User:Xenwolf/SandBox: Difference between revisions

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** <code>#ifexist</code> is evaluated before <code>#regex</code>
** <code>#ifexist</code> is evaluated before <code>#regex</code>
** expensive (see [[mw: Help:Extension:ParserFunctions ##ifexist]])
** expensive (see [[mw: Help:Extension:ParserFunctions ##ifexist]])
== Testing template arguments ==
[[User:Arseniiv/TodoTest]] ist used to generate the text (and auto-categorization) of the following sections.
The visual design is completely left out, but a variable list of (up to 7) positional arguments is supported as well as an optional named argument without auto-categorization.
=== no argument ===
{{User:Arseniiv/TodoTest}}
=== one argument ===
{{User:Arseniiv/TodoTest|expand}}
=== multiple arguments ===
{{User:Arseniiv/TodoTest|add color name|expand|unify precision}}
=== saturated argument ===
{{User:Arseniiv/TodoTest|add color name|expand|cleanup|add example|improve layout|unify precision|review|read}}
=== additional comment ===
{{User:Arseniiv/TodoTest|unify precision|comment=An occasionally appearing surplus decimal place <code>5</code> gives a deceptive impression of higher accuracy.}}
=== new category (useful byproduct?) ===
{{User:Arseniiv/TodoTest|unify precision|simplify writing style|description=This page reads like a scientific paper not like a wiki page}}


== Testing factor notation ==
== Testing factor notation ==

Revision as of 11:50, 22 November 2020

Testing User:Xenwolf/Template:Cents

1901.955

1901.95500

10/9

Alignment of Table columns

{| class="wikitable left-1 center-2 right-3"
|-
! Left-aligned
! Center-aligned
! Right-aligned
|-
| Word
| 3/2
| 0.234
|-
| More words
| style="text-align:left" | 129/128
| 123.456
|}

Left-aligned Center-aligned Right-aligned
Word 3/2 0.234
More words 129/128 123.456

Number of active users

The value 47 of {{NUMBEROFACTIVEUSERS}} is obviously wrong (also on Special:Statistics), see Special:ActiveUsers for active users.

maybe related to:

Testing User:Xenwolf/Template:Primes in EDO

Approximation of primary intervals in 23 EDO
Prime number 2 3 5 7 11 13 17 19 23
Error absolute (¢) 0.0 -23.7 -21.1 +22.5 +22.6 -5.7 -0.6 +15.5 -2.2
relative (%) 0.0 -45.4 -40.4 +43.1 +43.3 -11.0 -1.2 +29.8 -4.2
Degree (reduced) 23 (0) 36 (13) 53 (7) 65 (19) 80 (11) 85 (16) 94 (2) 98 (6) 104 (12)
Approximation of primary intervals in 26 EDO
Prime number 2 3 5 7 11 13 17 19 23
Error absolute (¢) 0.0 -9.6 -17.1 +0.4 +2.5 -9.8 -12.6 -20.6 +17.9
relative (%) 0.0 -20.9 -37.0 +0.9 +5.5 -21.1 -27.4 -44.6 +38.7
Degree (reduced) 26 (0) 41 (15) 60 (8) 73 (21) 90 (12) 96 (18) 106 (2) 110 (6) 118 (14)
Approximation of primary intervals in 37 EDO
Prime number 2 3 5 7 11 13 17 19 23
Error absolute (¢) 0.0 +11.6 +2.9 +4.1 0.0 +2.7 -7.7 -5.6 -12.1
relative (%) 0.0 +35.6 +8.9 +12.8 +0.1 +8.4 -23.6 -17.3 -37.2
Degree (reduced) 37 (0) 59 (22) 86 (12) 104 (30) 128 (17) 137 (26) 151 (3) 157 (9) 167 (19)


This (or something similar) could be transformed into a subst template now. See Wikipedia: Help:Substitution for more on substitution.

Testing Template:Signed

  • +6
  • +6.5
  • 0
  • -0.5
  • -5

Testing User:Xenwolf/Template:EDOs

I evaluate option(s) to only generate links to existing pages as a feature of Template:EDOs. Answer: No.

User:Xenwolf/Template:EDOs

  • done: leading zeros removed

101 1001edo

Testing factor notation

This solution requires valid (and sensible) input, there is no intelligence on board that would be able to detect zero divisions like 0^-1.

1st version with mandatory exponents

Input: 2^-4 * 3^4 * 5^-1
Code: {{#replace:{{#regex: 2^-4 * 3^4 * 5^-1|/(\d+)\s*\^\s*(-?\d+)(\s*\*\s*)?/|\1<sup>\2</sup> \3&nbsp;}}|*|⋅}}
Output: {{#regex: 2^-4 ⋅ 3^4 ⋅ 5^-1|/(\d+)\s⋅\^\s⋅(-?\d+)(\s⋅\⋅\s⋅)?/|\1\2 \3 }}

2nd version with optional exponents

Input: 2^2 * 5 * 11^-1
Code: {{#replace:{{#regex: 2^2 * 5 * 11^-1|/(\d+)(?:\s*\^\s*(-?\d+))?(\s*\*\s*)?/|\1<sup>\2</sup> \3&nbsp;}}|*|⋅}}
Output: {{#regex: 2^2 ⋅ 5 ⋅ 11^-1|/(\d+)(?:\s⋅\^\s⋅(-?\d+))?(\s⋅\⋅\s⋅)?/|\1\2 \3 }}


User:Arseniiv/Factorization

* {{User:Arseniiv/Factorization| 2^-4 * 3^4 * 5^-1 }}
* {{User:Arseniiv/Factorization|2^-4*3^4*5^-1}}
* {{User:Arseniiv/Factorization| 2^2 * 5 * 11^-1 }}
* {{User:Arseniiv/Factorization|2^2*5*11^-1}}
* {{User:Arseniiv/Factorization
|2^2*
5*
11^-1
}}
* {{User:Arseniiv/Factorization
|2
^
2
*
5
*
11
^
-1
}}
  • {{#regex: 2^−4 ⋅  3^4 ⋅  5^−1 |/(\d+)\s⋅ (?:(?:\⋅ \⋅ |\^)\s⋅ ([−−]?\d+))?\s⋅ (?:(\⋅ )\s⋅ |$)/u|\1\2 \3}}
  • {{#regex: 2^−4⋅ 3^4⋅ 5^−1|/(\d+)\s⋅ (?:(?:\⋅ \⋅ |\^)\s⋅ ([−−]?\d+))?\s⋅ (?:(\⋅ )\s⋅ |$)/u|\1\2 \3}}
  • {{#regex: 2^2 ⋅  5 ⋅  11^−1 |/(\d+)\s⋅ (?:(?:\⋅ \⋅ |\^)\s⋅ ([−−]?\d+))?\s⋅ (?:(\⋅ )\s⋅ |$)/u|\1\2 \3}}
  • {{#regex: 2^2⋅ 5⋅ 11^−1|/(\d+)\s⋅ (?:(?:\⋅ \⋅ |\^)\s⋅ ([−−]?\d+))?\s⋅ (?:(\⋅ )\s⋅ |$)/u|\1\2 \3}}
  • {{#regex: 2^2⋅ 

5⋅  11^−1 |/(\d+)\s⋅ (?:(?:\⋅ \⋅ |\^)\s⋅ ([−−]?\d+))?\s⋅ (?:(\⋅ )\s⋅ |$)/u|\1\2 \3}}

  • {{#regex: 2

^ 2 ⋅  5 ⋅  11 ^ −1 |/(\d+)\s⋅ (?:(?:\⋅ \⋅ |\^)\s⋅ ([−−]?\d+))?\s⋅ (?:(\⋅ )\s⋅ |$)/u|\1\2 \3}}

Initially hidden elements made visible

Is this possible at all?