/*
* original - original "source" image data
* o_width - width of original image
* o_height - height of original image
* src - current image
* s_width - width of current image
* s_height - height of current image
* dest - destination image data (assume pre-malloc'd)
* d_width - width of destination image
* d_height - height of destination image
*/
void bidirectional_similarity_cpu_gpu(uchar4* original, int o_width, int o_height, uchar4* src, int s_width, int s_height, uchar4** dest, int d_width, int d_height) {
mapent *map;
printf( "Doing init\n");
retarget_map_init(src, s_width, s_height, dest, d_width, d_height, &map);
//bidirectional_similarity_vote( src, s_width, s_height, *dest, d_width, d_height, map );
if (BDP_VIZ) {
SaveBMPFile( *dest, d_width, d_height, "em-cpugpu-iter-0.bmp" );
}
for ( int i = 1; i <= ITERATIONS; i++ ) {
printf( "Starting EM interation %i...\n", i );
bidirectional_similarity_EM_cpu_gpu( original, o_width, o_height, *dest, d_width, d_height, map );
if (BDP_VIZ) {
char fname[64];
sprintf( fname, "em-cpugpu-iter-%i.bmp", i );
// vizuaize the iterations
//printf( "Output map for iteration %i...\n", i );
SaveBMPFile( *dest, d_width, d_height, fname );
}
}
free(map);
}
bool SaveImage(const ImageSaveInfo *pInfo)
{
if (pInfo==nullptr)
return false;
bool fResult;
if (::lstrcmpi(pInfo->pszFormat,TEXT("BMP"))==0) {
fResult=SaveBMPFile(pInfo);
} else if (::lstrcmpi(pInfo->pszFormat,TEXT("JPEG"))==0) {
fResult=SaveJPEGFile(pInfo);
} else if (::lstrcmpi(pInfo->pszFormat,TEXT("PNG"))==0) {
fResult=SavePNGFile(pInfo);
} else {
fResult=false;
}
return fResult;
}
