ICT FRACTAL MODEL [Motoneiron]

📌 ICT FRACTAL MODEL [Motoneiron]
A Multi-Layered HTF Fractal Analysis Model

A Comprehensive HTF–LTF Interpretation of AMD Market Phases

🔷 Overview

ICT FRACTAL MODEL [Motoneiron] is an advanced multi-timeframe analysis tool built for traders who study structural price behavior through the lens of Accumulation → Manipulation → Distribution (AMD).
The indicator breaks down higher-timeframe candles into internal fractal phases, allowing users to observe how lower-timeframe price action develops inside each HTF structure—up to the moment a sweep and Change in State of Delivery (CISD) appear in real time.

A defining feature of this tool is its triple HTF-block architecture, enabling simultaneous visualization of three independent higher-timeframe structures. This provides a layered view of market context unavailable in comparable indicators.

🔷 Core Concept

The model is inspired by publicly available ICT concepts, including:

AMD market phasing,

liquidity behavior through sweeps,

and the Change in State of Delivery (CISD) logic.

Each HTF candle is interpreted as a four-phase microstructure:

Accumulation — candle open (balancing phase)

Manipulation — wick movement that collects liquidity

Distribution 1

Distribution 2 — directional continuation or rejection

This fractal decomposition helps identify swing reversals and continuation setups with clarity inside HTF price behavior.

🔷 Triple HTF Block System (Unique Feature)

📌 The main structural advantage of the model:
It displays up to three independent HTF fractal blocks:

Block 1 — Primary HTF Structure (4 to 10 candles)

Supports manual mode, where the user selects any available LTF–HTF combination.

Supports automatic mode, using optimized ICT-style pairing logic.

Provides the core AMD structure and sweep/CISD context.

Block 2 — Secondary HTF Context (1–4 candles)

Designed to offer intermediate-term directional context and bias refinement.

Block 3 — Advanced HTF Context (1–4 candles)

For deep multi-layer analysis, such as:
LTF → HTF → Higher-HTF → Macro-HTF

Example: 5m → 1H → 1D → 1W.



🔷 Sweep → CISD Engine (Real-Time Detection)

The indicator tracks liquidity interactions inside HTF structures.

Sweep Detection

Identifies a break of a previous HTF phase high/low followed by a return into its range

Draws a dynamic sweep line on the LTF chart

Fully real-time

Fully customizable (color, style, visibility)



CISD Detection

CISD appears only after a sweep when price closes through the open of the opposite candle.

The indicator:

draws a CISD line on the LTF chart in real time

removes the CISD line when the setup becomes invalid



🔷 Projection Levels (Fibonacci Deviation Targets)

After a confirmed CISD, automatic Fibonacci deviation targets are projected on the chart.

By default, the indicator measures distances from candle bodies, but users can switch the calculation method to wick-based projections if preferred.

You can:

add your own projection levels

adjust colors and styles

toggle visibility



🔷 Bias System

Three bias modes:

Bullish — plots only downward sweeps, bullish CISD, bullish projections

Bearish — plots only upward sweeps, bearish CISD, bearish projections

Neutral — shows both sides

This helps reduce noise and focus on one directional narrative.

🔷 HTF Time Anchors (with TF Labels)

Each HTF block displays:

the opening time of every HTF candle

the name of the timeframe (e.g., 1H, 4H, 1D, 1W) directly under the candle

These help quickly understand which specific HTF structures are currently plotted.

Users can customize:

color

style

or disable anchors per HTF block



🔷 HTF Range Lines on the LTF Chart

The indicator draws:

• Line of the current HTF candle open
• Horizontal HTF High and Low of the range
• Vertical boundaries of the HTF range

All elements offer full customization of:

color

thickness

line type

visibility



🔷 Point Reversal Zones

This module highlights areas where the wick of the next HTF candle is statistically likely to form.

It draws:

a boundary line marking the expected wick-formation zone

a highlighted area representing where the wick is likely to appear after a CISD setup has formed

This helps users identify potential interaction zones for entries after a CISD.



🔷 Time Filters (Sessions)

Session filters allow restricting sweep/CISD setups to specific trading sessions:

Asia

London

New York

Custom user-defined time windows

Useful for filtering setups based on session characteristics,
rather than general noise filtering.



🔷 SMT Divergence Module (Secondary Feature)

SMT is included as an optional supporting module, not a core part of the model.

The indicator can:

compare up to two additional correlated assets

detect swing divergences

display a compact SMT dashboard with percentages of bullish/bearish swings

Designed to provide additional context when needed.



🔷 Alerts

The indicator supports alerts through standard TradingView alert tools.
You can create alerts for:

New CISD formation

To enable alerts, open the TradingView alert menu and choose the CISD event from the list, then configure your preferred notification method.

🔷 Settings Overview
HTF Blocks

Manual & automatic LTF–HTF pairing

Block 1: 4–10 candles

Block 2 & 3: 1–4 candles

Fully customizable appearance

Sweep / CISD

Full color & style customization

Hide/show controls

CISD auto-removal on invalidation

Projection Levels

Add your own deviation levels

Custom colors

Optional visibility

Bias

Bullish

Bearish

Neutral

Time Filters

Asia / London / New York

Manual custom range

Point Reversal

Wick-formation zone boundary

Highlighted wick-formation area

Style customization

SMT Module

Up to 2 comparison assets

Divergence dashboard

⚠️ Disclaimer

This tool is provided exclusively for educational and informational purposes.
It does not constitute financial advice, trading signals, or investment recommendations.
Past price behavior does not guarantee future outcomes.
All trading decisions are made solely by the user.
This is an invite-only script with protected source code to preserve the author's intellectual work.