AI-EcoNet/HUGO-Bench-Paper-Reproducibility

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_K90	0.741966	0.45505	0.741966	0.851606	0.657337	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.734414	0.430079	0.734414	0.844726	0.649586	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.740608	0.469222	0.740608	0.848369	0.657138	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.744347	0.457814	0.744347	0.855017	0.659043	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.735625	0.452875	0.735625	0.844291	0.651742	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.74129	0.470097	0.74129	0.849586	0.657482	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.73601	0.436804	0.73601	0.845864	0.65141	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.740039	0.450853	0.740039	0.850851	0.654765	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.739723	0.45258	0.739723	0.848681	0.65556	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.73837	0.451787	0.73837	0.848889	0.653313	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.740061	0.440025	0.740061	0.851179	0.654605	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.739391	0.434939	0.739391	0.850167	0.654155	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.736395	0.430882	0.736395	0.847211	0.651215	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.741353	0.446912	0.741353	0.851533	0.656419	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.743724	0.460889	0.743724	0.854439	0.658409	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.744418	0.457128	0.744418	0.85525	0.659016	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.738793	0.446339	0.738793	0.848795	0.654032	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.744626	0.478751	0.744626	0.852755	0.660833	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.739539	0.441519	0.739539	0.849206	0.654957	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.741725	0.44772	0.741725	0.853019	0.656122	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.695395	0.38321	0.695395	0.800329	0.614787	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.695134	0.391271	0.695134	0.799313	0.614981	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.695982	0.387729	0.695982	0.802233	0.614583	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.699236	0.408562	0.699236	0.803706	0.6188	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.694468	0.383387	0.694468	0.799871	0.61361	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.695324	0.388223	0.695324	0.79999	0.614877	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.699629	0.401569	0.699629	0.804521	0.618933	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.696313	0.379075	0.696313	0.801788	0.615362	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.699457	0.390968	0.699457	0.804857	0.618466	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693369	0.368958	0.693369	0.798952	0.612434	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693192	0.399578	0.693192	0.796554	0.613573	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.686996	0.377998	0.686996	0.79132	0.606976	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.686093	0.368606	0.686093	0.790675	0.605945	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.691795	0.407969	0.691795	0.795017	0.612297	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.692233	0.38086	0.692233	0.796912	0.611862	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693692	0.385982	0.693692	0.797509	0.61379	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.688147	0.382385	0.688147	0.792794	0.607904	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.686671	0.384754	0.686671	0.790112	0.607179	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.689472	0.38504	0.689472	0.793546	0.609531	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.688657	0.37948	0.688657	0.79379	0.608116	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.689214	0.377631	0.689214	0.794041	0.608837	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.697068	0.406775	0.697068	0.801096	0.616953	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.690776	0.392978	0.690776	0.794872	0.610787	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.69531	0.403904	0.69531	0.800609	0.61449	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.691388	0.384186	0.691388	0.796287	0.610909	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693154	0.393935	0.693154	0.79769	0.612841	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.69386	0.400067	0.69386	0.79761	0.613994	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.692818	0.387596	0.692818	0.79838	0.611911	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.692519	0.402353	0.692519	0.79689	0.612321	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693886	0.386598	0.693886	0.79993	0.612667	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693775	0.403423	0.693775	0.797608	0.613862	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.689887	0.372945	0.689887	0.794698	0.609501	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693006	0.384023	0.693006	0.797707	0.612601	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.69413	0.404835	0.69413	0.796885	0.614848	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693201	0.393673	0.693201	0.797398	0.613087	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693671	0.394842	0.693671	0.79726	0.613906	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.691179	0.380449	0.691179	0.796507	0.610455	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.691871	0.389738	0.691871	0.796207	0.611712	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.688702	0.374165	0.688702	0.794711	0.607646	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.690618	0.392684	0.690618	0.795458	0.610195	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.695499	0.401887	0.695499	0.799673	0.615338	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.701796	0.417062	0.701796	0.806571	0.621113	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.696877	0.395898	0.696877	0.802699	0.615708	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.694465	0.39099	0.694465	0.799213	0.613992	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.692523	0.38491	0.692523	0.798312	0.611491	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.699868	0.410995	0.699868	0.804079	0.61957	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.69704	0.397885	0.69704	0.802619	0.616008	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.698491	0.402948	0.698491	0.80436	0.617249	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.694125	0.383296	0.694125	0.799954	0.613026	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.694909	0.404927	0.694909	0.798421	0.615156	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.685585	0.364856	0.685585	0.791267	0.604806	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.687084	0.372576	0.687084	0.792125	0.606639	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.689222	0.385085	0.689222	0.793324	0.609271	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.689467	0.383692	0.689467	0.794837	0.608765	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.689116	0.374792	0.689116	0.79441	0.608468	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.684579	0.363845	0.684579	0.789222	0.604436	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.691682	0.395974	0.691682	0.795548	0.611806	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.687692	0.375597	0.687692	0.792538	0.607345	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.690157	0.386084	0.690157	0.793913	0.610387	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.687774	0.378158	0.687774	0.792766	0.60734	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.687538	0.394087	0.687538	0.78917	0.609097	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.686728	0.382461	0.686728	0.789457	0.607657	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.681277	0.364121	0.681277	0.783052	0.602915	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693426	0.399441	0.693426	0.795366	0.614648	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.685645	0.389203	0.685645	0.786835	0.607516	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.688303	0.382708	0.688303	0.792379	0.608392	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.685744	0.374911	0.685744	0.790468	0.605523	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.678588	0.367299	0.678588	0.78054	0.600192	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.679879	0.361883	0.679879	0.781397	0.601706	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.688302	0.384863	0.688302	0.792522	0.608306	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_9\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.689525	0.395818	0.689525	0.792192	0.610417	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_1\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.688125	0.380838	0.688125	0.791554	0.608602	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_10\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.691258	0.394843	0.691258	0.794701	0.611643	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_2\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.689684	0.378798	0.689684	0.794	0.609595	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_3\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.690316	0.385622	0.690316	0.794834	0.610091	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_4\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.693134	0.402719	0.693134	0.79607	0.613771	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_5\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.692117	0.402205	0.692117	0.795881	0.612289	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_6\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.688518	0.380738	0.688518	0.792463	0.608679	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_7\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.690469	0.394987	0.690469	0.793894	0.610885	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_8\analysis_summary.json
BioCLIP 2 ViT-L/14	bioclip2_vitl14	TSNE	GMM_K90	0.688351	0.380671	0.688351	0.791774	0.608825	90	30	bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_9\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.741966

0.45505

0.741966

0.851606

0.657337

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_1\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.734414

0.430079

0.734414

0.844726

0.649586

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_10\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.740608

0.469222

0.740608

0.848369

0.657138

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_2\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.744347

0.457814

0.744347

0.855017

0.659043

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_3\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.735625

0.452875

0.735625

0.844291

0.651742

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_4\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.74129

0.470097

0.74129

0.849586

0.657482

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_5\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.73601

0.436804

0.73601

0.845864

0.65141

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_6\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.740039

0.450853

0.740039

0.850851

0.654765

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_7\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.739723

0.45258

0.739723

0.848681

0.65556

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_8\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.73837

0.451787

0.73837

0.848889

0.653313

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_8_TSNE_9\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.740061

0.440025

0.740061

0.851179

0.654605

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_1\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.739391

0.434939

0.739391

0.850167

0.654155

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_10\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.736395

0.430882

0.736395

0.847211

0.651215

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_2\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.741353

0.446912

0.741353

0.851533

0.656419

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_3\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.743724

0.460889

0.743724

0.854439

0.658409

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_4\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.744418

0.457128

0.744418

0.85525

0.659016

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_5\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.738793

0.446339

0.738793

0.848795

0.654032

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_6\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.744626

0.478751

0.744626

0.852755

0.660833

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_7\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.739539

0.441519

0.739539

0.849206

0.654957

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_8\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.741725

0.44772

0.741725

0.853019

0.656122

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_aves_9_TSNE_9\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.695395

0.38321

0.695395

0.800329

0.614787

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_1\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.695134

0.391271

0.695134

0.799313

0.614981

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_10\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.695982

0.387729

0.695982

0.802233

0.614583

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_2\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.699236

0.408562

0.699236

0.803706

0.6188

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_3\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.694468

0.383387

0.694468

0.799871

0.61361

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_4\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.695324

0.388223

0.695324

0.79999

0.614877

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_5\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.699629

0.401569

0.699629

0.804521

0.618933

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_6\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.696313

0.379075

0.696313

0.801788

0.615362

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_7\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.699457

0.390968

0.699457

0.804857

0.618466

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_8\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693369

0.368958

0.693369

0.798952

0.612434

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_10_TSNE_9\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693192

0.399578

0.693192

0.796554

0.613573

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_1\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.686996

0.377998

0.686996

0.79132

0.606976

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_10\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.686093

0.368606

0.686093

0.790675

0.605945

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_2\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.691795

0.407969

0.691795

0.795017

0.612297

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_3\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.692233

0.38086

0.692233

0.796912

0.611862

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_4\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693692

0.385982

0.693692

0.797509

0.61379

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_5\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.688147

0.382385

0.688147

0.792794

0.607904

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_6\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.686671

0.384754

0.686671

0.790112

0.607179

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_7\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.689472

0.38504

0.689472

0.793546

0.609531

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_8\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.688657

0.37948

0.688657

0.79379

0.608116

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_1_TSNE_9\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.689214

0.377631

0.689214

0.794041

0.608837

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_1\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.697068

0.406775

0.697068

0.801096

0.616953

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_10\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.690776

0.392978

0.690776

0.794872

0.610787

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_2\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.69531

0.403904

0.69531

0.800609

0.61449

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_3\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.691388

0.384186

0.691388

0.796287

0.610909

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_4\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693154

0.393935

0.693154

0.79769

0.612841

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_5\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.69386

0.400067

0.69386

0.79761

0.613994

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_6\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.692818

0.387596

0.692818

0.79838

0.611911

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_7\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.692519

0.402353

0.692519

0.79689

0.612321

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_8\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693886

0.386598

0.693886

0.79993

0.612667

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_2_TSNE_9\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693775

0.403423

0.693775

0.797608

0.613862

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_1\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.689887

0.372945

0.689887

0.794698

0.609501

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_10\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693006

0.384023

0.693006

0.797707

0.612601

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_2\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.69413

0.404835

0.69413

0.796885

0.614848

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_3\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693201

0.393673

0.693201

0.797398

0.613087

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_4\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693671

0.394842

0.693671

0.79726

0.613906

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_5\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.691179

0.380449

0.691179

0.796507

0.610455

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_6\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.691871

0.389738

0.691871

0.796207

0.611712

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_7\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.688702

0.374165

0.688702

0.794711

0.607646

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_8\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.690618

0.392684

0.690618

0.795458

0.610195

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_3_TSNE_9\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.695499

0.401887

0.695499

0.799673

0.615338

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_1\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.701796

0.417062

0.701796

0.806571

0.621113

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_10\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.696877

0.395898

0.696877

0.802699

0.615708

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_2\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.694465

0.39099

0.694465

0.799213

0.613992

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_3\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.692523

0.38491

0.692523

0.798312

0.611491

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_4\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.699868

0.410995

0.699868

0.804079

0.61957

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_5\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.69704

0.397885

0.69704

0.802619

0.616008

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_6\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.698491

0.402948

0.698491

0.80436

0.617249

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_7\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.694125

0.383296

0.694125

0.799954

0.613026

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_8\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.694909

0.404927

0.694909

0.798421

0.615156

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_4_TSNE_9\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.685585

0.364856

0.685585

0.791267

0.604806

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_1\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.687084

0.372576

0.687084

0.792125

0.606639

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_10\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.689222

0.385085

0.689222

0.793324

0.609271

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_2\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.689467

0.383692

0.689467

0.794837

0.608765

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_3\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.689116

0.374792

0.689116

0.79441

0.608468

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_4\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.684579

0.363845

0.684579

0.789222

0.604436

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_5\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.691682

0.395974

0.691682

0.795548

0.611806

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_6\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.687692

0.375597

0.687692

0.792538

0.607345

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_7\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.690157

0.386084

0.690157

0.793913

0.610387

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_8\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.687774

0.378158

0.687774

0.792766

0.60734

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_5_TSNE_9\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.687538

0.394087

0.687538

0.78917

0.609097

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_1\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.686728

0.382461

0.686728

0.789457

0.607657

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_10\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.681277

0.364121

0.681277

0.783052

0.602915

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_2\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693426

0.399441

0.693426

0.795366

0.614648

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_3\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.685645

0.389203

0.685645

0.786835

0.607516

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_4\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.688303

0.382708

0.688303

0.792379

0.608392

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_5\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.685744

0.374911

0.685744

0.790468

0.605523

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_6\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.678588

0.367299

0.678588

0.78054

0.600192

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_7\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.679879

0.361883

0.679879

0.781397

0.601706

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_8\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.688302

0.384863

0.688302

0.792522

0.608306

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_6_TSNE_9\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.689525

0.395818

0.689525

0.792192

0.610417

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_1\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.688125

0.380838

0.688125

0.791554

0.608602

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_10\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.691258

0.394843

0.691258

0.794701

0.611643

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_2\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.689684

0.378798

0.689684

0.794

0.609595

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_3\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.690316

0.385622

0.690316

0.794834

0.610091

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_4\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.693134

0.402719

0.693134

0.79607

0.613771

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_5\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.692117

0.402205

0.692117

0.795881

0.612289

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_6\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.688518

0.380738

0.688518

0.792463

0.608679

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_7\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.690469

0.394987

0.690469

0.793894

0.610885

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_8\analysis_summary.json

BioCLIP 2 ViT-L/14

bioclip2_vitl14

TSNE

GMM_K90

0.688351

0.380671

0.688351

0.791774

0.608825

90

30

bioclip2_vitl14\dimension_reduction\TSNE\clustering\GMM_K90\bioclip2_vitl14_mammalia_7_TSNE_9\analysis_summary.json