I think it's when the two tmin and tmax intervals do not intersect.
When the intersection of the intervals is empty.
When tmin and tmax do not fall between x0 and x1
when the two intervals dont overlap
When the tmin/tmax intervals don't intersect
sth like tmin > tmax
When the tmin and tmax intervals don't fall in the box's bounds
When tmax < x0 or tmin > x1
when tmin > tmax
reminds me of clipping triangles
tmin > tmax
How will we ever get reversed ranges when the ray misses?
If no overlaping of intersections
In 3D would that mean three check of tmin and tmax?
I think it's when the two tmin and tmax intervals do not intersect.
When the intersection of the intervals is empty.
When tmin and tmax do not fall between x0 and x1
when the two intervals dont overlap
When the tmin/tmax intervals don't intersect
sth like tmin > tmax
When the tmin and tmax intervals don't fall in the box's bounds
When tmax < x0 or tmin > x1
when tmin > tmax
reminds me of clipping triangles
tmin > tmax
How will we ever get reversed ranges when the ray misses?
If no overlaping of intersections
tmin > tmax
tmin > tmax
In 3D would that mean three check of tmin and tmax?
tmin > tmax