# file genererated at 2022/06-07-16:38:35
#
#LL options:
#==========
#
#alpha:alpha value of LL(L)=alpha(m^h+beta.m^(m^h))
alpha=-1.0

#beta:beta value of LL(L)=alpha(m^h+beta.m^(m^h))
beta=0.5


#
#magnetic moment options:
#=======================
#

#mu:initial magnetic moment of the form name[args] name in {'',random}
#For name:
# - '' : the args are [N_0,N1,M_x,M_y_Mz] : all particles with indices in [N_0,N_1] have their magnetic moment equals to [M_x,M_y,Mz]
# - 'random : the argres are [N_0,N1,seed]: all particles with indices in [N_0,N_1] have their magnetic moment equals to [urand[0,1](),urand[0,1](),urand[0,1]()] where urand() is an uniform randomizer

#number of partices is 10x10
mu_0=[1,0,0]
mu_1=[0,49,-1,0,0]

#
#network options
#================
#

#lambda:strength of the network.
lambda=1.0

#network:kind of the network in {grid3d} followed by parameter args [Nx,Ny,Nz,Hx,Hy,Hz] where N_k is the number of particles in the k-direction and H_k the space step size in the direction k
#
network=grid3d[10,10,1,1,1,1]

#
#Heissenberg operator options
#=============================
#

#J:Heissenberg value.
J=0.0

#self-interaction:true for self interaction for the Heissenberg operator
self-interaction=true

#
#Zeeman operator options
#========================
#
#Hext: constant external field magnetic field
Hext=[0,0,0]

#
#stochastic options
#==================
#
#model:stochastic model in {ito,stratonovich,stratonovich-n}
model=ito

#noise:stochastic noise in {'',constant,inverse}
noise=

#noise-rate:stochastic noise rate
noise-rate=0.

#random:random function to simulate the stochastic behavior in {boost-norma,std-normal}
random=boost-normal

#seed:seed of the random function
seed=0


#time stepper options
#====================
#

#stepper:kind of the time stepper in {constant}
stepper=constant

#steppers-number:number of time steps
steppers-number=10000

#time-step:initial time step
time-step=0.01

#simulations:simulation indices to save
simulations=[0]

#beam options
#============

#simulations-number:number of simulations
simulations-number=1


#data input options
#=================
#data-path:the path to read the data (not use for the version 0.10)
data-path=./

output options
#===============
#

#output-path:the path to generate files
output-path=./Output

#prefix:the default prefix for reading/writing file
prefix=grid10x10_J0_2000x001_stratonovichn

#log:{no,screen,file,string,all} outut for message
log=file

#log-file:the name of the log file
log-file=log.txt

#log-file-mode:{create|append} create or append to a new file for log printing
log-file-mode=create

#verbose:{error,warning,comment,all} type of message to print
verbose=all
#

#testing options
#===============
#

#check-memory:{true|false} print the object not destroyed at exit
check-memory=false

#eps:admissive error for code validation
eps=1.e-12

#reference-path:the path to store reference file for code validation
reference-path=./