Here we finally start on the leg component proper.
We take our simple solver (in expression form) from the previous day’s sketch and integrate it into a proper component.
We didn’t quite get to where I wanted to; that would have included adding up vectoring, but we progressed well with the interface and encapsulation side of things.
This is mostly a nodelling heavy session.
Enjoy,
On overwhelming popular vote we take a break from nodelling and, before moving to work on the leg proper, we spend some time explaining how IK actually works, and how you can bake your own.
I don’t know if I would call it a math heavy video, probably not, but I do like the picture it draws of practical application, and how some things (IK in this case) are often much simpler to reproduce than they are assumed to be.
Enjoy,
More nodeling again, but this time to extract and consolidate a Component.
This time around we identify and finish extracting and encapsulating all the front-loaded work for the “global” leg, and then isolate and clean up to cannibalise the sketch and remove dependencies on it where we can
Enjoy,
More nodeling going on here, but this time to wrap up the footroll in its current state and putting together the Foot Component proper that will receive it (as well as the Leg).
Possibly more important though: Now the Stream as well as the YouTube videos are recorded natively in 1440p and not down-scaled at source.
Whether you have the bandwidth or not to watch 1440p, this also results into better quality for all other resolutions.
If you have the bandwidth, but not a 1440p monitor, I would still recommend you watch it in 1440p, your local down-scaling of that source material will still look considerably better than watching a 1080p re-encode.
Enjoy,
Continuing our nodeling and following from the previous video we now take the interesting output of the footroll to produce the correctly limited ankle.
We focus on interacting with the IK here and take things to completion on the first pass on the footroll
Enjoy,