Sin(x) tuning: Difference between revisions

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Discovered by [[Ambient Esoterica]] in 2025. [[Scale Workshop]] link: [https://sevish.com/scaleworkshop/?n=SinWave_36steps_Note43is196Hz&l=5s.28z84_be.93ak_go._lf.21z1w_pj.1iapx_sv.4xud_vb.dizt_wt.ghlk_xc._wt.ghlk_vb.dizt_sv.4xud_pj.1iapx_lf.21z1w_go._be.93ak_5s.28z84_._-5s.28z84_-be.93ak_-go._-lf.21z1w_-pj.1iapx_-sv.4xud_-vb.dizt_-wt.ghlk_-xc._-wt.ghlk_-vb.dizt_-sv.4xud_-pj.1iapx_-lf.21z1w_-go._-be.93ak_-5s.28z84&f=5f.zx1j3mufj&m=17&version=2.5.7 SinWave_36steps_Note43is196Hz].

== ~~Generalisations~~ ==

== Generalizations ==

The concept of sin(x) tunings could perhaps be generalised by graphing other kinds of functions onto the frequency spectrum, such as other trigonometric functions, parabolic functions, hyperbolic functions, or anything else. In general, these could be called '''function(x) tunings'''{{idiosyncratic}} (''proposed by [[Budjarn Lambeth]], 2025'').

@@ Line 8: / Line 8: @@
 Discovered by [[Ambient Esoterica]] in 2025. [[Scale Workshop]] link: [https://sevish.com/scaleworkshop/?n=SinWave_36steps_Note43is196Hz&l=5s.28z84_be.93ak_go._lf.21z1w_pj.1iapx_sv.4xud_vb.dizt_wt.ghlk_xc._wt.ghlk_vb.dizt_sv.4xud_pj.1iapx_lf.21z1w_go._be.93ak_5s.28z84_._-5s.28z84_-be.93ak_-go._-lf.21z1w_-pj.1iapx_-sv.4xud_-vb.dizt_-wt.ghlk_-xc._-wt.ghlk_-vb.dizt_-sv.4xud_-pj.1iapx_-lf.21z1w_-go._-be.93ak_-5s.28z84&f=5f.zx1j3mufj&m=17&version=2.5.7 SinWave_36steps_Note43is196Hz].
-== Generalisations ==
+== Generalizations ==
 The concept of sin(x) tunings could perhaps be generalised by graphing other kinds of functions onto the frequency spectrum, such as other trigonometric functions, parabolic functions, hyperbolic functions, or anything else. In general, these could be called '''function(x) tunings'''{{idiosyncratic}} (''proposed by [[Budjarn Lambeth]], 2025'').