shithub: sox

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remove debug prints

--- a/src/rate.c

+++ b/src/rate.c

@@ -222,28 +222,20 @@

   if (!f->num_taps) {

     int num_taps = 0, dft_length, i;

     int k = phase == 50 && lsx_is_power_of_2(L) && Fn == L? L << 1 : 4;

-fprint(2, "#0\n");

     double * h = lsx_design_lpf(Fp, Fs, Fn, att, &num_taps, -k, -1.);

-fprint(2, "#1\n");

     if (phase != 50)

       lsx_fir_to_phase(&h, &num_taps, &f->post_peak, phase);

     else f->post_peak = num_taps / 2;

-fprint(2, "#A\n");

     dft_length = lsx_set_dft_length(num_taps);

-fprint(2, "#B\n");

     f->coefs = calloc(dft_length, sizeof(*f->coefs));

-fprint(2, "#C\n");

     for (i = 0; i < num_taps; ++i)

       f->coefs[(i + dft_length - num_taps + 1) & (dft_length - 1)]

         = h[i] / dft_length * 2 * L;

-fprint(2, "#D\n");

     free(h);

     f->num_taps = num_taps;

     f->dft_length = dft_length;

-fprint(2, "#E\n");

     lsx_safe_rdft(dft_length, 1, f->coefs);

-fprint(2, "#F\n");

     lsx_debug("fir_len=%i dft_length=%i Fp=%g Fs=%g Fn=%g att=%g %i/%i",

         num_taps, dft_length, Fp, Fs, Fn, att, L, M);

   }

@@ -411,9 +403,7 @@

       phases = !rational? (1 << phase_bits) : arbL;

       if (!f->interp[0].scalar) {

         int phases0 = max(phases, 19), n0 = 0;

-fprint(2, "#2\n");

         lsx_design_lpf(Fp, Fs, -Fn, attArb, &n0, phases0, f->beta);

-fprint(2, "#3\n");

         num_coefs = n0 / phases0 + 1, num_coefs += num_coefs & !preM;

       }

       if ((num_coefs & 1) && rational && (arbL & 1))

@@ -426,10 +416,8 @@

     if (!arb_stage.shared->poly_fir_coefs) {

       int num_taps = num_coefs * phases - 1;

-fprint(2, "#4\n");

       raw_coef_t * coefs = lsx_design_lpf(

           Fp, Fs, Fn, attArb, &num_taps, phases, f->beta);

-fprint(2, "#5\n");

       arb_stage.shared->poly_fir_coefs = prepare_coefs(

           coefs, num_coefs, phases, order, 1);

       lsx_debug("fir_len=%i phases=%i coef_interp=%i size=%s",