A month ago, I presented my PhD thesis on "Pedicle Screws Electrochemical Properties". A farcry from my usual research, but a challenge that was worthy to embrace.
Now its time to continue pursuing my passion for land and water biomechanics, so lets go! ๐
@running_biomech@theiamarkerless@QualisysMocap Thanks! We covered the ball in reflective tape so that QTM sees it as a regular (albeit large in IR) marker. Then in Visual3d we created a kinematic segment with the volume of ball. We spent a lot of tape, but it makes capture and processing much easier.
A hybrid approach using @theiamarkerless for body movement and @QualisysMocap for the ball, allows easier data collection and more natural movements, thus showing the lack of skills of yours truly ๐
Acrobatic Gymnastics data collection with @theiamarkerless and our @QualisysMocap cameras. As technology advances, some experiments become easier.
Check what @isauralleite is doing with her PhD ๐ฝ๏ธ
A sneak peek of tomorrow's presentation "Usage of the Qualisys above- and underwater system", with @qualisysab and @LABIOMEP, at the "Current Technologies in Swimming" Virtual Panel of the #BMSXIV
https://t.co/dQJ40zBbLQ
@carlamccabe @qualisysab @LABIOMEP I've received a link in an e-mail for the speakers. I'm not sure if the e-mail for other participants already included the link or if it is the same from previous sessions.
*Pipeline Release* Hybrid Motion Capture
Today we are releasing our pipelines allowing the merge of markers from a #C3D source into a #markerless workspace on #Visual3D.
Check the code and examples:
๐ https://t.co/u5zxf2M3A7
Today our laboratory @LABIOMEP has submitted for the first time a sample of its files from dual media motion capture of swimming techniques using @qualisysab cameras.
Check all the files at Qualisys Library:
https://t.co/0W6jsQ80YJ
We have just published a systematic Review on the Biomechanical Research Methods in Acrobatic Gymnastics in @Biomech_MDPI.
OpenAcess: https://t.co/j01U7l2GhB
An important contribution by MdC Vilas-Boas towards understanding the effects of the familial amyloidotic polyneuropathy (V30M ATTRv) in gait kinematics and kinetics, and how its progression impairs mobility.
Available here: https://t.co/Y9GbwJIqUW