- The probability distribution used by this package to model asymmetrically uncertain quantities is given in Eq. (2) of Starling, et al. (2008).1 The methodology presented in this paper partially inspired the creation of this package in the first place.
- @muryelgp's
asymmetric_uncertainties
package, which (as the name suggests) has some similar functionality to this, but uses Monte Carlo methods rather than an empirical/analytical function to model the error distributions. The mathematical basis behind this alternative method is described in Barlow (2004).2 - This package has been used in two of my own works: cgobat/dark-GRBs3 and cgobat/XDBS.4
Footnotes
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R.L.C. Starling, et al. (2008). ApJ 672(1), 433. bibcode:2008ApJ...672..433S. ↩
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R. Barlow (2004). arXiv:physics/0406120 bibcode:2004physics...6120B ↩
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C. Gobat, et al. (2023). MNRAS 523(1), 775. bibcode:2023MNRAS.523..775G ↩
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C. Gobat, et al. (2022). RNAAS 6(8), 163. bibcode:2022RNAAS...6..163G ↩