List of ROS Actions¶

This page lists all the public ROS actions available in PAL OS edge.

Caution

Only the actions contributing to the public API of the PAL OS edge are listed here.

Additional ROS actions might be present on the robot, for internal purposes. They are however not part of the documented and supported robot API.

Alphabetic index¶

By capability¶

💬 Communication ¶

/skill/ask (documentation) Start a small dialogue exchange with the aim of getting some information through the conversation. See ask for details.
/skill/ask_human_for_help (documentation) See ask_human_for_help for details.
/skill/chat (documentation) Start a dialogue with a defined purpose. See chat for details.
/skill/say (documentation) Speak out the provided input text (also executing any additional markup action). See say for details.

⚙️ Robot hardware ¶

/led_manager_node/do_effect (documentation) Controls the various LEDs or PAL’s robots. You can select the desired set of LEDs, a colour effect, duration and priority, as well as provide effect-specific parameters (like the desired color).

See LEDs API for details.

😄 Interaction ¶

/skill/look_at (documentation) Controls the gaze behaviour of the robot. See look_at for details.
/skill/look_for_human (documentation) Search and localize specific humans. See look_for_human for details.
/skill/look_for_object (documentation) Search and localize specific objects. See look_for_object for details.

🛠 Robot management ¶

/change_controllers (documentation) Allows to change controllers with a single call, avoiding resources conflict.

See How to change your robot’s motion controller for details.
/i18n_manager/set_locale (documentation) Sets the language to all the associated nodes

👋 Gestures and motions ¶

/arm_controller/follow_joint_trajectory (documentation) Moves the arm joints to the desired positions
/arm_left_controller/follow_joint_trajectory (documentation)
/arm_right_controller/follow_joint_trajectory (documentation)
/gripper_controller/follow_joint_trajectory (documentation) This action encapsulates the trajectory_msgs/JointTrajectory message
/gripper_controller/increment (documentation) Moves the gripper joints the desired increment
/head_controller/follow_joint_trajectory (documentation) Moves the head joints to the desired positions
/head_controller/increment (documentation) Moves the head joints the desired increment
/head_controller/point_head_action (documentation) Moves the head joints to the necessary positions to point to a desired position, performing inverse kinematics
/joy_turbo_reset (documentation)
/play_motion2 (documentation) Executes pre-recorded motion from its name
/play_motion2/raw (documentation) Executes a joint trajectory over multiple groups of joints.
/safe_arm_controller/follow_joint_trajectory (documentation) Moves the arm joints to the desired positions providing there are no self-collisions
/safe_arm_left_controller/follow_joint_trajectory (documentation)
/safe_arm_right_controller/follow_joint_trajectory (documentation)
/safe_torso_controller/follow_joint_trajectory (documentation) This action encapsulates the trajectory_msgs/JointTrajectory message; the goal is discarded if a self-collision will occur.
/torso_controller/follow_joint_trajectory (documentation) This action encapsulates the trajectory_msgs/JointTrajectory message
/torso_controller/increment (documentation)

🧭 Navigation ¶

/assisted_teleop_priority_action (documentation) Joystick Relay functionality implemented in the twist_mux package. Toggles the priority of the assisted teleop control over the robot’s movement.

For more information, check the twist_mux documentation.
/backup (documentation) Toggles the priority of the joystick control over the robot’s movement.
/compute_path_through_poses (documentation)
/compute_path_to_pose (documentation) For more information, check the twist_mux documentation.
/detect_dock (documentation) Action Server responsible for detecting and localizing an specific dock station with respect to the robot. It can load multiple plugins for the detection of different dock stations using different sensors.

For more information, check the 📡 Target Detection.
/detect_target (documentation) Action Server responsible for detecting and localizing a Target with respect to the robot. It can load multiple plugins for the detection of different Targets using different sensors.

For more information, check the 📡 Target Detection.
/dock_robot (documentation) Docking Server performs the docking maneuver, ensuring that robots connect to docking stations safely and efficiently.

For more information, check the Docking Server Documentation.
/drive_on_heading (documentation) Nav2 Behavior Plugin which causes the robot to drive on the current heading by a specific displacement. It performs a linear translation by a given distance.

For more information on this Behavior, check the Nav2 DriveOnHeading Behavior documentation.
/follow_path (documentation) Nav2 Action Server implemented by the nav2_controller package. Executes a given Path using the Controller (Local Planner).
/follow_waypoints (documentation) Nav2 Action Server implemented by the nav2_waypoint_follower package. Reaches a list of Waypoints, eventually performing a custom Waypoint Action upon the Waypoint arrival.

For more information on this server, check the Nav2 Waypoint Follower documentation.
/go_and_dock (documentation) Docking Manager implements high-level docking functionalities, such as autonomous navigation and docking.

For more information, check the Docking Manager documentation.
/joy_priority_action (documentation) Joystick Relay functionality implemented in the twist_mux package. Toggles the priority of the joystick control over the robot’s movement.

For more information, check the twist_mux documentation.
/joy_turbo_angular_decrease (documentation) Joystick Relay functionality implemented in the twist_mux package. Decreases the maximum angular velocity that the joystick can send to the robot.

For more information, check the twist_mux documentation.
/joy_turbo_angular_increase (documentation) Joystick Relay functionality implemented in the twist_mux package. Increases the maximum angular velocity that the joystick can send to the robot.

For more information, check the twist_mux documentation.
/joy_turbo_decrease (documentation) Joystick Relay functionality implemented in the twist_mux package. Decreases the maximum linear velocity that the joystick can send to the robot.

For more information, check the twist_mux documentation.
/joy_turbo_increase (documentation) Joystick Relay functionality implemented in the twist_mux package. Increases the maximum linear velocity that the joystick can send to the robot.

For more information, check the twist_mux documentation.
/joy_turbo_reset (documentation) Joystick Relay functionality implemented in the twist_mux package. Reset to default the maximum linear and angular velocity that the joystick can send to the robot.

For more information, check the twist_mux documentation.
/learn_dock (documentation) Docking Manager implements high-level docking functionalities such as learning the localization of docking stations by dynamically detecting station and storing them in a persistent database.

For more information, check the Docking Manager documentation.
/navigate_through_poses (documentation) Nav2 BT Navigator implemented by the nav2_bt_navigator package. Implements a navigation behavior from a starting point, through many intermediary hard pose constraints, to a final goal, using a specified Behavior Tree.

For more information on this Navigator, check the Nav2 NavigateThroughPoses documentation.
/navigate_through_waypoints (documentation) Nav2 BT Navigator implemented for PAL robots. It integrates the functionalities of the Nav2 Navigate Through Poses documentation (see /navigate_through_poses) with the ones of the Nav2 Waypoint Follower documentation (see /follow_waypoints). It uses a Behavior Tree to navigate from a starting point, through a series of waypoints, eventually executing a list of Waypoint Actions upon each Waypoint arrival.

For more information, check the 🚩 Waypoint Navigation.
/navigate_to_pose (documentation) Nav2 BT Navigator implemented by the nav2_bt_navigator package. It navigates from a starting point to a single point goal using a specified Behavior Tree.

For more information on this Navigator, check the Nav2 NavigateToPose documentation.
/navigate_to_target (documentation) Nav2 BT Navigator implemented for PAL robots. It uses the /detect_target action to detect and localize a Target with respect to the robot. Once a Target has been detected, it loads a Behavior Tree to navigate the robot to the detected Target.

For more information, check the 🎯 Target Navigation.
/set_configuration (documentation) PAL Nav2 Behavior Plugin that allows to dynamically change the configuration of any Navigation node.
/set_parameter (documentation) PAL Nav2 Behavior Plugin that allows to dynamically change a parameter for any Navigation node.
/skill/navigate_to_pose (documentation) Make the robot autonomously navigate toward the desired pose. See 🥅 Goal Navigation for details.
/skill/navigate_to_waypoint (documentation) Make the robot autonomously navigate toward the desired waypoint. See 🚩 Waypoint Navigation for details.
/skill/navigate_to_zone (documentation) Make the robot autonomously navigate toward the desired zone. See 🏛️ Environmental Annotations for details.
/spin (documentation) Nav2 Behavior Plugin implementing a configurable spin behavior. It makes the robot rotate by a certaing angle.

For more information on this Behavior, check the Nav2 Spin Behavior documentation.
/undock_robot (documentation) Docking Server performs undocking maneuvers, ensuring that robots disconnect from docking stations safely and efficiently.

For more information, check the Docking Server Documentation.
/wait (documentation) Nav2 Behavior Plugin implementing a configurable wait behavior. It makes the robot wait a certain amount of time.

For more information on this Behavior, check the Nav2 Wait Behavior documentation.

List of ROS Actions¶

Alphabetic index¶

By capability¶

💬 Communication¶

⚙️ Robot hardware¶

😄 Interaction¶

🛠 Robot management¶

👋 Gestures and motions¶

🧭 Navigation¶

💬 Communication ¶

⚙️ Robot hardware ¶

😄 Interaction ¶

🛠 Robot management ¶

👋 Gestures and motions ¶

🧭 Navigation ¶