*
* Used in G.729 @8k, G.729 @4.4k, G.729 @6.4k, AMR @7.95k, AMR @7.40k
*/
-void ff_acelp_fc_pulse_per_track(
- int16_t* fc_v,
- const uint8_t *tab1,
- const uint8_t *tab2,
- int pulse_indexes,
- int pulse_signs,
- int pulse_count,
- int bits);
+void ff_acelp_fc_pulse_per_track(int16_t* fc_v,
+ const uint8_t *tab1,
+ const uint8_t *tab2,
+ int pulse_indexes,
+ int pulse_signs,
+ int pulse_count,
+ int bits);
/**
* Decode the algebraic codebook index to pulse positions and signs and
*
* out[i] = (in_a[i]*weight_a + in_b[i]*weight_b + rounder) >> shift
*/
-void ff_acelp_weighted_vector_sum(
- int16_t* out,
- const int16_t *in_a,
- const int16_t *in_b,
- int16_t weight_coeff_a,
- int16_t weight_coeff_b,
- int16_t rounder,
- int shift,
- int length);
+void ff_acelp_weighted_vector_sum(int16_t* out,
+ const int16_t *in_a,
+ const int16_t *in_b,
+ int16_t weight_coeff_a,
+ int16_t weight_coeff_b,
+ int16_t rounder,
+ int shift,
+ int length);
/**
* float implementation of weighted sum of two vectors.
* @note It is safe to pass the same buffer for out and in_a or in_b.
*/
void ff_weighted_vector_sumf(float *out, const float *in_a, const float *in_b,
- float weight_coeff_a, float weight_coeff_b, int length);
+ float weight_coeff_a, float weight_coeff_b,
+ int length);
/**
* Adaptative gain control (as used in AMR postfiltering)