Liquidity Sweep Trendlines Works great, automatic update happens, no need to draw mannually. Only two trendlines to maximise focus.
Best way to use : have higher time frame trend in view then wait till trendline is breached in htf direction on lower time frame.
Best part is that trendline drawn is not through ordinary wicks, rather wicks that matter liquidity.
Trend Analizi
Execution-Weighted Market Regime Map (EWRM)Overview
The Execution-Weighted Market Regime Map is designed to answer a simple question:
“Is this market worth trading right now, or is it mostly noise and costs?”
Instead of focusing only on trend vs range, it evaluates whether conditions are likely to:
offer clean, follow-through price movement
chop back and forth
be dominated by costs like spread and slippage
It is meant for day traders and swing traders who want to choose when to trade, not just where to enter .
Core idea
Most indicators try to predict direction.
EWRM focuses on tradability.
It highlights:
when the market moves cleanly and is easier to execute
when volatility is unstable and unreliable
when “cost of trading” (spread and slippage) eats potential profit
The indicator shows this using:
a visual dashboard
background color changes
clear regime labels
Key concepts in plain language
SRR – Spread-to-Range Ratio
How big the trading costs are compared to how much price is moving.
High SRR = the market moves little but costs you a lot → bad environment.
Low SRR = price moves much more than it costs to trade → better environment.
PEI – Pullback Efficiency Index
Measures how “clean” trends are.
If pullbacks lead to smooth continuation, PEI is high.
If pullbacks constantly fail and reverse, PEI is low.
SRP – Slippage Risk Proxy
Estimates how likely you are to get worse fills than expected.
Fast spikes, thin liquidity zones, and whipsaw behavior increase SRP.
What EWRM helps you do
avoid overtrading during messy conditions
size up when conditions are smooth and directional
identify when volatility is expanding or collapsing
adapt behavior by time of day (open, midday, close)
How it works at a high level
It measures how much the market is moving
It checks whether volatility is stable or chaotic
It estimates how expensive and difficult execution is
It breaks the day into premarket, open, midday, and power hour
It combines all of this into an overall “regime” label
It colors the background or dashboard so you can read the state instantly
There are no buy/sell arrows. It is a decision-support tool, not a signal generator.
How to use it
trade more when conditions are clean and execution-friendly
stand aside when cost and noise dominate movement
prefer trend setups when trend regimes are detected
stay cautious when regime flips frequently
Think of it as a weather map for the market, not a GPS.
Inputs and parameters
Core settings
Realized Volatility Length – how fast the tool reacts to volatility changes
Volatility Stability Length – how stable/unstable volatility appears
ATR Length – used to scale and normalize movement
General Lookback – how much history is analyzed
Session settings
Premarket
Opening drive
Midday
Power hour
These let the tool treat each time window differently, since behavior changes through the day.
Cost settings
Estimated Spread – approximate buy/sell price difference
Estimated Slippage – expected extra cost from fast movement
These make the tool focus on realistic, after-cost trading conditions .
Visual settings
toggle dashboard
toggle background shading
toggle regime labels
choose X/Y position of the panel
Limitations
uses estimates of spread and slippage, not live order-book data
cannot remove all uncertainty
best used as a filter, not a trading system
Suggested use
filter out bad environments
increase selectivity
align position size with regime quality
combine with your own strategy or entries
[RoyalNeuron] RSI-SMA [WidowMaker v1.0]Hey everyone,👋
This is WidowMaker v1.0 — my free take on a really clean, zero-lag smoothed RSI that actually helps you see momentum without all the noise.
What makes it different:
- Smoothed RSI (you pick SMA or EMA) so it doesn’t whipsaw as much as the default one
- Green line when momentum is rising, red when it’s falling — super easy to read at a glance
- Histogram turns solid green for strong upward push, solid red when things are fading
- Very faint green background in oversold (buy zone) and faint red in overbought (caution zone)
Quick way to use it:
- Green line + solid green histogram near the bottom (oversold) → good spot for longs
- Red line + solid red histogram near the top (overbought) → time to think about shorts or taking profit
I made it because I was tired of cluttered indicators that look cool but don’t help much in real trading.
I am thinking of an updated version, still thinking of what to add so that to add value.
Would love your honest feedback — like it, use it, tell me what you’d add. More free tools on the way!
Cheers,
RoyalNeuron 👑
RSI, Smoothed RSI, Momentum, Oscillator, Overbought, Oversold, Histogram, Green Red, Free, Alerts
Price Log Regression (by Currency)1. Introduction
This indicator draws a logarithmic regression line directly on top of the price candles, showing the long‑term “average” growth path of any asset in the currency you select (for example USD). It is inspired by popular log‑regression studies used on assets like Bitcoin, where price is transformed to a log scale and a straight regression line is used to visualize macro trends and diminishing returns over time.
2. Key Features
- Currency‑aware trend line : Before calculating the regression, the script converts the asset’s price into the chosen currency, so the line represents the trend of “price in USD”, not just the original quote on the chart.
- Logarithmic regression : The script takes the logarithm (base 10) of the converted price, applies a linear regression to that log series, and then converts the result back to normal price; this produces a smooth line that follows the exponential character of many long‑term price moves.
- On‑chart overlay : Only the regression line is plotted and `overlay` is enabled, so the line appears directly over your existing candles, keeping the chart clean and making it easy to compare current price versus its long‑term log‑trend in the selected currency.
3. How to Use
- Add the script to any symbol and timeframe, then choose the Currency input (for example set it to “USD” if you want to see the trend of that asset measured in Dolars).
- Adjust the Regression length input: longer lengths give a slower, smoother macro line, while shorter lengths react more to recent price action; use what best matches the horizon you are analysing.
- Read the line as an analytical tool, not as guaranteed support or resistance: if price is far above the line, it may indicate an extended move relative to its long‑term path in that currency; if it is far below, it may indicate a cheaper zone relative to that same path, always remembering that this is educational analysis and not financial advice.
Note: This indicator focuses on long‑term logarithmic trends rather than short‑term noise, it is best suited for longer‑horizon approaches such as swing trading and position trading, rather than intraday scalping.
Dynamic Stoch200+MACD+Gann Confluence (Cardinal + Ordinal)If you're scrolling through hundreds of indicators on TradingView looking for a reliable edge, here's why this one stands out and deserves a spot on your chart:Ultra-High-Conviction Reversal Signals (Rare but Powerful)
Most indicators spam signals and repaint. This one requires four independent confluences to fire:Hidden bullish/bearish divergences on a very long-period Stochastic (200) – catches major cycle turns, not noise.Matching hidden divergences on MACD histogram – confirms momentum shift.A strong directional candle (close in top/bottom 20% of range) – filters weak wicks.
Price within ~1.75% of a dynamic Gann Square of 9 level (cardinal + ordinal angles).
Because it demands all four at once, signals are extremely rare — often only a handful per year on daily/weekly timeframes. When they appear, they frequently mark significant tops and bottoms.Fully Adaptive Gann Levels (No Static Lines)
Unlike most Gann scripts with fixed levels that quickly become irrelevant, this one:Automatically anchors to the most recent significant pivot low or high.
Calculates authentic Square of 9 rotations (45°, 90°, 135°, 180°, 225°, 270°, 315°, 360°).
Updates dynamically as new swings form — works on any timeframe and any market (BTC, stocks, forex, indices).
Clean & Customizable Toggle cardinal (strong) vs ordinal (intermediate) levels for plotting and signal checks.
Adjustable pivot sensitivity and proximity tolerance.
Minimal chart clutter: bold lines for major levels, subtle for intermediates, plus clear large triangles for entries.
Best For
Swing traders and position traders seeking high-probability reversal zones rather than frequent scalps. Excellent for Bitcoin and volatile assets where geometric levels + extreme momentum divergences often align at cycle extremes.In short: If you want an indicator that stays quiet most of the time but screams when a real reversal is likely — this is it. Add it, watch the Gann levels adapt, and wait patiently for the rare multi-confluence setups. Quality over quantity.
Auto Fib Retracement Advanced//@version=5
indicator("Auto Fib Retracement Advanced", overlay=true, max_lines_count=500) // Increase max_lines_count
leftBars = input.int(10, "Pivot Left Bars")
rightBars = input.int(10, "Pivot Right Bars")
extendRight = input.bool(true, "Extend Lines Right")
swingHigh = ta.pivothigh(high, leftBars, rightBars)
swingLow = ta.pivotlow(low, leftBars, rightBars)
var float lastHighPrice = na
var int lastHighBar = na
var float lastLowPrice = na
var int lastLowBar = na
// Arrays to store line IDs for management
var lines = array.new_line()
levels_values = array.from(0.0, 0.236, 0.382, 0.5, 0.618, 0.786, 1.0)
// Update pivot points and redraw lines when a new pivot is confirmed
if not na(swingHigh) or not na(swingLow)
if not na(swingHigh)
lastHighPrice := swingHigh
lastHighBar := bar_index
if not na(swingLow)
lastLowPrice := swingLow
lastLowBar := bar_index
// Delete existing lines before drawing new ones
for i = 0 to array.size(lines) - 1
line.delete(array.get(lines, i))
array.clear(lines)
if not na(lastHighPrice) and not na(lastLowPrice)
isUptrend = lastHighPrice > lastLowPrice
fibRange = math.abs(lastHighPrice - lastLowPrice)
// Draw new lines
for i = 0 to array.size(levels_values) - 1
levelValue = array.get(levels_values, i)
priceLevel = isUptrend ? lastLowPrice + fibRange * levelValue : lastHighPrice - fibRange * levelValue
// Use line.new to create persistent horizontal lines
newLine = line.new(x1=lastLowBar, y1=priceLevel, x2=bar_index + (extendRight ? 500 : 0), y2=priceLevel, color=color.gray, style=line.style_dashed)
array.push(lines, newLine)
Dynamic Support Resistance Zones======================================================================
TRADINGVIEW PUBLICATION - DYNAMIC SUPPORT RESISTANCE ZONES
======================================================================
TITLE: Dynamic Support Resistance Zones
SHORT TITLE: SR Zones
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DESCRIPTION (Copy below for TradingView publication)
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The Dynamic Support Resistance Zones indicator identifies key price levels where potential reversals may occur by analyzing candlestick behavior and volume dynamics together.
▶ CONCEPT AND METHODOLOGY
This indicator detects support and resistance levels through a specific combination of three market conditions occurring simultaneously:
1. Candlestick Body Expansion: The current candle's body (distance between open and close) must be larger than the previous candle's body. This signals increased price commitment from market participants.
2. Direction Reversal: The current candle must close in the opposite direction of the previous candle. A bullish candle following a bearish candle suggests potential support formation, while a bearish candle following a bullish candle suggests potential resistance formation.
3. Volume Contraction: The current candle must have lower volume than the previous candle. This condition filters out high-volume breakout moves and focuses on exhaustion patterns where price reverses on decreasing participation.
When all three conditions align, the indicator marks the opening price of the previous candle as a significant level.
▶ HOW LEVELS ARE CLASSIFIED
Support Zones (Green Lines): Form when a bullish reversal candle appears with an expanded body on declining volume. These represent areas where buying pressure overcame selling pressure.
Resistance Zones (Red Lines): Form when a bearish reversal candle appears with an expanded body on declining volume. These represent areas where selling pressure overcame buying pressure.
▶ DYNAMIC LEVEL MANAGEMENT
The indicator continuously monitors each level and updates its status:
- Active Levels (Solid Lines): Levels that have not been broken by a closing price. These extend forward automatically as new bars form.
- Broken Levels (Dashed Lines): When price closes beyond a level, it converts to a dashed line. These broken levels remain visible for potential retest scenarios.
- Level Removal: Broken support levels are removed if price closes back above them. Broken resistance levels are removed if price closes back below them. This keeps the chart clean and focused on relevant levels.
▶ TRADING APPLICATIONS
Reversal Trading: Look for price approaching active support or resistance levels for potential bounce trades.
Breakout Confirmation: When a solid level converts to dashed, it confirms a breakout. The dashed level then becomes a potential retest zone.
Trend Analysis: Multiple support levels stacking below price suggests bullish structure. Multiple resistance levels above price suggests bearish structure.
Risk Management: Active levels provide logical areas for stop-loss placement just beyond the identified zones.
▶ WHY THIS COMBINATION WORKS
The three-filter approach (body expansion + direction change + volume decline) identifies exhaustion reversals rather than continuation patterns. Large body candles show conviction, direction change shows momentum shift, and lower volume suggests the prior move is losing steam rather than breaking out with strength.
▶ SETTINGS
This indicator uses fixed detection logic with no adjustable parameters to maintain consistency. The colors are preset: green for support zones and red for resistance zones.
▶ BEST PRACTICES
- Works on all timeframes but higher timeframes typically produce more reliable levels
- Combine with trend analysis for directional bias
- Not all levels will hold; use proper risk management
- More effective in ranging or mean-reverting conditions than strong trending markets
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TAGS (for TradingView)
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support, resistance, reversal, volume, candlestick, levels, zones, price-action
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CATEGORY
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Support and Resistance
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KTBB Intel: Multi-Timeframe ContextKabroda Intel
This is the official structural companion tool for the Kabroda System. While the "BattleBox Command" script handles specific intraday execution levels, this Kabroda Intel utility visualizes Multi-Timeframe Market Structure to provide broader context.
How It Works (Technical Logic): This script automates the analysis of higher-timeframe structure using standard Pivot High/Low logic, preventing the need for traders to manually switch timeframes.
Scanning: It utilizes request.security() to scan the user-defined Primary (default: 4H) and Secondary (default: 1H) timeframes.
Calculation: It identifies significant structural pivots using ta.pivothigh and ta.pivotlow functions with a customizable lookback period.
Data Integrity: It uses barmerge.lookahead_on with specific index offsets to ensure the data is non-repainting and represents confirmed closed-candle structure only.
Key Features:
Macro Context: Projects 4-Hour Supply & Demand zones directly onto your 5m or 15m execution chart.
Intraday Structure: Highlights 1-Hour breakdown/breakout levels that often act as "speed bumps" for intraday trends.
Zone Visualization:
Red Zones: 4H Supply / Major Resistance.
Green Zones: 4H Demand / Major Support.
Orange/Blue Zones: 1H Intraday Pivots.
Usage Guide:
Step 1: Add this indicator to your chart.
Step 2: Ensure it is running alongside the Kabroda BattleBox Command script.
Step 3: Use these zones as "Caution Areas." Do not execute trades directly into a Red 4H Zone, even if your lower timeframe triggers suggest a breakout. Context overrides execution.
Disclaimer: This tool is for structural analysis only. It identifies historical pivot points and projects them forward as potential areas of interest.
Kabroda BattleBox Command [Renderer]Kabroda BattleBox Command
This is a specialized visualization utility designed to render pre-calculated institutional price levels on your chart. It is intended for traders who utilize the Kabroda Daily Calibration method to define their intraday execution framework.
How it Works: This script does not calculate levels internally. Instead, it serves as a "renderer" for external data.
Input: The user inputs a comma-separated data string (generated daily via their Kabroda Dashboard calibration) into the settings.
Parsing: The script parses this string to extract 6 key price coordinates: Daily Resistance, Breakout Trigger, Breakdown Trigger, Daily Support, and the 30-minute Opening Range High/Low.
Visualizing: It projects these levels forward in time for the current trading session.
Key Features:
Execution Levels: Plots specific Breakout and Breakdown triggers derived from the opening 30-minute volatility.
Liquidity Sessions: Automatically highlights key global trading hours (London Open, NY AM, NY PM, Tokyo, Sydney) based on New York Time, helping traders visualize volume injection points.
Imbalance Zones (Optional): Identifies and highlights market imbalances created by aggressive buying or selling, which often act as magnets for price re-tests.
Usage Guide:
Step 1: Obtain your daily data string.
Step 2: Open Indicator Settings -> "Daily Calibration".
Step 3: Paste the string into the "Paste Data String" field.
Step 4: The script will instantly render the day's battle map.
Disclaimer: This tool is a visualization aid. It requires valid external data to function. Without the daily input string, the chart will remain blank.
Multi-Mode Adaptive Strategy [MMAS]This Pine Script strategy dynamically adapts to different market conditions. Users can switch between trend‑following, mean‑reversion, and breakout modes, making it versatile across assets and timeframes.
Key Metrics:
- BTCUSDT / 1D → Return: +42.5%, Sharpe: 1.8, Max Drawdown: -12.3%, Win Rate: 61%
- XAGUSD / 1H → Return: +18.7%, Sharpe: 1.4, Max Drawdown: -8.5%, Win Rate: 58%
- EURUSD / 4H → Return: +25.2%, Sharpe: 1.6, Max Drawdown: -10.1%, Win Rate: 60%
Key Features:
- Modular design: switch between trend, mean‑reversion, breakout
- Works across crypto, forex, commodities
- Clear visualization with signals and metrics
• Global Note
"Universal strategy design for cross‑asset adaptability."
• Tags
trend, mean‑reversion, breakout, multi‑asset, adaptive strategy, pine script
FX-CLINIC MARKET STRUCTUREThis indicator help the treaders by SMC/ICt to mark the structure MSS/BOS automatically, and you can choose the length of the structure as 5 for fractal, 10 for internal and 15 for external
use it free
note: check your information and correct the structure as you know,
it is first edition and go to upgrade and correct
feel free to sent any note in telegram
privet: @DRALIAWWAD
and the public channel: @ictdrawwad
VWAP roller autoBrief Description
VWAP Roller Auto is a TradingView Pine Script indicator that combines a rolling (resetting) Volume Weighted Average Price (VWAP) with dozens of dynamic support/resistance levels derived from Gann's Square of 9 principles. The VWAP resets periodically (automatically or manually) starting from a user-defined session open time, and the Gann levels "roll" with it, creating an adaptive grid of potential price reaction zones. It's designed for intraday trading and overlays directly on the price chart.
Key Features
Rolling VWAP with Custom Session Start
VWAP calculation restarts at configurable session open (default 8:30 CST, using proper Chicago timezone handling).
Auto-Adaptive Period Selection
Automatically chooses the VWAP reset period (from 2 min up to 48 hours) based on current volatility (ATR + realized range). Targets a user-defined spacing (~0.08% by default) between consecutive VWAPs to keep the grid relevant to market conditions. Falls back to manual period if disabled.
Gann Square of 9 Levels
Generates ~8 pairs of resistance (R) and support (S) levels above/below the current rolling VWAP using octave-based increments.
Two increment modes:
Points mode — fixed point steps that double octavely (e.g., 0.305, 0.610, 1.22, 2.44, etc.).
Percent mode — percentage steps scaled so the middle octave aligns near 0.025% for finer resolution on lower-priced assets.
Visual Enhancements
Colored fills between key level groups (e.g., inner ±0.25 octave in blue, ±1–2 octave zones in gray, higher extremes in yellow/red).
Labels on the right side marking important zones ("low", "normal", "high", "3/4 - ps1", "extreme - ps2").
Central VWAP line (customizable color and offset).
Table showing current period length and whether auto mode is active.
Non-Timeframe Friendly
Works on range bars, Renko, etc., using fallback settings when timeframe is non-standard.
Use Cases
Intraday Support/Resistance Trading
Treat the rolling VWAP as fair value and use the Gann-derived levels as dynamic zones for potential reversals, breakouts, or mean reversion.
Scalping and Day Trading
Auto-period ensures the grid spacing matches current volatility — tighter levels in quiet markets, wider in volatile ones — ideal for futures (ES, NQ), crypto, or forex.
Zone-Based Entries/Exits Buy near labeled support zones (e.g., "low" or "normal" volatility bottoms) when price trades below VWAP.
Sell/short near resistance zones in overbought conditions.
Watch for hits of "extreme" zones (±8 octave) as potential strong reversal signals.
Confluence Tool
Combine with order flow, volume profile, or other indicators; the colored fills highlight "value areas" similar to market profile concepts but anchored to a rolling VWAP.
In short, VWAP Roller Auto provides a sophisticated, self-adjusting Gann-inspired grid that moves with the market's fair value, helping traders identify high-probability reaction zones throughout the trading session.
Nested MA Envelopes HarmonicThe Nested MA Envelopes Harmonic is a custom TradingView Pine Script indicator that overlays a series of nested envelopes around exponentially increasing simple moving averages (SMAs). These SMAs use lengths that double successively (e.g., 25, 50, 100, 200, up to 3200, starting from a user-defined power-of-2 base). Each envelope is offset by deviations that follow a harmonic/octave structure (multipliers of ×1, ×2, ×4, ×8, ×16, ×32, ×64, ×128).The deviation can be set in fixed points or as a true percentage of price, with an optional auto-calibration mode that dynamically adjusts the multiplier based on historical price behavior and ATR to target a specified percentage of bars staying within the innermost envelope. The envelopes feature customizable colors, shaded zones between levels, touch counters, cycle number labels on band touches (with cooldown), and optional centering.This creates a visually layered "harmonic" channel system resembling octave bands, helping identify multi-scale support/resistance zones.
Use CaseTraders use this indicator to visualize price action across multiple time scales simultaneously, treating the nested bands as harmonic levels of volatility or mean reversion zones. Inner envelopes (levels 1–3) capture short-term fluctuations and potential overbought/oversold conditions.
Outer envelopes (levels 6–8) act as major support/resistance during strong trends or reversals.
The cycle labels mark significant touches of higher-level bands (e.g., a "7" or "8" label signals rare extreme extensions, often preceding reversals). It suits mean-reversion strategies (buy near lower bands, sell near upper), trend confirmation (price hugging mid-levels), or breakout alerts when price pierces outer zones. The auto mode adapts to changing volatility, making it versatile for stocks, forex, crypto, or futures on various timeframes.
Personal use - set on your favorite instrument and set to auto mode. Make note of the level picked in bottom right corner. Then switch to manual mode and use the same multiplier that auto used to get you in the right sizing ballpark. The goal is to capture 95% of pricing within the smallest envelope. The what you will see is you can quantify various tops and bottoms. A 1st order (hitting the top/bottom of the smallest envelope) hit is not as important as a 2nd or 3rd order hit. Generally 1st order is informational and 2-5 is actionable. 6-8 would be a unicorn and you should act accordingly. You can use points or % for the spacing.
Quantum Flow [JOAT]Quantum Flow Nexus - Advanced Multi-Dimensional Flow Analysis
Overview
Quantum Flow Nexus is an open-source overlay indicator that combines custom EMA-based flow calculations with order flow analysis, multi-timeframe correlation, and liquidity zone detection. It provides traders with a structured framework for analyzing market momentum and identifying potential entry points based on multiple confirming factors.
What This Indicator Does
The indicator calculates several analytical components:
Quantum Flow Oscillator - A custom oscillator built from multiple EMA layers at different depths
Flow Momentum - Rate of change of the flow oscillator
Order Flow Delta - Buy vs sell volume pressure estimation
Smart Money Index - Volume-weighted directional bias metric
Multi-Timeframe Entanglement - Price correlation across 15m and 60m timeframes
Liquidity Zones - Historical swing high/low levels with volume significance
Wave Function State - Momentum-based decisiveness detection
How It Works
The core quantum oscillator uses a custom EMA calculation with depth layering:
quantumOscillator(series float src, simple int len, simple int depth) =>
float osc = 0.0
for i = 1 to depth
int fastLen = len / i
int slowLen = len * i
float emaFast = quantumEMA(src, fastLen)
float emaSlow = quantumEMA(src, slowLen)
osc += (emaFast - emaSlow) / depth
osc
This creates a multi-layered view of momentum by comparing EMAs at progressively different speeds.
Signal Generation
Basic signals occur when:
Bullish: Flow crosses above lower band + positive momentum + positive order flow delta
Bearish: Flow crosses below upper band + negative momentum + negative order flow delta
Strong signals require additional confirmation:
Smart Money Index above/below threshold (50/-50)
Entanglement score above 50%
Wave function in collapsed state (decisive momentum)
Confluence Score Calculation
The indicator combines multiple factors into a single confluence percentage:
float confluenceScore = (flowStrength * 20 + entanglementScore * 0.3 + math.abs(orderFlowDelta) * 0.5) / 3
Dashboard Panel (Top-Right)
Flow Strength - Distance from center line normalized by standard deviation
Momentum - Current rate of change of flow
Trend - BULLISH/BEARISH/NEUTRAL based on flow vs EMA
Confluence Score - Combined factor percentage
Order Flow Delta - Buy/sell pressure percentage
Entanglement - Multi-timeframe correlation score
Wave State - COLLAPSED or SUPERPOSITION
Signal - Current actionable status
Visual Elements
Flow Lines - Center flow line with upper/lower bands
Quantum Zones - Filled areas between bands showing bullish/bearish zones
3D Quantum Field - Five oscillating layers creating depth visualization
Order Flow Blocks - Boxes highlighting significant order flow imbalances
Liquidity Heatmap - Dashed lines at significant historical levels
Signal Markers - Triangles for basic signals, labels for strong signals
Input Parameters
Flow Period (default: 21) - Base period for flow calculations
Quantum Depth (default: 3) - Number of EMA layers
Sensitivity (default: 1.5) - Band width multiplier
Liquidity Max Levels (default: 8) - Maximum liquidity zones displayed
Liquidity Min Strength Ratio (default: 0.10) - Minimum volume significance
Suggested Use Cases
Identify momentum direction using flow oscillator position
Confirm entries with order flow and smart money readings
Use liquidity zones as potential support/resistance areas
Wait for strong signals with multiple factor confirmation
Timeframe Recommendations
Effective on 15m to Daily charts. Lower timeframes may produce more signals with higher noise levels.
Limitations
Order flow is estimated from candle structure, not actual order book data
Multi-timeframe requests add processing time
Liquidity zones are based on historical pivots and may not reflect current market structure
Open-Source and Disclaimer
This script is published as open-source under the Mozilla Public License 2.0 for educational purposes. It does not constitute financial advice. Past performance does not guarantee future results. Always use proper risk management.
- Made with passion by officialjackofalltrades
SAR Volume ScalperSAR Volume Scalper is a minimalist intraday scalping indicator designed for 1–2 minute charts, optimized for high-liquidity markets such as NASDAQ (NQ) and Gold (GC).
The indicator combines Parabolic SAR price crossings with a neutral volume participation filter (Volume ≥ EMA(Volume)), ensuring that signals appear only when the market is active, without relying on rare or aggressive volume spikes.
🔑 Core Logic
Parabolic SAR identifies precise micro-trend shifts
Trend EMA filters directional bias and reduces counter-trend trades
Neutral volume filter confirms market participation while preserving signal frequency
ATR-based targets adapt automatically to current volatility
🎯 Designed For
High-frequency scalping on 1–2 minute timeframes
Manual trade execution during active market sessions
Traders who prefer price and flow confirmation over heavy indicator stacking
⚠️ Disclaimer
This indicator is a decision-support tool and should not be used as standalone trading advice.
It is not intended for fully automated trading.
MA Alignment DetectorMA Alignment Detector : If it is bullish MA alignment, the color becomes red, if it is bearlish MA alignment, the color become green.
ETH 1-2-3 Rigor Strategy Entry & 2:1 Risk-Rewar- By: Labaxuria Descrição em Inglês (Copy & Paste):
This script is a technical analysis tool designed specifically for ETH/USDT on Daily (1D) and Weekly (1W) timeframes. It identifies the classic 1-2-3 reversal pattern to provide high-probability entry points with a strictly disciplined risk management approach.
Core Features:
C3 Trigger Identification: The indicator highlights the "Candle 3" (Confirmation Candle) where the breakout of "Point 2" occurs, validating the market structure shift.
Automated 2:1 Risk-Reward: Upon a BUY or SELL signal, the script automatically plots a Red Line (Stop Loss) at the recent pivot and a Green Line (Take Profit) at a fixed 2:1 ratio. This ensures that every win is twice the size of a potential loss.
Trend Filtering (Gray Line): It includes a 20-period Moving Average to ensure trades are aligned with the prevailing market momentum.
Compression Detection (White Candles): Identifies "Inside Bars" by coloring the candle body or borders white. This warns the trader of price compression and potential volatility buildup before a breakout.
How to Use:
BUY + C3: Enter long when the price closes above Point 2, ideally while trading above the gray 20-SMA.
SELL + C3: Enter short when the price closes below Point 2, ideally while trading below the gray 20-SMA.
Exit Strategy: Follow the plotted levels strictly. Exit at the red line to protect capital or at the green line to book profits.
Hookes Kinetics | IkkeOmarHooke's Kinetics: A Physics-Based Volatility System
This indicator applies the principles of Hooke's Law to financial time series data to model market volatility as a system of potential and kinetic energy.
Theoretical Foundation: Hooke's Law In physics, Hooke's Law states that the force (F) needed to extend or compress a spring by some distance (x) scales linearly with respect to that distance: F = -kx, where k is the spring constant.
Potential Energy (PE): PE = 0.5 * k * x^2 Kinetic Energy (KE): Energy possessed due to motion.
In this system, we treat Price Action as a spring. Compression (Potential Energy): When price consolidates, volatility compresses. The "spring" is being wound up. Energy is accumulated, not released. Release (Kinetic Energy): When price breaks out of compression, potential energy transforms into kinetic energy. The spring snaps back, driving price motion.
Indicator Mechanics The Hooke's Kinetics oscillator visualizes this energy transfer cycle to identify trend origins and exhaustion points.
Accumulating Energy (Potential): The Blue Area represents the buildup of Potential Energy. This occurs during periods of low volatility (consolidation). The algorithm detects when price variance drops below a threshold (representing spring compression) and aggregates this "stored force" over time. As long as the price remains compressed, the Blue potential energy grows.
Energy Conversion (Kinetic Release): The Red Histogram represents Kinetic Energy. When volatility expands significantly (a breakout), the system triggers a release event. The accumulated Blue potential energy is discharged and converted into the Red kinetic spike. This marks the moment the "spring" is released.
Trend Direction & Decay: Once the Kinetic Energy (Red spike) appears, the "explosive" phase is active. As the Red histogram decays (lowers back to zero), the market enters a coasting phase. The trend direction is established by the price movement during the initial Kinetic release. Traders observe the price vector as the Red energy dissipates to confirm the prevailing trend.
Reversion Signals (Bonus): Extreme peaks in Kinetic Energy (exceptionally high Red spikes) indicate a maximum extension of the spring. Just as a physical spring oscillates, extreme kinetic release often precedes a mean reversion. If price action opposes the direction of the Kinetic decay, it signals a likely reversal.
Visual Reference Referencing the chart above: Blue Ramp: Note the linear buildup of the blue area during sideways price action. This is the "loading" phase. Red Spike: Note the immediate drop in Blue and spike in Red coinciding with the green highlight circles on the chart. These are the breakout points. Green Circles: These highlight the specific candles where Potential converted to Kinetic, marking the optimal entry or decision points.
Code Description
The system defines market state using a composite variable "k" (Stiffness), which combines Price Volatility (NATR) and Relative Volume (RVOL).
k_price = range_natr != 0 ? 1.0 - ((natr - lowest_natr) / range_natr) : 0 k = (k_price * price_weight) + (k_vol * vol_weight) Here, we normalize volatility relative to a historical lookback. High values of "k" indicate high compression—this is the "winding" of the spring.
if is_compressed potential_energy := potential_energy + k kinetic_energy := kinetic_energy * DECAY_RATE When the market is tighter than the user-defined "stiff_thresh", the system accumulates Potential Energy. Note that Kinetic Energy actively decays during this phase, simulating friction or inertia slowing down price movement.
else drain_factor = (1.0 - k) transfer = potential_energy * drain_factor potential_energy := potential_energy - transfer kinetic_energy := (kinetic_energy * DECAY_RATE) + (transfer * ENERGY_MULT) This acts as the conservation of energy. We do not reset Potential to zero instantly; we drain it. The "drain_factor" ensures that a violent expansion (low k) drains potential energy faster than a mild move. This transferred energy is scaled up and added to the Kinetic state.
Note - AMPLITUDE MATTERS!
Observe the amplitude of the Kinetic Energy - higher peaks are more significant. Lower values are usually artifacts, but they can indicate mean reversion on a smaller scale while price remains within a range.
Trend Strength Matrix [JOAT]Trend Strength Matrix — Multi-Timeframe Confluence Analysis System
This indicator addresses a specific analytical challenge: how to efficiently compare multiple technical measurements across different timeframes while accounting for their varying scales and interpretations. Rather than managing separate indicator windows with different scales, this tool normalizes four distinct analytical approaches to a common -1 to +1 scale and presents them in a unified matrix format.
Why This Combination Adds Value
The core problem this indicator solves is analytical fragmentation. Traders often use multiple indicators but struggle with:
1. **Scale Inconsistency**: RSI ranges 0-100, MACD has no fixed range, ADX ranges 0-100 but measures strength not direction
2. **Timeframe Coordination**: Checking multiple timeframes requires switching between charts or cramming multiple indicators
3. **Cognitive Load**: Processing different indicator types simultaneously creates mental overhead
4. **Confluence Assessment**: Determining when multiple approaches agree requires manual comparison
This indicator specifically addresses these issues by creating a standardized analytical framework where different measurement approaches can be directly compared both within and across timeframes.
Originality and Technical Innovation
While the individual components (RSI, MACD, ADX, Moving Average) are standard, the originality lies in:
1. **Unified Normalization System**: Each component is mathematically transformed to a -1 to +1 scale using component-specific normalization that preserves the indicator's core characteristics
2. **Multi-Timeframe Weighting Algorithm**: Higher timeframes receive proportionally more weight (40% current, 25% next, 20% third, 15% fourth) based on the principle that longer timeframes provide more significant context
3. **Real-Time Confluence Scoring**: The composite calculation provides an instant assessment of how much the different analytical approaches agree
4. **Adaptive Visual Encoding**: The heatmap format allows immediate pattern recognition of agreement/disagreement across both indicators and timeframes
How the Components Work Together
Each component measures a different aspect of market behavior, and their combination provides a more complete analytical picture:
**Momentum Component (RSI-based)**: Measures the velocity of price changes by comparing average gains to losses
**Trend Component (MACD-based)**: Measures the relationship between fast and slow moving averages, indicating trend acceleration/deceleration
**Strength Component (ADX-based)**: Measures trend strength regardless of direction, then applies directional bias
**Position Component (MA-based)**: Measures price position relative to a reference average
The mathematical relationship between these components creates a comprehensive view:
- When all four agree (similar colors), it suggests multiple analytical approaches are aligned
- When they disagree (mixed colors), it highlights analytical uncertainty or transition periods
- The composite score quantifies the degree of agreement numerically
Detailed Component Analysis
**1. Momentum Oscillator Component**
This component transforms RSI into a centered oscillator by subtracting 50 and dividing by 50, creating a -1 to +1 range where 0 represents equilibrium between buying and selling pressure.
// Momentum calculation normalized to -1 to +1 scale
float rsi = ta.rsi(close, rsiLength)
float rsiScore = (rsi - 50) / 50
// Result: 0 at equilibrium, +1 at extreme overbought, -1 at extreme oversold
**2. Moving Average Convergence Component**
MACD is normalized by its own volatility (standard deviation) to create a bounded oscillator. This prevents the unbounded nature of MACD from dominating the composite calculation.
// MACD normalized by its historical volatility
= ta.macd(close, macdFast, macdSlow, macdSignal)
float macdStdev = ta.stdev(macdLine, 100)
float macdScore = macdStdev != 0 ? math.max(-1, math.min(1, macdLine / (macdStdev * 2))) : 0
**3. Directional Movement Component**
This combines ADX (strength) with directional movement (+DI vs -DI) to create a directional strength measurement. ADX alone shows strength but not direction; this component adds directional context.
// ADX-based directional strength
= calcADX(adxLength)
float adxStrength = math.min(adx / 50, 1) // Normalize ADX to 0-1
float adxDirection = plusDI > minusDI ? 1 : -1 // Direction bias
float adxScore = adxStrength * adxDirection // Combine strength and direction
**4. Price Position Component**
This measures price deviation from a moving average, weighted by the magnitude of deviation to distinguish between minor and significant displacements.
// Price position relative to moving average
float ma = ta.sma(close, maLength)
float maDirection = close > ma ? 1 : -1
float maDeviation = math.abs(close - ma) / ma * 10 // Percentage deviation scaled
float maScore = math.max(-1, math.min(1, maDirection * math.min(maDeviation, 1)))
Multi-Timeframe Integration Logic
The multi-timeframe system uses a weighted average that gives more influence to higher timeframes:
// Timeframe weighting system
float currentTF = composite * 0.40 // Current timeframe: 40%
float higherTF1 = composite_tf2 * 0.25 // Next higher: 25%
float higherTF2 = composite_tf3 * 0.20 // Third higher: 20%
float higherTF3 = composite_tf4 * 0.15 // Fourth higher: 15%
float multiTFComposite = currentTF + higherTF1 + higherTF2 + higherTF3
This weighting reflects the principle that higher timeframes provide more significant context for market direction, while lower timeframes provide timing precision.
What the Dashboard Shows
The heatmap displays a grid where:
Each row represents a timeframe
Each column shows one component's normalized reading
Colors indicate the value: green shades for positive, red shades for negative, gray for neutral
The rightmost column shows the composite average for that timeframe
Visual Elements
Moving Average Line — A simple moving average plotted on the price chart
Background Tint — Subtle coloring based on the composite score
Shift Labels — Markers when the composite crosses threshold values
Dashboard Table — The main heatmap display
Inputs
Calculation Parameters:
Momentum Length (default: 14)
MACD Fast/Slow/Signal (default: 12/26/9)
Directional Movement Length (default: 14)
Moving Average Length (default: 50)
Timeframe Settings:
Enable/disable multi-timeframe analysis
Select additional timeframes to display
How to Read the Display
Similar colors across a row indicate the components are showing similar readings
Mixed colors indicate the components are showing different readings
The composite percentage shows the average of all four components
Alerts
Composite crossed above/below threshold values
Strong readings (above 50% or below -50%)
Important Limitations and Realistic Expectations
This indicator displays current analytical conditions—it does not predict future price movements
Agreement between components indicates current analytical alignment, not future price direction
All four components are based on historical price data and inherently lag price action
Market conditions can change rapidly, making current readings irrelevant
Different parameter settings will produce different readings and interpretations
No combination of technical indicators can reliably predict future market behavior
Strong readings in one direction do not guarantee continued movement in that direction
The composite score reflects mathematical relationships, not market fundamentals or sentiment
This tool should be used as one input among many in a comprehensive analytical approach
Appropriate Use Cases
This indicator is designed for:
- Analytical organization and efficiency
- Multi-timeframe confluence assessment
- Pattern recognition in indicator relationships
- Educational study of how different analytical approaches relate
- Supplementary analysis alongside other methods
This indicator is NOT designed for:
- Standalone trading signals
- Guaranteed profit generation
- Market timing precision
- Replacement of fundamental analysis
- Automated trading systems
— Made with passion by officialjackofalltrades
Mag 7 EMA Trend MonitorDashboard Layout:
1. Symbol Column: The Mag 7 tickers.
2. Trend Column: Visual Bull/Bear status.
3. Strength Column: Percentage distance from the mean (EMA 21).
4. Aggregate Row: Summary of market breadth and average sector pull/push.
How to Interpret the Trend Strength:
• Positive %: The stock is trading above its 21 EMA. A very high number (e.g., $+15\%$) might suggest the stock is "overbought" or overextended.
• Negative %: The stock is trading below its 21 EMA. A very low number (e.g., $-10\%$) might suggest it is "oversold."
• Avg Strength: This gives you a bird's-eye view of the sector. If the aggregate is "5 Up / 2 Down" but the Avg Strength is only $+0.5\%$, the trend is weak and might be exhausting.
"Pro-tips" for tool:
• Multi-Timeframe Correlation: Try setting the Dashboard Timeframe to "D" (Daily) while trading on a "5m" or "15m" chart. This allows you to see if your intraday trade is aligned with the "Big Money" trend of the week.
• The 4/7 Rule: Watch for that Aggregate row to hit 4 out of 7. In the Mag 7, since these stocks carry so much weight in the SPY and QQQ, a shift to a majority (4+) often precedes a move in the overall market indices.
Intraday ORB-Anchored VWAP Structure [Arjo]Intraday ORB-Anchored VWAP Structure
This indicator is built for intraday traders. This tool helps them to see how the market is behaving today. It uses Opening Range, VWAP, and commonly used reference levels to show the market's general direction.
It will not tell you exactly when to buy or sell. Instead, it provides a clear picture of the market so you can make better decisions on your own.
What This Indicator Does
1. Defines the Trading Session
The indicator works only during the selected intraday session (for example, the Indian market). All levels reset automatically at the start of each new trading day.
2. Calculates the Opening Range (ORB)
The Opening Range is the high and low formed during the first few minutes of the session (e.g., first 15 minutes). This range helps identify early market direction.
3. Determines Early Directional Bias
After the Opening Range ends, a smooth trend filter (using a smooth function) evaluates whether price behavior is more bullish or bearish.
This step is used only to decide where VWAP should be anchored , not to generate signals.
4. Anchors VWAP from the Opening Range
If early price behavior is bullish, VWAP is anchored from the Opening Range High
If early price behavior is bearish, VWAP is anchored from the Opening Range Low
5. Plots Important Reference Levels
Previous Day High (PDH) and Low (PDL)
Central Pivot Range (TC, PP, BC)
Opening Range High and Low
Optional Opening Range box
Anchored VWAP for the current session only
How You Can Use This Indicator
Use Opening Range High and Low to understand where the market found early support and resistance.
Observe how price behaves relative to the anchored VWAP :
Staying above VWAP suggests intraday strength
Staying below VWAP suggests intraday weakness
Use PDH, PDL, and CPR levels as reference zones where price may react.
Combine these levels with your own entry rules, confirmation tools, and risk management.
Notes
This indicator is a visual reference and structure tool only.
It does not predict price, provide trade calls, or guarantee outcomes .
All calculations are non-repainting once the Opening Range is complete.
Designed for educational, discretionary, and semi-systematic intraday analysis.
Disclaimer:
This script is intended for market analysis and educational purposes only . Trading involves risk, and users are responsible for their own trading decisions.
Happy Trading
