Hlomohang John Borotho / プロファイル

This article shows how to represent market structure as a graph in MQL5, turning swing highs/lows into nodes with features and linking them by edges. It trains a Graph Neural Network to score potential liquidity zones, exports the model to ONNX, and runs real-time inference in an Expert Advisor. Readers learn how to build the data pipeline, integrate the model, visualize zones on the chart, and use the signals for rule-based execution.

This article applies Depth-First Search to market structure by modeling swing highs and lows as graph nodes and tracking one structural path as deeply as conditions remain valid. When a key swing is broken, the algorithm backtracks and explores an alternative branch. Readers gain a practical framework to formalize structural bias and test whether the current path aligns with targets like liquidity pools or supply and demand zones.

In this part, we will integrate a real-time correlation matrix into a multi-symbol Expert Advisor to prevent redundant or risk-stacked trades. By dynamically measuring cross-pair relationships, the EA will filter entries that conflict with existing exposure, improving portfolio balance, reducing systemic risk, and enhancing overall trade quality.

Built on lower-timeframe market structure, and then orchestrated on the higher-timeframe, this indicator detects swing extremes where price becomes statistically vulnerable to reversal. It visualizes overextension and pullback zones, offering early insight into mean-reversion behavior.

In this discussion we will Automate Swing Extremes and the Pullback Indicator, which transforms raw lower-timeframe (LTF) price action into a structured map of market intent, precisely identifying swing highs, swing lows, and corrective phases in real time. By programmatically tracking microstructure shifts, it anticipates potential reversals before they fully unfold—turning noise into actionable insight.

This article turns Market Memory Zones from a chart-only concept into a complete MQL5 Expert Advisor. It automates Displacement, Structure Transition (CHoCH), and Liquidity Sweep zones using ATR- and candle-structure filters, applies lower-timeframe confirmation, and enforces risk-based position sizing with dynamic SL and structure-based TP. You will get the code architecture for detection, entries, trade management, and visualization, plus a brief backtest review.

The article presents a complete Python–MQL5 integration for multi‑agent trading: MT5 data ingestion, indicator computation, per‑agent decisions, and a weighted consensus that outputs a single action. Signals are stored to JSON, served by Flask, and consumed by an MQL5 Expert Advisor for execution with position sizing and ATR‑derived SL/TP. Flask routes provide safe lifecycle control and status monitoring.

Breadth First Search (BFS) uses level-order traversal to model market structure as a directed graph of price swings evolving through time. By analyzing historical bars or sessions layer by layer, BFS prioritizes recent price behavior while still respecting deeper market memory.

In this part, we will focus on designing an intelligent execution layer that continuously monitors and evaluates real-time spread conditions across multiple symbols. The EA dynamically adapts its symbol selection by enabling or disabling trading based on spread efficiency rather than fixed rules. This approach allows high-frequency multi-pair systems to prioritize cost-effective symbols.

In this discussion, we will develop an indicator to identify price zones created by strong market activity, such as impulsive moves, structure shifts, and liquidity events. These zones represent areas where the market has left “memory” due to unfilled orders or rapid price displacement. By marking these regions on the chart, the indicator highlights where price is statistically more likely to revisit and react in the future.

This topic explores how to build an Adaptive Smart Money Architecture (ASMA)—an intelligent Expert Advisor that merges Smart Money Concepts (Order Blocks, Break of Structure, Fair Value Gaps) with real-time market sentiment to automatically choose the best trading strategy depending on current market conditions.

In this discussion, we introduce a structured, multi-layered defense system designed to pursue aggressive profit targets while minimizing exposure to catastrophic loss. The focus is on blending offensive trading logic with protective safeguards at every level of the trading pipeline. The idea is to engineer an EA that behaves like a “risk-aware predator”—capable of capturing high-value opportunities, but always with layers of insulation that prevent blindness to sudden market stress.

分析型ボリュームプロファイル取引(AVPT, Analytical Volume Profile Trading)は、流動性構造と市場記憶がプライスアクションに与える影響を分析し、機関投資家のポジション構築や出来高駆動の構造をより深く理解する手法です。POC、HVN、LVN、バリューエリアを可視化することで、受容、拒否、アンバランスゾーンを高い精度で特定できます。

ガンマ(Γ)とデルタ(Δ)はもともとオプションのエクスポージャーをヘッジするためのリスク管理ツールとして開発されましたが、時間の経過とともに、高度なスキャルピング、オーダーフローモデリング、マイクロストラクチャ取引における強力なツールへと進化しました。現在では、価格感応度や流動性行動のリアルタイム指標として機能し、トレーダーが短期的なボラティリティを驚くほど正確に予測できるようにしています。

ライブ取引結果、ボラティリティの変化、流動性の変化といったリアルタイムの市場フィードバックを、適応型モデル学習とどのように統合するかに焦点を当てます。これにより、応答性が高く、自己改善を継続する取引システムを維持することを目指します。

今回は、スキャルピングとスイングトレードのモードを状況に応じて切り替えることができるダイナミックマルチペアエキスパートアドバイザー(EA)の設計方法を解説します。シグナル生成、取引実行、リスク管理の構造面およびアルゴリズム面での違いを網羅し、市場状況やユーザー入力に応じてEAが状況に応じて戦略を切り替える仕組みを紹介します。

Gamma and Delta measure how an option’s value reacts to changes in the underlying asset’s price. Delta represents the rate of change of the option’s price relative to the underlying, while Gamma measures how Delta itself changes as price moves. Together, they describe an option’s directional sensitivity and convexity—critical for dynamic hedging and volatility-based trading strategies.

本記事では、市場のスイングを高精度で捉え、自動売買を実現する完全自動化MQL5システムを紹介します。従来の固定ローソク足数に基づくスイングインジケーターとは異なり、このシステムは進行中の市場構造に動的に適応し、スイングハイおよびスイングローをリアルタイムで検出します。これにより、形成されつつあるトレンドの値動きを的確に捉え、取引機会を逃さず捕捉することが可能です。

本記事では、以前に無効化されたオーダーブロックをスマートマネーコンセプト(SMC)におけるミティゲーションブロックとして再利用する方法を解説します。これらのゾーンは、オーダーブロックが失敗した後に機関投資家が再び市場に参入するポイントを示しており、支配的なトレンドに沿った取引継続の確率が高いエリアを提供します。