Sure, I'd be happy to help you with your kinematic controller in Unity. Here's a simplified step-by-step guide to help you decide the order of processing slope and jump logic:

  1. Jump Logic Before Slope Logic:

    • Pros: Avoids overwriting a jump motion with a slope due to landing on a slope.
    • Cons: May not handle all edge cases perfectly, such as landing on a steep slope.
    • Your Example Usage: In your jump logic, adjust the vertical movement accordingly to land on the slope. You can calculate the point of contact with the ground based on the slope and your jump velocity.

  2. Slope Logic Before Jump Logic:

    • Pros: Can handle a broader range of scenarios, including steep slopes, as the controller can adjust the motion based on the slope.
    • Cons: Risk of overwriting a jump motion with a slope landing, as your ground contact detector may not account for all possible landing scenarios.

General Tips for a Better Kinematic Controller:

  • Decouple Motion Components: Separate jump, slope, and other components into their own methods or functions to enhance readability and maintainability.
  • State Machine: Consider implementing a state machine approach to handle different resting positions or terrains. This can help in managing different movement states (like jumping, landing on ground, or landing on a slope).
  • Velocity Smoothing: Apply smoothing to the movement controls to ensure seamless transitions between motions.
  • Debugging: Make use of Unity's built-in debugging tools and Visual Debugger to quickly identify and fix issues as you iterate.
  • Testing: Always test your controller with various surfaces and terrains to ensure it behaves as expected. You can use Unity's terrain system or manually create different slopes to test.

Best of luck with debugging and improving your kinematic controller!