System initialization

Every simulation requires the initialization of the data containers Ham, Exp and Vary. This can be done using the functions Start(num), Jstart() or Jmstart(), for classic, JAX and multisystem JAX, respectively, or by calling the classes Hval(), Eco() and Eva() directly.

Functions:

Name	Description
epraya.Hval	Container class for the hamiltonial’s parameters.
epraya.Eco	Container class for the experimental parameters.
epraya.Eva	Container class for the variation of parameters.
epraya.Multham	Container class for the hamiltonial’s parameters of num systems.
epraya.Mulexco	Container class for the experimental parameters of num systems.
epraya.Muleva	Container class for the variation of parameters of num systems.
epraya.Start	Function for Ham, Exp and Vary initialization for num systems.

JAX implementation

Functions:

Name	Description
epraya.JHval	JAX container class for the hamiltonial’s parameters.
epraya.JEco	JAX container class for the experimental parameters.
epraya.JEva	JAX container class for the variation of parameters.
epraya.Mjhval	JAX container class for the hamiltonial’s parameters of two systems.
epraya.JEmco	JAX container class for the experimental parameters of two systems.
epraya.JEva	JAX container class for the variation of parameters of two systems.
epraya.Jstart	Function for Ham, Exp and Vary initialization for one system.
epraya.Jmstart	Function for Ham, Exp and Vary initialization for two systems.