Impressive! Chances are rules will be changed once again to restrict the sweeping area within the width of tire instead of side extended arms. If the updated rules aren't going to against this in the future, the way you optimize the path could be revolutionary!
Seems like he increased the effective turning radius for each turn to make the overall arc length reduced. He intentionally added some light weighted materials on the 2 sides of the arm to increase the sweeping area to meet the requirement of the rules to be considered as “stay on the track”
@@Shubham-po2tp I've never done robotracer before, but I think if I were doing this, I would just make this a line follower first then differentiate the cases based on the angular velocity at each locations to categorize the patterns. You definitely need to ask him for the actual answer, haha.
Awesome! Very clear explanation
It is awesome!
Great software, well done.
Impressive!
Chances are rules will be changed once again to restrict the sweeping area within the width of tire instead of side extended arms.
If the updated rules aren't going to against this in the future, the way you optimize the path could be revolutionary!
No está permitido eso realmente
What do you mean,
How he optimised path
Seems like he increased the effective turning radius for each turn to make the overall arc length reduced. He intentionally added some light weighted materials on the 2 sides of the arm to increase the sweeping area to meet the requirement of the rules to be considered as “stay on the track”
@@Greenye
Ooooo
Now I Got it
Can you please tell me how he stored such track which is without any mark (white stripes at left side)
@@Shubham-po2tp I've never done robotracer before, but I think if I were doing this, I would just make this a line follower first then differentiate the cases based on the angular velocity at each locations to categorize the patterns.
You definitely need to ask him for the actual answer, haha.
どの程度なら逸脱しても許されるのか
Which microcontroller used