The article addresses issues with simulation response times in a MetaTrader 5 environment, focusing on optimizing tick processing and system performance. A technical challenge arose due to excessive ticks per minute, particularly with futures contracts, impacting both simulation and real data processing. To resolve this, a maximum tick limit is introduced in the simulation framework, balancing tick volume and processing efficiency. The article delves into coding adjustments, including modifications to the tick simulation class and file reading functions, to streamline data handling. These changes enhance consistency and timing, crucial for reliable algorithmic trading and simulation practices.

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The article delves into optimizing replay simulations in MetaTrader 5, specifically addressing timing challenges when combining real and simulated tick data. It examines determining the minimum tick number required, focusing on key criteria like price dynamics that dictate simulation needs. A critical update involves allowing user-configurable tick limits in configuration files, enhancing flexibility and system performance. The article also details necessary code adjustments in key files such as C_Simulation.mqh and C_FileTicks.mqh to ensure accurate data representation and memory management. These improvements facilitate a seamless experience for traders and developers in algorithmic trading by addressing errors and enabling effective system testing and maintenance.

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In the latest section of our replay/simulation project, important enhancements were made to address the challenge of displaying the remaining time until the next bar begins. This task is particularly complex within a simulation environment due to variable synchronization issues with the system clock.

The updates introduced involve modifications to the mouse indicator and the supporting framework. A critical change lies in the integration of a global variable within the mouse indicator code, enabling efficient data transmission relevant to the current bar's time. The C_Study.mqh file now includes mechanisms for handling custom events, ensuring updates occur with precise timing calculations crucial to performance during simulations.

This structured approach improves functionality and aligns simulation behavior more closely with real-time trading envir...

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