james1kobby
james1kobby
My project has code that uses apollo, which involves the use of osqp 0.4.0, I would like to ask you if this osqp-eigen can be used in the same project...
thank you very much! But in that case, I would like to ask you whether you think the success rate of changing a higher version of OSQP to a lower...
@LebronRemonJames ,Is this excellent open source code?
其实我想问的是,你这个曲率变化率dk是直接施加硬约束把,也就是dk_min
File "/home/ubuntu/Code_Study/acados/interfaces/acados_template/acados_template/acados_sim_solver.py", line 272, in init self.__acados_lib = DllLoader(libacados_filepath, winmode=self.winmode) 修改成 File "/home/ubuntu/Code_Study/acados/interfaces/acados_template/acados_template/acados_sim_solver.py", line 272, in init self.__acados_lib = DllLoader(libacados_filepath) 因为winmode=self.winmode时windows系统上加载动态库的标志
@FreyJo ,I don't know, how to updating ctypes? I use python virtualenv to install ctypes. can yu tell me? thank you very much.
// Collision. const auto &bounds = reference_path_.getBounds(); for (size_t i = 0; i < n_; ++i) { if (i < precise_planning_size_) { const auto front_bounds = getSoftBounds(bounds[i].front.lb, bounds[i].front.ub, FLAGS_expected_safety_margin); const...
> 这个是因为在frenet坐标系下建模的,要是角度大于90度,可能就需要折返的path,就办不到了,70度就是设置了一个接近90度的数值, 横向偏差可以缩小,不过会有求解失败的情况。这个版本碰撞约束也是硬约束,硬约束如果没法全满足,会失败。 还有就是我看你的cost函数里面针对i < precise_planning_size_和i > precise_planning_size_都有设置松弛变量,i > precise_planning_size_的松弛变量,我并没有在约束中看到,你这个的作用是什么呀
> > 这个是因为在frenet坐标系下建模的,要是角度大于90度,可能就需要折返的path,就办不到了,70度就是设置了一个接近90度的数值, 横向偏差可以缩小,不过会有求解失败的情况。这个版本碰撞约束也是硬约束,硬约束如果没法全满足,会失败。 > > 还有就是我看你的cost函数里面针对i < precise_planning_size_和i > precise_planning_size_都有设置松弛变量,i > precise_planning_size_的松弛变量,我并没有在约束中看到,你这个的作用是什么呀 哦哦,我懂了,你这个i > precise_planning_size_的松弛变量也在约束中体现,只不过系数是1,也只是一个而已,所以不用居正表示