static void
mgau_dist(s2_semi_mgau_t * s, int32 frame, int32 feat, mfcc_t * z)
{
eval_topn(s, feat, z);
/* If this frame is skipped, do nothing else. */
if (frame % s->ds_ratio)
return;
/* Evaluate the rest of the codebook (or subset thereof). */
if (s->kdtrees) {
kd_tree_node_t *node;
uint32 maxbbi;
node =
eval_kd_tree(s->kdtrees[feat], z, s->kd_maxdepth);
maxbbi = s->kd_maxbbi == -1 ? node->n_bbi : MIN(node->n_bbi,
s->
kd_maxbbi);
eval_cb_kdtree(s, feat, z, node, maxbbi);
}
else {
eval_cb(s, feat, z);
}
}
static void
mgau_dist(s2_semi_mgau_t * s, int32 frame, int32 feat, mfcc_t * z)
{
eval_topn(s, feat, z);
/* If this frame is skipped, do nothing else. */
if (frame % s->ds_ratio)
return;
/* Evaluate the rest of the codebook (or subset thereof). */
eval_cb(s, feat, z);
}
