconfirmation and Re-pricing Service (RECAPS) is a risk management tool used by the National Securities Clearing Corporation (NSCC), a subsidiary of the DTCC. Its primary purpose is to reduce the risks associated with aged, unsettled trades in the U.S. securities market . When a trade is executed, it is sent to the NSCC for clearing and settlement. However, for various reasons, some trades may not settle on their scheduled date and become "aged." These unsettled trades create risk for both the trading parties and the clearinghouse (NSCC) because the value of the underlying securities can change over time. If a trade fails to settle and one of the parties defaults, the NSCC may have to step in to complete the transaction at the current market price, which could result in a loss. RECAPS mitigates this risk by systematically re-pricing these aged, open trading obligations to the current market value. This process ensures that the financial obligations of the clearing members accurately reflect the present value of the securities, preventing the accumulation of significant, unmanaged market risk . Detailed Mechanics: How Does it Work? The RECAPS process revolves around two key dates you asked about: the RECAPS Date and the Settlement Date . The RECAPS Date: On this day, the NSCC runs a process to identify all eligible trades that have remained unsettled for two business days or more. These "aged" trades are then re-priced to the current market value. This re-pricing is not just a simple recalculation; it generates new settlement instructions. The original, unsettled trade is effectively cancelled and replaced with a new one at the current market price. This is done through the NSCC's Obligation Warehouse. The Settlement Date: This is typically the business day following the RECAPS date. On this date, the financial settlement of the re-priced trades occurs. The difference in value between the original trade price and the new, re-priced value is settled between the two trading parties. This "mark-to-market" adjustment is processed through the members' settlement accounts at the DTCC. Essentially, the process ensures that any gains or losses due to price changes in the underlying security are realized and settled periodically, rather than being deferred until the trade is ultimately settled or cancelled. Are These Dates Used to Check Margin Requirements? Yes, indirectly, this process is closely tied to managing margin and collateral requirements for NSCC members. Here’s how: The NSCC requires its members to post collateral to a clearing fund, which acts as a mutualized guarantee against defaults. The amount of collateral each member must provide is calculated based on their potential risk exposure to the clearinghouse. By re-pricing aged trades to current market values through RECAPS, the NSCC gets a more accurate picture of each member's outstanding obligations and, therefore, their current risk profile. If a member has a large number of unsettled trades that have moved against them in value, the re-pricing will crystallize that loss, which will be settled the next day. This regular re-pricing and settlement of aged trades prevent the build-up of large, unrealized losses that could increase a member's risk profile beyond what their posted collateral can cover. While RECAPS is not the only mechanism for calculating margin (the NSCC has a complex system for daily margin calls based on overall portfolio risk), it is a crucial component for managing the specific risk posed by aged, unsettled transactions. It ensures that the value of these obligations is kept current, which in turn helps ensure that collateral levels remain adequate. -------------------------------------------------------------------------------------------------------------- Future dates of 2025: - November 12, 2025 (Wed) - November 25, 2025 (Tue) - December 11, 2025 (Thu) - December 29, 2025 (Mon) The dates for 2026 haven't been published yet at this time. The RECAPS process is essentially the industry's way of retrying the settlement of all unresolved FTDs, netting outstanding obligations, and gradually forcing resolution (either delivery or buy-in). Monitoring RECAPS cycles is one way to track the lifecycle, accumulation, and eventual resolution (or persistence) of failures to deliver in the U.S. market. The US Stock market has become a game of settlement dates and FTDs, therefore this can be useful to track.
Pine Script® indicator
by Infinite_Noise
Squeeze Hour Frequency [CHE]Squeeze Hour Frequency (ATR-PR) — Standalone — Tracks daily squeeze occurrences by hour to reveal time-based volatility patterns Summary This indicator identifies periods of unusually low volatility, defined as squeezes, and tallies their frequency across each hour of the day over historical trading sessions. By aggregating counts into a sortable table, it helps users spot hours prone to these conditions, enabling better scheduling of trading activity to avoid or target specific intraday regimes. Signals gain robustness through percentile-based detection that adapts to recent volatility history, differing from fixed-threshold methods by focusing on relative lowness rather than absolute levels, which reduces false positives in varying market environments. Motivation: Why this design? Traders often face uneven intraday volatility, with certain hours showing clustered low-activity phases that precede or follow breakouts, leading to mistimed entries or overlooked calm periods. The core idea of hourly squeeze frequency addresses this by binning low-volatility events into 24 hourly slots and counting distinct daily occurrences, providing a historical profile of when squeezes cluster. This reveals time-of-day biases without relying on real-time alerts, allowing proactive adjustments to session focus. What’s different vs. standard approaches? - Reference baseline: Classical volatility tools like simple moving average crossovers or fixed ATR thresholds, which flag squeezes uniformly across the day. - Architecture differences: - Uses persistent arrays to track one squeeze per hour per day, preventing overcounting within sessions. - Employs custom sorting on ratio arrays for dynamic table display, prioritizing top or bottom performers. - Handles timezones explicitly to ensure consistent binning across global assets. - Practical effect: Charts show a persistent table ranking hours by squeeze share, making intraday patterns immediately visible—such as a top hour capturing over 20 percent of total events—unlike static overlays that ignore temporal distribution, which matters for avoiding low-liquidity traps in crypto or forex. How it works (technical) The indicator first computes a rolling volatility measure over a specified lookback period. It then derives a relative ranking of the current value against recent history within a window of bars. A squeeze is flagged when this ranking falls below a user-defined cutoff, indicating the value is among the lowest in the recent sample. On each bar, the local hour is extracted using the selected timezone. If a squeeze occurs and the bar has price data, the count for that hour increments only if no prior mark exists for the current day, using a persistent array to store the last marked day per hour. This ensures one tally per unique trading day per slot. At the final bar, arrays compile counts and ratios for all 24 hours, where the ratio represents each hour's share of total squeezes observed. These are sorted ascending or descending based on display mode, and the top or bottom subset populates the table. Background shading highlights live squeezes in red for visual confirmation. Initialization uses zero-filled arrays for counts and negative seeds for day tracking, with state persisting across bars via variable declarations. No higher timeframe data is pulled, so there is no repaint risk from external fetches; all logic runs on confirmed bars. Parameter Guide ATR Length — Controls the lookback for the volatility measure, influencing sensitivity to short-term fluctuations; shorter values increase responsiveness but add noise, longer ones smooth for stability — Default: 14 — Trade-offs/Tips: Use 10-20 for intraday charts to balance quick detection with fewer false squeezes; test on historical data to avoid over-smoothing in trending markets. Percentile Window (bars) — Sets the history depth for ranking the current volatility value, affecting how "low" is defined relative to past; wider windows emphasize long-term norms — Default: 252 — Trade-offs/Tips: 100-300 bars suit daily cycles; narrower for fast assets like crypto to catch recent regimes, but risks instability in sparse data. Squeeze threshold (PR < x) — Defines the cutoff for flagging low relative volatility, where values below this mark a squeeze; lower thresholds tighten detection for rarer events — Default: 10.0 — Trade-offs/Tips: 5-15 percent for conservative signals reducing false positives; raise to 20 for more frequent highlights in high-vol environments, monitoring for increased noise. Timezone — Specifies the reference for hourly binning, ensuring alignment with market sessions — Default: Exchange — Trade-offs/Tips: Set to "America/New_York" for US assets; mismatches can skew counts, so verify against chart timezone. Show Table — Toggles the results display, essential for reviewing frequencies — Default: true — Trade-offs/Tips: Disable on mobile for performance; pair with position tweaks for clean overlays. Pos — Places the table on the chart pane — Default: Top Right — Trade-offs/Tips: Bottom Left avoids candle occlusion on volatile charts. Font — Adjusts text readability in the table — Default: normal — Trade-offs/Tips: Tiny for dense views, large for emphasis on key hours. Dark — Applies high-contrast colors for visibility — Default: true — Trade-offs/Tips: Toggle false in light themes to prevent washout. Display — Filters table rows to focus on extremes or full list — Default: All — Trade-offs/Tips: Top 3 for quick scans of risky hours; Bottom 3 highlights safe low-squeeze periods. Reading & Interpretation Red background shading appears on bars meeting the squeeze condition, signaling current low relative volatility. The table lists hours as "H0" to "H23", with columns for daily squeeze counts, percentage share of total squeezes (summing to 100 percent across hours), and an arrow marker on the top hour. A summary row above details the peak count, its share, and the leading hour. A label at the last bar recaps total days observed, data-valid days, and top hour stats. Rising shares indicate clustering, suggesting regime persistence in that slot. Practical Workflows & Combinations - Trend following: Scan for hours with low squeeze shares to enter during stable regimes; confirm with higher highs or lower lows on the 15-minute chart, avoiding top-share hours post-news like tariff announcements. - Exits/Stops: Tighten stops in high-share hours to guard against sudden vol spikes; use the table to shift to conservative sizing outside peak squeeze times. - Multi-asset/Multi-TF: Defaults work across crypto pairs on 5-60 minute timeframes; for stocks, widen percentile window to 500 bars. Combine with volume oscillators—enter only if squeeze count is below average for the asset. Behavior, Constraints & Performance Logic executes on closed bars, with live bars updating counts provisionally but finalizing on confirmation; table refreshes only at the last bar, avoiding intrabar flicker. No security calls or higher timeframes, so no repaint from external data. Resources include a 5000-bar history limit, loops up to 24 iterations for sorting and totals, and arrays sized to 24 elements; labels and table are capped at 500 each for efficiency. Known limits: Skips hours without bars (e.g., weekends), assumes uniform data availability, and may undercount in sparse sessions; timezone shifts can alter profiles without warning. Sensible Defaults & Quick Tuning Start with ATR Length at 14, Percentile Window at 252, and threshold at 10.0 for broad crypto use. If too many squeezes flag (noisy table), raise threshold to 15.0 and narrow window to 100 for stricter relative lowness. For sluggish detection in calm markets, drop ATR Length to 10 and threshold to 5.0 to capture subtler dips. In high-vol assets, widen window to 500 and threshold to 20.0 for stability. What this indicator is—and isn’t This is a historical frequency tracker and visualization layer for intraday volatility patterns, best as a filter in multi-tool setups. It is not a standalone signal generator, predictive model, or risk manager—pair it with price action, news filters, and position sizing rules. Disclaimer The content provided, including all code and materials, is strictly for educational and informational purposes only. It is not intended as, and should not be interpreted as, financial advice, a recommendation to buy or sell any financial instrument, or an offer of any financial product or service. All strategies, tools, and examples discussed are provided for illustrative purposes to demonstrate coding techniques and the functionality of Pine Script within a trading context. Any results from strategies or tools provided are hypothetical, and past performance is not indicative of future results. Trading and investing involve high risk, including the potential loss of principal, and may not be suitable for all individuals. Before making any trading decisions, please consult with a qualified financial professional to understand the risks involved. By using this script, you acknowledge and agree that any trading decisions are made solely at your discretion and risk. Do not use this indicator on Heikin-Ashi, Renko, Kagi, Point-and-Figure, or Range charts, as these chart types can produce unrealistic results for signal markers and alerts. Best regards and happy trading Chervolino Thanks to Duyck for the ma sorter
Pine Script® indicator
by chervolino
WRESBAL ROC Oscillator (Clean)This indicator tracks the rate of change in Federal Reserve reserve balances (WRESBAL) to visualize shifts in systemic liquidity. It measures how quickly reserves are expanding or contracting over a chosen lookback window (default 26 weeks), then smooths the result to highlight durable macro trends rather than short-term noise. Green = expanding reserves → liquidity easing → risk-asset support Red = contracting reserves → liquidity tightening → headwind for risk assets The oscillator is designed for macro context rather than short-term trading. It correlates strongly with major equity and credit cycles, often leading inflection points in the S&P 500 and Nasdaq by several weeks. Use it to identify transitions between QE (quantitative easing) and QT (quantitative tightening) regimes and to gauge the liquidity environment driving broad market behavior.
Pine Script® indicator
by kWhDealer_
Nth Candle by exp3rtsThis lightweight and versatile TradingView indicator highlights every Xth candle on your chart, making it easy to spot cyclical price behavior or track specific intervals in the market. - Custom Interval – Choose how often candles should be highlighted (e.g., every 5th, 10th, or 20th bar). - Color Coding – Highlighted candles are shaded green if bullish and red if bearish, giving you quick visual insights into momentum at those intervals. - Clean Overlay – The indicator draws directly on your main chart without clutter, so you can combine it with your favorite setups and strategies. Use this tool to: 1) Identify repeating patterns and cycles 2) Mark periodic reference candles 3) Support discretionary trading decisions with clear visual cues
Pine Script® indicator
by exp3rts
Planetary Signs - CEPlanetary Signs - Community Edition Welcome to the Planetary Signs - Community Edition , a specialized tool designed to enhance W.D. Gann-inspired trading by highlighting zodiac sign transitions for selected planets. This indicator marks when planets enter specific zodiac signs, which may correlate with market turning points, making it ideal for traders analyzing equities, forex, commodities, and cryptocurrencies. Overview The Planetary Signs - Community Edition calculates the ecliptic longitude of a chosen planet (Sun, Moon, Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune, or Pluto) and highlights periods when it enters user-selected zodiac signs (Aries, Taurus, Gemini, etc.). Supporting heliocentric and geocentric modes, the script plots sign transitions with minute-level accuracy, syncing perfectly with chart timeframes. Traders can customize colors for each sign and add multiple instances for multi-planet analysis, aligning with Gann’s belief that zodiac transitions influence market trends. Key Features Highlights zodiac sign transitions for ten celestial bodies (Sun, Moon, Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune, Pluto) Supports heliocentric and geocentric modes (Pluto heliocentric-only; Sun and Moon geocentric) Allows selection of one or multiple zodiac signs with customizable highlight colors Plots vertical lines and labels (e.g., “☿ 0 ♈ Aries”) at sign transitions with minute-level accuracy Projects future sign transitions up to 120 days with daily resolution Enables multiple script instances for tracking different planets or signs on the same chart How to Use Access the script’s settings to configure preferences Choose a planet from the Sun, Moon, Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune, or Pluto Select one or more zodiac signs (e.g., Aries, Taurus) to highlight Customize the highlight color for each selected zodiac sign Select heliocentric or geocentric mode for calculations Review highlighted periods and labeled lines to identify zodiac sign transitions Use transitions to anticipate potential market turning points, integrating Gann’s astrological principles Get Started The Planetary Signs - Community Edition provides full functionality for astrological market analysis. Designed to highlight Gann’s zodiac cycles, this tool empowers traders to explore celestial transitions. Trade wisely and harness the power of planetary alignments!
Pine Script® indicator
by NasserHumood
1
Muzyorae - ICT Quarterly Theory (Intraday)ICT Quarterly Theory — Intraday What it is ICT’s Quarterly Theory models the intraday session as repeating cycles of four “quarters.” On NY time, a trading day is split into four macro quarters of 6 hours each: Q1: 00:00–06:00 NY (Asia / pre-London) Q2: 06:00–12:00 NY (London–NY overlap, AM session) Q3: 12:00–18:00 NY (Midday / PM session) Q4: 18:00–24:00 NY (Asia re-open / late session) Each macro quarter can be further subdivided into micro quarters of 90 minutes (q1–q4). This fractal view helps traders frame accumulation → expansion → distribution → liquidation phases and align executions with time-of-day liquidity. Why it matters Orderflow, liquidity raids, and displacement are highly time-dependent. Marking the quarters makes it easier to: Anticipate when the market is likely to deliver the day’s expansion (often Q2) versus retracement/distribution (often Q3) or late liquidity runs (often Q4). Compare today’s behavior to prior days within the same quarter windows. Anchor bias, entries, and risk management to session-specific highs/lows rather than arbitrary clock times. What this indicator shows Macro quarters (6h): Vertical lines and optional labels (Q1–Q4) on NY time. Micro quarters (90m): Optional finer verticals inside each macro quarter (q1–q4) for precise timing. True Open (Q2 AM): Optional line at the AM session’s true open (default 06:00 NY) to study premium/discount development from the intraday benchmark. Futures Sunday handling: Optional treatment of Sunday 18:00 NY as Q4 (useful for FX/futures). Label controls: Choose above/below placement, offset, size, and colors; micro labels can be toggled independently. Performance-friendly: De-duplicated labels and a look-back “days to show” setting keep charts clean. How to use Timeframe: Works on intraday charts (1–60m). 5–15m is a common balance of signal vs. noise. Bias framing: Map Asia (Q1), AM expansion (Q2), midday distribution (Q3), late session runs (Q4). Compare where the daily range forms versus the True Open to gauge premium/discount and likely continuations. Execution: Look for standard ICT tools (liquidity sweeps, FVGs, displacement, PD arrays) inside the active quarter to avoid fighting time-of-day flow. Review: Scroll back multiple days and evaluate where the day’s high/low typically forms relative to Q2–Q3; adapt expectations. Settings (high level) Show Macro Labels / Micro Lines / Micro Labels Label position (above/below), X-shift, colors, sizes Days to show, de-dup window (prevents label overlaps) Q2 True Open toggle and extension (doesn't work) Include Sunday as Q4 (18:00 NY) Notes Quarter boundaries are fixed to America/New York session logic to match ICT timing. This is a context tool; it does not generate buy/sell signals. Combine with your existing execution model. Past behavior does not guarantee future results. Use proper risk management.
Pine Script® indicator
by Muzyo
Gann Static Square of 9 - CEGann Static Square of 9 - Community Edition Welcome to the Gann Static Square of 9 - Community Edition, a meticulously crafted tool designed to empower traders with the timeless principles of W.D. Gann’s Square of 9 methodology. This indicator is tailored for the TradingView community and Gann Traders, providing a robust solution for analyzing price and time dynamics across various markets. Overview The Gann Static Square of 9 harnesses the mathematical precision of Gann’s Square of 9 chart, plotting key price and time levels based on a fixed starting point of 1. Unlike its dynamic counterpart , this static version uses a consistent origin, making it ideal for traders seeking to map Gann’s geometric angles (45°, 90°, 135°, 180°, 225°, 270°, 315°, and 360°) with a standardized framework. By adjusting the price and time units, users can tailor the indicator to suit any asset, from equities and forex to commodities and cryptocurrencies. Key Features Fixed Starting Point: Begins calculations at a base value of 1, providing a standardized approach to plotting Gann’s Square of 9 levels. Comprehensive Angle Projections: Plots eight critical Gann angles (45°, 90°, 135°, 180°, 225°, 270°, 315°, and 360°), enabling precise identification of support, resistance, and time-based targets. Customizable Price and Time Units: Adjust the price unit (Y-axis) and time unit (X-axis) to align with the specific characteristics of your chosen market, ensuring optimal fit for price action and volatility. Horizontal and Vertical Levels: Enable horizontal price levels to identify key support and resistance zones, and vertical time levels to pinpoint potential market turning points. Revolution Control: Extend projections across multiple 360° cycles to uncover long-term price and time objectives, with user-defined revolution counts. Customizable Aesthetics: Assign distinct colors to each angle for enhanced chart clarity and visual differentiation. and more! How It Works Configure Settings: Set the price and time units to match your asset’s characteristics, and select the desired number of revolutions to project future levels. Enable Levels: Choose which Gann angles (45° to 360°) to display, tailoring the indicator to your analysis needs. Visualize Key Levels: The indicator plots horizontal price levels and optional vertical time levels, each labeled with its corresponding angle and price/time value. Analyze and Trade: Leverage the plotted levels to identify critical support, resistance, and time-based turning points, enhancing your trading strategy with Gann’s proven methodology. Get Started As a token of appreciation for the TradingView community, and Gann traders, this Community Edition is provided free of charge. Trade safe and enjoy!
Pine Script® indicator
by NasserHumood
3
US Presidents 1920–2024Description: This indicator displays all U.S. presidential elections from 1920 to 2024 on your chart. Features: Vertical lines at the date of each presidential election. Line color by party: Red = Republican Blue = Democrat Gray = Other/None Labels showing the name of each president. Modern flag style: Presidents from 1900 onward are highlighted as modern, giving clear historical separation. Fully overlayed on the price chart for timeline context. Customizable: Label position (above/below bar) and line width. Use case: Useful for analyzing modern U.S. presidential cycles, market reactions to elections, or quickly referencing recent presidents directly on charts.
Pine Script® indicator
by dragosmarzac
Auto-Fit Growth Trendline# **Theoretical Algorithmic Principles of the Auto-Fit Growth Trendline (AFGT)** ## **🎯 What Does This Algorithm Do?** The Auto-Fit Growth Trendline is an advanced technical analysis system that **automates the identification of long-term growth trends** and **projects future price levels** based on historical cyclical patterns. ### **Primary Functionality:** - **Automatically detects** the most significant lows in regular periods (monthly, quarterly, semi-annually, annually) - **Constructs a dynamic trendline** that connects these historical lows - **Projects the trend into the future** with high mathematical precision - **Generates Fibonacci bands** that act as dynamic support and resistance levels - **Automatically adapts** to different timeframes and market conditions ### **Strategic Purpose:** The algorithm is designed to identify **fundamental value zones** where price has historically found support, enabling traders to: - Identify optimal entry points for long positions - Establish realistic price targets based on mathematical projections - Recognize dynamic support and resistance levels - Anticipate long-term price movements --- ## **🧮 Core Mathematical Foundations** ### **Adaptive Temporal Segmentation Theory** The algorithm is based on **dynamic temporal partition theory**, where time is divided into mathematically coherent uniform intervals. It uses modular transformations to create bijective mappings between continuous timestamps and discrete periods, ensuring each temporal point belongs uniquely to a specific period. **What does this achieve?** It allows the algorithm to automatically identify natural market cycles (annual, quarterly, etc.) without manual intervention, adapting to the inherent periodicity of each asset. The temporal mapping function implements a **discrete affine transformation** that normalizes different frequencies (monthly, quarterly, semi-annual, annual) to a space of unique identifiers, enabling consistent cross-temporal comparative analysis. --- ## **📊 Local Extrema Detection Theory** ### **Multi-Point Retrospective Validation Principle** Local minima detection is founded on **relative extrema theory with sliding window**. Instead of using a simple minimum finder, it implements a cross-validation system that examines the persistence of the extremum across multiple historical periods. **What problem does this solve?** It eliminates false minima caused by temporal volatility, identifying only those points that represent true historical support levels with statistical significance. This approach is based on the **statistical confirmation principle**, where a minimum is only considered valid if it maintains its extremum condition during a defined observation period, significantly reducing false positives caused by transitory volatility. --- ## **🔬 Robust Interpolation Theory with Outlier Control** ### **Contextual Adaptive Interpolation Model** The mathematical core uses **piecewise linear interpolation with adaptive outlier correction**. The key innovation lies in implementing a **contextual anomaly detector** that identifies not only absolute extreme values, but relative deviations to the local context. **Why is this important?** Financial markets contain extreme events (crashes, bubbles) that can distort projections. This system identifies and appropriately weights them without completely eliminating them, preserving directional information while attenuating distortions. ### **Implicit Bayesian Smoothing Algorithm** When an outlier is detected (deviation >300% of local average), the system applies a **simplified Kalman filter** that combines the current observation with a local trend estimation, using a weight factor that preserves directional information while attenuating extreme fluctuations. --- ## **📈 Stabilized Extrapolation Theory** ### **Exponential Growth Model with Dampening** Extrapolation is based on a **modified exponential growth model with progressive dampening**. It uses multiple historical points to calculate local growth ratios, implements statistical filtering to eliminate outliers, and applies a dampening factor that increases with extrapolation distance. **What advantage does this offer?** Long-term projections in finance tend to be exponentially unrealistic. This system maintains short-to-medium term accuracy while converging toward realistic long-term projections, avoiding the typical "exponential explosions" of other methods. ### **Asymptotic Convergence Principle** For long-term projections, the algorithm implements **controlled asymptotic convergence**, where growth ratios gradually converge toward pre-established limits, avoiding unrealistic exponential projections while preserving short-to-medium term accuracy. --- ## **🌟 Dynamic Fibonacci Projection Theory** ### **Continuous Proportional Scaling Model** Fibonacci bands are constructed through **uniform proportional scaling** of the base curve, where each level represents a linear transformation of the main curve by a constant factor derived from the Fibonacci sequence. **What is its practical utility?** It provides dynamic resistance and support levels that move with the trend, offering price targets and profit-taking points that automatically adapt to market evolution. ### **Topological Preservation Principle** The system maintains the **topological properties** of the base curve in all Fibonacci projections, ensuring that spatial and temporal relationships are consistently preserved across all resistance/support levels. --- ## **⚡ Adaptive Computational Optimization** ### **Multi-Scale Resolution Theory** It implements **automatic multi-resolution analysis** where data granularity is dynamically adjusted according to the analysis timeframe. It uses the **adaptive Nyquist principle** to optimize the signal-to-noise ratio according to the temporal observation scale. **Why is this necessary?** Different timeframes require different levels of detail. A 1-minute chart needs more granularity than a monthly one. This system automatically optimizes resolution for each case. ### **Adaptive Density Algorithm** Calculation point density is optimized through **adaptive sampling theory**, where calculation frequency is adjusted according to local trend curvature and analysis timeframe, balancing visual precision with computational efficiency. --- ## **🛡️ Robustness and Fault Tolerance** ### **Graceful Degradation Theory** The system implements **multi-level graceful degradation**, where under error conditions or insufficient data, the algorithm progressively falls back to simpler but reliable methods, maintaining basic functionality under any condition. **What does this guarantee?** That the indicator functions consistently even with incomplete data, new symbols with limited history, or extreme market conditions. ### **State Consistency Principle** It uses **mathematical invariants** to guarantee that the algorithm's internal state remains consistent between executions, implementing consistency checks that validate data structure integrity in each iteration. --- ## **🔍 Key Theoretical Innovations** ### **A. Contextual vs. Absolute Outlier Detection** It revolutionizes traditional outlier detection by considering not only the absolute magnitude of deviations, but their relative significance within the local context of the time series. **Practical impact:** It distinguishes between legitimate market movements and technical anomalies, preserving important events like breakouts while filtering noise. ### **B. Extrapolation with Weighted Historical Memory** It implements a memory system that weights different historical periods according to their relevance for current prediction, creating projections more adaptable to market regime changes. **Competitive advantage:** It automatically adapts to fundamental changes in asset dynamics without requiring manual recalibration. ### **C. Automatic Multi-Timeframe Adaptation** It develops an automatic temporal resolution selection system that optimizes signal extraction according to the intrinsic characteristics of the analysis timeframe. **Result:** A single indicator that functions optimally from 1-minute to monthly charts without manual adjustments. ### **D. Intelligent Asymptotic Convergence** It introduces the concept of controlled asymptotic convergence in financial extrapolations, where long-term projections converge toward realistic limits based on historical fundamentals. **Added value:** Mathematically sound long-term projections that avoid the unrealistic extremes typical of other extrapolation methods. --- ## **📊 Complexity and Scalability Theory** ### **Optimized Linear Complexity Model** The algorithm maintains **linear computational complexity** O(n) in the number of historical data points, guaranteeing scalability for extensive time series analysis without performance degradation. ### **Temporal Locality Principle** It implements **temporal locality**, where the most expensive operations are concentrated in the most relevant temporal regions (recent periods and near projections), optimizing computational resource usage. --- ## **🎯 Convergence and Stability** ### **Probabilistic Convergence Theory** The system guarantees **probabilistic convergence** toward the real underlying trend, where projection accuracy increases with the amount of available historical data, following **law of large numbers** principles. **Practical implication:** The more history an asset has, the more accurate the algorithm's projections will be. ### **Guaranteed Numerical Stability** It implements **intrinsic numerical stability** through the use of robust floating-point arithmetic and validations that prevent overflow, underflow, and numerical error propagation. **Result:** Reliable operation even with extreme-priced assets (from satoshis to thousand-dollar stocks). --- ## **💼 Comprehensive Practical Application** **The algorithm functions as a "financial GPS"** that: 1. **Identifies where we've been** (significant historical lows) 2. **Determines where we are** (current position relative to the trend) 3. **Projects where we're going** (future trend with specific price levels) 4. **Provides alternative routes** (Fibonacci bands as alternative targets) This theoretical framework represents an innovative synthesis of time series analysis, approximation theory, and computational optimization, specifically designed for long-term financial trend analysis with robust and mathematically grounded projections.
Pine Script® indicator
by didaz