| 3.0 0.0 | U, J |
| 16 150000 | Beta , Nsweep |
| -1.0 0.0 | Ef, def |
| 1.0 | Znm (Not used if def=0) |
| 0 20 1 | ir, iscfm, iout |
| 0.5 0.0005 | alpha,small |
| T | newFourier (T or F) |
| F | TBDOS (T or F) T == tight-binding DOS is read from TBdos.in file, F==SC DOS |
| U | the Hubbard U |
| J | the spin interaction (not used in SU(N) approximation) |
| beta | inverse temperature |
| Nsweep | number of sweeps used in QMC computations, as higher as better |
| Ef | the chemical potential |
| def | defines the scheme to search for the chemical potential (def .NE.0) or to adjust number of particles to given chemical potential def=0 |
| Znm | filling when one searches for the chemical potential |
| ir = 0 | way to start the program : ir=0 -- start computation from given g0init.XXX and Sigma=0; ir=1 -- start computation from given g0init.XXX and Sigma prom previous run. |
| iscfm | number of self-consistent runs |
| iout | defines verbosity of the program (0 -- minimum, 1 -- maximum) |
| alpha | the mixing parameter in the linear mixing scheme |
| small | the precision when the program stops |
| newFourier (T or F) | used to choose Fourier transformation scheme (T --new, F -- old) |
| F,T | defines whcih DOS to use: semicircular DOS (F) or tight-binding (T) in the calculations |