Surface name.
Region type label S.
Distributed potential type label MVP (uniform) or MVPNU (nonuniform).
Name of the orientation (Orientations) that defines the local coordinate system in which the magnetic vector potential is defined (if left blank, the default is assumed to be the global coordinate system)
Magnitude of the real (in-phase) part of the reference magnetic vector potential, which can be modified by using the AMPLITUDE option. For nonuniform potentials the magnitude must be defined in user subroutine UDEMPOTENTIAL. If given, this value, along with the three components of the direction for the real part of the magnetic vector potential that are provided as the next three data entries, will be passed into the user subroutine.
1-component of the direction of the real part of the magnetic vector potential.
2-component of the direction of the real part of the magnetic vector potential.
3-component of the direction of the real part of the magnetic vector potential.
Magnitude of the imaginary (out-of-phase) part of the reference magnetic vector potential, which can be modified by using the AMPLITUDE option. For nonuniform potentials the magnitude must be defined in user subroutine UDEMPOTENTIAL. If given, this value, along with the three components of the direction for the imaginary part of the magnetic vector potential that are provided as the next three data entries, will be passed into the user subroutine.
1-component of the direction of the imaginary part of the magnetic vector potential.
2-component of the direction of the imaginary part of the magnetic vector potential.
3-component of the direction of the imaginary part of the magnetic vector potential.
Repeat this data line as often as necessary to define distributed magnetic vector potentials on different surfaces.