hard X-ray spectrum emitted through a toroidal reprocessor, consisting of a transmitted continuum (photons passing through the torus without interacting), a scattered or reflected component, made up of photons which interact with matter via Compton scattering, and emission lines (mostly, iron K$\alpha$ and K$\beta$). `MYTorus` allows a dynamic decoupling of these three components to simulate different geometries. It can be used in the default configuration (“`MYTorus` coupled”), modeling a classical “donut-shape” toroidal reprocessor with a fixed covering factor of 0.5 (i.e. the half-opening angle $\theta_{tor}$ of the torus is 60$\degree$, measured as the angle between the axis of the system and the edge of the torus itself), or in a more complex way, called “`MYTorus` decoupled”. In this configuration, part of the reflection from the inner far side of the reprocessor could be unobscured by material on the near side of it. In this case, the far-side reflection, at least below $\sim$ 10 keV, can dominate the observed spectrum. This back-reflected continuum and the associated lines are parameterized with a `MYTorus` face-on reflection spectrum, obtained fixing the inclination angle of the system $\theta_{\rm obs}$ to 0. On the other hand, the forward scattered emission and associated emission lines are approximated 