EquationsOfState
Starting from v2.0.0, EquationsOfState.jl has been rewritten. The former behaviors of EquationsOfState.jl (v1.1.4 and earlier) will be deprecated. Please follow the latest documentation.
Package Features
- Calculate energy, pressure, and bulk modulus of an
EquationOfStateon a (an) volume (array of volumes). - Fit an
EquationOfStateon a series of volumes using least-squares fitting method. - Fit an
EquationOfStateon a series of volumes linearly. - Find the corresponding volume of an
EquationOfStategiven an (a) energy, pressure, and bulk modulus. - Handle unit conversion automatically in the above features, take any unit.
See the Index for the complete list of documented functions and types.
Manual Outline
- Collections
- Usage
- Construct an
EquationOfState - Calculate energy on an
EquationOfState - Calculate pressure on an
EquationOfState - Calculate bulk modulus on an
EquationOfState - Public interfaces
- Nonlinear fitting
- Find
- How to make your data portable?
- How to use
EquationsOfStatein Python? - FAQ
Index
EquationsOfState.Collections.BirchMurnaghan2ndEquationsOfState.Collections.BirchMurnaghan3rdEquationsOfState.Collections.BirchMurnaghan4thEquationsOfState.Collections.BulkModulusEquationsOfState.Collections.EnergyEquationsOfState.Collections.EquationOfStateEquationsOfState.Collections.FiniteStrainEquationOfStateEquationsOfState.Collections.MurnaghanEquationsOfState.Collections.PoirierTarantola2ndEquationsOfState.Collections.PoirierTarantola3rdEquationsOfState.Collections.PoirierTarantola4thEquationsOfState.Collections.PressureEquationsOfState.Collections.VinetEquationsOfState.Find.findvolumeEquationsOfState.NonlinearFitting.lsqfit