def receive_simple(
self, signal): # receives simple signal and draws phasor cloud
self.signal = signal
p = Phasor()
p.draw_cloud(signal,
title='Deviated bits phasor cloud - %s' %
self.mode.upper())
def impedance(self, frequency: float) -> Phasor:
return Phasor.scale(Phasor.from_radius_and_phase(1, math.pi / 2),
self.inductance * frequency)
def impedance(self, frequency: float) -> Phasor:
return Phasor.reciprocal(
Phasor.scale(Phasor.from_radius_and_phase(1, math.pi / 2),
self.capacitance * frequency))
def impedance(self, frequency: float) -> Phasor:
return Phasor.from_rect(self.resistance, 0)
def impedance(self, frequency: float) -> Phasor:
imp = Phasor.from_rect(0, 0)
for element in self.elements:
imp = Phasor.add(imp, element.impedance(frequency))
return imp
def voltage(self, current: Sinusoid) -> Sinusoid:
return Sinusoid.from_phasor(
Phasor.multiply(current.to_phasor(),
self.impedance(current.angular_frequency)),
current.angular_frequency,
)
def current(self, voltage: Sinusoid) -> Sinusoid:
return Sinusoid.from_phasor(
Phasor.divide(voltage.to_phasor(),
self.impedance(voltage.angular_frequency)),
voltage.angular_frequency,
)
def to_phasor(self) -> Phasor:
return Phasor.from_radius_and_phase(self.amplitude, self.phase)