#include <MeshData.h>

Inheritance diagram for ne::MeshData:

Public Types
using	meshindex_t = unsigned int

Public Member Functions
	MeshData (const MeshData &)=default

MeshData &	operator= (const MeshData &)=default

	MeshData (MeshData &&) noexcept=default

MeshData &	operator= (MeshData &&) noexcept=default

std::vector< MeshVertex > *	getVertices ()

std::vector< std::vector< meshindex_t > > *	getIndices ()

Public Member Functions inherited from ne::Serializable
std::optional< Error >	serialize (std::filesystem::path pathToFile, bool bEnableBackup, const std::unordered_map< std::string, std::string > &customAttributes={})

std::variant< std::string, Error >	serialize (toml::value &tomlData, const std::string &sEntityId="", const std::unordered_map< std::string, std::string > &customAttributes={}, const std::optional< std::filesystem::path > &optionalPathToFile={}, bool bEnableBackup=false)

std::variant< std::string, Error >	serialize (toml::value &tomlData, Serializable *pOriginalObject, std::string sEntityId="", const std::unordered_map< std::string, std::string > &customAttributes={}, const std::optional< std::filesystem::path > &optionalPathToFile={}, bool bEnableBackup=false)

std::optional< std::pair< std::string, std::string > >	getPathDeserializedFromRelativeToRes () const

Private Attributes
std::vector< MeshVertex >	vVertices

std::vector< std::vector< meshindex_t > >	vIndices

Additional Inherited Members
Static Public Member Functions inherited from ne::Serializable
static std::variant< std::pair< std::set< std::string >, toml::value >, Error >	getIdsFromFile (std::filesystem::path pathToFile)

static std::optional< Error >	serializeMultiple (std::filesystem::path pathToFile, std::vector< SerializableObjectInformation > vObjects, bool bEnableBackup)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::derived_from<InnerType, Serializable> && (std::same_as<SmartPointer, sgc::GcPtr<InnerType>> \|\| std::same_as<SmartPointer, std::unique_ptr<InnerType>>)
static std::variant< SmartPointer, Error >	deserialize (const std::filesystem::path &pathToFile)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::derived_from<InnerType, Serializable> && (std::same_as<SmartPointer, sgc::GcPtr<InnerType>> \|\| std::same_as<SmartPointer, std::unique_ptr<InnerType>>)
static std::variant< SmartPointer, Error >	deserialize (const std::filesystem::path &pathToFile, std::unordered_map< std::string, std::string > &customAttributes)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::derived_from<InnerType, Serializable> && (std::same_as<SmartPointer, sgc::GcPtr<InnerType>> \|\| std::same_as<SmartPointer, std::unique_ptr<InnerType>>)
static std::variant< SmartPointer, Error >	deserialize (std::filesystem::path pathToFile, std::unordered_map< std::string, std::string > &customAttributes, const std::string &sEntityId)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::derived_from<InnerType, Serializable> && (std::same_as<SmartPointer, sgc::GcPtr<InnerType>> \|\| std::same_as<SmartPointer, std::unique_ptr<InnerType>>)
static std::variant< SmartPointer, Error >	deserialize (const std::filesystem::path &pathToFile, const std::string &sEntityId)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::same_as<SmartPointer, sgc::GcPtr<Serializable>> \|\| std::same_as<SmartPointer, std::unique_ptr<Serializable>>
static std::variant< std::vector< DeserializedObjectInformation< SmartPointer > >, Error >	deserializeMultiple (std::filesystem::path pathToFile)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::derived_from<InnerType, Serializable> && (std::same_as<SmartPointer, sgc::GcPtr<InnerType>> \|\| std::same_as<SmartPointer, std::unique_ptr<InnerType>>)
static std::variant< SmartPointer, Error >	deserialize (const toml::value &tomlData, std::unordered_map< std::string, std::string > &customAttributes, std::string sEntityId="", const std::optional< std::filesystem::path > &optionalPathToFile={})

Protected Member Functions inherited from ne::Serializable
virtual void	onAfterDeserialized ()

Detailed Description

Stores mesh geometry (vertices and indices).

Member Typedef Documentation

◆ meshindex_t

using ne::MeshData::meshindex_t = unsigned int

Type of mesh index.

Constructor & Destructor Documentation

◆ MeshData() [1/2]

ne::MeshData::MeshData ( const MeshData & )

default

Copy constructor.

◆ MeshData() [2/2]

ne::MeshData::MeshData ( MeshData && )

defaultnoexcept

Move constructor.

Member Function Documentation

◆ getIndices()

std::vector< std::vector< MeshData::meshindex_t > > * ne::MeshData::getIndices ( )

Returns array of mesh indices per material slot so first element in the array stores indices of the mesh that use material slot 0, then indices that use material slot 1 and so on.

Returns: Mesh indices.

◆ getVertices()

std::vector< MeshVertex > * ne::MeshData::getVertices ( )

Returns mesh vertices.

Returns: Mesh vertices.

◆ operator=() [1/2]

MeshData & ne::MeshData::operator= ( const MeshData & )

default

Copy assignment.

Returns: This.

◆ operator=() [2/2]

MeshData & ne::MeshData::operator= ( MeshData && )

defaultnoexcept

Move assignment.

Returns: This.

Member Data Documentation

◆ vIndices

std::vector<std::vector<meshindex_t> > ne::MeshData::vIndices

private

Stores array of mesh indices per material slot so first element in the array stores indices of the mesh that use material slot 0, then indices that use material slot 1 and so on.

Remarks: This array defines how much material slots will be available.

◆ vVertices

std::vector<MeshVertex> ne::MeshData::vVertices