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"Warm" can mean over-emphasis of certain harmonics or simply the fact that turning on your amp will lower your heating bill in the winter...
Which is why understanding the context in which the term was used is helpful. It's part of communicating.
Doesn't really provide an accurate description.
It is if you choose to understand the meaning or context of the word. (And if a sonic description is identifying some real sonic change, then it is "accurate" in that regard).
Measure the thing and show me, then I can make up my own mind about its sound character.
Sure, that may be an expression of what you, yourself, want or will accept. That's fine of course.
But out in the real world where people have to communicate with one another, subjective descriptions are both necessary and useful.
"Give me a measurement or it's useless" view of sound wouldn't work in music or movie sound post production. (utterly impractical).
Think of it this way: take the chart jae posted showing sonic descriptors associated with various frequencies.
Before you ever measured anything (or even knew how to measure any of those frequencies) the type of boosts shown there would be quite audible. It would be a real thing you could hear. They would therefore have subjective character to a listener.
How then, would you go about communicating what you are hearing - for instance something you think needs fixing or whatever - without appealing to measurements you haven't taken or don't even know? As in (for instance you hear a boost in the upper bass making it sound muddy, or boost in the highs making it sound piercing or bright) "I think there is a problem with the sound of this speaker!" Oh...what is it? How would you communicate that sonic problem or impression...so someone even could understand what you are talking about, or even understand why we'd need to go looking to fix something via measurements?
Another way of looking at it: Let's say you tell me there is a problem with a sound system. "It's got a 7dB peak at 150Hz with a fairly wide Q"
What if I reply "So what? Why care?" Well, one major reason to care is how it makes things sound - e.g. male voices may be boomy/muddy/boxy sounding etc. We can certainly reference the deviation in terms of measurements; but we can also reference it in terms of
it's subjective effect on the sound. (Which, it can be argued, is ultimately what we care about).
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