Magsimus features -> Components for every need

Magsimus offers the user the ability to define a variety of component types in order to accommodate a wide range of modeling needs. The user organizes these components into logical design groups. Each group can contain an arbitrary number of different and independently-defined component types. The components can be broadly classified as material (representing actual matter) and auxiliary components. A material component can be a single uniform (single-domain) component or an array of single-domain cells. All material components have a rectangular prism shape, are characterized by electrical conductivities and by varying magnetic properties and behaviors.

Material components
Normal magnets. Each single component (or cell of an array component) is characterized by a magnetization (M) vector of fixed magnitude that is free to rotate in three dimensions.
Non-magnets. These do not have magnetization behavior associated with them.
Permanent magnets. Each single component (or cell of an array component) is characterized by a magnetization (M) vector of fixed magnitude and direction.
Pseudo-soft magnets. Each single component (or cell of an array component) is characterized by a magnetization (M) vector of varying magnitude that is free to rotate in three dimensions. The variation of the magnitude of M is governed by the relative-permeability of the component.
Magnetic shields. A shield is characterized by a saturation magnetization and relative permeability. Free magnetic poles (magnetic charges) are induced on the surface of shields by the magnetic fields acting on them and these in turn creates additional fields in the system. A shield is not characterized by magnetization vectors.

Auxiliary components
Field arrays. These are array of points in space that are used to visualize the vector fields produced by the polarization of magnetized objects and by electrical currents flowing in the system.
Probes. A probe represents a point in space that is used primarily to extract the value of a field data at its location in space. Moving probes can be used to trace out a field variation in any region of space.