We have several types with progressively less information. This is useful, as you can choose the type you want to represent and don't need to worry about running calculations on any other un-needed data (such as calculating the time if you're only interested in displaying the date).
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Затем в условленном месте антиквара положили в гроб и стали требовать от него выдать местонахождение тайника с деньгами. Чтобы «разговорить» Миркина, похитители на его глазах инсценировали расстрел милиционера, в роли которого выступил Япончик. Когда бандиты стали громко рассуждать о том, что теперь антиквара придется убрать как свидетеля, а потом закопать вместе с милиционером, нервы Миркина сдали: он стал молить о пощаде и выдал ключ от сейфа, находившегося в его квартире.，这一点在移动版官网中也有详细论述
With the techniques described in this post, I'm able to render a simple SDF object at up to 50 FPS with the recursive algorithm, and 100 FPS with the interpolated shading technique on top. This is on a single CPU core of a MacBook Air M1. It might not seem that impressive given that my scene is very simple, but the code that I wrote is not heavily optimized and again this is using only one CPU core. The implication is that with better optimized code, and leveraging multiple CPU cores on a more modern CPU, we're approaching the territory where it would be possible to make a 3D game like a first person shooter that's rendered using SDFs on the CPU, no GPU required. At least if you're willing to tolerate a 720p resolution, though 1080p might also be possible if you're skilled at writing SIMD code. On GPU we're already firmly in the realm where building a game using SDFs for graphics is 100% achievable, and there are more and more known techniques to make rendering them more efficient.