update docs dates

Author: Doug Leasure

README.html

@@ -186,7 +186,7 @@ <h1>
 <p><br></p>
 <p>WorldPop Research Group<br />
 University of Southampton</p>
-<p>24 April 2020</p>
+<p>28 April 2020</p>
 <div id="introduction" class="section level2">
 <h2>Introduction</h2>
 <p><em>wopr</em> is an R package that provides API access to the <a href="https://wopr.worldpop.org" target="_blank">WorldPop Open Population Repository</a>. This gives users the ability to:</p>

README.md

@@ -3,7 +3,7 @@
 WorldPop Research Group  
 University of Southampton
 
-24 April 2020
+28 April 2020
 
 ## Introduction
 

doc/woprAPI.Rmd

@@ -10,7 +10,7 @@ vignette: >
 WorldPop Research Group  
 University of Southampton  
 
-24 April 2020
+28 April 2020
 
 ## Introduction
 

doc/woprAPI.html

@@ -97,7 +97,7 @@ <h1 class="title toc-ignore">An overview of the WOPR API for developers</h1>
 
 <p>WorldPop Research Group<br />
 University of Southampton</p>
-<p>24 April 2020</p>
+<p>28 April 2020</p>
 <div id="introduction" class="section level2">
 <h2>Introduction</h2>
 <p>The WOPR REST API provides a way for web servers and other computers to communicate with the <a href="https://wopr.worldpop.org" target="_blank">WorldPop Open Population Repository</a> to submit requests for data and to retrieve results. This can be used to:</p>
@@ -148,15 +148,15 @@ <h2>Data Download</h2>
 <h2>Spatial Queries</h2>
 <p>Spatial queries can be submitted to WOPR as points or polygon locations in a GeoJSON format using several different WOPR API endpoints that will be described below. Spatial requests are supported for any data releases in the category <code>'Population'</code> that contain an SQL database <code>file_type='sql'</code> (see Data Download above).</p>
 <p>Before describing the API endpoints, a note about the format of the results. WOPR will return population estimates for the queried location and demographic group as a JSON that contains a vector of numbers representing the population estimate for a given location: <code>122,88,108,119,98,92,98,101,121,103,127,122,103,118,...</code>. A histogram of these numbers will graphically illustrate the population estimate and its uncertainty as a probability distribution:</p>
-<p><img src="data:image/png;base64,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" /><!-- --></p>
+<p><img src="data:image/png;base64,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" /><!-- --></p>
 <p>The most likely population estimate is the mean of this distribution (e.g. 100 people, in this case).</p>
 <div class="sourceCode"><pre class="sourceCode r"><code class="sourceCode r"><span class="kw">summary</span>(x)</code></pre></div>
 <pre><code>##    Min. 1st Qu.  Median    Mean 3rd Qu.    Max. 
-##   64.00   93.00  100.00   99.92  106.00  136.00</code></pre>
+##   64.00   93.00  100.00   99.85  107.00  149.00</code></pre>
 <p>The 95% confidence intervals for the population estimate can be calculated as the 0.025 and 0.975 quantiles:</p>
 <div class="sourceCode"><pre class="sourceCode r"><code class="sourceCode r"><span class="kw">quantile</span>(x, <span class="dt">probs=</span><span class="kw">c</span>(<span class="fl">0.025</span>, <span class="fl">0.975</span>))</code></pre></div>
 <pre><code>##  2.5% 97.5% 
-##    81   120</code></pre>
+##    80   120</code></pre>
 <p><br><br></p>
 <hr />
 </div>

doc/woprVision.Rmd

@@ -12,7 +12,7 @@ vignette: >
 WorldPop Research Group  
 University of Southampton  
 
-24 April 2020
+28 April 2020
 
 ## Introduction
 woprVision is an interactive web map that allows you to query population estimates for specific locations and demographic groups from the <a href='https://wopr.worldpop.org' target='_blank'>WorldPop Open Population Repository</a>. This can be used to:

doc/woprVision.html

@@ -52,7 +52,7 @@ <h1 class="title toc-ignore">An overview of the woprVision web application</h1>
 
 <p>WorldPop Research Group<br />
 University of Southampton</p>
-<p>24 April 2020</p>
+<p>28 April 2020</p>
 <div id="introduction" class="section level2">
 <h2>Introduction</h2>
 <p>woprVision is an interactive web map that allows you to query population estimates for specific locations and demographic groups from the <a href="https://wopr.worldpop.org" target="_blank">WorldPop Open Population Repository</a>. This can be used to:</p>

inst/woprVision/www/woprAPI.html

@@ -97,7 +97,7 @@ <h1 class="title toc-ignore">An overview of the WOPR API for developers</h1>
 
 <p>WorldPop Research Group<br />
 University of Southampton</p>
-<p>24 April 2020</p>
+<p>28 April 2020</p>
 <div id="introduction" class="section level2">
 <h2>Introduction</h2>
 <p>The WOPR REST API provides a way for web servers and other computers to communicate with the <a href="https://wopr.worldpop.org" target="_blank">WorldPop Open Population Repository</a> to submit requests for data and to retrieve results. This can be used to:</p>
@@ -148,15 +148,15 @@ <h2>Data Download</h2>
 <h2>Spatial Queries</h2>
 <p>Spatial queries can be submitted to WOPR as points or polygon locations in a GeoJSON format using several different WOPR API endpoints that will be described below. Spatial requests are supported for any data releases in the category <code>'Population'</code> that contain an SQL database <code>file_type='sql'</code> (see Data Download above).</p>
 <p>Before describing the API endpoints, a note about the format of the results. WOPR will return population estimates for the queried location and demographic group as a JSON that contains a vector of numbers representing the population estimate for a given location: <code>122,88,108,119,98,92,98,101,121,103,127,122,103,118,...</code>. A histogram of these numbers will graphically illustrate the population estimate and its uncertainty as a probability distribution:</p>
-<p><img src="data:image/png;base64,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" /><!-- --></p>
+<p><img src="data:image/png;base64,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" /><!-- --></p>
 <p>The most likely population estimate is the mean of this distribution (e.g. 100 people, in this case).</p>
 <div class="sourceCode"><pre class="sourceCode r"><code class="sourceCode r"><span class="kw">summary</span>(x)</code></pre></div>
 <pre><code>##    Min. 1st Qu.  Median    Mean 3rd Qu.    Max. 
-##   64.00   93.00  100.00   99.92  106.00  136.00</code></pre>
+##   64.00   93.00  100.00   99.85  107.00  149.00</code></pre>
 <p>The 95% confidence intervals for the population estimate can be calculated as the 0.025 and 0.975 quantiles:</p>
 <div class="sourceCode"><pre class="sourceCode r"><code class="sourceCode r"><span class="kw">quantile</span>(x, <span class="dt">probs=</span><span class="kw">c</span>(<span class="fl">0.025</span>, <span class="fl">0.975</span>))</code></pre></div>
 <pre><code>##  2.5% 97.5% 
-##    81   120</code></pre>
+##    80   120</code></pre>
 <p><br><br></p>
 <hr />
 </div>

inst/woprVision/www/woprVision.html

@@ -52,7 +52,7 @@ <h1 class="title toc-ignore">An overview of the woprVision web application</h1>
 
 <p>WorldPop Research Group<br />
 University of Southampton</p>
-<p>24 April 2020</p>
+<p>28 April 2020</p>
 <div id="introduction" class="section level2">
 <h2>Introduction</h2>
 <p>woprVision is an interactive web map that allows you to query population estimates for specific locations and demographic groups from the <a href="https://wopr.worldpop.org" target="_blank">WorldPop Open Population Repository</a>. This can be used to:</p>

inst/woprVision/www/wopr_README.html

@@ -186,7 +186,7 @@ <h1>
 <p><br></p>
 <p>WorldPop Research Group<br />
 University of Southampton</p>
-<p>24 April 2020</p>
+<p>28 April 2020</p>
 <div id="introduction" class="section level2">
 <h2>Introduction</h2>
 <p><em>wopr</em> is an R package that provides API access to the <a href="https://wopr.worldpop.org" target="_blank">WorldPop Open Population Repository</a>. This gives users the ability to:</p>

vignettes/woprAPI.Rmd

@@ -10,7 +10,7 @@ vignette: >
 WorldPop Research Group  
 University of Southampton  
 
-24 April 2020
+28 April 2020
 
 ## Introduction