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Name: 陈科璟

Type: User

Company: Guangdong University of Technology

Bio: 我是广东工业大学一名硕士研究生,主要研究人工智能。 I am a master student in Guangdong University of Technology, mainly studying artificial intelligence.

Location: China

sequenceDiagram
    participant ROSNode
    participant TebPlannerROS
    participant costmap_ros
    participant odom_helper
    participant planner
    participant visualization
    participant costmap_model

    Note over ROSNode: Initialization

    activate ROSNode
    ROSNode ->> TebPlannerROS: computeVelocityCommands
    activate TebPlannerROS

    TebPlannerROS ->> ROSNode: ROS_ERROR("teb_path_smooth_controller has not been initialized...")
    Note over ROSNode: Set message and return status

    deactivate TebPlannerROS
    deactivate ROSNode

    activate TebPlannerROS
    TebPlannerROS ->> costmap_ros: getRobotPose
    activate costmap_ros
    costmap_ros -->> TebPlannerROS: robot_pose

    TebPlannerROS ->> odom_helper: getRobotVel
    activate odom_helper
    odom_helper -->> TebPlannerROS: robot_vel_tf

    TebPlannerROS ->> planner: plan(transformed_plan, &robot_vel_, cfg_.goal_tolerance.free_goal_vel)
    activate planner

    planner -->> TebPlannerROS: success (bool)

    deactivate planner
    deactivate odom_helper
    deactivate costmap_ros
    deactivate TebPlannerROS

    activate TebPlannerROS
    TebPlannerROS -->> TebPlannerROS: Check for initialization success

    activate TebPlannerROS
    TebPlannerROS -->> TebPlannerROS: Transform global plan to local frame
    TebPlannerROS -->> costmap_ros: getRobotPose
    activate costmap_ros
    costmap_ros -->> TebPlannerROS: robot_pose

    TebPlannerROS -->> planner: pruneGlobalPlan
    activate planner
    planner -->> planner: Prune global plan spatially
    planner -->> planner: Transform global plan to local frame
    deactivate planner

    TebPlannerROS -->> planner: transformGlobalPlan
    activate planner
    planner -->> planner: Transform global plan to local frame
    deactivate planner

    TebPlannerROS -->> TebPlannerROS: Update via-points container

    deactivate costmap_ros
    deactivate TebPlannerROS

    activate TebPlannerROS
    TebPlannerROS -->> costmap_model: updateObstacleContainerWithCostmap
    activate costmap_model
    costmap_model -->> TebPlannerROS: Updated obstacle container

    TebPlannerROS -->> TebPlannerROS: Update obstacle container with custom obstacles

    deactivate TebPlannerROS
    deactivate costmap_model

    activate TebPlannerROS
    TebPlannerROS ->> planner: plan(transformed_plan, &robot_vel_, cfg_.goal_tolerance.free_goal_vel)
    activate planner

    planner -->> TebPlannerROS: success (bool)

    deactivate planner
    deactivate TebPlannerROS

    activate TebPlannerROS
    TebPlannerROS -->> TebPlannerROS: Check for success

    activate TebPlannerROS
    TebPlannerROS -->> planner: getVelocityCommand
    activate planner
    planner -->> TebPlannerROS: velocity_command

    deactivate planner
    deactivate TebPlannerROS

    activate TebPlannerROS
    TebPlannerROS -->> TebPlannerROS: Saturate velocity

    activate TebPlannerROS
    TebPlannerROS -->> TebPlannerROS: Convert rot-vel to steering angle

    deactivate TebPlannerROS

    activate TebPlannerROS
    TebPlannerROS -->> TebPlannerROS: Store last command

    activate TebPlannerROS
    TebPlannerROS -->> planner: visualize
    activate planner
    planner -->> visualization: Visualize obstacles, via points, global plan
    deactivate planner
    deactivate TebPlannerROS
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陈科璟's Projects

-spinningup icon -spinningup

An educational resource to help anyone learn deep reinforcement learning.

adjacencylist--c icon adjacencylist--c

A generic C implementation of an AdjacencyList. Uses a pre-processor macro to enable the generic-ness. To use this AdjacencyList you must embed an AdjNode struct into your data objects, and then use the macro ADJ_LIST_ENTRY(DATA_OBJECT, STRUCT_TYPE (of your DATA_OBJECT), MEMBER (the variable name in DATA_OBJECT of the AdjNode stored in it))

awesome-robotic-tooling icon awesome-robotic-tooling

Tooling for professional robotic development in C++ and Python with a touch of ROS, autonomous driving and aerospace.

comfyui icon comfyui

The most powerful and modular stable diffusion GUI, api and backend with a graph/nodes interface.

gazebo_ros_control icon gazebo_ros_control

(DO NOT USE THIS YET, SEE: https://github.com/ros-simulation/gazebo_ros_pkgs/issues/179) This is a ROS package for integrating the ros_control controller architecture with the Gazebo simulator.

mpc_local_planner icon mpc_local_planner

The mpc_local_planner package implements a plugin to the base_local_planner of the 2D navigation stack. It provides a generic and versatile model predictive control implementation with minimum-time and quadratic-form receding-horizon configurations.

mpcc icon mpcc

Model Predictive Contouring Controller (MPCC) for Autonomous Racing

navigation icon navigation

ROS Navigation stack. Code for finding where the robot is and how it can get somewhere else.

ros_motion_planning icon ros_motion_planning

Motion planning and Navigation of AGV/AMR:ROS planner plugin implementation of A*(A Star), JPS(Jump Point Search), D*(D Star), LPA*, D* Lite, RRT, RRT*, RRT-Connect, Informed RRT*, PID, DWA etc.

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