
Mocap Club in this week was about data cleaning by IDM faculty, Kathleen Sullivan!
Clubs under the integrated digital media banner.
Mocap Club in this week was about data cleaning by IDM faculty, Kathleen Sullivan!
The spring semester started! Mocap Club continues on every Tuesday at 11am!
We had the amazing workshop about the movement by Terry Notary, motion capture performer. Thank you so much for wonderful workshop.
Our last Mocap Club was the artist talk from LaJuné McMillian.
Thank you so much LaJuné, for the amazing talk!
We invited a special guest for our week 7 — Dr. Betsy Coker.
Excitedly, friends from the Dance Department also joined for this session with IDM and ITP students!
Dancer, dance-maker, scientist, and teacher Elizabeth (Betsy) Coker introduced principles of clinical neuroscience, biomechanics, and motion capture technologies to question how we conceive of our bodies, who authors body representations in scientific research, and the empirical and creative implications of objectivity.
*Lecture followed by interactive motion capture demonstration.
This week, students are learning how to create and rig their own avatars in Maya, and puppet them in real time and with pre-recorded data.
Also, students also have opportunities to learn how to add animation in MotionBuilder.
Available Resources:
You can watch or follow along on your computer and make your own avatar! Software that will be helpful:
Make human (Mac or PC): http://www.makehumancommunity.org/content/downloads.html
Maya (PC or Mac only): https://www.autodesk.com/education/free-software/maya
MotionBuilder (PC Only): https://www.autodesk.com/education/free-software/motionbuilder
This week, we invited a special guest — Russell. It was such a meaningful experience for us to learn about how can we apply motion capture technology into helping people with special mobility need.
About Our Guest:
At Mickey’s, we’re building products that can help movement disorders patients walk more efficiently. Our first product in development is a pair of compression shorts with sensors and actuators built into each leg of the garment.
By monitoring the user’s gait and delivering a vibrotactile pulse at regular intervals during the user’s stride, our product provides an external cue that affords increased mobility to Parkinson’s disease patients.