180 static int getopts(sox_effect_t * effp, int argc, char **argv)  in getopts()  argument
182   priv_t * p = (priv_t *)effp->priv;  in getopts()
198   return argc ? lsx_usage(effp) : SOX_SUCCESS;  in getopts()
201 static int start(sox_effect_t * effp)  in start()  argument
203   priv_t * p = (priv_t *)effp->priv;  in start()
207   effp->out_signal.rate = effp->in_signal.rate;  in start()
208   if (effp->in_signal.channels > 2 && p->stereo_depth) {  in start()
212   if (effp->in_signal.channels == 1 && p->stereo_depth)  in start()
213     effp->out_signal.channels = p->ochannels = 2;  in start()
214   else effp->out_signal.channels = effp->in_signal.channels;  in start()
215   if (effp->in_signal.channels == 2 && p->stereo_depth)  in start()
217   else effp->flows = effp->in_signal.channels;  in start()
219     &p->chan[i].reverb, effp->in_signal.rate, p->wet_gain_dB, p->room_scale,  in start()
221     effp->global_info->global_info->bufsiz / p->ochannels, p->chan[i].wet);  in start()
223   if (effp->in_signal.mult)  in start()
224     *effp->in_signal.mult /= !p->wet_only + 2 * dB_to_linear(max(0,p->wet_gain_dB));  in start()
228 static int flow(sox_effect_t * effp, const sox_sample_t * ibuf,  in flow()  argument
231   priv_t * p = (priv_t *)effp->priv;  in flow()
239     p->chan[c].dry[i] = SOX_SAMPLE_TO_FLOAT_32BIT(*ibuf++, effp->clips);  in flow()
245     *obuf++ = SOX_FLOAT_32BIT_TO_SAMPLE(out, effp->clips);  in flow()
249     *obuf++ = SOX_FLOAT_32BIT_TO_SAMPLE(out, effp->clips);  in flow()
254 static int stop(sox_effect_t * effp)  in stop()  argument
256   priv_t * p = (priv_t *)effp->priv;  in stop()