On Mon, 15 Mar 2010, Mehdi Omidali wrote:
Thank you. It is perfect now. I think this solution deserve appearing in your
MyWay manual. In fact, it deserves to be supported directly in MKIV.
I'll add it to the MyWay. MkIV will support it when we eventually get down
to an overhaul of display mat
On 3/15/2010 8:10 PM, Aditya Mahajan wrote:
On Mon, 15 Mar 2010, Mehdi Omidali wrote:
ConTeXt does not support that directly, but you can fake it.
\def\NRtag{&\global\let\doalignNC\dodoalignNC\doalignNRtag}%
\def\doalignNRtag[#1]%
{#1\crcr}
\starttext
\placeformula
\startformula
\sta
On Mon, 15 Mar 2010, Mehdi Omidali wrote:
> On 3/15/2010 2:21 AM, Aditya Mahajan wrote:
>> On Mon, 15 Mar 2010, Mehdi Omidali wrote:
>>
>>
>>> Hi,
>>> Finally, after reading source code of math-ali.mkiv, I found the best way
>>> to
>>> typeset my multiline equation as follows
>>>
>>> \starttext
On 3/15/2010 2:21 AM, Aditya Mahajan wrote:
On Mon, 15 Mar 2010, Mehdi Omidali wrote:
Hi,
Finally, after reading source code of math-ali.mkiv, I found the best way to
typeset my multiline equation as follows
\starttext
\placeformula
\startformula
\startalign[n=3]
This means that y
On Mon, 15 Mar 2010, Mehdi Omidali wrote:
> Hi,
> Finally, after reading source code of math-ali.mkiv, I found the best way to
> typeset my multiline equation as follows
>
> \starttext
> \placeformula
>
> \startformula
>
> \startalign[n=3]
This means that you must have three "columns" in each li
Hi,
Finally, after reading source code of math-ali.mkiv, I found the best
way to typeset my multiline equation as follows
\starttext
\placeformula
\startformula
\startalign[n=3]
\NC x^2 + y^2 \NC = z^2 \NC \NR[eq:1]
\NC\NC = w^2 \NC + u^2\NC \text{(by \in{Equation}[eq:2])} \cr
\NC\NC + v^2
