YL planning

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kernel:

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<launch> <!-- Whether the start and end points are fixed --> <arg name="if_fix_final_" value="false"/> <arg name="final_x_" value="3.7"/> <arg name="final_y_" value="0.3"/> <arg name="final_yaw_" value="3.14"/> <!-- Map resolution --> <arg name="gridmap_interval_" value="0.15"/> <!-- <arg name="odom_topic" value="/Odometry_imu" /> --> <arg name="odom_topic" value="/mavros/local_position/odom" /> <arg name="traj_topic" value="/planner/traj_poly" /> <!-- <arg name="cloud_topic" value="/cloud_registered" /> --> <arg name="cloud_topic" value="/cur_map" /> <!-- <arg name="cloud_topic" value="/raycast/grid_map/occupancy" /> --> <!-- <arg name="cloud_topic" value="/raycast/grid_map/occupancy_inflate" /> --> <arg name="velocity_suffix" value="3ms"/> <!-- Whether the robot is allowed to see through obstacles --> <!-- <arg name="if_perspective_" value="true"/> --> <arg name="if_perspective_" value="false"/> <!-- Detection range --> <arg name="detection_range_" value="27.0"/> <!-- <arg name="detection_range_" value="7.0"/> --> <!-- Whether to limit the robot's FOV. Note: In complex environments, limiting the FOV may cause planning to fail --> <!-- <arg name="hrz_limited_" value="true"/> --> <arg name="hrz_limited_" value="false"/> <!-- FOV angle range --> <arg name="hrz_laser_range_dgr_" value="90.0"/> <!-- ICR parameters --> <arg name="ICR_yr_" value="-0.3"/> <arg name="ICR_yl_" value="0.3"/> <arg name="ICR_xv_" value="0.0"/> <!-- Whether to use the standard differential model --> <arg name="if_standard_diff_" value="true"/> <arg name="if_get_map_from_asv_" value="true"/> <node name="global_planning" pkg="plan_manager" type="global_planning" output="screen"> <rosparam file="$(find front_end)/config/jps$(arg velocity_suffix).yaml" command="load"/> <rosparam file="$(find plan_manager)/config/car$(arg velocity_suffix).yaml" command="load"/> <rosparam file="$(find back_end)/config/global_planning$(arg velocity_suffix).yaml" command="load"/> <rosparam file="$(find asv_plan_env)/config/mapsim.yaml" command="load"/> <param name="if_fix_final" value="$(arg if_fix_final_)"/> <param name="final_x" value="$(arg final_x_)"/> <param name="final_y" value="$(arg final_y_)"/> <param name="final_yaw" value="$(arg final_yaw_)"/> <param name="if_road_map" value="true"/> <param name="road_map_safe_dis" value="0.5"/> <rosparam file="$(find plan_manager)/config/road_map.yaml" command="load"/> <param name="if_direct_path" value="true"/> <!-- Time of replan. If the time is very large, it can be considered that re-planning is not performed --> <param name="replan_time" value="0.5"/> <!-- <param name="replan_time" value="5000"/> --> <!-- Expected computation time for the planner --> <param name="max_replan_time" value="0.3"/> <remap from="odom" to="$(arg odom_topic)"/> <remap from="planner/traj_poly" to="$(arg traj_topic)"/> <remap from="/move_base_simple/goal" to="/goal"/> <!-- Map parameters --> <param name="gridmap_interval" value="$(arg gridmap_interval_)"/> <param name="path_gridmap_interval" value="0.05"/> <param name="detection_range" value="$(arg detection_range_)"/> <param name="if_perspective" value="$(arg if_perspective_)"/> <param name="if_cirSupRaycast" value="false"/> <remap from="local_pointcloud" to="$(arg cloud_topic)"/> <!-- Observation parameters --> <param name="hrz_limited" value="$(arg hrz_limited_)"/> <param name="hrz_laser_range_dgr" value="$(arg hrz_laser_range_dgr_)"/> <param name="ICR_yr" value="$(arg ICR_yr_)"/> <param name="ICR_yl" value="$(arg ICR_yl_)"/> <param name="ICR_xv" value="$(arg ICR_xv_)"/> <param name="if_standard_diff" value="$(arg if_standard_diff_)"/> <!-- for zhongyan--> <param name="if_get_map_from_asv" value="$(arg if_get_map_from_asv_)"/> <param name="asv_map_num" value="1"/> <param name="asv_map_1" value="$(find plan_manager)/asv/asv1.yaml"/> </node> <node name="rviz" pkg="rviz" type="rviz" args="-d $(find plan_manager)/rviz/planner_exp.rviz" output="log"/> </launch> 注释上述代码给我xml文件
最新发布
09-06
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