b****t
发帖数: 114 | 1 Hi all,
I want to add some extra margins on either side.
like this
39 Consider the integer-optimization problem: \\
40 \\
41 \begin{tabbing}
42 $\mathbf{(P)}$ \= \kill
43 \> find $\underline{x}^*$ such that \\
44 \[ \underline{x}^* \in \argmin{\underline{x} \in \mathbb{X}}\: g (\
underline{x}) \]
45 \< where $\mathbb{X} \subseteq\mathbb{Z}^d$ and $\mathbb{Z}^d$ is
the set of $d$-dimensional
46 integer vectors, and $g:\mathbb{X} \to \mathbb{ | T*******n
发帖数: 493 | 2 You can't use \[ ... \] or \begin{equation} ... \end{equation} within "
tabbing".
If you can show what exactly you want aligned I can probably show you
how to do it using equation+split+text. I couldn't figure out what you
wanted because you had a problematic \< in your example.
(\
【在 b****t 的大作中提到】
: Hi all,
: I want to add some extra margins on either side.
: like this
: 39 Consider the integer-optimization problem: \\
: 40 \\
: 41 \begin{tabbing}
: 42 $\mathbf{(P)}$ \= \kill
: 43 \> find $\underline{x}^*$ such that \\
: 44 \[ \underline{x}^* \in \argmin{\underline{x} \in \mathbb{X}}\: g (\
: underline{x}) \]
|
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