Trying to find a way to find the maximum amount (highest density) of polygons with the rule
the polygons must be non-neighbouring. Essentially selecting a polygon and jump to the next polygon which is not neighbouring and so fort and so on until you encounter a neighbouring one.
Especially the Color scheme: Map coloring. It should give a color id per group
This is a part off some clustered polygons:
And this whole workspace took 15.6 seconds at my side to complete so I find it a very convenient fast way for clustering (most time is taken up for reading/writing & topology building)
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Especially the Color scheme: Map coloring. It should give a color id per group
This is a part off some clustered polygons:
And this whole workspace took 15.6 seconds at my side to complete so I find it a very convenient fast way for clustering (most time is taken up for reading/writing & topology building)
Trying to find a way to find the maximum amount (highest density) of polygons with the rule
the polygons must be non-neighbouring. Essentially selecting a polygon and jump to the next polygon which is not neighbouring and so fort and so on until you encounter a neighbouring one.
Especially the Color scheme: Map coloring. It should give a color id per group
This is a part off some clustered polygons:
And this whole workspace took 15.6 seconds at my side to complete so I find it a very convenient fast way for clustering (most time is taken up for reading/writing & topology building)
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