For reporting basic quantities (like particle number, energy, etc) W-SLDA code used wlog file. It is txt file produced by function int logger( ) from logger.h file. This file can be modified by the user depending on a specifics of a given problem.

Example

In addition to defined by default variables, the user needs to print out variable:

\Delta_{\textrm{avg}}(t) = \dfrac{\int |\Delta(\bm{r},t)|(n_a(\bm{r},t)+n_b(\bm{r},t))\,d\bm{r}}{\int (n_a(\bm{r},t)+n_b(\bm{r},t))\,d\bm{r}}

which is (weighted) average value of delta. This can be done by adding to logger(..):

int ixyz;
int lNXYZ = h_potentials.blocklength;
double delta_avg=0.0, Ntot = 0.0; 
for(ixyz=0; ixyz<lNXYZ; ixyz++) delta_avg+=cabs(h_potentials.delta[ixyz])*(h_densities.rho_a[ixyz]+h_densities.rho_b[ixyz]);
for(ixyz=0; ixyz<lNXYZ; ixyz++) Ntot+=h_densities.rho_a[ixyz]+h_densities.rho_b[ixyz];
delta_avg /= Ntot;

and supplementing printf statement appropriate entry, like:

    // add entry
    fprintf(log, "%6d %18.10g %18.10g 
                %18.10g %18.10g %18.10g 
                %18.10g %18.10g %18.10g 
                %18.10g %18.10g %18.10g 
                %18.10g %18.10g %18.10g 
                %18.10g %18.10g %18.10g %10.2f %20s\n",
                                    <-- HERE
        it, // 1
        npart[SPINA], // 2
        npart[SPINB], // 3
        npart[SPINA]+npart[SPINB], // 4
        E_tot/Effg, // 5
        energy[EKIN]/Effg, // 6
        energy[EPOT]/Effg, // 7
        energy[EPAIR]/Effg, // 8
        energy[ECURRENT]/Effg, // 9
        energy[EPOTEXT]/Effg, //10
        energy[EPAIREXT]/Effg, //11
        energy[EVELEXT]/Effg, //12
        mu[SPINA]/eF, //13
        mu[SPINB]/eF, //14
        kF, // 15
        eF, // 16
        Effg, // 17
        delta_avg, // 18 <-- HERE
        logger_get_time_from_last_entry(), //19
        buffer
    );