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quantized.potentials Module

Classes

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TripleWell

TripleWell(
    center1: Tuple[float, float],
    barrier12: Tuple[float, float],
    center2: Tuple[float, float],
    barrier23: Tuple[float, float],
    center3: Tuple[float, float],
    well1: quantized.utils.Parabola,
    well2: quantized.utils.Parabola,
    well3: quantized.utils.Parabola
)

Construct a well potential from the points.

x                                                         x
x                                                         x
x                                                         x
x                                                        x
x                                                        x
 x          barrier12                                   x
 x         x         x            barrier23            x
  x       x          x           x         x          x
   center1            x         x           x       x
                       x       x             center3
                        center2

Fields

center1 (float | float)

barrier12 (float | float)

center2 (float | float)

barrier23 (float | float)

center3 (float | float)

well1 (Parabola)

well2 (Parabola)

well3 (Parabola)

Static Methods

from_params

TripleWell.from_params(
    well1_depth: float,
    well1_halfwidth: float,
    bridge_length: float,
    bridge_depth: float,
    well3_halfwidth: float,
    well3_depth: float
) -> <class 'inspect._empty'>

Dunder Methods

__call__

TripleWell.__call__(
    self,
    x: Union[numpy.ndarray, float]
) -> typing.Union[numpy.ndarray, float]

Call self as a function.

---

Harmonic

Harmonic(center: float, mass: float = 1.0, omega: float = 1.0)

Fields

center (float)

Constraints: Range(min=-1000.0, max=1000.0)

mass (float)

Default: 1.0

Constraints: Range(min=1e-08, max=1000.0)

omega (float)

Default: 1.0

Constraints: Range(min=1e-08, max=1000.0)

Dunder Methods

__call__

Harmonic.__call__(self, x: float) -> <class 'float'>

Return the value of the harmonic potential at coordinate x