Hello,
I am not sure if I understand you correctly, but do you directly edit a bbl
file? Normally, a .bib file is made by the user and ConTeXt (and LaTeX as well)
generate the .bbl file for you. Your example works for me using the following
code
\setupbibtex[database={library}]
Am 30.05.2012 um 01:30 schrieb Florian Wobbe:
is there anyone else who knows where the current correspondence docu
resides? I tried again to locate it but to no avail.
There is some guidance about what's new in these messages:
http://www.ntg.nl/pipermail/ntg-context/2012/064695.html
Hello,
please see the following calling cases:
1) context.exe t6.mkiv --address=6
2) context.exe t6.2.mkiv --address=6
Content ot both .mkiv is identical - just to print the passed address value:
\starttext
A \directlua{print(@@@, document.arguments.address)}
\stoptext
The former
As a follow-up, just in case someone will search the archive for a
similar problem, this is my “solution”, regardless of the question if
the imposition scheme is really suitable for binding or not. It's quite
an hack, but it seems to work and is way simpler for a profane like me
to create a
[...] I'm struggling to get the enclosures into an itemized list. This
used to work with the old letter module but now fails:
\startletter[enclosure={A\\B\\C}, ...] -- encl: AcrlfBcrlfC
In http://www.ntg.nl/pipermail/ntg-context/2012/064721.html Wolfgang
proposed
Am 30.05.2012 um 11:58 schrieb Florian Wobbe:
[...] I'm struggling to get the enclosures into an itemized list. This
used to work with the old letter module but now fails:
\startletter[enclosure={A\\B\\C}, ...] -- encl: AcrlfBcrlfC
In
[...] I'm struggling to get the enclosures into an itemized list. This
used to work with the old letter module but now fails:
\startletter[enclosure={A\\B\\C}, ...] -- encl: AcrlfBcrlfC
In http://www.ntg.nl/pipermail/ntg-context/2012/064721.html Wolfgang
proposed
Thanks - I sorted it out by using a standard BibTeX .bib file. I was
trying to do it all in one file, and finding the bib module documentation
quite confusing. And for what it's worth, I'm using mkii.
-Alasdair
On Wed, May 30, 2012 at 4:09 PM, Andy Thomas andytho...@web.de wrote:
Hello,
I
Hello,
I apologize to bumb my own post, but does anyone know, where to put sample.bib?
Or did the default search path for bibtex change? The basic example on
http://wiki.contextgarden.net/Bibliography_mkiv does not work as well, because
of the same reason. I would then try to update the wiki.
On Wed 30 May 2012, Andy Thomas wrote:
I apologize to bumb my own post, but does anyone know, where to put
sample.bib? Or did the default search path for bibtex change? The
basic example on http://wiki.contextgarden.net/Bibliography_mkiv
does not work as well, because of the same reason. I
In such cases I define a layer and put the individual pieces into the right
spot. The layer can be used as a background then.
Willi
On May 30, 2012, at 2:19 PM, Jan Pohanka wrote:
Hello,
I'm making a template for company documents and we need to have something
similar in the footer
I've encountered a MetaPost issue, and since many MetaPost users also use
ConTeXt (and vice-versa), I am posting this question on both lists.
The command
show identity rotated 270 yscaled 0.5;
outputs
(0,0,0,1,-0.5,0)
as expected, while the command
show identity transformed
Hi,
the macro graphictext fails. In MkIV the resulting .mpy file is
empty and no text is generated, MkII throws
! Missing `)' has been inserted.
but finally creates the image. Example:
\starttext
\startMPcode
graphictext Test;
\stopMPcode
\stoptext
Marco
On 30-5-2012 23:10, Troy Henderson wrote:
I've encountered a MetaPost issue, and since many MetaPost users also use
ConTeXt (and vice-versa), I am posting this question on both lists.
The command
show identity rotated 270 yscaled 0.5;
outputs
(0,0,0,1,-0.5,0)
as expected, while the
Well then in case anyone needs such a transformation, I've constructed the
(non-unique) transformation T
t:=angle(f,e);
q:=e++f;
p:=(c*f-d*e)/q;
s:=(c*e+d*f)/(q**2);
transform T;
T:=identity rotated t xscaled p yscaled q slanted s shifted (a,b);
This yields T=(a,b,c,d,e,f).
Troy
Thanks Dan. This is much better than what I was doing.
Troy
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