return;
}
- self->have_kernel = TRUE;
-
/* Clamp frequencies */
self->lower_frequency =
CLAMP (self->lower_frequency, 0.0,
self->upper_frequency = tmp;
}
- /* fill the lp kernel */
- GST_DEBUG ("bpwsinc: initializing LP kernel of length %d with cut-off %f",
- len, self->lower_frequency);
+ GST_DEBUG ("bpwsinc: initializing filter kernel of length %d "
+ "with lower frequency %.2lf Hz "
+ ", upper frequency %.2lf Hz for mode %s",
+ len, self->lower_frequency, self->upper_frequency,
+ (self->mode == MODE_BAND_PASS) ? "band-pass" : "band-reject");
+ /* fill the lp kernel */
w = 2 * M_PI * (self->lower_frequency / GST_AUDIO_FILTER (self)->format.rate);
kernel_lp = g_new (gdouble, len);
for (i = 0; i < len; ++i) {
kernel_lp[i] /= sum;
/* fill the hp kernel */
- GST_DEBUG ("bpwsinc: initializing HP kernel of length %d with cut-off %f",
- len, self->upper_frequency);
-
w = 2 * M_PI * (self->upper_frequency / GST_AUDIO_FILTER (self)->format.rate);
kernel_hp = g_new (gdouble, len);
for (i = 0; i < len; ++i) {
/* set up the residue memory space */
if (self->residue)
g_free (self->residue);
-
self->residue =
g_new0 (gdouble, len * GST_AUDIO_FILTER (self)->format.channels);
+
+ self->have_kernel = TRUE;
}
/* GstAudioFilter vmethod implementations */
gint len = 0;
gdouble w;
- /* fill the kernel */
len = self->kernel_length;
- GST_DEBUG ("lpwsinc: initializing filter kernel of length %d", len);
if (GST_AUDIO_FILTER (self)->format.rate == 0) {
GST_DEBUG ("rate not set yet");
self->frequency =
CLAMP (self->frequency, 0.0, GST_AUDIO_FILTER (self)->format.rate / 2);
+ GST_DEBUG ("lpwsinc: initializing filter kernel of length %d "
+ "with cutoff %.2lf Hz "
+ "for mode %s",
+ len, self->frequency,
+ (self->mode == MODE_LOW_PASS) ? "low-pass" : "high-pass");
+
+ /* fill the kernel */
w = 2 * M_PI * (self->frequency / GST_AUDIO_FILTER (self)->format.rate);
if (self->kernel)