Accessor.hpp

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#pragma once
#include "CachingAccessor.hpp"
#include <wmtk/simplex/Simplex.hpp>
#include <wmtk/simplex/IdSimplex.hpp>
 
namespace wmtk {
class Mesh;
class TriMesh;
class TetMesh;
class TriMeshOperationExecutor;
class EdgeMesh;
namespace tests {
class DEBUG_TriMesh;
class DEBUG_EdgeMesh;
} // namespace tests
} // namespace wmtk
namespace wmtk::attribute {
template <typename T, typename MeshType = Mesh, int Dim = Eigen::Dynamic>
class Accessor : protected CachingAccessor<T, Dim>
{
public:
    friend class wmtk::Mesh;
    friend class wmtk::TetMesh;
    friend class wmtk::TriMesh;
    friend class wmtk::EdgeMesh;
    friend class wmtk::PointMesh;
    using Scalar = T;
 
    using BaseType = AccessorBase<T, Dim>;
    using CachingBaseType = CachingAccessor<T, Dim>;
 
    // Eigen::Map<VectorX<T>>
    template <int D = Dim>
    using MapResult = internal::MapResult<T, D>;
    // Eigen::Map<const VectorX<T>>
    template <int D = Dim>
    using ConstMapResult = internal::ConstMapResult<T, D>;
 
 
    Accessor(MeshType& m, const TypedAttributeHandle<T>& handle);
    Accessor(const MeshType& m, const TypedAttributeHandle<T>& handle);
 
    template <typename OMType, int D>
    Accessor(const Accessor<T, OMType, D>& o);
 
 
    // =============
    // Access methods
    // =============
    // NOTE: If any compilation warnings occur check that there is an overload for an index method
 
    T const_topological_scalar_attribute(const Tuple& t, PrimitiveType pt) const;
    template <typename ArgType>
    T& topological_scalar_attribute(const ArgType& t);
    template <typename ArgType>
    T const_scalar_attribute(const ArgType& t) const;
    template <typename ArgType>
    T& scalar_attribute(const ArgType& t);
 
    template < int D = Dim, typename ArgType = wmtk::Tuple>
    ConstMapResult<D> const_vector_attribute(const ArgType& t) const;
    template < int D = Dim, typename ArgType = wmtk::Tuple>
    MapResult<D> vector_attribute(const ArgType& t);
 
    using BaseType::dimension; // const() -> int64_t
    using BaseType::reserved_size; // const() -> int64_t
 
    using BaseType::attribute; // access to Attribute object being used here
    using BaseType::handle;
    using BaseType::primitive_type;
    using BaseType::typed_handle;
    using CachingBaseType::has_stack;
    using CachingBaseType::mesh;
    using CachingBaseType::stack_depth;
 
    MeshType& mesh() { return static_cast<MeshType&>(BaseType::mesh()); }
    const MeshType& mesh() const { return static_cast<const MeshType&>(BaseType::mesh()); }
 
protected:
 
    int64_t index(const Tuple& t) const;
    int64_t index(const simplex::Simplex& t) const;
    int64_t index(const simplex::IdSimplex& t) const;
 
    using CachingBaseType::base_type;
    CachingBaseType& caching_base_type() { return *this; }
    const CachingBaseType& caching_base_type() const { return *this; }
 
public:
    CachingBaseType& index_access() { return caching_base_type(); }
    const CachingBaseType& index_access() const { return caching_base_type(); }
};
} // namespace wmtk::attribute
#include "Accessor.hxx"