Fiery River V 1.0 Description of the "Fiery River" (FR) Indicator
**Overview of the Indicator**
"Fiery River" (abbreviated as FR) is a technical indicator for TradingView, written in Pine Script version 6. It's designed for traders who incorporate Fibonacci levels with moving averages to analyze support and resistance zones. The indicator dynamically plots levels based on a selected moving average (MA) and Fibonacci multipliers, displaying them on the current timeframe and an additional secondary timeframe. This helps visualize potential reversal or continuation points, making analysis more comprehensive. The name "Fiery River" evokes a "fiery" flow of levels that "stream" across the chart, adapting to price movements. ?
**Key Features**
- **Level Construction**: The indicator calculates a moving average (EMA, SMA, WMA, RMA, or HMA) from the closing price and multiplies it by specified Fibonacci coefficients (0.618, 0.5, 0.382, 0.27, 0.18 for "long" levels and 1.618, 1.5, 1.382 for "short" levels). This creates 10 lines: 5 for the current timeframe (fully visible) and 5 for the secondary timeframe (with semi-transparency for distinction).
- **Color Scheme**: Levels are colored in gray, red, orange, and green, with additional "short" variants for extensions.
- **Fills**: Green fills are added between level pairs to highlight areas of interest, making the chart more visually intuitive.
- **Alerts**: Automatic notifications when the price touches levels (e.g., "Price touches Red line"), helping you stay on top of key moments.
- **Multi-Timeframe Support**: Incorporates a secondary timeframe (e.g., daily if the main is hourly) for comparing levels across different scales.
**How to Use**
1. Add the indicator to your chart in TradingView.
2. Customize settings in the panel: Select MA type, period (default 89), secondary timeframe, and Fibonacci coefficients.
3. Analyze levels as potential entry/exit points: Gray and red for stronger zones, green for weaker ones. Use fills to identify ranges.
4. Enable alerts for real-time signals.
It's ideal for strategies based on Fibonacci and trends, but always combine with other tools for confirmation. ?
**Advantages and Limitations**
- **Pros**: Highly customizable, visually clear, supports multiple MA types and timeframes. Great for scalping and swing trading.
- **Cons**: Can create a lot of lines on the chart, potentially overwhelming if not managed. May require testing for optimal settings on volatile assets.
If you need any adjustments, more details, or help with the code, just let me know! ?
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ISM Manufacturing PMIDescription
The ISM Manufacturing PMI (Purchasing Managers' Index) is a key economic indicator derived from monthly surveys of private sector companies. It provides insight into the health of the US manufacturing sector.
Above 50.0: Indicates Expansion.
Below 50.0: Indicates Contraction.
This script visualizes the ISM Manufacturing PMI using TradingView's available economic data (ECONOMICS:USBCOI), providing traders and analysts with a clear view of macroeconomic trends directly on their charts.
Key Features
Intuitive Visualization:
Dynamic Color Coding: The line turns Green during expansion (>50) and Red during contraction (<50).
Baseline Fill: Optional shading between the data line and the 50.0 baseline emphasizes the current economic state.
Histogram Mode: Toggle a histogram view to easily spot momentum shifts.
Customizable Data Source: Defaults to ECONOMICS:USBCOI but can be configured to use other tickers (e.g., FRED:NAPM) if preferred.
Smoothing: Built-in SMA, EMA, RMA, or WMA smoothing to filter out noise and see the longer-term trend.
Alerts: Set alerts for significant crossovers (Expansion/Contraction start) or extreme levels.
How to Use
Add to Chart: Apply the indicator to any chart. It works best on higher timeframes but pulls monthly data automatically.
Interpret the Trend:
Look for the line crossing the 50.0 level. A cross above suggests the manufacturing sector is growing (Bullish for economy). A cross below suggests slowing down or contraction (Bearish for economy).
Watch for extreme readings (above 60 or below 40) which often mark economic peaks or troughs.
Adjust Settings:
Style: Toggle the Line, Histogram, or Fill visibility in the settings.
Smoothing: If the raw data is too jagged, increase the "Smoothing Length" to 3 or 6 months.
Settings
PMI Ticker: Default is ECONOMICS:USBCOI.
Timeframe: Default is 1M (Monthly).
Show Line / Histogram: Toggle visualization modes.
Smoothing: Type and Length of the moving average applied to the data.
Colors: Customize the colors for Expansion (Grow), Contraction (Fall), and Neutral.
Indicator by: iCD_creator
Version: 1.0
---
Updates & Support
For questions, suggestions, or bug reports, please comment below or message the author.
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Daily SR - Locked VersionRiverSide Indicator - User Guide📊 What is RiverSide?RiverSide is a dynamic channel indicator that creates Upper and Lower bands around a Moving Average (MA). The bands automatically change color based on their position relative to the EMA 200, helping you identify market trends.🎯 Key Features1. Dynamic Bands
Upper Band = MA × (1 + Deviation %)
Lower Band = MA × (1 - Deviation %)
Bands expand and contract based on the MA value
2. Color-Coded Trend
🔵 Blue Lines = Bullish trend (MA above EMA 200)
🔴 Red Lines = Bearish trend (MA below EMA 200)
3. Customizable Settings
MA Period: Default 50 (adjustable)
MA Type: EMA, SMA, WMA, or RMA
Deviation: Default 0.14% (adjustable from 0.1% to 100%)
Applied Price: Close, Open, High, Low, HL2, HLC3, OHLC4
ma_libraryTitle: Library: Advanced Moving Average Collection
Description:
This library provides a comprehensive set of Moving Average algorithms, ranging from standard filters (SMA, EMA) to adaptive trendlines (KAMA, FRAMA) and experimental smoothers (ALMA, JMA).
It has been fully optimized for Pine Script v6, ensuring efficient execution and strict robustness against na (missing) values. Unlike standard implementations that propagate na values, these functions dynamically recalculate weights to maintain continuity in disjointed datasets.
🧩 Library Features
Robustness: Non-recursive filters ignore na values within the lookback window. Recursive filters maintain state to prevent calculation breaks.
Optimization: Logic updated to v6 standards, utilizing efficient loops and var persistence.
Standardization: All functions utilize a consistent f_ prefix and standardized parameters for easy integration.
Scope: Contains over 35 different smoothing algorithms.
📊 Input Requirements
Source (src): The data series to smooth (usually close, hl2, etc.).
Length (length): The lookback period (must be a simple int).
Specifics: Some adaptive MAs (like f_evwma) require volume data, while others (like f_alma) require offset/sigma settings.
🛠️ Integration Example
You can import the library and call functions directly, or use the built-in f_selector to create dynamic inputs for your users.
code
Pine
download
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//@version=6
indicator("MA Library Demo", overlay=true)
// Import the library
import YourUsername/ma_/1 as ma
// --- Example 1: Direct Function Call ---
// calculating Jurik Moving Average (JMA)
float jma_val = ma.f_jma(close, 14)
plot(jma_val, "JMA", color=color.yellow, linewidth=2)
// --- Example 2: User Selector ---
// Allowing the user to choose the MA type via settings
string selected_type = input.string("ALMA", "MA Type", options= )
int length = input.int(20, "Length")
// Using the generic selector function
float dynamic_ma = ma.f_selector(close, length, selected_type)
plot(dynamic_ma, "Dynamic MA", color=color.aqua)
📋 Included Algorithms
The following methods are available (prefixed with f_):
Standard: SMA, EMA, WMA, VWMA, RMA
Adaptive: KAMA (Kaufman), FRAMA (Fractal), VIDYA (Chande/VARMA), VAMA (Vol. Adjusted)
Low Lag: ZLEMA (Zero Lag), HMA (Hull), JMA (Jurik), DEMA, TEMA
Statistical/Math: LSMA (Least Squares), GMMA (Geometric Mean), FLSMA (Fisher Least Squares)
Advanced/Exotic:
ALMA (Arnaud Legoux)
EIT (Ehlers Instantaneous Trend)
ESD (Ehlers Simple Decycler)
AHMA (Ahrens)
BMF (Blackman Filter)
CMA (Corrective)
DSWF (Damped Sine Wave)
EVWMA (Elastic Vol. Weighted)
HCF (Hybrid Convolution)
LMA (Leo)
MD (McGinley Dynamic)
MF (Modular Filter)
MM (Moving Median)
QMA (Quick)
RPMA (Repulsion)
RSRMA (Right Sided Ricker)
SMMA (Smoothed)
SSMA (Shapeshifting)
SWMA (Sine Weighted)
TMA (Triangular)
TSF (True Strength Force)
VBMA (Variable Band)
Bollinger Bands + B%Overview
This script replicates the robust functionality and visual style of the Bollinger Band studies found in Sierra Chart, adapted for the TradingView environment. It is designed as an "All-in-One" suite that calculates the Bollinger Bands for the main price chart while simultaneously offering advanced oscillator studies (like %B and Bandwidth) in the pane below.
A unique feature of this script is the high degree of customization, particularly the ability to choose different Moving Average types for the Bollinger Band basis, and a dynamic coloration system for the %B indicator.
Key Features
Main Chart Overlay: Draws the Bollinger Bands (Upper, Lower, and Basis) directly on the price chart, even though the script runs in a separate pane.
Advanced %B Indicator: A visually enhanced version of Bollinger Bands %B. It features dynamic coloring based on a midline (default 0.5) and intensifies the colors when the value exceeds the high or low thresholds (simulating a band breakout).
Bollinger Bandwidth: Optional display of the bandwidth to measure volatility (Squeeze detection).
Customizable Calculation: Choose from 6 different Moving Average types to calculate the bands.
Moving Average Types Explained
The standard Bollinger Band uses a Simple Moving Average (SMA). This script allows you to change the mathematical basis of the bands to fit your specific trading strategy:
Simple (SMA): The standard calculation. Every price in the period has equal weight. Best for general use.
Exponential (EMA): Gives more weight to recent prices. Reacts faster to price changes than the SMA.
Weighted (WMA): Assigns a linear weighting factor. Recent data is more important, but the drop-off is smoother than EMA.
Linear Regression (LSMA): Calculates a linear regression line for each point. This is excellent for identifying the prevailing trend direction and "fitting" the price action.
Wilders (RMA): The smoothing method used in the RSI indicator. It reacts very slowly and smooths out significant noise.
Smoothed (SMMA): A blend that takes a broad view of price history. It is very stable and filters out minor market fluctuations effectively.
Settings & Parameters
1. Bollinger Bands (Price-Chart)
Show BB in Main Chart: Toggles the visibility of the bands on the price candles.
Length: The lookback period for the bands (Default: 20).
Standard Deviation: The multiplier for the width of the bands (Default: 2.0).
Moving Average Type: Select the algorithm for the center line (Basis).
2. Study: Bollinger Bands %B
Show %B: Toggles the %B oscillator.
High/Low Threshold: Sets the levels for the "Breakout" warnings (Default: 1.0 and 0.0).
Midline: The center point for the color switch (Default: 0.5).
Green: Value > Midline.
Red: Value < Midline.
Bright Green/Red: Value crosses the High/Low Thresholds.
3. Study: Bollinger Bandwidth
Show Bandwidth: Toggles the volatility measurement line.
Usage Tip:
Since %B (0.0 - 1.0) and Bandwidth (variable scale) use different y-axis scales, it is recommended to only enable one sub-study at a time via the checkboxes to maintain a clean chart view.
Disclaimer : This script is for educational and analytical purposes only. It is a code conversion based on public documentation of Sierra Chart Study ID 14 & 136.
Sierra Chart, best trading software, EVER!
With the best datafeet. Denali Exchange Data Feed.
Standard Deviation Channel (4x)Standard Deviation Channel (4x)
A linear regression channel with up to 4 standard deviation bands on each side, plus built-in moving averages and high/low levels from higher timeframes. Basically everything I need on one indicator without cluttering my chart with 5 different scripts.
What it does
The core is a standard deviation channel based on linear regression. You get the regression line (base) and can enable up to 4 deviation levels above and below (±1σ, ±2σ, ±3σ, ±4σ). Each level can be toggled independently and the multipliers are adjustable if you want something like 1.5 or 2.5 instead of whole numbers. The fills between bands help visualize the zones.
Pearson's R is available if you want to see the correlation strength of the regression.
Moving Averages
6 MAs included, each fully configurable:
- Type: SMA, EMA, WMA, VWMA, RMA, HMA, DEMA, TEMA
- Custom length and source
- Individual colors
High/Low Levels
Shows horizontal lines at:
- Weekly High/Low
- Monthly High/Low
- Yearly High/Low
- Previous Week/Month/Year High/Low
Useful for spotting key levels without switching timeframes. Labels included so you know which line is which.
Alerts
- Deviation band breaks (all 8 levels)
- MA crossovers (price crossing above/below)
- High/Low level breaks
Settings
Everything is off by default except the ±1σ and ±2σ bands. Enable what you need, disable what you don't. Colors are fully customizable.
RSI: Evolved [DAFE]RSI: Evolved : The Ultimate Momentum Intelligence Engine
30+ RSI Engines. 15+ Zero-Lag Smoothers. The Revolutionary Quantum Horizon. This is Not Just an RSI. This is the Evolution of Momentum.
█ PHILOSOPHY: BEYOND THE OSCILLATOR, INTO THE NEXUS
The standard Relative Strength Index is a relic. It is a brilliant, timeless concept trapped in a rigid, one-dimensional formula developed in the 1970s. It assumes all market momentum is uniform, that all volatility is equal, and that a single mathematical lens is sufficient to view the infinitely complex character of modern markets. It is not.
RSI: Evolved was not created to be another RSI. It was engineered to be the definitive evolution of momentum analysis. This is not an indicator; it is a powerful, interactive research environment. It is a laboratory where you, the trader, can move beyond the static "one-size-fits-all" approach and forge a momentum oscillator that is perfectly adapted to the unique physics of your market, timeframe, and trading style.
This suite deconstructs the very DNA of the RSI, rebuilding it with a library of over 30 distinct, mathematically diverse calculation engines . From timeless classics and exotic variations to proprietary DAFE quantum models, this suite provides an unparalleled arsenal for quantifying the unseen forces of market momentum.
█ THE EVOLUTION: WHAT MAKES THIS UNLIKE ANY OTHER RSI?
This is not just a collection of features; it is a seamlessly integrated, multi-layered analytical system. It stands in a class of its own for several key reasons:
The 30+ Algorithm Core: At its heart is a library of over 30 unique RSI calculation engines. You can now choose an engine based on its mathematical properties—whether you need the zero-lag responsiveness of a Hull RSI, the time-warping capability of a Laguerre RSI, or the predictive power of a DAFE Quantum Fusion RSI.
Advanced Post-Processing: After the RSI is calculated, it passes through a multi-stage refinement process. First, choose from over 15+ professional-grade smoothing algorithms to create a crystal-clear signal. Then, activate the intelligent Filter Module to scale the RSI's output based on trend, volatility, or momentum regimes.
The Quantum Horizon & Temporal Wave: This is a revolutionary leap in data visualization. The indicator projects the historical momentum waves from higher timeframes directly onto your main price chart as a futuristic, holographic overlay. You can now see the alignment (or divergence) of macro momentum without ever looking away from price action. This is multi-timeframe analysis evolved into an art form.
Dynamic, Volatility-Adaptive Zones: Static 70/30 levels are obsolete. Evolved's "Quantum Zones" are alive; they "breathe" with market volatility. They automatically widen during powerful trends to keep you in a winning trade and tighten during choppy consolidation to help you catch reversals with greater precision.
Comprehensive Analytical Modules: This is a full suite of institutional-grade tools, including a powerful regular and hidden Divergence Engine , a multi-timeframe Consensus Dashboard , and dynamic RSI Bands (Bollinger, Keltner, etc.) plotted directly on the oscillator.
█ THE QUANTUM HORIZON & TEMPORAL WAVE: SEEING MOMENTUM IN 4D
This groundbreaking feature fundamentally changes how you interact with multi-timeframe momentum data. The Quantum Horizon is a dedicated visualization module that projects up to three "Temporal Waves" directly onto your main price chart. Each wave is a historical representation of a momentum oscillator (RSI, MFI, or Stoch RSI) pulled from a higher timeframe of your choice. Instead of flipping between charts or cluttering your screen with multiple indicators, you get an immediate, intuitive, and aesthetically stunning view of the market's complete momentum structure.
Each Temporal Wave is a self-contained universe, rendered as a glowing, flowing line within its own gridded channel. This channel is not just for show; it represents the 0-100 scale of the oscillator, with key 30, 50, and 70 levels marked for reference. You can see the history of momentum, its peaks, its troughs, and its crossovers with its own signal line. This allows you to visually identify macro divergences, trend alignment, and exhaustion points on your primary trading chart, transforming your analysis from a fragmented process into a single, unified experience. This is no longer just an indicator; it is a true Heads-Up Display for the flow of time and momentum.
█ THE ARSENAL: A DEEP DIVE INTO THE RSI & SMOOTHING ENGINES
This is your library of mathematical DNA. Understanding your tools is the first step to mastery. The 30+ RSI types are grouped into distinct families, each with a unique philosophy.
THE RSI ENGINE FAMILIES
The Classics (Wilder's, Cutler's, EMA, WMA): These are the foundational building blocks of momentum analysis. They provide a reliable, time-tested baseline. Wilder's uses the RMA for a unique smoothing characteristic, while Cutler's uses the SMA for a more direct, arithmetic average of gains and losses. The EMA and WMA versions offer increased responsiveness by weighting recent price action more heavily.
The Low-Lag Warriors (DEMA, TEMA, Hull, ZLEMA): This family is engineered specifically to combat the inherent lag of classical averages. The Double and Triple EMA (DEMA, TEMA) use a composite of multiple EMAs to reduce latency. The Zero-Lag EMA (ZLEMA) attempts to remove lag by adjusting the source price with its own past data. The Hull RSI is a standout, using a weighted moving average calculation to achieve a remarkable balance of extreme smoothness and near-zero lag, making it ideal for scalping.
The Exotics (Laguerre, Connors, Fisher, KAMA): These engines employ advanced mathematical concepts to view momentum through a different lens. The Laguerre RSI , based on John Ehlers' work, uses a time-warping, non-linear filter that can be extremely responsive to changes in trend. The Fisher Transform RSI normalizes the output to a Gaussian distribution, making peaks and troughs sharper and more defined for clearer signals. The KAMA Adaptive RSI is a "smart" algorithm that automatically slows its calculation in choppy markets and speeds it up in strong trends.
The Volume-Based (Volume-Weighted, MFI, VWAP-Weighted): This family infuses price momentum with volume data, providing a measure of conviction. They answer not just "how fast is price moving?" but "how much participation is behind the move?". The Money Flow RSI (MFI) is a classic, while the Volume-Weighted and VWAP-Weighted versions directly incorporate volume into the gain/loss calculation, giving more weight to high-volume bars.
The DAFE Proprietary Engines (The "God Mode" Algos): The crown jewels of the Laboratory, these are custom-built, proprietary algorithms you will not find anywhere else.
DAFE Quantum Fusion: This engine calculates RSI on three harmonic timeframes simultaneously (based on the Golden Ratio) and "superimposes" them using a dynamic weighting system based on volume and momentum confidence. It is the most robust and balanced all-rounder.
DAFE Kinetic Energy: Based on the physics principle that Momentum = Mass × Velocity. Standard RSI only sees Velocity (price change). Kinetic RSI weights every price move by Relative Volume (Mass), measuring the true "force" of the market.
DAFE Spectral: This engine uses concepts from Digital Signal Processing to analyze the frequency of price moves. It automatically differentiates between the "Signal" (the underlying trend) and the "Noise" (the chop), and adapts its calculation speed accordingly.
DAFE Entropy Flow: A unique engine that uses Information Theory to measure market "disorder." In chaotic, high-entropy markets, it automatically dampens its own signal to avoid whipsaws. In orderly, low-entropy trends, it sharpens its signal to be more responsive.
THE POST-SMOOTHING FILTERS
After your primary RSI is calculated, you can pass it through one of over 15 advanced filters for unparalleled clarity.
Low-Lag (Hull, DEMA, TEMA): Ideal for responsive smoothing that tracks the raw RSI closely.
Adaptive (KAMA, VIDYA): Perfect for smart, regime-aware smoothing that is slow in chop and fast in trends.
DSP & Scientific (SuperSmoother, Butterworth, Gaussian, Jurik-Style): The pinnacle of signal processing. These filters provide the absolute cleanest signal with minimal lag, leveraging advanced digital signal processing techniques to surgically remove noise.
█ THE ANALYTICAL MODULES: BEYOND THE LINE
Dynamic Zones: Your overbought/oversold levels (e.g., 70/30) are no longer static lines. They are living, breathing zones that respond to market volatility. They automatically widen during powerful, high-volatility trends to prevent you from selling a strong uptrend too early. Conversely, they tighten during low-volatility consolidation, allowing you to catch smaller, mean-reverting moves with greater precision. This is a crucial evolution for trading in modern, dynamic markets.
Divergence Engine: The automated engine works tirelessly in the background to detect critical disconnects between price and momentum. It automatically identifies and plots both Regular Divergences (which often signal major trend reversals) and Hidden Divergences (which often signal trend continuations after a pullback) with clear on-chart and in-pane markers and lines.
MTF Dashboard: Context is everything. This module provides an instant read on the momentum across three higher timeframes of your choice. The "Consensus" reading tells you if all timeframes are aligned ("ALL BULL" or "ALL BEAR"), providing powerful contextual confirmation for your trades and helping you avoid taking signals that go against the macro flow.
RSI Bands: This module applies a full-fledged band methodology (Bollinger Bands, Keltner Channels, etc.) directly to the RSI line itself. A pierce of the upper or lower band is a powerful sign of a statistical extreme, often preceding a sharp reversion back to the mean. A "squeeze" in the RSI bands often precedes an explosive move in momentum.
Signal Line & Histogram: The fast-moving RSI line is paired with a slower, smoother Signal Line of your choice. Crossovers between these two lines can be used as effective entry/exit triggers that are often more reliable than simple overbought/oversold levels. The histogram visually represents the momentum (the velocity and acceleration) of the RSI itself, turning from light to dark green in a strengthening uptrend, for example.
█ DEVELOPMENT PHILOSOPHY
RSI: Evolved was forged from a single, guiding principle: momentum is not a fixed property; it is a dynamic, multi-faceted force with a unique character in every market. This tool was designed for the trader who is no longer satisfied with a one-size-fits-all indicator. It is for the analyst, the tinkerer, the scientist—the individual who seeks to deconstruct, understand, and master the hidden physics of market momentum. This is a tool for forging your own alpha, not just following a lagging line.
RSI: Evolved is designed to give you that patience and discipline, providing a crystal-clear, multi-dimensional view of momentum so you can act with precision when the perfect setup finally arrives.
█ DISCLAIMER AND BEST PRACTICES
THIS IS AN ADVANCED ANALYTICAL TOOL: This indicator provides intelligence on momentum, not financial advice. It should be used as a core component of a complete trading strategy.
RISK MANAGEMENT IS PARAMOUNT: All trading involves substantial risk. Never risk more capital than you are prepared to lose.
START WITH A ROBUST BASE: The "DAFE Quantum Fusion" engine with the "SuperSmoother" is an exceptionally powerful and well-balanced starting point for most markets.
USE CONFLUENCE: The highest probability signals occur when multiple modules agree. For example: a Regular Bullish Divergence, as the RSI crosses up from an Extreme Oversold Dynamic Zone, while the Quantum Horizon shows the higher timeframes are also starting to turn up.
"The hard part is not making the decision to buy or sell, but having the patience and discipline to wait for the right setup."
— Mark Weinstein
Taking you to school. - Dskyz, Trade with Anticipation. Trade with Strength. Trade with RSI: Evolved
Blockcircle Global Central Bank Balance Sheet and Money SupplyOVERVIEW
This indicator aggregates money supply (M2) and central bank balance sheet data from the world's largest economies into a single, unified view of global liquidity conditions. Rather than manually tracking dozens of separate data feeds or building your own aggregation logic, you get a ready-to-use tool that pulls from FRED, TradingView Economics, and real-time FX rates to convert everything into USD terms automatically.
Global liquidity has historically served as a leading indicator for risk assets. When central banks expand their balance sheets and the money supply grows, capital tends to flow into equities, crypto, and other risk-on assets. When liquidity contracts, markets often follow. This indicator gives you that macro context directly on your chart.
The global liquidity movement (expansionary or contractionary) often leads to asset price appreciation/depreciation in CRYPTOCAP:BTC , SP:SPX , etc
WHAT MAKES IT ORIGINAL AND DIFFERENT
Combines both M2 money supply AND central bank balance sheet data in one place, whereas most existing tools focus on only one metric
Aggregates 11 economies for M2 (USA, EU, China, Japan, UK, Canada, India, Russia, Brazil, Australia, Switzerland) and 10 central banks for balance sheet data
Automatically handles currency conversion using live FX rates so all values display in USD
Includes a dedicated US Net Liquidity calculation (Fed Balance Sheet minus Reverse Repo minus TGA) which filters out temporary distortions that other aggregate tools ignore
Provides granular country by country breakdown in the information table so you can identify which central banks are driving the aggregate trend
Offers four moving average types (SMA, EMA, WMA, RMA) for trend smoothing with configurable length
HOW IT WORKS
The indicator requests monthly M2 data from TradingView's Economics feeds for each included country. Central bank balance sheet data is pulled the same way. All non-USD values are converted using daily FX rates from major currency pairs. The script then sums these converted values to produce the Global M2 and Global CBBS lines.
For US liquidity specifically, the script pulls weekly data for the Reverse Repo Program (RRP) and Treasury General Account (TGA) from FRED. Net Liquidity is calculated as: Fed Balance Sheet minus RRP minus TGA. This formula removes funds parked in reverse repos and Treasury cash balances, showing what is actually circulating in the financial system.
KEY FEATURES
Global M2 Money Supply line tracking 11 major economies with individual toggles for each country
Global Central Bank Balance Sheet line tracking 10 central banks with individual toggles
US-specific components, including Reverse Repo, TGA, and Net Liquidity as separate plot lines
Moving average overlays with selectable type and length for identifying trend direction
Fill the option between M2 and CBBS lines to visualize the gap between money supply and central bank assets
Value labels at line endpoints showing current readings and period-over-period percentage change
Comprehensive information table with optional country breakdown view
Full color customization for all lines, configurable line width, and style options
Alert conditions for significant M2 and CBBS changes plus MA crossover signals
HOW TO USE
Add to any chart and observe the overall direction of global liquidity. Rising lines generally support risk on positioning, while declining lines suggest caution
Watch for divergences between the M2 and CBBS lines. If money supply grows faster than central bank assets, private credit may be expanding. If CBBS rises faster, central banks are actively injecting liquidity
Use the US Net Liquidity line to understand short term dollar liquidity conditions separate from longer term global trends
Enable moving averages to filter noise and identify when liquidity trends are changing direction
Toggle individual countries on or off in the settings to see how specific regions contribute to the total
Reference the information table for exact values and percentage changes without leaving your chart
SETTINGS BREAKDOWN
Table Settings: position, text size, and whether to show the country breakdown
Display Settings: toggle visibility for each line, fill area, value labels, percent labels, and the info table
Line Styling: customize colors for each metric, adjust line width, and select solid, dashed, or dotted style
Moving Average: enable or disable MA overlays for M2 and CBBS, select MA type, and set length
Global M2 Countries: individually enable or disable each of the 11 economies
US Liquidity Components: toggle RRP and TGA data
Global CBBS Countries: individually enable or disable each of the 10 central banks
Alerts: set percentage threshold for change based alerts
IMPORTANT CONSIDERATIONS
Data updates depend on the publication schedule of each source. M2 and CBBS data are typically monthly with some delay. US Fed Balance Sheet, US RRP and US TGA update weekly
FX conversion uses daily close rates which may introduce minor discrepancies during volatile currency periods
Some emerging market data may have longer reporting lags than developed market data
Hope you find it useful and impactful to your trading and investment decisions! If you have any questions at all, please just ask, happy to help
Demand Index##Description:
This indicator is a precise Pine Script replica of the "Demand Index" (Study ID 139) as found in the Sierra Chart trading platform.
Originally developed by James Sibbet, the Demand Index combines price and volume data to measure buying and selling pressure. It is often considered a leading indicator, anticipating price trend changes by identifying divergences between the price action and the volume flow.
##Key Features & Formula Logic
This script strictly follows the official documentation provided by Sierra Chart to ensure the values match the original platform as closely as possible.
Specific calculation details included in this port:
- P(HL2C): Uses the weighted average (High + Low + 2*Close).
- Range Calculation: Uses a Moving Range based on Max(High, 2) - Min(Low, 2).
- The H0/L0 Factor: A unique characteristic of the Sierra Chart formula is the use of H0 and L0 (the High and Low of the first loaded bar in history) to scale the volatility exponent. This script replicates that behavior.
Note: Because H0 and L0 depend on the start of the loaded data, values may shift slightly if the amount of historical data on your chart changes. This is consistent with how the study behaves in Sierra Chart.
- Complex Weighting: Calculates "Buy Power" and "Sell Power" using the specific exponential decay formula outlined in SC ID 139.
##Settings (Inputs)
- Buy/Sell Power Length (nBS): Length for smoothing Volume and Range (Default: 19).
- Buy/Sell Power MA Length: Length for the smoothing of the calculated Buy/Sell Power (Default: 19).
- Demand Index MA Length: Length for the final Simple Moving Average (SMA) of the Demand Index (Default: 19).
- MA Type: Choose the smoothing algorithm for intermediate steps (EMA, SMA, WMA, RMA). Default is EMA.
##How to Trade / Interpret
- Divergence: The most powerful signal. If price makes a new High but the Demand Index fails to reach a new High, it suggests Buying Power is weakening (Bearish Divergence). Conversely for Bullish Divergence.
- Zero Line Cross: A cross above zero indicates Buy Power > Sell Power (Bullish). A cross below zero indicates Sell Power > Buy Power (Bearish).
Disclaimer: This script is for educational and analytical purposes only. It is a code conversion based on public documentation of Sierra Chart Study ID 139.
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PSAR Laboratory [DAFE]PSAR Laboratory : The Ultimate Adaptive Trailing Stop & Reversal Engine
23 Advanced Algorithms. Adaptive Acceleration. Smart Flip Logic. Parabolic SAR Reimagined.
█ PHILOSOPHY: WELCOME TO THE LABORATORY
The standard Parabolic SAR, created by the legendary J. Welles Wilder Jr., is a tool of beautiful simplicity. But in today's complex, algorithm-driven markets, its simplicity is its fatal flaw. Its fixed acceleration and rigid flip logic cause it to fail precisely when you need it most: it whipsaws in choppy conditions and gives back too much profit in strong trends.
The PSAR Laboratory was not created to be just another PSAR. It was engineered to be the definitive evolution of Wilder's original concept. This is not an indicator; it is a powerful, interactive research environment. It is a sandbox where you, the trader, can move beyond the static "one-size-fits-all" approach and forge a PSAR that is perfectly adapted to your specific market, timeframe, and trading style.
We have deconstructed the very DNA of the Parabolic SAR and rebuilt it from the ground up, infusing it with modern quantitative techniques. The result is an institutional-grade suite of 23 distinct, mathematically diverse algorithms that dynamically control every aspect of the PSAR's behavior.
█ WHAT MAKES THIS A "LABORATORY"? THE CORE INNOVATIONS
This tool stands in a class of its own. It is a collection of what could be 23 separate indicators, all seamlessly integrated into one powerful engine.
The 23 Algorithm Engine: This is the heart of the Laboratory. Instead of one rigid formula, you have a library of 23 unique mathematical engines at your command. These algorithms are not simple tweaks; they are complete re-imaginings of how the PSAR should behave, based on concepts from information theory, digital signal processing, fractal geometry, and institutional analysis.
Truly Adaptive Acceleration (AF): The standard PSAR's "gas pedal" (the AF) is dumb; it accelerates at a fixed rate. Our algorithms make it intelligent. The AF can now speed up in clean, trending environments to lock in profits, and automatically slow down in choppy, chaotic conditions to avoid whipsaws.
Advanced Flip Confirmation Logic: Say goodbye to noise-driven flips. You are no longer at the mercy of a single wick touching the SAR. The Laboratory provides multiple layers of flip confirmation, including requiring a bar close beyond the SAR, a volume spike to validate the reversal, or even a multi-bar confirmation .
Comprehensive Noise Filtering Core: In a revolutionary step, you can apply one of over 30 advanced signal processing filters directly to the SAR output itself. From ultra-low-lag filters like the Hull MA and DAFE Spectral Laguerre to adaptive filters like KAMA and FRAMA , you can surgically remove noise while preserving the responsiveness of the core signal.
Integrated Performance Engine: How do you know which of the 23 algorithms is best for your market? You test it. The built-in Performance Dashboard is a comprehensive backtesting and analytics engine that tracks every trade, providing real-time data on Win Rate, Profit Factor, Max Drawdown, and more. It allows you to scientifically validate your chosen configuration.
█ A GUIDED TOUR OF THE ALGORITHMS: 23 PATHS TO AN EDGE
b]These 23 algorithms are not simple settings; they are distinct mathematical philosophies for how a Parabolic SAR should adapt to the market. They are grouped into three primary categories: those that adapt the Acceleration Factor (AF) , those that enhance the Extreme Point (EP) detection, and those that redefine the Flip Logic .
CATEGORY A: ACCELERATION FACTOR (AF) ADAPTATION
These algorithms dynamically change the "gas pedal" of the PSAR.
1. Volatility-Scaled AF
Core Concept: Treats volatility as market friction. The PSAR should be more forgiving in high-volatility environments.
How It Works: It calculates a Volatility Ratio by comparing the short-term ATR to the long-term ATR. If current volatility is high (ratio > 1), it reduces the AF Step. If volatility is low (ratio < 1), it increases the AF Step to trail tighter.
Ideal Use Case: The best all-rounder. Excellent for any market, especially those with clear shifts between high and low volatility regimes (like indices and crypto).
2. Efficiency Ratio (ER) AF
Core Concept: The PSAR should accelerate aggressively in clean, efficient trends and slow down dramatically in choppy, inefficient markets.
How It Works: It uses Kaufman's Efficiency Ratio (ER), which measures the net directional movement versus the total price movement. A high ER (near 1.0) signifies a pure trend, triggering a high AF multiplier. A low ER (near 0.0) signifies chop, triggering a low AF multiplier.
Ideal Use Case: Markets that alternate between strong trends and sideways chop. It is exceptionally good at surviving ranging periods.
3. Shannon Entropy AF
Core Concept: Uses Information Theory to measure market disorder. The PSAR should be conservative in chaos and aggressive in order.
How It Works: It calculates the Shannon Entropy of recent price changes. High entropy means the market is unpredictable ("chaotic"), causing the AF to slow down. Low entropy means the market is organized and trending, causing the AF to speed up.
Ideal Use Case: Advanced traders looking for a mathematically pure way to distinguish between a tradable trend and random noise.
4. Fractal Dimension (FD) AF
Core Concept: Measures the "jaggedness" or complexity of the price path. A smooth path is a trend; a jagged, space-filling path is chop.
How It Works: It calculates the Fractal Dimension of the price series. An FD near 1.0 is a smooth line (high AF). An FD near 1.5 is a random walk (low AF).
Ideal Use Case: Visually identifying the moment a smooth trend begins to break down into chaotic, unpredictable movement.
5. ADX-Gated AF
Core Concept: Uses the classic ADX indicator to confirm the presence of a trend before allowing the PSAR to accelerate.
How It Works: If the ADX value is above a "Strong" threshold (e.g., 25), the AF accelerates normally. If the ADX is below a "Weak" threshold (e.g., 15), the AF is "frozen" and will not increase, preventing the SAR from tightening up in a non-trending market.
Ideal Use Case: For classic trend-following purists who trust the ADX as their primary regime filter.
6. Kalman AF Estimator
Core Concept: A sophisticated signal processing algorithm that predicts the "true" optimal AF by filtering out price "noise."
How It Works: It treats the PSAR's AF as a state to be estimated. It makes a prediction, then corrects it based on how far the actual price deviates. It's like a GPS constantly refining its position. The "Process Noise" input controls how fast it thinks the AF can change, while "Measurement Noise" controls how much it trusts the price data.
Ideal Use Case: Smooth, high-inertia markets like commodities or major forex pairs. It creates an incredibly smooth and responsive AF.
7. Volume-Momentum AF
Core Concept: A trend's acceleration is only valid if confirmed by both volume and price momentum.
How It Works: The AF will only increase if a new Extreme Point is made on above-average volume AND the Rate of Change (ROC) of the price is aligned with the trend's direction.
Ideal Use Case: Any market with reliable volume data (stocks, futures, crypto). It's excellent for filtering out low-conviction moves.
8. Garman-Klass (GK) AF
Core Concept: Uses a more advanced, statistically efficient measure of volatility (Garman-Klass, which uses OHLC data) to adapt the AF.
How It Works: It modulates the AF based on whether the current GK volatility is higher or lower than its historical average. Unlike the standard Volatility-Scaled algo, it tends to slow down more in high volatility and speed up less in low volatility, making it more conservative.
Ideal Use Case: Traders who want a volatility-adaptive model that is more focused on risk reduction during volatile periods.
9. RSI-Modulated AF
Core Concept: The RSI can identify points of potential trend exhaustion or strong momentum.
How It Works: If a trend is bullish but the RSI enters the "Overbought" zone, the AF slows down, anticipating a pullback. Conversely, if the RSI is in the strong momentum mid-range (40-60), the AF is boosted to trail more aggressively.
Ideal Use Case: Mean-reversion traders or those who want to automatically loosen their trail stop near potential exhaustion points.
10. Bollinger Squeeze AF
Core Concept: A Bollinger Band Squeeze signals a period of volatility compression, often preceding an explosive breakout.
How It Works: When the algorithm detects that the Bollinger Band Width is in a "Squeeze" (below a certain historical percentile), it boosts the AF in anticipation of a fast move, allowing the PSAR to catch the breakout quickly.
Ideal Use Case: Breakout traders. This algorithm primes the PSAR to be maximally responsive right at the moment a breakout is most likely.
11. Keltner Adaptive AF
Core Concept: Keltner Channels provide a robust measure of a trend's "normal" volatility channel.
How It Works: When price is trading strongly outside the Keltner Channel, it's considered a powerful trend, and the AF is boosted. When price falls back inside the channel, it's considered a consolidation or pullback, and the AF is slowed down.
Ideal Use Case: Trend followers who use channel breakouts as their primary confirmation.
12. Choppiness-Gated AF
Core Concept: Uses the Choppiness Index to quantify whether the market is trending or consolidating.
How It Works: If the Choppiness Index is below the "Trend" threshold (e.g., 38.2), the AF is boosted. If it's above the "Range" threshold (e.g., 61.8), the AF is significantly reduced.
Ideal Use Case: A more responsive alternative to the ADX-Gated algorithm for distinguishing between trending and ranging markets.
13. VIDYA-Style AF
Core Concept: Uses a Chande Momentum Oscillator (CMO) to create a variable-speed acceleration factor.
How It Works: The absolute value of the CMO is used to create a dynamic smoothing constant. Strong momentum (high absolute CMO) results in a faster, more responsive AF. Weak momentum results in a slower, smoother AF.
Ideal Use Case: Momentum traders who want their trailing stop's speed directly tied to the momentum of the price itself.
14. Hilbert Cycle AF
Core Concept: Uses Ehlers' Hilbert Transform to extract the dominant cycle period of the market and synchronizes the PSAR with it.
How It Works: It dynamically adjusts the AF based on the detected cycle period (shorter cycles = faster AF) and can also modulate it based on the current phase within that cycle (e.g., accelerate faster near cycle tops/bottoms).
Ideal Use Case: Markets with clear cyclical behavior, like commodities and some forex pairs.
CATEGORY B: EXTREME POINT (EP) ENHANCEMENT
These algorithms make the detection of new highs/lows more intelligent.
15. Volume-Weighted EP
Core Concept: A new high or low is more significant if it occurs on high volume.
How It Works: It can be configured to only accept a new EP if the volume on that bar is above average. It can also "weight" the EP by volume, pushing it further out on high-volume bars.
Ideal Use Case: Filtering out weak, low-conviction price probes in markets with reliable volume.
16. Wavelet Filtered EP
Core Concept: Uses wavelet decomposition (a signal processing technique) to separate the underlying trend from high-frequency noise.
How It Works: It calculates a smoothed, wavelet-filtered version of the price. A new EP is only registered if the actual high/low significantly exceeds this smoothed baseline, effectively ignoring minor noise spikes.
Ideal Use Case: Noisy markets where small, insignificant wicks can cause the AF to accelerate prematurely.
17. ATR-Validated EP
Core Concept: A new EP should represent a meaningful move, not just a one-tick poke.
How It Works: It requires a new high/low to exceed the previous EP by a minimum amount, defined as a multiple of the current ATR. This ensures only volatility-significant advances are counted.
Ideal Use Case: A simple, robust way to filter out "noise" EPs and slow down the AF's acceleration in choppy conditions.
18. Statistical EP Filter
Core Concept: A new EP is only valid if the price change that created it is statistically significant.
How It Works: It calculates the Z-Score of the bar's price change relative to recent history. A new EP is only accepted if its Z-Score exceeds a certain threshold (e.g., 1.5 sigma), meaning it was an unusually strong move.
Ideal Use Case: For quantitative traders who want to ensure their trailing stop only tightens in response to statistically meaningful price action.
CATEGORY C: FLIP LOGIC & CONFIRMATION
These algorithms change the very rules of when and why the PSAR reverses.
19. Dual-PSAR Gate
Core Concept: Uses two PSARs—one fast and one slow—to confirm a reversal.
How It Works: A flip signal for the main PSAR is only considered valid if both the fast (sensitive) PSAR and the slow (structural) PSAR have flipped. This acts as a powerful trend filter.
Ideal Use Case: An excellent method for reducing whipsaws. It forces the PSAR to wait for both short-term and longer-term momentum to align before signaling a reversal.
20. MTF Coherence PSAR
Core Concept: Do not flip against the higher timeframe macro trend.
How It Works: It pulls PSAR data from two higher timeframes. A flip is only allowed if the new direction does not contradict the trend on at least one (or both) of those higher timeframes. It also boosts the AF when all timeframes are aligned.
Ideal Use Case: The ultimate tool for multi-timeframe traders who want to ensure their entries and exits are in sync with the bigger picture.
21. Momentum-Gated Flip
Core Concept: A reversal is only valid if it is supported by a significant surge of momentum.
How It Works: A price cross of the SAR is not enough. The script also requires the Rate of Change (ROC) to exceed a certain threshold for a set number of bars, confirming that there is real force behind the reversal.
Ideal Use Case: Filtering out weak, drifting reversals and only taking signals that are initiated with explosive power.
22. Close-Only PSAR
Core Concept: Wicks are noise; the bar's close is the final decision.
How It Works: This algorithm modifies the flip logic to ignore wicks. A flip only occurs if one or more bars close beyond the SAR line.
Ideal Use Case: One of the most effective and simple ways to reduce false signals from volatile wicks. A fantastic default choice for any trader.
23. Ultimate PSAR Consensus
Core Concept: The highest conviction signal comes from the agreement of multiple, diverse mathematical models.
How It Works: This is the capstone algorithm. It runs a "vote" between a selection of the top-performing algorithms (e.g., Volatility-Scaled, Efficiency Ratio, Dual-PSAR). A flip is only signaled if a majority consensus is reached. It can even weight the votes based on each algorithm's recent performance.
Ideal Use Case: For traders who want the absolute highest level of confirmation and are willing to accept fewer, but more robust, signals.
█ PART II: THE NOISE FILTERING CORE - The Shield
This is a revolutionary feature that allows you to apply a second layer of signal processing directly to the SAR line itself, surgically removing noise before the flip logic is even considered.
FILTER CATEGORIES
Basic Filters (SMA, EMA, WMA, RMA): The classic moving averages. They provide basic smoothing but introduce significant lag. Best used for educational purposes.
Low-Lag Filters (DEMA, TEMA, Hull MA, ZLEMA): A family of filters designed to reduce the lag inherent in basic moving averages. The Hull MA is a standout, offering a superb balance of smoothness and responsiveness.
Adaptive Filters (KAMA, VIDYA, FRAMA): These are "smart" filters. They automatically adjust their smoothing level based on market conditions. They will be very smooth in choppy markets and become highly responsive in trending markets.
Advanced DSP & DAFE Filters: This is the pinnacle of signal processing.
Ehlers Filters (SuperSmoother, 2-Pole, 3-Pole): Based on the work of John Ehlers, these use digital signal processing techniques to remove high-frequency noise with minimal lag.
Gaussian & ALMA: These use a bell-curve weighting, giving the most importance to recent data in a smooth, non-linear fashion.
DAFE Spectral Laguerre: A proprietary, non-linear filter that uses a feedback loop and adapts its "gamma" based on volatility, providing exceptional tracking in all market conditions.
How to Choose a Filter
Start with "None": First, find an algorithm you like with no filtering to understand its raw behavior.
Introduce Low Lag: If you are getting too many whipsaws from noise, apply a short-length Hull MA (e.g., 5-8). This is often the best solution.
Go Adaptive: If your market has very distinct trend/chop regimes, try an Adaptive KAMA .
Maximum Purity: For the smoothest possible output with excellent responsiveness, use the DAFE Spectral Laguerre or Ehlers SuperSmoother .
█ THE VISUAL EXPERIENCE: DATA AS ART
The PSAR Laboratory is not just functional; it is beautiful. The visualization engine is designed to provide you with an intuitive, at-a-glance understanding of the market's state.
Algorithm-Specific Theming: Each of the 23 algorithms comes with its own unique, professionally designed color palette. This not only provides visual variety but allows you to instantly recognize which engine is active.
Dynamic Glow Effects: For many algorithms, the PSAR dots will emit a soft "glow." The brightness and color of this glow are not random; they are tied to a key metric of the active algorithm (e.g., trend strength, volatility, consensus), providing a subtle, visual cue about the health of the trend.
Adaptive Volatility Bands: Certain algorithms will display dynamic bands around the PSAR. These are not standard deviation bands; their width is controlled by the specific logic of the active algorithm, showing you a visual representation of the market's expected range or energy level.
Secondary Reference Lines: For algorithms like the Dual-PSAR or MTF Coherence, a secondary line will be plotted on the chart, giving you a clear visual of the underlying data (e.g., the slow PSAR, the HTF trend) that is driving the decision-making process.
█ THE MASTER DASHBOARD: YOUR MISSION CONTROL
The comprehensive dashboard is your unified command center for analysis and performance tracking.
Engine Status: See the currently selected Algorithm, the active Noise Filter, the Trend direction, and a real-time progress bar of the current Acceleration Factor (AF).
Algorithm-Specific Metrics: This is the most powerful section. It displays the key real-time data from the currently active algorithm. If you're using "Shannon Entropy," you'll see the Entropy score. If you're using "ADX-Gated," you'll see the ADX value. This gives you a direct, quantitative look under the hood.
Performance Readout: When enabled, this section provides a full breakdown of your backtesting results, including Win Rate, Profit Factor, Net P&L, Max Drawdown, and your current trade status.
█ DEVELOPMENT PHILOSOPHY
The PSAR Laboratory was born from a deep respect for Wilder's original work and a relentless desire to push it into the 21st century. We believe that in modern markets, static tools are obsolete. The future of trading lies in adaptation. This indicator is for the serious trader, the tinkerer, the scientist—the individual who is not content with a black box, but who seeks to understand, test, and refine their edge with surgical precision. It is a tool for forging, not just following.
The PSAR Laboratory is designed to be the ultimate tool for that evolution, allowing you to discover and codify the rules that truly fit you.
█ DISCLAIMER AND BEST PRACTICES
THIS IS A TOOL, NOT A STRATEGY: This indicator provides a sophisticated trailing stop and reversal signal. It must be integrated into a complete trading plan that includes risk management, position sizing, and your own contextual analysis.
TEST, DON'T GUESS: The power of this tool is its adaptability. Use the Performance Dashboard to rigorously test different algorithms and settings on your chosen asset and timeframe. Find what works, and build your strategy around that data.
START SIMPLE: Begin with the "Volatility-Scaled AF" algorithm, as it is a powerful and intuitive all-rounder. Once you are comfortable, begin experimenting with other engines.
RISK MANAGEMENT IS PARAMOUNT: All trading involves substantial risk. The backtesting results are hypothetical and do not account for slippage or psychological factors. Never risk more capital than you are prepared to lose.
"I don't think traders can follow rules for very long unless they reflect their own trading style. Eventually, a breaking point is reached and the trader has to quit or change, or find a new set of rules he can follow. This seems to be part of the process of evolution and growth of a trader."
— Ed Seykota, Market Wizard
Taking you to school. - Dskyz, Trade with Volume. Trade with Density. Trade with DAFE
Custom Stochastic Momentum Index (SMI)📊 Custom Stochastic Momentum Index (SMI)
Custom Stochastic Momentum Index (SMI) is a refined momentum oscillator designed to identify trend strength, reversals, and overbought/oversold conditions with higher accuracy than traditional stochastic indicators.
This version gives traders full control over smoothing and signal calculation, making it suitable for intraday, swing, and positional trading across all markets.
🔹 Key Features
Fully customizable %K Length
Adjustable %K Smoothing and Double Smoothing
Configurable %D Period
User-selectable %D Moving Average Type
SMA
EMA
WMA
RMA
Fixed and proven levels:
Overbought: +40
Oversold: −40
Automatic shaded zones above overbought and below oversold levels
Clear K–D crossover labels for precise entry and exit timing
Clean, non-repainting logic
📈 How to Use
Bullish Setup
Look for %K crossing above %D near or below −40
Bearish Setup
Look for %K crossing below %D near or above +40
Trend Confirmation
Trade crossovers in the direction of the higher-timeframe trend
Works best when combined with:
Price Action
Support & Resistance
Market Structure / SMC concepts
🎯 Best For
Intraday traders
Swing traders
Momentum-based strategies
Confirmation with structure or breakout systems
⚠️ Disclaimer
This indicator is for educational and analytical purposes only.
It does not provide financial advice. Always use proper risk management.
Mean Reversion Mirror📌 Mean Reversion Mirror — Multi‑Level Mean Reversion Strategy
Mean Reversion Mirror is an advanced modular mean‑reversion strategy built around dynamic and static deviation levels from a moving average.
The strategy automatically scales into positions across six levels (LONG and SHORT), using both dynamic MA‑based deviation levels and static levels that lock in after entry.
🔍 Core Concept
Price tends to revert toward its mean.
This strategy exploits that behavior by opening an initial base entry at the first deviation and adding positions as the imbalance grows.
Each additional level improves the average entry price and increases the probability of exiting profitably.
⚙️ Key Features
📈 Six Dynamic Deviation Levels
Levels are calculated as percentage deviations from a selected MA (WMA, SMA, EMA, RMA, HMA).
This makes the strategy adaptive to volatility and market structure.
📉 Six Static Levels
Once triggered, each level becomes fixed and no longer changes.
This creates a stable averaging grid independent of future MA movement.
🎯 Flexible Take‑Profit System
fixed take‑profit
or trailing take‑profit with dynamic offset
🖐 Manual Entry Support
You can manually set a price for LONG or SHORT, and the strategy will execute the base entry automatically.
📊 Rich Visualization
dynamic deviation levels
static levels
dotted “last chance” levels
average position price
take‑profit line
compact mini‑table with key position metrics
📦 Two Operating Modes
STK Mode — fixed unit size
Classic Mode — quantity calculated from USD value
🧠 Entry Logic
The strategy uses sequences B1–B6 (LONG) and S1–S6 (SHORT):
B1/S1 — base entry
B2–B6 / S2–S6 — averaging entries as deviation increases
L6/S6 — “last chance” level with its own size
Each level activates only after the previous one.
📌 Who This Strategy Is For
mean‑reversion traders
grid/averaging system users
pullback‑based investors
traders who want clear visual levels
users who prefer manual control over entry points
⚠️ Disclaimer
This strategy is not financial advice.
Always backtest and adjust parameters according to your risk tolerance before using it in live markets.
Trend Pulse Oscillator█ OVERVIEW
Trend Pulse Oscillator is a momentum oscillator that combines short-term trend strength analysis (price deviation from a dynamic trend line) with optional reference to a higher timeframe trend context. It visualizes market pulse through smoothed oscillator waves, fixed overbought/oversold levels, and zero-line cross signals indicating momentum shifts.
The indicator assists in identifying potential entry points after strong moves, early signs of exhaustion or direction change, and supports decision-making by providing longer-period trend awareness
█ CONCEPT
Built upon the SwiftTrend logic. The core idea is to measure how far price deviates from the adaptive trend line (margin line). Greater deviation in the direction of the trend indicates stronger momentum. When price returns toward the trend line — especially from overbought or oversold zones — it often signals a correction or potential reversal.
- The oscillator displays the deviation of price from the trend line and applies user-selected smoothing (EMA, SMA, RMA, WMA).
- The longer-period trend controls candle coloring (SwiftTrend candles) and can be used discretionarily as a directional bias/filter for signals.
- The color of the oscillator itself depends solely on whether the smoothed value is above or below zero (green above, red below).
Fixed OB/OS levels and the zero line help visually evaluate the strength of the deviation. Areas significantly above the OB level or below the OS level indicate extreme price stretch away from the trend line and increased probability of mean reversion.
█ FEATURES
Calculations
- Average candle body size — calculated separately for oscillator and longer-period trend
- Dynamic trend line (adaptive margin line) + fixed OB / OS threshold levels
- Multiple oscillator smoothing options
- Momentum expressed as oscillating waves
- Detection of OB/OS crossovers and zero-line breaks
Visualization
- Oscillator waves colored according to sign (green above zero, red below zero)
- Fixed OS level (oversold) — gray, dashed line
- OB level (overbought) — color reflects the current longer-period trend direction (green when price is above the longer-period trend line, red when below)
- OB and OS levels frequently displayed with light gradient fill for readability (OB gradient inherits HTF trend color; OS gradient remains neutral/gray)
- Optional SwiftTrend candle coloring — candles colored according to longer-term trend direction and strength (gradient intensity)
- Transparent, layered fill under oscillator waves (stronger near the wave, fading toward zero)
Signals
- Long / Short — triggered on crossover/crossunder of OB/OS levels (with anti-duplication logic per wave)
- Zero Line Long / Zero Line Short — zero-line break confirmed by candle color direction
- Longer-period trend change — visual and alert when longer-term trend flips
- Important: There is no automatic filtering of OB/OS or zero-line signals by the longer-period trend — traders should apply longer-period trend bias manually
Alerts
- Long Signal
- Short Signal
- Zero Line Long
- Zero Line Short
- Longer-Period Trend Change
█ HOW TO USE
Add the indicator via Pine Editor (paste the code) or search for “Trend Pulse Oscillator” in the TradingView public library.
Main settings
- Osc Average Body Periods – averaging period for oscillator body size
- Osc Band Multiplier / Tolerance Multiplier – controls width and sensitivity of oscillator bands
- Smoothing Type / Length – smoothing method and period for the oscillator wave
- Trend Average Body Periods / Band / Tolerance – parameters for the longer-period trend line
- Overbought Level / Oversold Level – fixed threshold values
- Enable Candle Coloring – turns on SwiftTrend-style candle coloring based on the longer-period trend
- Gradient & fill options – control visibility and transparency of gradients and wave fills
Trend & candle coloring logic
- Price above trend line → bullish (green tones)
- Price below trend line → bearish (red tones)
█ APPLICATION
Momentum trading
- Direction and slope of oscillator waves indicate current impulse strength
- Return toward zero or zero-line cross can serve as an early warning of correction or reversal
Trend following
- The longer-period trend acts as a discretionary directional filter
- Highest-probability approach: take signals primarily in the direction of the longer-period trend
Overbought / Oversold
- Fixed OB/OS levels mark zones of extreme deviation from the trend line
- Large extensions away from the trend line increase the likelihood of pullback or reversal
█ NOTES
- This is a supporting tool — never use it as a standalone trading system
- Best results are achieved when combined with key support/resistance levels, market structure analysis, and longer-period trend context
- OB/OS crosses and zero-line breaks are orientation points only — always validate them against the broader trend picture
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.
Weighted CCI Oscillator [SeerQuant]Weighted CCI Oscillator (WCCI)
The Weighted CCI Oscillator (WCCI) is an enhanced CCI-style deviation oscillator that builds on the classic Commodity Channel Index framework by introducing adaptive weighting and configurable smoothing. By dynamically scaling deviation based on a selected market “weight” (Volume, Momentum, Volatility, or Reversion Factor), WCCI helps trend strength and regime shifts stand out more clearly, while still retaining the familiar CCI-style structure and ±200 extreme zones.
⚙️ How It Works
WCCI starts by calculating a baseline (your chosen moving average type) of the selected CCI source (Typical Price / HLC3, or a custom input source). It then measures how far price deviates from that baseline, and applies an adaptive weight to that deviation based on your selected weighting method.
The weighting is normalized for stability so it remains usable across different assets and changing regimes, then clamped to prevent abnormal spikes from distorting the oscillator. The weighted deviation is normalized by a weighted mean absolute deviation term (using the standard CCI constant k), producing a CCI-like oscillator that responds differently depending on the “state” of the market.
Trend logic is defined using a neutral zone around the 0 midline: bullish when WCCI holds above (0 + Neutral Zone), bearish when it holds below (0 - Neutral Zone), and neutral while it remains inside that band. A smoothed WCCI line is also provided for cleaner confirmation.
✨ Customizable Settings
WCCI is designed to be tuned without overcomplication. You can choose the CCI source mode (Typical Price / HLC3 or Input Source), set the calculation length, and apply smoothing using your preferred moving average type (SMA, EMA, RMA, HMA, DEMA, TEMA, etc.).
The weighting method is the key differentiator:
Volume weighting emphasizes participation and activity.
Momentum weighting emphasizes impulse and directional pressure.
Volatility weighting emphasizes expansion/contraction phases.
Reversion Factor weighting responds inversely to variance, biasing toward mean-reversion conditions.
On the style side, you can select a preset colour scheme (Default/Modern/Cool/Monochrome) or enable custom bull/bear/neutral colours. Candle coloring is optional, and you can choose whether candles follow the raw WCCI or the smoothed WCCI.
🚀 Features and Benefits
WCCI provides a CCI-style oscillator that adapts to market conditions instead of treating every regime the same. The weighting engine helps meaningful moves stand out when conditions justify it, while the neutral-zone framework reduces noise and improves readability compared to relying purely on midline flips. With flexible smoothing, clean state transitions, optional candle coloring, and clear ±200 extreme markers, WCCI works well as a trend filter, confirmation layer, or regime signal alongside other systems.
📜 Disclaimer
This indicator is for educational purposes only and does not constitute financial advice. Past performance does not guarantee future results. Always consult a licensed financial advisor before making trading decisions. Use at your own risk.
RSI [Hash Capital Research]RSI is a visually enhanced momentum indicator built on the classic Relative Strength Index.
This version expands RSI into a more flexible analytical tool through smoothing options, adaptive zone-based coloring, optional signal line overlays, and divergence detection.
It is designed as a context-building indicator, not a standalone entry system.
What This Indicator Does
This script calculates a smoothed RSI using user-defined parameters and then provides multiple optional enhancements:
1. Adaptive RSI Visualization
The core RSI is plotted with:
Zone-based color changes (neutral, oversold, overbought)
Optional glow effects to emphasize extreme conditions
User-defined color intensity and midline visibility
The goal is to provide clearer visual segmentation of trend strength and momentum behavior.
2. Custom Smoothing & Signal Line Options
The indicator allows:
Multi-layer smoothing for RSI stability
An optional signal line using the trader’s preferred moving-average method (SMA, EMA, SMMA/RMA, WMA, VWMA)
This helps operators examine whether momentum is accelerating or stabilizing relative to its mean.
3. Overbought/Oversold Tools
User-defined thresholds determine:
Highlighted zones
Optional markers for extreme reversals (based on RSI + momentum + velocity criteria)
Midline (50) cross highlights for trend-bias transitions
These features help contextualize where the RSI sits relative to broader momentum regimes.
4. Divergence Detection (Optional)
When enabled, the script scans for regular bullish and bearish divergences using pivot-based structure.
It compares:
Price making lower lows vs RSI making higher lows (bullish)
Price making higher highs vs RSI making lower highs (bearish)
Detected divergences are plotted on the RSI panel with visual labels.
This detection uses pivot lookbacks and range limits defined by the user.
5. Alerts
The indicator provides optional alerts for:
Extreme reversals
Overbought/oversold momentum shifts
Midline (50) crossovers
Bullish / bearish divergences
Alerts are intended for monitoring, not for automated execution.
How to Use It
This RSI modification is intended to support broader analysis workflows, including:
Identifying regime shifts using midline crosses
Monitoring momentum structure across trend phases
Highlighting oversold or overbought clustering
Adding a visual signal line to interpret momentum smoothing
Spotting divergence between price and RSI
As with all indicators, this tool should be used as one component of a complete analysis framework.
What Makes This Version Distinct
This script maintains the core behavior of RSI but introduces:
A multi-layer smoothing system
Adaptive colors calibrated to oversold/neutral/overbought zones
Optional glow visualizations
A modular signal-line engine with multiple MA types
Configurable divergence detection with visual labels
Multiple marker placement modes for extreme conditions
These features expand RSI’s readability while keeping its underlying logic transparent and consistent with common operator workflows.
Important Notes
This is an indicator, not a strategy. It does not execute trades or calculate performance metrics.
The visual enhancements are designed to improve clarity, not to generate automated “buy” or “sell” systems.
Divergence detection is optional because divergence is inherently contextual and may not apply equally across all markets or timeframes.
200 MA Pack (SMA / EMA / SMMA / WMA) + VWAP200 Moving Average Pack + VWAP (Institutional Trend Indicator)
This indicator plots the most widely respected long-term trend and institutional reference levels on a single chart.
Included:
200 SMA – Long-term market structure & institutional bias
200 EMA – Dynamic trend direction & pullback reference
200 SMMA (RMA) – Smoothed trend stability with reduced noise
200 WMA – Faster weighted trend response
VWAP – Volume-weighted fair value used by smart money
Designed for stocks, indices, futures, and commodities, this tool helps identify:
Bullish vs bearish market regimes
High-probability trend continuations
Key support & resistance zones
Price acceptance or rejection around VWAP
Best used for positional trading, swing trading, and intraday bias.
Works on all timeframes.
Daily ATR + DeltaThis indicator shows last value of ATR with this parameters: Length 14, Smoothing RMA, Timeframe 1 day i Wait for timeframe closes.
Also, it shows Delta in percentage.
Delta is calculated in this way: -((the last one-minute closing price of the previous day's stock exchange)-(last price at the moment))/(value of ATR) * 100
Notice:
If you are in postmarket or premarket, delta will be also calculated from the "the last one-minute closing prices of the previous day's stock exchange" not from the "the last one-minute closing price of the todays stock exchange".
You dont need to have indicator Average True Range for this indicator to be working.
BTC Spot Premium Index (Coinbase - Binance )Overview
This indicator measures the price difference between Bitcoin (BTC) on Coinbase and Binance, providing insights into the buying pressure from US-based investors versus the global market. A positive premium suggests stronger buying activity on Coinbase, which is often interpreted as a bullish signal for BTC.
Key Features
•
Premium Calculation: The core of the indicator is the formula: Coinbase BTC Price - Binance BTC Price.
•
Visual Representation: The premium is plotted as an oscillator with a zero line. Positive values are colored green, and negative values are red, making it easy to identify the prevailing market sentiment.
•
Moving Average: A customizable moving average (default is a 20-period SMA) is included to help identify the trend of the premium. The MA line is displayed in white.
•
Adjustable Parameters: You can adjust the moving average length and type (SMA, EMA, WMA, RMA) to fit your trading style.
How to Use
1.
Identify US Market Sentiment: A sustained positive (green) premium suggests strong buying interest from the US market, which can be a precursor to price appreciation.
2.
Spot Trend Reversals: A crossover of the premium line above the zero line can signal a shift from bearish to bullish sentiment. Conversely, a cross below the zero line may indicate weakening US demand.
3.
Confirm with Moving Average: When the premium line crosses above its moving average, it can signal strengthening momentum. A cross below the MA may suggest a potential slowdown.
Interpretation
•
Green Area (Positive Premium): Indicates that BTC is trading at a higher price on Coinbase than on Binance. This is generally considered a bullish sign, as it reflects strong demand from US investors.
•
Red Area (Negative Premium): Indicates that BTC is trading at a lower price on Coinbase. This may suggest weaker demand in the US market or stronger selling pressure.
•
White Line (Moving Average): Helps to smooth out the premium data and identify the underlying trend. Use it as a dynamic support or resistance level for the premium itself.
This indicator is a powerful tool for gauging market sentiment and can be a valuable addition to any BTC trader's toolkit. However, it should be used in conjunction with other technical analysis tools and not as a standalone signal for making trading decisions.
Swing Structure Bands [ChartPrime]⯁ OVERVIEW
Swing Structure Bands is a structure-based trend and reaction indicator that builds adaptive price bands directly from swing highs and swing lows.
Instead of using fixed-length moving averages, the bands dynamically adjust their length based on how long price has been forming higher highs or lower lows, allowing the indicator to naturally align with real market structure.
This makes the tool especially effective for identifying swing-based support and resistance, trend continuation zones, and exhaustion reactions.
⯁ CORE CONCEPT
The indicator continuously tracks:
The most recent swing high and swing low over a configurable swing window.
How long price has been developing since each swing point.
Dynamic moving averages whose length grows with the swing itself.
As long as price respects the current swing direction, the bands extend and adapt.
When structure breaks, the system resets and starts forming new swing-based bands.
⯁ SWING DETECTION LOGIC
A Swing High is detected when price forms a local maximum relative to the swing lookback.
A Swing Low is detected when price forms a local minimum relative to the swing lookback.
Direction flips when price transitions from forming highs to forming lows, or vice versa.
Each confirmed swing is marked on the chart, giving clear structural context.
⯁ ADAPTIVE BAND CONSTRUCTION
Upper bands are derived from swing highs.
Lower bands are derived from swing lows.
Band length dynamically increases as the swing develops.
Multiple MA types can be used (SMA, EMA, SMMA/RMA, WMA, VWMA).
ATR is applied as an offset to create upper and lower envelopes around each band, forming a volatility-aware structure channel.
⯁ VOLATILITY FILTERING
If the band moves too aggressively relative to ATR, it is temporarily disabled.
This prevents unstable or noisy bands during sudden expansions.
Bands only remain active when price structure is stable.
This logic keeps the indicator focused on meaningful swings rather than short-term spikes.
⯁ REACTION & SIGNAL LOGIC
Sell signals appear when price crosses down from the upper swing band after sufficient stabilization.
Buy signals appear when price crosses up from the lower swing band after sufficient stabilization.
Cooldown logic prevents signal clustering.
Signals are designed as structure reactions , not momentum breakouts.
⯁ VISUAL STRUCTURE CLARITY
Separate bullish and bearish bands with customizable colors.
Optional band envelopes for visual depth.
Clear swing labels marking structural turning points.
Diamond markers highlight reaction zones.
The visualization emphasizes where price reacts to structure rather than where it accelerates.
⯁ HOW TO USE
Use upper bands as dynamic resistance during bearish or corrective phases.
Use lower bands as dynamic support during bullish phases.
Combine band reactions with higher-timeframe trend direction.
Look for confirmations near bands rather than mid-range entries.
The indicator works best as a structure framework rather than a standalone signal generator.
⯁ IDEAL MARKET CONDITIONS
Trending markets with clear swing development.
Markets transitioning from impulse to correction.
Crypto, forex, indices, and liquid stocks.
⯁ CONCLUSION
Swing Structure Bands offers a structurally grounded alternative to traditional moving average channels.
By anchoring bands to real swing behavior and adapting dynamically over time, it provides traders with a clearer view of where price is reacting, pausing, or potentially reversing within the broader market structure.
FUND HOUSE 2026This indicator plots a moving averages SMS,EMA,DEMA,VWMA,RMA AND WMA.
WITH different moving averges also FIBONACHI demand area supply area both.
OI: Simple Trend BGOI: Simple Trend BG (Open Source)
OI: Simple Trend BG is a very simple, open-source overlay for traders who follow a basic rule: only trade in the direction of a moving-average stack (often on a higher timeframe).
It plots a 3-SMMA stack on your current chart and optionally colours the chart background based on whether the secondary timeframe is cleanly stacked bullish or bearish.
What it does
Plots three SMMAs (Wilder / RMA smoothing) on the current timeframe:
Fast / Mid / Slow (defaults: 21, 50, 200)
Checks the same three SMMAs on a secondary timeframe (selectable)
Colours the background when the HTF stack is clearly aligned:
Green when Fast > Mid > Slow (bullish stack)
Red when Fast < Mid < Slow (bearish stack)
No background when the stack is mixed/neutral
Why it’s useful
If your trading plan is simply “only take longs when the MA stack is bullish and shorts when it’s bearish”, this script makes that rule obvious at a glance.
Instead of constantly checking whether the averages are in order (especially on a higher timeframe), you get a clean background bias filter while still seeing the MAs on your trading timeframe.
Inputs
Secondary timeframe: The timeframe used for the background bias check
Fast/Mid/Slow SMMA lengths: Controls the stack
Optional display toggles: show/hide MA plots and background shading
Notes
This is intentionally minimal: no signals, no entries/exits, no alerts — just a clear visual filter.
Like all moving-average tools, the most recent bar updates in real time and settles on close.
MA Ribbon (Horizontal Levels)📊 MA Ribbon (Horizontal Levels)
MA Ribbon (Horizontal Levels) is a minimalist moving average tool that displays moving averages as horizontal price levels instead of traditional sloping lines.
Rather than showing the historical path of each moving average, this indicator focuses exclusively on where each selected MA is currently located in price, allowing traders to treat moving averages as dynamic support and resistance levels.
The result is a clean, uncluttered chart that preserves moving average structure without visual noise.
🔍 What Makes It Different
No traditional moving average curves
No shading, bands, or fills
Each moving average is represented as a horizontal line at its current value
Lines automatically update as price and the MA value change
Designed to complement price action rather than dominate the chart
This approach makes it easier to see key MA levels at a glance, especially when multiple averages are in use.
⚙️ Key Features
✅ Fully Customizable Moving Averages
Select the moving average type:
SMA
EMA
SMMA (RMA)
WMA
VWMA
Choose the price source (e.g., close)
Configure up to 10 independent moving averages
✅ Per-MA Controls
Each moving average can be customized individually:
Enable or disable any MA (use anywhere from 1 to 10)
Set the MA period (length)
Choose line color
Adjust line thickness
Select line style (solid, dashed, dotted)
✅ Horizontal Level Visualization
Each MA is plotted as a horizontal line extending across the chart, representing the current value of that moving average.
As the MA updates, the level shifts vertically, maintaining a clear and consistent reference point.
🧠 How to Use It
This indicator is designed as a context and structure tool, not a signal generator.
Common use cases include:
Identifying dynamic support and resistance zones
Visualizing where short-term and long-term MA levels are stacked
Using MA levels as confluence with price action, VWAP, or volume-based tools
Maintaining a clean chart while still respecting moving average structure
Because the lines are horizontal, the indicator is especially useful for:
Breakout traders
Mean-reversion traders
Market participants who focus on structure and levels rather than indicator signals
🎯 Who It’s For
This indicator is ideal for traders who:
Prefer minimal, uncluttered charts
Think of moving averages as levels, not signals
Want full control over MA appearance and behavior
Use price action and structure first, indicators second
Use this tool in conjunction with standard moving average indicators, treating these horizontal MA levels as complementary reference points rather than replacements
MA Ribbon (Horizontal Levels) is built for traders who want clarity, flexibility, and structural insight — without sacrificing chart readability.
