import TransferCalculator as t
import UserData as u
import matplotlib.pyplot as plt
import numpy as np
data = u.UserData(f0=1000, fc=2000, f_sample=20000, DC=5)
calc = t.TransferCalculator()
calc.CalculateInputInTime(data)
calc.CalculateFAA_InTime(data)
calc.CalculateSH_InTime(data)
calc.CalculateAnalogKeyInTime(data)
calc.CalculateOutputInTime(data)
plt.plot(data.t, data.Output)
plt.show()

06fe9602334b8568b38fb2541613bbb5f8931a8b
<mask token>

<mask token>
calc.CalculateInputInTime(data)
calc.CalculateFAA_InTime(data)
calc.CalculateSH_InTime(data)
calc.CalculateAnalogKeyInTime(data)
calc.CalculateOutputInTime(data)
plt.plot(data.t, data.Output)
plt.show()

<mask token>
data = u.UserData(f0=1000, fc=2000, f_sample=20000, DC=5)
calc = t.TransferCalculator()
calc.CalculateInputInTime(data)
calc.CalculateFAA_InTime(data)
calc.CalculateSH_InTime(data)
calc.CalculateAnalogKeyInTime(data)
calc.CalculateOutputInTime(data)
plt.plot(data.t, data.Output)
plt.show()

import TransferCalculator as t
import UserData as u
import matplotlib.pyplot as plt
import numpy as np
data = u.UserData(f0=1000, fc=2000, f_sample=20000, DC=5)
calc = t.TransferCalculator()
calc.CalculateInputInTime(data)
calc.CalculateFAA_InTime(data)
calc.CalculateSH_InTime(data)
calc.CalculateAnalogKeyInTime(data)
calc.CalculateOutputInTime(data)
plt.plot(data.t, data.Output)
plt.show()
