29   for (i = 1; t->segments[i-1].x; ++i)  in lsx_compandt_show()
31        LOG_TO_LOG10(t->segments[i].x),  in lsx_compandt_show()
32        LOG_TO_LOG10(t->segments[i].y),  in lsx_compandt_show()
33        LOG_TO_LOG10(t->segments[i].a),  in lsx_compandt_show()
34        LOG_TO_LOG10(t->segments[i].b));  in lsx_compandt_show()
84   for (i = 0; !i || t->segments[i-2].x; i += 2) {  in prepare_transfer_fn()
85     t->segments[i].y += t->outgain_dB;  in prepare_transfer_fn()
86     t->segments[i].x *= M_LN10 / 20; /* Convert to natural logs */  in prepare_transfer_fn()
87     t->segments[i].y *= M_LN10 / 20;  in prepare_transfer_fn()
90 #define line1 t->segments[i - 4]  in prepare_transfer_fn()
91 #define curve t->segments[i - 3]  in prepare_transfer_fn()
92 #define line2 t->segments[i - 2]  in prepare_transfer_fn()
93 #define line3 t->segments[i - 0]  in prepare_transfer_fn()
94   for (i = 4; t->segments[i - 2].x; i += 2) {  in prepare_transfer_fn()
132   t->segments[i - 3].x = 0;  in prepare_transfer_fn()
133   t->segments[i - 3].y = t->segments[i - 2].y;  in prepare_transfer_fn()
135   t->in_min_lin = exp(t->segments[1].x);  in prepare_transfer_fn()
136   t->out_min_lin= exp(t->segments[1].y);  in prepare_transfer_fn()
176   t->segments = lsx_calloc(pairs, sizeof(*t->segments));  in lsx_compandt_parse()
178 #define s(n) t->segments[2*((n)+1)]  in lsx_compandt_parse()
205 #define s(n) t->segments[2*(n)]  in lsx_compandt_parse()
227   free(p->segments);  in lsx_compandt_kill()