Expanding tonal space/third dimension: Difference between revisions

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The 3D interval system of the model forms a static framework that provides ''”all the notes'' [pitches] ''or intervals theoretically available to a composer”.''<ref>Quotation from the [[Tuning system]] page</ref>

No floating tonic ["floating tonal center"] appears for adaptive just intonation, possible target tonics are well defined and already part of the model.

No floating tonic [[Adaptive just intonation|''("floating tonal center")'']] appears for adaptive just intonation, possible target tonics are well defined and already part of the model.

When the total number of available pitches is added up, the model of tonal space can become quite large. The exact number of possible intervals depends on the highest implemented mode <math>n</math> of the overtone scale and the applied [[Just intonation#Constrained just|constraints]] necessary for the practical application in an instrument.

@@ Line 141: / Line 141: @@
 The 3D interval system of the model forms a static framework that provides ''”all the notes'' [pitches] ''or intervals theoretically available to a composer”.''<ref>Quotation from the [[Tuning system]] page</ref>
-No floating tonic ["floating tonal center"] appears for adaptive just intonation, possible target tonics are well defined and already part of the model.
+No floating tonic [[Adaptive just intonation|''("floating tonal center")'']] appears for adaptive just intonation, possible target tonics are well defined and already part of the model.
 When the total number of available pitches is added up, the model of tonal space can become quite large. The exact number of possible intervals depends on the highest implemented mode <math>n</math> of the overtone scale and the applied [[Just intonation#Constrained just|constraints]] necessary for the practical application in an instrument.