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Senior Software Engineer
at
Tecgraf/Ondeb
Most retail trading algorithms fail not because of a bad strategy, but due to poor memory management, execution lag, and sloppy matrix calculations.
As a senior C++ software engineer, I bridge the gap between institutional-grade software architecture and retail quantitative trading. My expertise lies in stripping away the subjectivity of retail trading and translating pure mathematics, low-latency execution engines.
What I guarantee in every architecture I build:
- Execution Stability: Deeply optimized C++ logic to prevent terminal crashes and memory leaks.
- Strict Quant Math: Converting visual/subjective strategies into objective, array-based Boolean logic.
- No Black Boxes: 100% transparent Object-Oriented Programming (OOP) with clean, maintainable code.
- Capital Protection: Failsafe routing modules (handling Broker Error 130, requotes, and slippage organically).
If you need a robust algorithmic foundation that executes exactly as designed, let's analyze your logic.
As a senior C++ software engineer, I bridge the gap between institutional-grade software architecture and retail quantitative trading. My expertise lies in stripping away the subjectivity of retail trading and translating pure mathematics, low-latency execution engines.
What I guarantee in every architecture I build:
- Execution Stability: Deeply optimized C++ logic to prevent terminal crashes and memory leaks.
- Strict Quant Math: Converting visual/subjective strategies into objective, array-based Boolean logic.
- No Black Boxes: 100% transparent Object-Oriented Programming (OOP) with clean, maintainable code.
- Capital Protection: Failsafe routing modules (handling Broker Error 130, requotes, and slippage organically).
If you need a robust algorithmic foundation that executes exactly as designed, let's analyze your logic.
Alex David Hernandez Maturrano
Published code Reverse RSI Bands
Reverse RSI Bands is a leading indicator that mathematically reverse-engineers the RSI formula. It plots precise target price bands directly on the main chart, showing exactly at what price the RSI will hit your specified overbought or oversold levels in real-time.
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Alex David Hernandez Maturrano
Studying SMC logic in C++/MQL5 today.
Automating market structure isn't about subjective patterns; it's about quantifying the imbalance of buying and selling pressure. Drawing directly from the foundational concepts of Richard Wyckoff, here is how to engineer robust trading logic for your algorithms:
- The Theory: Price action is the result of a motive force attempting to move price and a resistive force opposing it. Instead of trading random chart rectangles, algorithms should look for classic Wyckoff "springs" (failure tests at the bottom of a range) and "upthrusts". These false breakouts represent critical zones where bulls or bears are so exhausted that a small amount of pressure can reverse a trend.
- Volume Confirmation: A structural pattern is meaningless without volume analysis. You must gauge whether a trend is advancing steadily or if it is facing "absorption" (where heavy volume yields no price progress near support or resistance). This behavior validates the true defense of a price zone by large operators.
- The Architecture: To implement this complex logic in MQL5, leverage Object-Oriented Programming (OOP). By creating robust, reusable classes for your trade placement and order management, you can hide unnecessary implementation details, reduce code duplication, and keep your algorithmic execution lightning-fast. How are you coding your structural and volume confirmations?
Automating market structure isn't about subjective patterns; it's about quantifying the imbalance of buying and selling pressure. Drawing directly from the foundational concepts of Richard Wyckoff, here is how to engineer robust trading logic for your algorithms:
- The Theory: Price action is the result of a motive force attempting to move price and a resistive force opposing it. Instead of trading random chart rectangles, algorithms should look for classic Wyckoff "springs" (failure tests at the bottom of a range) and "upthrusts". These false breakouts represent critical zones where bulls or bears are so exhausted that a small amount of pressure can reverse a trend.
- Volume Confirmation: A structural pattern is meaningless without volume analysis. You must gauge whether a trend is advancing steadily or if it is facing "absorption" (where heavy volume yields no price progress near support or resistance). This behavior validates the true defense of a price zone by large operators.
- The Architecture: To implement this complex logic in MQL5, leverage Object-Oriented Programming (OOP). By creating robust, reusable classes for your trade placement and order management, you can hide unnecessary implementation details, reduce code duplication, and keep your algorithmic execution lightning-fast. How are you coding your structural and volume confirmations?