Thank you again!

Sorry for misspelling your name Aditya!

I was surprised, that the solution of Wolfgang does not work, with 
\expanded{\recurselevel}, though it sounds reasonable. Still all rows are 
marked 0. Alan's suggestion gives me the desired result.

Hm, I was not yet thinking about using cld... Thank you Hans!

Willi
On Mar 17, 2013, at 10:52 PM, Hans Hagen wrote:

> On 3/17/2013 10:38 PM, Aditya Mahajan wrote:
>> On Sun, 17 Mar 2013, Wolfgang Schuster wrote:
>> 
>>> 
>>> Am 17.03.2013 um 13:00 schrieb Willi Egger <cont...@boede.nl>:
>>> 
>>>> Dear all,
>>>> 
>>>> I should prepare a form with a table. The table rows should be numbered.
>>>> 
>>>> How can I get get this done by using \recurselevel.
>>>> In the attached minimal example all rows are numbered with 0.
>>>> 
>>>> \starttext
>>>> \subject{bTABLE--eTABLE: recurse creates rows}
>>>> \bTABLE
>>>>    \dorecurse{3}
>>>>        {\bTR
>>>>            \bTD \recurselevel \eTD
>>>>        \eTR}
>>>> \eTABLE
>>>> 
>>>> What do i do wrongly here?
>>> 
>>> You’re doing nothing wrong but you have to expand the value of the
>>> counter.
>>> 
>>> One feature of natural tables is the calculated width of the cells, to
>>> do this context stores
>>> the content of all cells in a token register, i.e. context stores
>>> \recurselevel as content
>>> of the cell and not the value of the iteration. This content is
>>> processed after all cells
>>> have been stored and the \recurselevel macro uses at this moment its
>>> default value 0.
>>> 
>>> To expand the value of the counter use \expanded{…} to force a expansion.
>>> 
>>> \bTABLE
>>> \dorecurse{3}{\bTR\bTD\recurselevel\eTD\eTR}
>>> \eTABLE
>> 
>> There was a long discussion on this a couple of years back. Summarized
>> here:
>> 
>> http://randomdeterminism.wordpress.com/2009/03/05/tex-programming-the-past-the-present-and-the-future/
> 
> or
> 
> \startluacode
>  context.bTABLE()
>    context.bTR()
>      context.bTD()
>      context.mathematics("(+)")
>      context.eTD()
>      for y = 1,6 do
>        context.bTD()
>          context(y)
>        context.eTD()
>      end
>    context.eTR()
>    for x = 1,6 do
>      context.bTR()
>        context.bTD()
>          context(x)
>        context.eTD()
>        for y = 1,6 do
>          context.bTD()
>            context(x+y)
>          context.eTD()
>        end
>      context.eTR()
>    end
>  context.eTABLE()
> \stopluacode
> 
> 
> -----------------------------------------------------------------
>                                          Hans Hagen | PRAGMA ADE
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