desc.coils.MixedCoilSet

class desc.coils.MixedCoilSet(*coils, name='')Source

Set of coils or coilsets of different geometry.

Parameters:

• coils (Coil or array-like of Coils) – collection of coils

• currents (float or array-like of float) – currents in each coil, or a single current shared by all coils in the set

• name (str) – name of this CoilSet

Methods

append(value)	S.append(value) -- append value to the end of the sequence
clear()
compute(names[, grid, params, transforms, data])	Compute the quantity given by name on grid, for each coil in the coilset.
compute_Bnormal(surface[, eval_grid, ...])	Compute Bnormal from self on the given surface.
compute_magnetic_field(coords[, params, ...])	Compute magnetic field at a set of points.
copy([deepcopy])	Return a (deep)copy of this object.
count(value)
eq(other)	Compare equivalence between DESC objects.
extend(values)	S.extend(iterable) -- extend sequence by appending elements from the iterable
flip(*args, **kwargs)	Flip the coils across a plane.
from_makegrid_coilfile(coil_file[, method])	Create a CoilSet of SplineXYZCoils from a MAKEGRID-formatted coil txtfile.
from_symmetry(coils, NFP[, sym])	Create a coil group by reflection and symmetry.
index(value, [start, [stop]])	Raises ValueError if the value is not present.
insert(i, new_item)	Insert a new coil into the coilset at position i.
linspaced_angular(coil[, current, axis, ...])	Create a coil set by repeating a coil n times rotationally.
linspaced_linear(coil[, current, ...])	Create a coil group by repeating a coil n times in a straight line.
load(load_from[, file_format])	Initialize from file.
pop([index])	Raise IndexError if list is empty or index is out of range.
remove(value)	S.remove(value) -- remove first occurrence of value.
reverse()	S.reverse() -- reverse IN PLACE
rotate(*args, **kwargs)	Rotate the coils about an axis.
save(file_name[, file_format, file_mode])	Save the object.
save_BNORM_file(surface, fname[, basis_M, ...])	Create BNORM-style .txt file containing Bnormal Fourier coefficients.
save_in_makegrid_format(coilsFilename[, ...])	Save CoilSet as a MAKEGRID-formatted coil txtfile.
to_FourierXYZ([N, grid, s, name])	Convert all coils to FourierXYZCoil representation.
to_SplineXYZ([knots, grid, method, name])	Convert all coils to SplineXYZCoil.
translate(*args, **kwargs)	Translate the coils along an axis.

Attributes

coils	coils in the coilset.
current	currents in each coil.
name	Name of the curve.