Phase

class coupled_oscillator.phase.Phase(osc_prop: OscillatorProperties, angle: float = 0, displacement: float = 0, angle_momentum: float = 0, displacement_momentum: float = 0, arr: ndarray | None = None)

Bases: object

__init__(osc_prop: OscillatorProperties, angle: float = 0, displacement: float = 0, angle_momentum: float = 0, displacement_momentum: float = 0, arr: ndarray | None = None)

Methods

__init__(osc_prop[, angle, displacement, ...])
get_value(value)	Returns the value of the given object.
to_cartesian_coordinates()	Converts the phase to cartesian coordinates.

Attributes

angle	The angle of the pendulum.
angle_momentum	The angular momentum of the pendulum.
displacement	The displacement of the spring.
displacement_momentum	The displacement momentum of the spring.

to_cartesian_coordinates() → ndarray

Converts the phase to cartesian coordinates.

Returns:

np.ndarray: The cartesian coordinates of the phase (x, y).

property angle: float

The angle of the pendulum.

property displacement: float

The displacement of the spring.

property angle_momentum: float

The angular momentum of the pendulum.

property displacement_momentum: float

The displacement momentum of the spring.

static get_value(value)

Returns the value of the given object.

If the given object is a Phase object, then the array containing the values of the phase is returned. Otherwise, the given object is returned as is.