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cf-conventions.html

@@ -7377,7 +7377,7 @@ <h3 id="_ocean_s_coordinate_generic_form_1"><a class="anchor" href="#_ocean_s_co
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-<p>where <strong><code>z(n,k,j,i)</code></strong> is height, positive upwards, relative to ocean datum (e.g. mean sea level) at gridpoint <strong><code>(n,k,j,i)</code></strong>, <strong><code>eta(n,j,i)</code></strong> is the height of the ocean surface, positive upwards, relative to ocean datum at gridpoint <strong><code>(n,j,i)</code></strong>, <strong><code>s(k)</code></strong> is the dimensionless coordinate at vertical gridpoint <strong><code>(k)</code></strong> with a range of <strong><code>-1 &#8656; s(k) &#8656; 0</code></strong>, <strong><code>s(0)</code></strong> corresponds to <strong><code>eta(n,j,i)</code></strong> whereas <strong><code>s(-1)</code></strong> corresponds to <strong><code>depth(j,i)</code></strong>; <strong><code>C(k)</code></strong> is the dimensionless vertical coordinate stretching function at gridpoint <strong><code>(k)</code></strong> with a range of <strong><code>-1 &#8656; C(k) &#8656; 0</code></strong>, <strong><code>C(0)</code></strong> corresponds to <strong><code>eta(n,j,i)</code></strong> whereas <strong><code>C(-1)</code></strong> corresponds to <strong><code>depth(j,i)</code></strong>; the constant <strong><code>depth_c</code></strong>, (positive value), is a critical depth controlling the stretching and <strong><code>depth(j,i)</code></strong> is the distance from ocean datum to sea floor (positive value) at horizontal gridpoint <strong><code>(j,i)</code></strong>.</p>
+<p>where <strong><code>z(n,k,j,i)</code></strong> is height, positive upwards, relative to ocean datum (e.g. mean sea level) at gridpoint <strong><code>(n,k,j,i)</code></strong>, <strong><code>eta(n,j,i)</code></strong> is the height of the ocean surface, positive upwards, relative to ocean datum at gridpoint <strong><code>(n,j,i)</code></strong>, <strong><code>s(k)</code></strong> is the dimensionless coordinate at vertical gridpoint <strong><code>(k)</code></strong> with a range of <strong><code>-1 &lt;= s(k) &lt;= 0</code></strong>, <strong><code>s(0)</code></strong> corresponds to <strong><code>eta(n,j,i)</code></strong> whereas <strong><code>s(-1)</code></strong> corresponds to <strong><code>depth(j,i)</code></strong>; <strong><code>C(k)</code></strong> is the dimensionless vertical coordinate stretching function at gridpoint <strong><code>(k)</code></strong> with a range of <strong><code>-1 &lt;= C(k) &lt;= 0</code></strong>, <strong><code>C(0)</code></strong> corresponds to <strong><code>eta(n,j,i)</code></strong> whereas <strong><code>C(-1)</code></strong> corresponds to <strong><code>depth(j,i)</code></strong>; the constant <strong><code>depth_c</code></strong>, (positive value), is a critical depth controlling the stretching and <strong><code>depth(j,i)</code></strong> is the distance from ocean datum to sea floor (positive value) at horizontal gridpoint <strong><code>(j,i)</code></strong>.</p>
 </div>
 <div class="paragraph">
 <p>The format for the <strong><code>formula_terms</code></strong> attribute is</p>
@@ -7420,7 +7420,7 @@ <h3 id="_ocean_s_coordinate_generic_form_2"><a class="anchor" href="#_ocean_s_co
 </dl>
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 <div class="paragraph">
-<p>where <strong><code>z(n,k,j,i)</code></strong> is height, positive upwards, relative to ocean datum (e.g. mean sea level) at gridpoint <strong><code>(n,k,j,i)</code></strong>, <strong><code>eta(n,j,i)</code></strong> is the height of the ocean surface, positive upwards, relative to ocean datum at gridpoint <strong><code>(n,j,i)</code></strong>, <strong><code>s(k)</code></strong> is the dimensionless coordinate at vertical gridpoint <strong><code>(k)</code></strong> with a range of <strong><code>-1 &#8656; s(k) &#8656; 0</code></strong>, <strong><code>S(0)</code></strong> corresponds to <strong><code>eta(n,j,i)</code></strong> whereas <strong><code>s(-1)</code></strong> corresponds to <strong><code>depth(j,i)</code></strong>; <strong><code>C(k)</code></strong> is the dimensionless vertical coordinate stretching function at gridpoint <strong><code>(k)</code></strong> with a range of <strong><code>-1 &#8656; C(k) &#8656; 0</code></strong>, <strong><code>C(0)</code></strong> corresponds to <strong><code>eta(n,j,i)</code></strong> whereas <strong><code>C(-1)</code></strong> corresponds to <strong><code>depth(j,i)</code></strong>; the constant <strong><code>depth_c</code></strong>, (positive value), is a critical depth controlling the stretching and <strong><code>depth(j,i)</code></strong> is the distance from ocean datum to sea floor (positive value) at horizontal gridpoint <strong><code>(j,i)</code></strong>.</p>
+<p>where <strong><code>z(n,k,j,i)</code></strong> is height, positive upwards, relative to ocean datum (e.g. mean sea level) at gridpoint <strong><code>(n,k,j,i)</code></strong>, <strong><code>eta(n,j,i)</code></strong> is the height of the ocean surface, positive upwards, relative to ocean datum at gridpoint <strong><code>(n,j,i)</code></strong>, <strong><code>s(k)</code></strong> is the dimensionless coordinate at vertical gridpoint <strong><code>(k)</code></strong> with a range of <strong><code>-1 &lt;= s(k) &lt;= 0</code></strong>, <strong><code>S(0)</code></strong> corresponds to <strong><code>eta(n,j,i)</code></strong> whereas <strong><code>s(-1)</code></strong> corresponds to <strong><code>depth(j,i)</code></strong>; <strong><code>C(k)</code></strong> is the dimensionless vertical coordinate stretching function at gridpoint <strong><code>(k)</code></strong> with a range of <strong><code>-1 &lt;= C(k) &lt;= 0</code></strong>, <strong><code>C(0)</code></strong> corresponds to <strong><code>eta(n,j,i)</code></strong> whereas <strong><code>C(-1)</code></strong> corresponds to <strong><code>depth(j,i)</code></strong>; the constant <strong><code>depth_c</code></strong>, (positive value), is a critical depth controlling the stretching and <strong><code>depth(j,i)</code></strong> is the distance from ocean datum to sea floor (positive value) at horizontal gridpoint <strong><code>(j,i)</code></strong>.</p>
 </div>
 <div class="paragraph">
 <p>The format for the <strong><code>formula_terms</code></strong> attribute is</p>
@@ -11886,6 +11886,9 @@ <h3 id="_working_version_most_recent_first"><a class="anchor" href="#_working_ve
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+<p><a href="https://github.com/cf-convention/cf-conventions/issues/472">Issue #472</a>: Fix incorrect formating for some &lt;= symbols</p>
+</li>
+<li>
 <p><a href="https://github.com/cf-convention/cf-conventions/issues/458">Issue #458</a>: Fix broken link to Unidata documentation.</p>
 </li>
 <li>
@@ -12465,7 +12468,7 @@ <h3 id="_references"><a class="anchor" href="#_references"></a>References</h3>
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 Version 1.11 draft<br>
-Last updated 2023-11-01 20:56:52 UTC
+Last updated 2023-11-06 15:33:50 UTC
 </div>
 </div>
 </body>

conformance.html

@@ -1492,7 +1492,7 @@ <h3 id="parametric-vertical-coordinates">Appendix D Parametric Vertical Coordina
 </div>
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-Last updated 2023-11-01 20:56:59 UTC
+Last updated 2023-11-06 15:33:49 UTC
 </div>
 </div>
 </body>