S-expression: Difference between revisions
m Same elsewhere, but restore italics and nowrap for 1/3-square-particulars (apparently these do not break redirects) |
m →{{nowrap|Sk2 * S(k + 1)}} and {{nowrap|S(k − 1) * Sk2}} (lopsided commas): Use superscript 2 character to avoid breaking redirects |
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(Note that while a lot of these have pages, not all of them do, although that doesn't mean they shouldn't. A noticeable streak of commas currently without pages correspond to when dividing a superparticular interval implicates intervals from a higher [[prime limit]], as a surprising amount of 23-limit semiparticulars shown here already have pages.) | (Note that while a lot of these have pages, not all of them do, although that doesn't mean they shouldn't. A noticeable streak of commas currently without pages correspond to when dividing a superparticular interval implicates intervals from a higher [[prime limit]], as a surprising amount of 23-limit semiparticulars shown here already have pages.) | ||
== {{nowrap|S''k'' | == {{nowrap|S''k''² * S(''k'' + 1)}} and {{nowrap|S(''k'' − 1) * S''k''²}} (lopsided commas) == | ||
=== Significance === | === Significance === | ||
1. Tempering any two consecutive square-particulars, S''k'' and S(''k'' + 1), implies tempering the two associated lopsided commas as well as the associated [[triangle-particular]] and [[ultraparticular]], so the lopsided commas represent the general form of the highest-damage relations/consequences of doing so. | 1. Tempering any two consecutive square-particulars, S''k'' and S(''k'' + 1), implies tempering the two associated lopsided commas as well as the associated [[triangle-particular]] and [[ultraparticular]], so the lopsided commas represent the general form of the highest-damage relations/consequences of doing so. | ||