Difference between revisions of "Full Body Pose Estimation for Sports Analysis - Getting Started"

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Revision as of 10:45, 17 September 2020



Previous: Kinematic Fitting Index Next: Contact Us





Introduction

This wiki is intended to guide the user in the first steps of getting the code and installation of the full body pose estimation library. Additionally, a demo of an application is attached to explain the main concepts of how to use de library.

Required Hardware

The project requires the hardware shown in the next image. The use of the Nvidia Jetson TX2 and the Connect Tech Astro Carrier Board allows the synchronization by hardware of the Leopard Imaging LI-OV10635-SER camera modules, which is required by the system to perform multi-view pose estimation.

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Required hardware.

You can position the cameras however you want. The more different the views captured, the more information the system will have to estimate the human pose. In the next image, you can appreciate the camera setup used by us for testing the system with limited space, shown using a 3D scene render. Please note, that even with the cameras facing the person in a similar way, they are far apart from one another and point from different angles.

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Render showing a possible hardware setup.

How to Get the Code?

To get the code you only need to clone the repository of the full body pose estimation library as follows:

 $git clone https://gitlab.com/RidgeRun/tec/disptec-2020

How to Install the Library?

In order to install the library you need to first install the dependencies listed below and then follow the instructions in the installation section.

Dependencies

Installation

1. Go to the cloned repository directory:

 cd disptec-2020/

2. Install the Python requirements:

 pip3 install -r requirements.txt

3. Generate the library package:

  python3 setup.py sdist bdist_wheel

4. Install the rrpose library:

  pip3 install dist/rrpose-0.0.1.tar.gz

How to Use the Library?

Here, we will briefly explain every part of a demo application to provide a better understanding of the library usage. However, if you would like to get deeper in each module functionality, we recommend you to visit the specific module's page in this wiki.

(demo example code)



Previous: Kinematic Fitting Index Next: Contact Us