Equal-step tuning: Difference between revisions

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Mappings of <math>S_n</math> and <math>B_n</math> are always mapped as follow:
Mappings of <math>S_n</math> and <math>B_n</math> are always mapped as follow:
* On Alpha scales, <math>S_n</math> is mapped on the <math>(n - 1)</math>th degree step and <math>B_n</math> is mapped on the <math>n</math>th degree step
* On Alpha scales, <math>S_n</math> is mapped on the <math>(n - 1)^\text{th}</math> degree step, and <math>B_n</math> is mapped on the <math>n^\text{th}</math> degree step.
* On Beta scales, <math>S_n</math> is mapped on the <math>n</math>th degree step and <math>B_n</math> is mapped on the <math>(n + 1 )</math>th degree step
* On Beta scales, <math>S_n</math> is mapped on the <math>n^\text{th}</math> degree step, and <math>B_n</math> is mapped on the <math>(n + 1)^\text{th}</math> degree step.
* On Gamma scales <math>S_n</math> is mapped on the <math>(2n - 1)</math>th degree step and <math>B_n</math> is mapped on the <math>(2n + 1)</math>th degree step
* On Gamma scales, <math>S_n</math> is mapped on the <math>(2n - 1)^\text{th}</math> degree step, and <math>B_n</math> is mapped on the <math>(2n + 1)^\text{th}</math> degree step.


Alpha types flatten the smaller interval and sharpen the larger; Beta types do the reverse; Gamma types again flatten the smaller and sharpen the larger.
Alpha types flatten the smaller interval and sharpen the larger; Beta types do the reverse; Gamma types again flatten the smaller and sharpen the larger.