Data: Non-perturbative effects of short-range spatial correlations at the two-particle level

For example: ['Greens_function']['0']['0']['data_Re'] contains a 1D Matsubara data array for a symmetric frequency grid. 3) Further, the Hedin vertex and the bosonic response functions are split into their channels: "char_ch" and "magn_ch", followed by either "hedin" or "susceptibility"-keys. After two- or three-orbital keys "data_Re" or "data_Im" keys follow, before a respective array. For example: A['char_ch']['hedin'][str(i1)][str(i2)][str(i3)]['data_Re'] contains a 2D Matsubara data array, where the odd number of data is the values corresponding to bosonic frequencies for the positive and negative Matsubara frequencies, and the even number the respective fermionic argument.

A['chi4_ph']['up_up'][str(i1)][str(i2)][str(i3)][str(i4)]['data_Re'] etc. contains a 3D Matsubara data array with the generalized impurity susceptibility in the particle-hole frequency notation where the column order represents [omega,nu,nu'] in the convention of the paper, where the given omega=0. The irreducible vertex is stored as A['Gamma_c']['up_up'][str(i1)][str(i2)][str(i3)][str(i4)]['data_Re'] and the lattice charge response on the cell as A['chi4_c_lat']['up_up'][str(i1)][str(i2)][str(i3)][str(i4)]['data_Re'] etc. for q=0.

The HDF5 files can, for instance, by access in python via h5py.org/. If there are any questions left, feel free to get in touch.