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Left/Right
Delimiter matching.
The lr function allows you to match two delimiters and scale them with the
content they contain. While this also happens automatically for delimiters
that match syntactically, lr allows you to match two arbitrary delimiters
and control their size exactly. Apart from the lr function, Typst provides
a few more functions that create delimiter pairings for absolute, ceiled,
and floored values as well as norms.
Example
$ [a, b/2] $
$ lr(]sum_(x=1)^n], size: #50%) x $
$ abs((x + y) / 2) $
Function
lrElementElementElement functions can be customized with set and show rules.
set and show rules.Scales delimiters.
While matched delimiters scale by default, this can be used to scale unmatched delimiters and to control the delimiter scaling more precisely.
sizeSettableSettableSettable parameters can be customized for all following uses of the function with a set rule.
set rule.The size of the brackets, relative to the height of the wrapped content.
デフォルト値: 100% + 0pt
bodyRequiredRequiredRequired parameters must be specified when calling the function.PositionalPositionalPositional parameters are specified in order, without names.
The delimited content, including the delimiters.
midElementElementElement functions can be customized with set and show rules.
set and show rules.Scales delimiters vertically to the nearest surrounding lr() group.
$ { x mid(|) sum_(i=1)^n w_i|f_i (x)| < 1 } $
bodyRequiredRequiredRequired parameters must be specified when calling the function.PositionalPositionalPositional parameters are specified in order, without names.
The content to be scaled.
abs
Takes the absolute value of an expression.
$ abs(x/2) $
size
The size of the brackets, relative to the height of the wrapped content.
bodyRequiredRequiredRequired parameters must be specified when calling the function.PositionalPositionalPositional parameters are specified in order, without names.
The expression to take the absolute value of.
norm
Takes the norm of an expression.
$ norm(x/2) $
floor
Floors an expression.
$ floor(x/2) $
ceil
Ceils an expression.
$ ceil(x/2) $
round
Rounds an expression.
$ round(x/2) $
