Subset (15)

primary_benchmarking · 27.6k rows

Split (1)

train · 27.6k rows

model large_stringclasses 5 values	model_short large_stringclasses 5 values	dim_reduction large_stringclasses 5 values	clustering large_stringclasses 12 values	v_measure float64 0.01 0.97	adjusted_rand_index float64 0 0.96	normalized_mutual_info float64 0.01 0.97	homogeneity float64 0.01 0.98	completeness float64 0.06 0.99	n_clusters_pred float64 2 278	n_clusters_true float64 30 30	path large_stringlengths 98 140
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.6017	0.307738	0.6017	0.529683	0.696381	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.61016	0.317652	0.61016	0.538299	0.704164	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.596706	0.319652	0.596706	0.528664	0.684851	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.598748	0.333821	0.598748	0.532403	0.683982	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.605931	0.342963	0.605931	0.539681	0.690723	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.610695	0.340065	0.610695	0.541891	0.699513	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.620643	0.36329	0.620643	0.552287	0.708309	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.621442	0.303497	0.621442	0.543186	0.726042	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.610774	0.318975	0.610774	0.538838	0.704876	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.61843	0.355334	0.61843	0.548646	0.708554	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_8_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.625297	0.352956	0.625297	0.554371	0.717034	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.62148	0.350077	0.62148	0.551875	0.711178	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.613342	0.326623	0.613342	0.539466	0.710661	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.623221	0.331451	0.623221	0.54873	0.721112	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.598821	0.333739	0.598821	0.532245	0.684434	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.623887	0.34915	0.623887	0.552914	0.715764	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.610719	0.325458	0.610719	0.539459	0.70367	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.602827	0.328313	0.602827	0.534761	0.690747	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.617325	0.350389	0.617325	0.549336	0.704522	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K15	0.620985	0.335245	0.620985	0.547587	0.717104	15	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K15\bioclip2_vitl14_mammalia_9_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.703026	0.277941	0.703026	0.876063	0.58707	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_10_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.699107	0.261123	0.699107	0.874207	0.582445	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_10_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.700716	0.267532	0.700716	0.874331	0.584627	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_10_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702781	0.278129	0.702781	0.876189	0.586672	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_10_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.6988	0.264138	0.6988	0.872637	0.582718	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_10_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.700392	0.270091	0.700392	0.873552	0.584525	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_10_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.701199	0.271739	0.701199	0.873912	0.585488	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_10_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.701245	0.279923	0.701245	0.871976	0.586424	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_10_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.701906	0.276443	0.701906	0.873987	0.586441	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_10_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.703657	0.271075	0.703657	0.877709	0.587212	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_10_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.698436	0.27129	0.698436	0.871561	0.582691	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_1_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.70274	0.281176	0.70274	0.874239	0.587492	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_1_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.699772	0.275416	0.699772	0.872191	0.58427	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_1_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.699914	0.277254	0.699914	0.871698	0.584691	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_1_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.70209	0.282342	0.70209	0.874396	0.586514	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_1_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.700148	0.276537	0.700148	0.872391	0.584705	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_1_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.698772	0.275551	0.698772	0.869914	0.583899	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_1_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.700425	0.285223	0.700425	0.870541	0.585926	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_1_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.700806	0.277354	0.700806	0.872143	0.585735	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_1_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.698045	0.277008	0.698045	0.868643	0.583456	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_1_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.701445	0.274772	0.701445	0.874559	0.585541	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_2_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702655	0.270906	0.702655	0.876156	0.586511	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_2_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702747	0.281741	0.702747	0.874859	0.587221	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_2_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.701027	0.266411	0.701027	0.875392	0.584586	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_2_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.704189	0.275104	0.704189	0.877407	0.588089	179	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_2_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702091	0.270384	0.702091	0.87602	0.585786	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_2_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.701409	0.270044	0.701409	0.875451	0.585092	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_2_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.706836	0.281465	0.706836	0.880866	0.590226	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_2_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.699818	0.264406	0.699818	0.873607	0.583701	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_2_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702297	0.271942	0.702297	0.875986	0.586089	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_2_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.705218	0.27394	0.705218	0.879706	0.588492	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_3_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.704474	0.27452	0.704474	0.878195	0.588133	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_3_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.707343	0.277925	0.707343	0.882039	0.590407	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_3_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.704901	0.279278	0.704901	0.878203	0.588724	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_3_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.703921	0.277346	0.703921	0.876724	0.588021	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_3_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702547	0.271172	0.702547	0.876233	0.586326	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_3_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702001	0.270307	0.702001	0.875245	0.586009	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_3_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702956	0.266521	0.702956	0.877514	0.586323	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_3_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.707622	0.277934	0.707622	0.88225	0.590702	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_3_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.705424	0.27175	0.705424	0.880118	0.588595	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_3_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.700844	0.270689	0.700844	0.874336	0.584803	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_4_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.703918	0.276021	0.703918	0.878616	0.587169	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_4_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.70282	0.268855	0.70282	0.877964	0.585933	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_4_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.704659	0.283066	0.704659	0.876831	0.589005	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_4_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.704294	0.267349	0.704294	0.880004	0.587073	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_4_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.705097	0.278206	0.705097	0.87941	0.588456	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_4_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702964	0.273033	0.702964	0.876809	0.586649	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_4_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.705515	0.276116	0.705515	0.880717	0.588453	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_4_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.706302	0.283418	0.706302	0.879758	0.58998	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_4_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.701703	0.271376	0.701703	0.875271	0.585581	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_4_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.697485	0.266756	0.697485	0.871039	0.581601	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_5_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.701896	0.278363	0.701896	0.874781	0.58607	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_5_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.698011	0.270465	0.698011	0.870592	0.582533	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_5_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.697258	0.272269	0.697258	0.869161	0.582125	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_5_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.696694	0.265579	0.696694	0.869978	0.580974	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_5_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.696067	0.261999	0.696067	0.868667	0.580687	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_5_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.698306	0.271093	0.698306	0.871577	0.582504	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_5_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.697202	0.272061	0.697202	0.868589	0.582303	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_5_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.69644	0.264523	0.69644	0.87005	0.58059	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_5_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.696892	0.268715	0.696892	0.868838	0.58176	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_5_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702476	0.265199	0.702476	0.877962	0.585456	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_6_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.700797	0.265432	0.700797	0.874747	0.584554	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_6_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702251	0.265896	0.702251	0.877242	0.585463	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_6_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.703761	0.270445	0.703761	0.879307	0.586643	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_6_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.704795	0.274933	0.704795	0.879131	0.58816	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_6_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.701964	0.271315	0.701964	0.875462	0.585859	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_6_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.704442	0.269296	0.704442	0.879755	0.58739	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_6_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.702558	0.267795	0.702558	0.8776	0.585731	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_6_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.705936	0.276198	0.705936	0.880495	0.589139	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_6_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.704291	0.270119	0.704291	0.880155	0.587001	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_6_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.699539	0.270851	0.699539	0.873121	0.58353	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_7_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.696753	0.275183	0.696753	0.868873	0.581551	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_7_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.694	0.267437	0.694	0.865286	0.579322	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_7_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.696402	0.269053	0.696402	0.869167	0.58093	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_7_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.695588	0.274649	0.695588	0.866245	0.581105	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_7_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.697926	0.278489	0.697926	0.869643	0.58284	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_7_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.693236	0.26647	0.693236	0.865312	0.578247	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_7_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.695507	0.271883	0.695507	0.867943	0.580231	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_7_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.697482	0.27328	0.697482	0.869588	0.582245	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_7_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K180	0.693228	0.260592	0.693228	0.866043	0.577909	180	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K180\bioclip2_vitl14_aves_7_TSNE_9\analysis_summary.json

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