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I am more a theorist than a musician. My motivation of studying xen is acturally due to my interest in math.
I am more a theorist than a musician. My motivation of studying xen is acturally due to my interest in math.


When acturally work with xen music, I only use softwares, since I cannot play any intruments well — even 12edo ones. When working with different timbres, I feel that consonance and dissonance differs. Complex JI intervals (e.g. [[32/27]]) are more consonant than tempered sinple intervals (e.g. a meantone fifth) for synthetic waves (specifically, the parabolic wave, which is misnamed as “semisine” in ScaleWorkshop), but vise versa for real instrument samples.
When acturally work with xen music, I only use softwares, since I cannot play any instruments well — even 12edo ones. When working with different timbres, I feel that consonance and dissonance differs. Complex JI intervals (e.g. [[32/27]]) are more consonant than tempered sinple intervals (e.g. a meantone fifth) for synthetic waves (specifically, the parabolic wave, which is misnamed as “semisine” in ScaleWorkshop), but vise versa for real instrument samples.


[https://space.bilibili.com/281369461 Bilibili]
[https://space.bilibili.com/281369461 Bilibili]

Revision as of 15:04, 16 December 2024

The author of XenNote, a game mod for playing xenharmonic music in Minecraft.

I am more a theorist than a musician. My motivation of studying xen is acturally due to my interest in math.

When acturally work with xen music, I only use softwares, since I cannot play any instruments well — even 12edo ones. When working with different timbres, I feel that consonance and dissonance differs. Complex JI intervals (e.g. 32/27) are more consonant than tempered sinple intervals (e.g. a meantone fifth) for synthetic waves (specifically, the parabolic wave, which is misnamed as “semisine” in ScaleWorkshop), but vise versa for real instrument samples.

Bilibili