Porism 18.0.2.
This is a short little ditty that follows immediately from the previous proof.
Chapter 18 Renaming Elements
The preceding sections have provided a lengthy list of PreTeXt tags that behave interchangeably. Perhaps you don’t like one of their names. For instance, suppose your project will not involve any
<algorithm>s, but you need another theorem-like tag whose name you would like to have rendered as “Porism”. To do this, you need to add a <rename> element to the <docinfo> element of your code. For our example, the necessary code would be <rename element="algorithm">Porism</rename>. A <rename> element generates a global change; it is not possible to rename a single instance of an element or to define your own tags (without writing your own XSLT code.
We have included this
<rename> code in this guide’s <docinfo>, and as such, we can do the following.
<algorithm> and <rename><algorithm>
<statement>
<p>
This is a short little ditty that follows immediately from the previous proof.
</p>
</statement>
<proof>
<p>
We'll still include a proof though.
</p>
</proof>
</algorithm>
The code in Listing 18.0.1 produces the following output:
A special note about renaming <exercise>s.
Because of the range of divisions that can contain an
<exercise> element with different names displayed (such as “Checkpoint” for an inline exercise), one cannot simply use @element with value exercise in a <rename> element. The value of @element to rename an <exercise> is as follows:-
divisionalexercisefor an<exercise>inside<exercises>,<subexercises>, or<exercisegroup>with default “Exercise” -
inlineexercisefor an inline exerise with default “Checkpoint” -
worksheetexercisefor an<exercise>contained in a<worksheet>with default “Worksheet Exercise” -
readingquestionfor an<exercise>contained in a<reading-questions>with default “Reading Question”
