Backup typesetters.

Backup typesetters.

[John Culleton]

I am negotiating a largish contract with an UK publisher to 
typeset a technical book, with several tables. The sources will 
be furnished the customer along with the PDF.  They are 
concerned that if in the future I were not available for any 
reason what alternate person or persons they could turn to.

Those of you who do typesetting and layout for fees and who might 
be interested in taking over such a task should it become 
necessary are asked to reply off-list to type@wexfordpress.com. 

I emphasize that this is just a contigency arrangement. I think 
the customer is just being prudent. 
-- 
John Culleton
Able Typesetters and Indexers
http://wexfordpress.com

diplayed centered equations

[olivier Turlier]

hi contexers

I'm having pb trying to arrange aligned centered equations. When 
compiling for right %\eqalignno or left %\leqalign, no pb's. But contex 
is'n t happy with centered ones %\eqalign. Don't know how to solve this 
tiny  but irritating pb.
Here a minimal exemple :

%working
	\placeformula[form:a-prime]
         \startformula
             a^{'} = \frac{1,05 \times N_{s}}{q_{s}} = \frac{1,05 
\times 			0,246}{0,15} = 1,722  \approx \inframed{1,75 m}
         \stopformula

%working
	\placeformula[form:a-prime]
	\startformula
	 \eqalignno{ %%or \leqalignno%%
  		a^{'} & = &  \frac{1,05 \times N_{s}}{q_{s}} 
\formulanumber[form:a-prime:a]{a} \cr
  		 & = &  \frac{1,05 \times 			0,246}{0,15} 
\formulanumber[form:a-prime:b]{b} \cr
		 & = &  1,722  \approx \inframed{1,75 m} 
\formulanumber[form:a-prime:c]{c} \cr
	} \stopformula
	

%not working
	\placeformula[form:a-prime]
	\startformula
	 \eqalign{ %%or \leqalignno%%
  		a^{'} & = &  \frac{1,05 \times N_{s}}{q_{s}} 
\formulanumber[form:a-prime:a]{a} \cr
  		 & = &  \frac{1,05 \times 			0,246}{0,15} 
\formulanumber[form:a-prime:b]{b} \cr
		 & = &  1,722  \approx \inframed{1,75 m} 
\formulanumber[form:a-prime:c]{c} \cr
	} \stopformula




%not working
	\usemodule[nath]
	\placeformula
		\startgather
  			f(x) = x   \\
  			g(x) = x2 \\
  			h(x) = x3
		\stopgather
	\stopformula

Thanks for the answer

Olivier