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Hi, I try this ws and it looks like amazing. Thanks for great work!
Next I want to try the motion planner with my custom car. I wonder how to generate the motion primitive based on my custom cat? For the sbpl, they have a matlab script to do that, but only for unicycle not for car-like model.
The text was updated successfully, but these errors were encountered:
Hi, the generation of motion primitives are not included in this public release. If you provide me some details I could, however, generate them for you.
Hi, the generation of motion primitives are not included in this public release. If you provide me some details I could, however, generate them for you.
That would be awesome. Thank you so much!
My car's parameter is listed as below:
For the max_steering_radians: since I use both back and front steering wheel, I just measure the minimum turning radius - 2.2m. If you use a simple-car model( only front steering wheel), I use the equation r = L / tan(phi), and get max_steering_radians is 0.434.
You can send the motion primitive file to my email : [email protected]
Actually, my car model can move diagonally like 17 degrees. That is the most interesting part I want to try with a lattice-based motion planner. But I can add it to the motion primitive file latter :)
Hi, I try this ws and it looks like amazing. Thanks for great work!
Next I want to try the motion planner with my custom car. I wonder how to generate the motion primitive based on my custom cat? For the sbpl, they have a matlab script to do that, but only for unicycle not for car-like model.
The text was updated successfully, but these errors were encountered: