v1.1.0

[CameronMyhre]

GitHub Release Notes: RobotCode2025 v1.1.0

We’re releasing v1.1.0 with major improvements to the drive subsystem, several bug fixes, and enhancements for code readability and consistency. This update improves both the functionality of our robot’s swerve modules and the maintainability of the codebase. Here's a detailed breakdown of the changes.

Changelog

🚀 New Features

• Abstract Drive Subsystem
  • Implemented a more flexible, modular design by abstracting the drive subsystem compared to last year.
  • This change simplifies the addition of new features and future maintenance.
• Turning Factor and Swerve Module Enhancements
  • Introduced a new constant for the turning factor, enabling easier tuning of swerve modules.
  • Improved logic in the SwerveModule class, including:
    • Position wrapping for better handling of turning angles.
    • Resetting encoder positions during initialization.
    • Optimized the setState method for smoother state transitions.

🛠️ Bug Fixes

• Drive Code Fixes
  • Updated the turning motor configuration to use absolute encoders, improving accuracy and eliminating reliance on relative encoders.
  • Fixed several inverted control issues, including:
    • Translation targeting.
    • Turning direction.
    • Rotational targeting.
  • Implemented a continuous PID controller for the turning modules, ensuring seamless transitions and better performance during movement.
  • Fully tested and verified for stability.
• Code Formatting and Consistency
  • Added missing braces to if statements to improve code readability and prevent potential logic errors.
  • Fixed errors introduced during prior merges, ensuring a functional and clean codebase.

🎨 Code Style Improvements

• Whitespace Cleanup
  • Removed unnecessary blank lines across multiple classes for cleaner formatting.

Usage Notes

For Drive Team:

• Improved Swerve Modules
  • Expect smoother and more reliable performance from the swerve drive, especially with turning and rotational movements.
  • Absolute encoders ensure accurate module positioning during operation.
• Testing Updates
  • The drive system has been fully tested and is ready for use in practice matches. Let autonomy know if any anomalies occur.

For Developers:

• Abstract Drive Subsystem
• This update modularizes the drive subsystem, making it easier to add new features or debug existing ones.
• Swerve Module Updates
  • Enhanced logic for state optimization and encoder handling improves reliability and performance.
• Code Quality Improvements
  • Formatting changes.
  • All major fixes have been thoroughly tested; additional testing for edge cases is always welcome.

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This discussion was created from the release v1.1.0.