  A python code (mvp.py) is presented for computing the mean-value point (MVP)
in the Brillouin zone first introduced by Baldereschi [1]. The code allows
calculations of the MVP for any input crystal structure. Having MVP allows
approximating the Brillouin zone integrals of relatively smooth, periodic
functions defined in the reciprocal space by the value of the same function at
only one, mean-value, k-point. This approximation decreases computational cost
at a relatively small decrease in accuracy. The MVP coordinates for the 14
Bravais lattices are evaluated and the underlying theory is discussed.
