Not yet.

Oh, it's excessively yard.

It's just that the heel is like.

And there you go, real simple, real simple. Yeah.

Okay.

They can't go up. Yeah, so you have to unweight. This is why the left side goes up on a wide ISA. That's moving on the oblique because you are literally unweighting, it's a spring, right? Like they walk around with a compressed spring. Like literally by structure, right? Take a picture in your head, take a picture of your head of the heel of orientation of a wide ISA. They are smashed down. They are a smash spring. It's like as soon as I shift over to one side, bong, it goes up, right? Okay. At what point does that right side get unweighted? Never. Okay, so as they move forward, all you're gonna see are these adaptive turns that allow them to move into that forward space.

Does that Ilium have to go into some IR representation to make that possible?

Okay.

The mask man, Manuel. Hey, Bill. Happy Thanksgiving. Are you at the circus?

I think if you continue to run that experiment, you'd want to max out.

Absolutely. Yeah, to understand. Yeah, okay. Um, you know, it's, it's, uh, yes, you can. Um, there, there's also visual representations that you can use. Um, if you've ever done like, uh, um, what would be represented as a dynamic effort box squat. You can do box squats for time. Right. Right. So it's like, say, how long does it take you to do three reps of a dynamic effort box squat and then you monitor that time and then you monitor it for drop-off. So did we just lose? There you are. So think about this. How long does it take to throw a pitch?

The heat measures weren't horrendously different left to right.

So it's going to be here, right? So if I press that backwards, do you see that the inlet of the pelvis is on a 60 degree angle? You see that? You can see into it. It's not a bucket like this that's flat. It goes in that way. You see that? Okay. All right. So if I push here, can you appreciate the fact that it is below the axis of rotation of the hip joint?

Some kind of figure of speech.

Yeah.

So that one might be, they might be further forward for everything, but they wouldn't necessarily show the shift because they're already there.

So the tibia is kind of moving that direction anyway. Okay.

Right.

If I was homeless, would I not be allowed to ask my question?

Mm-hmm.

And I was like, as he's going into it, it's that it's the penultimate step as the right foot comes across his body to start the break.

No, no, no, no.

Yeah, lead leg anterior knee pain. Now they can execute a squat. Now I presume for the same reasons that they're not getting it moving from late to middle because the top of the squat is late to middle they're not getting the knee pain there so that's pretty consistent with having a representation on the rear leg in split squad, but as soon as we go from early to middle we're getting that pain now. I'm trying to imagine in my mind why it's occurring at one point, but not at the other, the waves moving in opposite directions, but from an internal rotation, like if we've got a tibia that is externally rotated relative to an internally rotating femur, then that's going to be consistent in both situations. OK, but it's not the same. That's what I'm trying to get in mind as to why it would occur in one circumstance and not in the other.

Maybe.

And then you think about where, where would, yeah, I mean, And again, relatively speaking, you're probably right.

The reverse hyper.

Yeah, I can't picture my head right now, but I have a picture on my phone.

The other day I saw it. Yeah, but that's typically where you're gonna see this, okay? All right, so they step forward, right. And they land. And as soon as they start to put force in the ground, knee snaps back, right?

Um, so first been looking good on people, but, um, a lot of that.

Rocking back. So it's posteriorly orienting.