//------------------------------------------------------------------------------
void idle(void)
{
if( !sim_pause ) {
frame_id++;
interpolate_frame();
}
glutPostRedisplay();
}
void InterpolatedSkeletController::ApplyFrame() {
if (!m_animation)
return;
float k = m_frame_time * m_animation->GetFPS();
size_t next_frame = m_crnt_frame + 1;
if (next_frame >= m_animation->GetFrames()) {
next_frame = (m_loop!=1) ? 0 : m_crnt_frame;
}
for (sb::vector<SkeletObjectPtr>::const_iterator it = m_objects.begin();it!=m_objects.end();++it ) {
for (size_t i = 0; i < m_data->GetNodesCount();++i ) {
const SkeletonNodeFrame& next = m_animation->GetNodeFrame(next_frame, i);
const SkeletonNodeFrame& frame = m_animation->GetNodeFrame(m_crnt_frame, i);
const SkeletonNodeData& node = m_data->GetNode(frame.node);
(*it)->SetSlot(i,node,interpolate_frame(frame,next,k),m_data->GetImage(frame.image));
}
}
}
void interpolate_frames(yuv_frame_t* new_frame, yuv_frame_t* ref0, yuv_frame_t* ref1, int ratio, int pos)
{
int widthin = ref0->width;
int heightin = ref0->height;
int max_levels=min(MAX_LEVELS, (int) (log10(min(widthin, heightin))/log10(2.0)-4.0));
mv_data_t * mv_data[MAX_LEVELS];
mv_data_t * spatial_mv_data[MAX_LEVELS];
mv_data_t * guide_mv_data[NUM_GUIDES];
yuv_frame_t* in_down[MAX_LEVELS][2];
yuv_frame_t* out_down[MAX_LEVELS];
int interpolate = 1;
for (int j=1; j<max_levels; j++) {
out_down[j]=malloc(sizeof(yuv_frame_t));
create_yuv_frame(out_down[j],widthin>>j,heightin>>j, 32, 32, 16, 16);
}
out_down[0]=new_frame;
for (int j=0; j<max_levels; j++) {
mv_data[j] = alloc_mv_data(widthin>>j, heightin>>j, BLOCK_STEP/2, BLOCK_STEP, ratio, pos, interpolate);
mv_data[j]->ratio = ratio;
spatial_mv_data[j] = alloc_mv_data(widthin>>j, heightin>>j, BLOCK_STEP/2, BLOCK_STEP, ratio, pos, interpolate);
spatial_mv_data[j]->ratio = ratio;
}
/* Higher levels are down-sampled*/
for (int i=1; i<max_levels; ++i) {
in_down[i][0]=malloc(sizeof(yuv_frame_t));
in_down[i][1]=malloc(sizeof(yuv_frame_t));
create_yuv_frame(in_down[i][0],widthin>>i, heightin>>i, 32, 32, 16, 16);
create_yuv_frame(in_down[i][1],widthin>>i, heightin>>i, 32, 32, 16, 16);
}
// Level 0 is just the original pictures
in_down[0][0]=ref0;
in_down[0][1]=ref1;
for (int l=0; l<max_levels-1; ++l) {
if (use_simd) {
scale_frame_down2x2_simd(in_down[l][0], in_down[l+1][0]);
scale_frame_down2x2_simd(in_down[l][1], in_down[l+1][1]);
} else {
scale_frame_down2x2(in_down[l][0], in_down[l+1][0]);
scale_frame_down2x2(in_down[l][1], in_down[l+1][1]);
}
}
for (int lvl=max_levels-1; lvl>=0; --lvl) {
int num_guides=0;
if (lvl!=max_levels-1) {
guide_mv_data[num_guides++]=spatial_mv_data[lvl];
}
motion_estimate_bi(mv_data[lvl], guide_mv_data, num_guides, in_down[lvl][0], in_down[lvl][1], pos);
if (lvl==0) interpolate_frame(mv_data[lvl], in_down[lvl][0], in_down[lvl][1], out_down[lvl], widthin, heightin, pos, ratio);
if (lvl>0) {
upscale_mv_data_2x2(mv_data[lvl], spatial_mv_data[lvl-1]);
}
}
for (int j=1; j<max_levels; j++) {
close_yuv_frame(out_down[j]);
free(out_down[j]);
}
for (int j=0; j<max_levels; j++) {
free_mv_data(mv_data[j]);
free_mv_data(spatial_mv_data[j]);
}
/* Higher levels are down-sampled*/
for (int i=1; i<max_levels; ++i) {
close_yuv_frame(in_down[i][0]);
close_yuv_frame(in_down[i][1]);
free(in_down[i][0]);
free(in_down[i][1]);
}
}
