Modules

Here is a list of all modules:

Hysteresis Package for E-MicroM	Hysteresis Package for E-MicroM is a package to genereate hysteresis file
Generic Package for E-MicroM	Generic Package for E-MicroM is an immplementation of Core Package for E-MicroM package whre EMM_Field are considered to be EMMG_RealField
Operators Package for E-MicroM	Operators Package for E-MicroM contains all the operators for the E-MicroM problem in order to compute the total magnetic excitation of the system:
Zeeman operators Package for E-MicroM	Zeeman operators Package for E-MicroM contains the zeeman operator EMM_ZeemanOperator for describing the external magnetic excitation field which is a constant operator
Exchange operators Package for E-MicroM	Exchange operators Package for E-MicroM contains all the exchange operators for the E-MicroM problem in order to compute the total magnetic excitation of the system
Anisotropy operators Package for E-MicroM	Anisotropy operators Package for E-MicroM contains all the anisotropy operators for the E-MicroM problem in order to compute the total magnetic excitation of the system
Demagnetized operators Package for E-MicroM	Demagnetized operators Package for E-MicroM contains all the demagnetized operators for the E-MicroM problem in order to compute the total magnetic excitation of the system
Magnetostriction Package for E-MicroM	Magnetostriction Package for E-MicroM contains all the operators needed for modeling the magnetostriction process for the E-MicroM problem
Times Package for E-MicroM	Times Package for E-MicroM contains classes to generate the time evolution of the relaxation. It is based on 3 classes:
Relaxations Package for E-MicroM	Relaxations Package for E-MicroM contains classes to compute the relaxation process linked with its stepper calls Times Package for E-MicroM
ODE Package for E-MicroM	ODE Package for E-MicroM contains classes to solve the Landau Lifshitz Systems by ODE integrations as Runge Kutta..
Core Package for E-MicroM	Core Package for E-MicroM solve E-MicroM problem whose geometry is mesh as a 3D regular grid not necessarly cubic which can be periodic in some dimensions
Mathematical Solver Package for E-MicroM	Mathematical Solver Package for E-MicroM is used to solve a linear equation A.x=b
Mathematical Tensor Package for E-MicroM	Mathematical Tensor Package for E-MicroM manages the algebra operations on tensor feilds & fields with same dimensions
Mathematical Integration Package for E-MicroM	Mathematical Integration Package for E-MicroM manages integration of functions of dimension D. It is used for computing the leaf block matrix of the demagnetized operator and integration the magnetization with respect to time
Mathematical Polynomial Package for E-MicroM	Mathematical Polynomial Package for E-MicroM manages the computing of extrenum of a polynom used for the optimal time computing for linear operators
Mathematical Toeplitz Package for E-MicroM	Mathematical Toeplitz Package for E-MicroM manages the matrix vector product for Multi levels Toeplitz matrix. A toeplitz matrix is a matrix whose value at element at row i and j depends only on i-j. A multi-level toeplitz matrix is a matrix whose block is toeplitz matrix. Each block is also a toeplitz matrix
FFTW library interface package	FFTW library interface package is the interface package for using FFTW library eiter with float, double or long double complex
FFT package	MATH Signal package contains class for FFT computations of a vector
OpenMP Mono Thread package.	OpenMP Mono Thread package. describes a package to ignore OPENMP routines
Common IO package	Common IO package package contains classes for Input/Output processings
common core package	common core package package contains all core classes used in all modules