cbadc.analog_signal.random.UniformReferenceSignal

class cbadc.analog_signal.random.UniformReferenceSignal(T: float, low: float, high: float, offset: float = 0.0, seed: int = 42)

Bases: _AnalogSignal

A Gaussian reference signal.

Parameters

• T (float) – The period of the signal.

• low (float) – the lower bound of the signal.

• high (float) – the upper bound (non inclusive) of the signal.

• offset (float, optional) – The offset of the signal, default is 0.0.

• seed (int, optional) – The seed for the random number generator.

Example

>>> from cbadc.analog_signal import UniformReferenceSignal
>>> u = UniformReferenceSignal(1, 0, 1)

Methods

__init__(T, low, high[, offset, seed])
evaluate(t)	Evaluate the signal at time \(t\).
symbolic()	Returns as symbolic exression
tick()	Tick the signal, i.e., update the internal state.

evaluate(t: float) → float

Evaluate the signal at time \(t\).

Parameters

t (float) – the time instance for evaluation.

Returns

The analog signal value

Return type

float

symbolic() → Symbol

Returns as symbolic exression

Returns

the resulting function

Return type

sympy.Symbol

tick()

Tick the signal, i.e., update the internal state.