Stryk HTF Reversal Box# Stryk HTF Reversal Box — PulseWire publication description
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## Stryk HTF Reversal Box
**Overview**
Stryk HTF Reversal Box is a market-analysis tool that carries a higher-timeframe reaction zone onto your entry chart. It draws a High/Low box from recent closed higher-timeframe bars, but only when a higher-timeframe bar closed at a conviction extreme of its ATR band with above-average volume — the kind of location where a reaction, or a strong push through it, tends to begin. The box then moves through a clear, colour-coded lifecycle so you can read its state at a glance, and an optional panel measures the behaviour of the boxes on your current chart.
**The idea**
Levels drawn purely from price often lack context: why should this high matter more than that one? This tool adds two pieces of information a bare level does not carry — where a higher-timeframe bar closed within its own volatility band, and whether it did so on meaningful volume. A close pinned to the top of the band on strong volume is a stretched, high-participation event; a shelf built there is a more considered level than an arbitrary swing high. The script turns that reasoning into a defined, repeatable object.
**How it works**
- **Band position.** On the selected higher timeframe, an EMA-of-close band of ±(width × ATR) is constructed. The last closed higher-timeframe bar's close is located inside that band on a 0-to-1 scale (0 = band low, 1 = band high).
- **Qualification.** A close in the top of the band (at or above the Top threshold) on above-average volume marks a stretched high and draws a red "expect-down" box. A close in the bottom (at or below the Bottom threshold) on above-average volume draws a green "expect-up" box.
- **The box.** It spans the High/Low of the last N closed higher-timeframe bars and re-rolls on each higher-timeframe close until a bar qualifies.
- **Breakout.** On your entry chart, a candle that closes beyond a box edge with volume above the chart average locks the box and projects a target a chosen multiple of ATR beyond the edge. The box then takes the colour of the actual break direction, so a push through the extreme flips its colour to the continuation side.
- **Retest shelves.** 25 / 50 / 75% levels inside the box mark common pullback references. If price closes through the opposite edge, the box holds position and re-projects a target in the new direction.
- **Consolidation.** If the target is not reached within the timeout while price remains inside the box, the box turns blue and removes its target, waiting for a fresh break rather than assuming direction.
**State colours (line style shows the state)**
- Grey dotted — forming, waiting for a qualifying higher-timeframe bar
- Red / green dotted — armed, expecting a reaction down / up
- Solid — a volume-backed break has set a target
- Blue dotted — consolidating inside the box after the timeout
**The panel**
The optional corner panel is a self-measuring summary of the boxes on your current chart and timeframe only: how many reached their target, how many entered consolidation, the resulting rate shown with its sample size (n), and the average number of bars taken to reach target. It describes what has already happened on this chart. It is a study aid, not a projection, and it recalculates when you change settings.
**How to use it**
1. Choose the higher timeframe you take context from and load the tool on the entry timeframe you actually trade.
2. Watch for an armed (red or green) box forming a reaction zone.
3. A box turning solid marks a volume-backed break with a projected target; the 25 / 50 / 75% shelves are retest references inside the zone.
4. Use the panel to understand how these boxes have behaved on your instrument and timeframe before relying on them.
Every threshold, length, colour, width, and label is adjustable in the settings, and each input carries an in-app tooltip describing exactly what it does.
**Notes on repainting**
Higher-timeframe data is read from confirmed, closed bars using a one-bar offset with lookahead disabled, and all state changes are evaluated on the bar close. The live projection to the right of price is cosmetic; the box edges, breakouts, targets, and states are fixed once determined on a closed bar.
**Disclaimer**
This script is a technical-analysis and study tool. It does not place orders, does not provide financial advice, and makes no claim about future results. Markets involve risk; use your own judgement and risk management.
Indicator
SBP Structured OscillatorSBP Structured Oscillator
SBP Structured Oscillator is a composite momentum and market-context oscillator designed to present directional pressure, price displacement, and momentum rotation in a single normalized display.
The purpose of the indicator is not to combine several traditional indicators as separate visual tools. Instead, different measurements are processed together to create one structured oscillator. Each component has a specific role in determining whether price movement is extended, directional pressure is improving or weakening, and the current market environment provides sufficient context for a signal marker.
How the Oscillator Works
The oscillator begins by measuring the distance of price from a smoothed price basis. This distance is normalized by Average True Range (ATR), helping the calculation adapt to instruments with different prices and volatility characteristics.
The normalized displacement is then standardized over a historical lookback period.
A directional composite is added to this displacement measurement. The composite evaluates:
• Price position relative to a smoothed trend basis
• Direction of an adaptive Hull-style weighted average
• ATR-normalized price impulse
• Relative bullish and bearish directional strength
• Changes in directional strength, referred to internally as acceleration
These elements work together because displacement alone can show that price has moved away from its recent equilibrium but does not explain whether directional pressure is strengthening or weakening. The trend and impulse components provide this additional context.
The resulting value is normalized into an oscillator range of approximately -100 to +100.
Adaptive Oscillator Smoothing
The indicator provides three Trading Modes:
SCALPING – uses faster oscillator smoothing and shorter signal spacing.
INTRADAY – applies medium smoothing and spacing for general intraday chart analysis.
SWING – uses stronger smoothing and wider signal spacing to reduce sensitivity to short-term fluctuations.
Volatility is measured relative to its recent ATR average. This volatility relationship is used as a blending weight between faster and smoother oscillator calculations.
The objective is to adjust the oscillator's visual rhythm while maintaining fixed calculation branches suitable for Pine Script execution.
Directional Balance
An adaptive directional-balance calculation compares the position of price within a recent high-low range.
The observation length changes according to a price-efficiency measurement. More directional movement and less efficient movement can therefore produce different observation lengths.
The resulting balance value is used as additional context when evaluating bullish and bearish conditions.
Market Context Filters
Optional context filters are included to reduce signals that occur without sufficient supporting conditions.
Higher-Timeframe Context compares higher-timeframe price with a smoothed higher-timeframe basis.
Structure Context evaluates confirmed pivot progression and recent range expansion.
Directional Context evaluates the current bullish or bearish dominance calculation.
Compressed Regime Filter identifies conditions where both trend separation and ATR are relatively contracted.
These components are intentionally used as contextual filters rather than plotted as separate indicators. Their purpose is to support the oscillator's displacement and rotation logic.
Context Score
The script calculates a deterministic Context Score from directional dominance, directional acceleration, and normalized impulse.
This value is a composite technical score. It is not a statistical probability, prediction, or historical win-rate measurement.
The Minimum Context Score input allows the user to control the amount of directional activity required for primary signal evaluation.
Red and Green Dots
Small dots are plotted directly on the oscillator line to identify filtered changes in oscillator direction.
A green dot marks a change in the smoothed oscillator slope from non-positive to positive.
A red dot marks a change in the smoothed oscillator slope from non-negative to negative.
The dot engine uses mode-dependent smoothing and minimum bar spacing to reduce reactions to minor oscillator fluctuations.
Dots follow an alternating directional sequence so repeated dots of the same colour are suppressed until an opposite directional event occurs.
The dots are analytical rotation markers and should be interpreted together with price structure and the broader chart context.
BUY and SELL Markers
Primary BUY and SELL markers use stricter conditions than the red and green dots.
The oscillator must first reach or recently leave a defined displacement area. Directional rotation, the internally smoothed oscillator trend, selected context conditions, Context Score, and market-regime conditions are then evaluated.
Three Signal Modes are available:
EARLY – uses shallower displacement requirements and less contextual agreement.
BALANCED – provides a middle setting between responsiveness and filtering.
SELECTIVE – requires deeper displacement and greater contextual agreement.
When the Alternate BUY / SELL Sequence option is enabled, repeated primary signals in the same direction are suppressed until an opposite primary signal occurs.
A minimum bar-spacing control is also applied to the primary signal sequence.
Closed-Bar and Higher-Timeframe Handling
When Signals On Closed Bars Only is enabled, signal conditions are evaluated on completed chart bars.
For higher-timeframe context, the script uses completed higher-timeframe values when closed-bar mode is active.
If closed-bar mode is disabled, live higher-timeframe values may change while the higher-timeframe candle is still developing.
Visual Interpretation
The blue oscillator line represents the combined normalized displacement and directional-pressure calculation.
Values above zero generally indicate positive composite pressure, while values below zero generally indicate negative composite pressure.
The optional upper and lower reference bands provide visual displacement references. They should not automatically be interpreted as conventional overbought or oversold levels.
Green and red dots identify filtered oscillator rotations.
BUY and SELL labels identify stronger analytical events where displacement, rotation, and the selected contextual conditions align.
Intended Use
SBP Structured Oscillator is designed as a technical analysis and decision-support tool.
It may be used to study:
• Changes in directional momentum
• Extended price displacement
• Oscillator rotation
• Trend and momentum alignment
• Higher-timeframe context
• Market compression and expansion behaviour
The indicator is not a strategy and does not execute trades.
Signals and markers are generated from deterministic technical conditions based on historical and current chart data. They do not predict future price movement or guarantee a market outcome.
Users should evaluate the indicator together with their own analysis, risk management, and testing process.
Disclaimer
This indicator is provided for educational and analytical purposes only. It does not constitute financial advice, investment advice, or a recommendation to buy or sell any financial instrument.
Trading and investing involve risk. Historical chart behaviour and indicator signals do not guarantee future results. Indicator
SBP Trend & Momentum System
SBP Trend & Momentum System is an educational trend and momentum analysis tool designed to study directional market phases while reducing repeated and conflicting setup markers.
The script combines structured trend analysis, Hull-style adaptive smoothing, EMA directional consensus, ATR-normalized trend strength, momentum analysis, recent price-structure events, candle characteristics, volatility conditions, and optional relative-volume information.
### Why these components are combined
A single trend or momentum calculation may react differently during compression, directional expansion, and temporary counter-moves. This script combines several analytical components so that each performs a separate role within the setup process.
The trend filter and adaptive average evaluate directional slope. EMA alignment measures directional consensus and trend separation. ATR normalization adjusts momentum, structure penetration, and signal distance relative to current market movement. Candle and optional volume calculations provide additional setup context.
These components are combined through a normalized quality and factor-consensus framework rather than requiring every analytical event to occur on the same candle.
### Trend Phase Lock
The Trend Phase Lock maintains an established bullish or bearish directional phase.
Temporary neutral conditions do not automatically reset the active phase. A new opposite phase requires persistent opposite directional conditions before the phase state changes.
The primary setup engine permits one BUY or SELL marker per established directional phase. This is intended to reduce repeated same-direction labels during an ongoing move.
### Dominant Trend Guard
The Dominant Trend Guard distinguishes stronger directional conditions from ordinary short-term movement.
During a major bullish phase, the script evaluates whether bullish trend slope, adaptive direction, EMA alignment, and ATR-normalized trend strength remain aligned. The same process is applied inversely during a major bearish phase.
A temporary counter-move alone does not immediately change the active directional phase. Opposite phase processing uses reversal persistence, adaptive and EMA agreement, and ATR-normalized displacement before the phase can change.
This mechanism is a directional-state filter. It does not predict future price direction.
### Big Trend Continuation Rescue
Strong directional expansion can sometimes move beyond the normal signal-distance range or continue after the standard phase signal window.
The Big Trend Continuation Rescue evaluates dominant trend state, directional momentum, factor alignment, normalized quality, volatility, and candle-range conditions.
Its purpose is to allow the setup engine to continue evaluating a strong directional phase without requiring the ordinary setup conditions to occur within a narrow group of bars.
The one-primary-marker-per-phase rule remains applicable.
### Quality and Factor Consensus
The script calculates a normalized quality score from:
• Trend strength
• Directional alignment strength
• ATR-normalized momentum quality
• Candle characteristics
• Recent structure quality
• Optional relative-volume information
Momentum, structure, and candle conditions contribute to setup quality and factor consensus. They are not all required to occur on the same candle.
The available scoring denominator automatically adjusts when optional analytical components are disabled.
### Structure Memory
The structure engine evaluates closes relative to previous price structure and measures penetration in ATR terms.
A controlled fresh structure event receives greater analytical weight. A recent structure event can remain relevant for a limited number of bars.
This allows the setup engine to evaluate continuation conditions after a structure event rather than requiring the signal candle itself to be the structure-break candle.
### Trading Modes
The indicator includes three analytical modes:
**SCALPING** — shorter calculation lengths for faster chart conditions.
**INTRADAY** — balanced calculation lengths for intraday market analysis.
**SWING** — longer calculation lengths for broader directional analysis.
These modes adjust internal trend, adaptive smoothing, momentum, structure, and candle-range parameters.
### Signal Quality and Frequency
Users can select **Aggressive, Balanced, or Conservative** signal-quality settings.
The **Selective, Balanced, and Frequent** frequency settings adjust phase confirmation and setup evaluation parameters.
These controls change the script's rule-based analytical sensitivity. They do not represent expected performance levels.
### BUY and SELL Labels
BUY and SELL labels identify rule-based analytical setups generated when the script's directional phase, trend state, factor consensus, quality, volatility, and other enabled conditions meet the defined criteria.
The labels are analytical markers only. They are not automated orders, trade execution instructions, financial advice, or guarantees of future market movement.
### Early Transition Markers
Optional early transition markers evaluate directional crosses together with trend slope, adaptive direction, EMA alignment, momentum, and candle characteristics.
These markers are separate from the primary BUY and SELL setup engine. They do not reset the Trend Phase Lock or unlock another primary setup marker.
### ATR Risk Guide
The optional ATR Risk Guide plots a volatility-based visual reference around the adaptive average.
It is provided for chart analysis only and is not a broker order, strategy exit, or guaranteed stop-loss level.
### Bar-Close Processing
When **Signals On Bar Close** is enabled, phase processing, primary setup markers, early transition markers, and related alerts are evaluated after the chart bar closes.
The script does not use `request.security()` or future-data lookup.
### Important Information
This indicator is provided for educational and informational purposes only.
It is an analytical decision-support tool and does not execute trades or provide automated investment advice. BUY and SELL labels identify conditions defined by the script's calculations and should not be interpreted as guarantees of profitable outcomes or future price direction.
Users should independently evaluate market conditions and apply their own execution, position-sizing, and risk-management methods.
Past performance does not guarantee future results.
Indicator
SBP SBP Trend Phase NavigatorSBP Trend Phase Navigator
SBP Trend Phase Navigator is a rule-based technical analysis indicator designed to study directional trend phases and identify selected analytical setups when multiple chart conditions align.
Purpose and Component Integration
The indicator combines trend direction, adaptive smoothing, EMA alignment, ATR-normalized momentum, price structure, candle characteristics, optional relative volume, and volatility analysis.
These components are combined because they evaluate different aspects of price behaviour. Trend calculations provide directional context, momentum measures the strength of recent price movement relative to volatility, price structure evaluates movement beyond previous chart levels, and candle analysis examines the characteristics of the current bar.
The script processes these conditions within one rule-based framework rather than treating each component as an independent signal source.
Trend Analysis
The trend engine evaluates price in relation to a smoothed trend filter and measures the direction of the filter's slope.
A fast and slow EMA pair is used to assess directional alignment. The distance between these averages is normalized using Average True Range (ATR) and forms part of the trend-strength calculation.
A Hull-style adaptive average provides an additional directional reference. Its slope is evaluated together with the trend filter and EMA alignment when determining bullish or bearish trend conditions.
ATR-Normalized Momentum
Momentum is calculated from price change over a mode-dependent lookback period and divided by ATR.
This allows the script to evaluate recent directional price movement relative to the instrument's recent volatility rather than using absolute price movement alone.
Bullish and bearish momentum conditions are calculated separately.
Price Structure and Candle Analysis
The Price Structure Engine compares the current closing price with previous structure highs or lows over a selected lookback period.
The current setup candle is excluded from its own structure reference.
The Candle Quality Engine evaluates the candle body relative to the complete candle range and examines where the candle closes within that range. Bullish and bearish candle conditions are assessed separately.
Optional Relative Volume Analysis
The Relative Volume Filter compares current volume with its recent average where usable volume data is available.
This component is optional because volume characteristics can differ between symbols and markets.
When the volume filter is disabled, volume is excluded from both the score contribution and the available score denominator.
Volatility and Signal Distance
The volatility engine compares current ATR with its recent ATR average. The optional volatility filter can restrict setup markers when the ATR expansion ratio exceeds the selected maximum value.
The Maximum Signal Distance setting measures the distance between price and the Adaptive Average in ATR units. This condition can restrict primary setup markers when price is beyond the selected distance from the adaptive trend reference.
Normalized Quality Score
The indicator calculates separate bullish and bearish quality scores.
Trend strength and directional alignment form the core of the score. Momentum, candle characteristics, price structure, and relative volume contribute when their corresponding components are enabled.
The quality percentage is normalized according to the active scoring components. Disabling an optional component removes its contribution from the score calculation and the available score denominator.
The Aggressive, Balanced, and Conservative quality settings adjust the analytical thresholds used by the script. These settings control rule selectivity and do not represent an expected performance or success rate.
Trend Phase Lock
The Trend Phase Lock is used to control repeated same-direction setup markers.
Bullish and bearish trend conditions are counted over consecutive qualifying bars. A directional phase is established after the selected phase-confirmation requirement is met.
Temporary neutral or transition bars do not automatically reset the active phase.
After a primary BUY or SELL setup marker is generated, the active directional phase is marked as used. The primary setup engine does not generate another same-direction marker during that established phase.
A new primary setup becomes available after an opposite directional phase satisfies the script's phase-confirmation rules.
The Trend Phase Lock is a signal-frequency control mechanism. It does not predict future price direction.
Signal Frequency
The indicator provides Selective, Balanced, and Frequent signal-frequency settings.
Selective applies additional phase confirmation and higher quality requirements.
Balanced uses moderate phase and quality requirements.
Frequent uses less restrictive phase-confirmation and quality requirements.
These settings change the selectivity of the rule-based setup engine.
BUY and SELL Setup Labels
BUY and SELL labels identify bars where the enabled trend, momentum, structure, candle, volume, volatility, signal-distance, quality, and directional-phase conditions satisfy the selected settings.
The primary setup engine permits one setup marker per established directional phase.
When Signals On Bar Close is enabled, primary setup markers and related alert conditions are evaluated after the chart bar closes.
The labels represent rule-based analytical conditions generated by the script. They are not automated orders or guarantees of future price movement.
Early Transition Markers
Optional Early Transition Markers evaluate selected crossings of the trend filter together with trend slope, adaptive trend direction, EMA alignment, momentum direction, candle characteristics, volatility, and signal-distance conditions.
These markers are separate from the primary BUY and SELL setup engine. They do not reset the active phase or unlock another same-direction primary setup.
Early Transition Markers are disabled by default.
ATR Risk Guide and Dashboard
The optional ATR Risk Guide plots a volatility-based analytical reference around the Adaptive Average. It is a visual reference only and is not an automated order, strategy exit, or guaranteed stop level.
The optional dashboard displays the selected mode, signal-frequency setting, current trend state, active directional phase, phase-signal status, normalized quality score, market regime, and current setup state.
Modes and User Controls
The indicator provides SCALPING, INTRADAY, and SWING modes. These modes adjust the internal trend, adaptive-average, momentum, and price-structure lookback lengths.
Users can also control trend-strength, momentum, relative-volume, price-structure, candle-quality, and volatility filters through the indicator settings.
Important Information
SBP Trend Phase Navigator is an analytical and technical-analysis tool intended for educational and informational use.
The indicator evaluates chart data according to defined mathematical and rule-based conditions.
BUY and SELL labels identify analytical setups produced by the script's conditions. They do not constitute financial advice, automated trade execution, or guarantees of future market performance.
The script does not place or manage orders. Users are responsible for their own analysis, trading decisions, position sizing, and risk management.
Past performance does not guarantee future results. Indicator
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Bias & Sweep Dashboard1. Inputs & Configuration
Timeframes: Allows you to set the Higher Time Frame (HTF) (default: Daily / D) and the Intermediate/Lower Time Frame (ITF) (default: 4H / 240).
Sweep Settings: Features a customizable Swing Lookback input (default: 10 bars) to determine the structural swing points.
Table Settings: Allows configuration of the visual dashboard placement on the screen (Top Right, Bottom Left, etc.) along with background and text color styling.
2. Detection Logic
Pivots & Liquidity Sweeps:
Finds swing highs and swing lows using ta.pivothigh() and ta.pivotlow().
A Sweep is triggered when a candle's wick breaks past a key swing high/low, but the candle close returns back inside (denoting rejection of liquidity).
Uses request.security() to evaluate these sweeps on your defined HTF and ITF timeframes.
Inversions:
Tracks Fair Value Gaps (FVGs).
An Inversion is triggered when the price closes completely through a recent opposing FVG (e.g. closing above a Bearish FVG, or closing below a Bullish FVG).
Trend Bias:
Calculates trend direction using a standard EMA crossover (50 EMA vs 200 EMA) to decide if the baseline market environment is Bullish, Bearish, or Neutral.
3. Visual Dashboard (Table UI)
At the final bar (barstate.islast), the script builds a 2x4 table panel displaying:
Bias: Displayed as "Bullish" (green), "Bearish" (red), or "Neutral" (gray).
HTF Sweep: Shows ✅ if an HTF sweep is active, else ❌.
ITF Sweep: Shows ✅ if an ITF sweep is active, else ❌.
Inversion: Shows ✅ if an FVG Inversion has occurred, else ❌. Indicator
FishBands H TheurgyLabsFishBands H is the companion oscillator for the FishBands overlay. It renders the Fisher Transform mechanism in a separate pane — the histogram, the Fisher and Trigger lines, the learned adaptive thresholds, and the turn dots that show exactly where each signal decision happens. The signal chain is byte-identical to the overlay: same inputs, same logic, same fires.
Pair with the FishBands overlay to see both the price-level view (ribbon, bands, triangles) and the oscillator-level view (Fisher extremes, threshold crossings, momentum state) simultaneously.
## What It Shows
The Fisher histogram (Fisher minus Trigger) uses 4-state momentum coloring. Bright green means the histogram is positive and accelerating. Dim green means positive but decelerating. Bright red means negative and accelerating. Dim red means negative but decelerating. This shows the direction and intensity of Fisher momentum at a glance.
The Fisher line (blue) is the Ehlers Fisher Transform computed on ATR-normalized spread from the overlay's SMMA ribbon. The Trigger line (gold) is the prior bar's Fisher value — turns are detected when the Fisher changes direction relative to the Trigger.
The upper threshold (magenta) is the rolling mean of Fisher peak levels over a 124-bar lookback window. The lower threshold (cyan) is the mean of valley levels. A buy fires when the Fisher turns up and the crossover level (midpoint of Fisher and Trigger) is below the lower threshold. A sell fires when the Fisher turns down and the crossover level is above the upper threshold.
## Turn Dots
Every Fisher turn is logged as a dim gray dot at the crossLevel. Turns that pass all gates and fire as actual signals are plotted as bright dots — cyan for buys, magenta for sells. This makes it easy to see which turns were deep enough to qualify and which were filtered out. Most turns are dim (logged only); the bright ones are the signals the overlay fires.
## Divergence Marks
RSI divergence confirmations appear as green circles (bull, price lower-low with RSI higher-low) and red circles (bear, price higher-high with RSI lower-high). ADX divergence confirmations appear as gold crosses (bull, price lower-low with fading trend strength) and silver crosses (bear, price higher-high with fading trend strength). These are the same marks shown on the overlay — they appear at the Fisher line level in the oscillator pane for easy correlation with the Fisher state at the time of confirmation.
## SpreadZ Line
The SpreadZ line (regime-colored, scaled 10x for visibility) shows the z-scored ATR-normalized ribbon spread — the same computation used by the SpreadZ Override in the signal chain. Zero-cross diamonds mark when spreadZ crosses its zero line (cyan = cross up, magenta = cross down). Both the line and diamonds default OFF and can be toggled in the SpreadZ input group.
## Band Filter
The companion replicates the overlay's full Donchian penetration-learning band computation. Donchian Length, Penetration Learning, Pen Learn Bars, Band Smoothing, and ATR Mult inputs match the overlay's ATR/Bands group. The Band Filter toggle and Band Offset (ATR) match the overlay's Band Filter group. When enabled, the filter requires price near the learned bands for a signal to fire — identical to the overlay's behavior.
## Gate Stack
Every gate from the overlay is replicated with matching defaults. Regime Gate (ON), Band Filter (ON), LL/HH Filter (OFF), Tail-Risk Breaker (OFF), Regime Maturity Gate (OFF), SpreadZ Override Buy/Sell (OFF). The breaker uses a minimal flat-dollar position replay to compute drawdown — it does not carry a full performance table.
## Status Table
The table (default Top Right) shows the current Fisher value, upper and lower thresholds, zone (ABV UP / UP MID / LOW MID / BLW LOW), last signal (BUY/SELL), regime (BULL/BEAR/NEUT), RSI divergence state, ADX divergence state, and breaker status.
## Settings Sync
For the overlay and companion to show identical signals, keep Ribbon, ATR, Fisher, Regime Gate, LL/HH, Band Filter, Risk, Maturity Gate, Z-Override, and Divergence inputs matched between the two indicators. The companion does not replicate conviction sizing or the performance table — these are overlay-only and do not affect signal timing.
TheurgyLabs — Conjured with AI. Indicator
Custom WatermarkYou can customize:
* Text: Anything you want (e.g., DISCIPLINE, FOLLOW THE PLAN, NO FOMO).
* Size: Tiny, Small, Normal, Large, or Huge.
* Color: Any PulseWire-supported color.
* Transparency: 0 (fully opaque) to 100 (fully transparent).
* Position: Any of the nine standard positions (corners, edges, or center).
For an unobtrusive watermark, a good combination is:
* Color: Light Gray
* Transparency: 90–95%
* Size: Huge
* Position: Center
This gives a subtle reminder without obscuring your chart. Indicator
Square Root BTC Cycle PredictorWelcome to the Square Root Cycle Predictor
If you have been watching Bitcoin for a few years, you already know it moves in massive and predictable waves. This indicator is designed to map out those waves using a simple but powerful mathematical concept.
The Math Behind the Magic
Why do we use square roots to predict BITSTAMP:BTCUSD ? The answer is simple. Bitcoin grows exponentially. When you look at a standard price chart, the early years look completely flat and the recent years look like a vertical wall. It is very hard to see the rhythm.
But when you apply a square root scale to the price, that exponential curve transforms into a straight diagonal line. Once the curve is straightened out, the market cycles start to look like a perfect staircase. This indicator measures the height of that staircase in steps.
How It Predicted Previous Cycles
The beauty of this model is that it relies on historical consistency. When we measure the past cycles on this square root scale, the numbers are incredibly clean.
Past bull markets have reached their tops at exactly 13, 21, and 23 steps.
Past bear markets have found their bottoms at exactly 8 and 14 steps.
The indicator automatically detects these legs and draws the geometric levels right on your chart. It does not guess. It just follows the mathematical staircase that Bitcoin has been climbing since 2015.
What Could Happen Next
Right now, the indicator is tracking the current bull market. Based on the historical rhythm, it projects two major things for the future.
First, it calculates where the next bear market bottom might be. It looks at three scenarios including a mild drop of 16 steps, a medium drop of 18 steps, and a severe drop of 20 steps from the cycle top. The table on your screen shows the exact price and estimated date for these scenarios.
Second, it projects the next massive bull market peak. It takes the primary bear market bottom and adds 25 steps to it. This projected top aligns beautifully with the historical time it takes to peak after a Bitcoin halving event.
How to Use This Tool
Look at the large table in the bottom right corner. It gives you the exact prices and dates for the current market status and future projections.
The horizontal grey lines are your geometric support and resistance levels.
The vertical lines show the estimated dates for the next major cycle events.
You can change the settings to adjust the step size or the starting price if you want to test different theories.
Markets are driven by human psychology, but human psychology often follows natural geometric patterns. This tool simply highlights those patterns.
Disclaimer: This indicator is built for educational and research purposes only. It is a mathematical hypothesis and not financial advice. Always do your own research and manage your risk. Indicator
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IRL ERL Liquidity Model (FINAL FIX) okesherl irl model base indicator creat by okesh matreLibrary "CurrentlyPositionIndicator" Currently position indicator run(_index, _price, _stoploss, _high, _low, _side, _is_entered, _colors, _position_left, _box_width) Currently positions indicator Parameters: _index (int) : entry index _price (float) : entry price _stoploss (float) : stoploss price _high (float) : range high _low (float) : range low _side (int) _is_entered (bool) : is entered _colors (color ) : color array _position_left (int) : Left position _box_width (int) : box's width Returns: TODO: add what function returns
by boitoki
Updated Oct 15, 2023
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Tomukas Daily Scale-In
I used to think entries were everything.
The more I trade, the more I think most traders are obsessed with the wrong thing.
Everyone wants the perfect entry.
Nobody talks about what happens after the trade is open.
This strategy is built around an idea I've been testing for a long time:
Build the position. Don't marry the entry.
The Daily timeframe is where this framework makes the most sense.
Less noise.
Less stress.
Less staring at charts.
You get a signal, build the position if needed, and let the market do its thing.
Current forward testing is sitting around 7.8% drawdown, which is one of the reasons I keep pushing this framework forward.
Not because it's perfect.
Because it's realistic.
No martingale.
No doubling forever.
No holy grail.
Just trend, position building, and patience.
Most of my scripts end up evolving around the same thing:
Scale-ins.
Because after years of testing indicators, filters, confirmations, and fancy ideas, position management ended up mattering more than almost everything else.
If you decide to test it, let me know what market you're running it on.
And if you find value in the work, boost the script.
It genuinely helps.
Forward testing tools, tracker, and the full framework are in the link in my bio.
— Tomukas
Strategy
RCS Sessions Full# RCS Sessions
RCS Sessions is a session-based timing indicator designed to help traders visualize key institutional reference points throughout the trading day.
The indicator automatically plots important session opens, closes, institutional print times, news windows, and delivery periods directly on the chart. All levels are displayed in advance for the current trading day while also preserving historical references from previous days for review and study.
The framework is built around the RCS Execution methodology, which emphasizes timing, positioning, liquidity, and institutional delivery rather than traditional retail indicators.
## Key Session Markers
* 00:00 – Midnight
* 03:00 – Asia Open
* 07:00 – New York Midnight
* 08:00 – 7H Print
* 09:00 – Sydney End / 4H Print
* 10:00 – London Open
* 12:00 – Asia End
* 13:00 – 4H Print
* 15:00 – 7H Print / New York Open
* 15:30 – News
* 16:00 – News Wave
* 16:30 – New York Open
* 17:00 – 4H Print / Order Delivery
* 19:00 – London End
* 21:00 – New York PM / 4H Print
* 22:00 – End of Day / 7H Print
## Features
* Displays the complete trading day in advance.
* Preserves previous session references for historical analysis.
* Fully customizable timezone support.
* Adjustable line colors, styles, labels, and visibility.
* Designed for futures, indices, forex, and other liquid markets.
* Lightweight and easy to read.
* Suitable for discretionary and rule-based execution models.
## Intended Use
This indicator does not generate buy or sell signals.
Its purpose is to provide a structured timing framework that helps traders organize market analysis around major institutional session transitions, liquidity events, and delivery windows.
## Recommended Usage
For best results, combine the session framework with:
* Market structure analysis
* Liquidity identification
* Session-based execution
* News awareness
* Risk management
* Institutional confirmation models
Trade the system – not the emotion.
© Raul Cristian Sararu
Indicator
STX Intraday - War Room v2 STX Intraday — War Room
El panel de la sala de mercados STX Desk, en tu gráfico de XAUUSD.
War Room es la herramienta de análisis intradía que usa el equipo STX Desk para leer el oro en tiempo real. Reúne en un solo panel
todo el contexto de una operación —bias, estructura, zonas y gatillo de entrada— para que veas cómo se construye una decisión, paso
a paso, igual que en la sala.
¿Qué muestra?
- Bias multi-temporal. Lee la dirección en H4, H1 y M15 a la vez y resume el sesgo dominante del día.
- Zonas OTE + Fibonacci. Marca la zona de entrada óptima (0.618–0.786) y proyecta los objetivos por extensión (1.618 / 2.0 / 2.618)
con buffer de broker.
- Detección de estructura. Pivotes, doble techo / doble suelo y barridos de liquidez (ICT) sobre el rango reciente.
- Order Block M15. Identifica el bloque de origen tras un desplazamiento con cuerpo dominante.
- Sniper M5 / M1. Afina el gatillo de entrada con confirmaciones y mecha de rechazo mínimas.
- Panel «MARKET STATE». Un tablero que resume el estado del mercado y los niveles activos (PDH, PDL, Asian High, entrada OTE).
- Plan de operación completo. Cada lectura se expresa con entrada, invalidación (SL por ATR) y TP1/TP2/TP3 — un plan, no una flecha
suelta.
Para quién
Para el trader que ya domina las bases y quiere operar el oro con el mismo marco que la sala STX Desk. Es el corazón del programa
Pro.
▎ Herramienta de apoyo a la decisión y estudio; no constituye recomendación de inversión ni garantiza resultados. El trading
▎ implica riesgo de pérdida de capital. Indicator
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Indicator
Global vs China Liquidity ProxyGlobal vs China Liquidity Proxy
One-line summary: Two central-bank liquidity composites — Global and China — plotted on a common normalized scale, with a divergence histogram, expansion/contraction regime shading, a configurable lead, and a live correlation to whatever asset the chart is on.
What it does
This indicator builds two macro-liquidity composites from central-bank balance sheets and financial-conditions data, then puts them on a shared, comparable scale so you can read global liquidity, China liquidity, and — most importantly — the gap between them at a glance.
Global composite — the four largest central-bank balance sheets converted to USD (Fed + BoJ/USDJPY + PBoC/USDCNY + ECB/USDEUR), modulated by a risk/financial-conditions block (China 10Y yield, the dollar index, and the US high-yield credit spread).
China composite — a Chinese liquidity stock (M2 by default, switchable to M1 or the PBoC balance sheet) modulated by China-native conditions: the 10Y yield, USD/CNY, and the interbank funding rate. China liquidity is largely a commercial-bank credit-creation story, which is why M2 — not the central-bank balance sheet — is the default base.
Because the two raw composites differ by orders of magnitude, they are always shown through a normalization transform so they can be compared directly.
Why YoY and Z-Score matter
In level terms, both composites are dominated by the relentless growth of central-bank balance sheets, and the risk modulators barely register. The growth rate (YoY) and the rolling Z-Score are where the financial-conditions signal actually shows up, and where the two regions become genuinely comparable. The level/indexed view is best read as a pure liquidity-stock line; YoY and Z-Score are the analytical views.
Inputs
Display transform
Indexed to 100 — both lines = 100 at an anchor date; reads relative divergence since that date.
YoY % — true 12-calendar-month change (computed from a monthly buffer, so it reads identically on Daily, Weekly, or Monthly).
Z-Score — rolling standardized score; detrends the series into an oscillator and is base-date-independent.
Raw — unprocessed composites (scales differ; for debugging a single line only).
Modulator mode
Raw levels — modulators applied as direct multiplicative factors.
Z-scored — modulators applied as exp(−k · tightness), where tightness is the combined Z-Score of the conditions block, so they meaningfully move the line. The k sensitivity controls the strength.
China liquidity base — M2 (broad, bank-credit-driven; default), M1 (the activity/impulse gauge), or the PBoC balance sheet (central-bank only).
Overlays & lead
China − Global divergence histogram — green when China is leading the global cycle, red when lagging.
YoY regime shading — green background when both composites' YoY > 0 (joint expansion), red when both < 0 (joint contraction), clear when they disagree.
Lead / offset (months) — shifts the proxies forward to align their known lead over risk assets, and lags them by the same amount inside the correlation calculation.
Correlation — rolling correlation of each composite to the chart's asset, computed YoY-vs-YoY (growth rate against growth rate) to avoid the spurious correlation you get from comparing two trending levels. Shown live in the table and optionally plotted.
How to use it
Run it on Daily, Weekly, or Monthly — the underlying economic series update monthly.
Watch the divergence histogram for China leading or lagging the global liquidity cycle. A flip to red while the regime stays green (global still expanding, China rolling over) is the classic setup where China-beta assets begin to underperform before the broad tape reacts.
Use the correlation cell to confirm whether the asset on your chart is actually tracking liquidity right now, and which region it tracks more closely.
Use the lead/offset to align the proxy's turning points with later price turns, since liquidity typically leads risk assets by a couple of months.
Alerts
China YoY zero-cross (up/down), Global YoY zero-cross (up/down), divergence sign-flip (China leading / lagging), and regime change (both expanding / both contracting).
Notes
Some component symbols may require a higher PulseWire data plan; substitute or remove any that don't load in your account.
Readings stabilize once roughly 13+ months of history are loaded.
This is a macro context and research tool, not a signal generator, and nothing here is financial advice. Indicator
Gann Square of 9 Auto Trend Chandelier Confluence⚡ GANN SQUARE OF 9 — AUTO TREND ENGINE
Gann'ın spiral matematiği + modern trend filtreleri, tek araçta.
Grafiğine bakıp "şimdi nereden girsem, stop'u nereye koysam?" diye düşünmekten yoruldun mu?
Çoğu Gann aracı senden merkez fiyatı elle girmeni ister. Her swing'de tekrar tekrar. Çiz, sil, yeniden çiz. Bu araç o işi tamamen ortadan kaldırıyor.
Ne yapıyor:
Indikatör son swing high/low'u otomatik yakalıyor ve Gann Square of 9 seviyelerini (kardinal 90/180/270, diagonal 45/135/225) kendisi çiziyor. Hiçbir manuel girdi yok — grafiğe ekle, çalışsın.
Üstüne iki bağımsız trend filtresi koydum:
→ Lineer regresyon kanalı — ana trend yönünü ve standart sapma bantlarını gösterir
→ Chandelier Exit — ATR tabanlı trailing stop ve yön teyidi
Ve hepsini birleştiren parça: ⭐ A+ Confluence sinyali. Bu üçü — Gann seviyesi, kanal kenarı ve trend yönü — aynı noktada buluştuğunda araç bunu işaretler. Yani gürültüyü eler, sana sadece çoklu-onaylı bölgeleri gösterir.
İçinde ne var:
Otomatik Square of 9 seviyeleri (çok turlu, kardinal + diagonal)
Canlı spiral ızgara tablosu (fiyat-spiral veya klasik tamsayı modu)
Lineer regresyon trend kanalı (yön etiketli)
Entegre Chandelier Exit (trailing stop + Buy/Sell)
A+ Confluence işaretçisi (çift trend onaylı)
Gann zaman döngüsü projeksiyonları
Tüm sinyaller için hazır alarmlar
Nasıl kullanılır:
A+ etiketi çıktığında o bölgeyi incele. Girişini değerlendir, stop için CE'nin trailing çizgisini, hedef için bir üst Gann kardinalini referans al. Trend ve seviye birlikte konuştuğunda dinle.
Şimdi grafiğine ekle, kendi enstrümanında test et, ne gördüğünü yorumlara yaz. 👇
⚠️ Sorumluluk Reddi: Bu araç yalnızca eğitim ve teknik analiz amaçlıdır. Yatırım tavsiyesi değildir, kâr garantisi vermez. Tüm işlemlerinizi kendi araştırmanız ve risk yönetiminizle yapın. Geçmiş performans gelecek sonuçları garanti etmez. Indicator
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