Output_Computed * DE_GW_Not_Comp::compute(const Arg_Output_Comp & arg)
{
ASSERT_TJS_USER
(
arg.flux()->dim() == 2,
"need 2-dimensional sets to write in raster Graphic Window"
);
// get the general representation of window
Data_El_Geom_GWin * geom = _ew.degeow();
ASSERT_TJS_USER
(
(geom->handle_rastser_scale_negatif()) || ((geom->sc().x>0) && (geom->sc().y>0)),
"can only handle positive scales in raster mode (for now)"
);
Data_Elise_Gra_Win * degw = _ew.degraw();
degw->_degd->reinit_cp();
degw->warn_graph();
(degw->sop()).pal_is_loaded(_pal);
Data_Elise_Palette * dep = _pal.dep();
dep->verif_out_put(arg);
Output_Computed * res;
switch (arg.flux()->type())
{
case Pack_Of_Pts::rle :
res = degw->rle_out_comp(geom,arg,dep,mOnYDiff);
break;
case Pack_Of_Pts::integer :
INT v[Elise_Std_Max_Dim];
if (arg.fonc()->icste(v))
res = degw->pint_cste_out_comp(geom,arg,dep,v);
else
res = degw->pint_no_cste_out_comp(geom,arg,dep);
break;
default :
elise_fatal_error
("Raster Windows cannot manage real points (for now)",__FILE__,__LINE__);
res = 0;
}
res = out_adapt_type_fonc (arg,res,Pack_Of_Pts::integer);
{
Pt2di p0,p1;
geom->box_user_geom(p0,p1);
res = clip_out_put(res,arg,p0,p1);
}
return res;
}
virtual Output_Computed * compute(const Arg_Output_Comp & arg)
{
ASSERT_INTERNAL
( (*_pack_push)->dim() <= arg.fonc()->idim_out(),
"insufficient dim in Push_Values_Out_Not_Comp"
);
return
out_adapt_type_fonc
(
arg,
new Push_Values_Out_Comp<Type>(arg,_pack_push),
(*_pack_push)->type()
);
}
