
Aiden Madaffri enhanced pedal input mapping precision in the lhr-solar/Controls repository by developing a direct mapToPercent function for computing pedal outputs as percentages. This replaced the previous approach that relied on a lookup table and indirect conversion, streamlining the control path. By leveraging hardware floating-point calculations in C, Aiden improved both the accuracy and responsiveness of real-time pedal control, reducing latency and ensuring more deterministic behavior across hardware revisions. The work focused on embedded systems and numerical computation, prioritizing reliability and maintainability. No major bugs were addressed, as the month’s efforts centered on performance optimization and code refactoring.

February 2025: Pedal Input Mapping Precision Enhancement delivered in lhr-solar/Controls. Introduced mapToPercent to compute pedal outputs directly in percent, replacing the previous indirect conversion via a lookup table and percentToFloat. Leveraged hardware floating-point calculations to increase precision and reduce latency. Result: improved pedal response, higher control fidelity, and more deterministic behavior across hardware revisions. No major bugs fixed this month; focus on reliability and maintainability. Technologies demonstrated: hardware-floating-point math, real-time control optimization, and refactoring for performance.
February 2025: Pedal Input Mapping Precision Enhancement delivered in lhr-solar/Controls. Introduced mapToPercent to compute pedal outputs directly in percent, replacing the previous indirect conversion via a lookup table and percentToFloat. Leveraged hardware floating-point calculations to increase precision and reduce latency. Result: improved pedal response, higher control fidelity, and more deterministic behavior across hardware revisions. No major bugs fixed this month; focus on reliability and maintainability. Technologies demonstrated: hardware-floating-point math, real-time control optimization, and refactoring for performance.
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