  In our contextual model, statistical independence is violated, thus it is not
constrained by Bell Theorem. Individual outcomes are created locally in a
deterministic way in a function of setting dependent variables describing
measuring instruments and variables describing physical systems, at the moment
of their interactions. These setting dependent variables may be correlated, but
not necessarily due to spooky influences or superdeterminism. In several Bell
Tests, two time series of distant clicks are converted into finite samples
containing pairs of non zero outcomes. This data not only violates CHSH
inequalities but also nonsignalling. Our model allows explaining both the raw
and the final data in these experiments. Moreover, our model, does not
compromise experimenters freedom of choice. The violation of nonsignaling is
neither consistent with quantum description of an ideal EPRB experiment nor
with standard local realistic and stochastic hidden variable models, thus the
title of this article and its conclusion: Kupczynski escape route for local
realism is not available are misleading.
