SearchFragmentVertex.hpp

#ifndef __FIBER_BASEOP_SEARCHFRAGMENTVERTEX_HPP
#define __FIBER_BASEOP_SEARCHFRAGMENTVERTEX_HPP
 
#include <field/TypedArray.hpp>
#include <grid/Representation.hpp>
#include <aerie/BoundingBox.hpp>
 
#include "gridopDllApi.h"
 
namespace Fiber
{
 
 
struct  gridop_API SearchFragmentVertex : public Interface<SearchFragmentVertex>
{
        using point = Eagle::PhysicalSpace::point;
 
static constexpr const index_t  Invalid = -1;
 
        using PerFragmentSearchResult_t = std::tuple<index_t, double, point>;
 
        using   FragmentCheck_f = std::function<bool(const Eagle::BoundingBox&FragmentBBox, const point&P)>;
 
static  PerFragmentSearchResult_t search(TypedArray<point>&, const point&P);
static  PerFragmentSearchResult_t search(CreativeArrayBase&CAB, const point&P);
 
static  PerFragmentSearchResult_t search(const Representation&R, const point&P, const RefPtr<FragmentID>&);
 
using SearchResult_t = std::tuple<index_t, const RefPtr<FragmentID>, double, point>;
 
static  SearchResult_t search(const Representation&R, const point&P, bool AllowOverlappingFragments, FragmentCheck_f = nullptr);
 
virtual PerFragmentSearchResult_t searchIndex(CreativeArrayBase&CAB, const point&P) const;
 
protected:
        ~SearchFragmentVertex();
};
 
 
 
struct  gridop_API HilbertFragmentVertexSearch  : SearchFragmentVertex
{
static  PerFragmentSearchResult_t hilbert_search(CreativeArrayBase&CAB, const point&P);
 
        PerFragmentSearchResult_t searchIndex(CreativeArrayBase&CAB, const point&P) const override;
 
protected:
        ~HilbertFragmentVertexSearch();
};
 
 
struct  gridop_API UniformFragmentVertexSearch  : SearchFragmentVertex
{
static  PerFragmentSearchResult_t uniform_search(CreativeArrayBase&CAB, const point&P);
 
        PerFragmentSearchResult_t searchIndex(CreativeArrayBase&CAB, const point&P) const override;
 
protected:
        ~UniformFragmentVertexSearch();
};
 
 
} // namespace Fiber
 
#endif // __FIBER_BASEOP_SEARCHFRAGMENTVERTEX_HPP