This guide walks you through the Black Tie Framework exactly as you experience it when scrolling through the indicator settings in TradingView.
The goal of the Framework is simple: remove guesswork by automating market structure, multi‑timeframe alignment, key levels, Fibonacci logic, and execution context — all directly on your chart.
Below you’ll find each section explained in the same order you’ll see it in the indicator.
1. HTF Timeframe & HTF Market Structure
The Framework starts by defining the Higher Timeframe (HTF) context. This is the backbone of everything that follows.
Key elements:
- HTF Selection: Auto or Manual. Auto selects a logical higher timeframe relative to your chart.
- HTF Market Structure: Displays BOS and MSS/CHoCH on the HTF.
- Swing Length: Auto or manual control over how structure pivots are detected.
This layer answers a single question:
Is the higher timeframe bullish, bearish, or transitioning?
Every downstream signal depends on this context.
2. LTF Market Structure + Trend Table (Overview)
Once HTF context is defined, the Framework maps Lower Timeframe (LTF) structure.
Here you see:
- LTF BOS and MSS/CHoCH
- Independent swing detection for execution precision
- The Trend Table, summarizing HTF and LTF direction side by side
This gives you immediate clarity on whether execution timeframe structure is aligned with the higher‑timeframe bias.
3. Trend Table (Detailed) + Imbalance (Intro)
The Trend Table is designed for fast decision‑making:
- Shows HTF and LTF direction
- Highlights automatically when both align
- Acts as a real‑time context filter
When HTF and LTF agree, the Framework visually confirms alignment — no interpretation needed.
This section also introduces Imbalances, which represent inefficient price delivery zones.
4. Imbalances (HTF & LTF)
Imbalances are automatically detected and managed.
Available controls:
- HTF and LTF imbalance toggles
- Timeframe selection (Auto or Manual)
- Minimum size filtering
- Auto‑removal once mitigated
- Maximum number of visible imbalances
Imbalances act as contextual magnets, not signals by themselves.
5. Fibonacci Levels (Swing‑Based)
The Framework automatically draws swing‑based Fibonacci levels.
Core features:
- Automatic swing detection
- Golden Zone (0.5–0.618)
- Optional level display (0.236 → 1.0)
- Automatic invalidation on swing break
This keeps Fibonacci objective and consistent across all assets.
6. Key Level Fibonacci (Day / Week / Month)
In addition to swing fibs, the Framework calculates Key Level Fibs from:
- Daily
- Weekly
- Monthly ranges
These levels represent higher‑order reference zones and often overlap with liquidity and structure reactions.
7. Label Settings + Key (HTF) Liquidity Levels
Liquidity levels represent prior highs and lows that attract price.
Included:
- Previous 4H highs/lows
- Previous day highs/lows
- Previous week highs/lows
- Previous month highs/lows
Each level can be styled independently.
8. Key (HTF) Liquidity Levels (Detail)
This section focuses purely on liquidity visualization.
Liquidity levels are contextual references, not trade triggers. They help you understand where reactions are likely, not when to enter.
9. Session / Week / Month Open Lines
The Framework plots critical open prices:
- London Open
- New York Open
- Tokyo Open
- 4H Open
- Daily, Weekly, Monthly Opens
These levels often act as intraday pivots and bias references.
10. Trading Window
The Trading Window Filter defines when the Framework should be considered operational.
It does not generate signals or modify structure.
It simply restricts analysis to periods with active participation and liquidity.
You can filter by:
- Market session (Tokyo, London, New York), or
- Fixed UTC time range.
When price is outside the selected window, structure and levels may still exist, but the market is out of trading context.
The filter is used to reduce noise, avoid off-hours decisions, and enforce discipline around when you engage with the market.
11. Volume Profile
The Black Tie Framework uses Volume Profile instead of traditional support and resistance.
Volume Profile shows where the market actually traded, highlighting areas of acceptance and rejection rather than arbitrary price levels.
The Framework focuses on:
- POC (Point of Control) — the price with the highest traded volume
- Value Area (VAH / VAL) — the range containing most of the volume
These levels are contextual references, not trade signals.
How to Use It
Volume Profile helps you answer one question: where is the market most comfortable?
- When price is inside the Value Area, the market is accepting price and tends to consolidate.
- When price moves away from the Value Area, it is transitioning from acceptance to imbalance.
- The POC often acts as a magnet or reaction point, especially during pullbacks.
Volume Profile becomes actionable when it aligns with:
- higher-timeframe bias,
- market structure (BOS / MSS),
- and momentum or displacement.
On its own, it does nothing.
In context, it helps you understand whether price is likely to pause, react, or continue.
12. Displacement
Displacement highlights momentum-driven price moves that reflect real participation.
A displacement occurs when a candle’s body:
- exceeds a volatility-adjusted threshold (ATR-based),
- and represents a large portion of the candle’s total range.
This filters out random volatility and isolates intentional movement.
How to Use It
Displacement is not a signal.
It is used to:
- confirm BOS or MSS events,
- validate momentum after consolidation,
- distinguish clean breaks from weak or reactive moves.
Displacement matters only in context.
When it aligns with higher-timeframe bias and structure, the move carries weight. When it appears in isolation, it is ignored.
Displacement tells you when participation increases, not what to trade.
13. Alignment Markers
Alignment Markers are the execution filter.
They appear only when:
- HTF and LTF structure align
- A valid trigger occurs (MSS / BOS)
- Optional filters (Golden Zone / Imbalance) are met
These markers are the triangles you see on the chart — context‑qualified opportunities, not blind signals.
14. Alerts
Alerts in the Black Tie Framework are designed to reduce screen time, not increase it.
They notify you only when context changes or when meaningful participation appears. They are not entry signals.
Alert Types
The Framework can trigger alerts for:
- HTF / LTF alignment changes
- Structural events (BOS / MSS)
- Displacements
- Volume Profile interactions (POC)
Not all alerts are meant to be active at the same time.
Recommended Alerts
For most users, the following alerts are sufficient:
- 03. Bullish Alignment Trigger
Signals a shift to bullish HTF–LTF alignment. - 04. Bearish Alignment Trigger
Signals a shift to bearish HTF–LTF alignment. - 19. Bullish Displacement
Highlights momentum-driven bullish participation. - 20. Bearish Displacement
Highlights momentum-driven bearish participation. - 21. Price Touched POC
Notifies when price interacts with a key volume acceptance level.
These alerts are meant to call your attention to the chart, not to execute trades automatically.
Practical Use
A minimal and effective setup is:
- Alignment alerts to define directional context,
- Displacement alerts to highlight momentum,
- POC alerts to mark potential reaction or decision areas.
If alerts increase noise, you are using too many.
Final Notes
The Black Tie Framework is not a signal service.
It is a rule‑driven execution environment that:
- Removes subjectivity
- Enforces structure
- Keeps context visible at all times
Your edge comes from discipline and execution, not prediction.
If you want a clean, repeatable trading process, this is what the Framework is built for.
