Talk:S-expression: Difference between revisions

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:: Yup that's the equation I started from. We may go even more primitive if we want, such as from the definitions. It doesn't matter in the end. I consider the elementary algebraic operations an easy problem, i.e. the solution is guaranteed by a known routine. All the tricks on the other hand involve observation and intuition. I mean, it's totally reasonable for one to apply them to instantly gain the insight, but I take the liberty of assuming the readers' expectation here is a solid and sound presentation of the result. [[User:FloraC|FloraC]] ([[User talk:FloraC|talk]]) 00:55, 8 February 2022 (UTC)

== What is So supposed to stand for? ==

<math>So(k) = \frac{ 4k^2 + 4k + 1 }{ 4k^2 - 4k - 3 }</math> simplifies to <math>\frac{2 k + 1}{2 k - 3}</math> so it doesn't feel very "square". --[[User:Frostburn|Frostburn]] ([[User talk:Frostburn|talk]]) 12:08, 5 July 2024 (UTC)

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 :: Yup that's the equation I started from. We may go even more primitive if we want, such as from the definitions. It doesn't matter in the end. I consider the elementary algebraic operations an easy problem, i.e. the solution is guaranteed by a known routine. All the tricks on the other hand involve observation and intuition. I mean, it's totally reasonable for one to apply them to instantly gain the insight, but I take the liberty of assuming the readers' expectation here is a solid and sound presentation of the result. [[User:FloraC|FloraC]] ([[User talk:FloraC|talk]]) 00:55, 8 February 2022 (UTC)
+== What is So supposed to stand for? ==
+<math>So(k) = \frac{ 4k^2 + 4k + 1 }{ 4k^2 - 4k - 3 }</math> simplifies to <math>\frac{2 k + 1}{2 k - 3}</math> so it doesn't feel very "square". --[[User:Frostburn|Frostburn]] ([[User talk:Frostburn|talk]]) 12:08, 5 July 2024 (UTC)