Table 7
Bayes factors of different fits of GW Lup.
mol(1) | Σ range | T range | lnB(2) | Pref(3) | Evidence(4) |
---|---|---|---|---|---|
H20 | No | Yes | -0.00 | No | None |
H2O | No | No | –2.42 | No | Weak |
CO2 | No | Yes | –1.61 | No | Weak |
CO2 | No | No | –21.55 | No | Very strong |
HCN | No | Yes | 0.26 | Yes | None |
HCN | No | No | 0.86 | Yes | None |
C2H2 | No | Yes | 0.17 | Yes | None |
C2H2 | No | No | –0.21 | No | None |
All | No | No | –23.16 | No | Very strong |
Notes. The original fit from Sect. 3.3 is compared to fits with less complexity. Every fit considers one molecule to be emitted from a single column density or additionally from a single temperature. (1)Molecule that is sampled differently compared to the original fit.(2) Logarithm of the Bayes factor between this fit and the original one.(3)Answer regarding whether this model is preferred over the original one. (4)Interpretation of B based on Trotta (2008).
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