  The spontaneous generation of homogeneous chromomagnetic fields in the
lattice SU(3) gluodynamics is investigated in the deconfinement phase of the
model. A new approach based on direct measurements of the field strength on a
lattice is developed. Vacuum magnetization is established by its influence on
the probability density function of the simulated field strength. It is found
that both the chromomagnetic fields corresponding to the diagonal SU(3)
generators are simultaneously condensated and appear to be spatially
co-directed. No vacuum magnetization is detected for the other SU(3)
components. The temperature dependence of the spontaneously generated fields in
physical units is fitted in the temperature interval 200 MeV - 200 GeV as the
usual power law with the anomalous dimension.
