Building a Modular Robot

• Develop a robust detection and localization solution based on supplied demo parts
• Develop a web-based interface that integrates into the robot's existing UI
• Include Mapping from camera to robot coordinates

• Recommended to work with Anaconda - manages the env's better

  • ref : https://docs.anaconda.com/anaconda/install/index.html

• OpenCV - $ sudo apt-get install python3-opencv

  • ref : https://docs.opencv.org/4.x/d2/de6/tutorial_py_setup_in_ubuntu.html

• Flask - $ pip install flask

• calibration docs

  • run the scripts available under ./cam_calibration/

• camera configurations

• when the camera is successfully calibrated, the calibration data is stored under ./camera_data/

• To capture images from the Basler camera, run $ python camera_control.py. The script uses the data in config-a2A3840-13gmPRO_40137700.pfs as camera configurations.

• To test the object recognition

  • We need 2 images: image of the scene with no objects i.e background image and an image with objects in the scene i.e sample image.
  • change the background image param(img_bg) and sample image param(img_example) in the script to desired values.
  • run $ python object_recognition.py

• Assuming that the camera is calibrated by running all the calibration scriprts, test the CV2D code by running $ python test.py.

• run $ python server.py

• import flows.json into the NodeRed interface.
• open the imported flow named CV2D
• change the param in the http node to the url obtained from running server.py script.

• The CAD models of the Robot end of Arm, camera along with its assembly can be found here

• Object Detection Ref: https://github.com/pacogarcia3/hta0-horizontal-robot-arm/blob/master/README.md
• NodeRED
  • graphical programming : https://docs.robco.de/sections/node_programming.html
  • test based programming : https://docs.robco.de/sections/text_based_programming.html

Additionally, We also tried different state of the art object detection and matching algorithms and the results are documented here.