rotated (landscape) pages in portrait document
Dear list, First one question: what is the MKIV-way of doing something like \startbuffer[a] % set text width for formula somehow \startformula\startalign \NC a \NC = b \NR \stopalign\stopformula \stopbuffer \framed{\rotate[rotation=90]{\externalfigure[\jobname-a.tmp]}} possibly adjusting width of formula to actual width (even if that is done manually)? And the other question: is there some quick trick that would "rotate the whole page" inside a document, so that the page would still be portrait, but text would be rotated with textwidth and textheight swapped, but with preserved main header (in reality I do not care about the header). I would like to put a narrow, but several lines long equation (\startalign) on left (bottom) and image on the right (top). I was playing with an approximation \rotate[rotation=90]{\vbox{ \startformula\startalign[n=6,align={middle,middle,right,middle,left,left}] \NC l \NC\hbox to 1em{}\NC m_l \NC\hbox to 1em{}\NC \text{orb.}\hbox to 2em{} \NC Y_{lm}\NR \NC 0 \NC\NC 0 \NC\NC s \NC \frac{1}{2}\sqrt{\frac{ 1}{π}} \NR \NC 1 \NC\NC 0 \NC\NC p_z \NC \frac{1}{2}\sqrt{\frac{ 3}{π}}\frac{z}{r} \NR \NC 1 \NC\NC \pm1 \NC\NC p_x \NC \frac{1}{2}\sqrt{\frac{ 3}{π}}\frac{x}{r} \NR \NC \NC\NC \NC\NC p_y \NC \frac{1}{2}\sqrt{\frac{ 3}{π}}\frac{y}{r} \NR \NC 2 \NC\NC 0 \NC\NC d_{z^2} \NC \frac{1}{4}\sqrt{\frac{ 5}{π}}\frac{3z^2-r^2}{r^2} \NR \NC 2 \NC\NC \pm1 \NC\NC d_{xz} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{xz}{r^2} \NR \NC \NC\NC \NC\NC d_{yz} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{yz}{r^2} \NR \NC 2 \NC\NC \pm2 \NC\NC d_{xy} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{xy}{r^2} \NR \NC \NC\NC \NC\NC d_{x^2-y^2} \NC \frac{1}{4}\sqrt{\frac{15}{π}}\frac{x^2-y^2}{r^2} \NR \stopalign\stopformula}} % and then externalfigure on the right ... but the formula takes exactly \textwidth space, I didn't manage to convince it to consume less space (I could probably change textwidth locally). I know for workarounds (typesetting a different document for example and then include the page), but I really wonder if switching orientation just for a page (to typeset a table for example) is doable in some elegant way. This is all low priority though. Thanks a lot, Mojca
Am 01.10.2010 um 17:41 schrieb Mojca Miklavec:
Dear list,
First one question: what is the MKIV-way of doing something like
\startbuffer[a] % set text width for formula somehow \startformula\startalign \NC a \NC = b \NR \stopalign\stopformula \stopbuffer
\framed{\rotate[rotation=90]{\externalfigure[\jobname-a.tmp]}}
possibly adjusting width of formula to actual width (even if that is done manually)?
Something like this? \startbuffer[a] \startTEXpage[width=\textheight] \startformula\startalign \NC a \NC = b \NR \stopalign\stopformula \stopTEXpage \stopbuffer \starttext \framed{\rotate[rotation=90]{\getbuffer[a]}} \stoptext Wolfgang
On Fri, Oct 1, 2010 at 18:12, Wolfgang Schuster wrote:
Am 01.10.2010 um 17:41 schrieb Mojca Miklavec:
Dear list,
First one question: what is the MKIV-way of doing something like
\startbuffer[a] % set text width for formula somehow \startformula\startalign \NC a \NC = b \NR \stopalign\stopformula \stopbuffer
\framed{\rotate[rotation=90]{\externalfigure[\jobname-a.tmp]}}
possibly adjusting width of formula to actual width (even if that is done manually)?
Something like this?
\startbuffer[a] \startTEXpage[width=\textheight] \startformula\startalign \NC a \NC = b \NR \stopalign\stopformula \stopTEXpage \stopbuffer
\starttext \framed{\rotate[rotation=90]{\getbuffer[a]}} \stoptext
Nasty! I would never even think that something like \rotate[rotation=90]{\startTEXpage[width=5cm] \input tufte \stopTEXpage} would work. I didn't need the width= parameter (in fact I wanted to have a narrower formula, so I'm glad that this worked ...). Related to your second suggestion (I still like formula for some reason) ... do you have any idea why the spacing around formula is broken? If I use \startTEXpage[width=...] or when I draw a frame around formula the spacing is OK, only in this example it seems as if formula was infinitely thin. A bug? Thanks a lot, Mojca \startbuffer[a] \startTEXpage \startformula\startalign[n=6,align={middle,middle,right,middle,left,left}] \NC l \NC\hbox to 1em{}\NC m_l \NC\hbox to 1em{}\NC \text{orb.}\hbox to 2em{} \NC Y_{lm}\NR \NC 0 \NC\NC 0 \NC\NC s \NC \frac{1}{2}\sqrt{\frac{ 1}{π}} \NR \NC 1 \NC\NC 0 \NC\NC p_z \NC \frac{1}{2}\sqrt{\frac{ 3}{π}}\frac{z}{r} \NR \NC 1 \NC\NC \pm1 \NC\NC p_x \NC \frac{1}{2}\sqrt{\frac{ 3}{π}}\frac{x}{r} \NR \NC \NC\NC \NC\NC p_y \NC \frac{1}{2}\sqrt{\frac{ 3}{π}}\frac{y}{r} \NR \NC 2 \NC\NC 0 \NC\NC d_{z^2} \NC \frac{1}{4}\sqrt{\frac{ 5}{π}}\frac{3z^2-r^2}{r^2} \NR \NC 2 \NC\NC \pm1 \NC\NC d_{xz} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{xz}{r^2} \NR \NC \NC\NC \NC\NC d_{yz} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{yz}{r^2} \NR \NC 2 \NC\NC \pm2 \NC\NC d_{xy} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{xy}{r^2} \NR \NC \NC\NC \NC\NC d_{x^2-y^2} \NC \frac{1}{4}\sqrt{\frac{15}{π}}\frac{x^2-y^2}{r^2} \NR \stopalign\stopformula \stopTEXpage \stopbuffer \starttext \bTABLE[orientation=90,width=\textwidth,align=lohi] \bTR \bTD \externalfigure[cow][width=10cm] \eTD \eTR \bTR \bTD\strut \getbuffer[a] \eTD \eTR \eTABLE \framed{\getbuffer[a]} \stoptext
On 4-10-2010 12:57, Mojca Miklavec wrote: you can treat buffers like images: \rotate[rotation=90]{\externalfigure[a.buffer][width=5cm]} ----------------------------------------------------------------- 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 Mon, Oct 4, 2010 at 01:59, Hans Hagen wrote:
On 4-10-2010 12:57, Mojca Miklavec wrote:
you can treat buffers like images:
\rotate[rotation=90]{\externalfigure[a.buffer][width=5cm]}
Thanks. So \externalfigure[a.buffer] is a MKIV replacement for \externalfigure[\jobname-a.tmp]. I was looking for that answer as well. But still, why does my example in previous mail result in "zero width"? Thanks, Mojca
Am 01.10.2010 um 17:41 schrieb Mojca Miklavec:
And the other question: is there some quick trick that would "rotate the whole page" inside a document, so that the page would still be portrait, but text would be rotated with textwidth and textheight swapped, but with preserved main header (in reality I do not care about the header).
I would like to put a narrow, but several lines long equation (\startalign) on left (bottom) and image on the right (top).
I was playing with an approximation
\rotate[rotation=90]{\vbox{ \startformula\startalign[n=6,align={middle,middle,right,middle,left,left}] \NC l \NC\hbox to 1em{}\NC m_l \NC\hbox to 1em{}\NC \text{orb.}\hbox to 2em{} \NC Y_{lm}\NR \NC 0 \NC\NC 0 \NC\NC s \NC \frac{1}{2}\sqrt{\frac{ 1}{π}} \NR \NC 1 \NC\NC 0 \NC\NC p_z \NC \frac{1}{2}\sqrt{\frac{ 3}{π}}\frac{z}{r} \NR \NC 1 \NC\NC \pm1 \NC\NC p_x \NC \frac{1}{2}\sqrt{\frac{ 3}{π}}\frac{x}{r} \NR \NC \NC\NC \NC\NC p_y \NC \frac{1}{2}\sqrt{\frac{ 3}{π}}\frac{y}{r} \NR \NC 2 \NC\NC 0 \NC\NC d_{z^2} \NC \frac{1}{4}\sqrt{\frac{ 5}{π}}\frac{3z^2-r^2}{r^2} \NR \NC 2 \NC\NC \pm1 \NC\NC d_{xz} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{xz}{r^2} \NR \NC \NC\NC \NC\NC d_{yz} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{yz}{r^2} \NR \NC 2 \NC\NC \pm2 \NC\NC d_{xy} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{xy}{r^2} \NR \NC \NC\NC \NC\NC d_{x^2-y^2} \NC \frac{1}{4}\sqrt{\frac{15}{π}}\frac{x^2-y^2}{r^2} \NR \stopalign\stopformula}} % and then externalfigure on the right ...
but the formula takes exactly \textwidth space, I didn't manage to convince it to consume less space (I could probably change textwidth locally).
I know for workarounds (typesetting a different document for example and then include the page), but I really wonder if switching orientation just for a page (to typeset a table for example) is doable in some elegant way.
\starttext \bTABLE[orientation=90,frame=off,width=\textwidth,height=.5\textheight,align=lohi] \bTR \bTD \externalfigure[cow] \eTD \eTR \bTR \bTD \starttabulate[|Mc|Mr|Ml|Ml|] \NC l \NC m_l \NC \text{orb.} \NC Y_{lm} \NC\NR \NC 0 \NC 0 \NC s \NC \frac{1}{2}\sqrt{\frac{1}{π}} \NC\NR \NC 1 \NC 0 \NC p_z \NC \frac{1}{2}\sqrt{\frac{3}{π}}\frac{z}{r} \NC\NR \NC 1 \NC ±1 \NC p_x \NC \frac{1}{2}\sqrt{\frac{3}{π}}\frac{x}{r} \NC\NR \NC \NC \NC p_y \NC \frac{1}{2}\sqrt{\frac{3}{π}}\frac{y}{r} \NC\NR \NC 2 \NC 0 \NC d_{z^2} \NC \frac{1}{4}\sqrt{\frac{5}{π}}\frac{3z^2-r^2}{r^2} \NC\NR \NC 2 \NC ±1 \NC d_{xz} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{xz}{r^2} \NC\NR \NC \NC \NC d_{yz} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{yz}{r^2} \NC\NR \NC 2 \NC ±2 \NC d_{xy} \NC \frac{1}{2}\sqrt{\frac{15}{π}}\frac{xy}{r^2} \NC\NR \NC \NC \NC d_{x^2-y^2} \NC \frac{1}{4}\sqrt{\frac{15}{π}}\frac{x^2-y^2}{r^2} \NC\NR \stoptabulate \eTD \eTR \eTABLE \stoptext Wolfgang
participants (3)
-
Hans Hagen -
Mojca Miklavec -
Wolfgang Schuster