  The dependence of the average number of partons per clan on virtuality and
rapidity variables is analytically predicted in the framework of the
Generalized Simplified Parton Shower model, based on the idea that clans are
genuine elementary subprocesses. The results obtained are found to be
qualitatively consistent with experimental trends. This study extends previous
results on the behavior of the average number of clans in virtuality and
rapidity and shows how important physical quantities can be calculated
analytically in a model based on essentials of QCD allowing local violations of
the energy-momentum conservation law, still requiring its global validity.
