Command/setupmathematics

Syntax (autogenerated)

\setupmathematics[...,...][...=...,...]
[...,...]	name
openup	yes no
symbolset	name
functionstyle	style command
compact	yes no
align	l2r r2l righttoleft
bidi	yes no
sygreek	normal italic none
lcgreek	normal italic none
ucgreek	normal italic none
italics	1 2 3 4 none reset
autopunctuation	yes no all comma yes,semicolon comma,semicolon all,semicolon
setups	name
domain	name reset
textstyle	style command
textcolor	color
functioncolor	color
integral	limits nolimits autolimits displaylimits none
stylealternative	name
default	normal italic
fraction	ams ctx
ampersand	normal
collapsing	1 2 3 none reset
kernpairs	yes no

Syntax

\setupmathematics[...=...]

autopunctuation

`no`	TeX style: place a thin space after a comma
`yes`	If a comma is followed directly by a number, suppress the thin space.
`all`	Like `yes`, and periods behave the same as commas

lcgreek italic normal -- font shape of lowercase greek letters

ucgreek italic normal -- font shape of uppercase greek letters

sygreek italic normal -- font shape of symbol characters such as \nabla, \partial, etc

integral

nolimits	always place limit values next to the integral sign
limits	always place limit values above/below the integral sign
displaylimits	place limit values above/below in displays, and next to the sign in inline maths.
autolimits	the default: `integral=limits`.

Description

Global settings pertaining to the display of mathematics.

Example

Integrals and greek

This example illustrates integral, lcgreek, and ucgreek.

    % mode=mkiv
    \setupmathematics
       [integral=nolimits,
        lcgreek=italic,
        ucgreek=italic,]
    nolimits \m{\int_0^\infty \alpha \Sigma}
    \startformula
        \int_0^\infty \alpha \Sigma
    \stopformula

    \setupmathematics
       [integral=displaylimits,
        lcgreek=normal,
        ucgreek=normal,]

    displaylimits \m{\int_0^\infty \alpha \Sigma}
    \startformula
        \int_0^\infty \alpha \Sigma
    \stopformula

Symbolset

\startformula
    \reals {\mathbf R} \utfchar{"0211D} \utfchar{"1D411}
\stopformula

\setupmathematics
  [symbolset=blackboard-to-bold]

\startformula
    \reals {\mathbf R} \utfchar{"0211D} \utfchar{"1D411}
\stopformula

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