Not really. The thing about the video is it shows the actual shape of totality, taking into account the exact position and height of the observer, and the exact shape and position of the moon at the time. What you have there is a map showing the totality as a smooth ellipse that does not change with time. What the video shows is how the shape moves. To do this, you have to zoom in on the shape to see the deviations from the ellipse, and the motion across the terrain in 3D to separate the effects of the observer’s height from the changing shape of the projected moon.
There are many, many videos that would be better replaced by a good static diagram. I don’t think this is one of them, but YMMV.
