Odd limit: Difference between revisions

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The odd limit is also called the [[Kees semi-height]] of the interval, named after [[Kees van Prooijen]] who showed what this metric looks like geometrically on the lattice. To find the odd limit of a ratio: if either the numerator or the denominator is even, divide it by two until it is odd. The larger of the two odd numbers is the odd limit. Example: 12/7 becomes 3/7, and 7 is greater than 3, thus the odd limit is 7.
The odd limit is also called the [[Kees semi-height]] of the interval, named after [[Kees van Prooijen]] who showed what this metric looks like geometrically on the lattice. To find the odd limit of a ratio: if either the numerator or the denominator is even, divide it by two until it is odd. The larger of the two odd numbers is the odd limit. Example: 12/7 becomes 3/7, and 7 is greater than 3, thus the odd limit is 7.
== Individual pages for odd limits ==
{| class="wikitable center-all"
|-
| [[1-odd-limit]] || [[3-odd-limit]] || [[5-odd-limit]] || [[7-odd-limit]] || [[9-odd-limit]] || [[11-odd-limit]]
|-
| [[13-odd-limit]] || [[15-odd-limit]] || [[17-odd-limit]] || [[19-odd-limit]] || [[21-odd-limit]] || [[23-odd-limit]]
|-
| [[25-odd-limit]] || [[27-odd-limit]] || [[29-odd-limit]] || [[31-odd-limit]] || [[33-odd-limit]] || [[35-odd-limit]]
|-
| [[37-odd-limit]] || [[39-odd-limit]] || [[41-odd-limit]] || [[43-odd-limit]] || [[45-odd-limit]] || [[47-odd-limit]]
|}


== Integer limit ==
== Integer limit ==