Difference between revisions of "Command/alignhere"
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(Created page with "Documentation for \alignhere") |
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<cd:description><!-- the long description of the command goes here --> | <cd:description><!-- the long description of the command goes here --> | ||
</cd:description> | </cd:description> | ||
| − | <cd:examples><cd:example title="">\startformula | + | <cd:examples><cd:example title=""><context source="yes"> |
| + | \startformula | ||
\tfrac{1}{2}( p^2 \abs{x} + \abs{x} p^2 ) | \tfrac{1}{2}( p^2 \abs{x} + \abs{x} p^2 ) | ||
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\breakhere | \breakhere | ||
= \abs{x} p \abs{x}^{-1} p \abs{x} | = \abs{x} p \abs{x}^{-1} p \abs{x} | ||
| − | \stopformula</cd:example></cd:examples> | + | \stopformula |
| + | </context></cd:example></cd:examples> | ||
<cd:notes></cd:notes> | <cd:notes></cd:notes> | ||
<cd:seealso> | <cd:seealso> | ||
Revision as of 13:04, 8 May 2024
Contents
\alignhere
Summary
The command \alignhere is used for math, to specify where to align consecutive equations.
Description
Examples
Example 1
\startformula \tfrac{1}{2}( p^2 \abs{x} + \abs{x} p^2 ) \alignhere = \abs{x} p \abs{x}^{-1} p \abs{x} - \tfrac{1}{2} \abs{x} ( \laplace \abs{x}^{-1} ) \abs{x} \breakhere = \abs{x} p \abs{x}^{-1} p \abs{x} - \tfrac{1}{2} \abs{x} 4 \pi \delta(0) \abs{x} \breakhere = \abs{x} p \abs{x}^{-1} p \abs{x} \stopformula
