|
Files | |
| file | notch_comb.h |
Classes | |
| class | SPUC::cutboost< Numeric, Coeff > |
| IIR structure that can cut or boost signals at a programmed frequency. More... | |
| class | SPUC::iir< Numeric, Coeff > |
| Tempate Class for iir filter. More... | |
| class | SPUC::iir_1st< Numeric, Coeff > |
| Template Class for 1st Order iir filter. More... | |
| class | SPUC::iir_2nd< Numeric, Coeff > |
| Template for 2nd Order IIR filter. More... | |
| class | SPUC::iir_allpass1< Numeric, Coeff > |
| Template Class for IIR Filter using 2 1st order sections. More... | |
| class | SPUC::iir_allpass1_cascade< Numeric, Coeff > |
| Template Class for iir filter consisting of 1st order allpass sections. More... | |
| class | SPUC::iir_allpass1_halfband< Numeric, Coeff > |
| Template Class for Allpass halfband IIR Filter. More... | |
| class | SPUC::iir_allpass2< Numeric, Coeff > |
| Template Class for IIR filter using sum of 2nd Order Allpass sections. More... | |
| class | SPUC::iir_allpass_variable_cascade< Numeric, Coeff > |
| class | SPUC::iir_coeff |
| Class for iir filter design. More... | |
| class | SPUC::iir_comb< Numeric, Coeff > |
| Template for IIR comb type filter with programmable delay and gain. More... | |
| class | SPUC::iir_delay_allpass1< Numeric, Coeff > |
| Template Class for IIR filter consisting of 2 1st Order Allpass sections. More... | |
| class | SPUC::iir_df< Numeric, Coeff > |
| Template Class for Modeling a Direct Form IIR. More... | |
| class | SPUC::iir_exp1< Numeric, Coeff > |
| Template Class for 1st Order lowpass iir filter. More... | |
| class | SPUC::iir_hpf< Numeric, Coeff > |
| Template Class for 1st Order high pass IIR filter from S-domain transformation. More... | |
| class | SPUC::iir_hpf1< Numeric, Coeff > |
| Template Class for 1st Order High-pass iir filter. More... | |
| class | SPUC::iir_lpf< Numeric, Coeff > |
| class | SPUC::iir_lpf1< Numeric, Coeff > |
| Template Class for 1st Order lowpass iir filter. More... | |
| class | SPUC::iir_shelf< Numeric, Coeff > |
| class | SPUC::notch_allpass< Numeric, Coeff > |
| IIR notch filter based on 2nd order allpass structure. More... | |
| class | SPUC::notch_iir< Numeric, Coeff > |
| IIR notch filter based on 2nd order biquad. More... | |
| class | SPUC::shelf_allpass1< Numeric, Coeff > |
| IIR zolzer filter based on 2nd order allpass structure. More... | |
Functions | |
| void | SPUC::butterworth_allpass (std::vector< float_type > &a0, std::vector< float_type > &a1, int L) |
| Calculate Allpass coefficients for halfband bireciprocal wave filter. More... | |
| void | SPUC::butterworth_iir (iir_coeff &filt, float_type fcd, bool lpf, float_type amax) |
| Calculate coefficients for IIR assuming butterworth frequency response. More... | |
| void | SPUC::chebyshev_iir (iir_coeff &cheb, float_type fcd, bool lpf, float_type ripple) |
| Calculate coefficients for IIR assuming chebyshev frequency response. More... | |
| void | SPUC::elliptic_allpass (std::vector< float_type > &a0, std::vector< float_type > &a1, float_type fp, int L) |
| Calculate Allpass coefficients for halfband bireciprocal wave filter. More... | |
| void | SPUC::elliptic_iir (iir_coeff &filt, float_type fcd, bool lpf, float_type fstop, float_type stopattn, float_type ripple) |
| Calculate coefficients for IIR assuming elliptic frequency response. More... | |
Detailed Description
Function Documentation
| void SPUC::butterworth_allpass | ( | std::vector< float_type > & | a0, |
| std::vector< float_type > & | a1, | ||
| int | L | ||
| ) |
Calculate Allpass coefficients for halfband bireciprocal wave filter.
assuming butterworth frequency response
References PI.
Referenced by SPUC::nested_shelf_allpass_2< Numeric, Coeff >::init().
| void SPUC::butterworth_iir | ( | iir_coeff & | filt, |
| float_type | fcd, | ||
| bool | lpf = true, |
||
| float_type | amax = 3.0 |
||
| ) |
Calculate coefficients for IIR assuming butterworth frequency response.
Constructor, fcd = cut-off (1=sampling rate) ord = Filter order amax = attenuation at cut-off
References SPUC::iir_coeff::bilinear(), SPUC::butterworth_s(), SPUC::iir_coeff::convert_to_ab(), SPUC::iir_coeff::order, PI, SPUC::iir_coeff::poles, and SPUC::iir_coeff::zeros.
Referenced by main().
| void SPUC::chebyshev_iir | ( | iir_coeff & | filt, |
| float_type | fcd, | ||
| bool | lpf, | ||
| float_type | ripple = 3.0 |
||
| ) |
Calculate coefficients for IIR assuming chebyshev frequency response.
fcd = cut-off (1=sampling rate) ord = Filter order ripple = passband ripple in dB
References SPUC::iir_coeff::bilinear(), SPUC::chebyshev_s(), SPUC::iir_coeff::convert_to_ab(), SPUC::iir_coeff::order, PI, SPUC::iir_coeff::poles, and SPUC::iir_coeff::zeros.
| void SPUC::elliptic_allpass | ( | std::vector< float_type > & | a0, |
| std::vector< float_type > & | a1, | ||
| float_type | fp, | ||
| int | L | ||
| ) |
Calculate Allpass coefficients for halfband bireciprocal wave filter.
assuming elliptic frequency response
References SPUC::ellik(), SPUC::ellpj(), MINFP, PI, and SPUC::sqrt().
Referenced by SPUC::iir_allpass1< Numeric, Coeff >::iir_allpass1(), SPUC::iir_allpass1_cascade< Numeric, Coeff >::iir_allpass1_cascade(), SPUC::iir_allpass_variable_cascade< Numeric, Coeff >::iir_allpass_variable_cascade(), SPUC::nested_iir_allpass_2< Numeric, Coeff >::init(), SPUC::iir_allpass_variable_cascade< Numeric, Coeff >::set_coeffs(), and SPUC::iir_allpass1_cascade< Numeric, Coeff >::set_coeffs().
| void SPUC::elliptic_iir | ( | iir_coeff & | filt, |
| float_type | fcd, | ||
| bool | lpf, | ||
| float_type | fstop, | ||
| float_type | stopattn, | ||
| float_type | ripple | ||
| ) |
Calculate coefficients for IIR assuming elliptic frequency response.
References SPUC::iir_coeff::bilinear(), SPUC::iir_coeff::convert_to_ab(), SPUC::ellpk(), SPUC::lamda_plane(), SPUC::msqrt(), SPUC::iir_coeff::order, PI, SPUC::iir_coeff::poles, SPUC::s_plane(), SPUC::sqrt(), and SPUC::iir_coeff::zeros.
Referenced by main().
