Geode-solutionsProject OpenGeode
class HybridSolidBuilder
cpp
Inherits from SolidMeshBuilder<dimension>Inherits from SolidMeshBuilder<dimension>Functions
create
cpp
public std::unique_ptr<HybridSolidBuilder<dimension> > create(HybridSolid<dimension> & mesh)public std::unique_ptr<HybridSolidBuilder<dimension> > create(HybridSolid<dimension> & mesh)create_tetrahedron
cpp
public index_t create_tetrahedron(const std::array<index_t, 4> & vertices)public index_t create_tetrahedron(const std::array<index_t, 4> & vertices)Create a new tetrahedron from four vertices.
vertices [in] The four vertices defining the tetrahedron to create
return the index of the created tetrahedron
create_hexahedron
cpp
public index_t create_hexahedron(const std::array<index_t, 8> & vertices)public index_t create_hexahedron(const std::array<index_t, 8> & vertices)Create a new hexahedron from four vertices.
vertices [in] The eight vertices defining the hexahedron to create
return the index of the created hexahedron
create_prism
cpp
public index_t create_prism(const std::array<index_t, 6> & vertices)public index_t create_prism(const std::array<index_t, 6> & vertices)Create a new prism from four vertices.
vertices [in] The six vertices defining the prism to create
return the index of the created prism
create_pyramid
cpp
public index_t create_pyramid(const std::array<index_t, 5> & vertices)public index_t create_pyramid(const std::array<index_t, 5> & vertices)Create a new pyramid from four vertices.
vertices [in] The five vertices defining the pyramid to create
return the index of the created pyramid
copy
cpp
public void copy(const HybridSolid<dimension> & hybrid_solid)public void copy(const HybridSolid<dimension> & hybrid_solid)HybridSolidBuilder
cpp
protected void HybridSolidBuilder<dimension>(HybridSolid<dimension> & mesh)protected void HybridSolidBuilder<dimension>(HybridSolid<dimension> & mesh)class HybridSolidBuilder
cpp
Inherits from SolidMeshBuilder<3U>Inherits from SolidMeshBuilder<3U>