unsigned long eval_mem(unsigned const * tree)
{
int i;
inner_qnty = leaf_qnty = 0;
for(nodes=1,i=0;nodes;++i)
{
if (tree[i]==0) ++inner_qnty, ++nodes;
else ++leaf_qnty, --nodes;
}
nodes=i;
return prologue_size() + epilogue_size() + leaf_qnty*leaf_size() + inner_qnty*inner_size();
}
ARC_Pair::ARC_Pair ( const cv::Point& f, const cv::Rect& second, double ns, const cv::Mat& img, bool* error ) :
nsigma(ns), nNoMatch(0), id(++num), age(0), slot(0)
{
cv::Point s;
cv::Size inner_size( 10, 10 );
s = convert_to_point( second, img, inner_size );
if( s==cv::Point(-1, -1) )
{
*error = true;
return;
}
if( f.y<s.y )
{
roi = ARC_Point_Pair(f,s);
}
else
{
roi = ARC_Point_Pair(s,f);
}
last_good=roi;
*error = false;
} // ----- end of method ARC_Pair::ARC_Pair (constructor) -----
combinator compile(unsigned nargs, unsigned const * tree)
{
unsigned long size = eval_mem(tree);
char * mmem = mallocx(size);
it = 0;
compile_prologue(mmem);
it += prologue_size();
for(int i=nodes-1;i>=0 ;--i)
{
if (tree[i])
{
compile_leaf(mmem + it, tree[i]);
it += leaf_size();
}
else
{
compile_inner(mmem + it);
it += inner_size();
}
}
compile_epilogue(mmem + it, nargs);
return (combinator) mmem;
}
void TestWindow::layout()
{
Coord space_dxy=pref.get().space_dxy;
Pointsor psor(space_dxy);
// swtch , btn , progress
{
Point size=btn.getMinSize();
Pointsor psor1=psor.cutY(size.y);
psor1.placeX(swtch,size.y,CenterFunc(pref.get().swtch_dxy));
psor1.placeX(btn,size);
Coord pdy=pref.get().progress_dy;
Coord pdx=10*pdy;
psor1.placeX(progress,pdx,size.y,CenterYFunc(pdy));
}
Point lsize=Sup(label1.getMinSize(),label2.getMinSize(),label3.getMinSize());
Point inner_size(lsize.x+3*space_dxy+lsize.y,3*lsize.y+4*space_dxy);
// text_contour
{
Point size=text_contour.getMinSize(inner_size);
psor.placeY(text_contour,size);
}
// label , rad
{
Panesor psor(text_contour.getInner(),space_dxy);
psor.shrink();
{
Panesor psor1=psor.cutY(lsize.y);
psor1.placeX(rad1,lsize.y,CenterFunc(pref.get().check_dxy));
psor1.placeX(label1,lsize.x);
}
{
Panesor psor1=psor.cutY(lsize.y);
psor1.placeX(rad2,lsize.y,CenterFunc(pref.get().check_dxy));
psor1.placeX(label2,lsize.x);
}
{
Panesor psor1=psor.cutY(lsize.y);
psor1.placeX(rad3,lsize.y,CenterFunc(pref.get().check_dxy));
psor1.placeX(label3,lsize.x);
}
}
// label , check , light
{
Point size=label.getMinSize();
Pointsor psor1=psor.cutY(size.y);
psor1.placeX(check,size.y,CenterFunc(pref.get().check_dxy));
psor1.placeX(label,size);
psor1.placeX(light,size.y,CenterFunc(pref.get().light_dxy));
}
// xsingle , text , edit , xdouble
{
Point size=edit.getMinSize();
size.x*=3;
size.y+=space_dxy;
psor.placeMinY(xsingle,size.x,MinSize);
psor.placeY(edit,size);
psor.placeY(text,size);
psor.placeMinY(xdouble,size.x,MinSize);
}
// ysingle , knob , ydouble , xscroll
{
Coord dy=btn.getSize().y;
Pointsor psor1=psor.cutY(dy);
psor1.placeMinX(ysingle,MinSize,dy);
psor1.placeX(knob,dy,CenterFunc(pref.get().knob_dxy));
psor1.placeMinX(ydouble,MinSize,dy);
Coord sdy=pref.get().scroll_dxy;
Coord sdx=10*sdy;
psor1.placeX(xscroll,sdx,dy,CenterYFunc(sdy));
}
// info
{
Point size=contour.getMinSize(info.getMinSize());
psor.placeY(contour,size);
info.setPlace(contour.getInner());
}
// text_list
{
psor.placeMinY(text_list);
}
}
