User talk:Rperlner: Difference between revisions

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::::: In other news, I experimented with replacing the meantone scale with a JI-like scale in Locrian Fugue, using 53 EDO and up and down arrow accidentals (and adjusting for modulations/transposition). I also tried strengthening the effect and getting the smaller minor 3rds to approximate 7/6 using the same accidentals and 34 or 22 EDO tuning. The problem with the obvious 1 : 16/15 : 6/5 : 4/3 : 64/45 =? 7/5 : 8/5 : 9/5 : 2 Locrian scale is that there's a prominent leap of a wolf 4th from D to A in the second measure of the subject, which sounds wonky. I also tried correcting it to a perfect fourth (raising the A by a comma when in B Locrian), but the whole thing still seems a bit off balance, so I still prefer 12 EDO for this song. An interesting experiment, nonetheless. --[[User:Rperlner|Rperlner]] ([[User talk:Rperlner|talk]]) 02:25, 19 December 2020 (UTC)

:::::: I'm sorry, I should have mentioned that I use wolf fifths and wolf fourths deliberately. From the feedback I've gotten, I'd say they have a way of ~~locking in a certain function for~~ the chords they are found in. For example, the 40/27 wolf fifth between A and E in the key of C major has a way of making deceptive cadences all the more powerful on account of the subtle tension provided by their seemingly "off" sound- as if it hammers home to the listener that "we're not done yet". This same subtle tension means that whenever this chord appears, there is bound to be either an increase in tension, or a decrease in tension. For example, a 1/1-32/27-40/27 minor chord on the sixth scale degree of C major (root related to the Tonic by 27/26) will usually be followed up by either G-Dominant-7 (1/1-5/4-3/2-16/9) or B-Diminished (1/1-6/5-32/27) for an increase in tension, or alternatively, F-Major (1/1-81/64-3/2) or D-Minor (1/1-32/27-3/2) for a decrease in tension. A similar functionality exists for the open wolf dyad on the third scale degree of Locrian, as the 1/1-1024/693-2/1 open wolf dyad on the third scale degree of B Locrian (root related to the Tonic by 77/64) will usually be followed up by either F-Major (1/1-3/2-5/2) for an increase in tension, or alternatively, B-Minor (1/1-77/64-2/1) or G-Open (1/1-385/256-2/1) for a decrease in tension. Such is the way that wolf fifths in general seem to function the best. --[[User:Aura|Aura]] ([[User talk:Aura|talk]]) 03:09, 19 December 2020 (UTC)

:::::: I'm sorry, I should have mentioned that I use wolf fifths and wolf fourths deliberately. From the feedback I've gotten, I'd say they have a way of predisposing the chords they are found in to certain functions. For example, the 40/27 wolf fifth between A and E in the key of C major has a way of making deceptive cadences all the more powerful on account of the subtle tension provided by their seemingly "off" sound- as if it hammers home to the listener that "we're not done yet". This same subtle tension means that whenever this chord appears, there is bound to be either an increase in tension, or a decrease in tension. For example, a 1/1-32/27-40/27 minor chord on the sixth scale degree of C major (root related to the Tonic by 27/26) will usually be followed up by either G-Dominant-7 (1/1-5/4-3/2-16/9) or B-Diminished (1/1-6/5-32/27) for an increase in tension, or alternatively, F-Major (1/1-81/64-3/2) or D-Minor (1/1-32/27-3/2) for a decrease in tension. A similar functionality exists for the open wolf dyad on the third scale degree of Locrian, as the 1/1-1024/693-2/1 open wolf dyad on the third scale degree of B Locrian (root related to the Tonic by 77/64) will usually be followed up by either F-Major (1/1-3/2-5/2) for an increase in tension, or alternatively, B-Minor (1/1-77/64-2/1) or G-Open (1/1-385/256-2/1) for a decrease in tension. Such is the way that wolf fifths in general seem to function the best. --[[User:Aura|Aura]] ([[User talk:Aura|talk]]) 03:09, 19 December 2020 (UTC)

:: I know this may sound hard to believe, but in all my experimenting with different intervals, I've found that the wrong kind of interval involving small-number-ratios between the wrong two notes actually works against the formation of a sense of tonality. Conversely, a more tense-sounding interval in the right location- yes, even if the interval in question happens to be [[40/27]]- can actually strengthen your sense of tonality. Yes, intervals with small-number-ratios are vital to establishing tonality, but because of their power, they have to be well-placed within the tonal system, or otherwise the sense of tonality shifts when you don't want it to. --[[User:Aura|Aura]] ([[User talk:Aura|talk]]) 04:50, 13 December 2020 (UTC)

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 ::::: In other news, I experimented with replacing the meantone scale with a JI-like scale in Locrian Fugue, using 53 EDO and up and down arrow accidentals (and adjusting for modulations/transposition). I also tried strengthening the effect and getting the smaller minor 3rds to approximate 7/6 using the same accidentals and 34 or 22 EDO tuning. The problem with the obvious 1 : 16/15 : 6/5 : 4/3 : 64/45 =? 7/5 : 8/5 : 9/5 : 2 Locrian scale is that there's a prominent leap of a wolf 4th from D to A in the second measure of the subject, which sounds wonky. I also tried correcting it to a perfect fourth (raising the A by a comma when in B Locrian), but the whole thing still seems a bit off balance, so I still prefer 12 EDO for this song. An interesting experiment, nonetheless. --[[User:Rperlner|Rperlner]] ([[User talk:Rperlner|talk]]) 02:25, 19 December 2020 (UTC)
-:::::: I'm sorry, I should have mentioned that I use wolf fifths and wolf fourths deliberately.  From the feedback I've gotten, I'd say they have a way of locking in a certain function for the chords they are found in.  For example, the 40/27 wolf fifth between A and E in the key of C major has a way of making deceptive cadences all the more powerful on account of the subtle tension provided by their seemingly "off" sound- as if it hammers home to the listener that "we're not done yet".  This same subtle tension means that whenever this chord appears, there is bound to be either an increase in tension, or a decrease in tension.  For example, a 1/1-32/27-40/27 minor chord on the sixth scale degree of C major (root related to the Tonic by 27/26) will usually be followed up by either G-Dominant-7 (1/1-5/4-3/2-16/9) or B-Diminished (1/1-6/5-32/27) for an increase in tension, or alternatively, F-Major (1/1-81/64-3/2) or D-Minor (1/1-32/27-3/2) for a decrease in tension.  A similar functionality exists for the open wolf dyad on the third scale degree of Locrian, as the 1/1-1024/693-2/1 open wolf dyad on the third scale degree of B Locrian (root related to the Tonic by 77/64) will usually be followed up by either F-Major (1/1-3/2-5/2) for an increase in tension, or alternatively, B-Minor (1/1-77/64-2/1) or G-Open (1/1-385/256-2/1) for a decrease in tension.  Such is the way that wolf fifths in general seem to function the best. --[[User:Aura|Aura]] ([[User talk:Aura|talk]]) 03:09, 19 December 2020 (UTC)
+:::::: I'm sorry, I should have mentioned that I use wolf fifths and wolf fourths deliberately.  From the feedback I've gotten, I'd say they have a way of predisposing the chords they are found in to certain functions.  For example, the 40/27 wolf fifth between A and E in the key of C major has a way of making deceptive cadences all the more powerful on account of the subtle tension provided by their seemingly "off" sound- as if it hammers home to the listener that "we're not done yet".  This same subtle tension means that whenever this chord appears, there is bound to be either an increase in tension, or a decrease in tension.  For example, a 1/1-32/27-40/27 minor chord on the sixth scale degree of C major (root related to the Tonic by 27/26) will usually be followed up by either G-Dominant-7 (1/1-5/4-3/2-16/9) or B-Diminished (1/1-6/5-32/27) for an increase in tension, or alternatively, F-Major (1/1-81/64-3/2) or D-Minor (1/1-32/27-3/2) for a decrease in tension.  A similar functionality exists for the open wolf dyad on the third scale degree of Locrian, as the 1/1-1024/693-2/1 open wolf dyad on the third scale degree of B Locrian (root related to the Tonic by 77/64) will usually be followed up by either F-Major (1/1-3/2-5/2) for an increase in tension, or alternatively, B-Minor (1/1-77/64-2/1) or G-Open (1/1-385/256-2/1) for a decrease in tension.  Such is the way that wolf fifths in general seem to function the best. --[[User:Aura|Aura]] ([[User talk:Aura|talk]]) 03:09, 19 December 2020 (UTC)
 :: I know this may sound hard to believe, but in all my experimenting with different intervals, I've found that the wrong kind of interval involving small-number-ratios between the wrong two notes actually works against the formation of a sense of tonality.  Conversely, a more tense-sounding interval in the right location- yes, even if the interval in question happens to be [[40/27]]- can actually strengthen your sense of tonality.  Yes, intervals with small-number-ratios are vital to establishing tonality, but because of their power, they have to be well-placed within the tonal system, or otherwise the sense of tonality shifts when you don't want it to. --[[User:Aura|Aura]] ([[User talk:Aura|talk]]) 04:50, 13 December 2020 (UTC)