34     sox_sample_t const * f2, uint64_t overlap, uint64_t search, size_t channels)  in best_overlap_position()  argument
37   double diff, least_diff = difference(f2, f1, (size_t) (channels * overlap));  in best_overlap_position()
40     diff = difference(f2 + channels * i, f1, (size_t) (channels * overlap));  in best_overlap_position()
67     sox_sample_t * in2, sox_sample_t * output, uint64_t overlap, size_t channels)  in splice()  argument
77       for (j = 0; j < channels; ++j, ++k) {  in splice()
88       for (j = 0; j < channels; ++j, ++k) {  in splice()
99       for (j = 0; j < channels; ++j, ++k) {  in splice()
108     sox_sample_t * f, uint64_t overlap, uint64_t search, size_t channels)  in do_splice()  argument
111       f, f + overlap * channels, overlap, search, channels) : 0;  in do_splice()
112   splice(effp, f, f + (overlap + offset) * channels,  in do_splice()
113       f + (overlap + offset) * channels, overlap, channels);  in do_splice()
125      effp->in_signal.length / effp->in_signal.channels : SOX_UNKNOWN_LEN);  in parse()
187   p->buffer = lsx_calloc(p->max_buffer_size * effp->in_signal.channels, sizeof(*p->buffer));  in start()
205   *isamp /= effp->in_signal.channels;  in flow()
206   *osamp /= effp->in_signal.channels;  in flow()
216         for (c = 0; c < effp->in_signal.channels; ++c)  in flow()
224 …p->splices[p->splices_pos].overlap + p->splices[p->splices_pos].search) * effp->in_signal.channels;  in flow()
230               (size_t)effp->in_signal.channels) * effp->in_signal.channels;  in flow()
235         for (c = 0; c < effp->in_signal.channels; ++c)  in flow()
243 …p->splices[p->splices_pos].overlap + p->splices[p->splices_pos].search) * effp->in_signal.channels;  in flow()
251         for (c = 0; c < effp->in_signal.channels; ++c)  in flow()
258   *isamp = idone * effp->in_signal.channels;  in flow()
259   *osamp = odone * effp->in_signal.channels;  in flow()