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Table A.1

15D Gaussian shells evidence-estimation comparison with the SAR method.

Method lnZ^Mathematical equation: $\ln \widehat Z$ σ^lnZ^Mathematical equation: ${\widehat \sigma _{\ln \widehat Z}}$ Δ𝒵 (Z^)Mathematical equation: ${\cal L}\left( {\widehat Z} \right)$
TI −26.1818±0.0417 1.1037±0.0526 71.9266 −1.6800
SS −24.9374±0.0410 0.0205±0.0029 2.5617 2.1658
Hybrid −24.9523±0.0423 2.9866±0.0661 4.0070 −2.0132

TI+ −25.0308±0.0375 0.5979±0.0266 11.2557 −0.4245
SS+ −24.9411±0.0369 0.0204±0.0021 2.9299 1.9090
Hybrid+ −24.9394±0.0373 0.0242±0.0027 2.7599 2.1337

dyn-u −24.7176±0.3144 0.1246±0.0017 21.3853 −0.0460
dyn-s −24.8765±0.3044 0.1243±0.0015 3.5620 1.1267
dyn-rs −24.7292±0.2163 0.1242±0.0012 19.9854 0.0908

Notes. reddemcee’s adaptive algorithms compared to dynesty’s sampling methods. From left to right, the log-evidence estimate, the estimate uncertainty, the difference to the true value In 𝒵=−24.9114 in percentage Δ𝒵, and the log-likelihood of the estimator (Z^)Mathematical equation: ${\cal L}\left( {\widehat Z} \right)$.

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