`pleiades` – Basic Functionality¶

Building Magnetic Configurations¶

`pleiades.RectangularCoil`	A rectangular cross section coil in the R-Z plane
`pleiades.Device`	A container for a full configuration of magnets for an experiment
`pleiades.CurrentFilamentSet`	Set of locations that have the same current value.
`pleiades.FieldsOperator`	Mixin class for computing fields on meshes
`pleiades.compute_greens`	Compute axisymmetric Green’s functions for magnetic fields

`pleiades.Mesh`	A mesh in the R-Z plane for calculating magnetic fields and flux.
`pleiades.RectMesh`	A regular linearly spaced 2D R-Z mesh.
`pleiades.PointsMesh`	An unstructured mesh specified by two lists of coordinate points.
`pleiades.RChord`	A 1D chord of cylindrical radii at fixed height z.
`pleiades.ZChord`	A 1D chord of Z values at fixed cylindrical radius.
`pleiades.SphericalRChord`	A 1D chord of spherical radius at fixed polar angle theta.
`pleiades.ThetaChord`	A 1D chord of polar angles at fixed spherical radius r.

`pleiades.configurations.BRB`	The Device object representing the Big Red Ball at UW-Madison.
`pleiades.configurations.PCX_magCage`
`pleiades.configurations.PCX_HH`

`pleiades.compute_equilibrium`	Compute jxB=gradP equilibrium for given P as function of R
`pleiades.mirror_equilibrium`	Compute jxB=gradP equilibrium for given P as function of psi/psi_lim given by P(psi) = p0(1-(psi/psi_lim)alpha1)*alpha2