Trendelenburg's sign

I mean, that sounds like a computationally insurmountable task.

We are basically asking a computer to understand that because a patient has a slight Trendelenburg gait, a specific osteoblast on the medial calcar of the femur is going to receive a mechanical signal to lay down more bone.

That is precisely the ambition, yes.

Wow.

Exactly.

It answers the critical functional question.

If I place the center of rotation here and increase the offset by X millimeters, can the patient's specific atrophied muscle volumes and altered moment arms actually generate enough force to stabilize the pelvis and prevent a Trendelenburg lurch without causing impingement?

And standard templating cannot answer that.