LinearDrivingField

class LinearDrivingField(name, direction, target_spins=None)

Represent a linearly polarized AC magnetic field.

Parameters:

• name (str) – Name of the driving field.

• direction (List[float]) – Polarization direction of the field.

• target_spins (Sequence[str] | None) – Spin names affected by the field, or None for all spins.

Methods

add_discrete_pulse(samples, frequency, dt[, ...])	Add a piecewise-constant pulse to this driving field.
add_pulse(pulse)	Add a pre-built Pulse to this driving field.
add_rectangle_pulse(amplitude, frequency, ...)	Add a rectangular pulse to this driving field.
add_wait(duration)	Add an idle section to this driving field.
normalize()	Normalize the vector to unit length.
plot_pulses([function, start, end, ax])	Plot the added pulse(s).
remove_all_pulses()	Remove all pulses from this driving field only.

Attributes

last_pulse_end	End time of the latest pulse on this field (in \(\mu\text{s}\)).
name	Name of the driving field.
pulses	Ordered list of pulses on this driving field.
target_spins	Spin names affected by this driving field, or None for all spins.
vec	Polarization direction of the field.
x	The \(x\) component of the polarization direction.
y	The \(y\) component of the polarization direction.
z	The \(z\) component of the polarization direction.