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Data Structures
Here are the data structures with brief descriptions:
[detail level 123]
oNboost
|\Nnumeric
oNo2scl
|oCbosonBoson class
|oCboson_effBoson class from fitting method
|oCboson_relEquation of state for a relativistic boson
|oCclassicalClassical particle class
|oCclassical_derivEquation of state for a classical particle with derivatives
|oCfermionFermion class
|oCfermion_zerotFermion properties at zero temperature
|oCfermion_eval_thermoFermion with finite-temperature thermodynamics [abstract base]
|oCfermion_deriv_nrEquation of state for a nonrelativistic fermion
|oCfermion_deriv_relEquation of state for a relativistic fermion
|oCfermion_effFermion class from fitting method
|oCfermion_mag_zerotThermodynamics of fermions in a magnetic field at zero temperature
|oCfermion_nonrelNonrelativistic fermion class
|oCfermion_relEquation of state for a relativistic fermion
|oCthermoA class holding some useful thermodynamical variables (energy density, pressure, entropy density)
|oCpartParticle base class
|oCpart_derivA particle data class with derivatives
|oCfermion_derivA fermion with derivative information
|oCfermion_deriv_thermoCompute properties of a fermion including derivatives [abstract base]
|oCquarkQuark class
|oCnucleusA simple nucleus class
|oCnucmass_infoNuclear mass information
|oCnucmassNuclear mass formula base [abstract base]
|oCnucmass_tableTabulated nuclear masses [abstract base]
|oCnucmass_fit_baseFittable mass formula [abstract base]
|oCnucmass_densmatA nuclear mass formula for dense matter
|oCnucmass_semi_empiricalSemi-empirical mass formula
|oCnucmass_ibm_shellAn approximation of shell effects in nuclei based on the interacting boson model
|oCnucmass_dviNuclear mass formula from Dieperink and van Isacker (2009)
|oCnucmass_radiusCompute the RMS radius of a Fermi-Dirac density distribution with fixed diffusiveness
|oCnucmass_ameMasses from the Atomic Mass Evaluation
||\CentryAtomic mass entry structure
|oCnucmass_ame_expMeasured masses from the Atomic Mass Evaluation (no estimated masses)
|oCnucmass_dglgNuclear properties from Delaroche et al
||\CentryEntry structure
|oCnucmass_dz_tableDuflo-Zuker mass formula from tables
|oCnucmass_dz_fitThe 10-parameter Duflo-Zuker mass formula
|oCnucmass_dz_fit_33The 33-parameter Duflo-Zuker mass formula
|oCnucmass_fitFit a nuclear mass formula
|oCnucmass_frdmFRDM semi-empirical mass formula (macroscopic part only with no deformation)
|oCnucmass_mnmskMass formula from Moller, Nix, Myers, Swiatecki and Kratz
||\CentryEntry structure for Moller, et al. masses
|oCnucmass_mnmsk_expThe experimental values from Moller, Nix, Myers and Swiatecki
|oCnucmass_hfbHFB Mass formula
||\CentryEntry structure for HFB mass formula
|oCnucmass_hfb_spHFB Mass formula with spin and parity information
||\CentryVersion of nucmass_hfb::entry with spin and parity
|oCnucmass_ktuyKTUY Mass formula
||\CentryMass formula entry structure for KTUY mass formula
|oCnucmass_sdnpNuclear structure from Stoitsov et al
||\CentryEntry structure
|oCnucmass_wlwNuclear structure from Wang et al
||\CentryEntry structure
|oCnuclear_reactionA simple nuclear reaction specification
|\Creaction_libSimple reaction library
\No2scl_partPlaceholder namespace for global functions in O2scl_part

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