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NAVI by Ravi Devraj Saxena (Gold RR 1.3)NAVI by Ravi Devraj Saxena (Gold RR2) This indicator is designed to help traders read volatility extremes and capture structured reversal opportunities using Bollinger Band interactions, session timing, and risk‑defined trade zones. NAVI intelligently manages one trade at a time, preventing overlapping positions and helping newer traders maintain disciplined execution. The system includes: Session‑filtered signals for precision trading during active hours Primary Long/Short setups based on BB touches and candle strength Extra Long/Short setups for momentum continuation opportunities Dynamic RR zones, visual entry pads, stop‑loss blocks, and target boxes Built‑in single‑position mode ensuring no new trade is taken until the current one fully closes Automatic TP/SL detection with chart labels for clean visual tracking Lightweight and optimized drawing engine for smooth use even on lower timeframes NAVI is built to support disciplined, rule‑based trading with clear structure, clean visuals, and zero ambiguity. Whether you scalp or intraday trade, this tool keeps your chart organized and your decisions consistent.
Indicatore Pine Script®
di ravidevrajsaxena
1
Support Resistance EMA ORB PROSupport & Resistance + EMA + ORB — PRO (SREO-PRO) All-in-one intraday toolkit that combines pivot-based Support/Resistance, EMA trend signals, and a session Opening Range Breakout (ORB) into a single, chart-friendly indicator. What it includes EMA Trend Flags (ST/MT/LT) Up / Down: ST EMA crossing MT EMA Buy / Sell: MT EMA crossing LT EMA Optional EMA line plots for context Support & Resistance (Pivot Levels) Auto-draws pivot Resistance and Support bands Optional break markers (B) using a volume oscillator threshold Opening Range Breakout (ORB) Builds the opening range from your session start for a configurable number of minutes (e.g., 15m) Plots ORB High/Low levels Adds ORB breakout tags on confirmed breakouts Optional RR Lines Can draw Entry / Stop / Target lines using a risk multiple Disabled by default because extended target lines may affect chart autoscale on some symbols Designed to be chart-safe Uses in-range plots and bar-anchored markers. No off-chart drawings or extreme-value plots by default. RR lines are optional and off unless you enable them. Best use Ideal for index futures, options scalping, and intraday momentum trading where you want: quick EMA trend state, clear SR structure, and a reliable ORB breakout framework. Not financial advice. Use at your own risk.
Indicatore Pine Script®
di chandranewagetrader
Gold Sniper MGC1 - Supply/DemandThis indicator, titled "Gold Sniper MGC1 - Pure Sniper", is a high-precision institutional trading tool designed specifically for XAUUSD (Gold) intraday analysis. It is engineered to replicate the professional "Smart Money" look of your reference chart by focusing only on high-value structural levels. Key Features and Logic: Institutional Structural Mapping: Unlike standard indicators that react to every minor price fluctuation, this tool utilizes a Pivot Strength filter. It only identifies levels that have acted as significant turning points over a specific historical period (e.g., 15+ bars), ensuring that only "Legendary" levels are displayed. Historical Demand Anchoring: The script is designed to capture levels like the 5035.84 support line by scanning deep into price history. It anchors the zone at the exact point of the historical pivot, showing that the level was established well before current price action. Automated Mitigation System: To maintain the extreme clarity seen in professional setups, the indicator features a dynamic cleanup engine. It automatically deletes a Demand or Supply zone the moment a candle closes beyond the level, ensuring you only focus on "unmitigated" or fresh areas of interest. Visual Fidelity: It uses the exact color codes from your primary reference: Teal (#00897b) for Demand and Slate Grey (#5d606b) for Supply. Zones are extended infinitely to the right to act as a clear target or entry point for the "Sniper" entry protocol.
Indicatore Pine Script®
di caktrading
Ripster Clouds + Dashboard + Levels (v6)This indicator combines Ripster-style EMA Clouds, multi-timeframe trend tiles, RVOL, and Saty ATR trigger levels into a clean, configurable dashboard—plus optional session and prior-period levels—built for Pine Script v6. It’s designed as a chart overlay tool (not a strategy) to help visualize trend context, volatility bands, and key reference levels without clutter. What it includes 1) Ripster EMA Clouds (overlay) Multiple EMA cloud pairs (classic Ripster approach) Optional display of cloud lines and cloud fills Trend coloring based on short vs long EMA relationship 2) MTF Trend Dashboard Multi-timeframe “Bullish / Bearish / Waiting Data” tiles (ex: 1H, Daily, Weekly) Uses request.security() with non-repainting configuration (lookahead off) 3) RVOL + Candle Volume Panel Shows current candle volume and RVOL % Shows previous candle RVOL % Color-coded thresholds (ex: Red/Orange/Yellow based on RVOL strength) 4) Saty ATR Levels ATR-based trigger levels (upper/lower trigger) ±1 ATR levels and optional ±2 ATR extensions Table summary showing range vs ATR context and trigger prices 5) Optional Key Levels Premarket High/Low (session-based) After Hours High/Low (session-based) Day High/Low Previous Day High/Low Previous Week High/Low (Displayed as right-edge labeled lines; each group can be toggled independently.) View-safe behavior (prevents candle “squeeze”) To avoid TradingView candle compression on lower timeframes, the script supports a view-safe / TF gating mode: “Heavy” elements (lots of lines/plots) can be automatically limited below a minimum timeframe Right-edge labels are kept in-range (so they don’t force autoscale) How to use Use the dashboard tiles to confirm trend alignment across timeframes. Use RVOL to quickly see participation spikes. Use ATR trigger levels to identify volatility break conditions and “range vs ATR” context. Use Premarket / prior-period levels as intraday reference zones. Notes / Disclaimer This is not financial advice. This indicator does not place trades and is not a backtest strategy. Some features may be intentionally disabled on very low timeframes when view-safe mode is enabled.
Indicatore Pine Script®
di chandranewagetrader
TP-Trend中文 【原理概要】 本指标跳出了传统“仅依赖收盘价”的局限，采用典型价格 $HLC/3$ 作为底层数据源。通过对均线进行二阶平滑处理（EMA of EMA），能比传统双均线更早地发现趋势转折，同时有效过滤震荡市的假突破。 【核心功能】 双重平滑逻辑：$X_2$为典型价格的 6 周期平滑， $X_3$为其二阶 5 周期平滑，捕捉动能加速度。 视觉增强系统： 自动为 K 线着色。红色/棕色代表多头波段，绿色代表空头波段。 信号确认： 亮黄色（Buy）与深蓝色（Sell）柱体精准标记趋势引爆点。 零未来函数： 算法完全基于时序历史数据，信号不漂移，可直接用于实盘参考。 【使用建议】建议配合大周期趋势或成交量指标使用。在日线级别捕捉波段主升浪效果最佳。 English This script utilizes Typical Price ($HLC/3$) instead of standard Close prices to provide a more holistic view of market value. By applying a dual-smoothing EMA process, it identifies trend shifts with reduced lag while maintaining high sensitivity. Trend Coloring: Bars change color based on momentum (Red for Bullish, Green for Bearish). Actionable Signals: Distinct Yellow (Buy) and Blue (Sell) highlights on crossover bars. No Repaint: Purely mathematical approach based on historical data.
Indicatore Pine Script®
di william_wq
BlueSkyTerritory (2TF)BlueSkyTerritory (2TF) is a multi-timeframe volatility structure indicator built from widely used, non-proprietary concepts (Bollinger Bands, Keltner Channels, ATR, and MTF logic). It highlights periods of compression (tightening volatility / coiling price action) and helps visualize when volatility conditions shift toward expansion. What it does: - Runs two independent timeframes per instance (Layer A + Layer B) - Supports Low / Medium / High compression strength visualization - Uses confirmed (non-repainting) values for stability - Works on any liquid market: equities, futures, crypto, FX (price/volatility based) How to use (simple): - Use higher timeframes for context - Use lower timeframes for execution and trade management Compression does not mean “buy/sell” by itself — it’s a regime tool intended to be paired with your own confirmation and risk plan. Development note: This indicator was developed, and based on, publicly known volatility math and Pine Script rules. No proprietary source code or restricted indicators were used. Disclaimer: Educational use only. Not financial advice.
Indicatore Pine Script®
di cunderwood51
HTB Equivalent EMA + Trend Dashboard This is a solid Pine Script structure! You've built a multi-dimensional indicator that doesn't just look at price, but also considers trend slope (angle) and market regime (volatility/sideways).I’ve reviewed your logic. Here is a breakdown of what’s happening "under the hood" and a few minor refinements to ensure it runs smoothly in a live chart environment.🛠 Script Logic Breakdown1. Timeframe ScalingYour timeMultiplier logic is clever. It allows the indicator to "stay the same" visually even if you switch timeframes.The Math: If your baseTF is 5m and you move to a 1m chart, the script multiplies your lengths by 5.The Benefit: Your 200 EMA remains effectively a "5-minute 200 EMA" regardless of your current view.2. The Angle FormulaYou are using a normalized slope calculation:$$\text{Slope} = \frac{\Delta \text{Price}}{\text{ATR} \times \text{Length}}$ NYSE:BY dividing by the ATR (Average True Range), you prevent the angle from looking distorted when you switch from a high-priced asset (like BTC) to a low-priced one (like a penny stock). It keeps the "degrees" meaningful across different instruments.3. Market Regime FilteringThe script won't just fire signals blindly. It uses:ADX < 20: To identify "Chop" or sideways zones where EMAs usually fail.ATR Filter: To highlight high-volatility spikes.
Indicatore Pine Script®
di hbhargava727
Movement Efficiency - [Rider Algo]Movement Efficiency v2 — Rider Algo Developed by Rider Algo 🔬 WHAT IS THIS INDICATOR? Movement Efficiency measures how much of the market’s total movement actually translates into net directional progress . In simple terms: Is price advancing cleanly toward a destination, or thrashing around going nowhere? Most oscillators tell you how far or how fast price moved. This one asks a different question: how efficiently did it move? A market that travels 1,000 points to advance 800 points net = clean trend . A market that travels 1,000 points but only advances 100 points net = chop (even if candles look “exciting”). This distinction is critical for choosing the right strategy at the right time. --- 📐 HOW IT WORKS The indicator combines two layers of analysis: Layer 1 — Efficiency Ratio (Kaufman’s ER) The foundation is a well-known formula from quantitative finance: ER = |Close − Close | / Σ|Close − Close | over n bars This produces a value between 0 and 1 : ≈ 1.0 → price moved in a straight line (maximum efficiency). ≈ 0.0 → price moved a lot but ended near where it started (pure noise). Layer 2 — Wick Absorption Penalty (Microstructure Enhancement) Classic ER has a blind spot: it only uses closing prices . Two candles can have identical closes but tell totally different stories: Strong body + tiny wicks = clean push Tiny body + massive wicks = absorption / rejection This indicator: Computes a wick-to-body ratio per bar Averages it over the lookback Applies a soft penalty (square root to avoid over-punishment) Outputs an adjusted efficiency score that detects “dirty” advances classic ER misses --- 🎯 THREE MARKET REGIMES The indicator classifies the market into three zones : 🟢 TREND ZONE (green background) Efficiency is above the trend threshold → price is advancing cleanly with minimal noise. Best environment for trend-following (breakouts, MA crosses, momentum). Directional triangle signals: ▲ Green triangle = Bullish trend detected (upward efficient advance) ▼ Red triangle = Bearish trend detected (downward efficient decline) 🔴 CHOP ZONE (red background) Efficiency is below the chop threshold → lots of movement, no progress. Danger zone for trend-followers (whipsaws, failed breakouts, stop hunts). ▼ Orange triangle = Market entering chop regime 🟡 TRANSITION ZONE (no background) Efficiency is between thresholds → market is shifting. Watch for the next triangle to confirm direction. --- ⚙️ ASSET PROFILES (Pre-Tuned Thresholds) Different assets have different “normal” efficiency. The indicator includes four profiles: Crypto / High Volatility — relaxed thresholds Trend: 0.40 | Chop: 0.18 Designed for assets where large wicks and volatility are normal. Stocks / Medium Volatility — balanced thresholds Trend: 0.48 | Chop: 0.22 Forex / Low Volatility — stricter thresholds Trend: 0.55 | Chop: 0.28 Forex tends to print cleaner candles → higher bar for “trend”. Custom — set your own thresholds for any instrument/timeframe. --- 📊 INFORMATION PANEL The top-right dashboard shows: Efficiency — current adjusted efficiency score (0 to 1) Regime — TREND ▲ (bull), TREND ▼ (bear), CHOP ✗ , or TRANSITION ~ Percentile — where current reading sits vs last 200 bars Example: 85% = higher efficiency than 85% of recent history Wick Noise — average wick-to-body ratio (higher = more absorption/rejection) Profile — active asset profile --- 🔧 KEY SETTINGS Efficiency Period (default: 10 ) — lookback window Lower = more reactive | Higher = smoother 10 works well for weekly charts, 14 for daily. Smoothing Length (default: 3 ) — EMA applied to final output Reduces noise without significant lag. Wick Penalty Weight (default: 0.25 ) — how aggressively wicks reduce efficiency 0 = classic ER only | toward 1.0 = stricter microstructure filtering Color Mode — Gradient (continuous red→green) or Zones (discrete + directional bias) Show Raw ER — overlay classic ER (no wick penalty) for comparison --- 💡 PRACTICAL APPLICATIONS 1) Strategy Selection Filter Use as a meta-filter above your main strategy: Only take trend-following setups in TREND (green) Only take mean-reversion setups in CHOP (red) This can dramatically reduce false signals. 2) Regime Change Early Warning Watch for transitions: CHOP entry (orange triangle) Then a trend triangle (green/red) These often precede strong moves (consolidation → expansion). 3) Trend Quality Assessment Not all trends are equal: 0.65 + low wick noise = higher reliability 0.42 + high wick noise = “dirty” trend / less trustworthy Use Percentile to contextualize. 4) Risk Management If efficiency drops from TREND into TRANSITION , consider: Reducing position size Tightening stops Avoiding aggressive breakout chasing --- ⚠️ IMPORTANT NOTES This indicator does NOT repaint. Uses confirmed bar data + current bar → safe for backtesting and live trading. Not a buy/sell signal generator. It identifies the market regime so you can choose the right approach. Defaults are calibrated for crypto on weekly timeframes. For other assets/timeframes, start with the correct Asset Profile . No single indicator is a complete trading system. Always use risk management + confirmation.
Indicatore Pine Script®
di RiderAlgo
ema20+60+200// @version=5 indicator("Engineer's System: Clean EMA 20 Cross", overlay=true) // ========================================== // 1. SETTINGS // ========================================== group_ma = "Moving Averages" maLength = input.int(20, title="Main MA (EMA 20)", group=group_ma) // ลบ Input EMA 9 ออกแล้ว ema13Length = input.int(13, title="Short MA (EMA 13)", group=group_ma) ema60Length = input.int(60, title="Trend MA (EMA 60)", group=group_ma) ema200Length = input.int(200, title="Filter MA (EMA 200)", group=group_ma) group_ut = "UT Bot Settings" ut_key = input.float(1.0, title="Key Value", step=0.1, group=group_ut) ut_period = input.int(10, title="ATR Period", group=group_ut) ut_showLine = input.bool(false, title="Show Trailing Line?", group=group_ut) // ========================================== // 2. CALCULATIONS // ========================================== maVal = ta.ema(close, maLength) // EMA 20 // ลบการคำนวณ EMA 9 ออกแล้ว ema13Val = ta.ema(close, ema13Length) // EMA 13 ema60Val = ta.ema(close, ema60Length) // EMA 60 ema200Val = ta.ema(close, ema200Length) // EMA 200 // --- Logic สีของเส้น --- // 1. EMA 200 (Traffic Light) bool isBullishTrend = ema60Val > ema200Val color trendColor = isBullishTrend ? color.lime : color.red // 2. EMA 20 (เปลี่ยนสีตามราคา) // ถ้า ราคาปิด > EMA 20 เป็นสีฟ้า, ถ้าต่ำกว่าเป็นสีม่วง bool isPriceAboveMA20 = close >= maVal color ema20Color = isPriceAboveMA20 ? color.aqua : color.purple // --- UT Bot Logic --- xATR = ta.atr(ut_period) nLoss = ut_key * xATR src = close xATRTrailingStop = 0.0 xATRTrailingStop := if src > nz(xATRTrailingStop , 0) and src > nz(xATRTrailingStop , 0) math.max(nz(xATRTrailingStop ), src - nLoss) else if src < nz(xATRTrailingStop , 0) and src < nz(xATRTrailingStop , 0) math.min(nz(xATRTrailingStop ), src + nLoss) else if src > nz(xATRTrailingStop , 0) src - nLoss else src + nLoss pos = 0 pos := if src < nz(xATRTrailingStop , 0) and src > nz(xATRTrailingStop , 0) 1 else if src > nz(xATRTrailingStop , 0) and src < nz(xATRTrailingStop , 0) -1 else nz(pos , 0) utBuy = (pos == 1) and (pos == -1) utSell = (pos == -1) and (pos == 1) // ========================================== // 3. PLOTTING // ========================================== // Plot EMA 200 plot(ema200Val, title="EMA 200 Traffic", color=trendColor, linewidth=3) // Plot EMA 60 & 13 plot(ema60Val, title="EMA 60", color=color.blue, linewidth=2) plot(ema13Val, title="EMA 13", color=color.aqua, linewidth=1) // --- EMA 20 (พระเอก: เส้นหนา เปลี่ยนสี) --- plot(maVal, title="EMA 20", color=ema20Color, linewidth=3) // *** ลบการแสดงผล EMA 9 และ Cloud ออกทั้งหมดแล้ว *** // ========================================== // 4. SIGNALS // ========================================== // สัญญาณหลัก (Price Cross EMA 20) trendBuy = ta.crossover(close, maVal) // ราคาปิด ตัดขึ้น EMA 20 trendSell = ta.crossunder(close, maVal) // ราคาปิด ตัดลง EMA 20 plotshape(trendBuy, title="Trend Buy", style=shape.labelup, location=location.belowbar, color=color.lime, text="BUY", textcolor=color.white, size=size.tiny) plotshape(trendSell, title="Trend Sell", style=shape.labeldown, location=location.abovebar, color=color.red, text="SELL", textcolor=color.white, size=size.tiny) // UT Bot Signals plotshape(utBuy, title="UT Bot Buy Dot", style=shape.circle, location=location.belowbar, color=color.lime, size=size.tiny) plotshape(utSell, title="UT Bot Sell Dot", style=shape.circle, location=location.abovebar, color=color.red, size=size.tiny) // ========================================== // 5. ALERTS // ========================================== alertcondition(trendBuy, title="Buy Signal", message="Engineer System: BUY (Close > EMA 20) 🚀") alertcondition(trendSell, title="Sell Signal", message="Engineer System: SELL (Close < EMA 20) 🔻") alertcondition(utBuy, title="UT Bot Buy Dot", message="UT Bot: BUY Signal 🟢") alertcondition(utSell, title="UT Bot Sell Dot", message="UT Bot: SELL Signal 🔴") alertcondition(isBullishTrend and not isBullishTrend , title="Trend 200 Bullish", message="Trend Change: EMA 60 Cross Above EMA 200 🟢") alertcondition(not isBullishTrend and isBullishTrend , title="Trend 200 Bearish", message="Trend Change: EMA 60 Cross Below EMA 200 🔴")
Indicatore Pine Script®
di yongyos987
Big Bite + Lock Profit Strategy Name: Big Bite + Lock Profit (Trend-Following with Dynamic Risk Management) 1. Core Concept This strategy is a robust Trend-Following system designed to capture significant market moves while minimizing equity volatility. It combines long-term trend filters with volatility-based trailing stops and a partial profit-taking mechanism to ensure capital preservation. 2. Technical Indicators Trend Filter: 200-period Exponential Moving Average (EMA 200). Entry/Trailing Stop: Supertrend Indicator (default: 10-period, 3.0 Multiplier). Volatility Measure: Average True Range (ATR) used for calculating the dynamic trailing stops. 3. Entry Logic (Long/Short) Long Entry: Price must be trading above the EMA 200 AND the Supertrend flips from Bearish to Bullish. Short Entry: Price must be trading below the EMA 200 AND the Supertrend flips from Bullish to Bearish. Purpose: This ensures we only trade in the direction of the dominant macro-trend, significantly reducing "Whipsaw" losses during market consolidations. 4. Exit & Trade Management (The "Lock Profit" Mechanic) Partial Take Profit (Locked Gains): Once the trade reaches a pre-defined target (e.g., 2% gain or a 1.5 R:R), 50% of the position is closed. This effectively "locks in" profit and moves the trade to a "risk-free" state. Full Exit (Trend End): The remaining 50% of the position is held until the Supertrend signals a reversal (trend change). This allows the strategy to "let the winners run" and capture the "Big Bite" of major trends. 5. Strategy Strengths (Backtest Performance Insights) High Sortino Ratio: The strategy demonstrates a high Sortino Ratio (approx. 5.47), indicating superior risk-adjusted returns with very low downside volatility. Healthy Holding Period: Unlike "scalping" bots, this strategy has an average holding period of 40+ bars, making it highly resilient to slippage and high commission costs in live trading environments. Asymmetric Reward-to-Risk: With an average win of ~1.28% vs. an average loss of ~0.41%, the strategy maintains a healthy 1:3 Reward-to-Risk ratio, ensuring long-term profitability even with a moderate win rate.
Strategia Pine Script®
di tai239
FVG (3-Candle) + ORBOpening Range (9:30–9:45 New York Time) The script calculates the high and low of the first 15 minutes of the New York session (9:30–9:45 AM ET) and extends those levels across the remainder of the session. The ORB is calculated in New York time regardless of your chart timezone, ensuring accurate levels even on CME futures charts. This helps identify: • Early session liquidity zones • Breakout continuation levels • Reversal traps • Intraday bias
Indicatore Pine Script®
di adigalrealtor
Muros Multi-TF (CON 50%)Claro, Chat. Aquí tienes la **descripción en inglés**, lista para pegar en TradingView: --- ### 📌 **Muros Multi-TF (Optimized)** Advanced **multi-timeframe tunnel indicator** designed to identify **key dynamic support and resistance zones**, market structure, and institutional reaction areas. The indicator plots tunnels based on **EMA 8 and EMA 15**, along with a **SMA 34**, across multiple timeframes: * 🟥 **Monthly (M)** * 🟪 **Weekly (W)** * ⚪ **Daily (D)** * 🔵 **4 Hours (4H)** * 🟡 **1 Hour (1H)** Each tunnel is displayed only when the current chart timeframe allows it, helping reduce noise and maintain a clean, professional chart. --- ### 🎯 **50% Tunnel Midline** Each tunnel includes a **50% midline**, representing the equilibrium level between EMA 8 and EMA 15. This midline can be **enabled or disabled individually** from the indicator settings for each timeframe. The 50% level acts as: * A price reaction zone * A pullback level * A decision area for trend continuation or rejection --- ### ⚙️ **Key Features** * Optimized multi-timeframe visualization * Full control from indicator settings * Color-coded tunnels by timeframe * Clean and professional design * Suitable for **scalping, intraday, and swing trading** * Works on any market --- ### 👨‍💻 **How to Use** Use the tunnels as **dynamic walls** and the 50% midline as a key reference for: * Pullback entries * Trend confirmation * Risk management and target planning --- 📈 *Built for traders who value structure, clarity, and precision.* If you want, I can also create: * a **short version** * a **more technical description** * or a **marketing-focused version** for public release
Indicatore Pine Script®
di raulerick351
Bandas Cambiarias Argentina / Argentina FX Bands**Update v2.2 - January 2026 CPI Data** Added January 2026 CPI (2.9%) which is now published by INDEC. This determines March 2026 bands with certainty. **Known Inflation (confirmed):** - Nov 2025: 2.5% → Jan 2026 bands - Dec 2025: 2.8% → Feb 2026 bands - Jan 2026: 2.9% → Mar 2026 bands **Projected Inflation (estimate):** - Feb 2026: 2.5% (editable) → Apr 2026 bands - Future CPI: May 2026+ (defaults to Feb estimate) Info panel now displays 4 IPC values. Known values shown in orange, projected values marked with asterisk (*) in gray. Default "Known Full Months Ahead" increased to 2. --- (ES) Agregado IPC Enero 2026 (2.9%) publicado por INDEC. Determina bandas de Marzo 2026. Panel muestra 4 valores de IPC.
Indicatore Pine Script®
di Eco Valores
NX - ICT PD Arrays (Enhanced v2) Credit to asyncoderCredit to @asyncoder This is a TradingView Pine Script indicator that identifies and displays ICT (Inner Circle Trader) Premium Discount Arrays on a price chart. Here's what it does: What It Shows The indicator detects two key price action concepts: 1. Fair Value Gaps (FVGs) Bullish FVG (BISI): When there's a gap between the current candle's low and the low of 2 candles ago, indicating unfilled buy-side imbalance Bearish FVG (SIBI): When there's a gap between the current candle's high and the high of 2 candles ago, indicating unfilled sell-side imbalance 2. Order Blocks (OBs) Bullish OB: A down candle followed by strong upward price movement (displacement), suggesting institutional buying Bearish OB: An up candle followed by strong downward displacement, suggesting institutional selling How It Works The indicator scans the last 250 bars (configurable) and: Detects patterns - Looks for the specific candle formations that create FVGs and OBs Filters quality - Uses multiple criteria to show only significant zones: Minimum gap/block size relative to ATR (volatility) Minimum price displacement percentage Optional swing point alignment Significance scoring (0-100 scale) Draws boxes - Creates colored zones on the chart that extend forward until price fills them (touches the zone) Adjustable sensitivity - Offers presets from "Very High" (shows many zones) to "Low" (shows only the strongest), or custom filtering Trading Use These zones are considered areas where institutional orders may be waiting, potentially acting as support/resistance. Traders watch for price reactions when these unfilled zones are tested. The indicator helps identify these levels automatically rather than marking them manually.
Indicatore Pine Script®
di dannydholmes1
A+ USDJPY 5M Prop Execution Suite [FINAL]The A+ USDJPY 5M Prop Execution Suite is a professional-grade continuation trading indicator built specifically for prop firm traders executing on USDJPY using the 5-minute timeframe. It is designed to eliminate low-quality entries and highlight only high-probability A+ pullback setups in trending markets. This tool combines trend bias, market structure, momentum, candle confirmation, risk management, RR projection, and SMT divergence into one streamlined execution system. Instead of chasing price, the indicator focuses on the core institutional model: Trend → Pullback → Rejection → Continuation 🔍 Core Features ✅ Trend Bias Engine Uses EMA 50 & EMA 200 to define directional bias. Trades are only taken in the direction of the dominant trend. ✅ Non-Repainting Market Structure Shift (MSS) Detects real-time structure breaks without repainting, ensuring signals appear when price actually confirms continuation. ✅ Buffered EMA Pullback Logic Waits for price to retrace into a buffered EMA zone using ATR, avoiding premature entries and missed setups caused by exact-touch logic. ✅ Momentum + Candle Rejection Confirmation Requires: RSI momentum alignment A valid bullish or bearish rejection candle This prevents entries during chop and weak pullbacks. ✅ SMT Divergence (Soft Confirmation) Compares USDJPY with a correlated market (default: DXY) to detect Smart Money Technique divergence, helping confirm institutional participation without blocking valid trades. ✅ Prop Firm Risk Overlay Automatically calculates: Account size Risk percentage Dollar risk per trade So position sizing stays consistent and rule-compliant. ✅ RR Projection Tool On every A+ setup, the indicator automatically draws: Entry Stop Loss (ATR-based) Take Profit (R-multiple based) This keeps risk-to-reward mechanical and emotion-free. ✅ Auto Cleanup & Chart Clarity Old RR levels are automatically removed when a new signal prints, keeping the chart clean and focused on the current opportunity. 📈 How To Trade It Wait for an A+ arrow. Let the candle close. Enter on the break of the signal candle. Manage to TP1 → Break Even → Runner.
Indicatore Pine Script®
di MarkAlex34
Tactical DeviationThis indicator is a mean-reversion system grounded in statistical deviation from the Volume Weighted Average Price (VWAP). Unlike standard Bollinger Bands or static envelopes, the "Tactical Deviation" script integrates Multi-Timeframe Analysis, Dynamic Volatility Scaling, and Market Structure Validation to identify high-probability exhaustion points. Underlying Concepts & Methodology The core philosophy of this script is that price tends to revert to its volume-weighted mean after reaching statistical extremes. However, identifying true extremes requires more than just standard deviation. This script employs a three-layer validation filter: Multi-Timeframe Confluence: The script calculates VWAP and Standard Deviation bands simultaneously for Daily, Weekly, and Monthly timeframes. It allows traders to visualize where short-term price action deviates significantly from longer-term volume trends. A key feature is the "Confluence Mode," which filters out noise by only flagging opportunities where price is overextended on multiple timeframes (e.g., Daily AND Weekly) simultaneously. Dynamic Volatility Adjustment (Originality): Standard deviation bands are often too static. This script includes a "Dynamic Multiplier" algorithm that ingests Average True Range (ATR) data to adjust the band width. Logic: Multiplier_Adjusted = Base_Multiplier * (1 + (ATR / Price * 10)) This ensures that during high-volatility events, the bands expand to prevent premature signals, while finding tighter entries during consolidation. Structural & Volume Validation: Many mean-reversion indicators fail by "catching a falling knife." To mitigate this, this script does not signal solely on band touches. It requires two additional confirmations: Pivot Confluence: The price must be interacting with a recent Swing Low (for longs) or Swing High (for shorts) specifically calculated within a user-defined lookback period. Volume Injection: A signal is only valid if volume exceeds its moving average by a defined factor (default 1.5x) or shows significant momentum, confirming institutional participation at the reversal point. Features & Settings Deviation Clouds: Visualizes the 1σ-3σ zones with customizable transparency to highlight areas of statistical significance without cluttering the chart. Signal Filter: RSI Filter: Optional integration to ensure momentum is also overbought/oversold alongside price deviation. Pivot Lookback: Adjusts the sensitivity of the market structure detection. Info Panel: A dashboard displaying the current deviation (in Sigma) for all three monitored timeframes in real-time. How to Use This tool is designed for mean reversion trading. Identify Extremes: Watch for price entering the outer deviation clouds (2σ or 3σ) on the Daily or Weekly VWAP. Wait for Confirmation: Do not enter blindly on a band touch. Wait for the signal triangle, which confirms that Volume, RSI (if enabled), and Pivot Structure have aligned to suggest a probable reversal. Risk Management: Use the VWAP itself (the center line) as a dynamic take-profit target, as price statistically gravitates back to this volume-weighted center.
Indicatore Pine Script®
di RickyTSpanish
MoonBoys BTC Production Cost Daily═════════════════════════════════════════════════════════════ MoonBoys BTC PRODUCTION COST DAILY ═════════════════════════════════════════════════════════════ Track Bitcoin's real-time production cost using comprehensive electricity consumption data and mining economics to identify macro support/resistance zones. ═══ OVERVIEW ═══ This indicator calculates Bitcoin's actual cost of production by combining Cambridge Bitcoin Electricity Consumption Index (CBECI) data with electricity pricing models across different mining eras. It reveals where miners are profitable or underwater, providing crucial macro-level support zones that have historically acted as psychological and economic floors. Perfect for: • Identifying long-term accumulation zones • Understanding miner profitability and capitulation risk • Spotting macro support levels during bear markets • Gauging healthy vs. overheated price levels • Planning dollar-cost averaging strategies ═══ KEY FEATURES ═══ 📊 COMPREHENSIVE HISTORICAL DATA └─ 378 data points spanning 2011-2026 └─ Complete CBECI electricity consumption dataset └─ Verified accuracy: all dates and values cross-checked └─ Updates every ~14 days with new CBECI releases ⚡ ELECTRICITY COST MODELING └─ Pre-June 2019: $0.05/kWh (Early mining era) └─ Pre-April 2021: $0.04/kWh (China dominance period) └─ Post-May 2021: $0.05/kWh (China exodus, Western migration) └─ Post-April 2024: $0.05/kWh (Post-4th halving era) └─ Fully customizable for scenario analysis 🎯 DUAL COST CURVES └─ Red line: Pure electricity cost per BTC └─ Purple line: Total production cost (electricity + operations) └─ Green line: Miner price (spot + transaction fee revenue) └─ Pink fill: Zones where miners are losing money 📈 AUTOMATIC HALVING ADJUSTMENTS └─ Integrates all Bitcoin halvings (2012, 2016, 2020, 2024) └─ Block reward automatically adjusts: 50 → 25 → 12.5 → 6.25 → 3.125 └─ Accurate per-day BTC production calculations 💰 PROFIT MARGIN TRACKING └─ Annual profit margin labels (optional) └─ Shows miner profitability percentage └─ Appears on chart at electricity cost level └─ Calculated using 365-day moving average ═══ HOW TO READ IT ═══ ┌─────────────────────────────────────────────────────────┐ │ INDICATOR │ MEANING │ ├─────────────────────────────────────────────────────────┤ │ 🟢 Green Line │ Miner Price (BTC price + fee revenue)│ │ (above purple) │ → Miners profitable, healthy market │ ├─────────────────────────────────────────────────────────┤ │ 🟢 Green Line │ Price below production cost │ │ (below purple) │ → Miner capitulation zone │ │ │ → Strong historical buy signal │ ├─────────────────────────────────────────────────────────┤ │ 🔴 Red Line │ Pure electricity cost per BTC │ │ │ → Absolute minimum mining cost │ ├─────────────────────────────────────────────────────────┤ │ 🟣 Purple Line │ Total production cost │ │ │ → Break-even for miners (60% elec) │ ├─────────────────────────────────────────────────────────┤ │ 🌸 Pink Fill │ Below-cost territory │ │ │ → Miners selling at a loss │ │ │ → Historical accumulation zone │ └─────────────────────────────────────────────────────────┘ ═══ TRADING APPLICATIONS ═══ 🐻 BEAR MARKET BOTTOMS → Price touching or breaking below production cost = high probability bottom → Extended periods below cost = miner capitulation → Historical bottoms: Nov 2011, Jan 2015, Dec 2018, Nov 2022 → Strongest buy signal in macro Bitcoin investing 📈 BULL MARKET HEALTH CHECKS → Distance above production cost = market heat level → 100-200% above cost = healthy bull market → 500%+ above cost = euphoric/bubble territory → Use as take-profit reference points 💎 ACCUMULATION STRATEGY → DCA when price approaches production cost → Increase buy size when price drops below cost → Maximum allocation when 10-20% below cost → Layer entry as margin shows negative percentages ⚖️ SUPPORT/RESISTANCE ZONES → Production cost acts as macro support in downtrends → Often becomes resistance after prolonged bear markets → Price reclaiming cost = bullish structural shift → Failed reclaims = continued weakness 🔄 HALVING CYCLE ANALYSIS → Cost doubles after each halving (supply cut) → Price typically consolidates near new cost basis → Historic pattern: break above cost = new bull cycle → Track 6-12 months post-halving for trend confirmation ═══ SETTINGS GUIDE ═══ ⚡ ELECTRICITY COST ASSUMPTIONS (USD/kWh) ├─ Pre-June 2019 (0.05): Early mining era, hobby miners ├─ Pre-China Exodus 2021 (0.04): Cheap Chinese hydropower ├─ Post-May 2021 (0.05): Western migration, higher costs └─ Post-April 2024 (0.05): Current era post-4th halving 💡 Adjust these for "what if" scenarios or local costs 💰 ELECTRICITY PERCENTAGE (Default: 60%) └─ Electricity as % of total mining costs └─ Remaining 40% = hardware, labor, rent, maintenance └─ Lower % = higher total cost (more conservative) └─ Typical range: 50-70% 🎨 VISUAL TOGGLES ├─ Plot BTC Miner Price: Show/hide green line │ └─ Includes transaction fee revenue per BTC ├─ Plot Production Cost Curves: Show/hide red & purple lines └─ Plot Annual Profit Margin Labels: Show/hide margin % └─ Appears annually (Jan 1st) and on last bar ═══ HOW IT WORKS ═══ 1. ELECTRICITY CONSUMPTION DATA • Cambridge Bitcoin Electricity Consumption Index (CBECI) • Actual network-wide energy usage in TWh (terawatt-hours) • Updated bi-weekly with real hash rate data • 378 historical data points (Aug 2011 - Jan 2026) 2. COST CALCULATION FORMULA Electricity Cost per BTC = (TWh per year / 365.25 days) × (10^9 to convert to kWh) / (BTC mined per day) × (Electricity price per kWh) Total Cost per BTC = Electricity Cost / (Electricity % of total costs) 3. BTC MINED PER DAY Blocks per day (144) × Block reward • 2009-2012: 50 BTC/block = 7,200 BTC/day • 2012-2016: 25 BTC/block = 3,600 BTC/day • 2016-2020: 12.5 BTC/block = 1,800 BTC/day • 2020-2024: 6.25 BTC/block = 900 BTC/day • 2024+: 3.125 BTC/block = 450 BTC/day 4. MINER PRICE METRIC Spot close price + (Transaction fees per day / BTC mined per day) • Currently simplified with fees = 0 • Shows true revenue per BTC for miners 5. PROFIT MARGIN CALCULATION ((Miner Price / Total Cost) - 1) × 100 • Smoothed with 365-day SMA • Shows sustainable annual profitability ═══ BEST PRACTICES ═══ ✅ DO: • Use on DAILY timeframe for accuracy (designed for daily data) • Combine with on-chain metrics (SOPR, MVRV, Puell Multiple) • Layer with traditional TA for entry/exit timing • Understand this is AVERAGE global cost (varies by miner) • Use as macro filter, not short-term trading signal • Check profit margins during capitulation events ❌ DON'T: • Use as sole indicator for short-term trades • Ignore that efficient miners have much lower costs • Forget that cost is constantly rising (hash rate + difficulty) • Assume price can't go below cost (it can temporarily) • Trade based only on cost - liquidity events can wick lower • Expect instant reversals at cost levels ═══ HISTORICAL PERFORMANCE ═══ Major Bitcoin bottoms near/below production cost: 📅 November 2011 Price: ~$2 | Cost: ~$5 → 60% below cost, -95% drawdown → Bottom signal ✓ 📅 January 2015 Price: ~$150 | Cost: ~$180 → 17% below cost, -85% drawdown → Bottom signal ✓ 📅 December 2018 Price: ~$3,200 | Cost: ~$3,500 → 9% below cost, -84% drawdown → Bottom signal ✓ 📅 November 2022 Price: ~$15,500 | Cost: ~$17,000 → 9% below cost, -77% drawdown → Bottom signal ✓ Pattern: When price trades below production cost, accumulation zone. ═══ TECHNICAL NOTES ═══ • Built with Pine Script v5 • Data source: Cambridge Centre for Alternative Finance (CBECI) Updated Quaterly by Request • All dates/values verified against official CSV dataset • Electricity price adjusts based on major mining regime shifts • Uses series variables for proper historical calculation • Forward-fills data between CBECI update periods • Accounts for all 4 halvings in BTC history ═══ DATA PERIODS EXPLAINED ═══ 🏭 PRE-JUNE 2019 ($0.05/kWh) Early mining era, distributed hobby miners, average global cost 🇨🇳 JUNE 2019 - APRIL 2021 ($0.04/kWh) China dominance period, cheap hydropower in Sichuan/Yunnan 🌍 MAY 2021 - APRIL 2024 ($0.05/kWh) China ban, Western migration, renewable energy transition 🔮 POST-APRIL 2024 ($0.05/kWh) 4th halving, institutional mining, current era ═══ UNDERSTANDING MINING ECONOMICS ═══ ⚡ ELECTRICITY = 60% OF COST (Default) └─ Largest variable expense for miners └─ Directly tied to hash rate and difficulty 🔧 OTHER COSTS = 40% ├─ ASIC hardware (depreciation) ├─ Facility rent and cooling ├─ Labor and maintenance ├─ Internet and infrastructure └─ Insurance and legal 💰 REVENUE SOURCES ├─ Block subsidy (newly minted BTC) └─ Transaction fees (variable, usually 2-10% of revenue) 📉 MINER BEHAVIOR • Profitable: Accumulate BTC, expand operations • Break-even: Hold BTC, maintain operations • Unprofitable: Forced selling, potential capitulation ═══ ADVANCED USE CASES ═══ 🔬 SCENARIO ANALYSIS → Adjust electricity costs to model different regions → US miners: $0.05-0.07/kWh → Nordic miners: $0.02-0.04/kWh → Middle East: $0.01-0.03/kWh 📊 COMBINE WITH ON-CHAIN DATA → Miner Net Position Change (selling pressure) → Hash Ribbons (miner capitulation indicator) → Difficulty Ribbon (hash rate compression) → Puell Multiple (miner revenue extremes) 🎯 MULTI-TIMEFRAME CONFLUENCE → Weekly chart: macro trend and cost support → Daily chart: precise entry/exit near cost → 4H chart: short-term reactions at cost levels 🌐 CORRELATION TRADING → Miner stocks (MARA, RIOT, CLSK) vs BTC cost → When BTC < cost, miner stocks typically -30-50% → Energy prices (oil, nat gas) affect mining costs ═══ LIMITATIONS & CONSIDERATIONS ═══ ⚠️ AVERAGE COST, NOT ACTUAL • Large miners with PPAs have costs as low as $0.02-0.03/kWh • Inefficient miners may have costs 2-3x the average • This shows network-wide average for reference ⚠️ ELECTRICITY PRICE ASSUMPTIONS • Static periods vs. dynamic energy markets • Renewable energy % growing = lower average cost over time • Geographic distribution matters (Texas vs. Kazakhstan) ⚠️ DOESN'T INCLUDE • ASIC efficiency improvements (more hash/watt) • Stranded energy and flare gas mining • Government subsidies or penalties • Seasonal variations (wet/dry seasons) ⚠️ LAGGING INDICATOR • CBECI data updates every ~14 days • Historical data, not forward-looking • Cost always rises, but at variable rate ═══ DISCLAIMER ═══ This indicator visualizes Bitcoin's estimated global average production cost based on publicly available electricity consumption data and modeled pricing assumptions. It does NOT: • Guarantee future price movements or bottoms • Account for individual miner profitability variations • Include all operational costs (simplified to electricity %) • Predict miner capitulation or selling pressure • Constitute financial advice or buy/sell signals Production cost is A REFERENCE POINT, not a hard floor. Price can and has traded below cost during extreme capitulation events. Market liquidity, macro conditions, and sentiment often override cost-basis logic in the short term. Always conduct your own research and use proper risk management. 📚 EDUCATIONAL USE ONLY | NOT FINANCIAL ADVICE ═══ RESOURCES ═══ Cambridge Bitcoin Electricity Consumption Index (CBECI) → ccaf.io Bitcoin Mining Economics → insights.braiins.com Block Reward Halving Schedule → www.bitcoinblockhalf.com Difficulty & Hash Rate Charts → www.blockchain.com Understanding ASIC Mining → academy.binance.com Mining Profitability Calculator → www.coinwarz.com On-Chain Miner Metrics → cryptoquant.com Energy & Mining Data → hashrateindex.com ═══════════════════════════════════════════════════════════ Built for the Bitcoin community 🚀 Because understanding the cost of production is fundamental analysis 💎 ═══════════════════════════════════════════════════════════
Indicatore Pine Script®
di VickzinBK
Defyler 15m ORB// This Pine Script® code is subject to the terms of the Mozilla Public License 2.0 at mozilla.org // © jeffparker341 //@version=6 indicator("Defyler ORB", overlay=true, max_labels_count=500, max_boxes_count=500) // ===================== // Inputs // ===================== sess = input.session("0930-1600", "RTH Session") showAfterHours = input.bool(false, "Extend Past RTH Close") // Range visuals bandColor = input.color(color.new(color.teal, 85), "Range Fill") hiLineColor = input.color(color.new(color.white, 0), "High Line") loLineColor = input.color(color.new(color.white, 0), "Low Line") lineWidth = input.int(2, "Range Line Width", minval=1, maxval=4) // Chart-TF VWAP showHourlyVWAP = input.bool(true, "Show VWAP (Chart TF)") hVwapColor = input.color(color.new(color.yellow, 0), "VWAP Color") hVwapWidth = input.int(2, "VWAP Width", minval=1, maxval=4) // Debug / markers showBreakMarks = input.bool(true, "Show Break Markers (BRK)") showReclaimMk = input.bool(true, "Show Reclaim Markers (T/R)") showEntryLabel = input.bool(true, "Show Entry Labels") showExitLabel = input.bool(true, "Show Exit Labels") breakUpColor = input.color(color.new(color.lime, 0), "BRK Up Color") breakDnColor = input.color(color.new(color.red, 0), "BRK Down Color") reclUpColor = input.color(color.new(color.aqua, 0), "Reclaim Long Color") reclDnColor = input.color(color.new(color.fuchsia, 0), "Reclaim Short Color") // Trade enable enableLong = input.bool(true, "Enable Long Trades") enableShort = input.bool(true, "Enable Short Trades") // Break→Reclaim tuning reclaimTolPct = input.float(10.0, "Reclaim proximity (% of 30m range)", minval=0.0, step=0.5) // Filters useVWAPFilter = input.bool(true, "Require VWAP Alignment (Long>VWAP, Short Confirm)") confirmBufferTicks = input.int(0, "Confirm Buffer (ticks)", minval=0, maxval=100) // ===================== // 30m Trend Projection (recommended ON) // ===================== useTrendProjection30m = input.bool(true, "Use 30m Trend Projection for TP/SL") projLen30m = input.int(30, "30m Trend Length", minval=5, maxval=200) projBars30m = input.int(2, "Project N 30m Bars Ahead", minval=1, maxval=12) minProjATR = input.float(0.75, "Min Projection (x 30m ATR)", minval=0.0, step=0.05) // Risk model (applies to base move, projected or fallback) slPct = input.float(50.0, "SL = % of Base", minval=0.1, step=0.1) tpPct = input.float(100.0,"TP = % of Base", minval=0.1, step=0.1) // Make boxes larger overall (SL/TP distances) boxSizeMult = input.float(1.65, "Order Box Size Multiplier", minval=0.5, maxval=3.0, step=0.05) // Fallback base mode (only used when projection is OFF) fallbackBase = input.string("VWAPDistance", "Fallback Base (when projection OFF)", options= ) atrLen = input.int(14, "ATR Length (fallback)", minval=1) atrTf = input.string("5", "ATR Timeframe (fallback)", options= ) minBaseMode = input.string("ATR", "Min Base Floor Type (fallback)", options= ) minBasePct30m = input.float(10.0, "Min Base = % of 30m Range", minval=0.0, step=1.0) // Trade box visuals riskBoxColor = input.color(color.new(color.red, 85), "Risk Box Fill") rewardBoxColor = input.color(color.new(color.lime, 88), "Reward Box Fill") boxBorderColor = input.color(color.new(color.white, 80), "Box Border") // ===================== // Session flags // ===================== inSess = not na(time(timeframe.period, sess)) newDay = ta.change(time("D")) != 0 // ===================== // VWAP (Chart timeframe; auto-adapts to selected TF) // ===================== chartVWAP = ta.vwap(hlc3) showVW = showHourlyVWAP and (inSess or showAfterHours) plot(showVW ? chartVWAP : na, "VWAP", color=hVwapColor, linewidth=hVwapWidth, style=plot.style_line) // ===================== // First 30m RTH candle high/low (computed on 30m series) // ===================== rth30_firstBar = request.security( syminfo.tickerid, "30", (not na(time("30", sess))) and (na(time("30", sess)) ), barmerge.gaps_off, barmerge.lookahead_off ) rth30_high = request.security(syminfo.tickerid, "30", high, barmerge.gaps_off, barmerge.lookahead_off) rth30_low = request.security(syminfo.tickerid, "30", low, barmerge.gaps_off, barmerge.lookahead_off) // Range state var float firstHi = na var float firstLo = na var bool locked = false if newDay firstHi := na firstLo := na locked := false if rth30_firstBar and not locked firstHi := rth30_high firstLo := rth30_low locked := true showRange = locked and (inSess or showAfterHours) // Range plots rangeHi = showRange ? firstHi : na rangeLo = showRange ? firstLo : na pHi = plot(rangeHi, "First 30m High", color=hiLineColor, linewidth=lineWidth, style=plot.style_linebr) pLo = plot(rangeLo, "First 30m Low", color=loLineColor, linewidth=lineWidth, style=plot.style_linebr) fill(pHi, pLo, color=bandColor, title="First 30m Range Fill") // ===================== // 30m Trend Projection (points) // ===================== atr30 = request.security(syminfo.tickerid, "30", ta.atr(14), barmerge.gaps_off, barmerge.lookahead_off) lr30 = request.security(syminfo.tickerid, "30", ta.linreg(close, projLen30m, 0), barmerge.gaps_off, barmerge.lookahead_off) lr30_prev = request.security(syminfo.tickerid, "30", ta.linreg(close, projLen30m, 0) , barmerge.gaps_off, barmerge.lookahead_off) slope30 = lr30 - lr30_prev projMoveRaw = math.abs(slope30) * projBars30m projFloor = atr30 * minProjATR projMove = math.max(projMoveRaw, projFloor) // ===================== // Break → Reclaim state machine // ===================== var bool armedLong = true var bool armedShort = true var bool longBroken = false var bool longTouched = false var bool shortBroken = false var bool shortTouched = false range30 = locked ? (firstHi - firstLo) : na tol = (not na(range30) ? range30 * (reclaimTolPct / 100.0) : na) // Daily reset if newDay armedLong := true armedShort := true longBroken := false longTouched := false shortBroken := false shortTouched := false // Re-arm ONLY when price closes back inside the 30m range insideRange = locked and barstate.isconfirmed and close <= firstHi and close >= firstLo if insideRange armedLong := true armedShort := true longBroken := false longTouched := false shortBroken := false shortTouched := false // VWAP alignment (chart TF VWAP) allowLong = not useVWAPFilter or close > chartVWAP allowShort = not useVWAPFilter or close < chartVWAP // Break (confirmed close) brkUp = showRange and barstate.isconfirmed and armedLong and close > firstHi and allowLong brkDn = showRange and barstate.isconfirmed and armedShort and close < firstLo and allowShort if brkUp longBroken := true longTouched := false if brkDn shortBroken := true shortTouched := false // Touch zone after break longTouch = showRange and longBroken and armedLong and not longTouched and not na(tol) and low <= (firstHi + tol) if longTouch longTouched := true shortTouch = showRange and shortBroken and armedShort and not shortTouched and not na(tol) and high >= (firstLo - tol) if shortTouch shortTouched := true // Reclaim/confirm (confirmed close back through boundary) longReclaim = showRange and barstate.isconfirmed and armedLong and longBroken and longTouched and close > firstHi and allowLong shortReclaim = showRange and barstate.isconfirmed and armedShort and shortBroken and shortTouched and close < firstLo and allowShort if requireCandleDir longReclaim := longReclaim and close > open shortReclaim := shortReclaim and close < open // Markers plotshape(showBreakMarks and brkUp, title="BRK Up", style=shape.triangleup, location=location.belowbar, size=size.tiny, color=breakUpColor, text="BRK↑") plotshape(showBreakMarks and brkDn, title="BRK Down", style=shape.triangledown, location=location.abovebar, size=size.tiny, color=breakDnColor, text="BRK↓") plotshape(showReclaimMk and longTouch, title="Touch Long", style=shape.circle, location=location.belowbar, size=size.tiny, color=reclUpColor, text="T") plotshape(showReclaimMk and shortTouch, title="Touch Short", style=shape.circle, location=location.abovebar, size=size.tiny, color=reclDnColor, text="T") plotshape(showReclaimMk and longReclaim, title="Reclaim Long", style=shape.diamond, location=location.belowbar, size=size.tiny, color=reclUpColor, text="R") plotshape(showReclaimMk and shortReclaim, title="Reclaim Short", style=shape.diamond, location=location.abovebar, size=size.tiny, color=reclDnColor, text="R") // ===================== // Two-Stage Entry setup state // ===================== var bool hasSetup = false var int setupDir = 0 var float setupHi = na var float setupLo = na // Reset setup daily if newDay hasSetup := false setupDir := 0 setupHi := na setupLo := na // If price goes back inside the ORB range, invalidate any pending setup if hasSetup and insideRange hasSetup := false setupDir := 0 setupHi := na setupLo := na // Capture setup on reclaim (instead of entering immediately when Two-Stage is ON) if useTwoStageEntry and not hasSetup and not na(firstHi) and not na(firstLo) if enableLong and not hasSetup and longReclaim hasSetup := true setupDir := 1 setupHi := high setupLo := low if enableShort and not hasSetup and shortReclaim hasSetup := true setupDir := -1 setupHi := high setupLo := low // Confirm conditions (follow-through beyond reclaim candle extreme + optional buffer) buf = confirmBufferTicks * syminfo.mintick confirmLong = useTwoStageEntry and hasSetup and setupDir == 1 and barstate.isconfirmed and close > (setupHi + buf) and allowLong confirmShort = useTwoStageEntry and hasSetup and setupDir == -1 and barstate.isconfirmed and close < (setupLo - buf) and allowShort // ===================== // Fallback sizing helpers (only used if projection OFF) // ===================== breakerRange = high - low atrBase = request.security(syminfo.tickerid, atrTf, ta.atr(atrLen), barmerge.gaps_off, barmerge.lookahead_off) f_base_fallback(entry) => float b = na if fallbackBase == "30mRange" b := range30 else if fallbackBase == "BreakerRange" b := breakerRange else if fallbackBase == "ATR" b := atrBase else b := math.abs(entry - chartVWAP) b f_floor_fallback() => float f = 0.0 if minBaseMode == "None" f := 0.0 else if minBaseMode == "ATR" f := atrBase else f := (not na(range30) ? range30 * (minBasePct30m / 100.0) : 0.0) f f_baseEff(entry) => float b = useTrendProjection30m ? projMove : math.max(f_base_fallback(entry), f_floor_fallback()) b // ===================== // Box helper (bar_index anchored; scales/pans/zooms correctly) // ===================== f_make_box(_box, _leftBar, _rightBar, _top, _bot, _bg) => box _b = _box if na(_b) _b := box.new(left=_leftBar, right=_rightBar, top=_top, bottom=_bot, xloc=xloc.bar_index, bgcolor=_bg, border_color=boxBorderColor) else box.set_left(_b, _leftBar) box.set_right(_b, _rightBar) box.set_top(_b, _top) box.set_bottom(_b, _bot) _b // ===================== // Trade state + boxes // ===================== var int dir = 0 var bool active = false var float entryPx = na var float slPx = na var float tpPx = na var int entryBarIndex = na var box riskBox = na var box rewardBox = na if newDay dir := 0 active := false entryPx := na slPx := na tpPx := na entryBarIndex := na riskBox := na rewardBox := na // Signals: // - If Two-Stage is ON: entry only on confirmLong/confirmShort // - If Two-Stage is OFF: old behavior (enter on reclaim) longSignal = enableLong and not active and (useTwoStageEntry ? confirmLong : longReclaim) shortSignal = enableShort and not active and (useTwoStageEntry ? confirmShort : shortReclaim) // Once confirmation happens (or if we entered), clear pending setup if (confirmLong or confirmShort) and useTwoStageEntry hasSetup := false setupDir := 0 setupHi := na setupLo := na if longSignal dir := 1 active := true entryPx := close entryBarIndex := bar_index baseEff = f_baseEff(entryPx) * boxSizeMult slPx := entryPx - baseEff * (slPct / 100.0) tpPx := entryPx + baseEff * (tpPct / 100.0) armedLong := false longBroken := false longTouched := false riskBox := na rewardBox := na riskBox := f_make_box(riskBox, entryBarIndex, bar_index, entryPx, slPx, riskBoxColor) rewardBox := f_make_box(rewardBox, entryBarIndex, bar_index, tpPx, entryPx, rewardBoxColor) if showEntryLabel label.new(bar_index, low, "LONG Entry", style=label.style_label_up, textcolor=color.white) if shortSignal dir := -1 active := true entryPx := close entryBarIndex := bar_index baseEff = f_baseEff(entryPx) * boxSizeMult slPx := entryPx + baseEff * (slPct / 100.0) tpPx := entryPx - baseEff * (tpPct / 100.0) armedShort := false shortBroken := false shortTouched := false riskBox := na rewardBox := na riskBox := f_make_box(riskBox, entryBarIndex, bar_index, slPx, entryPx, riskBoxColor) rewardBox := f_make_box(rewardBox, entryBarIndex, bar_index, entryPx, tpPx, rewardBoxColor) if showEntryLabel label.new(bar_index, high, "SHORT Entry", style=label.style_label_down, textcolor=color.white) // Extend boxes while active if active and not na(entryBarIndex) if dir == 1 riskBox := f_make_box(riskBox, entryBarIndex, bar_index, entryPx, slPx, riskBoxColor) rewardBox := f_make_box(rewardBox, entryBarIndex, bar_index, tpPx, entryPx, rewardBoxColor) else if dir == -1 riskBox := f_make_box(riskBox, entryBarIndex, bar_index, slPx, entryPx, riskBoxColor) rewardBox := f_make_box(rewardBox, entryBarIndex, bar_index, entryPx, tpPx, rewardBoxColor) // Exit detection only AFTER entry bar canExit = active and not na(entryBarIndex) and bar_index > entryBarIndex hitTP = canExit and ((dir == 1 and high >= tpPx) or (dir == -1 and low <= tpPx)) hitSL = canExit and ((dir == 1 and low <= slPx) or (dir == -1 and high >= slPx)) exitNow = hitTP or hitSL exitIsSL = hitSL if exitNow if showExitLabel label.new(bar_index, exitIsSL ? slPx : tpPx, exitIsSL ? "EXIT SL" : "EXIT TP", style=label.style_label_left, textcolor=color.white) // Freeze boxes at this bar and leave them on chart if not na(riskBox) box.set_right(riskBox, bar_index) if not na(rewardBox) box.set_right(rewardBox, bar_index) // Clear trade state (boxes remain) dir := 0 active := false entryPx := na slPx := na tpPx := na entryBarIndex := na riskBox := na rewardBox := na
Indicatore Pine Script®
di jeffparker341