12.4.1.4.14. networkgenΒΆ
Writes a state file with a stochastic network model of any size (Baumeier et al., Phys. Rev. B 86, 184202 (2012)) from a parameter file written by networkfit: sites from a dominance-competition point process, correlated Gaussian site energies, distance dependent connection probability and couplings The following table contains the defaults input options for the calculator, The default OPTIONAL means this option is switched off, if no input is given. REQUIRED arguments have to be specified, otherwise an error is thrown.
Property Name |
Default Value |
Description |
Valid Input |
|---|---|---|---|
job_name |
system |
Input file name without extension, also used for the default
state file name
|
|
statefile |
OPTIONAL |
State file to create, if not given job_name.hdf5 |
|
energyfile |
OPTIONAL |
Optional ASCII file with positions and site energies |
|
parameters |
REQUIRED |
Parameter file of the model (root element stochasticnetwork,
written by networkfit)
|
|
sites |
0 |
Number of sites; 0: as in the parameter file |
int+ |
box |
OPTIONAL |
Box lengths along x, y and z; if not given, the box of
the parameter file scaled to keep its density and shape
|
|
seed |
0 |
Seed of the random numbers (the same network on every
platform); 0: the seed of the parameter file
|
int+ |
trapfactor |
1 |
Multiplies the densities of the trap templates of the
parameter file (0: no traps; the density of one trap in
the fitted system is uncertain, so scan it)
|
float+ |
temperature |
300 |
Temperature for the finite-size check of the density of
states (only printed)
|
float+ |
Note
An xml file containing the defaults for the networkgen calculator can be created via -p networkgen -o FILENAME command line options `