Quote:
|
Originally Posted by Hitman
No. read the documentation, it took many research hours to find the correct info  . The FOV in real german periscopes was 38º in 1,5x zoom. |
38º in 1.5x zoom, that's people normally called 57º FOV from human eyes. (Although calculated by triangle functions it should be 54.6º).
I strongly suggest you enlarge the periscope view as big as possible. In my calculate from a normal distance to view computer screen. It's about 1º per 31 pixels (+20%, -10%). Calculate your 57º FOV using how much pixels. Then you know a ship in your periscope small than a ship in real periscope how much. In my modifiction, I even add a 21X zoom level to emulate the same size in human eye retina. And even with that, you still can not get same distinguish ability as using real optic system for your computer do not display pixels in 0.1 mm size.
And I also strongly against using 2 circles style to show binoculars and UZO. It's looks not professional at all.