\inmframed (and by extension \definemathframed[...][location=low,...]) does not get the right vertical space. For example, \starttext \startformula \ln (1+x) = \inmframed{x - {\frac {x^2}{2}}} + \frac{x^3}{3}-\cdots. \stopformula \stoptext Note that the two fractions do not align at the horizontal bar. Is it possible for all expressions to be aligned at the math axis? Aditya
On 6/14/2013 9:06 PM, Aditya Mahajan wrote:
\inmframed (and by extension \definemathframed[...][location=low,...]) does not get the right vertical space. For example,
\starttext \startformula \ln (1+x) = \inmframed{x - {\frac {x^2}{2}}} + \frac{x^3}{3}-\cdots. \stopformula \stoptext
Note that the two fractions do not align at the horizontal bar.
Is it possible for all expressions to be aligned at the math axis? Aditya
like this? \unprotect \newcount\c_pack_framed_mc \unexpanded\def\mcframed {\doifnextoptionalelse\pack_framed_mc_yes\pack_framed_mc_nop} \unexpanded\def\pack_framed_mc_begin {\bgroup \global\advance\c_pack_framed_mc\plusone \edef\pack_framed_mc_one{mcf:1:\number\c_pack_framed_mc}% \edef\pack_framed_mc_two{mcf:2:\number\c_pack_framed_mc}% \lower\dimexpr\MPy\pack_framed_mc_two-\MPy\pack_framed_mc_one\relax \hbox\bgroup \xypos\pack_framed_mc_one} \unexpanded\def\pack_framed_mc_end {\egroup \egroup} \unexpanded\def\pack_framed_mc_nop#1% {\pack_framed_mc_begin \mframed{\xypos\pack_framed_mc_two#1}% \pack_framed_mc_end} \unexpanded\def\pack_framed_mc_yes[#1]#2% {\pack_framed_mc_begin \mframed[#1]{\xypos\pack_framed_mc_two#2}% \pack_framed_mc_end} \protect \starttext \startformula \ln (1+x) = \mcframed{x - {\frac {x^2}{\frac{x^3}{\frac{x^3}{3}}}}} + \frac{x^3}{3}-\cdots. \stopformula \startformula \ln (1+x) = \mcframed[background=color,backgroundcolor=red,foregroundcolor=white,frame=off]{x - {\frac {x^2}{\frac{x^3}{\frac{x^3}{3}}}}} + \frac{x^3}{3}-\cdots. \stopformula \stoptext ----------------------------------------------------------------- Hans Hagen | PRAGMA ADE Ridderstraat 27 | 8061 GH Hasselt | The Netherlands tel: 038 477 53 69 | voip: 087 875 68 74 | www.pragma-ade.com | www.pragma-pod.nl -----------------------------------------------------------------
On Fri, 14 Jun 2013, Hans Hagen wrote:
On 6/14/2013 9:06 PM, Aditya Mahajan wrote:
\inmframed (and by extension \definemathframed[...][location=low,...]) does not get the right vertical space. For example,
\starttext \startformula \ln (1+x) = \inmframed{x - {\frac {x^2}{2}}} + \frac{x^3}{3}-\cdots. \stopformula \stoptext
Note that the two fractions do not align at the horizontal bar.
Is it possible for all expressions to be aligned at the math axis? Aditya
like this?
\unprotect
\newcount\c_pack_framed_mc
\unexpanded\def\mcframed {\doifnextoptionalelse\pack_framed_mc_yes\pack_framed_mc_nop}
\unexpanded\def\pack_framed_mc_begin {\bgroup \global\advance\c_pack_framed_mc\plusone \edef\pack_framed_mc_one{mcf:1:\number\c_pack_framed_mc}% \edef\pack_framed_mc_two{mcf:2:\number\c_pack_framed_mc}% \lower\dimexpr\MPy\pack_framed_mc_two-\MPy\pack_framed_mc_one\relax \hbox\bgroup \xypos\pack_framed_mc_one}
\unexpanded\def\pack_framed_mc_end {\egroup \egroup}
\unexpanded\def\pack_framed_mc_nop#1% {\pack_framed_mc_begin \mframed{\xypos\pack_framed_mc_two#1}% \pack_framed_mc_end}
\unexpanded\def\pack_framed_mc_yes[#1]#2% {\pack_framed_mc_begin \mframed[#1]{\xypos\pack_framed_mc_two#2}% \pack_framed_mc_end}
\protect
Interesting use of \xypos to get the correct positioning. However, since \mframed comes inside the \hbox, this mechanism does not inherit the mathstyle: \startformula \sum_{i=1}^5 f_i(x) \mcframed{\sum_{i=1}^5 f_i(x)} \mframed[location=low]{\sum_{i=1}^5 f_i(x)} \stopformula Should this replace the current mathframed mechanism? Aditya
On 6/14/2013 9:06 PM, Aditya Mahajan wrote:
\inmframed (and by extension \definemathframed[...][location=low,...]) does not get the right vertical space. For example,
\starttext \startformula \ln (1+x) = \inmframed{x - {\frac {x^2}{2}}} + \frac{x^3}{3}-\cdots. \stopformula \stoptext
Note that the two fractions do not align at the horizontal bar.
Is it possible for all expressions to be aligned at the math axis? Aditya
\unprotect \newcount\c_pack_framed_mc \def\pack_framed_math_pos {\global\advance\c_pack_framed_mc\plusone \xdef\pack_framed_mc_one{mcf:1:\number\c_pack_framed_mc}% \xdef\pack_framed_mc_two{mcf:2:\number\c_pack_framed_mc}% \xypos\pack_framed_mc_two} \def\pack_framed_mathframed_indeed[#1]#2% no fancy nesting supported here {\iffirstargument \setupcurrentmathframed[#1]% \fi \c_framed_mstyle\mathstyle \edef\m_framed_location{\mathframedparameter\c!location}% \ifx\m_framed_location\v!mathematics \let\normalstrut\pack_framed_math_pos \else\ifx\m_framed_location\v!low\else \let\normalstrut\pack_framed_math_strut \fi\fi \inheritedmathframedframed{\Ustartmath\triggermathstyle\c_framed_mstyle#2\Ustopmath}% \endgroup} \installframedlocator \v!mathematics {} {\lower\dimexpr\MPy\pack_framed_mc_two-\MPy\pack_framed_mc_one\relax \hbox{\xypos\pack_framed_mc_one\box\b_framed_normal}} \definemathframed[mcframed] [\c!location=\v!mathematics] \protect I'll add it \starttext \startformula \ln (1+x) = \mcframed[background=color,backgroundcolor=red,foregroundcolor=white,frame=off]{x - {\frac {x^2}{\frac{x^3}{\frac{x^3}{3}}}}} + \frac{x^3}{3}-\cdots. \stopformula \startformula \ln (1+x) = \mcframed{x - {\frac {x^2}{\frac{x^3}{\frac{x^3}{3}}}}} + \frac{x^3}{3}-\cdots. \stopformula \stoptext ----------------------------------------------------------------- Hans Hagen | PRAGMA ADE Ridderstraat 27 | 8061 GH Hasselt | The Netherlands tel: 038 477 53 69 | voip: 087 875 68 74 | www.pragma-ade.com | www.pragma-pod.nl -----------------------------------------------------------------
On Sat, 15 Jun 2013, Hans Hagen wrote:
On 6/14/2013 9:06 PM, Aditya Mahajan wrote:
\inmframed (and by extension \definemathframed[...][location=low,...]) does not get the right vertical space. For example,
\starttext \startformula \ln (1+x) = \inmframed{x - {\frac {x^2}{2}}} + \frac{x^3}{3}-\cdots. \stopformula \stoptext
Note that the two fractions do not align at the horizontal bar.
Is it possible for all expressions to be aligned at the math axis? Aditya
I'll add it
Thanks. Aditya
participants (2)
-
Aditya Mahajan -
Hans Hagen