The SuperMagnet suite

CID
interactive cable designer that simulates the physical cabling process and produces geometry and electrical coupling parameters of a superconducting cable.

M'c
computes an arbitrary 3-D magnetic system, producing the maps of magnetic field, magnetic vector potential and AC loss, or the operating point, inductance and energy of the magnetic system.

THEA
models cooling, quench, stability and current distribution in superconducting cables. With an astounding flexibility and simulation power.

Gandalf
the first CryoSoft code that models cooling, quench and stability in force-flow cooled superconductors. At top speed and unsurpassed accuracy thanks to mesh adaptivity.

Flower
a model for complex piping and cryogenic system, aiming at the analysis of steady state and transients processes in cooling systems and proximity cryogenics.

Power
for the analysis of electrical transients in superconducting magnet systems.