Where are you getting looking like a rectangle? Are you talking about compression or maxed out levels? When mixing audio you want it to get as close to max levels without popping. If it was truly maxed to the point of looking like a rectangle it would just blow up the speaker or pop and sit still if the wave form is that messed up. Someone can explain calmly while still being mixed to appropriate levels without distortion if they were recorded at proper levels.
Levels should have nothing to do with the content and a quiet video can still be mixed in a way that a loud ad shouldn’t be too jarring. The content should make the video quiet, not the levels.
I was talking about compression. Hence “waveform overview”. Of course the ads aren’t clipping. By “looking like a rectangle” I mean something like the third image in this example as compared to the second image, where both have the same amplitude, but the third still sounds louder.
I don’t think that audio whose waveform overview looks like a rectangle is “properly mixed”. This is not at all how naturally occuring sounds look.
There’s also a huge difference between a single guy calmly explaining something vs. a person talking over background music.
Where are you getting looking like a rectangle? Are you talking about compression or maxed out levels? When mixing audio you want it to get as close to max levels without popping. If it was truly maxed to the point of looking like a rectangle it would just blow up the speaker or pop and sit still if the wave form is that messed up. Someone can explain calmly while still being mixed to appropriate levels without distortion if they were recorded at proper levels.
Levels should have nothing to do with the content and a quiet video can still be mixed in a way that a loud ad shouldn’t be too jarring. The content should make the video quiet, not the levels.
I was talking about compression. Hence “waveform overview”. Of course the ads aren’t clipping. By “looking like a rectangle” I mean something like the third image in this example as compared to the second image, where both have the same amplitude, but the third still sounds louder.