Hi Hans, This is great news! Thanks for the feature,a nd even more thanks for having made it public… Is there also a way to control the way some signs are more or less close together? For instance in the following example a global way to have a result similar to \int_{0}^1\!\!\!\int_{0}^1 f(x,y)dxdy Best regards: OK %%%% begin spacing-math.tex \startsetups math:morespacing \ordordspacing\textstyle 1mu plus .5mu minus .25mu\relax \stopsetups \setupmathematics[integral=nolimits] \setupmathematics [setups=math:morespacing] \starttext $y=m x+c$ \startformula 4a^2 + 9b^2 - 25c^2 = 0. \stopformula \startformula \int_{0}^1\int_{0}^1 f(x,y)dxdy = \int_{[0,1]\times[0,1]} f(z)dz = \int_{0}^1\!\!\!\int_{0}^1 f(x,y)dxdy. \stopformula \stoptext %%%% end spacing-math.tex Best regards: OK On 5 déc. 2012, at 15:55, Hans Hagen wrote:

\startsetups math:morespacing \ordordspacing\textstyle 1mu plus .5mu minus .25mu\relax \stopsetups

\setupmathematics [setups=math:morespacing]

$y=m x+c$

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