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

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

Typedefs
using	enzo::attr::AttrType = AttributeType

using	enzo::attr::AttrOwner = AttributeOwner

using	enzo::floatT = float

using	enzo::intT = int64_t

using	enzo::boolT = bool

using	enzo::Vector2 = Eigen::Vector2f

using	enzo::Vector3 = Eigen::Vector3f

using	enzo::Vector4 = Eigen::Vector4f

using	enzo::Matrix3 = Eigen::Matrix3f

using	enzo::Matrix4 = Eigen::Matrix4f

using	enzo::String = std::string

using	enzo::Index = size_t
	enzo::Index is the continuous index of an element in a given AttributeOwner.

using	enzo::Offset = size_t
	enzo::Offset is the internal discontinuous index of an element in a given AttributeOwner.

using	enzo::nt::OpId = uint64_t
	The unique ID assigned to each node in the network.

Enumerations
enum class	enzo::attr::AttributeOwner { POINT , VERTEX , FACE , PRIMITIVE }
	The segment of geometry that owns a particular attribute. More...

enum class	enzo::attr::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 { STRING , FLOAT , BOOL , XYZ , INT , TOGGLE , GROUP , DROPDOWN , RAMP , SPACER }

enum class	Direction { HORIZONTAL , VERTICAL }

enum class	enzo::prm::ValueType { Float , Int , String }
	Which kind of value a parameter stores. More...

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)

Variables
constexpr OpId	enzo::nt::nullOp = 0
	The id that names no operator, since real ids start at 1.

Detailed Description

Basic attribute, parameter, and node types for Enzo.

Typedef Documentation

◆ Index

using enzo::Index = size_t

enzo::Index is the continuous index of an element in a given AttributeOwner.

Eg. point index, vertex index, primitive index, or global index. This is usually provided by the user where enzo::Offset is used internally.

◆ Offset

using enzo::Offset = size_t

enzo::Offset is the internal discontinuous index of an element in a given AttributeOwner.

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

Enumeration Type Documentation

◆ AttributeOwner

enum class enzo::attr::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.

◆ ValueType

enum class enzo::prm::ValueType

strong

Which kind of value a parameter stores.

Every prm::Type maps to one of these. Parameter::getValueType is the one place that mapping lives and the rest of the value handling switches on this tag.

Typedefs

Enumerations

Functions