     education:   'Education'
     talk:        'Talk'
     blog:        'Blog'
-    currentDataset: "Classifying: K2-0"
+    currentDataset: "Classifying: K1"
   # Home Page
   home:
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                  <td>0.552 R<sub>&odot;</sub></td>
                  <td>15.979</td>
                  <td>3948</td>
                </tr>    

              </table>
              
              <h2>Star</h2>
              <p>Let's begin by calculating the mass of the star that the exo-planet orbits around.        
                You will need to type in the stars magnitude, temperature and radius.</p>
              <div>
                  <table>  
                    <tr>    
                      <th>Apparent Magnitude</th>
                      <th>Temperature</th>
                      <th>Radius</th>
                      <th>Mass</th>
                      <th>Distance from Earth</th>
                    </tr>
                    <tr>  
                      <td><input name="mag"  value="0" maxlength="12" size="4"></td>
                      <td><input name="temp" value="0" maxlength="12" size="4">K</td>
                      <td><input name="radS" value="0" maxlength="15" size="4">R<sub>&odot;</sub></td>
                      <td><span id="massS"> </span></td>
                      <td><span id="distS"> </span></td>  
                    </tr>          
                    </tr>
                      <td class="button_row" colspan="5">
                        <button name="calculate-star" class="button">
                          Calculate
                        </button>  
                    </tr>  
                  </table>
              </div>

              <div>    
                <h2>Exo-planet</h2>
                <p>If you'd like to calculate the size of the exo-planet, you will need to measure the drop in brightness that occurs when the exo-planet travels in front of it's star. You can do this on the Planet Hunters website. Simply click on the Planet Hunters ID in the table above. When you move your cursor over the y-axis of the graph a red line should appear to guide your measurement.</p>  
                <p>Measuring the period of the exo-planet will allow you calculate the distance from the star to the exo-planet. You don't need this if you'd just like to measure the radius of the exo-planet.</p>
              </div>  
              
              <table>
                <tr>
                  <th>Estimated Brightness</th> 
                  <th>Actual Brightness</th> 
                  <th>Period of the exo-planet</th> 
                </tr>  
                <tr>
                  <td><INPUT NAME="estB" VALUE="0" MAXLENGTH="15" SIZE=10>%</td>
                  <td><INPUT NAME="actB" VALUE="0" MAXLENGTH="15" SIZE=10>%</td>
                  <td><INPUT NAME="period" VALUE="0" MAXLENGTH="15" SIZE=6> days</td>
                </tr>
              </table>        

              <table>
                <tr>    
                  <th>Radius</th>
                  <th>Volume</th>
                  <th>Mass</th>

        content        :
          '''
              <p>The following exo-planet has been found by volunteers on this Planet Hunters website, you can see more through <a href="http://talk.planethunters.org/#/collections/CPHS0000d9">this collection</a>.</p>
              <p>The following four exo-planet candidates have been found by volunteers on the <a href="http://www.planethunters.org">Planet Hunters</a> website. We refer to these as 'candidates' and not 'planets' as follow up observations need to be made to confirm their existence, but let's just say, so far it's looking good!</p>
              <table>
                <tr>
                  <th>Planet Hunters ID</th>
