Closed inboxedshoe closed 1 year ago
Hey,
Just wanted to ask, the paper defines the mid point as:
$\sqrt{1/k}\frac{\sum{v.x}}{\left|v.x \right|_L}$
but the code in kg/manifolds/lorentz : $\sqrt{k}\frac{\sum{v.x}}{\left|v.x \right|_L}$ where: k=-K
is there any particular reason for this?
the base assumption was wrong here I believe, I think the code k = -1/K
Hey,
Just wanted to ask, the paper defines the mid point as:
$\sqrt{1/k}\frac{\sum{v.x}}{\left|v.x \right|_L}$
but the code in kg/manifolds/lorentz : $\sqrt{k}\frac{\sum{v.x}}{\left|v.x \right|_L}$ where: k=-K
is there any particular reason for this?