31   size_t overlap;        /* In wide samples */  member
65   float diff, least_diff = difference(new_win + t->channels * i, f, t->channels * t->overlap);  in tempo_best_overlap_position()
73       diff = difference(new_win + t->channels * i, f, t->channels * t->overlap);  in tempo_best_overlap_position()
80     diff = difference(new_win + t->channels * i, f, t->channels * t->overlap);  in tempo_best_overlap_position()
91   float fade_step = 1.0f / (float) t->overlap;  in tempo_overlap()
93   for (i = 0; i < t->overlap; ++i) {  in tempo_overlap()
109 …fifo_write(&t->output_fifo, t->overlap, (float *) fifo_read_ptr(&t->input_fifo) + t->channels * of…  in tempo_process()
114           fifo_write(&t->output_fifo, t->overlap, NULL));  in tempo_process()
117     fifo_write(&t->output_fifo, t->segment - 2 * t->overlap,  in tempo_process()
119                t->channels * (offset + t->overlap));  in tempo_process()
125            t->channels * (offset + t->segment - t->overlap),  in tempo_process()
126            t->channels * t->overlap * sizeof(*(t->overlap_buf)));  in tempo_process()
129     skip = t->factor * (++t->segments_total * (t->segment - t->overlap)) + 0.5;  in tempo_process()
175   t->overlap = max(sample_rate * overlap_ms / 1000 + 4.5, 16);  in tempo_setup()
176   t->overlap &= ~7; /* Make divisible by 8 for loop optimisation */  in tempo_setup()
177   if (t->overlap * 2 > t->segment)  in tempo_setup()
178     t->overlap -= 8;  in tempo_setup()
179   t->overlap_buf = lsx_malloc(t->overlap * t->channels * sizeof(*t->overlap_buf));  in tempo_setup()
180   max_skip = ceil(factor * (t->segment - t->overlap));  in tempo_setup()
181   t->process_size = max(max_skip + t->overlap, t->segment) + t->search;  in tempo_setup()