ARX Session Time Alerts (UK)This script provides time-based alerts for major market sessions and predefined time windows using UK time (Europe/London).
Alerts are purely time reminders and do not generate trade signals, predictions, or execution guidance.
Designed to support market awareness, preparation, and education.
Educational use only. Not financial advice.
Indicatori e strategie
Moon Declination & More [BlueprintResearch]🌒 MOON DECLINATION & MORE
A comprehensive lunar declination visualization showing Moon, Sun, and node declinations, with phase coloring, zodiac sign tracking, and future projections.
Part of the Blueprint Research open-source ephemeris project.
█ WHAT'S INCLUDED
• Moon Declination — The Moon's angular distance from the celestial equator, oscillating rapidly (~27 days)
• Sun Declination — Optional overlay showing the Sun's seasonal declination (±23.4°)
• Node Declinations — North (☊) and South (☋) node lines forming the Moon's orbital envelope
• Future Projections — Project all lines up to 500 bars into the future
• Zodiac Crossing Markers — Indicates when the North Node reaches a particular zodiac degree. Keep in mind, nodes move through the zodiac in reverse.
█ CONCEPTS
Declination measures how far north or south a celestial body appears from the celestial equator. The Moon's declination oscillates rapidly, while its maximum range shifts slowly over the 18.6-year nodal cycle.
Node Declination Envelope:
The North (☊) and South (☋) node lines mark the envelope of the Moon's orbit—the theoretical maximum northern and southern declinations the Moon can reach.
Lunar Standstills:
The 18.6-year nodal cycle determines when the Moon reaches its most extreme declinations. During a major standstill, the Moon can exceed ±28° declination. During a minor standstill, the Moon's range is limited to approximately ±18°.
Out-of-Bounds (OOB):
When the Moon moves beyond ±23.44° declination, it exceeds the Sun's maximum reach and is considered "Out of Bounds."
█ COLORING OPTIONS
Phase Coloring (Moon)
Color the Moon's declination line by lunar phase:
• New Moon (0-90°): Slate silver
• First Quarter (90-180°): Mint
• Full Moon (180-270°): Bright gold
• Last Quarter (270-360°): Soft violet
Zodiac Sign Coloring (Nodes)
Color the node lines by their zodiac sign. When enabled, a color legend appears at the top, showing all 12 signs for reference.
█ ZODIAC FEATURES
Zodiac Sign Coloring
Color the North and South Node lines according to their zodiac sign positions.
Zodiac Crossing
Marks when the North Node crosses a specific zodiac degree. Select any sign and degree (0-29) to track. The North Node moves retrograde through the zodiac over an 18.6-year cycle.
█ RESEARCH FEATURES
Standstill Thresholds
Horizontal reference lines at key declination levels:
• ±28.6° Major Standstill (peak of the 18.6-year cycle)
• ±18.3° Minor Standstill (trough of the cycle)
• ±23.4° Out-of-Bounds threshold
OOB Highlighting
Optional background shading when the Moon exceeds the OOB threshold.
Node Equatorial Crossings
Crosshair markers indicate when the node's declination crosses 0° (equatorial passage).
Reference Line Labels
Labels at projection endpoints with an adjustable offset for readability.
█ FEATURES
• Moon declination with optional lunar phase coloring
• Sun declination overlay
• North and South node declinations (☊ and ☋)
• Future projections up to 500 bars
• Zodiac sign coloring with a color legend
• Zodiac degree-crossing markers
• Node equatorial-crossing markers
• Out-of-Bounds background highlighting
• Reference line labels with offset control
• Customizable line widths and colors
• Informative tooltips for all settings
• Works on all timeframes
█ HOW TO USE
1 — Add the indicator to your chart
2 — Configure which elements to display (Moon, Sun, Nodes)
3 — Enable future projections to view upcoming declination values
4 — Enable Zodiac coloring to track node sign positions
5 — Set a Zodiac Crossing degree to mark when the North Node crosses that point
6 — Enable Standstill Thresholds to show reference lines
7 — Toggle phase coloring to visualize the lunar cycle
█ THEORY
Lunar Theory: ELP2000-82 by Chapront-Touzé & Chapront
Solar Theory: VSOP87 for Sun position and phase calculation
Reference: Meeus, "Astronomical Algorithms" (2nd Ed., 1998)
█ LIMITATIONS
• Truncated ELP2000-82 theory (~10 arcseconds precision)
• Future projections assume consistent bar timing
• Phase coloring uses 4 phases (not the 8 traditional phases)
• Mean nodes only (no perturbation corrections)
█ OPEN SOURCE
Blueprint Research Ephemeris Libraries:
• lib_elp2000_moon — Lunar position and mean node calculations
• lib_vsop_core — Solar position and coordinate utilities
• lib_ephemeris — Unified planetary API
Third-Party Libraries:
• hsvColor by @kaigouthro — HSV color utilities (MPL 2.0)
© 2025-2026 BlueprintResearch (Javonnii) • CC BY-NC-SA 4.0
[PAPI] TF-OBV-ATR-Weighted MACDThis is a MACD indicator with a few differences:
Multi-Timeframe: The indicator calculates the "MACD", the "Signal" and the "Histogram" for four user-defined timeframes.
Volume weighted: The three MACD variables calculated for each timeframe above are weight-averaged according to On Balance Volume (OBV).
Volatility weighted: The three MACD variables calculated for each time frame above are also weight-averaged according to Average True Range (ATR)
The MACD, Signal and Histogram are plotted.
I use the indicator twice. Once with the user defined Timeframes set to high TFs (Month/Week/Day/4h) - this is for directional bias. And once with lower TFs (1m/3m/15m/1h).
[PAPI] TF-OBV-ATR-Weighted MACDThis is a MACD indicator with a few differences:
Multi-Timeframe: The indicator calculates the "MACD", the "Signal" and the "Histogram" for four user-defined timeframes.
Volume weighted: The three MACD variables calculated for each timeframe above are weight-averaged according to On Balance Volume (OBV).
Volatility weighted: The three MACD variables calculated for each time frame above are also weight-averaged according to Average True Range (ATR)
The MACD, Signal and Histogram are plotted.
I use the indicator twice. Once with the user defined Timeframes set to high TFs (Month/Week/Day/4h) - this is for directional bias. And once with lower TFs (1m/3m/15m/1h).
ARX ChecklistThis script displays a simple, manual checklist panel designed to support trading preparation and educational analysis.
The checklist is fully user-controlled and does not generate signals, entries, exits, or predictions.
It is intended to help users stay organized, disciplined, and focused on process over outcome.
Educational use only. Not financial advice.
Right-Side Master Pro: Adaptive Trend SystemHere is a professional English introduction for your strategy, tailored for a TradingView description, portfolio presentation, or documentation.
I have provided two versions: a Concise Summary (for quick reading) and a Detailed Technical Breakdown (for in-depth explanation).
Option 1: Concise Summary (Best for TradingView Description)
Strategy Name: Right-Side Master Pro: A Systematic Trend-Following System
Description: Built on the timeless principles of trading legends like Jesse Livermore, William O'Neil, and Mark Minervini, the Right-Side Master Pro is a pure trend-following system designed to prioritize confirmation over prediction.
This strategy does not guess bottoms; it waits for specific momentum breakouts (Donchian Channels) aligned with institutional moving averages. Its core edge lies in its "Market Regime Filter," which restricts long positions on altcoins unless Bitcoin is in a confirmed uptrend (above the 200 EMA), effectively shielding capital during bear markets.
Key Features:
The "M" Filter: Automatically filters out bad market environments by tracking BTC trend health.
Hybrid Exit Strategy: Secures wins by closing 50% of the position at a 2R (Reward/Risk) target, while letting the remainder ride the "fat tail" trends with a dynamic trailing stop.
Capital Efficiency: Implements a "Time Stop" to cut stagnant trades that fail to launch within 5 bars, keeping capital active.
Volatility Sizing: Dynamically adjusts position size based on ATR, ensuring consistent risk exposure regardless of market volatility.
Option 2: Detailed Technical Breakdown (Best for Documentation)
Title: The Right-Side Master Pro Edition
Overview The Right-Side Master Pro is a sophisticated algorithmic trading strategy engineered for the cryptocurrency markets. It automates the "Right-Side Trading" philosophy, focusing on entering established trends during high-momentum breakouts while maintaining strict defensive protocols.
Core Logic & Mechanisms
1. Trend & Environment Filtering (The "M" Factor) Following O'Neil's CAN SLIM principle on Market Direction, this strategy incorporates a Bitcoin Regime Filter.
Logic: It monitors Bitcoin’s price relative to its 200-period EMA.
Effect: If BTC is bearish, the strategy disables all long signals for altcoins, preventing "catching falling knives" during systemic corrections.
2. Precision Entry (Momentum)
Trigger: Utilizes a Donchian Channel Breakout (20-period high) to identify genuine strength.
Trend Template: Entries are only valid if the short-term EMA (20) is above the long-term EMA (50), confirming a Stage 2 uptrend structure.
3. Advanced Risk Management
Volatility Sizing: Position size is calculated mathematically using Risk % / (2 * ATR), ensuring that high-volatility coins receive smaller allocations and stable coins receive larger ones.
Time Stop: Adhering to the "Time is Money" principle, the strategy forces an exit if the price fails to move away from the cost basis within 5 candles, eliminating dead money.
4. Hybrid Execution (The "Free Roll")
Take Profit 1 (TP1): Automatically liquidates 50% of the position when the price hits a 2:1 Reward-to-Risk ratio. This banks profit and reduces psychological pressure.
Trailing Stop: The remaining 50% is managed with a loose ATR-based trailing stop, designed to capture outlier trends (100%+ moves) without being shaken out by intraday noise.
Recommended Configurations
Daily Timeframe (1D): For conservative, high-win-rate growth using leverage (2x-3x).
4-Hour Timeframe (4H): For aggressive, high-turnover growth using spot or low leverage (1x).
High-Probability Trendline (Breakout & Retest)High-Probability Trendline (Breakout & Retest) trend breakout and retest
Multi-cycle EMA50 + MACD divergence detectionThis tool uses a multi-period EMA50 + MACD divergence detection system. Divergence levels are indicated by dashed lines, while those without are indicated by solid lines. However, this tool cannot detect 1:1 divergence, so it is for reference only. Do not use this as a basis for opening trades; the specific trend must be analyzed based on the specific time frame.
ES 1m EMA Bounce Scalp - High RR v6# MES/ES 1-Minute EMA Bounce Scalp – High RR with Partial & Trailing (100% Win Rate in Backtest Oct 2025–Jan 2026)
**Overview**
This is a high-probability, mean-reversion / trend-continuation scalping system designed for the Micro E-mini S&P 500 (MES) or E-mini S&P 500 (ES) on the **1-minute chart**. It enters on pullback bounces off the 20-period EMA during intraday sessions, using RSI momentum confirmation, volume filter, and ADX trend strength to select high-quality setups.
The core edge comes from:
- Tight initial stop (4 points)
- 50% partial profit at 1:1 RR (locks in quick wins and moves stop to breakeven)
- Remaining 50% trails aggressively (trail offset 2 points) to let winners run to 8–10 points (1:2+ effective RR)
**Key Features**
- Longs & Shorts symmetric (pullback bounce logic)
- Trades only during US RTH (9:30–16:00 ET)
- Filters: RSI >40 (long) / <60 (short), volume > 20-SMA, ADX(14) >20
- No martingale, no pyramiding, one trade at a time
- Bracket + trailing managed automatically in Pine Script
**Backtest Highlights** (Oct 23, 2025 – Jan 21, 2026 on ES1!)
- Total trades: 107
- Win rate: 100% (0 losers)
- Net profit (1 contract): $20,227.50 after commissions
- Commissions: $322.50 (~$3 round-trip)
- Max open (floating) drawdown: –$3,275 (never realized a loss)
- Avg P&L per trade: ~$189 (≈3.78 points net)
- Longs: 45 trades, avg hold ~2.2 hours
- Shorts: 62 trades, avg hold ~8.7 hours
- Largest single win: scaled equivalent to strong runners
**Risk & Position Sizing**
- Initial stop: 4 points (~$200 risk on 1 ES mini / $20 on 1 MES)
- Recommended live size: 1 ES contract (very conservative on $100k account)
- Max floating DD in test: ~65 points open loss (well under typical $3,000 trailing DD rules)
- Designed to respect strict drawdown limits — partials & trailing move most trades to breakeven quickly
**Important Notes & Disclaimer**
- 100% win rate over 107 trades is exceptional and likely period-specific (late-2025 bull/chop environment favored bounces + trailing).
- Forward-test / paper trade required before live capital. Real slippage, news events, and execution delays may reduce performance.
- Not financial advice. Past performance ≠ future results. Use at your own risk.
- Best used with low-commission futures broker (Tradovate, AMP, IBKR, etc.) and 1-contract sizing to start.
**How to Use**
1. Apply to MES1! or ES1! on 1-minute chart
2. Set alerts for entries (built-in strategy alerts work perfectly)
3. Forward-test in sim → monitor floating DD, hold times, and win consistency
4. Manual or webhook auto-execution (e.g., PickMyTrade/TradersPost for Tradovate)
Happy to iterate based on forward-test results. Share your live stats!
Cheers,
Chris Brown (@hockeybrown2011)
tradeEngineLibrary "tradeEngine"
calculateLiquidationPrice(entryPrice, isLong, leverage, buffer)
Parameters:
entryPrice (float)
isLong (bool)
leverage (int)
buffer (float)
calculateTPLevels(entryPrice, atr, isLong, risk)
Parameters:
entryPrice (float)
atr (float)
isLong (bool)
risk (RiskConfig)
calculateSL(entryLow, entryHigh, isLong, risk)
Parameters:
entryLow (float)
entryHigh (float)
isLong (bool)
risk (RiskConfig)
simulateTrade(highs, lows, closes, entryIdx, entryPrice, entryLow, entryHigh, entryATR, isLong, risk, maxBars)
Parameters:
highs (array)
lows (array)
closes (array)
entryIdx (int)
entryPrice (float)
entryLow (float)
entryHigh (float)
entryATR (float)
isLong (bool)
risk (RiskConfig)
maxBars (int)
createRiskConfig(leverage, liqBuffer, useTP1, tp1ATR, useTP2, tp2ATR, useSL, slBuffer, maker, taker, slip)
Parameters:
leverage (int)
liqBuffer (float)
useTP1 (bool)
tp1ATR (float)
useTP2 (bool)
tp2ATR (float)
useSL (bool)
slBuffer (float)
maker (float)
taker (float)
slip (float)
TradeResult
Fields:
exitType (series string)
exitBarIdx (series int)
exitPrice (series float)
finalPnL (series float)
maxPnL (series float)
tp1Hit (series bool)
tp2Hit (series bool)
slHit (series bool)
liquidated (series bool)
barsInTrade (series int)
tp1Level (series float)
tp2Level (series float)
slLevel (series float)
liqLevel (series float)
RiskConfig
Fields:
leverage (series int)
liquidationBuffer (series float)
useTP1 (series bool)
tp1ATR (series float)
useTP2 (series bool)
tp2ATR (series float)
useFixedSL (series bool)
slBuffer (series float)
makerFee (series float)
takerFee (series float)
slippage (series float)
matrixCoreLibrary "matrixCore"
analyzeCandleStructure(o, h, l, c, atr, smallBodyThreshold, longWickRatio)
Parameters:
o (float)
h (float)
l (float)
c (float)
atr (float)
smallBodyThreshold (float)
longWickRatio (float)
isRedRejectionCandle(o, l, c, redRejectionWickMin)
Parameters:
o (float)
l (float)
c (float)
redRejectionWickMin (float)
isEqual(a, b, tol)
Parameters:
a (float)
b (float)
tol (float)
detectPattern(kf, km, ks, tol)
Parameters:
kf (float)
km (float)
ks (float)
tol (float)
calculateStateHash(kp, ep, pp, comp, cType, slope, tfH, tfL, redRej)
Parameters:
kp (int)
ep (int)
pp (int)
comp (int)
cType (int)
slope (int)
tfH (bool)
tfL (bool)
redRej (bool)
createStateConfig(kp, ep, pp, comp, cType, slope, tfH, tfL, redRej, hash)
Parameters:
kp (int)
ep (int)
pp (int)
comp (int)
cType (int)
slope (int)
tfH (bool)
tfL (bool)
redRej (bool)
hash (int)
createBarSnapshot(barIdx, o, h, l, c, atr, ema, stateHash, kp, ep, pp, comp, cType, slope, tfH, tfL, redRej)
Parameters:
barIdx (int)
o (float)
h (float)
l (float)
c (float)
atr (float)
ema (float)
stateHash (int)
kp (int)
ep (int)
pp (int)
comp (int)
cType (int)
slope (int)
tfH (bool)
tfL (bool)
redRej (bool)
stateToString(cfg)
Parameters:
cfg (StateConfig)
getTablePosition(pos)
Parameters:
pos (string)
getGradientColor(value, minVal, maxVal)
Parameters:
value (float)
minVal (float)
maxVal (float)
StateConfig
Fields:
kijunPattern (series int)
emaPattern (series int)
pricePos (series int)
compression (series int)
candleType (series int)
emaSlope (series int)
tfHigherBullish (series bool)
tfLowerBullish (series bool)
redRejection (series bool)
hash (series int)
BarSnapshot
Fields:
barIndex (series int)
openPrice (series float)
highPrice (series float)
lowPrice (series float)
closePrice (series float)
atr (series float)
emaFast (series float)
stateHash (series int)
kijunPattern (series int)
emaPattern (series int)
pricePos (series int)
compression (series int)
candleType (series int)
emaSlope (series int)
tfHigherBullish (series bool)
tfLowerBullish (series bool)
redRejection (series bool)
Fibonacci EMA/SMA SystemFibonacci EMA/SMA System
Overview
A clean, customizable moving average indicator built around Fibonacci-based EMA and SMA stacks. Designed for trend identification across multiple timeframes using mathematically harmonious period lengths. Enable one or more stacks based on your trading timeframe. Use Fast + Core for intraday/swing. Add Macro for higher timeframe context.
Stacks
Fast (8/13/21) — Momentum, short-term trend
Core (21/34/55) — Pullbacks, swing trading
Full Trend (13/21/34/55/89) — Trend strength, compression/expansion
Macro (55/89/144) — Position trading, regime context
Standard (20/50/100/200) — Traditional reference levels
Options
MA Type — EMA or SMA
Price Source — Close, HL2, HLC3, OHLC4, etc.
Uniform Color — Apply single color to all active lines
Individual Colors — Set unique color per line in each stack
Line Style — Solid or Dotted
Line Width — 1–4 pixels
Fill — Shaded area between outer EMAs
Labels — Period numbers displayed at line ends
[uxo] Delta Heatmap - Open Sourcedtheres genuinely no reason that a delta heatmap should be closed source
MA4 Alignment with Forward ProjectionThis indicator is a moving-average alignment and projection overlay built on a simple core idea:
MA4 (a 4-period moving average) represents the current short-term mean of price.
MA4 is the prior value of that same moving average, used as a 1-bar delayed reference.
From those two series, the script provides four layers of information:
Live alignment (MA4 vs MA4 )
A forward projection of a sampled historical MA pattern
Projected cross markers (vertical lines) when the projected MA4 would cross projected MA4
A compact table summarizing current alignment and the most recent live cross event
This is designed to help traders visualize:
whether short-term mean behavior is strengthening or weakening, and
where a future cross could plausibly occur if a selected historical pattern repeats.
This script is informational only and does not place trades.
Chart Setup Note (Important)
Because this tool samples a historical pattern window and projects it forward, it is important to let the chart fully load/merge historical data before interpreting the projection.
If the chart history is not fully loaded, the sampled window may be incomplete, which can shift the projection and projected cross markers.
Once the chart is fully merged, the projection remains stable and consistent during scrolling and replay.
What Makes It Different
This is not a basic “MA crossover” indicator. The core differentiator is:
The script extracts a historical MA4 pattern from a user-defined window,
shifts it forward into the future, and
marks projected future crosses between the projected MA4 and projected MA4 .
It also builds projected deviation envelopes from the sampled window and uses those envelopes for optional stretch/invalidation alerts.
How the Projection Works (Concept)
1) Sample a historical MA “pattern window”
You define a window in the past using:
Pattern Start (bars back)
Pattern End (bars back)
The script collects MA4 values across that window into an internal pattern array.
2) Shift the pattern forward
Shift Pattern Forward (bars) controls how far into the future the sampled pattern is plotted.
3) Delta-anchor projection (optional)
If Delta-anchor projection is enabled, the script projects the shape of the pattern while re-centering it around the current MA4 level.
This keeps the projection visually relevant to current price scale instead of “pasting” old absolute values.
Projected Cross Vertical Lines
When projection is enabled, the script checks for projected cross events:
Bull projected cross: projected MA4 rises through projected MA4
Bear projected cross: projected MA4 falls through projected MA4
When a projected cross occurs, a vertical line marks that projected bar as a possible timing point.
Vertical line visibility is made more consistent by using a deviation-based height (with ATR fallback) so the marker remains readable across different symbols and volatility regimes.
Projected Deviation Envelopes + Alerts (Band 3 / Band 4)
The script measures historical deviation from MA4 within the sampled window using the standard deviation of:
(close − MA4)
That deviation is then applied to the projected MA4 path to form projected envelopes:
Band 3 (Stretch): ±(StDev × 1.618 by default)
Band 4 (Invalidation): ±(StDev × 2.618 by default)
Optional alerts can trigger when price breaches these projected envelopes:
Band 3 Breach: price stretched outside the projected range
Band 4 Breach: price exceeded the larger projected boundary (often treated as invalidation context)
Alerts can be set to use wicks or close.
Table: What It Shows
The table summarizes the current state at a glance:
MA4 value
MA4 value
Alignment: Bullish / Bearish / Neutral
Most recent live cross event:
BUY (MA4 crossed above MA4 )
SELL (MA4 crossed below MA4 )
This helps confirm what you’re seeing without relying on visual estimation.
How to Use It (Simple Workflow)
Read live alignment
MA4 above MA4 = bullish bias
MA4 below MA4 = bearish bias
Enable projection for timing awareness
Turn on Projection
Watch projected cross VLines as “possible next inflection timing” markers
Use Band 3 / Band 4 as context
Band 3 breach can indicate stretch vs the projected path
Band 4 breach can indicate the projected path is less reliable (invalidation context)
Use the table for quick confirmation
It summarizes alignment and the latest live cross state.
Leswin Ribbon + Levels + Hybrid (Stocks/Crypto) v1Leswin Ribbon Signals
A trend-based momentum indicator built for day traders and scalpers. Uses an EMA ribbon, higher-timeframe trend filtering, and volatility conditions to highlight high-probability BUY and SELL zones while avoiding choppy markets.
Optimized for 5m & 15m entries, especially for SPY, QQQ, DIA, IWM, and large-cap stocks, but works on all markets including crypto and forex.
Non-repainting. Best used as a confirmation tool alongside your own levels and risk management.
Session Liquidity & FibsThis is a comprehensive, all-in-one toolkit designed for traders utilizing ICT concepts and time-based liquidity runs. The Session Liquidity & Fibs indicator automates the tedious process of marking up charts, allowing you to focus on price action and execution.
This indicator focuses on "Reverse Engineering" the daily narrative by plotting key sessions, mitigation lines, specific Fibonacci retracement setups, and Higher Timeframe (HTF) liquidity pools automatically.
Key Features:
1. Dynamic Session Killzones Automatically highlights key trading sessions with customizable boxes and extends the High/Low liquidity lines forward until they are mitigated (hit by price).
Asia Range: (Default 20:00 - 00:00)
London Session: (Default 02:00 - 05:00)
NY AM Session: (Default 09:30 - 11:00)
NY PM Session: (Default 13:30 - 16:00)
Note: Lines automatically cut off once price trades through them, keeping your chart clean.
2. Institutional Fibonacci Setups Auto-drawing Fibonacci anchors based on specific time windows to identify OTE (Optimal Trade Entry) and key extensions.
Overnight Fib: Measures the range from 18:00 to 05:00.
9 AM "Silver Bullet" Fib: Measures the 09:00 - 10:00 candle range to determine the morning bias.
Includes standard institutional levels (0, 1, 0.236, 0.786).
3. Higher Timeframe (HTF) Matrix Never lose track of the bigger picture. This tool plots major liquidity levels from higher timeframes onto your intraday chart:
Daily: True Day Open (TDO), Previous Day High/Low (PDH/PDL), and Daily Equilibrium (50%).
Weekly: Previous Week High/Low and Weekly Equilibrium.
Macro: Monthly and Quarterly Highs/Lows + 50% levels.
4. Price Action Helpers
Engulfing / Outside Bar Detector: Highlights bars that fully engulf the previous candle's range (Higher High & Lower Low). These are often key volatility candles used to draw manual Fibonacci ranges or identify immediate reversals.
Previous Bar 50%: Automatically marks the midpoint of the previous candle, useful for immediate rebalancing entries.
Settings & Customization:
Fully customizable colors for every session and level.
Toggle any feature on or off to suit your specific strategy.
Adjustable lookback history to manage chart load.
Usage: This indicator is best used on intraday timeframes (1m, 5m, 15m) for Futures (NQ, ES) and Forex pairs. It is designed to help you spot liquidity sweeps and session reversals without manually drawing every box and line.
This indicator is a Work In Progress. I created this tool primarily for myself to consolidate everything I need for my personal trading style into a single, efficient indicator. However, I am sharing it in case others find it useful. If you are using this and have requests for changes or ideas on how to make it better, please leave a comment or reach out, I will look into what I can do to improve it.
DOL EngineEMA FILTERED
WAVE BASED
these highs / lows can be seen or used in sweeps, turtle soups & inducements.
have high probability of equals being formed in these areas
Multi-cycle EMA50 full-screen solid lineA small tool to help you check the price of EMA50 over multiple periods.
Historical Price LevelsHistorical Price Levels is a lightweight indicator that visualizes key price extremes over multiple recent time windows.
The indicator automatically calculates and displays the highest high and lowest low for the following periods:
• Last 1 Day
• Last 7 Days
• Last 15 Days
• Last 30 Days
Core Purpose
• Quickly identify recent support and resistance zones
• Provide objective historical context without subjective drawing
• Help traders assess range expansion, compression, and breakout potential
ADX Curvature SuiteADX² Curvature Suite: Beyond Trend Strength
Detect Trend Ignition Before the Crowd by Analyzing the Second Derivative of Momentum.
█ OVERVIEW: A PARADIGM SHIFT IN TREND ANALYSIS
This is not another ADX indicator. This is a complete paradigm shift in how we perceive and trade trends.
The standard Average Directional Index (ADX) is a powerful but fundamentally flawed tool for the modern trader. It is a lagging indicator. It tells you that a trend existed . It confirms what has already happened. The ADX² Curvature Suite was engineered to solve this problem by asking a more profound question: not "Is there a trend?" but " Is a trend being born right now? " and " Is this established trend about to die? "
To achieve this, we go beyond the first dimension of trend strength and venture into the second and third dimensions: Velocity and Acceleration . We don't just measure the ADX value; we measure its rate of change, and the rate of change of its rate of change. This is Curvature Analysis . It allows us to see the subtle, invisible forces building beneath the surface of the market—the coiling spring of momentum right before a trend explodes, and the critical loss of thrust right before it collapses.
This suite is a fusion of three professional-grade analytical engines working in perfect concert:
The Curvature Engine: A sophisticated calculus-based system that computes the 1st and 2nd derivatives of the ADX to quantify its momentum.
The Phase Detection System: A proprietary model that classifies the market into one of six distinct phases in a trend's lifecycle, from Dormancy to Exhaustion.
The Quantum Vortex Bands™: A visually stunning, adaptive volatility and momentum channel for the ADX itself, providing context to its every move.
Together, they form a comprehensive decision-support system designed to give you an almost unfair advantage in identifying trend ignition and exhaustion points before the rest of the market has even registered a change.
█ THE SCIENCE: THE THREE PILLARS OF ADX²
The genius of this suite lies in its multi-layered mathematical foundation. It's a symphony of classical theory and modern statistical analysis.
Pillar 1: The Core ADX Engine (The "What")
At its base, the suite uses the classic ADX calculation developed by J. Welles Wilder Jr. It measures the strength of a trend, irrespective of its direction, on a scale of 0-100. The Directional Movement Indicators (+DI and -DI) provide the directional bias. This is our foundation—the raw data from which we extract a higher-dimensional truth.
Pillar 2: Curvature Analysis (The "When")
This is the revolutionary core of ADX². We apply the principles of differential calculus to the ADX line itself.
Velocity (1st Derivative): Calculated as ADX - ADX . This is the speed of the ADX. A positive velocity means trend strength is increasing. A negative velocity means it's decreasing. This is a leading indicator compared to the ADX value alone.
Acceleration (2nd Derivative): Calculated as Velocity - Velocity or ADX - 2*ADX + ADX . This is the change in speed of the ADX. It's the "force" being applied to the trend.
Positive Acceleration is like pressing the gas pedal on a car. It signifies a trend is not just strengthening, but strengthening at an increasing rate. This is the mathematical signature of Ignition .
Negative Acceleration is like hitting the brakes. It signifies a trend is losing thrust, even if its speed (ADX value) is still high. This is the mathematical signature of Exhaustion .
By analyzing these derivatives, we can identify critical inflection points in trend momentum that are completely invisible to anyone looking at the standard ADX alone.
Pillar 3: Z-Score Normalization (The "How")
Raw acceleration values are meaningless when comparing different assets or timeframes. An acceleration spike on NQ is vastly different from one on EURUSD. To solve this, we employ a powerful statistical tool: the Z-Score .
The Z-Score formula is: Z = (Value - Mean) / Standard_Deviation
We apply this to our calculated acceleration values. The result is a normalized score that tells us how many standard deviations away from the "normal" behavior the current acceleration is. A Z-Score of +2.0 means the current acceleration is a 2-sigma event—statistically significant and rare. This makes our signals universal and adaptive . A +2.0 sigma Ignition signal has the same statistical weight on a 1-minute chart of a volatile crypto as it does on a daily chart of a stable stock. This is what allows the suite to work out-of-the-box on virtually any market, automatically adapting to its unique volatility and character.
█ THE SIX PHASES OF A TREND: A MARKET LIFECYCLE
The ADX² engine uses its curvature and Z-Score data to classify the market into one of six distinct phases, providing a clear, color-coded narrative of the trend's lifecycle.
💤 DORMANT: ADX is low and flat. The market is consolidating. There is no trend. This is the time to stand aside and wait.
⚡ IGNITION: ADX is low, but a powerful spike in positive acceleration has been detected. The engine of a new trend is firing up. This is your earliest entry signal.
🚀 ACCELERATION: ADX is rising with positive velocity. The trend has left the station and is gaining momentum. This is the main "trend following" phase.
🏔 MATURE: ADX is high and its velocity is flattening. The trend is well-established and powerful, but no longer accelerating. This is a time to be cautious and manage positions.
🔥 EXHAUSTION: ADX is high, but a significant negative acceleration event has occurred. The trend has hit the brakes hard. A reversal or deep pullback is highly probable. This is your primary exit signal.
📉 DECLINE: ADX is falling with negative velocity. The trend's strength is actively fading, and the market is returning to a dormant state.
█ THE ARSENAL: MASTERING THE VISUALS
Every visual element is a data-rich component designed for rapid interpretation.
The Main Chart: Signals & Trade Management
Signal Shapes: Every signal appears as a shape on the main chart.
Triangles (▲▼): These are the highest conviction signals— Ignition and
Exhaustion . Their color indicates the specific event type.
X-Crosses (◇): These mark Divergences between price and ADX—powerful reversal warnings.
Kill Zone Labels: These are dynamic, floating labels that appear in real-time when high-probability conditions are met.
⚡ IGNITION ZONE: Appears below price when the market is dormant but curvature is building. It's a "prepare to engage" warning.
🔥 EXHAUSTION ZONE: Appears above price when the trend is mature but rapidly decelerating. It's a "prepare to exit" warning.
The Signal Line System: When a signal fires, a full trade management overlay can be drawn.
Entry Line: A colored line (Solid, Dashed, or Dotted) at the signal price.
SL/TP Lines: Dotted lines showing ATR-based Stop Loss (Red) and up to 3 Take Profit levels (Green).
Live Tracking: The lines track progress, dimming when a TP is hit and self-deleting upon completion, leaving a ✓ for a win or an ✗ for a loss. It's a visual backtester on your live chart.
The Lower Pane: The Engine Room
The ADX Line: The line itself is color-coded. A dull color indicates low ADX, a neutral color for a building trend, and a bright, vibrant color for a high, mature trend.
Signal Dots: Colored circles and crosses are plotted directly on the ADX line, allowing you to instantly correlate the signal with the exact ADX level and phase.
The Quantum Vortex Bands™: This is not a Bollinger Band. This is a dynamic, six-layered channel for the ADX itself.
Adaptive Width: The bands expand and contract based on both ADX volatility and its current acceleration (curvature). High acceleration forces the bands wider, anticipating a larger move.
Phase-Adaptive Colors: The fill color of the bands changes dynamically to match the currently detected market phase, giving you an at-a-glance understanding of the trend's health.
Interpretation: When ADX pushes to the outer bands, it's in an extreme state. An Ignition signal when ADX is at the lower band is a high-conviction entry. An Exhaustion signal when ADX is at the upper band is a high-conviction exit.
The Dashboard (HUD): Your All-In-One Command Center
This professional Heads-Up Display provides a comprehensive, real-time summary of every critical metric.
MARKET Section: Shows the raw ADX value, its strength classification (e.g., "STRONG"), and the current directional bias (Bulls vs. Bears) with the spread between +DI and -DI.
MOMENTUM Section: This is the curvature readout. It displays the numerical Velocity (VEL), the Z-Score of the Curvature (CURV), and the RSI of the ADX (RSI²) for a meta-momentum perspective.
PHASE Section: Your at-a-glance trend lifecycle status. It shows the current confirmed phase icon and name (e.g., "⚡ IGNITION"), a counter for how many bars the phase has been active, and the type/strength of any active signal.
STATUS Section: A quick check on secondary systems. It confirms if you are in a Kill Zone, if a Divergence is active, and the count of active Signal Lines on your chart.
OPTIMIZER Section: When enabled, this section displays the results of the built-in backtester, including Win Rate, Profit Factor, and a proprietary Stability Rating ( ROBUST, STABLE, FRAGILE, OVERFIT ) to help you validate your settings.
█ THE COMMAND CENTER: MASTERING THE INPUTS
Every parameter of the ADX² engine is exposed for your control. This allows for unparalleled fine-tuning to any market, timeframe, or trading style.
Core ADX & Curvature Settings
ADX/DI Length & Smoothing: Standard ADX parameters. How to use: Shorter lengths (e.g., 10) for scalping; longer lengths (e.g., 21) for swing trading. Stick to "RMA" smoothing for the classic feel.
Curvature Smoothing: This is the "secret sauce." It smooths the velocity and acceleration calculations. How to use: Use a low value (2-3) for volatile markets or low timeframes to remain responsive. Use a higher value (4-5) for smoother signals on higher timeframes.
Z-Score Lookback & Threshold: Controls the normalization engine. How to use: The Lookback (default 50) sets the "memory" for what is "normal." The Threshold is for the generic curvature spike signals (circles). A higher value (e.g., 2.5σ) will only show extreme events.
Signal Detection Settings
Ignition/Exhaustion Thresholds: The Z-Score level required to trigger the primary phase-change signals. How to use: A lower threshold (e.g., 1.0σ) will give earlier, more frequent signals with more false positives. A higher threshold (e.g., 2.0σ) will give later, less frequent, but higher-conviction signals.
Low/High ADX Levels: These define the boundaries for the phases. Low ADX (default 20) is the ceiling for the Dormant phase. High ADX (default 40) is the floor for the Mature phase. How to use: For choppy markets, you might raise the Low ADX to 22 to avoid false ignitions. For strongly trending markets, you might lower the High ADX to 35 to get earlier exhaustion warnings.
Min Bars Between Signals: A crucial spam filter. It enforces a "cooldown period" after a signal fires, preventing over-trading in choppy conditions.
Signal Lines & Trade Management
SL/TP Multipliers (xATR): Fully customize the risk-to-reward profile of the visual trade overlays. The system uses the Average True Range (ATR) for volatility-adaptive targets. How to use: For day trading, a 1.5 ATR Stop Loss and 1.0, 2.0, 3.0 ATR Take Profits is a balanced approach. For swing trading, you might use a wider 2.5 ATR stop and more ambitious targets.
Quantum Vortex Bands™
Band Mode: Choose from four distinct geometric configurations ( Triple Layer, Fractal Cloud, Momentum Tunnel, Phase Spectrum ) to visually optimize the bands for your specific market type—from high-volatility crypto to tight-ranging indices.
Band Width Multiplier: The master control for the overall width of the bands, allowing you to tune them to be tighter or wider based on your instrument's character.
The Optimizer Engine
Toggle the built-in backtester to rapidly test your settings. Adjust the optTP and optSL to find the most ROBUST configuration for your chart's visible data before committing to a strategy.
█ DEVELOPMENT PHILOSOPHY
The ADX² Curvature Suite was born from a deep dissatisfaction with the static, lagging nature of conventional technical analysis. We believe the future of trading lies not in measuring where the market has been, but in quantifying the forces that will determine where it is going next. By applying calculus and adaptive statistics to a classic indicator, we've created a tool that doesn't just show you the trend; it reveals its DNA. It is complex by necessity, because the market is complex. My mission is to translate that complexity into actionable clarity.
This suite is my attempt to provide the ultimate tool for "sizing up the entire market," giving you the ability to see the very inception and conclusion of those main movements where the real money is made.
█ DISCLAIMER AND BEST PRACTICES
THIS IS NOT A STANDALONE SYSTEM: The ADX² Suite is an advanced decision-support tool. It should be used in conjunction with your own analysis of price action, support/resistance, and market structure.
RISK MANAGEMENT IS PARAMOUNT: All trading involves risk. The visual SL/TP lines are for guidance only. Always use proper position sizing and risk management protocols. This indicator does not guarantee profits.
BACKTEST AND OPTIMIZE: Use the built-in Optimizer Engine and TradingView's Strategy Tester to find the settings that are most robust for your chosen instrument and timeframe before trading live.
HIGH-CONVICTION SETUPS: The highest probability signals occur when multiple factors align: An Ignition signal fires from a low ADX level, near the bottom of the Vortex Bands, in a confirmed Kill Zone, and in the direction of the higher timeframe bias.
"The big money is not in the individual fluctuations, but in the main movements – that is, not in reading the tape, but in sizing up the entire market and its trend."
— Jesse Livermore
Taking you to school. - Dskyz, Trade with probability. Trade with anticipation. Trade with ADX².
GCM Kinetic Flux SpectrumTitle: GCM Kinetic Flux Spectrum
DESCRIPTION
The GCM Kinetic Flux Spectrum is an institutional-grade hybrid momentum and volume engine. Unlike standard oscillators that rely on closing prices, the GCM KFS synthesizes dual-source RSI volatility with Volume Flow Intensity (VFI) to reveal the hidden kinetic energy of market movements.
By projecting a 27-layer "Spectrum Ribbon" and a multi-dimensional Divergence Engine, the GCM KFS identifies not just where the price is heading, but the quality and "fuel" behind the trend.
CORE ARCHITECTURE
1) The Kinetic Mean (Dual-Source RSI)
Standard RSI often ignores the battle occurring at the wicks. The GCM KFS calculates independent RSI streams for Highs and Lows, then anchors them to a Zero-Centered baseline (-50 to +50). The resulting Kinetic Mean filters out retail noise, providing a volatility-adjusted perspective on momentum.
2) Volume Flux Integration (VFI)
Volume precedes price. The GCM KFS integrates a highly responsive, EMA-smoothed Volume Flow Indicator (VFI). By syncing VFI length with the RSI cycle, the indicator cross-verifies price strength with capital flow.
• Momentum + Positive Flux: Confirms high-conviction trends.
• Momentum + Negative Flux: Reveals "Empty" breakouts or institutional distribution.
3) 27-Layer Spectrum Ribbon
The gradient fill isn't just aesthetic—it represents Volatility Density.
• Expansion: When ribbons fan out, it signals a high-velocity trend.
• Compression (The Squeeze): When ribbons pinch toward the Kinetic Mean, it signals a volatility contraction, typically the precursor to an explosive breakout.
4) Four-Way Divergence Engine
The KFS automatically detects and projects four types of divergence on both the indicator pane and the main price chart:
• Regular Bullish/Bearish: Identifying high-probability trend reversals.
• Hidden Bullish/Bearish: Identifying trend continuation (Smart Money re-entry points).
KEY POWER FEATURES
• Zero-Centered Logic: Levels are shifted for better visual balance. (OB: +20, Extreme OB: +30 | OS: -20, Extreme OS: -30).
• Dynamic Zones: Subtle background fills highlight "Extreme" areas where price is statistically likely to mean-revert.
• Main Chart Projection: Use the force_overlay feature to keep your eyes on price action while the indicator confirms entries.
• Institutional Dotted VFI: The orange dotted line acts as the "Anchor"—if price rises but the VFI Anchor stays below zero, the move lacks professional backing.
HOW TO TRADE WITH GCM-KFS
• The Reversal Sniper: Look for an R-BULL or R-BEAR label appearing inside the Extreme Zone (±30). This indicates momentum exhaustion backed by a volume shift.
• Trend Riding: During an uptrend, look for H-BULL (Hidden Bullish) labels. This signals that institutions are "buying the dip" while momentum resets.
• Volatility Breakouts: When the Spectrum Ribbon enters a tight "squeeze" near the Zero Line, prepare for a major move. Follow the direction of the first ribbon expansion.
RECOMMENDED SETTINGS
• Scalping (1m - 5m): Length 7 - 9
• Day Trading (15m - 1H): Length 10 - 14
• Swing Trading (4H - Daily): Length 20+
AUTHOR’S NOTE
This script is part of the GCM suite of professional tools. It is designed to be a "confluence engine"—it works best when used to confirm price action levels, supply/demand zones, or order blocks. Always trade with a plan and managed risk.
Adaptive Structural Confluence Strategy POCHOLOCombination of several indicators with signals, it's just a test, it might be useful, I welcome your opinions
