Is there any reason why 4/3 and 4/5 in particular were chosen?
MrRockefeller
why only flipping edges for vertex degree, and not for the delauney property? And if the two properties disagree on one flip, how do we usually resolve it in reality?
saphirasnow
Were these constants derived from somewhere, or found experimentally, or just chosen as magic numbers?
jonasjiang
Is there a video that simulates this process?
jcm
What does it mean to center tangentially?
kurt
What happens if we change the parameters 4/3 and 4/5 here?
fzeng
Wouldn't this potentially also cause edges that were just split to also be collapsed? Since 4/3/2 - 2/3, and 2/3 < 4/5
ant123
Why do we choose these specific parameters of 4/3 and 4/5?
Is there any reason why 4/3 and 4/5 in particular were chosen?
why only flipping edges for vertex degree, and not for the delauney property? And if the two properties disagree on one flip, how do we usually resolve it in reality?
Were these constants derived from somewhere, or found experimentally, or just chosen as magic numbers?
Is there a video that simulates this process?
What does it mean to center tangentially?
What happens if we change the parameters 4/3 and 4/5 here?
Wouldn't this potentially also cause edges that were just split to also be collapsed? Since 4/3/2 - 2/3, and 2/3 < 4/5
Why do we choose these specific parameters of 4/3 and 4/5?