US /daɪˈæɡənəl/
・UK /daɪˈægənl/
Then he puts each water bottle back exactly where he picked them up from on a diagonal to the court.
where he picked them up from on a diagonal to the court.
But there's a lot of invention that happens in the painting, like, you know, there's, there's peeling up the paint and kind of striking through, there's like splashes, there's, I'm really trying to get these like ray of lights to, to come down and fracture into bits of purple and brown and pinks and have all of these different sort of ways that the light hits and reflects all the way across this diagonal.
There's I'm really trying to get these, like, ray of lights to, to come down and fracture into bits of purple and brown and pinks and have all of these different sort of ways that the light hits and reflects all the way across this diagonal.
There is also a new camera layout instead of doing the stacked cameras. They are now doing diagonal on the iPhone 13 and 13 mini.
Instead of doing the stacked cameras, they are now doing diagonal on the iPhone 13 and 13 Mini.
On the square, if I rotate 90 degrees and then flip around the vertical axis, the overall effect is the same as if I had just flipped over this diagonal line.
So in some sense, that rotation plus the vertical flip equals that diagonal flip.
and I happen to know these two distances, then the Pythagorean Theorem allows you to compute this diagonal distance, which we call c,
If for some reason I have some distance I wanna traverse and if I know how far West you have to go to get there and then how far North, and I happen to know these two distances then the Pythagorean theorem allows you to compute this diagonal distance, which we call C, but we can also write it as the square root of A squared plus B squared.
and then I'm just going to cut a little diagonal line here in the corner, which will just make it easier to fold in around the edges.
And then I'm just going to cut a little diagonal line here
If we arrange our image vectors as the columns of a matrix, and our text vectors as the rows, the pairs of vectors along the diagonal of our matrix correspond to matching images and captions, and all the pairs off-diagonal are non-matching images and captions.
If we arrange our image vectors as the columns of a matrix and our text vectors as the rows, the pairs of vectors along the diagonal of our matrix correspond to matching images and captions.
Along the diagonal, the features from matching image-text pairs are well aligned.
Off the diagonal, the features from non-matching pairs become dissimilar.
This is Diana Diagonal.
This is Diana Diagonal.
It's not a diagonal straight line like the Eiffel Tower lifts;
It's not a diagonal straight line like the Eiffel Tower lifts.