Types.h File Reference

Basic attribute, parameter, and node types for Enzo. More...

#include <Eigen/Dense>
#include <cstdint>

Go to the source code of this file.

Typedefs
using	enzo::ga::AttrType = AttributeType
using	enzo::ga::AttrOwner = AttributeOwner
using	enzo::ga::Offset = size_t
	ga::Offset is the index of an element in a given AttributeOwner.
using	enzo::bt::floatT = double
using	enzo::bt::intT = int64_t
using	enzo::bt::boolT = bool
using	enzo::bt::Vector2f = Eigen::Vector2f
using	enzo::bt::Vector3 = Eigen::Vector3d
using	enzo::bt::Vector4 = Eigen::Vector4d
using	enzo::bt::Matrix4 = Eigen::Matrix4d
using	enzo::bt::String = std::string
using	enzo::nt::OpId = uint64_t
	The unique ID assigned to each node in the network.

Enumerations
enum class	enzo::ga::AttributeOwner { POINT , VERTEX , FACE , PRIMITIVE }
	The segment of geometry that owns a particular attribute. More...
enum class	enzo::ga::AttributeType {   intT , floatT , listT , vectorT ,   boolT , matrixT }
	Data types available to store attribute values in.
enum class	PrimType { MESH , CAMERA }
enum class	TransformClass : uint8_t { NONE = 0 , POINT = 1 , PRIMITIVE = 2 , POINT_PRIORITY = 3 }
enum class	Type {   LIST_TERMINATOR , STRING , FLOAT , BOOL ,   XYZ , INT , TOGGLE }
enum class	SocketIOType { Input , Output }

Functions
TransformClass	enzo::operator| (TransformClass a, TransformClass b)
TransformClass	enzo::operator& (TransformClass a, TransformClass b)
bool	enzo::hasFlag (TransformClass value, TransformClass flag)

Detailed Description

Basic attribute, parameter, and node types for Enzo.

Typedef Documentation

Offset

using enzo::ga::Offset = size_t

ga::Offset is the index of an element in a given AttributeOwner.

Eg. point index, vertex index, primitive index, or global index. This different but similar in concept to a point number. This value will stay consistant through geometry modification such as adding and deleting points unlress defragmented.

Enumeration Type Documentation

AttributeOwner

enum class enzo::ga::AttributeOwner

strong

The segment of geometry that owns a particular attribute.

• POINT attributes are stored per point, these attributes have an value for each point.
• VERTEX attributes are stored per vertex, these attributes have an value for each vertex.
• FACE attributes are stored per face, these attributes have an value for each face.
• PRIMITIVE attributes are stored per primitive object, these attributes only have one value.