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Template:~(
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The following documentation is located at Template:~(/doc. [<Edit> Template:~(/doc]
[⧼Purge⧽ Template:~(]
[⧼Purge⧽ Template:~(]
The {{~(|expression to delimit|)~}} mathematical formatting template delimits expressions with normal or larger size curly brackets (braces) for either HTML+CSS or LaTeX.
Note: neither a {{[|...|]}}
(square bracket) template nor a {{{|...|}}}
(brace) template works with MediaWiki!
Usage
- {{~(|expression to delimit|)~}}
or
- {{~(|expression to delimit|)~|type}}
or
- {{~(|expression to delimit|)~|format}}
or
- {{~(|expression to delimit|)~|type|format}}
where the mandatory [dummy] second argument must be )~
for visual balancing of left and right delimiters, viz.
- {{~(|expression to delimit|)~}}
and the [optional] third argument (type
) is from
- default: normal { ... }, corresponds to
\{ ... \}
in LaTeX; -
big
: corresponds to\big\{ ... \big\}
in LaTeX; -
Big
: corresponds to\Big\{ ... \Big\}
in LaTeX; -
bigg
: corresponds to\bigg\{ ... \bigg\}
in LaTeX; -
Bigg
: corresponds to\Bigg\{ ... \Bigg\}
in LaTeX; -
auto
: corresponds to\left\{ ... \right\}
in LaTeX;
and the [optional] format
(either fourth argument, or third argument if type
is omitted) is from
-
htm
: HTML+CSS (default); -
tex
: LaTeX.
Examples
The code
A065918: Logarithm of {{math|2 + {{sqrt|3}}|tex = 2 + \sqrt{3}|&}}. {{SoD's t or c| 1.3169578969248... }} This number figures in the search for [[Mersenne primes]] thus: the [[Mersenne numbers|Mersenne number]] {{math|''M'' {{=}} 2{{^|''n''}} {{op|-}} 1|tex = M = 2^n - 1|&}} is [[prime]] if and only if {{math|''M''|tex = M|&}} divides{{nl|2}} {{indent}}{{math| {{begin|align}} cosh{{sp|1}}(2{{^|''n''{{sp|1}}{{op|-}}2}} log{{sp|1}}(2 + {{sqrt|3}}{{sp|1}})) {{&=}} {{frac|''e''{{^|{{op|+}}{{~(|2{{^|''n''{{sp|1}}{{op|-}}2|87%}} log{{sp|1}}(2 + {{sqrt|3}}{{sp|1}})|)~}}}} + ''e''{{^|{{op|-}}{{~(|2{{^|''n''{{sp|1}}{{op|-}}2|87%}} log{{sp|1}}(2 + {{sqrt|3}}{{sp|1}})|)~}}}}|2|HTM}} {{\\}} {{&=}} {{frac|(2 + {{sqrt|3}}{{sp|1}}){{^|{{op|+}}{{~(|2{{^|''n''{{sp|1}}{{op|-}}2{{sp|1}}|87%}}|)~}}}} + (2 + {{sqrt|3}}{{sp|1}}){{^|{{op|-}}{{~(|2{{^|''n''{{sp|1}}{{op|-}}2{{sp|1}}|87%}}|)~}}}}|2|HTM}}{{sp|1}}, {{end|align}} |tex = \begin{align} \cosh(2^{n-2} \log(2 + \sqrt{3})) &= \frac{ e^{ + \{ 2^{n-2} \log(2 + \sqrt{3}) \} } + e^{ - \{ 2^{n-2} \log(2 + \sqrt{3}) \} } }{2} \\ &= \frac{ (2 + \sqrt{3})^{ + \{ 2^{n-2} \} } + (2 + \sqrt{3})^{ - \{ 2^{n-2} \} } }{2}, \end{align} |&&}}{{clear}} where {{math|cosh{{sp|1}}(''x'')|tex = \cosh(x)|&}} is the [[hyperbolic cosine]] function. {{User|David W. Wilson|David Wilson}} has proposed calling the number {{math|log{{sp|1}}(2 + {{sqrt|3}}{{sp|1}}) |tex = \log(2 + \sqrt{3})|&}} the [[Helms constant]].{{nl}} The number {{math|2 + {{sqrt|3}} {{=}} tan {{tfrac|5{{sp|1}}{{Gr|pi}}|12}} {{=}} cot {{tfrac|{{Gr|pi}}|12}}|tex = 2 + \sqrt{3} = \tan \frac{5 \pi}{12} = \cot \frac{\pi}{12}|&}} is sometimes called the [[Kasner constant]] (see A019973 for decimal expansion).
yields
A065918: Logarithm of2 + √ 3 |
- 1.3169578969248...
M = 2 n − 1 |
M |
|
where
cosh (x) |
log (2 + √ 3 ) |
The number
2 + √ 3 = tan
|
Nonmathematical examples
The code
{{indent}}{{math| {{~(| {{begin|align}} First: {{&}} 1 {{end|align}} |)~|auto}} |&&}}{{nbsp|2}}<!-- -->{{math| {{~(| {{begin|align}} First: {{&}} 1 {{\\}} Second: {{&}} 1, 2 {{end|align}} |)~|auto}} |&&}}{{nbsp|2}}<!-- -->{{math| {{~(| {{begin|align}} First: {{&}} 1 {{\\}} Second: {{&}} 1, 2 {{\\}} Third: {{&}} 1, 2, 3 {{\\}} Fourth: {{&}} 1, 2, 3, 4 {{end|align}} |)~|auto}} |&&}}{{nbsp|2}}<!-- -->{{math| {{~(| {{begin|align}} First: {{&}} 1 {{\\}} Second: {{&}} 1, 2 {{\\}} Third: {{&}} 1, 2, 3 {{\\}} Fourth: {{&}} 1, 2, 3, 4 {{\\}} Fifth: {{&}} 1, 2, 3, 4, 5 {{\\}} Sixth: {{&}} 1, 2, 3, 4, 5, 6 {{end|align}} |)~|auto}} |&&}}
yields the display style HTML+CSS
|
|
|
|
The code
{{indent}}{{math| {{~(| {{begin|align|tex}} \text{First:} {{&|tex}}\text{ 1} {{end|align|tex}} |)~|auto|tex}} {{sp|tex}}<!-- -->{{~(| {{begin|align|tex}} \text{First:} {{&|tex}}\text{ 1} {{\\|tex}} \text{Second:} {{&|tex}}\text{ 1, 2} {{end|align|tex}} |)~|auto|tex}} {{sp|tex}}<!-- -->{{~(| {{begin|align|tex}} \text{First:} {{&|tex}}\text{ 1} {{\\|tex}} \text{Second:} {{&|tex}}\text{ 1, 2} {{\\|tex}} \text{Third:} {{&|tex}}\text{ 1, 2, 3} {{\\|tex}} \text{Fourth:} {{&|tex}}\text{ 1, 2, 3, 4} {{end|align|tex}} |)~|auto|tex}} {{sp|tex}}<!-- -->{{~(| {{begin|align|tex}} \text{First:} {{&|tex}}\text{ 1} {{\\|tex}} \text{Second:} {{&|tex}}\text{ 1, 2} {{\\|tex}} \text{Third:} {{&|tex}}\text{ 1, 2, 3} {{\\|tex}} \text{Fourth:} {{&|tex}}\text{ 1, 2, 3, 4} {{\\|tex}} \text{Fifth:} {{&|tex}}\text{ 1, 2, 3, 4, 5} {{\\|tex}} \text{Sixth:} {{&|tex}}\text{ 1, 2, 3, 4, 5, 6} {{end|align|tex}} |)~|auto|tex}} |$$}}
yields the display style LaTeX
See also
- {{parenthesis}} ({{paren}})
- {{square bracket}} ({{sqbrack}})
- {{curly bracket}} ({{brace}})
- {{(|...|)}}
- {{~(|...|)~}}