Components

List of all the Component classes, along with their concepts and functions. More...

Collaboration diagram for Components:

Modules
	Components Concepts
	List of concepts for types related to the Component classes of the library.
	Edge Components
	This group lists all the Components that may be used by the Edge element.
	Face Components
	This group lists all the Components that may be used by the Face element.
	Vertex Components
	This group lists all the Components that may be used by the Vertex element.
	Mesh Components
	This group lists all the Components that may be used by a Mesh class.

Classes
class	vcl::comp::AdjacentEdges< STORE_INDICES, Edge, N, TTVN, ParentElemType, VERT, OPT >
	The AdjacentEdges class is a container of Edge indices or pointers. It could be used by any Element to save adjacencies information (also the Edge element itself). More...
class	vcl::comp::AdjacentFaces< STORE_INDICES, Face, N, TTVN, ParentElemType, VERT, OPT >
	The AdjacentFaces class is a container of Face indices or pointers. It could be used by any Element to save adjacencies information (also the Face element itself). More...
class	vcl::comp::AdjacentVertices< STORE_INDICES, Vertex, ParentElemType, VERT, OPT >
	The AdjacentVertices class is a container of Vertex indices or pointers. It is a component that makes sense to use mostly on Vertex Elements. For Faces and Edges, see the VertexPointers component (which is similar, but has different member function names). More...
class	vcl::comp::BitFlags< ParentElemType, OPT >
	The BitFlags component class represents a collection of 8 bits that will be part of an Element (e.g. Vertex, Face, ...). More...
class	vcl::comp::BoundingBox< PointType, ParentElemType, OPT >
	The BoundingBox component class represents an axis aligned bounding box. This class is usually used as a component of a Mesh. More...
class	vcl::comp::Color< ParentElemType, OPT >
	The Color class represents a RGBA color that will be part of an Element (e.g. Vertex, Face, ...) or Mesh. More...
class	vcl::comp::Coordinate< P, ParentElemType, OPT >
	The Coordinate class represents a N-Dimensional point that will be part of an Element (e.g. Vertex...). More...
class	vcl::comp::CustomComponents< ParentElemType >
	The CustomComponents Component is a container of additional components associated to an Element (e.g. Vertex, Face). More...
class	vcl::comp::Mark< ParentElemType, OPT >
	The Mark class is an utility class useful to un-mark components in constant time. More...
class	vcl::comp::Name< ParentElemType, OPT >
	The Name component class represents a simple name stored as string. This class is usually used as a component of a Mesh. More...
class	vcl::comp::Normal< P, ParentElemType, OPT >
	The Normal class represents a N-Dimensional normal vector that will be part of an Element (e.g. Vertex, Face...). More...
class	vcl::comp::PolygonBitFlags< N, ParentElemType, OPT >
	The PolygonBitFlags class represents a collection of 8 bits plus 8 bits for each edge that will be part of a generic Polygonal Face of a Mesh. More...
class	vcl::comp::PrincipalCurvature< Scalar, ParentElemType, OPT >
	The PrincipalCurvature class represents a component that stores the principal curvature directions and values at a point on a surface. This component could be part of Vertices or Faces. More...
class	vcl::comp::Quality< Scalar, ParentElemType, OPT >
	The Quality class represents a component that stores the quality of a mesh element, that is represented by a scalar. More...
class	vcl::comp::TexCoord< Scalar, ParentElemType, OPT >
	The TexCoord class represents a component that stores a texture coordinate. More...
class	vcl::comp::TextureImages
	The TextureImages class represents a component that stores the textures used by a mesh. This component makes sense only if it is used by meshes, and therefore it cannot be stored vertically or be optional (no template arguments are needed for these options). More...
class	vcl::comp::TexturePaths
	The TexturePaths class represents a component that stores the paths of the textures used by a mesh. This component makes sense only if it is used by meshes, and therefore it cannot be stored vertically or be optional (no template arguments are needed for these options). More...
class	vcl::comp::TransformMatrix< Scalar, ParentElemType, OPT >
	The TransformMatrix class represents a component that stores a 4x4 matrix that can be used for a transformation. This class is usually used as a component of a Mesh. More...
class	vcl::comp::TriangleBitFlags< ParentElemType, OPT >
	The TriangleBitFlags class represents a collection of 16 bits that will be part of a Triangle of a Mesh. More...
class	vcl::comp::VertexReferences< STORE_INDICES, Vertex, N, ParentElemType, VERT >
	The VertexReferences class represents a component that stores a container of indices or pointers to vertices that will be part of an Element (e.g. Face, Edge, Tetrahedron, etc.). More...
class	vcl::comp::WedgeColors< N, ParentElemType, OPT >
	The WedgeColors class is a container of colors associated to the wedges of a Face element. More...
class	vcl::comp::WedgeTexCoords< Scalar, N, ParentElemType, OPT >
	The WedgeTexCoords class is a container of texture coordinates associated to the wedges of a Face element. More...

Typedefs
template<typename S , typename ElementType = void, bool OPT = false>
using	vcl::comp::BoundingBox3 = BoundingBox< Point3< S >, ElementType, OPT >
	The BoundingBox3 component class is an alias of the BoundingBox component that uses 3 dimensional Points.
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::BoundingBox3f = BoundingBox< Point3f, ElementType, OPT >
	The BoundingBox3f component class is an alias of the BoundingBox component that uses 3 dimensional Points with float precision.
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::BoundingBox3d = BoundingBox< Point3d, ElementType, OPT >
	The BoundingBox3d component class is an alias of the BoundingBox component that uses 3 dimensional Points with double precision.
template<typename Scalar , typename ElementType = void, bool OPT = false>
using	vcl::comp::Coordinate3 = Coordinate< Point3< Scalar >, ElementType, OPT >
	The Coordinate3 class is an alias of the Coordinate component that uses 3 dimensional Points.
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::Coordinate3f = Coordinate3< float, ElementType, OPT >
	The Coordinate3f class is an alias of the Coordinate component that uses 3 dimensional Points with float precision.
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::Coordinate3d = Coordinate3< double, ElementType, OPT >
	The Coordinate3d class is an alias of the Coordinate component that uses 3 dimensional Points with double precision.
template<typename Scalar , typename ElementType = void, bool OPT = false>
using	vcl::comp::Normal3 = Normal< Point3< Scalar >, ElementType, OPT >
	The Normal3 class is an alias of the Normal component that uses 3 dimensional Points.
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::Normal3f = Normal3< float, ElementType, OPT >
	The Normal3f class is an alias of the Normal component that uses 3 dimensional Points with float precision.
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::Normal3d = Normal3< double, ElementType, OPT >
	The Normal3d class is an alias of the Normal component that uses 3 dimensional Points with double precision.
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::PrincipalCurvaturef = PrincipalCurvature< float, ElementType, OPT >
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::PrincipalCurvatured = PrincipalCurvature< double, ElementType, OPT >
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::Qualityf = Quality< float, ElementType, OPT >
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::Qualityd = Quality< double, ElementType, OPT >
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::TexCoordf = TexCoord< float, ElementType, OPT >
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::TexCoordd = TexCoord< double, ElementType, OPT >
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::TransformMatrixf = TransformMatrix< float, ElementType, OPT >
template<typename ElementType = void, bool OPT = false>
using	vcl::comp::TransformMatrixd = TransformMatrix< double, ElementType, OPT >

Detailed Description

List of all the Component classes, along with their concepts and functions.

Typedef Documentation

BoundingBox3

template<typename S , typename ElementType = void, bool OPT = false>

using vcl::comp::BoundingBox3 = typedef BoundingBox<Point3<S>, ElementType, OPT>

The BoundingBox3 component class is an alias of the BoundingBox component that uses 3 dimensional Points.

Template Parameters

S	The scalar type of the point.
ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

BoundingBox3d

template<typename ElementType = void, bool OPT = false>

using vcl::comp::BoundingBox3d = typedef BoundingBox<Point3d, ElementType, OPT>

The BoundingBox3d component class is an alias of the BoundingBox component that uses 3 dimensional Points with double precision.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

BoundingBox3f

template<typename ElementType = void, bool OPT = false>

using vcl::comp::BoundingBox3f = typedef BoundingBox<Point3f, ElementType, OPT>

The BoundingBox3f component class is an alias of the BoundingBox component that uses 3 dimensional Points with float precision.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

Coordinate3

template<typename Scalar , typename ElementType = void, bool OPT = false>

using vcl::comp::Coordinate3 = typedef Coordinate<Point3<Scalar>, ElementType, OPT>

The Coordinate3 class is an alias of the Coordinate component that uses 3 dimensional Points.

Template Parameters

Scalar	The scalar type of the point.
ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

Coordinate3d

template<typename ElementType = void, bool OPT = false>

using vcl::comp::Coordinate3d = typedef Coordinate3<double, ElementType, OPT>

The Coordinate3d class is an alias of the Coordinate component that uses 3 dimensional Points with double precision.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

Coordinate3f

template<typename ElementType = void, bool OPT = false>

using vcl::comp::Coordinate3f = typedef Coordinate3<float, ElementType, OPT>

The Coordinate3f class is an alias of the Coordinate component that uses 3 dimensional Points with float precision.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

Normal3

template<typename Scalar , typename ElementType = void, bool OPT = false>

using vcl::comp::Normal3 = typedef Normal<Point3<Scalar>, ElementType, OPT>

The Normal3 class is an alias of the Normal component that uses 3 dimensional Points.

Template Parameters

Scalar	The scalar type of the point.
ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

Normal3d

template<typename ElementType = void, bool OPT = false>

using vcl::comp::Normal3d = typedef Normal3<double, ElementType, OPT>

The Normal3d class is an alias of the Normal component that uses 3 dimensional Points with double precision.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

Normal3f

template<typename ElementType = void, bool OPT = false>

using vcl::comp::Normal3f = typedef Normal3<float, ElementType, OPT>

The Normal3f class is an alias of the Normal component that uses 3 dimensional Points with float precision.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

PrincipalCurvatured

template<typename ElementType = void, bool OPT = false>

using vcl::comp::PrincipalCurvatured = typedef PrincipalCurvature<double, ElementType, OPT>

The PrincipalCurvatured class is an alias of the PrincipalCurvature component that uses double as scalar type.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

PrincipalCurvaturef

template<typename ElementType = void, bool OPT = false>

using vcl::comp::PrincipalCurvaturef = typedef PrincipalCurvature<float, ElementType, OPT>

The PrincipalCurvaturef class is an alias of the PrincipalCurvature component that uses float as scalar type.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

Qualityd

template<typename ElementType = void, bool OPT = false>

using vcl::comp::Qualityd = typedef Quality<double, ElementType, OPT>

The Qualityd class is an alias of the Quality component that uses double as scalar type.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

Qualityf

template<typename ElementType = void, bool OPT = false>

using vcl::comp::Qualityf = typedef Quality<float, ElementType, OPT>

The Qualityf class is an alias of the Quality component that uses float as scalar type.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

TexCoordd

template<typename ElementType = void, bool OPT = false>

using vcl::comp::TexCoordd = typedef TexCoord<double, ElementType, OPT>

The TexCoordd class is an alias of the TexCoord component that uses double as scalar type.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

TexCoordf

template<typename ElementType = void, bool OPT = false>

using vcl::comp::TexCoordf = typedef TexCoord<float, ElementType, OPT>

The TexCoordf class is an alias of the TexCoord component that uses float as scalar type.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

TransformMatrixd

template<typename ElementType = void, bool OPT = false>

using vcl::comp::TransformMatrixd = typedef TransformMatrix<double, ElementType, OPT>

The TransformMatrixd class is an alias of the TransformMatrix component that uses double as scalar type.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.

TransformMatrixf

template<typename ElementType = void, bool OPT = false>

using vcl::comp::TransformMatrixf = typedef TransformMatrix<float, ElementType, OPT>

The TransformMatrixf class is an alias of the TransformMatrix component that uses float as scalar type.

Template Parameters

ElementType	This template argument must be void if the component needs to be stored horizontally, or the type of the element that will contain this component if the component needs to be stored vertically.
OPT	If true, the component will be optional. This argument is considered only if the component is stored vertically.