150   int const overlap = f->num_taps - 1;  in dft_stage_fn()
222   if (!f->num_taps) {  in dft_stage_init()
223     int num_taps = 0, dft_length, i;  in dft_stage_init()  local
225     double * h = lsx_design_lpf(Fp, Fs, Fn, att, &num_taps, -k, -1.);  in dft_stage_init()
228       lsx_fir_to_phase(&h, &num_taps, &f->post_peak, phase);  in dft_stage_init()
229     else f->post_peak = num_taps / 2;  in dft_stage_init()
231     dft_length = lsx_set_dft_length(num_taps);  in dft_stage_init()
233     for (i = 0; i < num_taps; ++i)  in dft_stage_init()
234       f->coefs[(i + dft_length - num_taps + 1) & (dft_length - 1)]  in dft_stage_init()
237     f->num_taps = num_taps;  in dft_stage_init()
241         num_taps, dft_length, Fp, Fs, Fn, att, L, M);  in dft_stage_init()
419       int num_taps = num_coefs * phases - 1;  in rate_init()  local
421           Fp, Fs, Fn, attArb, &num_taps, phases, f->beta);  in rate_init()