
Worked on the bit-bots/bitbots_main repository to deliver field configuration management for RoboCup events, standardizing field settings and launch parameters for consistent deployments. Used YAML and XML to introduce and maintain configuration files, enabling reliable launches across different event setups such as the 2026 German Open and 2024 medium field. Refined calibration offsets for cameras and IMUs, improving sensor accuracy by tuning extrinsic parameters across configurations. Addressed a field map display scaling bug, ensuring correct rendering at various resolutions to enhance operator visibility. The work focused on configuration management, sensor calibration, and launch file management, improving deployment reliability and data quality.
In March 2026, I delivered features for RoboCup field configuration management, refined calibration offsets across configurations (cameras and IMUs), and fixed a field map display scaling bug. The field configuration work standardizes field settings for RoboCup events (e.g., 2026 German Open and 2024 medium field), ensuring consistent launches and reducing deployment risk. The calibration improvements tune extrinsic camera and IMU offsets (Donna and Amy) to boost sensor accuracy across configurations. The field map scaling fix corrects display across different resolutions, enhancing operator visibility and decision-making. Overall, these efforts improve deployment reliability, data quality, and cross-event consistency, while expanding calibration automation and configuration management capabilities.
In March 2026, I delivered features for RoboCup field configuration management, refined calibration offsets across configurations (cameras and IMUs), and fixed a field map display scaling bug. The field configuration work standardizes field settings for RoboCup events (e.g., 2026 German Open and 2024 medium field), ensuring consistent launches and reducing deployment risk. The calibration improvements tune extrinsic camera and IMU offsets (Donna and Amy) to boost sensor accuracy across configurations. The field map scaling fix corrects display across different resolutions, enhancing operator visibility and decision-making. Overall, these efforts improve deployment reliability, data quality, and cross-event consistency, while expanding calibration automation and configuration management capabilities.

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