capped_cylinder_mesh.hpp

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#ifndef GENERATOR_CAPPEDCYLINDERMESH_HPP
#define GENERATOR_CAPPEDCYLINDERMESH_HPP
 
#include "cylinder_mesh.hpp"
#include "disk_mesh.hpp"
#include "flip_mesh.hpp"
#include "lathe_mesh.hpp"
#include "line_shape.hpp"
#include "merge_mesh.hpp"
#include "rotate_mesh.hpp"
#include "translate_mesh.hpp"
#include "uv_flip_mesh.hpp"
 
namespace generator
{
 
namespace detail
{
 
class cap_t
{
private:
    using impl_t = translate_mesh_t<disk_mesh_t>;
    impl_t translate_mesh_;
 
public:
    cap_t(double radius, double distance, int slices, int rings, double start, double sweep);
 
    using triangles_t = typename impl_t::triangles_t;
 
    triangles_t triangles() const noexcept
    {
        return translate_mesh_.triangles();
    }
 
    using vertices_t = typename impl_t::vertices_t;
 
    vertices_t vertices() const noexcept
    {
        return translate_mesh_.vertices();
    }
};
} // namespace detail
 
class capped_cylinder_mesh_t
{
private:
    using impl_t = merge_mesh_t<cylinder_mesh_t, detail::cap_t, uv_flip_mesh_t<flip_mesh_t<detail::cap_t>>>;
    impl_t merge_mesh_;
 
public:
    capped_cylinder_mesh_t(double radius = 1.0,
                           double size = 1.0,
                           int slices = 32,
                           int segments = 8,
                           int rings = 4,
                           double start = 0.0,
                           double sweep = gml::radians(360.0));
 
    using triangles_t = typename impl_t::triangles_t;
 
    triangles_t triangles() const noexcept
    {
        return merge_mesh_.triangles();
    }
 
    using vertices_t = typename impl_t::vertices_t;
 
    vertices_t vertices() const noexcept
    {
        return merge_mesh_.vertices();
    }
};
} // namespace generator
 
#endif