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rxmc 0.1.dev1+g1dffe7e9d documentation

  • Installation
  • API Reference
  • Examples
  • GitHub
  • Installation
  • API Reference
  • Examples
  • GitHub

Section Navigation

  • Calibration of a line
  • Introduction to the likelihood
  • 30s optical potential calibration
  • Calibrating an optical potential with CalibrationConfig: emcee vs dynesty
  • Bayesian calibration of polynomials, including inference of overall normalization
  • Comparison of sampling algorithms for calibration of a line with unknown model error
  • Large N implies overconfidence? Do we need to re-scale the Likelihood?
  • Examples

Examples#

The following notebooks demonstrate the main workflows and features of rxmc. They are rendered with their pre-computed outputs; to run them locally, install the example dependencies first:

pip install -ve '.[examples]'
jupyter lab

Basic calibration#

  • Calibration of a line
  • Clearly to make a model, we need to understand these things called Observations.
  • Nice!
  • Introduction to the likelihood
  • Comparing likelihood models: there is a right way, and many wrong ways!
  • Multiple constraints
  • Multiple constraints with offset domain

Realistic nuclear physics calibration#

  • 30s optical potential calibration
  • Calibrating an optical potential with CalibrationConfig: emcee vs dynesty

Advanced topics#

  • Bayesian calibration of polynomials, including inference of overall normalization
  • Comparison of sampling algorithms for calibration of a line with unknown model error
  • Large N implies overconfidence? Do we need to re-scale the Likelihood?

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rxmc.ias_pn_model.IsobaricAnalogPNXSModel

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Calibration of a line

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  • Basic calibration
  • Realistic nuclear physics calibration
  • Advanced topics
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