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ギャン

Planetary Astro Trading - Jupiter Retrograde (2006-2035)this is for general astrology stock trading research only. accuracy down to 2 trading hours. for more accurate and profitable astro gann stock trading indicators, you may refer to www.gannexplained.com why give expensive subscription fee at Timing Solution Highly regarded for market forecasting using astro cycles, mathematical cycles, neural networks, and projection lines. It models stock, forex, and futures behavior with planetary data for timing signals. Website: www.timingsolution.com AstroApp Financial Edition Cloud-based financial astrology software developed with Bill Meridian. Features thousands of first-trade horoscopes, planetary portfolios, and research modules for stock timing. Website: www.astroapp.com GannTrader / Optuma (Gann & Astro Edition) Combines W.D. Gann techniques with financial astrology using NASA-accurate planetary data. It is widely considered the industry standard for professionals blending geometry and celestial cycles. Website: www.optuma.com Wave59 Advanced trading platform with "Market Astrophysics" tools, including planetary support/resistance and ephemeris overlays. Known for its proprietary Fibonacci Vortex and Hive Technology. Website: www.wave59.com Financial Astrology Terminal (AstroDunia) A real-time web platform by Rajeev Prakash combining global market data with planetary transits, lunar cycles, and volatility models for practical timing signals. Website: rajeevprakash.com Specialized & Vedic Tools Astro Fincalc Vedic financial astrology software focused on intraday decisions and market mood. It calculates planetary aspects and "energy" specifically for Indian and global trading circles. Website: www.mindsutra.com Solar Fire While it is a general astrology powerhouse, its high-precision transits and research depth make it a staple for traders who build their own custom timing models. Website: www.alabe.com (Distributed by Astrolabe) AstroAnalyst An early pioneer from the Astrolabe team that overlays astronomical indicators directly onto technical analysis charts for futures, stocks, and economic research. Website: www.alabe.com Gannzilla Pro A specialized tool focusing on Gann geometry (Square of 9, Hexagon, etc.) and cycles. It is often used as a companion to broader astro-software for deep geometric forecasting. Website: www.gannzilla.com Alphee Trading System (AIR Software) Developed by Alphee Lavoie, this system uses artificial intelligence and neural networks to find correlations between planetary cycles and historical market data. Website: www.alphee.com "At the same time, it is offered at a fraction of the lowest monthly fee by Khit Wong and GannExplained.com on www.TradingView.com
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Gann_Explainedの投稿
WD Gann Financial Astrology Mercury Retrograde (2006-2035) Most astrology and trading 'gurus' claim that Mercury Retrograde is the time when the stock market turns bearish. The truth is — it’s not that simple. There is something much more subtle happening during these periods. Once you learn to see it with the right perspective, a whole new layer of market behavior reveals itself. This indicator is designed to help you cut through the hype and lies spread by many astro-traders and astrology teachers. It shows the exact Mercury Retrograde periods and stations with perfect accuracy, allowing you to observe the real market reaction yourself — day by day. Learn the proper way to apply WD Gann Financial Astrology from proven sources: → www.GannExplained.com Khit Wong is a trader with over 20 years of real-market experience and consistent profitability. Unlike most gurus, Khit openly shares his own brokerage statements as well as those of his students to prove his results. Stop following generic advice. Start seeing what actually moves the market. The more carefully you observe with the right lens, the clearer your trading edge becomes.
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Gann_Explainedの投稿
1
WD Gann Unchallenged High Low CountThis is a indicator used by Khit Wong personally to access the built up trading pressure and support. you are welcome to visit our website www.gannexplained.com to explore more useful wd gann / financial astrology indicator to use. we invented proprietary wd gann financial astrology cycles that helps to spot high opportunity. Khit wong is a profitable trader itself, and we share khit's and his student's brokerage statements on the website.
Pine Script® インジケーター
Gann_Explainedの投稿
Gann Time Price Geometry Ver 1.0Gann Time Price Geometry — Ver 1.0 This indicator builds a dynamic Gann Square grid directly on your chart, anchored to automatically detected swing highs and lows. It combines classical Gann geometry with a scoring-based signal engine to highlight high-confluence buy and sell opportunities. How it works The script uses a Vector Circle Search to find the best pivot pair within a harmonic window around your chosen Gann number (88 bars by default). It scores each candidate swing by how closely its price-per-bar ratio and duration match the ideal Gann proportion, then anchors the full grid to the winning pair. What you get on the chart What is Drawn on the Chart 🔲 Full Square The outer Gann Square spans your chosen Gann number in bars horizontally, and 2× the detected swing range vertically. This is the master structure everything else is built inside. 🔲 Sub-Squares (4 Inner Cells) The full square is divided into 4 equal inner cells — 2 columns × 2 rows. Each cell gets its own set of angle lines projected from its corners. This creates nested geometry that gives you finer entry and exit precision within the larger structure. 📐 Angle Lines 1x1 — the true balance angle between price and time, projected from all four corners of both the full square and each sub-cell 2x1 / 1x2 — steeper and shallower angles showing acceleration and deceleration zones All angles are clamped within their respective square boundaries so the chart stays clean ⏱️ Time Cycle Verticals Vertical lines mark Gann's 1/8 harmonic divisions of time across the square: 1/2 cycle (orange, prominent) — the most powerful time node, midpoint of the square 1/4 and 3/4 cycles (dashed) — secondary time divisions where reactions are common 1/8 minor cycles (optional) — finer subdivisions for short-term timing When price reaches an angle line and a time cycle vertical at the same bar — that is a Gann confluence point, and where this indicator focuses its signals. Signal scoring (max ~10 pts per signal) Set Min Confluence Score to 3–4 for quality signals. Lower it to 0 to see all geometrically valid touches. Settings to tune first Match Gann Number to your timeframe (88 for most, 44 for fast charts) Check the Info Table — if Swing pts/bar doesn't match Diagonal, update the Swing Diagonal Is dropdown Adjust Period Divisor to the harmonic you are trading (1/2 suits swing traders) Alerts included — Gann Buy and Gann Sell, fire on bar close. First-Time Setup — 3 Steps Step 1 — Choose your Gann Number Start with 88 on Daily or 4H charts. Use 44 on 1H or faster. This defines the width of your square in bars. Step 2 — Match the Diagonal Open the chart, look at the Info Table. Find Swing pts/bar and the suggest note next to it. If it says "use 2x1", set the Swing Diagonal Is dropdown to 2x1. Green ✅ means you are calibrated correctly. Step 3 — Set your Confluence Level Start at 3. If you are getting too many signals, raise it to 4 or 5. If you want to study all geometric touches without filtering, set it to 0. Works on: Any instrument — stocks, crypto, forex, indices, commodities Works on: Any timeframe — tune Gann Number to match Alerts: Gann Buy and Gann Sell included, fire on bar close Note on Line Limits TradingView Pine Script has a 500-line limit. Keep Squares Forward and Squares Backward at 2 or below to stay within this limit. The indicator will silently drop lines if the limit is exceeded.
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TimePriceDecoderの投稿
3
BK AK-GannBox King👑📐 BK AK–GannBox King 👑📐 🙏 All glory to G-d Respect to AK — discipline, patience, and clean execution. acknowledgement This project started from a foundation I built off ideas and inspiration I got from Zeiierman’s work. Respect to Zeiierman — one of the best creators on TradingView. That was the starting spark. From there, this became my own expanded Gann framework: a broader box-and-confluence system built around visible-range structure, Gann and Fibonacci geometry, Square of 9 levels, harmonic pattern detection, timing intervals, signal logic, and multi-layer reaction zones. what this indicator is GannBox King is a full-chart market geometry framework built to turn one visible swing range into a working map of price, time, and confluence. At the center of the script is the Gann Box: a visible-range high and low define the active working move that move is divided into key Gann and Fibonacci percentages those levels are then expanded into fans, angles, harmonic ratios, timing intervals, extensions, and Square of 9 projections The goal is not to “predict” every turn. The goal is to give you a structured map so you can answer the real questions: where is price inside the active range? which levels matter most right now? where are multiple tools pointing to the same zone? is price bouncing, breaking, or clustering around a level that should matter? what it builds on the chart Gann Box structure The core engine builds a box from the visible high/low range on the chart and divides it into internal percentages. You can use classic Fibonacci levels, Gann 1/8ths, extended sets, or custom ratios. This becomes the main structural map. Gann Fan and Gann Angles The script can project diagonal geometry from the box so you can read slope, acceleration, and angle-based reactions instead of only horizontal levels. Gann Curves Quarter-circle style curve projections extend the box into arc-based geometry for traders who want to study rounded reaction paths and non-linear movement. Harmonic ratio levels Optional 1/8th and 1/3rd divisions add more internal structure to the box. These are useful when the standard retracements are too wide and price is reacting inside the range. Confluence zones One of the strongest parts of the script. It checks whether multiple features are clustering in the same area: horizontal box levels fan geometry angle geometry curve geometry higher timeframe box levels When several features meet near the same price, the script can mark that zone as a confluence area. Square of 9 levels The script includes a Square of 9 engine anchored to either: close box high box low box midpoint or a custom price From there it calculates cardinal, opposition, and full-rotation levels so you can compare classic Gann price geometry against the visible box structure. Harmonic pattern detection The script can detect: Gartley Butterfly Bat Crab It reconstructs pivot structure, validates ratios, grades the pattern, and can draw a PRZ zone around D completion. Time cycles The script can also project timing intervals from the anchor point: Fibonacci time zones Gann intervals such as 90, 180, 270, and 360 This helps bring time into the same framework as price. Fibonacci extensions When price leaves the original box, extension levels can project continuation targets beyond the core structure. Signal and reaction tools The script can flag: bounce up bounce down breakout up breakdown based on proximity to the nearest Gann level and optional volume confirmation. Extra context layers It can also add: proximity bar coloring heatmap zones based on repeated level touches auto support/resistance labels price tags higher timeframe box overlays mirror/symmetry projections dashboard table for feature status and directional bias how it works (core idea) Step 1 — define the active move The script reads the visible range on the chart and finds the working high and low. Step 2 — divide that move into geometry Once the range is set, the script builds the box and all related percentage levels. Step 3 — expand that geometry into multiple dimensions Those levels are then projected through: horizontal price structure diagonal fan/angle structure curve structure time intervals extension targets Square of 9 rotations Step 4 — measure overlap The script looks for places where different tools point to the same area. Those zones matter more than isolated single lines. That is the real purpose of the tool: not just “draw a Gann Box,” but build a layered reaction map. how to use it Start simple first. Begin with the box Turn on the Gann Box and labels first. Do not start with every feature active. Read how price behaves around: 25 percent 38.2 percent 50 percent 61.8 percent 75 percent 78.6 percent 87.5 percent Watch the 50 percent line carefully This is one of the most important levels in the entire script. If price holds the midpoint, the trend often remains structurally intact. If price loses it cleanly, the probability of deeper rotation increases. Add confluence next After the box is clear, turn on confluence zones. Those are often more useful than staring at every raw line individually. Use signals only near important levels Bounce and breakout markers are most useful when they happen: near a major internal ratio at a confluence zone near Square of 9 levels with volume confirmation Use harmonics and extensions as secondary layers Harmonic patterns are best treated as completion/context tools. Extensions are best treated as objective continuation targets after price leaves the main box. Add time cycles if you want timing context Time cycles do not force a reversal by themselves. They help you identify when a known price level is being tested at a potentially meaningful timing window. what makes this different A normal Gann Box script stops at drawing a box. This one does more than that. It tries to make the box a full working framework by combining: visible-range Gann geometry Fibonacci internal levels harmonic internal divisions confluence detection Square of 9 price projections time cycle overlays harmonic pattern detection extension targets higher timeframe overlays symmetry projections signal markers and bar-color context So instead of treating Gann tools, harmonic tools, and Fib tools as separate chart clutter, this script tries to make them speak the same language inside one structure. practical use cases This script is especially useful for traders who want: a structured swing map instead of random line drawing reaction zones built from multiple methods, not just one a way to combine Gann geometry with Fib logic and harmonic completion a visual framework for breakout, bounce, and failure scenarios Typical workflows: intraday reaction mapping around a visible range swing structure planning from a major leg confluence hunting between box levels, Sq9 levels, and patterns timing studies where price and cycle intervals meet limitations (important) This tool is a geometry and reaction framework, not a guarantee engine. A few things matter: the visible range you choose changes the structure more features does not always mean better analysis harmonic detections depend on pivot confirmation and ratio tolerance time cycles are context tools, not automatic reversal signals confluence matters most when price is actually interacting with the area In other words: the edge is not in turning everything on. The edge is in knowing which levels matter most and reading the reaction correctly. suitable markets and timeframes This can be used on any market, but it is most useful where swings and reaction structure are clean: futures forex crypto liquid equities Common use cases: intraday range and breakout planning swing-trading reaction mapping higher timeframe structure work with lower timeframe execution disclaimer This tool is for charting and analysis only and does not constitute financial advice. No promises, no guarantees. Use your own execution rules, structure, and risk management. 👑📐 BK AK–GannBox King 👑📐
Pine Script® インジケーター
Ki11a_Bの投稿
4
GlorifiedGamblers GFM Model - Pub Test 3GlorifiedGamblers Alert System is a dual-model trade signal indicator built for ES/NQ futures on the 2-minute chart. System 1 — Gann Flip Model: Captures the 8–9AM (ET) session high and low to build a dynamic Gann Box. After the session locks, the indicator monitors for breaks above or below the range. A "flip" is confirmed when price breaks out and then reclaims the level — signaling a potential reversal entry. Each flip is scored 0–10 using confluence factors including VIX, NQ confirmation, VWAP, RSI, volume, and clean vs. wick breaks.
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breadwinner300の投稿
GlorifiedGamblers Gann Flip Model (GFM) - Pub Test 2GlorifiedGamblers Alert System is a dual-model trade signal indicator built for ES/NQ futures on the 2-minute chart. System 1 — Gann Flip Model: Captures the 8–9AM (ET) session high and low to build a dynamic Gann Box. After the session locks, the indicator monitors for breaks above or below the range. A "flip" is confirmed when price breaks out and then reclaims the level — signaling a potential reversal entry. Each flip is scored 0–10 using confluence factors including VIX, NQ confirmation, VWAP, RSI, volume, and clean vs. wick breaks.
Pine Script® インジケーター
breadwinner300の投稿
Retrograde Volatility Zones [PyraTime]The Problem: The "Invisible" Trend Killer Most traders rely exclusively on lagging price indicators (Moving Averages, RSI, MACD). These tools are excellent at telling you what just happened, but they are notoriously blind to cyclic exhaustion. Markets don't just move in a vacuum; they undergo rhythmic shifts in volatility and psychology. The "Invisible" problem is the Stationary Period. When a major planetary cycle slows down to a "Station," liquidity often thins, trends become erratic, and "Black Swan" volatility spikes occur. Without a way to quantify these cycles, traders frequently "buy the top" or "short the bottom" exactly as the underlying cyclic regime is shifting from green to red. The Solution: PyraTime · RVZ The Retrograde Volatility Zones indicator solves the problem of cyclic blindness by providing a real-time, quantitative map of planetary velocity. Unlike amateur scripts that use hardcoded (and expiring) date arrays, PT·RVZ calculates the Geocentric Longitude Speed of the planets in real-time.Key Technical Pillars:Speed-Based Detection: If a planet’s speed is negative ( AMEX:SPD < 0$), it is retrograde. This is the professional standard for astronomical accuracy. The Traffic Light Regime: It converts raw velocity into a weighted "Composite Score." It tells you not just that a planet is moving, but how much "thrust" the current cyclic environment has.Shadow Zone Identification: It highlights the "Storm before the Storm" the period where a planet is still moving forward but has decelerated to less than 20% of its normal speed. Volatility Sync: It overlays ATR spikes during these windows, filtering out noise and highlighting the specific moments where cyclic pressure translates into actual price expansion. Tutorial: How to Master the Cycle 1. Reading the "Traffic Light" The background and dashboard provide an instant read on the market "weather": 🟢 Green (Bullish): The weighted composite of planets is moving at high forward velocity. This is your "Trend is Friend" regime. Focus on long entries and trend-following. 🟡 Yellow (Mixed/Shadow): Major planets are decelerating or "Stationing." Expect chop, mean-reversion, and "fake-out" breakouts. Tighten stops and reduce position sizes. 🔴 Red (Bearish/Retrograde): The cycle is in retreat. Historically, these are windows of high-volatility corrections. Look for short opportunities or stay in cash. 2. Trading the "Stations" (℞ & D) The glowing neon vertical lines mark the Station Point—the exact bar where velocity hits zero. ℞ (Station Retrograde): Often marks the "Blow-off Top" or the start of a deep corrective phase. D (Station Direct): Often marks the "Final Flush" or the moment where the market regains its forward momentum. 3. The Dashboard Strategy Watch the Speed°/d column in the dashboard. If you see Mercury ($\☿$) speed drop rapidly while price is hitting new highs, a "Mercury Retrograde" volatility spike is likely loading. Use the Composite Score at the bottom of the table to gauge the total "cyclic weight" of the market. 4. Setting High-Signal Alerts Don't stare at the screen. Set the "High Vol + Retro" alert. This fires only when price range (ATR) expands significantly during a retrograde window—this is the signature of a major cyclic pivot.
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PyraTimeの投稿
1
Planetary Aspect Lines [PyraTime]The Problem This Solves Traders utilizing W.D. Gann methodologies and financial astrology often face three major hurdles: manually calculating geocentric planetary aspects across varying timezones, dealing with cluttered charts that obscure price action, and the persistent "Floating Indicator Issue" where graphical lines and labels detach from historical price bars or freeze in mid-air when panning and zooming. The Solution PyraTime is a self-contained visual ephemeris built specifically to automate planetary aspect tracking while maintaining strict chart stability. It calculates geocentric mean longitudes for up to three customizable planet pairs, alerts you to exact angular aspects, and anchors all visual data directly to absolute UNIX timestamps. This ensures your astrological analysis remains perfectly aligned with the historical price action, regardless of chart scale. Key Features: Predictive HUD Dashboard: A clean, minimal chart overlay that scans forward to project the next upcoming aspect. It provides a live countdown (in days) alongside the calculated directional bias. Directional Bias System: Instantly gauge the astrological weight of an aspect directly on the chart labels and HUD. The script categorizes Trines and Sextiles as Bullish; Squares, Oppositions, Semi-Squares, and Sesquiquadrates as Bearish; and Conjunctions and Quincunxes as Neutral. Floating Indicator Protection: We explicitly solved the native TradingView floating object bug. By anchoring all line objects to absolute UNIX timestamps (xloc.bar_time) rather than relative bar indices, and using dynamic vertical positioning for labels, your aspect lines will never detach or float away when scrolling through data. Layered Aesthetics: Aspects are plotted using a 3-layer overlapping line technique for a clean neon aesthetic without muddying the candles. When an aspect reaches exact status (within 0.1 degrees of the target orb), the visual labels dynamically scale to full opacity to highlight the exact pivot point. Retrograde Filtering: An optional toggle allows users to automatically suppress aspect alerts and visuals if either planet in a monitored pair is currently moving in retrograde. Timezone Agnostic: The internal ephemeris engine relies on absolute time data, meaning it synchronizes automatically with your local TradingView clock. No manual UTC offset configurations are required. How to Use: Apply the indicator to your chart and open the settings menu. Select your target planet pairs (e.g., Sun and Mars) and enable any additional pairs you wish to track. Toggle the specific aspects you want to monitor and adjust your target orbs (degrees of tolerance) based on your trading strategy. Set standard TradingView alerts to trigger when a confirmed aspect prints on the chart. Technical Note: This script uses an internal Mean Longitude mathematical engine to calculate planetary positions. This provides fast, self-contained visual performance without relying on external libraries. Traders looking for extreme precision on highly elliptical planets or specific retrograde stations should note there may be slight orb drift compared to a full Swiss Ephemeris array.
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PyraTimeの投稿
Planetary Fan Array [BlueprintResearch]█ Planetary Fan Array automatically detects ZigZag price pivots and draws Gann-style fan angles whose slope is driven by real-time planetary longitude — not fixed geometric ratios. Each time price reverses direction, the indicator anchors a new set of fan lines at the pivot and traces their path using accumulated planetary motion, creating a dynamic framework where the angles evolve with celestial mechanics. Designed as the pivot-based companion to Price and Longitude Angles , which draws fan lines from a single user-selected anchor point. Use both together: Price and Longitude Angles for static analysis from a key high or low, and Planetary Fan Array for automatic swing-by-swing tracking as new pivots form. Powered by the open-source Blueprint Ephemeris library (VSOP87D + ELP2000-82 + Meeus) — all planetary positions computed directly in Pine Script, no external data required. Validated against NASA's DE440 ephemeris: all bodies under 0.1° RMS (Sun 0.004°, planets 0.005°–0.017°, Moon 0.062°, Pluto 0.059°). █ HOW IT WORKS The indicator combines two independent systems: 1. Pivot Detection A ZigZag algorithm (via DevLucem/ZigLib) identifies significant highs and lows on price. The "Pivot Sensitivity" control sets the minimum bars between pivots — higher values produce fewer, more significant swings. 2. Longitude-Driven Fan Angles At each pivot, the indicator begins accumulating planetary longitude (degrees traveled since the pivot). This accumulation is converted to price movement using a configurable $/° (price per degree) ratio, producing diagonal fan lines whose slope reflects actual planetary speed — including natural curves during retrograde motion. Three fan lines are drawn per swing: • 1x1 — 1° of longitude = 1 unit of price (on by default, toggleable) • Ratio 2 — User-selectable (1x8 through 8x1) • Ratio 3 — User-selectable (1x8 through 8x1) Fan direction follows the swing: upward swings project fan lines upward from the pivot low, downward swings project downward from the pivot high. Mirror Mode inverts this for resistance/support analysis. █ FEATURES Automatic Swing Detection • ZigZag-based pivot identification with configurable sensitivity, deviation, and backstep • New fan angles automatically generated at each confirmed pivot • Up to 30 historical swings preserved with full polyline rendering (Max History: 5–30, default 15) Three Calculation Modes • Single — Track one planet's longitude accumulation • Average — Midpoint of two planets' accumulated longitude • Synodic — Angular separation between two planets (synodic cycle phase) 12 Celestial Bodies • ☉ Sun · ☽ Moon · ☿ Mercury · ♀ Venus · 🜨 Earth · ♂ Mars · ♃ Jupiter · ♄ Saturn · ⛢ Uranus · ♆ Neptune · ♇ Pluto • 🜨 ERA (Earth Rotation Angle) — sidereal time, requires ≤15-minute timeframe Swing Extensions • Extend the last 1–3 completed swings to the current bar so prior angles remain visible when a new pivot forms • Default extends 1 prior swing — you never lose the trend you were tracking Future Projections • Project fan lines up to 250 bars into the future from the current bar • Projections use bar-index positioning for clean rendering on non-continuous markets (stocks, futures, indexes) • Projected lines maintain the same color and style as historical lines — no visual break at the transition Curved Polylines • Fan lines are rendered as polylines that follow the actual longitude path bar by bar • Natural curvature during retrograde periods — no straight-line approximation • Optional smooth curves for non-continuous markets Visual System • Planet-specific HSV color palette consistent with Price and Longitude Angles • Optional color overrides for the 1x1 line and ratio lines independently • Configurable line width (1–5 pixels) applied to all fan lines • Per-ratio line styles (Solid, Dotted, Dashed) and transparency controls • Green ▲ and red ▼ pivot markers at detected lows and highs — these are the swing points the indicator builds its fan angles from • Optional ZigZag connecting line with configurable width • Info panel showing $/°, mode, planet, degrees traveled, swing direction, and swing count (X/Y where Y is your Max History setting) • Warning indicator when both user ratios are set to the same value Alerts • 1x1 Cross — fires when price crosses the 1x1 fan line • Ratio 2 Cross — fires when price crosses the second ratio fan line • Ratio 3 Cross — fires when price crosses the third ratio fan line • New Pivot — fires when a new pivot is detected and swing direction changes █ HOW TO USE 1. Add the indicator to your chart. You'll immediately see green ▲ and red ▼ triangle markers on the chart — these mark every detected swing low and swing high. When prompted, click a significant high or low to set your starting point. Fan angles will only be drawn from that point forward. 2. Select your planet(s) in the Planet Selection group. For single-planet analysis, choose your planet as the Primary. For Average or Synodic modes, select both planets. 3. Choose Geocentric (Earth-centered, standard astrology) or Heliocentric (Sun-centered) in the Planet Selection group. Sun and Moon are always geocentric regardless of this setting. 4. Adjust "Price per 1°" to scale the fan angles to your market. Start with 1.0 and increase or decrease until the 1x1 line aligns with meaningful price action. This is the most important calibration step. 5. Set "Pivot Sensitivity" to control how many swings appear. Higher values (30-50) show only major turns; lower values (10-15) catch smaller moves. 6. Choose your two additional fan ratios. The 1x1 is on by default; Ratio 2 and Ratio 3 let you add steeper or shallower angles (e.g., 2x1 for faster price/degree, 1x2 for slower). All three ratios can be toggled independently. 7. Enable Extend Swings (default: 1) to keep the prior swing's angles visible after a new pivot forms. 8. Use future projections to see where fan lines will extend. On non-continuous markets, projections automatically space correctly across market gaps. 9. Check the info panel in the top-right corner. The "Swings" row shows how many completed swings are being tracked out of your Max History limit (e.g., "12/15"). Increase Max History (up to 30) in the Appearance group to keep more swings on screen, or decrease it to reduce visual clutter. █ WHAT MAKES THIS ORIGINAL Most planetary angle indicators on TradingView use a single fixed anchor point chosen by the user. This indicator takes a fundamentally different approach: it automatically detects price pivots and generates a new set of longitude-driven fan angles at every swing reversal. The result is a living framework that adapts as the market develops new structure. Key technical contributions: • Automatic pivot-to-pivot longitude accumulation — fan angles are driven by actual planetary motion between detected swings, not static geometric construction • Net displacement through retrograde — longitude accumulates through retrograde motion (allowing negative deltas) rather than clipping to zero, producing smooth fan lines without plateaus • Polyline-based curved fan rendering — each fan line is a bar-by-bar polyline following the planet's actual path, not a straight line between endpoints • Global longitude history arrays — planetary positions are stored every bar and reused for extensions, eliminating recalculation discontinuities on non-continuous markets • Bar-index projection positioning — future projections use bar_index instead of bar_time, preventing vertical line artifacts on non-continuous markets (stocks, futures, indexes during market close) • Swing extension system — completed swings can be extended to the current bar, preserving visual continuity when new pivots form • Full VSOP87D + ELP2000-82 + Meeus ephemeris computed in real time — 511 terms (1.6% of full theory) delivering sub-0.1° accuracy against JPL DE440 █ LIMITATIONS & TIPS • TradingView limits polylines to 100. Each swing uses 3 polylines (one per ratio). With Extend Swings active, keep Max History ≤ 20 to avoid hitting the cap. • The $/° ratio is market-specific. What works for Bitcoin ($50/°) won't work for ES ($0.50/°). Experiment with the scale to find meaningful alignment. • ERA (Earth Rotation Angle) rotates ~360°/day — only useful on intraday timeframes ≤15 minutes. A runtime error appears if you select ERA on higher timeframes. • On non-continuous markets (stocks, futures), the fan line may show a slightly steeper segment across weekend/holiday gaps because the planet moved during market close. This is astronomically accurate — the visual compression is inherent to how non-continuous charts display time. • For mission-critical timing, always cross-reference with professional tools such as JPL Horizons , Swiss Ephemeris, or Astro.com. █ COMPANION INDICATOR • Price and Longitude Angles — The static anchor version. Draw fan lines from any user-selected high or low with 9 Gann ratios (1x8 through 8x1), zodiac bar coloring, aspect table, and cycle counter. Use it for focused analysis of a single key level; use Planetary Fan Array for automatic swing-by-swing coverage. █ OPEN SOURCE This indicator is part of the fully open-source Planetary Ephemeris project. The core ephemeris library is publicly available for study, modification, and reuse: • BlueprintResearch/blueprint_ephemeris_lib — Planetary calculation engine (VSOP87D, ELP2000-82, Meeus) █ CREDITS & DEPENDENCIES This indicator is built on top of three exceptional open-source libraries. Without the work of these authors, Planetary Fan Array would not exist. • Blueprint Ephemeris by @BlueprintResearch — The astronomical engine powering every planetary calculation in this indicator. Computes real-time ecliptic longitude, declination, and speed for all 11 celestial bodies using VSOP87D (planets), ELP2000-82 (Moon), and Meeus algorithms (Pluto) — entirely within Pine Script. Open source (CC BY-SA 4.0). • ZigLib by @DevLucem — The backbone of all pivot detection in this indicator. Provides the ZigZag algorithm that identifies swing highs and lows, returning precise pivot times and prices that anchor every fan angle. Without ZigLib, there are no swings. • hsvColor by @kaigouthro — The color system behind the planet-specific HSV palette. Provides HSV color construction and gradient interpolation that gives each celestial body its distinct visual identity. Open source (MPL-2.0). • Theoretical framework inspired by W.D. Gann's price-time geometry and Patrick Mikula's Gann's Scientific Methods Unveiled , Volume 2, which details the relationship between planetary longitude and price movement.
Pine Script® インジケーター
BlueprintResearchの投稿
4
[MAD] Gann o MaticusGannomat — Full Automated Gann Grids & Astro Cycles Automatic Gann quadrant boxes with geometric arc projections. Cycle boundaries from standard timeframes or real planetary astronomy. Thanks BarefootJoey, master of Astrolib What Does This Indicator Do? Gannomat draws a Gann quadrant box on your chart — a rectangle where the width represents a time period and the height represents a price range. Inside each box, it projects geometric arc curves from all four corners at multiple proportional levels (1x0 through 5x0, plus diagonal variants 1x1 through 5x1). These arcs create a web of curved support and resistance lines based on the time–price geometry of the quadrant. Each time a new period begins — either a new timeframe candle or a new astronomical event — the box resets and a fresh set of arcs is drawn. The indicator also plots pivot point markers (R3, R2, R1, PP, S1, S2, S3) as small circles whenever their values change, and draws diagonal cross lines connecting opposite corners of the box. When using Astrocycles mode, an info table in the top-right corner shows the active planet, cycle type, current cycle duration in days, and the dates of the last and next astronomical event. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ INPUT REFERENCE ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ General Line Width (Default: 1) — Thickness of all drawn lines and arc curves. Increase for better visibility on higher-resolution screens. Box Color (Default: Gray 50%) — Color of the quadrant box outline, its vertical/horizontal edges, and the diagonal cross lines. Gann Circles Color (Default: Blue) — Color reserved for Gann circle overlays. Cleanup Old Drawings (Default: On) — When enabled, previous box and arc drawings are removed when a new period starts. Turn off if you want to keep all historical boxes visible. Time Settings Timeframe / Cycle (Default: 1 Day) — This is the most important setting. It controls how wide each Gann box is. Available options: 15 Min, 1 Hour, 4 Hours, 6 Hours, 8 Hours, 12 Hours — Intraday periods. Use these on lower timeframe charts (1m–15m–1H). 1 Day — One trading day. The most common starting point. 1 Week, 2 Weeks, 3 Weeks, 4 Weeks — Weekly periods. Good for swing trading on daily charts. 1 Month, 3 Months, 6 Months — Monthly/quarterly periods. Use on daily or weekly charts for longer-term analysis. Astrocycles — The box width is no longer a fixed timeframe. Instead, each new box begins when a specific planetary event occurs (configured in Astro Settings). The box width varies from cycle to cycle based on the actual interval between consecutive events. Astro Settings These settings only take effect when Timeframe / Cycle is set to Astrocycles . Astro Planet (Default: Moon) — Which celestial body drives the cycle timing. Each planet has a different orbital period, producing cycles of different lengths: Moon — ~27 days per cycle. Fast cycles, good for daily charts. Mercury — ~88 days. Short inner-planet cycles. Venus — ~225 days. Medium cycles. Mars — ~687 days (~1.9 years). Good for weekly charts. Jupiter — ~12 years. Long-term cycles for monthly charts. Saturn — ~29 years. Very long-term structural cycles. Uranus, Neptune, Pluto — Multi-decade to multi-century cycles. For the longest-term analysis. Astro Cycle (Default: High Latitude) — The type of astronomical event that marks the start of each new period: High Latitude — The planet reaches its maximum ecliptic latitude (furthest above the ecliptic plane). Works for all planets including Moon. Low Latitude — The planet reaches its minimum ecliptic latitude (furthest below the ecliptic plane). Works for all planets including Moon. High Longitude — The planet reaches a stationary point where its geocentric longitude stops increasing and begins to decrease (start of retrograde motion). This is the retrograde station . Not applicable to Moon. Low Longitude — The planet reaches a stationary point where its geocentric longitude stops decreasing and begins to increase again (end of retrograde / start of direct motion). This is the direct station . Not applicable to Moon. Heliocentric Conjunction — Earth and the selected planet are aligned on the same side of the Sun (0° heliocentric separation). Not available for Moon. Heliocentric Opposition — Earth and the selected planet are on opposite sides of the Sun (180° heliocentric separation). Not available for Moon. Show Info Table (Default: On) — Displays a panel in the top-right corner showing: Cycle Type, Planet, Duration (days), Last Event date, and Next Event date (UTC). Quadrant Scaling These settings control the height (Y-axis / price range) of each Gann box. Scale Mode (Default: Classic Pivots) — How the top and bottom price levels of the box are calculated: Classic Pivots — The box height is defined by two pivot levels you choose (see Upper/Lower Pivot below). In standard timeframe mode, pivots are calculated from the previous period's High, Low, Close via request.security. In Astrocycles mode, pivots are calculated from the previous astronomical cycle's High, Low, Close. Prev Cycle Range — The box height equals the High-to-Low range of the previous completed cycle. This adapts the box to actual market movement. If no previous cycle data is available yet, falls back to Classic Pivots. Donchian Channel — The box top is the highest high and the box bottom is the lowest low over the last N bars (set by Donchian Len). ATR Bands — The box is centered on a base price (Close, HL2, or EMA) and extends upward/downward by ATR × Multiplier. This creates volatility-adaptive boxes. StdDev Bands — Same concept as ATR Bands but uses standard deviation instead. Similar to Bollinger Band width. The box is centered on a simple moving average. Percentile Channel — The box top is the upper percentile of highs and the box bottom is the lower percentile of lows over the lookback period. This provides a statistical price range. Upper Pivot (Default: R3) — Which pivot level defines the top of the box. Only used when Scale Mode is Classic Pivots. Options: R3, R2, R1, PP, S1, S2, S3. Lower Pivot (Default: S1) — Which pivot level defines the bottom of the box. Only used when Scale Mode is Classic Pivots. Options: R3, R2, R1, PP, S1, S2, S3. Base Source (Default: Close) — Center line for ATR Bands and StdDev Bands modes. Close uses the closing price, HL2 uses the midpoint of high and low, EMA uses an exponential moving average. Donchian Len (Default: 20) — Lookback period in bars for the Donchian Channel highest-high / lowest-low calculation. ATR Len (Default: 14) — Lookback period for the Average True Range calculation. ATR Mult (Default: 2.0) — How many ATRs above and below the base price to extend the box. StdDev Len (Default: 20) — Lookback period for the standard deviation calculation. StdDev Mult (Default: 2.0) — How many standard deviations above and below the SMA to extend the box. Pct Len (Default: 50) — Lookback period for the percentile calculation. Low % (Default: 10) — Lower percentile threshold (0–49). A value of 10 means the box bottom is at the 10th percentile of lows. High % (Default: 90) — Upper percentile threshold (51–100). A value of 90 means the box top is at the 90th percentile of highs. Min Height (ATR Mult) (Default: 0.5) — Minimum allowed box height, expressed as a multiple of the current ATR. If the calculated box height is smaller than this, the box is expanded symmetrically around its midpoint. Set to 0 to disable. Useful to prevent collapsed or invisible boxes during low-volatility consolidation. Pivot Colors R3 Color (Default: Dark Green #004900) R2 Color (Default: Medium Green #006F00) R1 Color (Default: Bright Green #009600) PP Color (Default: Gray #555555) S1 Color (Default: Red #FF0000) S2 Color (Default: Red-Pink #FF002A) S3 Color (Default: Deep Pink #FF014A) Each pivot level is plotted as a small circle marker on the chart whenever its value changes. The color scheme gives a visual gradient from green (resistance) to red (support). Arc Colors Arc Level 1 Color (Default: Orange) — Color for the smallest arcs: 1x0, 1.5x0, and 1x1. Arc Level 2 Color (Default: Lime) — Color for 2x0 and 2x1 arcs. Arc Level 3 Color (Default: Green) — Color for 3x0 and 3x1 arcs. Arc Level 4 Color (Default: Teal #40826D) — Color for 4x0 and 4x1 arcs. Arc Level 5 Color (Default: Blue) — Color for the largest arcs: 5x0 and 5x1. Arc Inv 4x0 Color (Default: Aqua) — Dedicated color for the inverted 4x0 arc, so it can be visually distinguished from the normal (bottom-up) version. Each arc level represents a different proportion of the quadrant. Smaller arcs (Level 1) curve tightly near the origin corner, while larger arcs (Level 5) sweep across the full box width. The "x1" variants (1x1, 2x1, etc.) are diagonal-offset versions that sit between the round-number levels. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ HOW TO USE ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ Getting Started (Standard Mode) Add the indicator to your chart. Set Timeframe / Cycle to match the period you want to analyze. For example, on a 1-hour chart analyzing daily structure, choose "1 Day". Leave Scale Mode on Classic Pivots with Upper = R3, Lower = S1 as a starting point. This gives you a box spanning from the first support to the third resistance. Observe how price interacts with the arc curves. The arcs act as curved support/resistance levels — price often reverses or accelerates near these lines. Adjust Upper/Lower Pivot to widen (R3/S3) or narrow (R1/S1) the box depending on volatility. Using Astrocycles Mode Set Timeframe / Cycle to Astrocycles . Choose a Planet . Start with Moon for fast cycles on daily charts, or Jupiter/Saturn for long-term cycles on weekly/monthly charts. Choose a Cycle type. High Latitude is a good general-purpose starting point since it works for all planets. Enable Show Info Table to see the current cycle duration and event dates. For scaling, try Prev Cycle Range — it pairs naturally with Astrocycles because it sizes each new box based on the price action of the previous planetary cycle. Choosing a Scale Mode Use Classic Pivots for traditional Gann analysis with well-defined pivot-based boundaries. Use Prev Cycle Range when you want boxes that reflect actual market range — especially good with Astrocycles. Use ATR Bands or StdDev Bands when you want the box to automatically adapt to changing volatility conditions. Use Donchian Channel for a simple recent-range approach. Use Percentile Channel for a statistical approach that filters out extreme spikes. Reading the Arcs Bottom-up arcs (normal) rise from the lower-left corner of the box. They represent potential support curves during an uptrend. Top-down arcs (inverted) fall from the upper-left corner. They represent potential resistance curves during a downtrend. The right-side arcs (mirrored from the right corners) appear in the current box via polyline drawing, creating the full four-corner Gann circle pattern. When multiple arcs from different levels converge at the same point, that creates a confluence zone — a stronger potential reaction area. The diagonal cross lines show the direct price-time relationship (1:1 ratio) across the box. Tips If boxes appear too flat or collapsed, increase Min Height (ATR Mult) from 0.5 to 1.0 or higher. The chart timeframe should be lower than the selected period. For example, use a 1H chart with a 1 Day period, or a Daily chart with a 1 Week period. This ensures enough bars exist within each box for the arcs to render smoothly. For Heliocentric Conjunction/Opposition cycles, remember these are only available for planets other than the Moon. These cycles correspond to synodic periods (the time between successive alignments as seen from the Sun). High/Low Longitude cycles detect retrograde and direct stations — moments when a planet appears to change direction in the sky. These are astronomically significant turning points often studied in financial astrology.
Pine Script® インジケーター
djmadの投稿
4
Grid System + Gann DiamondThis Pine Script v6 indicator, titled "Grid System + Gann Diamond", is a customizable geometric overlay tool heavily inspired by W.D. Gann's principles — particularly price-time squaring, diagonal angle projections (Gann-style angles), and grid-based subdivisions within a defined range.It identifies a historical lookback range (from a user-defined anchor time to the present) and calculates: High (HH), Low (LL), and Midpoint of that range A central vertical line at the time midpoint (t/2) Main horizontal levels (top/mid/bottom) Diagonal lines (upper/lower) radiating from the midpoint, creating a diamond-like geometric structure Forward projections (rays) of key diagonals beyond the current bar Optional interior grid (equal spacing or Fibonacci ratios) Propagated/additional diagonals from midpoints, endpoints, or quarter points (¼ & ¾) along the horizontals Current-bar vertical connections (high → mid, low → mid) The result visually resembles a "Gann Diamond" (or extended Gann square/angle fan concept) — a geometric framework where price and time relationships are highlighted to reveal potential support/resistance, trend strength, or reversal zones when price interacts with the lines. Key features include: Anchor point selection (drag the time input) Option to only draw on the last bar (cleaner chart) Toggle for forward rays, full projected box, interior grid, quarter diagonals, etc. Custom colors, widths, and line styles Main Use Cases in Trading: Geometric Support / Resistance Identification The horizontal levels + grid lines act as static S/R zones. Propagated diagonals and forward projections serve as dynamic future S/R lines (price often reacts when touching or crossing them). Gann-style Angle / Trend Analysis The main diagonals (and their forward extensions) represent Gann-like angles. Traders watch whether price stays above/below certain diagonals to gauge trend strength (similar to classic 1×1, 2×1 angle behavior). Range / Cycle Projection & Exhaustion Zones The diamond/box structure helps visualize when price and time may be "squaring out" (a core Gann concept). Useful near the right edge or projected forward area to anticipate potential reversals or acceleration. Confluence Tool Combine with price action, volume, other indicators (e.g. Fibonacci, pivot points, supply/demand zones). Reactions at grid lines + diagonal crossings + quarter points often give higher-probability setups. Swing / Range Trading Context Very helpful on higher timeframes (4H–Daily–Weekly) to frame the larger structure after a clear swing high/low. The anchor time can be set to major pivots, news events, cycle starts, etc.
Pine Script® インジケーター
surfchaserの投稿
2
Planetary Ingress Dashboard [BlueprintResearch]Visualizes when planetary ingresses, the moments when celestial bodies cross from one zodiac sign into the next, clustering them together in time. A centered rolling window counts how many bodies have recently changed or will soon change signs, revealing periods of concentrated sign-change activity as a color-coded histogram. Powered by the open-source BlueprintResearch Planetary Ephemeris library — 511 of the 31,577 original VSOP87D terms (just 1.6%) — yet achieving sub-0.1° accuracy against NASA JPL's DE440 reference ephemeris. All celestial longitude calculations (VSOP87D planets, ELP2000-82 Moon, Meeus Pluto) run entirely in Pine Script. █ CONCEPTS An ingress occurs when a planet's ecliptic longitude crosses a 30° sign boundary (0° Aries, 0° Taurus, etc.). Individual ingresses are meaningful on their own, but when multiple planets change signs within a narrow time window, that convergence may carry additional significance for cycle-based analysis. This concept draws on the extensive research of Patrick Mikula, whose published works on W.D. Gann's methods detail how clustered planetary sign changes can serve as a timing framework. The visual design pays homage to the cover art of Gann's Tunnel Thru the Air — the cityscape silhouette along the bottom of the cover inspired the histogram outline, the sand-dune terrain, and the blueprint-blue palette. This indicator provides tools to study and visualize that idea on any instrument and timeframe. This indicator applies a centered ±N window (configurable in days or bars) around each chart bar. For each enabled body, it checks: • Whether the body ingressed within the past N units (using a binary-search refinement to pinpoint exact crossing times) • Whether the body will ingress within the next N units (by evaluating its longitude at a future timestamp) The sum of these counts determines the histogram's height at each bar. Higher bars indicate more sign changes clustering around that moment in time. █ FEATURES Celestial Bodies • 11 toggleable bodies — Sun, Moon, Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune, Pluto, and Lunar Nodes • Each body has a unique color, shown in both histogram labels and future projection markers • Sun, Moon, and Nodes are always geocentric; planets respect the Geocentric/Heliocentric toggle Histogram Display • Fill-based histogram with no drawing-object limits — works across the full chart history • 5-tier discrete color gradient (1 ingress through 5+) — fully customizable • Rolling sand-dune ground band with adjustable waviness for visual depth • Dark blueprint-blue gradient background (toggle on/off, colors customizable) • Histogram outline for building-silhouette definition Future Projections • Scans up to 500 bars ahead for upcoming ingresses • Per-bar colored boxes indicate projected cluster intensity • Individual planet symbol labels at each projected ingress, with hover tooltips showing the sign, date, and time • Timezone selector for future date/time display (10 major zones) • Sand dune and blueprint background extend seamlessly into the projection area Performance • Configurable bar calculation limit (default: 500 bars) for faster loading on instruments with deep history • Set to 0 for unlimited calculation across all available bars Ingress Timing • A 15-iteration binary search between adjacent bars pinpoints the exact ingress moment • Planet symbols are placed on the bar where the crossing actually occurred, not on the detection bar █ HOW TO USE 1 — Enable the celestial bodies you want to track in the Celestial Bodies group 2 — Choose Geocentric (traditional, Earth-centered) or uncheck for Heliocentric (Sun-centered) 3 — Adjust the Rolling Window (±) to control cluster sensitivity — smaller values (1–2) highlight tight clusters, while larger values (5–10) reveal broader convergence zones 4 — Select Days or Bars for the window unit — Days uses calendar days (consistent across timeframes), while Bars uses chart bar duration (scales with your timeframe) 5 — Histogram bars appear in the lower pane — taller bars with warmer colors indicate more sign changes clustering near that date 6 — Planet symbols above histogram bars identify which bodies ingressed 7 — The future projection extends to the right of the current bar, showing where upcoming clusters are forming 8 — Hover over any future label to see the projected sign entry and date/time in your selected timezone 9 — If performance is slow on long-history instruments, reduce Limit Calculation (Bars) or keep the default of 500 █ LIMITATIONS & ACCURACY The underlying ephemeris uses only 511 of the 31,577 original VSOP87D terms — just 1.6% — yet achieves sub-0.1° accuracy for every planet. It has been cross-validated against NASA JPL's DE440 reference ephemeris (via Skyfield). Positional Accuracy (RMS vs JPL DE440): • Sun: 0.004° • Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune: 0.005°–0.017° • Moon: 0.062° • Pluto: 0.059° (Meeus method, valid 1900–2100) All planets achieve sub-0.1° RMS accuracy. In practice, ingress timing has been manually verified against professional ephemerides: • Sun, Moon, Mercury, Venus, Mars: Within minutes to ~1 hour • Jupiter, Saturn: Within a few hours • Uranus, Neptune, Pluto: Same-day accuracy — typically within ~18 hours, even for the slowest-moving bodies Accuracy validation plots (Pine Script vs JPL DE440) are available in the library release notes . Moon on Daily+ Charts: The Moon changes signs approximately every 2.5 days. On daily or higher timeframes, some Moon ingresses may fall between bars and be missed. For best Moon coverage, use a 12-hour or lower timeframe. A warning label appears when the Moon is enabled on daily or higher timeframes. Recommendation: For mission-critical timing, always cross-reference with professional tools such as JPL Horizons , Swiss Ephemeris, or Astro.com. █ WHAT MAKES THIS ORIGINAL Most planetary indicators on TradingView show individual planet positions or single-planet events. This dashboard takes a fundamentally different approach: it aggregates sign-change events across all enabled bodies into a unified time-density visualization, answering the question "When are multiple planets changing signs at the same time?" Key technical contributions: • Multi-body ingress clustering algorithm with a centered rolling window • Binary-search ingress refinement (15 iterations) for sub-bar timing precision • Fill-based historical histogram (unlimited data) combined with polyline/box-based future projection • Full VSOP87D + ELP2000-82 + Meeus ephemeris computed in real time within Pine Script — 511 terms (1.6% of the full theory) delivering sub-0.1° accuracy against JPL DE440 █ COMPANION INDICATOR • Planetary Ingress — A single-planet ingress indicator with on-chart labels, retrograde markers, and per-sign alerts. Use it with this dashboard to view individual planet details while monitoring cluster activity here. █ OPEN SOURCE This indicator is part of the fully open-source Planetary Ephemeris project. The core ephemeris library is publicly available for study, modification, and reuse in your own scripts: • BlueprintResearch/blueprint_ephemeris_lib — Planetary calculation engine (VSOP87D, ELP2000-82, Meeus) █ FURTHER READING For the research on ingress clustering as a timing method, see Patrick Mikula, Gann's Scientific Methods Unveiled , Volume 1, Chapter 7: Planetary Ingress.
Pine Script® インジケーター
BlueprintResearchの投稿
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.
Pine Script® インジケーター
LuxAlgoの投稿
3
Gann N-Bar Swing ChartWhat it shows: - Solid swing lines connecting confirmed turns (green=upswing, red=downswing) - Dashed line for the active in-progress swing - H/L labels at each confirmed turn (High/Low) - Bar coloring by current swing direction - Swing N input in settings to toggle between minor (1), intermediate (2), and major (3) swings Note: line/label count is capped at 500 each by TradingView — on long charts, oldest markers auto-delete.
Pine Script® インジケーター
abrillant23の投稿
Golden Zone + 50 % Line (Multi Moves) by GrimsonThis indicator displays the 50% line of a price move and the golden zone according to Fibonacci levels. You can freely choose between which Fibonacci levels the zone should be drawn. In addition, all colors, lines, and boundaries can be customized. You can also choose how many boxes should be displayed retrospectively. It also distinguishes whether the move was bullish or bearish. The zones stop once they are touched. The sensitivity of the move detection can also be freely adjusted. Enjoy and happy trading!
Pine Script® インジケーター
Grimson55の投稿
1
4H Fibonacci Candle Levelseng.: This indicator plots Fibonacci levels based on the last closed 4-hour candle. If that candle was bullish, the levels are drawn bullish as well (from the bottom wick tip to the top wick tip), and if it was bearish, they are drawn the other way around. As soon as a 4-hour candle closes, the levels are cleared and the new levels of the newly closed candle are drawn. The indicator is visible on all timeframes, but the levels are fixed to the last 4-hour candle.
Pine Script® インジケーター
Grimson55の投稿
2
Planetary Aspects [BlueprintResearch]█ Planetary Aspects is a focused-pair aspect detector for financial astrology. Select any two celestial bodies — planets, luminaries, or lunar nodes — and the indicator identifies every aspect passage directly on your chart, with exact-moment markers, background orb bands, and forward-looking projections. Designed as the on-chart companion to Natal & Transit Planetary Aspect Table , which displays the full cross-aspect matrix in table form. Use both together for complete aspect coverage: the table for the big picture and this indicator for deep analysis of a single pair. Supports both geocentric and heliocentric coordinates with high-accuracy ephemeris calculations. Powered by the open-source Blueprint Ephemeris library (VSOP87D + ELP2000-82 + Meeus) — all planetary positions computed directly in Pine Script, no external data required. Validated against NASA's DE440 ephemeris: all bodies under 0.1° RMS (Sun 0.004°, planets 0.005°–0.017°, Moon 0.062°, Pluto 0.059°). What is an aspect? An aspect is a specific angular separation between two celestial bodies as viewed from Earth (geocentric) or the Sun (heliocentric). When two planets reach an exact aspect angle — such as 0° (conjunction), 90° (square), or 180° (opposition) — astrologers consider it a moment of significance. Financial astrologers use these geometric alignments as potential timing markers for trend changes, volatility shifts, or turning points in price action. █ FEATURES Dual Mode Operation • Transit Aspects — Compare two currently transiting planets in real time • Natal Aspects — Compare a transiting planet against a natal (first-trade) position, with 20+ built-in presets for crypto, commodities, currencies, bonds, and indexes 13 Configurable Aspect Types • Major: ☌ Conjunction · ☍ Opposition · △ Trine · □ Square · ⚹ Sextile • Minor: ⚺ Semi-Sextile · ⚻ Quincunx · ∠ Semi-Square · ⚼ Sesquiquadrate · Q Quintile · bQ Biquintile · S Septile · N Novile • Each aspect has its own toggle, orb (1°–15°), and color 12 Celestial Bodies • ☉ Sun · ☽ Moon · ☿ Mercury · ♀ Venus · ♂ Mars · ♃ Jupiter · ♄ Saturn · ♅ Uranus · ♆ Neptune · ♇ Pluto • ☊ North Node · ☋ South Node (mean lunar nodes) Visual System • Exact-moment markers — Aspect symbol labels placed at the precise bar where the orb begins widening (inflection point), with retrograde ℞ notation • Background orb bands — Gradient-transparency bgcolor that intensifies as the aspect tightens toward exact • Future projections — Dashed lines, date labels, and gradient orb boxes extending up to 500 bars into the future • Zodiac positions — Tooltips show each planet's sign, degree, and arc-minute (e.g., 15°30' ♈) • Info table — Compact top-right summary showing mode, pair, coordinate system, and active aspects at a glance Smart Detection • Exact-moment dedup prevents duplicate labels within the same aspect passage • Retrograde re-approach detection — if a planet retrogrades back into orb, a new label fires • Confirmed-bar alerts — alerts only fire on confirmed bars to prevent repainting • Geocentric/heliocentric toggle with a single checkbox █ HOW TO USE 1. Choose Transit Aspects or Natal Aspects mode. 2. Select Planet A and Planet B from the dropdowns. In Natal mode, Planet A is the transiting body and Planet B is the natal position. 3. If using Natal mode, select a preset first-trade date or enter a custom one. Presets include BTC, ETH, DOGE, NYSE, DJIA, S&P 500, Gold, Crude Oil, Wheat, and more. 4. Enable or disable individual aspects and adjust orbs to your preference. Aspects (conjunction through sextile) are enabled by default; minor aspects are disabled by default. 5. Optionally enable future projections to view upcoming aspect passages before they occur. 6. Set up alerts via TradingView's alert dialog — the indicator provides a non-repainting "Exact Aspect Detected" condition. █ NOTES Geocentric elongation Constraints In geocentric mode, inferior planets (those orbiting closer to the Sun than Earth) have a maximum angular separation from the Sun: • ☉ Sun ↔ ☿ Mercury — max ~28° (only conjunction is reliably possible) • ☉ Sun ↔ ♀ Venus — max ~47° (conjunction through semi-square) • ☿ Mercury ↔ ♀ Venus — max ~75° (conjunction through quintile) Aspects beyond these limits (e.g., Sun–Mercury opposition) will never occur. This is an astronomical reality, not a bug. All other planet pairs can form any aspect. In heliocentric mode, these constraints do not apply. Lunar Nodes This indicator uses mean lunar nodes. By definition, the North Node (☊) and South Node (☋) are always 180° apart, so the ☊ ↔ ☋ pair is automatically skipped — their opposition is permanent, not a transient event. Companion Indicator For a complete cross-aspect matrix of all planets at once, use Natal & Transit Planetary Aspect Table with this indicator. The table shows every active aspect across all planet pairs; this indicator provides detailed on-chart analysis for the specific pair you want to study. █ KNOWN LIMITATIONS & TIPS • TradingView limits drawing objects to 500 per category (lines, labels, boxes). On long histories — such as the full DJIA dataset — you may hit this cap. If labels run out, the background color should persist. • On weekly and monthly timeframes, fast-moving planets (Sun, Mercury, Venus) can pass through an entire orb window within a single bar. Consider widening the orb or dropping to daily for these pairs. • Future projections are computed on the last bar only and increase processing time at higher look-ahead values. █ CREDITS Built on the open-source Blueprint Ephemeris library by BlueprintResearch.
Pine Script® インジケーター
BlueprintResearchの投稿
8
Squared9 Pro v1Squared9 Pro v1.0 (strategy) combines classic Gann geometry with modern momentum checks to find high-conviction reversal zones. The strategy requires: 1. Price to be within a user-defined percentage of Gann levels (based on recent pivot highs/lows and Square of Nine calculations). 2. Divergence on Stochastic and/or MACD (price and indicator moving in opposite directions). 3. Current price to respect the trend direction on a higher timeframe EMA. 4. A candle with a strong body relative to its range. Here's what it looks for: - Price is close to important Gann levels (calculated from recent swing highs/lows using Square of Nine math — shown as colored horizontal lines). - Stochastic and MACD indicators show divergence (price makes new high/low but indicators do not — a classic reversal clue). - The overall trend on a higher timeframe (default 4-hour) supports the trade direction via a 50-period EMA filter. - The current candle has a strong directional body (not a doji or tiny range — minimum body size is adjustable). When these line up, a green triangle appears below the bar for a potential long entry, or a red triangle above for short. Stop-loss and take-profit are set automatically using ATR multiples (default 1.7× for stop, 3.2× for target), with an optional trailing stop. All settings (lookback periods, tolerances, ATR multipliers, etc.) can be changed in the inputs panel. This script is designed for traders who want confluence-based signals rather than relying on a single indicator. Feedback is welcome.
Pine Script® ストラテジー
RU55IANROUL3TT3の投稿
Gann Octogram - Sacred Geometry Confluence Ver 1.0📐 Gann Octogram - Sacred Geometry Confluence Ver 1.0 Overview Advanced Gann analysis tool combining W.D. Gann's Square of Nine principles with sacred geometry and multi-factor confluence signals. This indicator automatically detects swing highs/lows and projects octogram grids forward in time and price, identifying high-probability trading opportunities where multiple factors align. Understanding Gann Octograms W.D. Gann believed markets move in geometric patterns through time and price. The octogram (8-sided figure) represents the square of nine principle where: Price divisions (1/8ths) create natural support/resistance Time cycles mark potential reversal points Diagonal angles show dynamic price-time relationships Confluence zones where geometry aligns offer highest probability trades This indicator makes these complex calculations automatic and visual. Key Features 🎯 Intelligent Auto-Detection Auto Gann Number Selection: Automatically chooses optimal Gann period (11, 22, 44, 88, 176) based on timeframe and data availability Adaptive Half-Period Mode: Uses Gann/2 for faster swing detection while validating with full period Smart Grid Projection: Projects octagrams near current price action for relevance 📊 Sacred Geometry Visualization Octogram Grids: Complete octagonal geometry with inner square, angled square, and connecting lines Gann Angles: 1×1 and 2×1 diagonal support/resistance angles Time Cycles: Quarter, half, and three-quarter cycle markers Price Levels: Automatic 1/8th division levels (0%, 12.5%, 25%, 37.5%, 50%, 62.5%, 75%, 87.5%, 100%) ⚡ Advanced Confluence System Adjustable 4-Factor Confluence (Levels 0-4): Price Level Touch: Precise detection of key support/resistance levels Time Cycle Alignment: Major (25%, 50%, 75%) and minor (1/8th divisions) cycles Octogram Geometry: Proximity to vertices and diagonal angles Price Action: Bullish/bearish candle confirmation Confluence Levels: Level 0: Signals on price touch only (most signals) Level 1: Minimum 1 factor required Level 2: Minimum 2 factors (⭐ recommended - balanced) Level 3: Minimum 3 factors (strict quality) Level 4: All 4 factors required (highest quality, fewer signals) 🛡️ Signal Quality Controls Max Signals Per Cell: Limit signals to 1-10 per grid cell Cooldown Period: Minimum bars between consecutive signals Cell Signal Tracking: Automatic reset when entering new time cells Adjustable Tolerances: Fine-tune price and geometry sensitivity How It Works Swing Detection: Identifies significant market swings using pivot highs/lows Grid Construction: Builds octogram grid from swing high to swing low Multi-Grid Projection: Projects multiple cells forward (time) and vertically (price) Confluence Analysis: Monitors all 4 factors continuously Signal Generation: Fires BUY/SELL when confluence threshold is met BUY Signals trigger when: Price touches LOW zones (0%-50%) At key time cycle points Near octogram geometry Bullish candle forms SELL Signals trigger when: Price touches HIGH zones (50%-100%) At key time cycle points Near octogram geometry Bearish candle forms Settings Guide Structure Settings Auto Gann Number: Enable for automatic period selection (recommended) Manual Gann Number: 11, 22, 44, 88, or 176 bars Use Half Period: Faster detection using Gann/2 lookback Grid Stability: Adaptive (1/8th) / Strict (1/4th) / Relaxed (1/16th) Signal Settings ⚙️ Confluence Level: 0-4 (start with 2) Price Tolerance: 1-8% (default 3%) Geometry Tolerance: 0.5-5% (default 2.5%) Min Bars Between Signals: 1-20 (default 3) Max Signals Per Cell: 1-10 (default 4-6) Display Options Toggle grid squares, octagrams, triangles, Gann angles Customizable colors for all elements Time cycle visualization Swing high/low markers Info panel with swing statistics Best Practices For Day Trading (5min-15min charts): Confluence Level: 2 Auto Gann: ON Grid Stability: Adaptive Max Signals Per Cell: 4-6 For Swing Trading (1H-4H charts): Confluence Level: 3 Auto Gann: ON Grid Stability: Strict Max Signals Per Cell: 2-4 For Position Trading (Daily charts): Confluence Level: 3-4 Manual Gann: 88 or 176 Grid Stability: Strict Max Signals Per Cell: 2-3 Alert Setup Built-in alert conditions: Gann Octogram Buy - Fires on BUY signal Gann Octogram Sell - Fires on SELL signal Configure alerts using TradingView's alert system to get notified when confluence zones trigger. Backtesting Tips Start with Confluence Level 2 (balanced approach) Increase level to 3-4 if too many signals Decrease to 1 if missing opportunities Adjust tolerances based on asset volatility Test different Gann numbers for your specific market Credits & Theory Based on W.D. Gann's principles: Square of Nine Time-Price Geometry Sacred Geometry (Octograms) Natural Market Cycles Developed with modern Pine Script for reliability, efficiency, and user control. Version History Ver 1.0 - Initial Release 4-factor confluence system Auto Gann number selection Adjustable confluence levels (0-4) Sacred geometry visualization Signal quality controls Support For questions, suggestions, or issues: Comment on this indicator Check the code (open source) Experiment with settings for your trading style Happy Trading! 📈 Disclaimer This indicator is for educational and informational purposes only. Past performance does not guarantee future results. Always practice proper risk management and never risk more than you can afford to lose. Backtest thoroughly before live trading.
Pine Script® インジケーター
TimePriceDecoderの投稿
1