Base model: F1 Rcr10/23-B.

Races around Gold Prix automatically.

Inspired by KSB24's auto-racers, I came up with my own waypoint guiding system (because I was too lazy to try and figure out how KSB24 did it).

However, my data points are using global coordinates whereas KSB24 uses relative coords.

ag1: rain lights.
ag2: auto DRS deployment.
ag3: auto KERS deployment.
ag4: n/a
ag5: n/a
ag6: manual control (non-compatible with ag7; forgot to integrate it).
ag7: engine mediated anti-slip.
ag8: engine on/off.

Pitch/roll: car control when in manual.
Throttle: throttle control when in auto.
Yaw: n/a
VTOL: n/a
Trim: n/a

FireGuns: manual DRS deployment.
LaunchCountermeasures: manual KERS deployment (KERS charge by deceleration).

Additional Notes:

• In combination with the tracking FT code used on my A-1-BX2, this way point system can be also applied to 3D navigation.

• On this craft, each waypoint only has two attributes: X (longitude), and Y (latitude), but you can integrate more variables such as speed, or as aforementioned above - a Z axis.
  Just use PIDs (or more commonly for me: P controllers, lol) to control them - it's the easiest way.

• The scalability of additional waypints for a given number of attributes (space complexity) is O = O(n);
  Computationally, it's O = O(n^2).

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