Version 1.0.16

We have just released version 1.0.16, which you can find here.

There have been 48 commits since version 1.0.15, which can be inspected here. The changes include

  • fixing the miniter option of the sample_nested task (M. Reboud)
  • adding an integer option (M. Reboud)
  • adding SpecifiedOption, RestrictedOption, IsospinOption and PartialWaveOption (F. Herren, D. van Dyk)
  • adding partial-wave projection to existing B -> pi pi l nu form factor implementations (F. Herren)
  • fixing ill-formed constraints (M. Kirk, D. van Dyk)
  • adding a new form-factor parameterization for B -> pi pi l nu decays (F. Herren)
  • minor fixes/improvements (M. Kirk, D. van Dyk)

Contributors of these commits are:

  • Florian Herren
  • Matthew Kirk
  • Méril Reboud
  • Danny van Dyk

Version 1.0.15

We have just released version 1.0.15, which you can find here.

There have been 31 commits since version 1.0.14, which can be inspected here. The changes include

  • converting option keys from std::string to eos::qnp::OptionKey (D. van Dyk)
  • fixing a bug in predictions of BGL coefficients for Bₛ−>Dₛ⁽*⁾ form factors in the heavy-quark expansion (N. Gubernari)
  • building EOS for Python 3.13 (D. van Dyk)
  • improving the new eos.figure sub-package (D. van Dyk, M. Reboud)
  • improving the user experience when using tasks through notebooks and eos-analysis (D. van Dyk, M. Reboud)

Contributors of these commits are:

  • Danny van Dyk
  • Méril Reboud
  • Nico Gubernari

Version 1.0.14

We have just released version 1.0.14, which you can find here.

There have been 158 commits since version 1.0.13, which can be inspected here. The changes include

  • improving the documentation (D. van Dyk, M. Kirk, M. Reboud)
  • imposing a uniform format on the existing and future code (D. van Dyk, M. Reboud)
  • generalize B-meson LCDAs to heavy-meson LCDAs and allow for multi-loop alpha_s running (D. van Dyk)
  • making EOS compile with Boost 1.86 (F. Herren)
  • adding infrastructure to run reproducible analyses with Snakemake (D. van Dyk, M. Kirk)
  • fixing #903 (M. Kirk)
  • making eos compatible with python version 3.12 (D. van Dyk)
  • documenting how to change EOS’s verbosity level (M. Reboud)
  • adding tensor FFs HQE bounds and new B->D* LQCD constraints (N. Gubernari)
  • supporting NabuLikelihood in eos.Datasets (D. van Dyk)
  • supporting simple function calls within expressions (D. van Dyk, M. Reboud)
  • implementing nonleptonic decays (M. B. Marcos, M. Reboud)
  • implementing leptonic kaon decays (d. van Dyk, M. Kirk)
  • Un-hardcoding susceptibilities and resonance masses in BGL parametrization (M. Hoverath)
  • improving the implementation of Omnès factors (F. Herren)
  • Implementing pi-pi scattering phases in B -> pi pi form factors (F. Herren)
  • implementing semileptonic B → η ( ′ ) ℓ ν decays (M. Reboud)
  • implementing Vacuum -> K pi form factors (M. Kirk)
  • adding a task to filter importance samples (M. Kirk)

Contributors of these commits are:

  • Danny van Dyk
  • Florian Herren
  • Marta Burgos Marcos
  • Matthew Kirk
  • Maximilian Hoverath
  • Méril Reboud
  • Nico Gubernari

Version 1.0.13

We have just released version 1.0.13, which you can find here.

There have been 137 commits since version v1.0.12, which can be inspected here. The changes include

  • adding inclusive hadronic B decay observables (S. Meiser)
  • adding a new parametrisation of the pion vector form factor (M. Kirk)
  • adding initial code for Omnès-based form factor parametrisations (F. Herren)
  • adding analysis validation (M. Kirk & E. McPartland)
  • adding analysis reporting (C. Bolognani & L. Gaertner)
  • fixing the Wolfenstein parametrisation of Vcd (M. Burgos)
  • improving the code examples and the documentation (C. Bolognani, L. Gaertner)
  • maintaining and improving the code base (F. Herren, M. Kirk, M. Reboud, D. van Dyk)

Contributors of these commits are:

  • Carolina Bolognani
  • Marta Burgos
  • Lorenz Gaertner
  • Florian Herren
  • Matthew Kirk
  • Ery McPartland
  • Stefan Meiser
  • Méril Reboud
  • Danny van Dyk

Version 1.0.12

We have just released version 1.0.12, which you can find here.

There have been 166 commits since version 1.0.11, which can be inspected here. The changes include

  • adding $D_q^*\to \ell^+\nu$ decays (D. van Dyk)
  • adding $D_q\to \ell^+\nu$ decays (C. Bolognani)
  • adding $D_q\to P\ell^+\nu$ decays and corresponding form factors (C. Bolognani)
  • adding $\Lambda_c\to\Lambda(\to p \pi)\ell^+\nu$ decays and corresponding form factor (M. Reboud)
  • adding experimental constraints for exclusive $c\to s\ell^+\nu$ decays (C. Bolognani)
  • adding theoretical constraints on hadronic matrix elements for exclusive $c\to s\ell^+\nu$ decays (C. Bolognani)
  • adding dispersive bounds for $c\to s$ hadronic form factors (K. Vos)
  • cleaning up test cases (M. Reboud)
  • clarifying LHCb and theory conventions for rare b decay observables (M. Reboud)
  • fixing the BESIII measurement of $e^+e^-\to D\bar{D}$
  • rewriting the parsing code for analysis files (M. Kirk)
  • cleaning up the documentation (M. Kirk)
  • adding a prior sampler (E. McPartland)
  • adding means to select a loop order in $\alpha_s$ and MSbar quark mass running (V. Kuschke)
  • fixing a bug in the quark mass running at order $\alpha_s^3$ (V. Kuschke)
  • adding predictions and constraints for class-I non-leptonic B decays (S. Meiser)
  • fixing a bug in the light-meson three-particle vector LCDAs (S. Meiser)
  • adding means to list and download public EOS data sets (D. van Dyk)
  • adding means to compute a test statistic for a gaussian mixture model (M. Reboud)

Contributors of these commits are:

  • Carolina Bolognani
  • Nico Gubernari
  • Matthew Kirk
  • Viktor Kuschke
  • Ery McPartland
  • Stefan Meiser
  • Méril Reboud
  • Danny van Dyk
  • Keri Vos