Decided to check out Kaiju No. 8 (aka slightly less dark Attack on Titan) and… huh? 🤣
Why are you compensating for the Coriolis force??? Gravity I can understand, I guess, though the arms being light/laser-based means that gravity probably wouldn’t be a huge concern, but the coriolis force? Large scale global atmospheric circulations relative to the rotation of the earth and longitude? When the target and the weapon are both in the same city and within sight using a scope? Any effect that may have possibly been present would be so small that it wouldn’t matter even if the kaiju weren’t gigantic and thus an easy target. I get that it’s supposed to sound advanced or precise or something, but given that both the target at weapon are in the same location, they are subject to the same rotational speed and atmospheric patterns and thus there is literally no point in even considering it. Don’t get me wrong, I found this super amusing, but maybe say something about calculating the ideal velocity instead lol















