| Currently there may be errors shown on top of a page, because of a missing Wiki update (PHP version and extension DPL3). |
Navigation
| Topics | Help • Register • News • History • How to • Sequences statistics • Template prototypes |
Difference between revisions of "Template:Leyland prime"
(cat. type) |
(sorting by digits proven/PRP) |
||
| Line 63: | Line 63: | ||
-->{{#vardefine:t|{{#switch:{{#var:type}}|M=-|P=+}}}}<!-- | -->{{#vardefine:t|{{#switch:{{#var:type}}|M=-|P=+}}}}<!-- | ||
-->{{DISPLAYTITLE:Leyland {{#if:{{{LeProver|}}}|prime|PRP}} of the form {{#var:x}}<sup>{{#var:y}}</sup>{{#var:t}}{{#var:y}}<sup>{{#var:x}}</sup>}}<!-- | -->{{DISPLAYTITLE:Leyland {{#if:{{{LeProver|}}}|prime|PRP}} of the form {{#var:x}}<sup>{{#var:y}}</sup>{{#var:t}}{{#var:y}}<sup>{{#var:x}}</sup>}}<!-- | ||
| − | -->{{#if:{{{LeProver|}}}|[[Category:Leyland prime {{#var:type}} proven]]|[[Category:Leyland prime {{#var:type}} PRP]]}}<!-- | + | -->{{#if:{{{LeProver|}}}|[[Category:Leyland prime {{#var:type}} proven|#......{{padleft:{{{LeDigits}}}|6}}]]|[[Category:Leyland prime {{#var:type}} PRP|#......{{padleft:{{{LeDigits}}}|6}}]]}}<!-- |
-->[[Category:Leyland prime {{#var:type}}|#......{{padleft:{{{LeDigits}}}|6}}]]|{{#vardefine:type|P}}}} | -->[[Category:Leyland prime {{#var:type}}|#......{{padleft:{{{LeDigits}}}|6}}]]|{{#vardefine:type|P}}}} | ||
==Data== | ==Data== | ||
Revision as of 17:21, 23 July 2019
Description
Template: Leyland prime
Display of data for Leyland primes/PRP.
Calling
{{Leyland prime
|LeX=
|LeY=
|LeDigits=
|LeNr=
|LeFinder=
|LeFDate=
|LeProver=
|LePDate=
|LeProgram=
|LeRemarks=
}}
The categories Leyland prime P or Leyland prime M are set by default.
Notes:
- The sign is derived from the page title.
- "Leyland prime P 21 12" will create a page for the number 21^12 + 12^21.
- "Leyland prime M 21 12" will create a page for the number 21^12 - 12^21.
- If "LeProver" is given, the number is categorized in Leyland prime P proven, else Leyland prime P PRP (or Leyland prime M proven, else Leyland prime M PRP for the minus side).
Example
{{Leyland prime
|LeX=1036
|LeY=5
|LeDigits=725
|LeNr=68706
|LeFinder=Paul Leyland
|LeFDate=2001-06-04
|LeProver=Andrey Kulsha
|LePDate=2001-Jun-5
|LeProgram=Titanix 2.1.0 (ECPP)
|LeRemarks=Test
}}
will create:
Data
|
Remarks : |
Test |
