void
fastnc_detector<A>::new_particles(F& feature, PS& pset, const cpu&)
{
SCOPE_PROF(fastnc_new_particles_detector);
memset(new_points_, 0);
typename PS::kernel_type pset_ = pset;
mt_apply2d(sizeof(i_float1), saliency_.domain() - border(8),
[this, &feature, &pset_] (i_int2 p)
{
if (pset_.has(p)) return;
if (saliency_(p) == 0) return;
for (int i = 0; i < 8; i++)
{
i_int2 n(p + i_int2(c8_h[i]));
if (saliency_(p) < saliency_(n) || pset_.has(n))
return;
}
new_points_(p) = p;
}, cpu());
st_apply2d(sizeof(i_float1), saliency_.domain() - border(8),
[this, &feature, &pset] (i_int2 p)
{
if (new_points_(p) != i_short2(0,0)) pset.add(p, feature(p));
}, cpu());
}
void
dense_detector::new_particles(const F& feature, PS& pset_)
{
SCOPE_PROF(mdfl_new_particles_detector);
typename PS::kernel_type pset = pset_;
st_apply2d(sizeof(i_float1), feature.domain() - border(0),
[this, &feature, &pset, &pset_] (i_int2 p)
{
if (!pset.has(p))
pset_.add(p, feature(p));
}, cpu());
}
int main()
{
Person person[5]={
{"aa",19},{"bb",20},{"cc",23},{"dd",21},{"ee",25}
};
PS ps;
for(int i=0;i<5;++i){
ps.add(person+i);
}
while(1){
ps->show();
//ps.operator->()->show();
if(!(++ps))break;
}
return 0;
}