Types.h File Reference

Detailed Description

Author

Klaus Iglberger

Sebastian Eibl sebas.nosp@m.tian.nosp@m..eibl.nosp@m.@fau.nosp@m..de

#include "core/DataTypes.h"
#include "core/math/AABBFwd.h"
#include "stencil/D3Q27.h"
#include <array>
#include <memory>
#include <vector>

Classes
class	walberla::math::Vector2< Type >
	Efficient, generic implementation of a 2-dimensional vector. More...
class	walberla::math::Vector3< Type >
	Efficient, generic implementation of a 3-dimensional vector. More...
class	walberla::math::Matrix2< Type >
	Efficient, generic implementation of a 2x2 matrix. More...
class	walberla::math::Matrix3< Type >
	Efficient, generic implementation of a 3x3 matrix. More...
class	walberla::math::Quaternion< Type >
	Efficient implementation of a quaternion. More...
class	walberla::math::MatrixMxN< Type >
	Efficient implementation of a \( M \times N \) matrix. More...
class	walberla::pe::Union< BodyTypes >
	Base class for the union geometry, a rigid assembly of bodies. More...
struct	walberla::pe::StorageType
	Class enum for BodyStorages. More...
struct	walberla::pe::StorageSelect

Namespaces
	walberla
	\file TimestepTracker.h \ingroup lbm \author Frederik Hennig frede.nosp@m.rik..nosp@m.henni.nosp@m.g@fa.nosp@m.u.de
	walberla::math
	walberla::pe

Typedefs
using	walberla::pe::Vec2 = math::Vector2< real_t >
using	walberla::pe::Vec3 = math::Vector3< real_t >
using	walberla::pe::Mat2 = math::Matrix2< real_t >
using	walberla::pe::Mat3 = math::Matrix3< real_t >
using	walberla::pe::Quat = math::Quaternion< real_t >
using	walberla::pe::MatN = math::MatrixMxN< real_t >
using	walberla::pe::BodyType = RigidBody
	Type of the rigid bodies. More...
using	walberla::pe::BodyID = RigidBody *
	Handle for a rigid body. More...
using	walberla::pe::ConstBodyID = const RigidBody *
	Handle for a constant rigid body. More...
using	walberla::pe::BodyPtr = std::unique_ptr< RigidBody >
using	walberla::pe::GeomID = GeomPrimitive *
using	walberla::pe::ConstGeomID = const GeomPrimitive *
using	walberla::pe::BoxType = Box
	Type of the box geometric primitive. More...
using	walberla::pe::BoxID = Box *
	Handle for a box primitive. More...
using	walberla::pe::ConstBoxID = const Box *
	Handle for a constant box primitive. More...
using	walberla::pe::BoxPtr = std::unique_ptr< Box >
using	walberla::pe::CapsuleType = Capsule
	Type of the capsule geometric primitive. More...
using	walberla::pe::CapsuleID = Capsule *
	Handle for a capsule primitive. More...
using	walberla::pe::ConstCapsuleID = const Capsule *
	Handle for a constant capsule primitive. More...
using	walberla::pe::CapsulePtr = std::unique_ptr< Capsule >
using	walberla::pe::CylinderType = Cylinder
	Type of the cylinder geometric primitive. More...
using	walberla::pe::CylinderID = Cylinder *
	Handle for a cylinder primitive. More...
using	walberla::pe::ConstCylinderID = const Cylinder *
	Handle for a constant cylinder primitive. More...
using	walberla::pe::CylinderPtr = std::unique_ptr< Cylinder >
using	walberla::pe::CylindricalBoundaryType = CylindricalBoundary
	Type of the cylindrical boundary geometric primitive. More...
using	walberla::pe::CylindricalBoundaryID = CylindricalBoundary *
	Handle for a cylindrical boundary primitive. More...
using	walberla::pe::ConstCylindricalBoundaryID = const CylindricalBoundary *
	Handle for a constant cylindrical boundary primitive. More...
using	walberla::pe::CylindricalBoundaryPtr = std::unique_ptr< CylindricalBoundary >
using	walberla::pe::EllipsoidType = Ellipsoid
	Type of the ellipsoid geometric primitive. More...
using	walberla::pe::EllipsoidID = Ellipsoid *
	Handle for a ellipsoid primitive. More...
using	walberla::pe::ConstEllipsoidID = const Ellipsoid *
	Handle for a constant ellipsoid primitive. More...
using	walberla::pe::EllipsoidPtr = std::unique_ptr< Ellipsoid >
using	walberla::pe::PlaneType = Plane
	Type of the plane geometric primitive. More...
using	walberla::pe::PlaneID = Plane *
	Handle for a plane primitive. More...
using	walberla::pe::ConstPlaneID = const Plane *
	Handle for a constant plane primitive. More...
using	walberla::pe::PlanePtr = std::unique_ptr< Plane >
using	walberla::pe::SphereType = Sphere
	Type of the sphere geometric primitive. More...
using	walberla::pe::SphereID = Sphere *
	Handle for a sphere primitive. More...
using	walberla::pe::ConstSphereID = const Sphere *
	Handle for a constant sphere primitive. More...
using	walberla::pe::SpherePtr = std::unique_ptr< Sphere >
using	walberla::pe::SquirmerType = Squirmer
	Type of the squirmer geometric primitive. More...
using	walberla::pe::SquirmerID = Squirmer *
	Handle for a squirmer primitive. More...
using	walberla::pe::ConstSquirmerID = const Squirmer *
	Handle for a constant squirmer primitive. More...
using	walberla::pe::SquirmerPtr = std::unique_ptr< Squirmer >
using	walberla::pe::MeshType = TriangleMesh
	Type of the triangle mesh geometric primitive. More...
using	walberla::pe::MeshID = TriangleMesh *
	Handle for a triangle mesh primitive. More...
using	walberla::pe::ConstMeshID = const TriangleMesh *
	Handle for a constant triangle mesh primitive. More...
using	walberla::pe::TriangleMeshPtr = std::unique_ptr< TriangleMesh >
using	walberla::pe::ContactType = Contact
	Type of the contacts. More...
using	walberla::pe::ContactID = Contact *
	Handle for a contact. More...
using	walberla::pe::ConstContactID = const Contact *
	Handle for a constant contact. More...
using	walberla::pe::ManagerID = BodyManager *
	Handle for a BodyManager. More...
using	walberla::pe::ConstManagerID = const BodyManager *
	Handle for a constant BodyManager. More...
using	walberla::pe::Materials = std::vector< Material >
	Vector for materials. More...
using	walberla::pe::MaterialID = Materials::size_type
	Unique material ID. More...
using	walberla::pe::PossibleContacts = std::vector< std::pair< BodyID, BodyID > >
	Output data type of coarse collision detection module. More...
using	walberla::pe::Contacts = std::vector< Contact >
	Output data type of fine collision detection module. More...
using	walberla::pe::Storage = std::array< BodyStorage, 2 >
	Container for local and shadow body storage. More...