Table 4 Centroid prediction.

System	\(c_0\)	\(c_1\)	\(c_2\)	\(c_3\)	\(c_4\)	\(p_0\)	\(p_1\)	\(p_2\)	\(p_3\)	\(p_4\)	\({\overline{p}}_w\)	\({\hat{y}}\)
Beta	4364	632	2	2	1	1	1	1	0.998	1	1	\(++\)
Omicron^a	3312	1043	640	5	1	0.999	1	1	1	1	0.999	\(++\)
Theta	4947	27	16	10	1	0.999	1	0.999	1	0.999	0.999	\(++\)
Mu	2765	1157	872	200	7	0.997	1	1	0	0.782	0.958	\(++\)
Delta	3571	1418	10	1	1	0.999	0.967	0.999	0	0.983	0.990	\(++\)
Gamma	4601	72	15			0.831	0.989	0.998	0	0	0.782	\(++\)
S:Q498I	4501	439	51	1	1	0.292	0.995	0.999	0.999	0.999	0.361	\(- -\)
S:N439R	4006	549	441	4	1	0.077	0.068	0.027	0	0.008	0.072	\(- -\)
S:K417Y	3026	1860	107	4	4	7.65E−05	0	0.999	0.965	1.02E-04	0.022	\(- -\)
S:Y489F	3963	675	265	78	22	0.012	0	0	0	0.4	0.011	\(- -\)
WT	3019	1952	24	5	1	0	0	0	0	0	0	\(- -\)

For each system in the database it is possible to observe the number of frames per cluster, \(c_i\), as well as the predicted probability, \(p_i\),for the corresponding centroids. The last column presents the predicted class, \({\hat{y}}\).
^a The Omicron variant is the only one with more than 3 (three) point mutations in the RBD⁵²

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