networkgen ********** 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. .. list-table:: :header-rows: 1 :widths: 30 20 15 15 :align: center * - 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 `