  We review the status of the 2-Higgs Doublet Model (2HDM) Type-II, in the
light of the current experimental results and various theoretical consistency
conditions. In doing so, we adopt a new numerical framework, called Magellan,
to explore the full parameter space of the model. Magellan uses a simple,
Markov Chain Monte Carlo technique for the exploration and leverages the use of
modern tools, allowing the user to perform inference on the model in an
efficient way. The framework exploits the output of well-known Higgs production
and decay programs, together with that of packages implementing the current
results of both direct and indirect Higgs boson searches. We further illustrate
how future measurements can be incorporated in such a framework, through the
example of neutral heavy Higgs boson production and decay via the gluon-gluon
fusion mode in a variety of final states.
