int available = rubberband_available(p->rb);
fvec_t *zeros = new_fvec(p->hopsize);
while (available <= (int)latency) {
- rubberband_process(p->rb, (const float* const*)&(zeros->data), p->hopsize, 0);
+ rubberband_process(p->rb,
+ (const float* const*)&(zeros->data), p->hopsize, 0);
available = rubberband_available(p->rb);
}
del_fvec(zeros);
if (rubberband_available(p->rb) >= (int)p->hopsize) {
rubberband_retrieve(p->rb, (float* const*)&(out->data), p->hopsize);
} else {
- AUBIO_WRN("pitchshift: catching up with zeros, only %d available, needed: %d, "
- "current pitchscale: %f\n",
+ AUBIO_WRN("pitchshift: catching up with zeros"
+ ", only %d available, needed: %d, current pitchscale: %f\n",
rubberband_available(p->rb), p->hopsize, p->pitchscale);
fvec_zeros(out);
}