What do you make of the Vassilakis paper?Btw, I've never seen the worlds "harsh" or "rough" used in any analysis of music.
To what end though? After all this is a specific thread.I have never claimed that less roughness makes music superior, so I don't see what you are getting at.
My aim was to show that the perception of music isn't just subjective, but that there are in fact objectively measurable components to the listener's experience, in this case roughness.
I don't disagree that music is created/perceived differently by different cultures, nor that what separates sound from noise is the organization; but I don't think the conclusion that the organization is more important than the sounds follows necessarily from either claim. Even if we take noise, there's a reason that things like fire alarms are pitched to around 3kHz-4kHz, and that's because human hearing is very sensitive to sounds in that region and we typically perceive them as unpleasant, and thus react to them quickly; meanwhile, alarms for less crucial things, like most timers or watch alarms, tend to be significantly lower.My point that music is differently created and perceived by different cultures, meaning that the particular sounds are less important than what is going on among them. Noise is sound and what differentiates music from noise is the organization.
FWIW, I don't dispute randomness can create music, and even good music.Which brings up back to the OP, i.e. how can randomness create music.
I'm not sure why you'd be skeptical of applying acoustical science to music just because early music was made without things like set intervals or much of what we know as "music theory" at all. If we agree that music is organized sound then there are always principles for that organization even if they vary tremendously and even if they aren't formally established. Acoustical science might can explain why we like some methods of organization even if it doesn't explain why every possible method of organization is/isn't liked, and obviously cultural bias plays a huge role too. As with the old nature/nurture debate, the answer is almost always "some combination of the two."I am highly suspicious when I see people attempting to apply acoustical science to musical attributes such as intervals, triads, scales, etc. Since I see this as off target from how music was originally made, naturally, and with little or no technology interfering.
At most what you're showing is that humans subjective perceive certain objective features in predictable ways, though I'm skeptical of how universal that predictability is. It's difficult to account for the cultural bias variable.My aim was to show that the perception of music isn't just subjective, but that there are in fact objectively measurable components to the listener's experience, in this case roughness.
You haven’t proven that there is no correlation between a listener’s subjective experience and a composer’s artistry. Is the comment about ‘at least three of us’ supposed to imply something significant?It is not clear to at least three of us. And you haven't proven anything other than how a composer works and how listeners respond are more complex than you are able to acknowledge.
Musicians speak of consonance and dissonance, with the understanding that neither is good or bad, nor can be thought of in isolation. It takes both to create music as we know it. Composers, good composers, use dissonance in order to create very effective music.What do you make of the Vassilakis paper?
Composers choose certain sounds or timbres to set their music - but it is the organization which helps determine if a composer is any good or not. So, IMO, organization is more important since different instruments or sounds could be substituted without doing as much harm if the organization is changed. It is how a composer organizes the sound that creates his work.I don't disagree that music is created/perceived differently by different cultures, nor that what separates sound from noise is the organization; but I don't think the conclusion that the organization is more important than the sounds follows necessarily from either claim.
Acoustical science is based on mathematical descriptions of musical elements. However, when humans sing we do so using non-precise divisions of the octave, and even smaller intervals. So, I don't place much stock in a mathematical analysis of musical elements since it starts from a flawed premise, i.e. that those precise divisions exist in human performance.I'm not sure why you'd be skeptical of applying acoustical science to music just because early music was made without things like set intervals or much of what we know as "music theory" at all. Acoustical science might can explain why we like some methods of organization even if it doesn't explain why every possible method of organization is/isn't liked, and obviously cultural bias plays a huge role too. As with the old nature/nurture debate, the answer is almost always "some combination of the two."
Why would 'correlation' matter?You haven’t proven that there is no correlation between a listener’s subjective experience and a composer’s artistry. Is the comment about ‘at least three of us’ supposed to imply something significant?
Ask them.Why would 'correlation' matter?
..I was simply disputing the claims that there is no correlation between the listener's subjective experience and the composer's artistry.
There is no correlation. Our biases determine which music we like, not a composer's artistry.
I'm asking you though. Since you mentioned it.Ask them.
We may just have to agree to disagree about this. I'm not trying to discount at all the importance of the organization, I just think it's foolish to so radically discount the importance of the sound. Sound is responsible for so much of what most listeners (including many composers) enjoy about music.Composers choose certain sounds or timbres to set their music - but it is the organization which helps determine if a composer is any good or not. So, IMO, organization is more important since different instruments or sounds could be substituted without doing as much harm if the organization is changed. It is how a composer organizes the sound that creates his work.
Now you've lost me, or at least I think we're talking about different things. My first thought is that one can use mathematical descriptions of non-precise divisions and intervals as well. Second thought is that most human performance since the invention of equal-temperament has aimed for such precise divisions even if it's not always successful at achieving it. When humans sing most contemporary tonal music without landing on those precise divisions we call them "pitchy" if they're far enough off the pitch they were aiming for, and most perceive this as a flaw. Final point is that there can obviously be viable music made without such precise divisions, but that doesn't mean that there isn't a scientific/mathematical reasons so many humans seem enamored with music predominantly made utilizing these precise divisions. Hell, most contemporary pop and rock music is so enamored with it that we've invented a lot pitch correction software programs designed to help singers align more precisely with those divisions. Even rhythmically it's common practice now to copy/past beats into extremely precise temporal divisions. A lot of people seem to like such things, even if many others miss the more human imperfections that "live" music traditionally provided.Acoustical science is based on mathematical descriptions of musical elements. However, when humans sing we do so using non-precise divisions of the octave, and even smaller intervals. So, I don't place much stock in a mathematical analysis of musical elements since it starts from a flawed premise, i.e. that those precise divisions exist in human performance.
I am not "radically" discounting the sound of music, after all that is what we experience first hand. But, the sound of the music is a surface quality. Composers take themes and create cathedrals of sound. The majesty of music, for me, is in the composer's development of often very simple sonic material.We may just have to agree to disagree about this. I'm not trying to discount at all the importance of the organization, I just think it's foolish to so radically discount the importance of the sound. Sound is responsible for so much of what most listeners (including many composers) enjoy about music.
When people sing in a choir a cappella, they lapse into just intonation, whereas when singing with accompaniment, especially a piano, they are forced into equal temperament. IMO, equal temperament is not progress. It is a case of technology trumping humanity.most human performance since the invention of equal-temperament has aimed for such precise divisions even if it's not always successful at achieving it. When humans sing most contemporary tonal music without landing on those precise divisions we call them "pitchy" if they're far enough off the pitch they were aiming for, and most perceive this as a flaw.
I assume that culture indirectly influences perceived dissonance by increasing or decreasing the exposure to various sounds or intervals. The increased exposure would then reduce the harshness.You are correct that there are both physical and and cultural influences on perceived dissonance. The actual magnitude of these influences depends on the specific context.
It seems that culture has mostly an influence on the perception of "moderately rough" sounds like minor sixths, wereas the perception of "very consonant" intervals (fifths) and "very rough" ones (minor seconds) seems to be more universal. The study I've just linked to goes into more detail on this topic, it's pretty interesting.
The experiment I mentioned only dealt with isolated chords. They found that identifying the middle note of a chord would lessen the perceived dissonance of that chord. Presumably one could reduce the perceived dissonance below that of another less dissonant chord that one did not get "trained" on.Yes, that's certainly true as I've experienced it myself as I began listening to modern classical music. However, I suspect exposure to intervals mostly changes their absolute perception and not their relative one. For example, today the music of Messiaen sounds much less harsh to me compared to when I first heard it. But relatively speaking, I still think it sounds much harsher than CPT, Pop, or medieval music. It would be interesting to know if the study you've read also researched this aspect.
The research attempts to investigate the acoustics of "roughness", but acknowledges that further work needs to be done to assess the cultural and historical influences that seem to account for the acceptance (or rejection) of differing levels of consonance and dissonance.any analysis which tries to demonstrate harshness by isolating certain triads or intervals outside of their musical context, they offer little in the way of constructive or instructive analysis.
But nobody here made a conclusion like that, so I have no idea why you repeatedly imply that I consider harshness to be "inferior".I see nothing wrong in the research itself, only the conclusion that others are drawing from it, such as, "Here is scientific proof that there is such a thing as harshness that is unwelcome in CM and it's used only in music that is inferior." The paper explicitly rejects that conclusion.
Because that was the premise of your OP. You started complaining about randomness and now about roughness.But nobody here made a conclusion like that, so I have no idea why you repeatedly imply that I consider harshness to be "inferior".
I'm not clear that anyone has said that. Can you point to the post?My point was to refute the assertions that there is no correlation between the objective properties of music and how it is experienced by listeners
I have never complained about rough music. If anything I often enjoy music with a lot of roughness.Because that was the premise of your OP. You started complaining about randomness and now about roughness.
This old man disagreed:I don't think your first sentence is true at all: people were better humans when technology was worse? What is this based on? Statistics actually show that we're living in the safest, most peaceful time in human history, with violence having steadily decreased over the centuries.
People always fight, it is in their nature. Old concepts like the "honourable merchant" and the "word of honour" are less relevant today. "Honor" overall seems like an old school concept today, doesn't it?Humans seem to me to be much worse to each other when they're having to fight for resources. Technology has given us the ability to meet our basic needs efficiently without having to fight all the time, and even though the latter still happens it isn't as frequent as there's less need to.
For example there is a decline in the understanding of the word "gentleman".I don't know what you mean by being "worse as... cultural beings."
But the craftsmanship was better in earlier times, because there was less technical help. For example look at the introduction of DAW in film music. The musical craftsmanship in film music has become worse because of the limitations of the DAW. DAW is nonetheless required most of the time, because there are some non-craftsmanship related advantages, like you don't need an orchestra.Technical advances in terms of culture have simply given more people the means of both producing and experiencing works of culture, as well as a much greater variety for what kind of cultural works can be produced.
Yeah all the kids that look all the time at their smartphone. I guess their brain takes heavy damage.The vast majority of people these days have access to a phone that can take photographs and film video, as well as access to the internet for sharing both with the whole world.