Robotics and Autonomous Systems Group, Research Engineering Facility, Research Infrastructure Queensland University of Technology
The Arm Commander is a Python programming module for accelerating the development of robot arm manipulation applications.
Use the Documentation Entry Point to bring you to following parts of the documentation of the arm commander.
- Overview of the Arm Commander
- Installation Guide
- Programming Tutorial Part 1
- Programming Tutorial Part 2
- Application Design Gallery
- Summary of the API
The arm commander presents a programming interface dedicated to robot arm manipulation and encapsulates useful but tedious programming components such as ROS and arm movement planning. The arm commander can support the development of applications using or not using ROS. The following example uses the arm commander API to move the end-effector of the robot arm panda_arm to the position (0.6, 0.0, 0.4), and then move it to another position (0.4, 0.2, 0.4)
from arm_commander.commander_moveit import GeneralCommander
class ArmCommanderMoveExample():
def __init__(self):
# create the General Commander and wait for it being ready to service move commands
arm_commander: GeneralCommander = GeneralCommander('panda_arm')
arm_commander.spin(spin_in_thread=True)
arm_commander.wait_for_ready_to_move()
# send two move commands one after another
arm_commander.move_to_position(x = 0.6, y = 0.0, z = 0.4, wait=True)
arm_commander.reset_state()
arm_commander.move_to_position(x = 0.4, y = 0.2, wait=True)
arm_commander.reset_state()
Dr Andrew Lui, Senior Research Engineer
Dr Dasun Gunasinghe, Senior Research Engineer
Robotics and Autonomous Systems, Research Engineering Facility
Research Infrastructure
Queensland University of Technology
Latest update: Feb 2024