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- complex2MagPhase(complx, deg=False)
- complex2ReIm(complx)
- complex2Scalar(input)
- # old functions just for reference
- complex2dB(complx)
- complex_2_db(input)
- returns the magnitude in dB of a complex number.
returns:
20*log10(|z|)
where z is a complex number
- complex_2_degree(input)
- returns the angle complex number in radians.
- complex_2_magnitude(input)
- returns the magnitude of a complex number.
- complex_2_radian(input)
- returns the angle complex number in radians.
- db_2_magnitude(input)
- converts db to normal magnitude
returns:
10**((z)/20.)
where z is a complex number
- db_2_np(x)
- converts a value in nepers to dB
- degree_2rad_(deg)
- dirac_delta(x)
- the dirac function.
can take numpy arrays or numbers
returns 1 or 0
- magnitude_2_db(input)
- converts magnitude to db
db is given by
20*log10(|z|)
where z is a complex number
- neuman(x)
- neumans number
2-dirac_delta(x)
- np_2_db(x)
- converts a value in dB to neper's
- null(A, eps=1.0000000000000001e-15)
- calculates the null space of matrix A.
i found this on stack overflow.
- radian_2_degree(rad)
- scalar2Complex(input)
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