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geoscene3d:aem:clustercalculations [2021/07/26 11:28] linda_jacobsengeoscene3d:aem:clustercalculations [2021/07/30 10:39] (current) – external edit 127.0.0.1
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 ====== Cluster Calculations ====== ====== Cluster Calculations ======
  
-//This tool can be used if you have a big unlabeled dataset and you need to group all information into smaller categories/clusters. The calculation is iterative where the sum of distances is minimized between datapoints and their corresponding centroid that later forms the basis of the clusters. The number of clusters need to be predefined to make the calculation where each datapoints continually will be assigned to its closest centroid. In this case the closest centroid may consist of commonalities away from other clusters. //+//This tool can be used if you have a big 1D geophysical model dataset and you need to group all information into categories/clusters. The calculation is iterative where the sum of distances is minimized between datapoints and their corresponding centroid that later forms the basis of the clusters. The number of clusters need to be predefined to make the calculation where each datapoints continually will be assigned to its closest centroid. In this case the closest centroid may consist of commonalities away from other clusters. //
  
 __**Requirements:**__ __**Requirements:**__
  
-   * 1D data+   * 1D geophysical models
  
 ---- ----
  
-==== Step 1. Cluster calculation in layers ====+==== Step 1. Cluster calculation ====
  
 1. Open profile and get a data overview in order to evaluate the number of clusters needed. 1. Open profile and get a data overview in order to evaluate the number of clusters needed.
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 3. The resultant cluster information is added to the topplot. 3. The resultant cluster information is added to the topplot.
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-  * The volume of clusters can be observed in the range of 4-6 clusters for the PACES data. 
  
 {{:geoscene3d:aem:topplot_cluster.png}} {{:geoscene3d:aem:topplot_cluster.png}}

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