Namespaces
	internal

	update_strategies

	utils

Classes
class	Accessor
	A CachingAccessor that uses tuples for accessing attributes instead of indices. More...

class	Attribute
	This class stores data of type T in a vector. More...

class	MeshAttributes
	Contains all attributes of type T for a single mesh. More...

class	AccessorCache

class	AccessorBase

class	PerThreadAttributeScopeStacks

class	TypedAttributeHandle
	Handle that represents attributes for some mesh. More...

class	AttributeHandle
	Internal handle representation used by MeshAttributes. More...

class	AttributeManager

class	CachingAccessor
	An accessor for cached attribute values. More...

class	AttributeScope

class	AttributeScopeHandle
	This handle is a wrapper for the MeshManager scope funtions. More...

struct	type_from_attribute_type_enum

struct	type_from_attribute_type_enum< AttributeType::Char >

struct	type_from_attribute_type_enum< AttributeType::Double >

struct	type_from_attribute_type_enum< AttributeType::Int64 >

struct	type_from_attribute_type_enum< AttributeType::Rational >

class	IndexFlagAccessor

class	FlagAccessor

class	MeshAttributeHandle

class	TupleAccessor

Typedefs
template<typename T >
using	AttributeCache = internal::AttributeFlatCache< T >

template<AttributeType AT>
using	type_from_attribute_type_enum_t = typename type_from_attribute_type_enum< AT >::type

template<typename T , int R = Eigen::Dynamic>
using	MapResult = typename internal::VectorResult< T, R >::MapType
	the default map type used by attributes is a map of our vector type. More...

template<typename T , int R = Eigen::Dynamic>
using	ConstMapResult = typename internal::VectorResult< T, R >::ConstMapType

Enumerations
enum class	AttributeType { Char = 0 , Int64 = 1 , Double = 2 , Rational = 3 }

Functions
template<typename T >
constexpr auto	attribute_type_enum_from_type () -> AttributeType

template<typename MeshType >
	TupleAccessor (MeshType &m, const TypedAttributeHandle< int64_t > &handle) -> TupleAccessor< MeshType >

template<typename MeshType >
	TupleAccessor (const MeshType &m, const TypedAttributeHandle< int64_t > &handle) -> TupleAccessor< MeshType >

Typedef Documentation

◆ AttributeCache

template<typename T >

using wmtk::attribute::AttributeCache = typedef internal::AttributeFlatCache<T>

Definition at line 7 of file AttributeCache.hpp.

◆ ConstMapResult

template<typename T , int R = Eigen::Dynamic>

using wmtk::attribute::ConstMapResult = typedef typename internal::VectorResult<T, R>::ConstMapType

Definition at line 12 of file MapTypes.hpp.

◆ MapResult

template<typename T , int R = Eigen::Dynamic>

using wmtk::attribute::MapResult = typedef typename internal::VectorResult<T, R>::MapType

the default map type used by attributes is a map of our vector type.

Though the max size doesn't affect the storage of the map, this affects the type returned by .eval()

Definition at line 10 of file MapTypes.hpp.

◆ type_from_attribute_type_enum_t

template<AttributeType AT>

using wmtk::attribute::type_from_attribute_type_enum_t = typedef typename type_from_attribute_type_enum<AT>::type

Definition at line 33 of file AttributeType.hpp.

Enumeration Type Documentation

◆ AttributeType

enum wmtk::attribute::AttributeType

strong

Enumerator
Char
Int64
Double
Rational

Definition at line 5 of file AttributeType.hpp.

Function Documentation

◆ attribute_type_enum_from_type()

template<typename T >

constexpr auto wmtk::attribute::attribute_type_enum_from_type ( ) -> AttributeType

inlineconstexpr

Definition at line 36 of file AttributeType.hpp.

References Char, Double, Int64, and Rational.

◆ TupleAccessor() [1/2]

template<typename MeshType >

wmtk::attribute::TupleAccessor	(	const MeshType &	m,
		const TypedAttributeHandle< int64_t > &	handle
	)		-> TupleAccessor< MeshType >

◆ TupleAccessor() [2/2]