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 custom
Willi Egger writes:
> To my knowledge the printer will have more hand-work than accepting
> that e.g. the 2*4*2 or the 2*2*4 scheme is used. - Again, if I
> understand you correctly, then the folding machine can only do a
> single fold. So after assembling the section with two folded sheets
> sti
To my knowledge the printer will have more hand-work than accepting that e.g.
the 2*4*2 or the 2*2*4 scheme is used. - Again, if I understand you correctly,
then the folding machine can only do a single fold. So after assembling the
section with two folded sheets still a manual fold must be mad
Willi Egger writes:
> Hi Marco,
>
> If I understand correctly what you need is a system which is basically
> based on booklet-printing but each booklet should be restricted to 16
> pages. In this case you might try
>
> \setuparranging[2*2*4]
>
> This scheme put two pages on the front and two pag
Hans Hagen writes:
> On 29-5-2012 19:06, Marco Pessotto wrote:
>
>> 3. page-imp.mkiv would be the best solution (obviously). I've dug a bit
>> into the code, but I'm in deep waters. I can't understand where the
>> sequence of the pages is defined. the \pusharrangedpageSCHEMA seems just
>> to def
Hi Marco,
If I understand correctly what you need is a system which is basically based on
booklet-printing but each booklet should be restricted to 16 pages.
In this case you might try
\setuparranging[2*2*4]
This scheme put two pages on the front and two pages on the backside of a sheet
of pa
On 29-5-2012 19:06, Marco Pessotto wrote:
3. page-imp.mkiv would be the best solution (obviously). I've dug a bit
into the code, but I'm in deep waters. I can't understand where the
sequence of the pages is defined. the \pusharrangedpageSCHEMA seems just
to define the position inside the page, n
Hello there.
I'd need a custom imposition schema, just like the 2*4*2, but first the
sheets will be folded, then inserted in signatures of 16 pages, and then
finally bound. (They said the machine can fold only one sheet).
I came up with 3 "solutions" (or 3 hacks, as you wish):
1. psutils/pstops
