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commit 9c333eb002312f06149c53301690ee3b110d70bb
Author: buildbot <[email protected]>
AuthorDate: Thu Jul 28 18:24:20 2022 +0000
Automatic Site Publish by Buildbot
---
.../docs/Quantiles/SketchingQuantilesAndRanksTutorial.html | 14 +++++++-------
1 file changed, 7 insertions(+), 7 deletions(-)
diff --git a/output/docs/Quantiles/SketchingQuantilesAndRanksTutorial.html
b/output/docs/Quantiles/SketchingQuantilesAndRanksTutorial.html
index 916d9b54..81d3b82a 100644
--- a/output/docs/Quantiles/SketchingQuantilesAndRanksTutorial.html
+++ b/output/docs/Quantiles/SketchingQuantilesAndRanksTutorial.html
@@ -538,7 +538,7 @@ of quantiles, ranks and their functions.</p>
<h2 id="what-is-a-quantile">What is a quantile?</h2>
-<h3 id="a-quantile-is-a-value-that-is-associated-with-a-particular-rank">A
<strong><em>quantile</em></strong> is a <em>value</em> that is associated with
a particular <strong><em>rank</em></strong>.</h3>
+<h3 id="a-quantile-is-a-value-that-is-associated-with-a-particular-rank">A
<strong><em>quantile</em></strong> is a <strong><em>value</em></strong> that is
associated with a particular <strong><em>rank</em></strong>.</h3>
<p><em>Quantile</em> is the general term that includes other terms that are
also quantiles.
To wit:</p>
@@ -586,9 +586,9 @@ To wit:</p>
<p>Let’s define the functions</p>
-<h3
id="quantilerank-or-qr--return-the-quantile-value-q-associated-with-a-given-rank-r"><em>quantile(rank)</em>
or <em>q(r)</em> := return the quantile value <em>q</em> associated with a
given <em>rank, r</em>.</h3>
+<h3
id="quantilerank-or-qr--return-the-quantile-value-q-associated-with-a-given-rank-r"><strong><em>quantile(rank)</em></strong>
or <strong><em>q(r)</em></strong> := return the quantile value
<strong><em>q</em></strong> associated with<br /> a given <strong><em>rank,
r</em></strong>.</h3>
-<h3
id="rankquantile-or-rq--return-the-rank-r-associated-with-the-given-quantile-q"><em>rank(quantile)</em>
or <em>r(q)</em> := return the rank <em>r</em> associated with the given
<em>quantile, q</em>.</h3>
+<h3
id="rankquantile-or-rq--return-the-rank-r-associated-with-a-given-quantile-q"><strong><em>rank(quantile)</em></strong>
or <strong><em>r(q)</em></strong> := return the rank
<strong><em>r</em></strong> associated with<br /> a given <strong><em>quantile,
q</em></strong>.</h3>
<p>Using an example from the table:</p>
@@ -724,7 +724,7 @@ the function <em>r(q)</em> is ambiguous. We will see how to
resolve this shortly
<h2 id="two-search-conventions-used-when-finding-ranks-rq">Two search
conventions used when finding ranks, r(q)</h2>
-<h3 id="the-non-inclusive-criterion-for-rq-aka-the-lt-criterion">The <em>non
inclusive</em> criterion for <em>r(q)</em> (a.k.a. the <em>LT</em>
criterion):</h3>
+<h3 id="the-non-inclusive-criterion-for-rq-aka-the-lt-criterion">The
<strong><em>non inclusive</em></strong> criterion for
<strong><em>r(q)</em></strong> (a.k.a. the <strong><em>LT</em></strong>
criterion):</h3>
<p>Given <em>q</em>, search the quantile array until we find the adjacent pair
<em>{q1, q2}</em> where <em>q1 < q <= q2</em>. Return the rank associated
with <em>q1</em>, the first of the pair.</p>
@@ -759,7 +759,7 @@ the function <em>r(q)</em> is ambiguous. We will see how to
resolve this shortly
</tbody>
</table>
-<h3 id="the-inclusive-criterion-for-rq-aka-the-le-criterion">The
<em>inclusive</em> criterion for <em>r(q)</em> (a.k.a. the <em>LE</em>
criterion):</h3>
+<h3 id="the-inclusive-criterion-for-rq-aka-the-le-criterion">The
<strong><em>inclusive</em></strong> criterion for
<strong><em>r(q)</em></strong> (a.k.a. the <strong><em>LE</em></strong>
criterion):</h3>
<p>Given <em>q</em>, search the quantile array until we find the adjacent pair
<em>{q1, q2}</em> where <em>q1 <= q < q2</em>. Return the rank associated
with <em>q1</em>, the first of the pair.</p>
@@ -796,7 +796,7 @@ the function <em>r(q)</em> is ambiguous. We will see how to
resolve this shortly
<h2 id="two-search-conventions-when-finding-quantiles-qr">Two search
conventions when finding quantiles, q(r)</h2>
-<h3 id="the-non-inclusive-criterion-for-qr-aka-the-gt-criterion">The <em>non
inclusive</em> criterion for <em>q(r)</em> (a.k.a. the <em>GT</em>
criterion):</h3>
+<h3 id="the-non-inclusive-criterion-for-qr-aka-the-gt-criterion">The
<strong><em>non inclusive</em></strong> criterion for
<strong><em>q(r)</em></strong> (a.k.a. the <strong><em>GT</em></strong>
criterion):</h3>
<p>Given <em>r</em>, search the rank array until we find the adjacent pair
<em>{r1, r2}</em> where <em>r1 <= r < r2</em>. Return the quantile
associated with <em>r2</em>, the second of the pair.</p>
@@ -831,7 +831,7 @@ the function <em>r(q)</em> is ambiguous. We will see how to
resolve this shortly
</tbody>
</table>
-<h3 id="the-inclusive-criterion-for-qr--aka-the-ge-criterion">The
<em>inclusive</em> criterion for <em>q(r)</em> (a.k.a. the <em>GE</em>
criterion):</h3>
+<h3 id="the-inclusive-criterion-for-qr--aka-the-ge-criterion">The
<strong><em>inclusive</em></strong> criterion for
<strong><em>q(r)</em></strong> (a.k.a. the <strong><em>GE</em></strong>
criterion):</h3>
<p>Given <em>r</em>, search the rank array until we find the adjacent pair
<em>{r1, r2}</em> where <em>r1 < r <= r2</em>. Return the quantile
associated with <em>r2</em>, the second of the pair.</p>
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