Hi Peter, On Sun, 20 Jan 2008, Peter I. Hansen wrote:

Hi,

In context I would very much like to use the intlimits feature from amsmath. I LaTex this would be done by:

\usepackage[intlimits]{amsmath}

I've seached google and contextgarden but didn't find any related hint. Do any of you guys know?

Here is a patch. Right now, you will have to use \chardef\intlimitcode = <number> where <number> is 0 for \nolimits (default) 1 for \displaylimits (similar to amsmath intlimit 2 for \limits Hans: I am not sure which is the right way to interface this. Should we add \setupmathematics (there could be other options in the future)? \chardef\intlimitcode\zerocount %0 nolimits 1 displaylimits 2 limits \def\intlimits {\ifcase\intlimitcode \nolimits \or \displaylimits \or \limits \fi} \definemathcommand [int] {\intop \intlimits} \definemathcommand [oint] {\ointop\intlimits} \def\repeatintegral#1% {\scratchtoks\emptytoks \let\dointlimits\intlimits \dorecurse{#1}{\appendtoks \intop \dointkern \to \scratchtoks} \appendtoks \intop \dointlimits \to \scratchtoks \edef\dodorepeatintegral{\the\scratchtoks}% \futurelet\next\dorepeatintegral} \def\dorepeatintegral {\ifx\next\limits \dointlimitcorrection \else \ifx\next\displaylimits \dointlimitcorrection \else \ifx\next\nolimits \donothing \else \ifcase\intlimitcode\else \dointlimitcorrection \fi\fi\fi\fi \dodorepeatintegral} % Example: \starttext \startbuffer $\int_a^b f(x) dx$ and also $\iint_a^b f(x,y) dxdy$, $\iiint_a^b f(x,y) dxdy$, $\iiiint_a^b f(x) dx$ \startformula \int_a^b f(x) dx \quad \iint_a^b f(x) dx \quad \iiint_a^b f(x) dx \quad \iiiint_a^b f(x) dx \quad \stopformula \stopbuffer Default: \getbuffer Displaylimits: \chardef\intlimitcode\plusone \getbuffer Limits: \chardef\intlimitcode\plustwo \getbuffer \stoptext