In Table , CLICS encodes the "eight coordinate" geometry most similarly to "seven" and "nine" coordinate geometries. This is also interpretable even when compared to MatSciBERT 's result that "six" and "four" coordinate geometries come next to "seven coordinate" geometry. The third scored "distorted body centered cubic" geometry has coordination with eight atoms. In addition, there are two remarkable concepts "[NONMETAL] is bonded in a four/five coordinate geometry", despite that similarity is measured against the [METAL]-centered bondings. As we have seen, the double perovskite Sm 2 CoMnO 6 (Table ) has in fact these three geometries. Perovskite-type structures often have [METAL]-centered eight bondings and four and/or five nonmetal-centered bondings. Therefore, we consider that CLICS has learned a relatedness between the concepts that [NONMETAL]-centered four or five coordination geometries and [METAL]-centered eight coordination geometry often arise together.