Second Beta-testing program!

HalloweenBob

You can find a couple versions of the BOM here. They both contain the same components, but one has consolidated the parts into just two vendors. Scroll down to the 'Getting the Components' part of the page near the top.

ardenbrooke

I would be very interested to join your beta program. I've been using blender for years and do a lot of character animation using Mixamo, Blender and game engines. Thanks!

damionhillar

I'm interested in testing

Hiren

I really want to be a beta tester........

admin

Thanks to everyone for sharing your interest!!

We are happy to announce that:
The application process to be part of our 2nd Beta-testing program is officially open!

You can apply through this link: https://chordata.cc/beta-testing/

👉 Remember, because of our current low-scale production method, we can only offer the system to 20 beta-testers! 👈

⚠️ In spite of this, we want to be able to attend every request, as all your emails and messages of support are truly important to us. This is the reason why those of you who apply to this Beta-testing program (and aren’t chosen to participate in it) will have a special discount when the official launch is made in early 2020.

We would also appreciate if you leave a comment below sharing what you would do with a Chordata mocap system!

HalloweenBob

I hope to use the suit to import the data into other programs that control animatronics, making them mimic my movements. These are life-sized animatronic robots, not virtual images. I also work with people who are researchers who want to use these to measure movements of the human body under various stressful situations, like running, rock climbing, and biking. All situations where you can't get real measurements in a studio with cameras and markers on suits.

Flavia

Hello @HalloweenBob! I'm Flavia, I'm the manager of Chordata's social networks.
I've looked at your work and I think it's awesome! Would you be interested in recording a short and simple video about the uses you want to give to a Chordata system? It doesn't have to be a professional video, of course, just you presenting yourself and a short explanation of the uses you'll give to our mocap system. If you're interested in it, write me to flavia [at] chordata.cc and we can talk about the details. Thank you so much!

HalloweenBob

Email sent

bristle2008

just like HalloweenBob i want to use the mocap with scripts to drive human-like, soft skin, robots. I am a system engineer so this is the kind of project i like. The problem right now is walking, even standing. By 2050 some people in the movie industry think there a need for synthetic humans. Animatronics is the first part without wires and human controllers.

I have a couple of open source robots like Moov and a soft skin robot but i have to save my money to buy the parts and they cant stand up. I should get a muscle builder course because a dead weight of over 80 lbs is more than i can handle; i cant even move my cat. Disney has produced a stuntronics robot which is amazing:

https://techcrunch.com/2018/06/28/disney-imagineering-has-created-autonomous-robot-stunt-doubles/

Zoombapup

I'm really interested in getting motion capture into the hands of a wider audience. I'm an AI researcher into movement and its perception in creative fields (mainly games and VR). I've noticed that most of the suits are not really useful for a variety of reasons, usually price. Having cheap, reliable motion capture hardware that is ubiquitous will change many industries I think.

For my part, I mostly work on games technology. So my initial drive will be setting up a variety of live-streaming protocols for game engines. But beyond that, I want to focus on improving stability and usability. I also want to ensure that we can improve and fix the hardware by having a solid community of both software and hardware people playing with the kit.

Hope to be involved and to learn from you all.

Flavia

Hello Zoombapup ! I'm Flavia, the manager of Chordata's social networks.
Thanks for sharing your interesting in the Chordata system and for explaining to us about your profile. It's really interesting the wide variety of uses that you and other users are giving (or want to give) to Chordata. We're amazed by it!
We're particularly interested in showing the diferent users profiles and the applications of Chordata in our social media accounts.
Would you be interested in recording a short and simple video about the uses you want to give to a Chordata system? It doesn't have to be a professional video, of course, just you presenting yourself and a short explanation of the uses you'll give to our mocap system. If you're interested in it, write to me to flavia [at] chordata.cc and we can talk about the details. Thank you so much!

bristle2008

I was reading last night about Rokoko. I like the suit although some videos had some problems that would have to be cleaned up with filters. Also they had a fast movement part and Chordata all the moves are slow to medium. Since i2c can handle 1024 devices, its a slow protocol so i wonder how many devices it can really handle. The XnaLara format show a lot more than 17 or 19 bone movements but some of those are clothing parts and hair parts. Second Life has over 132 bones )? but mostly in the face. In Makehuman it think the highest bone count is 163. My own bones count is 600 -- the bones that are used in films.

I know that this is not a subject for this thread, but maybe we need some more categories so we can deal with applications such as Unity and UE4, Animatronics, Robotic, and Softskin Robotics and AI.

But i still need to learn more about Chordata. I am not interesting in testing, but i would like to the limits and extensions

daylanKifky

bristle2008

I suggest you to review some of your numbers.

It's truth that the i2c bus supports 10bit addressing mode, but the normal 7bit address mode is more commonly used. It supports up to 127 devices (minus some reserved ones). I'm not aware of an IMU sensor using 10bit addressing.

A normal full body capture uses around 15-20 devices (excluding fingers and so). When you talk about bone counts >100 you are probably referring to animation armatures, on which many bones are used to control complex interactions between other bones, and are not real deforming ones. They have nothing to do with mocap, at least no with inertial mocap. As an exercise: take the dimensions of the smallest mocap node available in the market (around 2,5x2,5 cm), cut 100 pieces of paper of that size, and try to place them over your body (in relevant places) 🙂

bristle2008

i should have look at https://forum.chordata.cc/d/14-questions-on-fidelity

bristle2008

daylanKifky yes 600 bones are for movie animation. i like the idea of 2 5.5x2.5 cm (or 0.99 in x 0.99 in). That a little large but remember in the future 2.5 cm is going to be a heavy mainframe. and yes i was think of a web suit. Where are the nano machines?