Sculpting with open source motion capture | Pietro Pagliaro & Chordata Motion
Motion capture can be applied in a wide range of disciplines. Today we want to present you Pietro Pagliaro, an Italian architect, and artist, who applied mocap technology to a large physical sculpture. Thus mixing movement, void and solid, expanding the frontiers between art and tech. His proposal is to represent movement as a void. In order to do so, he uses a Chordata Motion system to perform a 3D scan of a movement sequence and consolidate it in a 3D path. His project was selected for the Autumn 2019 residency in the i-Park Foundation, Connecticut, where he developed this first prototype. And was also selected for the 2020 Burning Man. ... https://www.youtube.com/watch?v=SH2K3gc4cME
In this video, we'll explore how to export your Chordata Motion captures to GLTF. In order to go through this tutorial, you'll need to check our previous video in which we explain the process of initiating, generating, and exporting a capture in FBX ?? https://www.youtube.com/watch?v=oUSOismlRNY&t=7s
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https://www.youtube.com/watch?v=YD6_6WG0dIA
We were at #Amsterdam opening this awesome Tech Conference with a live performance.
We want to give a very special thanks to the Codemotion team for making this wonderful experience possible!
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https://www.youtube.com/watch?v=NEPMSrVD6cU
Chordata is an open-source and open hardware motion capture system that you can build or purchase.
Chordata New Arts creates multimedia content ranging from real-time performances to installations, fixed medias (video, audio, etc.) and much more.
Visit https://chordata.cc/ to know more!
Live performance by the Italian dancer Arianna Serra.
Special thanks to ACME Systems fo making this video possible!
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https://www.youtube.com/watch?v=lQwxNS7IQR4
This is the second video in the series where we explain how you can help us create the new motion capture suit that you can build yourself.
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https://www.youtube.com/watch?v=syuoy79NuM4
We are currently working on implementing a new sensor fusion algorithm for the Chordata Motion system. In this new video, Bruno, our Tech Lead, shows us the exciting results the dev team is obtaining with it and explains the importance of having a robust sensor fusion to improve the accuracy and precision of the capture. ?? This new algorithm includes a magnetic compensation step that will give more consistent results even in the proximity of magnetic disturbances. We are still working on it, but you can expect this new algorithm is available in the Chordata Motion system in the near future. ?⚡️ Remember our that our Kickstarter campaign is around the corner, and that you can pre-order your favorite kit at https://chordata.cc/pre-order/
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https://www.youtube.com/watch?v=INZMwi_gSmk
This is the third video in the series where we explain how you can help us create the new motion capture suit that you can build yourself.
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https://www.youtube.com/watch?v=FcF4wQNh2PY
➡️ You ask for it, and we deliver it! Our pre-sale is now open, so you can pre-order your favorite kit with a discount on the final retail price ⚡⚡⚡. Visit https://chordata.cc/pre-order/ and order yours!
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https://www.youtube.com/watch?v=DjOr8ZnZFjY
Today we want to talk to you about how to calibrate a motion capture sensor. This information will be useful to you, whether you purchase a kit without pre-calibrated sensors in our upcoming Kickstarter campaign (remember that you can also buy pre-calibrated kits) ? https://chordata.cc/pre-order/ or if you decide to build your own motion capture suit with the information available in our forum ? https://forum.chordata.cc/
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https://www.youtube.com/watch?v=LB6cypvQ6MU
?The EMC (Electromagnetic Compatibility) test is a step required by the European Union (EU) in order to comply with their current quality regulations and obtain the CE mark. This mark is in itself required to ship a product sold in the EU.
In this video, we show you the EMC test we did back in June 2022.
*We also run a Magnetic Field Test (which measures the performance of the system under the presence of magnetic fields generated by nearby power), but we were not able to record any images during this test.
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https://www.youtube.com/watch?v=-w3HGFxEsx0