  We present new calculations of Stark broadened profiles for neutral helium
lines using computer simulations that include some important aspects aimed at
better representing the dynamical environment of the helium atom. These include
the unification of ion and electron treatment, the correction for ion dynamics,
the transition of the electron contribution to broadening from the core to the
wings of the profile, the numerical integration of the time evolution operator
of helium perturbed by a fluctuating electric field, the Debye correction for
the correlation of the motion of charged perturbers, local density variations,
and particle reinjection. We compare the results of our simulations for the He
I $\lambda\lambda$4471 and 4922 lines with other results published in the
literature. We also test our simulation environment for narrow lines (He I
$\lambda\lambda$5877 and 6678) and broader lines (He I $\lambda\lambda$4026 and
4144). We find that the narrow lines are more difficult to produce adequately
than the the broader ones.
