Difference between revisions of "Template:Ldelim/doc"

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imported>Maschen
imported>Vanisaac
m (→‎External links: clean up per WP:CAT#T and WP:AWBREQ add template:Sandbox other)
 
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{{documentation subpage}}
 
:''"Template:Leftdelimiter" and "Template:Leftdelimiter/doc" redirect to here.''
 
:''"Template:Leftdelimiter" and "Template:Leftdelimiter/doc" redirect to here.''
  
 
This is for producing tall left-handed delimiters for multiline expressions (usually mathematical) in HTML, together with {{tl|rdelim}}, compatible with {{tl|math}}, as an alternative to LaTeX. Up to 5 lines are possible. The name "ldelim" is a shorthand for "left-handed delimiter".
 
This is for producing tall left-handed delimiters for multiline expressions (usually mathematical) in HTML, together with {{tl|rdelim}}, compatible with {{tl|math}}, as an alternative to LaTeX. Up to 5 lines are possible. The name "ldelim" is a shorthand for "left-handed delimiter".
  
;This template uses {{tl|delimiter-es}}, and is used in {{tl|dsqbracket}} and {{tl|drndbracket}}.
+
'''This template uses {{tl|delimiter-es}}'''.
  
 
==Syntax==
 
==Syntax==
 
 
The template has the code:
 
The template has the code:
  
Line 26: Line 26:
  
 
Without the superscript and subscript parameters, the <code>< sup ></code> or <code>< sub ></code> tags alone will not position the superscripts or subscripts correctly.
 
Without the superscript and subscript parameters, the <code>< sup ></code> or <code>< sub ></code> tags alone will not position the superscripts or subscripts correctly.
 
==Examples==
 
  
 
===No [[:template:math]]===
 
===No [[:template:math]]===
 
 
;[[Lorentz factor]]
 
;[[Lorentz factor]]
  
Line 37: Line 34:
 
;[[Absolute value]] of a fraction:
 
;[[Absolute value]] of a fraction:
  
:{{ldelim|vert|3}}{{sfrac|''a'' + {{frac|1|2}}|''b''}} + ''c''{{rdelim|vert|3}} </sup>
+
:{{ldelim|vert|3}}{{sfrac|''a'' + {{frac|1|2}}|''b''}} + ''c''{{rdelim|vert|3}}
  
 
;[[Norm]] of a vector with scalar fractions:
 
;[[Norm]] of a vector with scalar fractions:
  
:{{ldelim|doublevert|4}}{{ldelim|round|4}}{{sfrac|{{sfrac|''p''|2}} + 1|{{sfrac|''a''|3}} + ''b''}}{{rdelim|round|4}}'''A''' + {{ldelim|round|4}}{{sfrac|{{sfrac|''q''|2}} − 1|''a'' + {{sfrac|''b''|3}}}}{{rdelim|round|4}}'''B'''{{rdelim|doublevert|4}} </sup>
+
{{ldelim|doublevert|4}}{{ldelim|round|4}}{{sfrac|{{sfrac|''p''|2}} + 1|{{sfrac|''a''|3}} + ''b''}}{{rdelim|round|4}}'''A''' + {{ldelim|round|4}}{{sfrac|{{sfrac|''q''|2}} − 1|''a'' + {{sfrac|''b''|3}}}}{{rdelim|round|4}}'''B'''{{rdelim|doublevert|4}}
  
 
;A [[Representation theory of the Lorentz group|representation of the Lorentz group]]
 
;A [[Representation theory of the Lorentz group|representation of the Lorentz group]]
  
:{{ldelim|round|2}}{{sfrac|1|2}}, 0{{rdelim|round|2}} ⊕ {{ldelim|round|2}}0, {{sfrac|1|2}}{{rdelim|round|2}}</sup>
+
{{ldelim|round|2}}{{sfrac|1|2}}, 0{{rdelim|round|2}} ⊕ {{ldelim|round|2}}0, {{sfrac|1|2}}{{rdelim|round|2}}
  
 
;[[Ampère's circuital law]] with Maxwell's correction
 
;[[Ampère's circuital law]] with Maxwell's correction
Line 52: Line 49:
  
 
===[[:template:math]]===
 
===[[:template:math]]===
 
 
;[[Lorentz factor]]
 
;[[Lorentz factor]]
  
Line 59: Line 55:
 
;[[Absolute value]] of a fraction:
 
;[[Absolute value]] of a fraction:
  
:{{math|{{ldelim|vert|3}}{{sfrac|''a'' + {{frac|1|2}}|''b''}} + ''c''{{rdelim|vert|3}} </sup>}}
+
:{{math|{{ldelim|vert|3}}{{sfrac|''a'' + {{frac|1|2}}|''b''}} + ''c''{{rdelim|vert|3}}}}
  
 
;[[Norm]] of a vector with scalar fractions:
 
;[[Norm]] of a vector with scalar fractions:
  
:{{math|{{ldelim|doublevert|4}}{{ldelim|round|4}}{{sfrac|{{sfrac|''p''|2}} + 1|{{sfrac|''a''|3}} + ''b''}}{{rdelim|round|4}}'''A''' + {{ldelim|round|4}}{{sfrac|{{sfrac|''q''|2}} − 1|''a'' + {{sfrac|''b''|3}}}}{{rdelim|round|4}}'''B'''{{rdelim|doublevert|4}} </sup>}}
+
{{math|{{ldelim|doublevert|4}}{{ldelim|round|4}}{{sfrac|{{sfrac|''p''|2}} + 1|{{sfrac|''a''|3}} + ''b''}}{{rdelim|round|4}}'''A''' + {{ldelim|round|4}}{{sfrac|{{sfrac|''q''|2}} − 1|''a'' + {{sfrac|''b''|3}}}}{{rdelim|round|4}}'''B'''{{rdelim|doublevert|4}}}}
  
 
;A [[Representation theory of the Lorentz group|representation of the Lorentz group]]
 
;A [[Representation theory of the Lorentz group|representation of the Lorentz group]]
  
:{{math|{{ldelim|round|2}}{{sfrac|1|2}}, 0{{rdelim|round|2}} ⊕ {{ldelim|round|2}}0, {{sfrac|1|2}}{{rdelim|round|2}}</sup>}}
+
:{{math|{{ldelim|round|2}}{{sfrac|1|2}}, 0{{rdelim|round|2}} ⊕ {{ldelim|round|2}}0, {{sfrac|1|2}}{{rdelim|round|2}}}}
  
 
;[[Ampère's circuital law]] with Maxwell's correction
 
;[[Ampère's circuital law]] with Maxwell's correction
Line 73: Line 69:
 
:{{math|{{intmath|oint|∂''S''}} '''B''' ∙ ''d'''''x''' {{=}} {{intmath|iint|''S''}} {{ldelim|round|2}}''μ''<sub>0</sub>'''J''' + {{sfrac|1|''c''<sup>2</sup>}}{{sfrac|∂'''E'''|∂''t''}}{{rdelim|round|2}} ∙ ''d'''''S'''}}
 
:{{math|{{intmath|oint|∂''S''}} '''B''' ∙ ''d'''''x''' {{=}} {{intmath|iint|''S''}} {{ldelim|round|2}}''μ''<sub>0</sub>'''J''' + {{sfrac|1|''c''<sup>2</sup>}}{{sfrac|∂'''E'''|∂''t''}}{{rdelim|round|2}} ∙ ''d'''''S'''}}
  
==External sites==
+
==See also==
 +
*[[Wikipedia:«math»]]
 +
{{Math templates|notation}}
  
 +
==External links==
 
*[http://www.utf8icons.com/search?q=RIGHT+SQUARE+BRACKET+EXTENSION ''utf-8 icons'']
 
*[http://www.utf8icons.com/search?q=RIGHT+SQUARE+BRACKET+EXTENSION ''utf-8 icons'']
 
*[http://graphemica.com/%E2%8E%9F ''Graphemica'']
 
*[http://graphemica.com/%E2%8E%9F ''Graphemica'']
  
 +
<includeonly>{{Sandbox other||
 
[[Category:Mathematical formatting templates]]
 
[[Category:Mathematical formatting templates]]
 +
}}</includeonly>

Latest revision as of 23:42, 25 April 2020

"Template:Leftdelimiter" and "Template:Leftdelimiter/doc" redirect to here.

This is for producing tall left-handed delimiters for multiline expressions (usually mathematical) in HTML, together with {{rdelim}}, compatible with {{math}}, as an alternative to LaTeX. Up to 5 lines are possible. The name "ldelim" is a shorthand for "left-handed delimiter".

This template uses {{delimiter-es}}.

Syntax

The template has the code:

{{ldelim|a|b|sup=|sub=}}

containing two parameters:

  • the first parameter a is
    • square for square brackets [ ],
    • round for round brackets ( ),
    • vert for vertical bars | |,
    • doublevert for double vertical bars || ||,
  • the second parameter b is the number of lines for the expression, and equals one of the values 2, 3, 4, 5.

and two optional parameters:

  • sup for superscripts outside of the delimiter,
  • sub for subscripts outside of the delimiter.

Without the superscript and subscript parameters, the < sup > or < sub > tags alone will not position the superscripts or subscripts correctly.

No template:math

Lorentz factor
γ(v) =    Template:SfracTemplate:Rdelim
Absolute value of a fraction
   Template:Sfrac + cTemplate:Rdelim
Norm of a vector with scalar fractions

        Template:SfracTemplate:RdelimA +     Template:SfracTemplate:RdelimBTemplate:Rdelim

A representation of the Lorentz group

  Template:Sfrac, 0Template:Rdelim  0, Template:SfracTemplate:Rdelim

Ampère's circuital law with Maxwell's correction

S
Bdx =
S
  μ0J + Template:SfracTemplate:SfracTemplate:RdelimdS

template:math

Lorentz factor
γ(v) =    Template:SfracTemplate:Rdelim
Absolute value of a fraction
   Template:Sfrac + cTemplate:Rdelim
Norm of a vector with scalar fractions

        Template:SfracTemplate:RdelimA +     Template:SfracTemplate:RdelimBTemplate:Rdelim

A representation of the Lorentz group
  Template:Sfrac, 0Template:Rdelim  0, Template:SfracTemplate:Rdelim
Ampère's circuital law with Maxwell's correction

S
Bdx =
S
  μ0J + Template:SfracTemplate:SfracTemplate:RdelimdS

See also

External links