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Candlestick analysis

ICT Silver Only Toolkit (XAGUSD) No Baby ICTThis indicator is designed exclusively for Silver (XAGUSD) and applies core ICT concepts to help traders identify high-probability smart-money setups. It automatically plots the Asia session range, London and New York killzones, previous day high/low, equal highs and lows (liquidity pools), Asia liquidity sweeps, and ICT fair value gaps (FVGs). The toolkit also includes “Do Nothing” warning labels to help traders avoid low-quality conditions such as trading outside killzones, extended pre-NY moves, or impulsive candles. Built for precision and patience, this indicator supports traders who wait for liquidity, displacement, and retracement rather than chasing price. Best used on 1–15 minute charts during London and New York sessions. No indicators for bias guessing. No scalping gimmicks. Just clean ICT structure for Silver.
Pine Script® indicator
by TradimgTechie
True FVGs v2This script identifies and plots true Fair Value Gaps (FVGs) using a strict three-candle structure, distinguishing between two formation types while accounting for doji candles. It draws shaded boxes to represent untraded price imbalances, with Type A and Type B gaps defined by precise wick-to-body and body-to-body relationships that reflect institutional price displacement. The indicator allows the user to control how far each FVG extends and how many recent FVGs remain visible, keeping the chart clean and relevant. This is helpful because it highlights high-probability areas where price is likely to react, enabling more precise trade planning, entries, and risk management without visual clutter. It expands on the first script (True FVGs) and allows for a more controlled design fitting each trader's desires.
Pine Script® indicator
by andrew_blichasz
Lanovyx# Lanovyx — Setup Window Confluence System ## The Problem This Solves Traditional confluence indicators require all conditions to align on the exact same bar: stochastic must be oversold AND price must touch support AND divergence must form — all simultaneously. In real markets, this rarely happens. Price touches VWAP -2σ, but stochastic doesn't reach oversold until 3 bars later. The opportunity is missed. **Lanovyx solves this with the Setup Window methodology.** --- ## Core Innovation: Setup Windows Instead of requiring simultaneous conditions, Lanovyx separates trading signals into two phases: **Phase 1 — Context Event (Setup Activation)** When a meaningful event occurs, it "opens a window" that stays active for a configurable number of bars: - Price touches VWAP ±2σ or ±3σ band → window opens - Price tests Previous Day High/Low → window opens - Stochastic divergence forms → window opens - Opening Range breakout occurs → window opens - Price reaches Support/Resistance level → window opens Each event adds to a cumulative "setup score" (capped at 8). Higher scores indicate stronger context. **Phase 2 — Trigger (Signal Generation)** Within the active window, when stochastic conditions confirm, a signal fires. The trigger doesn't need to occur on the same bar as the context — it just needs to occur while the window is open. This two-phase approach captures setups that traditional indicators miss entirely. --- ## Why Stochastic + VWAP Confluence Works **VWAP (Volume-Weighted Average Price)** tells us where institutional money has transacted. The standard deviation bands identify statistical extremes: - Price at VWAP -2σ is extended to the downside (potential mean reversion long) - Price at VWAP +2σ is extended to the upside (potential mean reversion short) **Stochastic Oscillator** measures momentum exhaustion. When price reaches a VWAP extreme AND stochastic shows momentum reversing, we have confluence of: 1. Price extension (VWAP bands) 2. Momentum exhaustion (Stochastic) 3. Context validation (Setup Window score) The multi-lane stochastic (14/21/55 periods) adds timeframe confluence — when fast, medium, and slow stochastics align, the signal is stronger. --- ## Five Signal Families Each family targets a specific market condition: ### 1. Trend Entry (T) — Blue Labels **When:** Stochastic pulls back to 25-55 zone (longs) or 45-75 zone (shorts) during established trend **Logic:** In trending markets, pullbacks to the "value zone" offer low-risk entries with trend **Best for:** Trending days with clear directional bias ### 2. Mean Reversion (R) — Green/Red Labels **When:** Stochastic exits oversold (<20) or overbought (>80) with active setup window **Logic:** At VWAP extremes with momentum exhaustion, price tends to revert to mean **Best for:** Range-bound, choppy markets **Requires:** Active setup window (context event must have occurred) ### 3. Breakout (B) — Orange Labels **When:** Stochastic lanes compress ("coil") then expand, crossing the 50 midline **Logic:** Compression precedes expansion; breakout from tight range signals new trend **Best for:** Transition days, post-squeeze moves ### 4. Momentum (M) — Green/Red Labels **When:** Stochastic crosses 50 from extreme zone (<25 or >75) within lookback period **Logic:** Catches V-shaped reversals where regime detection lags the move **Best for:** Fast reversals, news-driven moves ### 5. Counter-Signal / FADE (C) — Purple Labels **When:** A signal fires and immediately fails (stochastic reverses sharply against it) **Logic:** Failed signals often lead to strong moves in the opposite direction (trapped traders) **Confidence gating:** High-confidence fades generate signals; low-confidence show warnings only --- ## Institutional Key Levels Lanovyx incorporates levels that institutional traders use: - **PDH/PDL** (Previous Day High/Low) — Major support/resistance where stops cluster - **PDC** (Previous Day Close) — Settlement price, gap reference - **ORB** (Opening Range) — First 15 minutes high/low, breakout trigger - **IB** (Initial Balance) — First 60 minutes range, institutional benchmark These levels automatically activate setup windows when price interacts with them, adding to the setup score. --- ## Filtering System **ADX Filter:** In strong trends (ADX > 25), blocks counter-trend mean reversion signals to avoid fighting momentum. **HTF Bias Filter:** Optional alignment with higher timeframe (e.g., 1-hour) EMAs. Can block or demote signals that oppose the larger trend. **Regime Detection:** Classifies market as Uptrend, Downtrend, Sideways, or Squeeze using EMA alignment and market structure (HH/HL/LH/LL patterns). --- ## How to Use 1. **Wait for Setup** — Watch for context events (VWAP band touch, key level test, divergence) 2. **Check the Score** — Higher setup scores indicate stronger context (visible in debug mode) 3. **Wait for Trigger** — Let stochastic confirm within the window 4. **Confirm Regime** — Ensure signal type matches market condition 5. **Manage Risk** — Use the ATR-based stop/target levels shown after signals **Strong signals (★)** appear when multiple confluence factors align — these are highest probability setups. --- ## Settings Overview | Setting | Default | Purpose | |---------|---------|---------| | Setup Window | 10 bars | How long context events stay active | | Entry Zone | 25-55 | Stochastic zone for trend pullback entries | | OS/OB Levels | 20/80 | Stochastic extremes for mean reversion | | Stop Loss | 1.5 ATR | Risk management distance | | Target 1 | 2.0 ATR | First profit target (1.33:1 R:R) | Recommended timeframes: 5-minute and 15-minute charts. --- ## Disclaimer This indicator is for educational purposes only and does not constitute financial advice. Past performance does not guarantee future results. Always use proper risk management and never risk more than you can afford to lose. No indicator can predict the future — use this as one input in your trading decision process, not as a standalone system.
Pine Script® indicator
by sfbayman
Infinity Silver Cycle Map - 9-Point ProgrammableInfinity Silver Cycle Map — 9-Point Programmable + Inversion + 4MA is a time-structure overlay built to help visualize repeating rhythm in Silver by mapping a fixed-length cycle (default 42 bars) into 9 programmable pivot zones (P1–P9). This script does not predict price or claim performance. Its purpose is to make cycle timing visible and testable in replay by plotting consistent time-based reference points that traders can compare against historical swing behavior. What this script does Draws a repeating cycle framework You define a Cycle Length (bars) and 9 point offsets inside that cycle. The script then draws: Past cycles (faded) The current cycle The next cycle (projection) Highlights timing windows (optional) Each pivot can display a ± bar tolerance window so you can treat pivots as zones instead of exact “one-bar” events. Plots 4MA and 4MA (optional) A 4-period moving average and its prior value are plotted as a compact trend/inflection reference. This is included as context, not as a standalone entry/exit system. Displays a small status table Shows the script name, cycle settings, directional bias label, inversion state, and the anchor value. Optional symbol-lock If enabled, outputs can be hidden unless the chart symbol looks like Silver (e.g., XAG / SI), preventing accidental use on unrelated tickers. How it works (concepts behind the calculations) A) Cycle mapping (bar-count time structure) This indicator uses bar-based cycle segmentation: A “cycle” is treated as a repeating span of N bars (default 42). Pivot points are expressed as bar offsets inside that cycle (P1–P9). Each pivot is then projected backward (past cycles) and forward (next cycle) to create a repeating time grid. This is a time alignment tool: it measures where we are in the cycle and makes those timing landmarks visible. B) Directional state (minimal / stable) The Bias label (LONG / SHORT / STAND ASIDE) is derived from simple agreement checks: Price relative to a short mean (SMA of close) A smoothed RSI line vs its signal line If both conditions align bullish → LONG If both align bearish → SHORT Otherwise → STAND ASIDE C) Inversion toggle (presentation switch) “Invert Bias” flips LONG ↔ SHORT. This is provided to support alternative interpretations or testing workflows; it does not change the cycle map itself. How to use it Start by calibrating the cycle Set Cycle Length and P1–P9 offsets to match the time structure you observe in Silver. Use Past Cycles to visually verify whether swings tend to cluster near certain pivot zones. Treat pivots as timing zones Enable ± Timing Window and set tolerance (± bars) to account for real-world variation. Use pivots as “attention zones” where trend continuation or reversal is more likely to occur in time. Use 4MA as context The 4MA and 4MA lines help you see whether price is accelerating, flattening, or inflecting as a pivot zone approaches. Use Bias as a filter, not a promise Bias is best used as a lightweight “state label” when reviewing cycle behavior, not as a standalone trade trigger. Notes & limitations This is a time-based framework, so behavior will differ across timeframes and Silver tickers. Pivot placement is intentionally user-controlled; the script does not auto-optimize points. This tool provides structure and context; it does not place trades and does not provide financial advice.
Pine Script® indicator
by Dinjin
Elite Entry Source [ACE]This indicator provides a comprehensive overlay for trend identification and signal execution. Users should follow the primary trend line color for market bias—green for bullish and purple for bearish. High-probability entry and exit points are marked by clear "Buy" and "Sell" labels directly on the candles. For maximum accuracy, always cross-reference the on-chart signals with the bottom-right Multi-Timeframe (MTF) dashboard to ensure the local move aligns with higher-order trends.
Pine Script® indicator
by Aouil
Fusion Signals Pro [Apicode]# Fusion Signals Pro **Technical Documentation** ## 1. Overview **Fusion Signals Pro** is a multi-indicator, multi-timeframe confirmation system developed in **Pine Script v6**. Its primary goal is to **identify high-probability long and short entries** by requiring alignment across several momentum, trend, and oscillator indicators. The indicator combines: * Momentum (RPM, MACD) * Oscillators (RSI, Stochastic, CCI, BBO) * Trend-following logic (SuperTrend, EMA + T3 smoothing) * A proprietary Heiken-Ashi–based trend module (**HACOLT**) When all components align, the system generates **entry signals**, visual confirmations, and alerts. --- ## 2. Indicator Characteristics | Property | Value | | ------------------ | ----------------------------- | | Script Version | Pine Script™ v6 | | Overlay | Yes (candles, EMAs, signals) | | Main Panel | Oscillator-style status panel | | Repainting Control | Configurable per indicator | | Market Types | Crypto, Stocks, ETFs | | Timeframes | 15m, 30m, 1H, 2H and higher | --- ## 3. Architecture Summary The indicator consists of **five major modules**: 1. **Multi-Timeframe Data Engine** 2. **Indicator Calculation Engine** 3. **Scoring & State Engine** 4. **Signal & Alert Engine** 5. **Trendline & HACOLT Engine** --- ## 4. Multi-Timeframe Data Engine ### `getSecurityData()` This function safely retrieves higher- or alternate-timeframe data while controlling repainting behavior. **Key features:** * Supports real-time vs historical bar handling * Optional repainting toggle per indicator * Uses `request.security()` internally ```pinescript getSecurityData(src, resolution, allowRepainting) ``` --- ## 5. Indicator Components ### 5.1 RPM (Rate of Price Momentum) **Purpose:** Measures cumulative percentage price change over a defined period. **Logic:** * Calculates bar-to-bar % change * Sums the change over `RPM Period` **Signal Logic:** * `> 0` → Bullish * `< 0` → Bearish --- ### 5.2 BBO (Bull–Bear Oscillator) **Custom oscillator combining:** * Candle price structure * RSI confirmation * Super Smoother filter **Output values:** * `+100` → Bullish impulse * `-100` → Bearish impulse * `0` → Neutral Smoothed using a **Super Smoother Moving Average**. --- ### 5.3 MACD **Configurable elements:** * Fast EMA * Slow EMA * Signal line * Histogram or MACD line selection **Signal Logic:** * Positive value → Bullish * Negative value → Bearish Supports independent timeframe and repainting control. --- ### 5.4 RSI (Relative Strength Index) **Standard RSI logic (14-period default)** **Signal Threshold:** * `> 50` → Bullish * `< 50` → Bearish --- ### 5.5 Stochastic Oscillator **Calculation:** * %K → smoothed by SMA * Uses configurable smoothing parameters **Signal Threshold:** * `> 50` → Bullish * `< 50` → Bearish --- ### 5.6 CCI (Commodity Channel Index) **Signal Logic:** * `> 0` → Bullish * `< 0` → Bearish --- ### 5.7 SuperTrend **Parameters:** * ATR Period * Multiplier Factor **Trend Logic:** * Price above SuperTrend → Bullish * Price below SuperTrend → Bearish --- ## 6. Visual Status Panel (Fusion Matrix) Each indicator is plotted as a **horizontal square block**, color-coded: * **Green** → Bullish * **Red** → Bearish ### Indicator Order (Top to Bottom): 1. RPM 2. MACD 3. RSI 4. Stochastic 5. CCI 6. BBO 7. SuperTrend 8. HACOLT Labels dynamically update on the last bar. --- ## 7. Scoring System Each indicator contributes **1 point** when bullish. | Indicator | Condition | | ---------- | ----------- | | RPM | `> 0` | | MACD | `> 0` | | RSI | `> 50` | | Stochastic | `> 50` | | CCI | `> 0` | | BBO | `> 0` | | SuperTrend | Price above | **Score Range:** `0 → 7` ### Color Mapping * **7** → Strong Green (Full alignment) * **5–6** → Light Green * **4** → Neutral (Gray) * **1–3** → Light Red * **0** → Strong Red This score controls: * Candle color * Bar color * Visual confidence level --- ## 8. Entry Logic ### Long Entry All bullish conditions must be met: ```text RPM > 0 MACD > 0 RSI > 50 Stochastic > 50 CCI > 0 BBO > 0 SuperTrend bullish ``` ### Short Entry All bearish conditions must be met (inverse logic). --- ## 9. Position State Machine The indicator tracks trade direction using an internal state: | State | Meaning | | ----- | ---------- | | `1` | Long bias | | `-1` | Short bias | | `0` | Neutral | **Signals trigger only on state transitions**, reducing false signals and repeated entries. --- ## 10. Alerts ### Available Alerts * Long Entry * Short Entry * Generic Entry (Long or Short) * HACOLT Trend Change Alerts include: * Symbol * Price * Direction --- ## 11. Trendline Engine (EMA + T3) ### Features: * Multi-timeframe EMA calculation * T3 smoothing for noise reduction * Auto / Multiplier / Manual timeframe selection ### Logic: * EMA1 (fast) vs EMA2 (slow) * Filled area changes color on crossover * Acts as a **trend bias filter** --- ## 12. HACOLT Module (Advanced Trend Filter) **HACOLT** is a proprietary trend detection system based on: * Heiken-Ashi logic * TEMA smoothing * Candle structure analysis * State persistence logic ### States: * `1` → Bullish trend * `-1` → Bearish trend ### Uses: * Additional confirmation * Early trend detection * Visual trend persistence --- ## 13. Repainting Control Each major component includes: * Independent timeframe * Independent repainting toggle This allows: * Backtesting accuracy * Real-time responsiveness * Hybrid confirmation setups --- ## 14. Intended Use **Fusion Signals Pro is designed for:** * Trend-following strategies * Confirmation-based entries * Multi-timeframe analysis * Crypto and equity markets ⚠️ It is **not** intended as a standalone trading system without risk management. --- ## 15. Conclusion Fusion Signals Pro is a **high-confluence trading indicator** that merges momentum, oscillators, and trend-following logic into a unified decision framework. Its strength lies in **signal alignment**, **state tracking**, and **visual clarity**, making it suitable for both discretionary and systematic traders.
Pine Script® indicator
by Apicode
Target Ladder Pro - MTF ATR + HIT ConfirmationTarget Ladder Pro is a volatility-based target framework that plots multi-timeframe ATR-derived upper and lower reference levels on the price chart and can optionally print HIT confirmations when a defined ATR target is reached. This script is designed to provide structured volatility context (reach zones, range framing, and objective “target reached” tagging). It does not predict price direction, does not guarantee outcomes, and is not intended as a standalone signal generator. What This Script Displays 1) Multi-Timeframe ATR Target Ladder (1H / 4H / 1D / 1W) For each enabled timeframe, the script calculates ATR using higher-timeframe data via request.security() (no lookahead), then plots: Upper level: Base + ATR × Multiplier Lower level: Base − ATR × Multiplier The “Base” can be set to: the current chart price (for immediate relevance), or the timeframe’s own close (for a strict MTF reference) Each timeframe’s upper and lower levels are drawn as price-chart lines. Last-Bar Target Balloons (per timeframe) On the last bar, the script prints balloon labels for each timeframe’s upper and lower level. Horizontal x-offsets are configurable per timeframe to keep stacked labels readable. 2) ATR Target + Deviation Bands (Context Layer) A separate ATR target module calculates a single ATR reference level for the current bar based on candle direction (up/down close relative to the prior close). It also optionally plots: a mean line (moving average), and up to four standard-deviation bands (mean ± N × deviation) These bands provide statistical range context around price. Target / HIT Labels (per bar) When enabled: a Target label marks the computed ATR target level a HIT label appears when price reaches that target on the same bar (high/low touch rule) An optional filter can require that the ATR target is inside the first deviation band before printing a HIT label, reducing HIT labels during extended conditions. Label history can be limited to the most recent N labels or allowed to persist (with a safety cap). How to Use Enable the timeframes you want to display (e.g., 1H / 4H / 1D / 1W). Adjust ATR length and multipliers per timeframe to match the asset’s volatility profile. Choose whether MTF ladder levels are anchored to current price or the timeframe’s own close. Use the ladder levels as volatility reach reference zones above and below price. Use Target/HIT labels as objective “condition occurred” markers for review and journaling. Notes and Limitations ATR levels are volatility references, not forecasts or guarantees. Targets may be reached frequently in high-volatility regimes and rarely in compressed markets. HIT labels indicate that a defined volatility condition occurred; they do not imply reversal or continuation on their own. This script is provided for informational and educational purposes only and does not constitute financial advice.
Pine Script® indicator
by Dinjin
Bullish Market Structure HH HLThis indicator identifies bullish market structure by automatically marking Higher Highs (HH) and Higher Lows (HL) on the price chart using pivot-based logic. It helps traders visually understand trend direction, structure strength, and key swing points without clutter or repainting. 🔧 How the Indicator Works 1️⃣ Pivot Lookback Input The indicator uses a user-defined pivot lookback length This value controls how many candles are required to confirm a swing high or swing low 2️⃣ Pivot High & Pivot Low Detection Pivot High marks a confirmed swing high Pivot Low marks a confirmed swing low Pivots are confirmed only after price action completes, making the indicator non-repainting 📈 Market Structure Labels 🟢 Higher High (HH) Displayed at confirmed swing highs Indicates bullish momentum and trend continuation Shown with a downward-pointing green label 🟢 Higher Low (HL) Displayed at confirmed swing lows Represents strong demand and trend support Shown with an upward-pointing green label ✅ Key Features Non-repainting pivot logic Clean and minimal visual design Works on all markets and timeframes Beginner-friendly and professional-grade 📌 Trading Use Case Identify bullish trends using HH–HL sequences Confirm healthy pullbacks in an uptrend Combine with support/resistance, trendlines, or higher-timeframe bias ⚠️ Disclaimer This indicator is a market structure visualization tool, not a complete trading system. Always use proper risk management and additional confirmation.
Pine Script® indicator
by XAU_CAPITAL