Open matbesancon opened 4 years ago
Suppose that you have a set defined as: x | x >= 0 & f(x) <= 0
x | x >= 0 & f(x) <= 0
with dom(f) = {x | x >= 0}, this implies f(x) cannot be computed if x >= 0. A first idea was to compute a distance as
dom(f) = {x | x >= 0}
x >= 0
if x < 0 abs(x) else max(f(x), 0) end
This can result in consistency issues (still haven't formally written down how it appears)
Suppose that you have a set defined as:
x | x >= 0 & f(x) <= 0with
dom(f) = {x | x >= 0}, this implies f(x) cannot be computed ifx >= 0. A first idea was to compute a distance asThis can result in consistency issues (still haven't formally written down how it appears)