StochMagnet main page

StochMagnet software compute mmagnetic moment evolution trajectories to simulate the temperature effect modeled by a stochastic approach.

Some test cases are explained in the tests section (see Tests).

Some examples are explained in the examples section (see Examples).

The installation code instructions are given in the installation section (see Installation)

The modules of the libraries are:

• StochMagnet Core package is the core stoch magnet package
• CORE the core base package

The purpose of the program is explained in the StochMagnet Core package

The version releases are explained in the releases section (see Releases)

The future developpement are forseen in the to do section (see To Do)

The protection of the software is explained in the legal section (see Legal).

Execution of the program

for any help run the command: exe/stochmagnet_main.exe make help which gives

StochMicrom.exe [options] make [args]
Version:0.01
        options={--optionName=optionValue}
        args=[run,help]
 
make arguments:
==============
        help: to print the man 
        tests: to run the tests
        run: to run the code
 
 
Man Options:
==========
 
        LL:
                alpha:alpha value of LL(L)=alpha(m^h+beta.m^(m^h))
                beta:beta value of LL(L)=alpha(m^h+beta.m^(m^h))
        beam:
                simulations-number:number of simulations
                templated-simulate-version:true to use the templated version of the simulate method (false by default)
        debug:
                check-memory:{true|false} print the object not destroyed at exit
                eps:admissive error for code validation
                profiling:{true|false} to profile the methods
                reference-path:the path to store reference file for code validation
        io:
                current-path:the current path
                data-path:the path to read the data
                output-file:the output file to test the results
                output-path:the path to generate files
                prefix:the default prefix for reading/writing file
        log:
                log:{no,screen,file,string,all} output for message
                log-file:the name of the log file
                log-file-mode:{create|append} create or append to a new file for log printing
        magnetic:
                mu:initial magnetic moment of the form name[args] name in {'',random}
        network:
                lambda:strength of the network.
                network:kind of the network in {grid3d} followed by parameter []
                        grid3d[Nx,Ny,Nz,Hx,Hy,Hz]
        operator/heissenberg:
                J:Heissenberg value.
                self-interaction:true for self interaction for the Heissenberg operator
        operator/zeeman:
                Hext:external field.
        output:
                simulations:simulation indices to save
        stepper:
                stepper:kind of the stepper in {constant}
                steppers-number:number of time steps
                time-step:initial time step
        stochastic:
                model:stochastic model in {ito,stratonovich,stratonovich-n}
                noise:stochastic noise in {'',constant,inverse}
                noise-rate:stochastic noise rate
                random:random function in {boost-norma,std-normal}
                seed:seed of the random function
        test:
                test:type of test to run in {primary|elementary|case|all}
 
Options Value:
==============
 
Hext:[0,0,0]
J:1.0
alpha:-1.0
beta:0.5
check-memory:false
current-path:
data-path:./
eps:1.e-12
help:
lambda:1.0
log:screen
log-file:core.log
log-file-mode:create
model:stratonovich
mu:[0,1,0]
network:grid3d[1,0,0,0,0,0]
noise:inverse
noise-rate:0.1
output-file:out.txt
output-path:./
prefix:default
profiling:false
random:boost-normal
reference-path:./
seed:0
self-interaction:true
simulations:[0]
simulations-number:1000
stepper:constant
steppers-number:1000
templated-simulate-version:false
tests:all
time-step:0.01
 
Examples:
=========
        stochMicrom.exe make tests : run the tests
        stochMicrom.exe make run : run the program with command line options
        stochMicrom.exe make help :print the help
impossible to find the command either in first or last position 
registered objects:
number of registered objects :0