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editorial: tweak recent commit #376

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editorial: tweak recent commit #376

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8220c48
Change U+2212 (MINUS SIGN) to U+002D (HYPHEN-MINUS)
jmdyck Feb 8, 2016
2a19599
Add '*' formatters to [+-]∞
jmdyck Feb 8, 2016
11acf21
Properly title-case the clause title ...
jmdyck Feb 8, 2016
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38 changes: 19 additions & 19 deletions spec.html
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Expand Up @@ -12770,33 +12770,33 @@ <h1>Applying the `%` Operator</h1>
</ul>
</emu-clause>
<emu-clause id="sec-applying-the-exp-operator">
<h1>Applying the `**` operator</h1>
<h1>Applying the `**` Operator</h1>
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The spec isn’t consistent as to whether title case or sentence case should be used for headings. E.g. https://tc39.github.io/ecma262/#sec-normative-references uses sentence case, but https://tc39.github.io/ecma262/#sec-ecmascript-overview uses title case. (I’d personally prefer sentence case everywhere.)

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Actually, it's pretty consistent on using title-case. Your example of sentence-case was changed to title-case 4 days ago in 5ee6f14. (I guess the rendered version hasn't caught up yet.)

(Looking at some example specs, it seems like ECMA prefers title-case and ISO prefers sentence-case.)

<p>
Returns an implementation-dependent approximation of the result of raising _base_ to the power _exponent_.
</p>
<ul>
<li>If _exponent_ is *NaN*, the result is *NaN*.</li>
<li>If _exponent_ is +0, the result is 1, even if _base_ is *NaN*.</li>
<li>If _exponent_ is −0, the result is 1, even if _base_ is *NaN*.</li>
<li>If _exponent_ is -0, the result is 1, even if _base_ is *NaN*.</li>
<li>If _base_ is *NaN* and _exponent_ is nonzero, the result is *NaN*.</li>
<li>If abs(_base_) &gt; 1 and _exponent_ is +&infin;, the result is +&infin;.</li>
<li>If abs(_base_) &gt; 1 and _exponent_ is −&infin;, the result is +0.</li>
<li>If abs(_base_) is 1 and _exponent_ is +&infin;, the result is *NaN*.</li>
<li>If abs(_base_) is 1 and _exponent_ is −&infin;, the result is *NaN*.</li>
<li>If abs(_base_) &lt; 1 and _exponent_ is +&infin;, the result is +0.</li>
<li>If abs(_base_) &lt; 1 and _exponent_ is −&infin;, the result is +&infin;.</li>
<li>If _base_ is +&infin; and _exponent_ &gt; 0, the result is +&infin;.</li>
<li>If _base_ is +&infin; and _exponent_ &lt; 0, the result is +0.</li>
<li>If _base_ is −&infin; and _exponent_ &gt; 0 and _exponent_ is an odd integer, the result is −&infin;.</li>
<li>If _base_ is −&infin; and _exponent_ &gt; 0 and _exponent_ is not an odd integer, the result is +&infin;.</li>
<li>If _base_ is −&infin; and _exponent_ &lt; 0 and _exponent_ is an odd integer, the result is −0.</li>
<li>If _base_ is −&infin; and _exponent_ &lt; 0 and _exponent_ is not an odd integer, the result is +0.</li>
<li>If abs(_base_) &gt; 1 and _exponent_ is *+&infin;*, the result is *+&infin;*.</li>
<li>If abs(_base_) &gt; 1 and _exponent_ is *-&infin;*, the result is +0.</li>
<li>If abs(_base_) is 1 and _exponent_ is *+&infin;*, the result is *NaN*.</li>
<li>If abs(_base_) is 1 and _exponent_ is *-&infin;*, the result is *NaN*.</li>
<li>If abs(_base_) &lt; 1 and _exponent_ is *+&infin;*, the result is +0.</li>
<li>If abs(_base_) &lt; 1 and _exponent_ is *-&infin;*, the result is *+&infin;*.</li>
<li>If _base_ is *+&infin;* and _exponent_ &gt; 0, the result is *+&infin;*.</li>
<li>If _base_ is *+&infin;* and _exponent_ &lt; 0, the result is +0.</li>
<li>If _base_ is *-&infin;* and _exponent_ &gt; 0 and _exponent_ is an odd integer, the result is *-&infin;*.</li>
<li>If _base_ is *-&infin;* and _exponent_ &gt; 0 and _exponent_ is not an odd integer, the result is *+&infin;*.</li>
<li>If _base_ is *-&infin;* and _exponent_ &lt; 0 and _exponent_ is an odd integer, the result is -0.</li>
<li>If _base_ is *-&infin;* and _exponent_ &lt; 0 and _exponent_ is not an odd integer, the result is +0.</li>
<li>If _base_ is +0 and _exponent_ &gt; 0, the result is +0.</li>
<li>If _base_ is +0 and _exponent_ &lt; 0, the result is +&infin;.</li>
<li>If _base_ is −0 and _exponent_ &gt; 0 and _exponent_ is an odd integer, the result is −0.</li>
<li>If _base_ is −0 and _exponent_ &gt; 0 and _exponent_ is not an odd integer, the result is +0.</li>
<li>If _base_ is −0 and _exponent_ &lt; 0 and _exponent_ is an odd integer, the result is −&infin;.</li>
<li>If _base_ is −0 and _exponent_ &lt; 0 and _exponent_ is not an odd integer, the result is +&infin;.</li>
<li>If _base_ is +0 and _exponent_ &lt; 0, the result is *+&infin;*.</li>
<li>If _base_ is -0 and _exponent_ &gt; 0 and _exponent_ is an odd integer, the result is -0.</li>
<li>If _base_ is -0 and _exponent_ &gt; 0 and _exponent_ is not an odd integer, the result is +0.</li>
<li>If _base_ is -0 and _exponent_ &lt; 0 and _exponent_ is an odd integer, the result is *-&infin;*.</li>
<li>If _base_ is -0 and _exponent_ &lt; 0 and _exponent_ is not an odd integer, the result is *+&infin;*.</li>
<li>If _base_ &lt; 0 and _base_ is finite and _exponent_ is finite and _exponent_ is not an integer, the result is *NaN*.</li>
</ul>
<emu-note>
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