basis.h

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/*!****************************************************************//*!*
 * \file   base.h
 * \brief  Topology object basis class for mesh creating implementation module.
 * 
 * \author Sabitov Kirill
 * \date   29 June 2022
 *********************************************************************/
 
#pragma once
 
#include "base.h"
#include "core/render/primitives/vertex_array.h"
 
namespace scl::topology
{
    template <typename Tvertex>
    class basis
    {
    public: 
        mesh_type MeshType;                 
        std::vector<Tvertex> Vertices {};   
        std::vector<u32> Indices {};        
        vec3 Min {}, Max {};                
    public: 
        const mesh_type GetType() const { return MeshType; }
        const std::vector<Tvertex> GetVertices() const { return Vertices; }
        const std::vector<u32> GetIndices() const { return Indices; }
        const vec3 &GetBoundMin() const { return Min; }
        const vec3 &GetBoundMax() const { return Max; }
 
        std::vector<Tvertex>::const_iterator cbegin() const { return Vertices.begin(); }
        std::vector<Tvertex>::const_iterator cend() const { return Vertices.end(); }
 
    public:
        /*!*
         * Topology object basis default constructor.
         *
         * \param MeshType- object mesh type.
         */
        basis(mesh_type MeshType) : MeshType(MeshType) {}
 
        /*!*
         * Topology object basis default constructor.
         * 
         * \param MeshType- object mesh type.
         * \param Vertices - verticeies array.
         * \param Indices - vertices indices.
         */
        basis(mesh_type MeshType, const std::vector<Tvertex> &Vertices, const std::vector<u32> &Indices) :
            MeshType(MeshType), Vertices(Vertices), Indices(Indices) {}
 
        /*!*
         * Topology object basis constructor.
         * 
         * \param MeshType- object mesh type.
         * \param Vertices - verticeies array rvalue ref.
         * \param Indices - vertices indices rvalue ref.
         */
        basis(mesh_type MeshType, std::vector<Tvertex> &&Vertices, std::vector<u32> &&Indices) :
            Vertices(std::move(Vertices)), Indices(std::move(Indices)) {}
 
        virtual ~basis() = default;
    };
}