Author: J.A. More...

Functions
	freqResponse (fs, freq, coefs_b, coefs_a=1.)
	Computes the frequency response of the filter defined with the filter coefficients:

	bandpass_fir_design (L, fs, fl, fu, window=hann)
	Construct a bandpass filter.

	lowpass_fir_design (L, fs, fc, window=hann)

	arbitrary_fir_design (fs, L, freq, amps, window='hann')
	Last frequency of freq should be fs/2.

Detailed Description

Author: J.A.

de Jong - ASCEE

Description: Designs octave band FIR filters from 16Hz to 16 kHz for a sampling frequency of 48 kHz.

Function Documentation

◆ arbitrary_fir_design()

lasp.filter.fir_design.arbitrary_fir_design	(	fs,
		L,
		freq,
		amps,
		window = `'hann'`
	)

Last frequency of freq should be fs/2.

Definition at line 82 of file fir_design.py.

◆ bandpass_fir_design()

lasp.filter.fir_design.bandpass_fir_design	(	L,
		fs,
		fl,
		fu,
		window = `hann`
	)

Construct a bandpass filter.

Definition at line 37 of file fir_design.py.

◆ freqResponse()

lasp.filter.fir_design.freqResponse	(	fs,
		freq,
		coefs_b,
		coefs_a = `1.`
	)

Computes the frequency response of the filter defined with the filter coefficients:

Args: fs: Sampling frequency [Hz] freq: Array of frequencies to compute the response for coefs_b: Forward coefficients (FIR coefficients) coefs_a: Feedback coefficients (IIR)

Returns: Complex frequency response for frequencies given in array

Definition at line 17 of file fir_design.py.

◆ lowpass_fir_design()

lasp.filter.fir_design.lowpass_fir_design	(	L,
		fs,
		fc,
		window = `hann`
	)