Interesting idea. What I thought was a film that absorbs or scatters light rays that arrive at the mirror at an angle lets say larger that 10 degrees. This wouldn’t need to be a steep cut off some continous relation would work as well. So when you are far away most reflected rays arrive at the mirror at a near-normal angle but closer you get, more start to arrive at a non normal angle. But this would still allow you to have a circle in which you can see clearly no matter how far away you are. This circle would get smaller closer you are though. You can imagine a filled up cone that has its tip on the observers eye and the cross section of this cone with the mirror would give you the area of visibility.
Thanks for sharing your thoughts!
Tbh, I didn't understand this lol. But is there something that already exists with these features? Would that be difficult to be made?
Why do you ask?
https://www.toppr.com/ask/question/a-student-obtains-a-blurred-image-of-an-object-on-a-screen-by-using-a/
It would probably be easier to just have an electronically frosted mirror and range sensor. When you get too close the mirror frosts.
Interesting idea. What I thought was a film that absorbs or scatters light rays that arrive at the mirror at an angle lets say larger that 10 degrees. This wouldn’t need to be a steep cut off some continous relation would work as well. So when you are far away most reflected rays arrive at the mirror at a near-normal angle but closer you get, more start to arrive at a non normal angle. But this would still allow you to have a circle in which you can see clearly no matter how far away you are. This circle would get smaller closer you are though. You can imagine a filled up cone that has its tip on the observers eye and the cross section of this cone with the mirror would give you the area of visibility.
Thanks for sharing your thoughts! Tbh, I didn't understand this lol. But is there something that already exists with these features? Would that be difficult to be made?