Classes for working with glTF models. More...

Classes
struct	Accessor
	This class is not meant to be instantiated directly. Use `Accessor` instead. More...

struct	AccessorSparse
	Sparse storage of accessor values that deviate from their initialization value. More...

struct	AccessorSparseIndices
	An object pointing to a buffer view containing the indices of deviating accessor values. The number of indices is equal to `accessor.sparse.count`. Indices MUST strictly increase. More...

struct	AccessorSparseValues
	An object pointing to a buffer view containing the deviating accessor values. The number of elements is equal to `accessor.sparse.count` times number of components. The elements have the same component type as the base accessor. The elements are tightly packed. Data MUST be aligned following the same rules as the base accessor. More...

struct	AccessorSpec
	A typed view into a buffer view that contains raw binary data. More...

struct	AccessorTypes
	Contains types that may optionally be used with `AccessorView` for various `Accessor::componentType` values. More...

class	AccessorView
	A view on the data of one accessor of a glTF asset. More...

class	AccessorWriter
	Provides write access to an `AccessorView`. More...

struct	Animation
	A keyframe animation. More...

struct	AnimationChannel
	An animation channel combines an animation sampler with a target property being animated. More...

struct	AnimationChannelTarget
	The descriptor of the animated property. More...

struct	AnimationSampler
	An animation sampler combines timestamps with a sequence of output values and defines an interpolation algorithm. More...

struct	Asset
	Metadata about the glTF asset. More...

struct	Buffer
	This class is not meant to be instantiated directly. Use `Buffer` instead. More...

struct	BufferCesium
	Holds `Buffer` properties that are specific to the glTF loader rather than part of the glTF spec. More...

struct	BufferSpec
	A buffer points to binary geometry, animation, or skins. More...

struct	BufferView
	A view into a buffer generally representing a subset of the buffer. More...

struct	Camera
	A camera's projection. A node MAY reference a camera to apply a transform to place the camera in the scene. More...

struct	CameraOrthographic
	An orthographic camera containing properties to create an orthographic projection matrix. More...

struct	CameraPerspective
	A perspective camera containing properties to create a perspective projection matrix. More...

struct	CanBeNormalized
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< glm::mat< n, n, T, P > >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< glm::vec< n, T, P > >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< int16_t >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< int32_t >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< int64_t >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< int8_t >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< PropertyArrayView< T > >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< T >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< uint16_t >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< uint32_t >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< uint64_t >
	Check if a C++ type can be normalized. More...

struct	CanBeNormalized< uint8_t >
	Check if a C++ type can be normalized. More...

struct	Class
	A class containing a set of properties. More...

struct	ClassProperty
	A class property. More...

struct	CountFromAccessor
	Visitor that retrieves the count of elements in the given accessor type as an int64_t. More...

struct	Enum
	An object defining the values of an enum. More...

struct	EnumValue
	An enum value. More...

struct	ExtensionBufferExtMeshoptCompression
	Compressed data for bufferView. More...

struct	ExtensionBufferViewExtMeshoptCompression
	Compressed data for bufferView. More...

struct	ExtensionCesiumPrimitiveOutline
	glTF extension for indicating that some edges of a primitive's triangles should be outlined. More...

struct	ExtensionCesiumRTC
	glTF CESIUM_RTC extension. More...

struct	ExtensionCesiumTileEdges
	`CESIUM_tile_edges` extension for a primitive in a glTF model. More...

struct	ExtensionExtInstanceFeatures
	An object describing per-instance feature IDs. More...

struct	ExtensionExtInstanceFeaturesFeatureId
	Feature IDs stored in a GPU mesh instancing attribute. More...

struct	ExtensionExtMeshFeatures
	An object describing feature IDs for a mesh primitive. More...

struct	ExtensionExtMeshGpuInstancing
	glTF extension defines instance attributes for a node with a mesh. More...

struct	ExtensionExtStructuralMetadata
	Structural metadata about a glTF element. More...

struct	ExtensionKhrDracoMeshCompression
	KHR_draco_mesh_compression glTF Mesh Primitive Extension. More...

struct	ExtensionKhrMaterialsUnlit
	glTF extension that defines the unlit material model. More...

struct	ExtensionKhrTextureBasisu
	glTF extension to specify textures using the KTX v2 images with Basis Universal supercompression. More...

struct	ExtensionKhrTextureTransform
	glTF extension that enables shifting and scaling UV coordinates on a per-texture basis More...

struct	ExtensionMeshPrimitiveExtStructuralMetadata
	Structural metadata about a glTF primitive. More...

struct	ExtensionMeshPrimitiveKhrMaterialsVariants
	KHR_materials_variants glTF Mesh Primitive Extension. More...

struct	ExtensionMeshPrimitiveKhrMaterialsVariantsMappingsValue
	ExtensionMeshPrimitiveKhrMaterialsVariants Mappings Value. More...

struct	ExtensionModelExtStructuralMetadata
	glTF extension that provides structural metadata about vertices, texels, and features in a glTF asset. More...

struct	ExtensionModelKhrMaterialsVariants
	glTF extension that defines a material variations for mesh primitives More...

struct	ExtensionModelKhrMaterialsVariantsValue
	An object defining a valid material variant. More...

struct	ExtensionModelMaxarMeshVariants
	glTF extension that defines mesh variants for nodes More...

struct	ExtensionModelMaxarMeshVariantsValue
	An object defining a valid mesh variant. More...

struct	ExtensionNodeMaxarMeshVariants
	MAXAR_mesh_variants node extension. More...

struct	ExtensionNodeMaxarMeshVariantsMappingsValue
	ExtensionNodeMaxarMeshVariants Mappings Value. More...

struct	ExtensionTextureWebp
	glTF extension to specify textures using the WebP image format. More...

struct	FeatureId
	Feature IDs stored in an attribute or texture. More...

struct	FeatureIdFromAccessor

struct	FeatureIdTexture
	A texture containing feature IDs. More...

class	FeatureIdTextureView
	A view on the image data of `FeatureIdTexture`. More...

struct	Image
	This class is not meant to be instantiated directly. Use `Image` instead. More...

struct	ImageAsset
	A 2D image asset, including its pixel data. The image may have mipmaps, and it may be encoded in a GPU compression format. More...

struct	ImageAssetMipPosition
	The byte range within a buffer where this mip exists. More...

struct	ImageSpec
	Image data used to create a texture. Image MAY be referenced by an URI (or IRI) or a buffer view index. More...

struct	IndexFromAccessor

struct	IndicesForFaceFromAccessor

struct	InstanceAttributeSemantics
	The standard glTF instance attribute semantics from `EXT_mesh_gpu_instancing` plus additional instance attribute semantics from extensions. More...

struct	IsMetadataArray
	Check if a C++ type can be represented as an array. More...

struct	IsMetadataArray< PropertyArrayCopy< T > >
	Check if a C++ type can be represented as an array. More...

struct	IsMetadataArray< PropertyArrayView< T > >
	Check if a C++ type can be represented as an array. More...

struct	IsMetadataArray< T >
	Check if a C++ type can be represented as an array. More...

struct	IsMetadataBoolean
	Check if a C++ type can be represented as a boolean property type. More...

struct	IsMetadataBoolean< bool >
	Check if a C++ type can be represented as a boolean property type. More...

struct	IsMetadataBoolean< T >
	Check if a C++ type can be represented as a boolean property type. More...

struct	IsMetadataBooleanArray
	Check if a C++ type can be represented as an array of booleans property type. More...

struct	IsMetadataBooleanArray< PropertyArrayView< bool > >
	Check if a C++ type can be represented as an array of booleans property type. More...

struct	IsMetadataBooleanArray< T >
	Check if a C++ type can be represented as an array of booleans property type. More...

struct	IsMetadataFloating
	Check if a C++ type can be represented as a floating-point property type. More...

struct	IsMetadataFloating< double >
	Check if a C++ type can be represented as a floating-point property type. More...

struct	IsMetadataFloating< float >
	Check if a C++ type can be represented as a floating-point property type. More...

struct	IsMetadataFloating< T >
	Check if a C++ type can be represented as a floating-point property type. More...

struct	IsMetadataInteger
	Check if a C++ type can be represented as an integer property type. More...

struct	IsMetadataInteger< int16_t >
	Check if a C++ type can be represented as an integer property type. More...

struct	IsMetadataInteger< int32_t >
	Check if a C++ type can be represented as an integer property type. More...

struct	IsMetadataInteger< int64_t >
	Check if a C++ type can be represented as an integer property type. More...

struct	IsMetadataInteger< int8_t >
	Check if a C++ type can be represented as an integer property type. More...

struct	IsMetadataInteger< T >
	Check if a C++ type can be represented as an integer property type. More...

struct	IsMetadataInteger< uint16_t >
	Check if a C++ type can be represented as an integer property type. More...

struct	IsMetadataInteger< uint32_t >
	Check if a C++ type can be represented as an integer property type. More...

struct	IsMetadataInteger< uint64_t >
	Check if a C++ type can be represented as an integer property type. More...

struct	IsMetadataInteger< uint8_t >
	Check if a C++ type can be represented as an integer property type. More...

struct	IsMetadataMatN
	Check if a C++ type can be represented as a matN type. More...

struct	IsMetadataMatN< glm::mat< n, n, T, P > >
	Check if a C++ type can be represented as a matN type. More...

struct	IsMetadataMatN< T >
	Check if a C++ type can be represented as a matN type. More...

struct	IsMetadataNumeric
	Check if a C++ type can be represented as a numeric property, i.e. a scalar / vecN / matN type. More...

struct	IsMetadataNumeric< T >
	Check if a C++ type can be represented as a numeric property, i.e. a scalar / vecN / matN type. More...

struct	IsMetadataNumericArray
	Check if a C++ type can be represented as an array of numeric elements property type. More...

struct	IsMetadataNumericArray< PropertyArrayCopy< T > >
	Check if a C++ type can be represented as an array of numeric elements property type. More...

struct	IsMetadataNumericArray< PropertyArrayView< T > >
	Check if a C++ type can be represented as an array of numeric elements property type. More...

struct	IsMetadataNumericArray< T >
	Check if a C++ type can be represented as an array of numeric elements property type. More...

struct	IsMetadataScalar
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< double >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< float >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< int16_t >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< int32_t >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< int64_t >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< int8_t >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< T >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< uint16_t >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< uint32_t >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< uint64_t >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataScalar< uint8_t >
	Check if a C++ type can be represented as a scalar property type. More...

struct	IsMetadataString
	Check if a C++ type can be represented as a string property type. More...

struct	IsMetadataString< std::string_view >
	Check if a C++ type can be represented as a string property type. More...

struct	IsMetadataString< T >
	Check if a C++ type can be represented as a string property type. More...

struct	IsMetadataStringArray
	Check if a C++ type can be represented as an array of strings property type. More...

struct	IsMetadataStringArray< PropertyArrayView< std::string_view > >
	Check if a C++ type can be represented as an array of strings property type. More...

struct	IsMetadataStringArray< T >
	Check if a C++ type can be represented as an array of strings property type. More...

struct	IsMetadataVecN
	Check if a C++ type can be represented as a vecN type. More...

struct	IsMetadataVecN< glm::vec< n, T, P > >
	Check if a C++ type can be represented as a vecN type. More...

struct	IsMetadataVecN< T >
	Check if a C++ type can be represented as a vecN type. More...

class	KhrTextureTransform
	A utility class that parses KHR_texture_transform parameters and transforms input texture coordinates. More...

struct	Ktx2TranscodeTargets
	For each possible input transmission format, this struct names the ideal target gpu-compressed pixel format to transcode to. More...

struct	Material
	The material appearance of a primitive. More...

struct	MaterialNormalTextureInfo
	Material Normal Texture Info. More...

struct	MaterialOcclusionTextureInfo
	Material Occlusion Texture Info. More...

struct	MaterialPBRMetallicRoughness
	A set of parameter values that are used to define the metallic-roughness material model from Physically-Based Rendering (PBR) methodology. More...

struct	Mesh
	A set of primitives to be rendered. Its global transform is defined by a node that references it. More...

struct	MeshPrimitive
	Geometry to be rendered with the given material. More...

struct	MetadataArrayType
	Retrieve the component type of a metadata array. More...

struct	MetadataArrayType< CesiumGltf::PropertyArrayCopy< T > >
	Retrieve the component type of a metadata array. More...

struct	MetadataArrayType< CesiumGltf::PropertyArrayView< T > >
	Retrieve the component type of a metadata array. More...

struct	MetadataConversions
	Default conversion between two types. No actual conversion is defined. This returns std::nullopt to indicate the conversion was not successful. More...

struct	MetadataConversions< bool, std::string >
	Converts from std::string to a bool. More...

struct	MetadataConversions< bool, std::string_view >
	Converts from std::string_view to a bool. More...

struct	MetadataConversions< bool, TFrom, std::enable_if_t< CesiumGltf::IsMetadataScalar< TFrom >::value > >
	Converts from a scalar to a bool. More...

struct	MetadataConversions< double, bool >
	Converts from a boolean to a double. More...

struct	MetadataConversions< double, float >
	Converts from a float to a double. More...

struct	MetadataConversions< double, std::string >
	Converts from std::string to a double. More...

struct	MetadataConversions< double, std::string_view >
	Converts from std::string_view to a double. More...

struct	MetadataConversions< double, TFrom, std::enable_if_t< CesiumGltf::IsMetadataInteger< TFrom >::value > >
	Converts from any integer type to a double. More...

struct	MetadataConversions< float, bool >
	Converts from a boolean to a float. More...

struct	MetadataConversions< float, double >
	Converts from a double to a float. More...

struct	MetadataConversions< float, std::string >
	Converts from a std::string to a float. More...

struct	MetadataConversions< float, std::string_view >
	Converts from a std::string_view to a float. More...

struct	MetadataConversions< float, TFrom, std::enable_if_t< CesiumGltf::IsMetadataInteger< TFrom >::value > >
	Converts from an integer type to a float. More...

struct	MetadataConversions< std::string, bool >
	Converts from a boolean to a string. More...

struct	MetadataConversions< std::string, std::string_view >
	Converts from a std::string_view to a std::string. More...

struct	MetadataConversions< std::string, TFrom, std::enable_if_t< IsMetadataScalar< TFrom >::value > >
	Converts from a scalar to a string. More...

struct	MetadataConversions< std::string, TFrom, std::enable_if_t< IsMetadataVecN< TFrom >::value\|\|IsMetadataMatN< TFrom >::value > >
	Converts from a glm::vecN or glm::matN to a string. More...

struct	MetadataConversions< T, T >
	Trivially converts any type to itself. More...

struct	MetadataConversions< TTo, bool, std::enable_if_t< CesiumGltf::IsMetadataInteger< TTo >::value > >
	Converts from a boolean to an integer type. More...

struct	MetadataConversions< TTo, bool, std::enable_if_t< IsMetadataMatN< TTo >::value > >
	Converts from a boolean to a matN. More...

struct	MetadataConversions< TTo, bool, std::enable_if_t< IsMetadataVecN< TTo >::value > >
	Converts from a boolean to a vecN. More...

struct	MetadataConversions< TTo, std::string, std::enable_if_t< CesiumGltf::IsMetadataInteger< TTo >::value &&!std::is_signed_v< TTo > > >
	Converts from std::string to an unsigned integer. More...

struct	MetadataConversions< TTo, std::string, std::enable_if_t< CesiumGltf::IsMetadataInteger< TTo >::value &&std::is_signed_v< TTo > > >
	Converts from std::string to a signed integer. More...

struct	MetadataConversions< TTo, std::string_view, std::enable_if_t< CesiumGltf::IsMetadataInteger< TTo >::value > >
	Converts from std::string_view to an integer. More...

struct	MetadataConversions< TTo, TFrom, std::enable_if_t< CesiumGltf::IsMetadataInteger< TTo >::value &&CesiumGltf::IsMetadataFloating< TFrom >::value > >
	Converts from a floating-point type to an integer. More...

struct	MetadataConversions< TTo, TFrom, std::enable_if_t< CesiumGltf::IsMetadataInteger< TTo >::value &&CesiumGltf::IsMetadataInteger< TFrom >::value &&!std::is_same_v< TTo, TFrom > > >
	Converts from one integer type to another. More...

struct	MetadataConversions< TTo, TFrom, std::enable_if_t< CesiumGltf::IsMetadataMatN< TTo >::value &&CesiumGltf::IsMetadataMatN< TFrom >::value &&!std::is_same_v< TTo, TFrom > > >
	Converts from a matN type to another matN type. More...

struct	MetadataConversions< TTo, TFrom, std::enable_if_t< CesiumGltf::IsMetadataMatN< TTo >::value &&CesiumGltf::IsMetadataScalar< TFrom >::value > >

struct	MetadataConversions< TTo, TFrom, std::enable_if_t< CesiumGltf::IsMetadataVecN< TTo >::value &&CesiumGltf::IsMetadataScalar< TFrom >::value > >
	Converts from a scalar type to a vecN. More...

struct	MetadataConversions< TTo, TFrom, std::enable_if_t< CesiumGltf::IsMetadataVecN< TTo >::value &&CesiumGltf::IsMetadataVecN< TFrom >::value &&!std::is_same_v< TTo, TFrom > > >
	Converts from a vecN type to another vecN type. More...

struct	Model
	This class is not meant to be instantiated directly. Use `Model` instead. More...

struct	ModelSpec
	The root object for a glTF asset. More...

struct	NamedObject
	The base class for objects in a glTF that have a name. More...

struct	Node
	A node in the node hierarchy. When the node contains `skin`, all `mesh.primitives` MUST contain `JOINTS_0` and `WEIGHTS_0` attributes. A node MAY have either a `matrix` or any combination of `translation`/`rotation`/`scale` (TRS) properties. TRS properties are converted to matrices and postmultiplied in the `T * R * S` order to compose the transformation matrix; first the scale is applied to the vertices, then the rotation, and then the translation. If none are provided, the transform is the identity. When a node is targeted for animation (referenced by an animation.channel.target), `matrix` MUST NOT be present. More...

class	PropertyArrayCopy
	A copy of an array element of a `PropertyTableProperty` or `PropertyTextureProperty`. More...

class	PropertyArrayView
	A view on an array element of a `PropertyTableProperty` or `PropertyTextureProperty`. More...

class	PropertyArrayView< bool >
	A view on a bool array element of a `PropertyTableProperty` or `PropertyTextureProperty`. More...

class	PropertyArrayView< std::string_view >
	A view on a string array element of a `PropertyTableProperty` or `PropertyTextureProperty`. More...

struct	PropertyAttribute
	Properties conforming to a class, organized as property values stored in attributes. More...

struct	PropertyAttributeProperty
	An attribute containing property values. More...

class	PropertyAttributePropertyView
	A view of the data specified by a `PropertyAttributeProperty`. More...

class	PropertyAttributePropertyView< ElementType, false >
	A view of the non-normalized data specified by a `PropertyAttributeProperty`. More...

class	PropertyAttributePropertyView< ElementType, true >
	A view of the normalized data specified by a `PropertyAttributeProperty`. More...

class	PropertyAttributePropertyViewStatus
	Indicates the status of a property attribute property view. More...

class	PropertyAttributeView
	A view on a `PropertyAttribute`. More...

struct	PropertyTable
	Properties conforming to a class, organized as property values stored in binary columnar arrays. More...

struct	PropertyTableProperty
	An array of binary property values. More...

class	PropertyTablePropertyView
	A view on the data of the `PropertyTableProperty` that is created by a `PropertyTableView`. More...

class	PropertyTablePropertyView< ElementType, false >
	A view on the data of the `PropertyTableProperty` that is created by a `PropertyTableView`. More...

class	PropertyTablePropertyView< ElementType, true >
	A view on the normalized data of the `PropertyTableProperty` that is created by a `PropertyTableView`. More...

class	PropertyTablePropertyViewStatus
	Indicates the status of a property table property view. More...

class	PropertyTableView
	Utility to retrieve the data of `PropertyTable`. More...

struct	PropertyTexture
	Properties conforming to a class, organized as property values stored in textures. More...

struct	PropertyTextureProperty
	A texture containing property values. More...

class	PropertyTexturePropertyView
	A view of the data specified by a `PropertyTextureProperty`. More...

class	PropertyTexturePropertyView< ElementType, false >
	A view of the non-normalized data specified by a `PropertyTextureProperty`. More...

class	PropertyTexturePropertyView< ElementType, true >
	A view of the normalized data specified by a `PropertyTextureProperty`. More...

class	PropertyTexturePropertyViewStatus
	Indicates the status of a property texture property view. More...

class	PropertyTextureView
	A view on a `PropertyTexture`. More...

class	PropertyView
	Represents a metadata property in EXT_structural_metadata. More...

class	PropertyView< bool >
	Represents a boolean metadata property in EXT_structural_metadata. More...

class	PropertyView< ElementType, false >
	Represents a non-normalized metadata property in EXT_structural_metadata. More...

class	PropertyView< ElementType, true >
	Represents a normalized metadata property in EXT_structural_metadata. More...

class	PropertyView< PropertyArrayView< bool > >
	Represents a boolean array metadata property in EXT_structural_metadata. More...

class	PropertyView< PropertyArrayView< ElementType >, false >
	Represents a non-normalized array metadata property in EXT_structural_metadata. More...

class	PropertyView< PropertyArrayView< ElementType >, true >
	Represents a normalized array metadata property in EXT_structural_metadata. More...

class	PropertyView< PropertyArrayView< std::string_view > >
	Represents a string array metadata property in EXT_structural_metadata. More...

class	PropertyView< std::string_view >
	Represents a string metadata property in EXT_structural_metadata. More...

class	PropertyViewStatus
	Indicates the status of a property view. More...

struct	Sampler
	Texture sampler properties for filtering and wrapping modes. More...

struct	Scene
	The root nodes of a scene. More...

struct	Schema
	An object defining classes and enums. More...

struct	Skin
	Joints and matrices defining a skin. More...

struct	StatusFromAccessor
	Visitor that retrieves the status from the given accessor. Returns an invalid status for a std::monostate (interpreted as a nonexistent accessor). More...

struct	SupportedGpuCompressedPixelFormats
	Represents the status of support for all `GpuCompressedPixelFormat`s on a client platform. More...

struct	TexCoordFromAccessor

struct	Texture
	A texture and its sampler. More...

struct	TextureInfo
	Reference to a texture. More...

class	TextureView
	A view into the texture data of a single texture from a Model. More...

struct	TextureViewOptions
	Describes options for constructing a view on a glTF texture. More...

struct	TypeToNormalizedType
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< glm::mat< N, N, T, Q > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< glm::vec< N, T, Q > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< int16_t >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< int32_t >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< int64_t >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< int8_t >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< PropertyArrayView< glm::mat< N, N, T, Q > > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< PropertyArrayView< glm::vec< N, T, Q > > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< PropertyArrayView< int16_t > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< PropertyArrayView< int32_t > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< PropertyArrayView< int64_t > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< PropertyArrayView< int8_t > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< PropertyArrayView< uint16_t > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< PropertyArrayView< uint32_t > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< PropertyArrayView< uint64_t > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< PropertyArrayView< uint8_t > >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< uint16_t >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< uint32_t >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< uint64_t >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToNormalizedType< uint8_t >
	Convert an integer numeric type to the corresponding representation as a double type. Doubles are preferred over floats to maintain more precision. More...

struct	TypeToPropertyType
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< bool >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< double >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< float >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< glm::mat< 2, 2, T, P > >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< glm::mat< 3, 3, T, P > >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< glm::mat< 4, 4, T, P > >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< glm::vec< 2, T, P > >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< glm::vec< 3, T, P > >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< glm::vec< 4, T, P > >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< int16_t >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< int32_t >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< int64_t >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< int8_t >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< std::string_view >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< uint16_t >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< uint32_t >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< uint64_t >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	TypeToPropertyType< uint8_t >
	Convert a C++ type to PropertyType and PropertyComponentType. More...

struct	VertexAttributeSemantics
	The standard glTF vertex attribute semantics from the specification plus additional vertex attribute semantics from extensions. More...

Typedefs
typedef AccessorView< AccessorTypes::VEC3< float > >	PositionAccessorType

typedef AccessorView< AccessorTypes::VEC3< float > >	NormalAccessorType

typedef std::variant< AccessorView< int8_t >, AccessorView< uint8_t >, AccessorView< int16_t >, AccessorView< uint16_t >, AccessorView< uint32_t >, AccessorView< float > >	FeatureIdAccessorType

typedef std::variant< std::monostate, AccessorView< uint8_t >, AccessorView< uint16_t >, AccessorView< uint32_t > >	IndexAccessorType

typedef std::variant< AccessorView< AccessorTypes::VEC2< uint8_t > >, AccessorView< AccessorTypes::VEC2< uint16_t > >, AccessorView< AccessorTypes::VEC2< float > > >	TexCoordAccessorType

typedef std::variant< AccessorView< AccessorTypes::VEC4< uint8_t > >, AccessorView< AccessorTypes::VEC4< int8_t > >, AccessorView< AccessorTypes::VEC4< uint16_t > >, AccessorView< AccessorTypes::VEC4< int16_t > >, AccessorView< AccessorTypes::VEC4< float > > >	QuaternionAccessorType
	Type definition for quaternion accessors, as used in ExtMeshGpuInstancing rotations and animation samplers.

template<typename T >
using	PropertyValueViewToCopy
	Transforms a property value type from a view to an equivalent type that owns the data it is viewing. For most property types this is an identity transformation, because most property types are held by value. However, it transforms numeric `PropertyArrayView<T>` to `PropertyArrayCopy<T>` because a `PropertyArrayView<T>` only has a pointer to the value it is viewing.

template<typename T >
using	PropertyValueCopyToView
	Transforms a property value type from a copy that owns the data it is viewing to a view into that data. For most property types this is an identity transformation, because most property types are held by value. However, it transforms numeric `PropertyArrayCopy<T>` to `PropertyArrayView<T>`.

typedef int32_t	PropertyViewStatusType
	The type used for fields of PropertyViewStatus.

Enumerations
enum class	AccessorViewStatus { Valid , InvalidAccessorIndex , InvalidBufferViewIndex , InvalidBufferIndex , BufferViewTooSmall , BufferTooSmall , WrongSizeT , InvalidType , InvalidComponentType , InvalidByteStride }
	Indicates the status of an accessor view. More...

enum class	FeatureIdTextureViewStatus { Valid , ErrorUninitialized , ErrorInvalidTexture , ErrorInvalidImage , ErrorInvalidSampler , ErrorEmptyImage , ErrorInvalidImageBytesPerChannel , ErrorInvalidChannels }
	The status of a feature ID texture view. More...

enum class	KhrTextureTransformStatus { Valid , ErrorInvalidOffset , ErrorInvalidScale }
	The status of a parsed KHR_texture_transform. More...

enum class	GpuCompressedPixelFormat { NONE , ETC1_RGB , ETC2_RGBA , BC1_RGB , BC3_RGBA , BC4_R , BC5_RG , BC7_RGBA , PVRTC1_4_RGB , PVRTC1_4_RGBA , ASTC_4x4_RGBA , PVRTC2_4_RGB , PVRTC2_4_RGBA , ETC2_EAC_R11 , ETC2_EAC_RG11 }
	Supported GPU compressed pixel formats. More...

enum class	PropertyAttributeViewStatus { Valid , ErrorMissingMetadataExtension , ErrorMissingSchema , ErrorClassNotFound }
	Indicates the status of a property attribute view. More...

enum class	PropertyTableViewStatus { Valid , ErrorMissingMetadataExtension , ErrorMissingSchema , ErrorClassNotFound }
	Indicates the status of a property table view. More...

enum class	PropertyTextureViewStatus { Valid , ErrorMissingMetadataExtension , ErrorMissingSchema , ErrorClassNotFound }
	Indicates the status of a property texture view. More...

enum class	PropertyType { Invalid , Scalar , Vec2 , Vec3 , Vec4 , Mat2 , Mat3 , Mat4 , String , Boolean , Enum }
	The possible types of a property in a PropertyTableView. More...

enum class	PropertyComponentType { None , Int8 , Uint8 , Int16 , Uint16 , Int32 , Uint32 , Int64 , Uint64 , Float32 , Float64 }
	The possible types of a property component. More...

enum class	TextureViewStatus { Valid , ErrorUninitialized , ErrorInvalidTexture , ErrorInvalidSampler , ErrorInvalidImage , ErrorEmptyImage , ErrorInvalidBytesPerChannel }
	Indicates the status of a texture view. More...

Functions
PositionAccessorType	getPositionAccessorView (const Model &model, const MeshPrimitive &primitive)

NormalAccessorType	getNormalAccessorView (const Model &model, const MeshPrimitive &primitive)

FeatureIdAccessorType	getFeatureIdAccessorView (const Model &model, const MeshPrimitive &primitive, int32_t featureIdAttributeIndex)

FeatureIdAccessorType	getFeatureIdAccessorView (const Model &model, const Node &node, int32_t featureIdAttributeIndex)

IndexAccessorType	getIndexAccessorView (const Model &model, const MeshPrimitive &primitive)

TexCoordAccessorType	getTexCoordAccessorView (const Model &model, const MeshPrimitive &primitive, int32_t textureCoordinateSetIndex)

QuaternionAccessorType	getQuaternionAccessorView (const Model &model, const Accessor *accessor)
	Obtains a QuaternionAccessorType from the given Accessor on the given Model.

QuaternionAccessorType	getQuaternionAccessorView (const Model &model, int32_t accessorIndex)
	Obtains a QuaternionAccessorType from the given Accessor on the given Model.

template<typename TCallback >
std::invoke_result_t< TCallback, AccessorView< AccessorTypes::SCALAR< float > > >	createAccessorView (const Model &model, const Accessor &accessor, TCallback &&callback)
	Creates an appropriate `AccessorView` for a given accessor.

template<typename TCallback >
std::invoke_result_t< TCallback, AccessorView< AccessorTypes::SCALAR< float > > >	createAccessorView (const Model &model, int32_t accessorIndex, TCallback &&callback)
	Creates an appropriate `AccessorView` for a given accessor.

template<typename T >
bool	operator== (const PropertyArrayView< T > &lhs, const PropertyArrayView< T > &rhs)
	Compares two PropertyArrayView instances by comparing their values. If the two arrays aren't the same size, this comparison will return false.

template<typename T >
bool	operator== (const PropertyArrayView< T > &lhs, const PropertyArrayCopy< T > &rhs)
	Compares a PropertyArrayView with a PropertyArrayCopy by creating a view from the copy and comparing the two.

template<typename T >
bool	operator== (const PropertyArrayCopy< T > &lhs, const PropertyArrayView< T > &rhs)
	Compares a PropertyArrayView with a PropertyArrayCopy by creating a view from the copy and comparing the two.

template<typename T >
bool	operator== (const PropertyArrayCopy< T > &lhs, const PropertyArrayCopy< T > &rhs)
	Compares two PropertyArrayCopy instances by creating views from each instance and comparing the two.

template<typename T >
bool	operator!= (const PropertyArrayView< T > &lhs, const PropertyArrayView< T > &rhs)
	Compares two PropertyArrayView instances and returns the inverse.

template<typename T >
bool	operator!= (const PropertyArrayView< T > &lhs, const PropertyArrayCopy< T > &rhs)
	Compares a PropertyArrayView with a PropertyArrayCopy by creating a view from the copy and returning the inverse of comparing the two.

template<typename T >
bool	operator!= (const PropertyArrayCopy< T > &lhs, const PropertyArrayView< T > &rhs)
	Compares a PropertyArrayView with a PropertyArrayCopy by creating a view from the copy and returning the inverse of comparing the two.

template<typename T >
bool	operator!= (const PropertyArrayCopy< T > &lhs, const PropertyArrayCopy< T > &rhs)
	Compares two PropertyArrayCopy instances by creating views from both instances and returning the inverse of comparing the two.

PropertyType	getAccessorTypeAsPropertyType (const Accessor &accessor)
	Attempts to obtain a PropertyType from the type field of the accessor.

PropertyComponentType	getAccessorComponentTypeAsPropertyComponentType (const Accessor &accessor)
	Attempts to obtain a PropertyComponentType from the componentType field of the accessor.

int64_t	getOffsetTypeSize (PropertyComponentType offsetType) noexcept
	Returns the size in bytes of a PropertyComponentType used as the `arrayOffsetType` in the constructor of PropertyTablePropertyView.

template<typename ElementType >
ElementType	assembleScalarValue (const std::span< uint8_t > bytes) noexcept
	Attempts to obtain a scalar value from the given span of bytes.

template<typename ElementType >
ElementType	assembleVecNValue (const std::span< uint8_t > bytes) noexcept
	Attempts to obtain a vector value from the given span of bytes.

template<typename T >
PropertyArrayCopy< T >	assembleArrayValue (const std::span< uint8_t > bytes) noexcept
	Attempts to obtain an array value from the given span of bytes.

template<typename ElementType >
PropertyValueViewToCopy< ElementType >	assembleValueFromChannels (const std::span< uint8_t > bytes) noexcept
	Assembles the given type from the provided channel values of sampling a texture.

template<typename T >
double	normalize (T value)
	Normalizes the given value between [0, 1] if unsigned or [-1, 1] if signed, based on the type's maximum value.

template<glm::length_t N, typename T >
glm::vec< N, double >	normalize (glm::vec< N, T > value)
	Normalizes the given vector's components between [0, 1] if unsigned or [-1, 1] if signed, based on the type's maximum value.

template<glm::length_t N, typename T >
glm::mat< N, N, double >	normalize (glm::mat< N, N, T > value)
	Normalizes the given matrix's components between [0, 1] if unsigned or [-1, 1] if signed, based on the type's maximum value.

template<typename T >
T	applyScale (const T &value, const T &scale)
	Multiplies each component of the value by the given scale factor.

template<typename T >
T	transformValue (const T &value, const std::optional< T > &offset, const std::optional< T > &scale)
	Transforms the value by optional offset and scale factors.

template<typename T >
PropertyArrayCopy< T >	transformArray (const PropertyArrayView< T > &value, const std::optional< PropertyArrayView< T > > &offset, const std::optional< PropertyArrayView< T > > &scale)
	Transforms each element of an array of values by optional offset and scale factors. See transformValue.

template<typename T , typename NormalizedType = typename TypeToNormalizedType<T>::type>
PropertyArrayCopy< NormalizedType >	transformNormalizedArray (const PropertyArrayView< T > &value, const std::optional< PropertyArrayView< NormalizedType > > &offset, const std::optional< PropertyArrayView< NormalizedType > > &scale)
	Normalizes each element of an array of values and transforms them by optional offset and scale factors. See transformValue and transformArray.

template<glm::length_t N, typename T >
PropertyArrayCopy< glm::vec< N, double > >	transformNormalizedVecNArray (const PropertyArrayView< glm::vec< N, T > > &value, const std::optional< PropertyArrayView< glm::vec< N, double > > > &offset, const std::optional< PropertyArrayView< glm::vec< N, double > > > &scale)
	Normalizes each element of an array of vectors and transforms them by optional offset and scale factors. See transformNormalizedArray.

template<glm::length_t N, typename T >
PropertyArrayCopy< glm::mat< N, N, double > >	transformNormalizedMatNArray (const PropertyArrayView< glm::mat< N, N, T > > &value, const std::optional< PropertyArrayView< glm::mat< N, N, double > > > &offset, const std::optional< PropertyArrayView< glm::mat< N, N, double > > > &scale)
	Normalizes each element of an array of matrices and transforms them by optional offset and scale factors. See transformNormalizedArray.

std::string	convertPropertyTypeToString (PropertyType type)
	Converts a PropertyType value to a string.

PropertyType	convertStringToPropertyType (const std::string &str)
	Converts a string into a PropertyType.

std::string	convertPropertyComponentTypeToString (PropertyComponentType componentType)
	Converts a PropertyComponentType value to a string.

PropertyComponentType	convertStringToPropertyComponentType (const std::string &str)
	Converts a string into a PropertyComponentType.

PropertyComponentType	convertArrayOffsetTypeStringToPropertyComponentType (const std::string &str)
	Converts a string listed in PropertyTableProperty::ArrayOffsetType to its corresponding PropertyComponentType.

PropertyComponentType	convertStringOffsetTypeStringToPropertyComponentType (const std::string &str)
	Converts a string listed in PropertyTableProperty::StringOffsetType to its corresponding PropertyComponentType.

PropertyComponentType	convertAccessorComponentTypeToPropertyComponentType (int componentType)
	Converts a integer type ID listed in AccessorSpec::ComponentType to its corresponding PropertyComponentType.

bool	isPropertyTypeVecN (PropertyType type)
	Checks if the given PropertyType represents a vector with any number of components.

bool	isPropertyTypeMatN (PropertyType type)
	Checks if the given PropertyType represents a matrix with any number of components.

bool	isPropertyComponentTypeInteger (PropertyComponentType componentType)
	Checks if the given PropertyComponentType represents an integer value.

glm::length_t	getDimensionsFromPropertyType (PropertyType type)
	Obtains the number of dimensions in the given PropertyType.

glm::length_t	getComponentCountFromPropertyType (PropertyType type)
	Obtains the number of components in the given PropertyType.

size_t	getSizeOfComponentType (PropertyComponentType componentType)
	Obtains the size in bytes of a value of this PropertyComponentType.

template<typename T >
PropertyViewStatusType	validatePropertyType (const ClassProperty &classProperty)
	Validates a ClassProperty, checking for any type mismatches.

template<typename T >
PropertyViewStatusType	validateArrayPropertyType (const ClassProperty &classProperty)
	Validates a ClassProperty representing an array, checking for any type mismatches.

template<typename ElementType >
int64_t	getCount (std::optional< std::vector< std::byte > > &buffer)
	Obtains the number of values of type `ElementType` that could fit in the buffer.

double	applySamplerWrapS (const double u, const int32_t wrapS)
	Applies a sampler's WrapS value to the given U component of a texture coordinate.

double	applySamplerWrapT (const double v, const int32_t wrapT)
	Applies a sampler's WrapT value to the given V component of a texture coordinate.

Detailed Description

Classes for working with glTF models.

--- comment: This file was generated by dep-graph-gen. DO NOT EDIT THIS FILE! title: CesiumGltf Dependency Graph --- graph TD classDef dependencyNode fill:#fff,stroke:#ccc,color:#666,font-weight:bold,font-size:28px classDef libraryNode fill:#9f9,font-weight:bold,font-size:28px CesiumGltf[CesiumGltf] --> CesiumUtility[CesiumUtility] class CesiumUtility,CesiumGltf libraryNode

Typedef Documentation

◆ FeatureIdAccessorType

typedef std::variant< AccessorView<int8_t>, AccessorView<uint8_t>, AccessorView<int16_t>, AccessorView<uint16_t>, AccessorView<uint32_t>, AccessorView<float> > CesiumGltf::FeatureIdAccessorType

Type definition for all kinds of feature ID attribute accessors.

Definition at line 84 of file AccessorUtility.h.

◆ IndexAccessorType

typedef std::variant< std::monostate, AccessorView<uint8_t>, AccessorView<uint16_t>, AccessorView<uint32_t> > CesiumGltf::IndexAccessorType

Type definition for all kinds of index accessors. std::monostate indicates a nonexistent accessor, which can happen (and is valid) if the primitive vertices are defined without an index buffer.

Definition at line 148 of file AccessorUtility.h.

◆ NormalAccessorType

typedef AccessorView<AccessorTypes::VEC3<float> > CesiumGltf::NormalAccessorType

Type definition for normal accessor.

Definition at line 64 of file AccessorUtility.h.

◆ PositionAccessorType

typedef AccessorView<AccessorTypes::VEC3<float> > CesiumGltf::PositionAccessorType

Type definition for position accessor.

Definition at line 51 of file AccessorUtility.h.

◆ PropertyValueCopyToView

template<typename T >

using CesiumGltf::PropertyValueCopyToView

Initial value:

 std::conditional_t<
    IsMetadataNumericArray<T>::value,
    PropertyArrayView<typename MetadataArrayType<T>::type>,
    T>

Transforms a property value type from a copy that owns the data it is viewing to a view into that data. For most property types this is an identity transformation, because most property types are held by value. However, it transforms numeric PropertyArrayCopy<T> to PropertyArrayView<T>.

See propertyValueCopyToView.

Remarks: This is the inverse of PropertyValueViewToCopy

Template Parameters

T	The type of the property value copy.

Definition at line 585 of file PropertyTypeTraits.h.

◆ PropertyValueViewToCopy

template<typename T >

using CesiumGltf::PropertyValueViewToCopy

Initial value:

 std::conditional_t<
    IsMetadataNumericArray<T>::value,
    PropertyArrayCopy<typename MetadataArrayType<T>::type>,
    T>

Transforms a property value type from a view to an equivalent type that owns the data it is viewing. For most property types this is an identity transformation, because most property types are held by value. However, it transforms numeric PropertyArrayView<T> to PropertyArrayCopy<T> because a PropertyArrayView<T> only has a pointer to the value it is viewing.

See propertyValueViewToCopy.

Remarks: This is the inverse of PropertyValueCopyToView

Template Parameters

T	The type of the property value view.

Definition at line 568 of file PropertyTypeTraits.h.

◆ PropertyViewStatusType

typedef int32_t CesiumGltf::PropertyViewStatusType

The type used for fields of PropertyViewStatus.

Definition at line 17 of file PropertyView.h.

◆ QuaternionAccessorType

typedef std::variant< AccessorView<AccessorTypes::VEC4<uint8_t> >, AccessorView<AccessorTypes::VEC4<int8_t> >, AccessorView<AccessorTypes::VEC4<uint16_t> >, AccessorView<AccessorTypes::VEC4<int16_t> >, AccessorView<AccessorTypes::VEC4<float> > > CesiumGltf::QuaternionAccessorType

Type definition for quaternion accessors, as used in ExtMeshGpuInstancing rotations and animation samplers.

Definition at line 371 of file AccessorUtility.h.

◆ TexCoordAccessorType

typedef std::variant< AccessorView<AccessorTypes::VEC2<uint8_t> >, AccessorView<AccessorTypes::VEC2<uint16_t> >, AccessorView<AccessorTypes::VEC2<float> > > CesiumGltf::TexCoordAccessorType

Type definition for all kinds of texture coordinate (TEXCOORD_n) accessors.

Definition at line 300 of file AccessorUtility.h.

Enumeration Type Documentation

◆ AccessorViewStatus

enum class CesiumGltf::AccessorViewStatus

strong

Indicates the status of an accessor view.

The AccessorView constructor always completes successfully. However, it may not always reflect the actual content of the Accessor, but instead indicate that its AccessorView::size is 0. This enumeration provides the reason.

Enumerator
Valid	This accessor is valid and ready to use.
InvalidAccessorIndex	The accessor index does not refer to a valid accessor.
InvalidBufferViewIndex	The accessor's bufferView index does not refer to a valid bufferView.
InvalidBufferIndex	The accessor's bufferView's buffer index does not refer to a valid buffer.
BufferViewTooSmall	The accessor is too large to fit in its bufferView.
BufferTooSmall	The accessor's bufferView is too large to fit in its buffer.
WrongSizeT	The `sizeof(T)` does not match the accessor's `Accessor::computeBytesPerVertex`.
InvalidType	The `AccessorSpec:type` is invalid.
InvalidComponentType	The `AccessorSpec::componentType` is invalid.
InvalidByteStride	The `BufferView::byteStride` is negative, which is invalid.

Definition at line 19 of file AccessorView.h.

◆ FeatureIdTextureViewStatus

enum class CesiumGltf::FeatureIdTextureViewStatus

strong

The status of a feature ID texture view.

The FeatureIdTextureView constructor always completes successfully, but it may not always reflect the actual content of the FeatureIdTexture. This enumeration provides the reason.

Enumerator
Valid	This view is valid and ready to use.
ErrorUninitialized	This view has not yet been initialized.
ErrorInvalidTexture	This feature ID texture has a texture index that doesn't exist in the glTF.
ErrorInvalidImage	This feature ID texture has an image index that doesn't exist in the glTF.
ErrorInvalidSampler	This feature ID texture has a sampler index that doesn't exist in the glTF.
ErrorEmptyImage	This feature ID texture has an empty image.
ErrorInvalidImageBytesPerChannel	The image for this feature ID texture has channels that take up more than a byte. Only single-byte channels are supported.
ErrorInvalidChannels	The channels of this feature ID texture property are invalid. Channels must be in the range 0-3, with a minimum of one channel. Although more than four channels can be defined for specialized texture formats, this view only supports a maximum of four channels.

Definition at line 19 of file FeatureIdTextureView.h.

◆ GpuCompressedPixelFormat

enum class CesiumGltf::GpuCompressedPixelFormat

strong

Supported GPU compressed pixel formats.

Enumerator
NONE	The data is uncompressed.
ETC1_RGB	The data is an ETC1-compressed RGB888 texture.
ETC2_RGBA	The data is an ETC2-compressed RGBA8888 texture.
BC1_RGB	The data is a BC1-compressed RGB565 texture.
BC3_RGBA	The data is a BC3-compressed RGBA5658 texture.
BC4_R	The data is a BC4-compressed R8 texture.
BC5_RG	The data is a BC5-compressed RG88 texture.
BC7_RGBA	The data is a BC7-compressed RGBA8888 texture.
PVRTC1_4_RGB	The data is a PVRTC1-compressed RGB444 texture.
PVRTC1_4_RGBA	The data is a PVRTC1-compressed RGBA4444 texture.
ASTC_4x4_RGBA	The data is a ASTC-compressed RGBA texture with a 4x4 block footprint.
PVRTC2_4_RGB	The data is a PVRTC2-compressed RGB444 texture.
PVRTC2_4_RGBA	The data is a PVRTC2-compressed RGBA4444 texture.
ETC2_EAC_R11	The data is a ETC2 R11 EAC-compressed texture with a single channel.
ETC2_EAC_RG11	The data is a ETC2 RG11 EAC-compressed texture with two channels.

Definition at line 10 of file Ktx2TranscodeTargets.h.

◆ KhrTextureTransformStatus

enum class CesiumGltf::KhrTextureTransformStatus

strong

The status of a parsed KHR_texture_transform.

The KhrTextureTransform constructor always completes successfully, but it may not always reflect the actual transform if errors occur. This enumeration provides the reason.

Definition at line 15 of file KhrTextureTransform.h.

◆ PropertyAttributeViewStatus

enum class CesiumGltf::PropertyAttributeViewStatus

strong

Indicates the status of a property attribute view.

The PropertyAttributeView constructor always completes successfully. However it may not always reflect the actual content of the PropertyAttribute. This enumeration provides the reason.

Enumerator
Valid	This property attribute view is valid and ready to use.
ErrorMissingMetadataExtension	The glTF is missing the EXT_structural_metadata extension.
ErrorMissingSchema	The glTF EXT_structural_metadata extension doesn't contain a schema.
ErrorClassNotFound	The property attribute's specified class could not be found in the extension.

Definition at line 18 of file PropertyAttributeView.h.

◆ PropertyComponentType

enum class CesiumGltf::PropertyComponentType

strong

The possible types of a property component.

Enumerator
None	No type.
Int8	A property component equivalent to an `int8_t`.
Uint8	A property component equivalent to a `uint8_t`.
Int16	A property component equivalent to an `int16_t`.
Uint16	A property component equivalent to a `uint16_t`.
Int32	A property component equivalent to an `int32_t`.
Uint32	A property component equivalent to a `uint32_t`.
Int64	A property component equivalent to an `int64_t`.
Uint64	A property component equivalent to a `uint32_t`.
Float32	A property component equivalent to a `float`.
Float64	A property component equivalent to a `double`.

Definition at line 63 of file PropertyType.h.

◆ PropertyTableViewStatus

enum class CesiumGltf::PropertyTableViewStatus

strong

Indicates the status of a property table view.

The PropertyTableView constructor always completes successfully. However, it may not always reflect the actual content of the PropertyTable, but instead indicate that its PropertyTableView::size is 0. This enumeration provides the reason.

Enumerator
Valid	This property table view is valid and ready to use.
ErrorMissingMetadataExtension	The property table view's model does not contain an EXT_structural_metadata extension.
ErrorMissingSchema	The property table view's model does not have a schema in its EXT_structural_metadata extension.
ErrorClassNotFound	The property table's specified class could not be found in the extension.

Definition at line 22 of file PropertyTableView.h.

◆ PropertyTextureViewStatus

enum class CesiumGltf::PropertyTextureViewStatus

strong

Indicates the status of a property texture view.

The PropertyTextureView constructor always completes successfully. However it may not always reflect the actual content of the PropertyTexture. This enumeration provides the reason.

Enumerator
Valid	This property texture view is valid and ready to use.
ErrorMissingMetadataExtension	The glTF is missing the EXT_structural_metadata extension.
ErrorMissingSchema	The glTF EXT_structural_metadata extension doesn't contain a schema.
ErrorClassNotFound	The property texture's specified class could not be found in the extension.

Definition at line 19 of file PropertyTextureView.h.

◆ PropertyType

enum class CesiumGltf::PropertyType

strong

The possible types of a property in a PropertyTableView.

Enumerator
Invalid	An invalid property type.
Scalar	A scalar property, i.e. an integer or floating point value.
Vec2	A vector with two components.
Vec3	A vector with three components.
Vec4	A vector with four components.
Mat2	A 2x2 matrix.
Mat3	A 3x3 matrix.
Mat4	A 4x4 matrix.
String	A string.
Boolean	A boolean.
Enum	An enum.

Definition at line 13 of file PropertyType.h.

◆ TextureViewStatus

enum class CesiumGltf::TextureViewStatus

strong

Indicates the status of a texture view.

The TextureView constructor always completes successfully. However it may not always reflect the actual content of the corresponding texture. This enumeration provides the reason.

Enumerator
Valid	This texture view is valid and ready to use.
ErrorUninitialized	This texture view has not yet been initialized.
ErrorInvalidTexture	This texture view does not have a valid texture index.
ErrorInvalidSampler	This texture view does not have a valid sampler index.
ErrorInvalidImage	This texture view does not have a valid image index.
ErrorEmptyImage	This texture is viewing an empty image.
ErrorInvalidBytesPerChannel	The image for this texture has channels that take up more than a byte. Only single-byte channels are supported.

Definition at line 57 of file TextureView.h.

Function Documentation

◆ applySamplerWrapS()

double CesiumGltf::applySamplerWrapS	(	const double	u,
		const int32_t	wrapS )

Applies a sampler's WrapS value to the given U component of a texture coordinate.

Parameters

u	The U coordinate to apply the sampler wrap value to.
wrapS	The sampler's WrapS value, matching a member of Sampler::WrapS, to apply.

Returns: The U coordinate after applying the WrapS operation.

◆ applySamplerWrapT()

double CesiumGltf::applySamplerWrapT	(	const double	v,
		const int32_t	wrapT )

Applies a sampler's WrapT value to the given V component of a texture coordinate.

Parameters

v	The V coordinate to apply the sampler wrap value to.
wrapT	The sampler's WrapT value, matching a member of Sampler::WrapT, to apply.

Returns: The V coordinate after applying the WrapT operation.

◆ applyScale()

template<typename T >

T CesiumGltf::applyScale	(	const T &	value,
		const T &	scale )

Multiplies each component of the value by the given scale factor.

Parameters

value	The value to scale.
scale	The scale factor to apply to the value.

Definition at line 73 of file PropertyTransformations.h.

◆ assembleArrayValue()

template<typename T >

PropertyArrayCopy< T > CesiumGltf::assembleArrayValue ( const std::span< uint8_t > bytes )

noexcept

Attempts to obtain an array value from the given span of bytes.

Template Parameters

T	The element type to read from `bytes`.

Parameters

bytes A span of bytes to convert into an array value.

Returns: A PropertyArrayCopy containing the elements read.

Definition at line 183 of file PropertyTexturePropertyView.h.

◆ assembleScalarValue()

template<typename ElementType >

ElementType CesiumGltf::assembleScalarValue ( const std::span< uint8_t > bytes )

noexcept

Attempts to obtain a scalar value from the given span of bytes.

Template Parameters

ElementType The scalar value type to read from bytes.

Parameters

bytes A span of bytes to convert into a scalar value.

Returns: A value of ElementType.

Definition at line 94 of file PropertyTexturePropertyView.h.

◆ assembleValueFromChannels()

template<typename ElementType >

PropertyValueViewToCopy< ElementType > CesiumGltf::assembleValueFromChannels ( const std::span< uint8_t > bytes )

noexcept

Assembles the given type from the provided channel values of sampling a texture.

Template Parameters

ElementType The type of element to assemble.

Parameters

bytes The byte values of the sampled channels of the texture.

Returns: The result of assembleScalarValue, assembleVecNValue, or assembleArrayValue depending on ElementType.

Definition at line 213 of file PropertyTexturePropertyView.h.

◆ assembleVecNValue()

template<typename ElementType >

ElementType CesiumGltf::assembleVecNValue ( const std::span< uint8_t > bytes )

noexcept

Attempts to obtain a vector value from the given span of bytes.

Template Parameters

ElementType The vector value type to read from bytes.

Parameters

bytes A span of bytes to convert into a vector value.

Returns: A value of ElementType.

Definition at line 128 of file PropertyTexturePropertyView.h.

◆ convertAccessorComponentTypeToPropertyComponentType()

PropertyComponentType CesiumGltf::convertAccessorComponentTypeToPropertyComponentType ( int componentType )

Converts a integer type ID listed in AccessorSpec::ComponentType to its corresponding PropertyComponentType.

Parameters

componentType The integer ID to convert to a PropertyComponentType.

Returns: The ID as a PropertyComponentType, or PropertyComponentType::None if no conversion is possible.

◆ convertArrayOffsetTypeStringToPropertyComponentType()

PropertyComponentType CesiumGltf::convertArrayOffsetTypeStringToPropertyComponentType ( const std::string & str )

Converts a string listed in PropertyTableProperty::ArrayOffsetType to its corresponding PropertyComponentType.

Parameters

str	The string to convert to a PropertyComponentType.

Returns: The string as a PropertyComponentType, or PropertyComponentType::None if no conversion is possible.

◆ convertPropertyComponentTypeToString()

std::string CesiumGltf::convertPropertyComponentTypeToString ( PropertyComponentType componentType )

Converts a PropertyComponentType value to a string.

For example, PropertyComponentType::Uint8 will become "UINT8".

Parameters

componentType The type to convert to a string.

Returns: The type as a string, or "NONE" if no conversion is possible.

◆ convertPropertyTypeToString()

std::string CesiumGltf::convertPropertyTypeToString ( PropertyType type )

Converts a PropertyType value to a string.

For example, PropertyType::Mat3 will become "MAT3".

Parameters

type	The type to convert to a string.

Returns: The type as a string, or "INVALID" if no conversion is possible.

◆ convertStringOffsetTypeStringToPropertyComponentType()

PropertyComponentType CesiumGltf::convertStringOffsetTypeStringToPropertyComponentType ( const std::string & str )

Converts a string listed in PropertyTableProperty::StringOffsetType to its corresponding PropertyComponentType.

Parameters

str	The string to convert to a PropertyComponentType.

Returns: The string as a PropertyComponentType, or PropertyComponentType::None if no conversion is possible.

◆ convertStringToPropertyComponentType()

PropertyComponentType CesiumGltf::convertStringToPropertyComponentType ( const std::string & str )

Converts a string into a PropertyComponentType.

For example, "UINT8" will become a PropertyComponentType::Uint8.

Parameters

str	The string to convert to a PropertyComponentType.

Returns: The string as a PropertyComponentType, or PropertyComponentType::None if no conversion is possible.

◆ convertStringToPropertyType()

PropertyType CesiumGltf::convertStringToPropertyType ( const std::string & str )

Converts a string into a PropertyType.

For example, "MAT3" will become a PropertyType::Mat3.

Parameters

str	The string to convert to a PropertyType.

Returns: The string as a PropertyType, or PropertyType::Invalid if no conversion is possible.

◆ createAccessorView() [1/2]

template<typename TCallback >

std::invoke_result_t< TCallback, AccessorView< AccessorTypes::SCALAR< float > > > CesiumGltf::createAccessorView	(	const Model &	model,
		const Accessor &	accessor,
		TCallback &&	callback )

Creates an appropriate AccessorView for a given accessor.

The created accessor is provided via a callback, which is a function that can be invoked with all possible AccessorView types. If an accessor cannot be created, the callback will be invoked with AccessorView<AccessorTypes::SCALAR<float>> and the AccessorView::status will indicate the reason.

Template Parameters

TCallback The callback.

Parameters

model	The model to access.
accessor	The accessor to view.
callback	The callback that receives the created accessor.

Returns: The value returned by the callback.

Definition at line 447 of file AccessorView.h.

◆ createAccessorView() [2/2]

template<typename TCallback >

std::invoke_result_t< TCallback, AccessorView< AccessorTypes::SCALAR< float > > > CesiumGltf::createAccessorView	(	const Model &	model,
		int32_t	accessorIndex,
		TCallback &&	callback )

Creates an appropriate AccessorView for a given accessor.

The created accessor is provided via a callback, which is a function that can be invoked with all possible AccessorView types. If an accessor cannot be created, the callback will be invoked with AccessorView<AccessorTypes::SCALAR<float>> and the AccessorView::status will indicate the reason.

Template Parameters

TCallback The callback.

Parameters

model	The model to access.
accessorIndex	The index of the accessor to view in `Model::accessors`.
callback	The callback that receives the created accessor.

Returns: The value returned by the callback.

Definition at line 526 of file AccessorView.h.

◆ getAccessorComponentTypeAsPropertyComponentType()

PropertyComponentType CesiumGltf::getAccessorComponentTypeAsPropertyComponentType ( const Accessor & accessor )

Attempts to obtain a PropertyComponentType from the componentType field of the accessor.

Parameters

accessor The accessor whose componentType will be obtained.

Returns: A PropertyComponentType equivalent to the accessor's AccessorSpec::componentType, or PropertyComponentType::None if no conversion could be made.

◆ getAccessorTypeAsPropertyType()

PropertyType CesiumGltf::getAccessorTypeAsPropertyType ( const Accessor & accessor )

Attempts to obtain a PropertyType from the type field of the accessor.

Parameters

accessor The accessor whose type will be obtained.

Returns: A PropertyType equivalent to the accessor's AccessorSpec::type, or PropertyType::Invalid if no conversion could be made.

◆ getComponentCountFromPropertyType()

glm::length_t CesiumGltf::getComponentCountFromPropertyType ( PropertyType type )

Obtains the number of components in the given PropertyType.

Parameters

type	The type of the property to get the component count of.

Returns: The number of components in a value of the given PropertyType. For example, a value of PropertyType::Scalar has one component. A value of PropertyType::Vec4 has four components. A value of PropertyType::Mat4 has 16 components.

◆ getCount()

template<typename ElementType >

int64_t CesiumGltf::getCount ( std::optional< std::vector< std::byte > > & buffer )

Obtains the number of values of type ElementType that could fit in the buffer.

Parameters

buffer The buffer whose size will be used for this calculation.

Returns: The number of values of type ElementType that could fit in buffer. This value will be equivalent to floor(buffer->size() / sizeof(ElementType)).

Definition at line 285 of file PropertyView.h.

◆ getDimensionsFromPropertyType()

glm::length_t CesiumGltf::getDimensionsFromPropertyType ( PropertyType type )

Obtains the number of dimensions in the given PropertyType.

Parameters

type	The type of the property to get the dimensions of.

Returns: The number of dimensions in a value of the given PropertyType. For example, a value of PropertyType::Scalar has one dimension. A value of PropertyType::Mat4 and a value of PropertyType::Vec4 both have four dimensions.

◆ getFeatureIdAccessorView() [1/2]

FeatureIdAccessorType CesiumGltf::getFeatureIdAccessorView	(	const Model &	model,
		const MeshPrimitive &	primitive,
		int32_t	featureIdAttributeIndex )

Retrieves an accessor view for the specified feature ID attribute from the given glTF primitive and model. This verifies that the accessor is of a valid type. If not, the returned accessor view will be invalid.

◆ getFeatureIdAccessorView() [2/2]

FeatureIdAccessorType CesiumGltf::getFeatureIdAccessorView	(	const Model &	model,
		const Node &	node,
		int32_t	featureIdAttributeIndex )

Retrieves an accessor view for the specified feature ID attribute from the given glTF node and model, if the node contains an EXT_mesh_gpu_instancing property. This verifies that the accessor is of a valid type. If not, the returned accessor view will be invalid.

◆ getIndexAccessorView()

IndexAccessorType CesiumGltf::getIndexAccessorView	(	const Model &	model,
		const MeshPrimitive &	primitive )

Retrieves an accessor view for the indices of the given glTF primitive from the model. The primitive may not specify any indices; if so, std::monostate is returned.

◆ getNormalAccessorView()

NormalAccessorType CesiumGltf::getNormalAccessorView	(	const Model &	model,
		const MeshPrimitive &	primitive )

Retrieves an accessor view for the normal attribute from the given glTF primitive and model. This verifies that the accessor is of a valid type. If not, the returned accessor view will be invalid.

◆ getPositionAccessorView()

PositionAccessorType CesiumGltf::getPositionAccessorView	(	const Model &	model,
		const MeshPrimitive &	primitive )

Retrieves an accessor view for the position attribute from the given glTF primitive and model. This verifies that the accessor is of a valid type. If not, the returned accessor view will be invalid.

◆ getQuaternionAccessorView() [1/2]

QuaternionAccessorType CesiumGltf::getQuaternionAccessorView	(	const Model &	model,
		const Accessor *	accessor )

Obtains a QuaternionAccessorType from the given Accessor on the given Model.

Parameters

model	The model containing the quaternion.
accessor	An accessor from which the quaternion will be obtained.

Returns: A quaternion from the data in accessor. If no quaternion could be obtained, the default value for QuaternionAccessorType will be returned instead.

◆ getQuaternionAccessorView() [2/2]

QuaternionAccessorType CesiumGltf::getQuaternionAccessorView	(	const Model &	model,
		int32_t	accessorIndex )

Obtains a QuaternionAccessorType from the given Accessor on the given Model.

Parameters

model	The model containing the quaternion.
accessorIndex	An index to the accessor from which the quaternion will be obtained.

Returns: A quaternion from the data in the accessor at accessorIndex. If no quaternion could be obtained, the default value for QuaternionAccessorType will be returned instead.

◆ getSizeOfComponentType()

size_t CesiumGltf::getSizeOfComponentType ( PropertyComponentType componentType )

Obtains the size in bytes of a value of this PropertyComponentType.

Parameters

componentType The component type to get the size of.

Returns: The size in bytes that a value matching this PropertyComponentType. For example, a value of PropertyComponentType::Uint32 would take up four bytes.

◆ getTexCoordAccessorView()

TexCoordAccessorType CesiumGltf::getTexCoordAccessorView	(	const Model &	model,
		const MeshPrimitive &	primitive,
		int32_t	textureCoordinateSetIndex )

Retrieves an accessor view for the specified texture coordinate set from the given glTF primitive and model. This verifies that the accessor is of a valid type. If not, the returned accessor view will be invalid.,

◆ isPropertyComponentTypeInteger()

bool CesiumGltf::isPropertyComponentTypeInteger ( PropertyComponentType componentType )

Checks if the given PropertyComponentType represents an integer value.

Parameters

componentType The PropertyComponentType to check.

Returns: True if the PropertyComponentType is not PropertyComponentType::Float32 or PropertyComponentType::Float64, false otherwise.

◆ isPropertyTypeMatN()

bool CesiumGltf::isPropertyTypeMatN ( PropertyType type )

Checks if the given PropertyType represents a matrix with any number of components.

Parameters

type	The PropertyType to check.

Returns: True if PropertyType is PropertyType::Mat2, PropertyType::Mat3, or PropertyType::Mat4, or false otherwise.

◆ isPropertyTypeVecN()

bool CesiumGltf::isPropertyTypeVecN ( PropertyType type )

Checks if the given PropertyType represents a vector with any number of components.

Parameters

type	The PropertyType to check.

Returns: True if PropertyType is PropertyType::Vec2, PropertyType::Vec3, or PropertyType::Vec4, or false otherwise.

◆ normalize() [1/3]

template<glm::length_t N, typename T >

glm::mat< N, N, double > CesiumGltf::normalize ( glm::mat< N, N, T > value )

Normalizes the given matrix's components between [0, 1] if unsigned or [-1, 1] if signed, based on the type's maximum value.

Parameters

value The value to normalize.

Definition at line 51 of file PropertyTransformations.h.

◆ normalize() [2/3]

template<glm::length_t N, typename T >

glm::vec< N, double > CesiumGltf::normalize ( glm::vec< N, T > value )

Normalizes the given vector's components between [0, 1] if unsigned or [-1, 1] if signed, based on the type's maximum value.

Parameters

value The value to normalize.

Definition at line 35 of file PropertyTransformations.h.

◆ normalize() [3/3]

template<typename T >

double CesiumGltf::normalize ( T value )

Normalizes the given value between [0, 1] if unsigned or [-1, 1] if signed, based on the type's maximum value.

Parameters

value The value to normalize.

Definition at line 19 of file PropertyTransformations.h.

◆ operator!=() [1/4]

template<typename T >

bool CesiumGltf::operator!=	(	const PropertyArrayCopy< T > &	lhs,
		const PropertyArrayCopy< T > &	rhs )

Compares two PropertyArrayCopy instances by creating views from both instances and returning the inverse of comparing the two.

Definition at line 364 of file PropertyArrayView.h.

◆ operator!=() [2/4]

template<typename T >

bool CesiumGltf::operator!=	(	const PropertyArrayCopy< T > &	lhs,
		const PropertyArrayView< T > &	rhs )

Compares a PropertyArrayView with a PropertyArrayCopy by creating a view from the copy and returning the inverse of comparing the two.

Definition at line 354 of file PropertyArrayView.h.

◆ operator!=() [3/4]

template<typename T >

bool CesiumGltf::operator!=	(	const PropertyArrayView< T > &	lhs,
		const PropertyArrayCopy< T > &	rhs )

Compares a PropertyArrayView with a PropertyArrayCopy by creating a view from the copy and returning the inverse of comparing the two.

Definition at line 344 of file PropertyArrayView.h.

◆ operator!=() [4/4]

template<typename T >

bool CesiumGltf::operator!=	(	const PropertyArrayView< T > &	lhs,
		const PropertyArrayView< T > &	rhs )

Compares two PropertyArrayView instances and returns the inverse.

Definition at line 334 of file PropertyArrayView.h.

◆ operator==() [1/4]

template<typename T >

bool CesiumGltf::operator==	(	const PropertyArrayCopy< T > &	lhs,
		const PropertyArrayCopy< T > &	rhs )

Compares two PropertyArrayCopy instances by creating views from each instance and comparing the two.

Definition at line 324 of file PropertyArrayView.h.

◆ operator==() [2/4]

template<typename T >

bool CesiumGltf::operator==	(	const PropertyArrayCopy< T > &	lhs,
		const PropertyArrayView< T > &	rhs )

Compares a PropertyArrayView with a PropertyArrayCopy by creating a view from the copy and comparing the two.

Definition at line 315 of file PropertyArrayView.h.

◆ operator==() [3/4]

template<typename T >

bool CesiumGltf::operator==	(	const PropertyArrayView< T > &	lhs,
		const PropertyArrayCopy< T > &	rhs )

Compares a PropertyArrayView with a PropertyArrayCopy by creating a view from the copy and comparing the two.

Definition at line 306 of file PropertyArrayView.h.

◆ operator==() [4/4]

template<typename T >

bool CesiumGltf::operator==	(	const PropertyArrayView< T > &	lhs,
		const PropertyArrayView< T > &	rhs )

Compares two PropertyArrayView instances by comparing their values. If the two arrays aren't the same size, this comparison will return false.

Definition at line 286 of file PropertyArrayView.h.

◆ transformArray()

template<typename T >

PropertyArrayCopy< T > CesiumGltf::transformArray	(	const PropertyArrayView< T > &	value,
		const std::optional< PropertyArrayView< T > > &	offset,
		const std::optional< PropertyArrayView< T > > &	scale )

Transforms each element of an array of values by optional offset and scale factors. See transformValue.

Parameters

value	The array whose elements will be transformed.
offset	The amount to offset each element by, or `std::nullopt` to apply no offset.
scale	The amount to scale each element by, or `std::nullopt` to apply no scale factor.

Returns: A transformed copy of the input array.

Definition at line 126 of file PropertyTransformations.h.

◆ transformNormalizedArray()

template<typename T , typename NormalizedType = typename TypeToNormalizedType<T>::type>

PropertyArrayCopy< NormalizedType > CesiumGltf::transformNormalizedArray	(	const PropertyArrayView< T > &	value,
		const std::optional< PropertyArrayView< NormalizedType > > &	offset,
		const std::optional< PropertyArrayView< NormalizedType > > &	scale )

Normalizes each element of an array of values and transforms them by optional offset and scale factors. See transformValue and transformArray.

Parameters

value	The array whose elements will be transformed.
offset	The amount to offset each element by, or `std::nullopt` to apply no offset. The offset will be applied after normalization.
scale	The amount to scale each element by, or `std::nullopt` to apply no scale factor. The scale will be applied after normalization.

Returns: A normalized and transformed copy of the input array.

Definition at line 161 of file PropertyTransformations.h.

◆ transformNormalizedMatNArray()

template<glm::length_t N, typename T >

PropertyArrayCopy< glm::mat< N, N, double > > CesiumGltf::transformNormalizedMatNArray	(	const PropertyArrayView< glm::mat< N, N, T > > &	value,
		const std::optional< PropertyArrayView< glm::mat< N, N, double > > > &	offset,
		const std::optional< PropertyArrayView< glm::mat< N, N, double > > > &	scale )

Normalizes each element of an array of matrices and transforms them by optional offset and scale factors. See transformNormalizedArray.

Parameters

value	The array whose elements will be transformed.
offset	The amount to offset each element by, or `std::nullopt` to apply no offset. The offset will be applied after normalization.
scale	The amount to scale each element by, or `std::nullopt` to apply no scale factor. The scale will be applied after normalization.

Returns: A normalized and transformed copy of the input array.

Definition at line 225 of file PropertyTransformations.h.

◆ transformNormalizedVecNArray()

template<glm::length_t N, typename T >

PropertyArrayCopy< glm::vec< N, double > > CesiumGltf::transformNormalizedVecNArray	(	const PropertyArrayView< glm::vec< N, T > > &	value,
		const std::optional< PropertyArrayView< glm::vec< N, double > > > &	offset,
		const std::optional< PropertyArrayView< glm::vec< N, double > > > &	scale )

Normalizes each element of an array of vectors and transforms them by optional offset and scale factors. See transformNormalizedArray.

Parameters

value	The array whose elements will be transformed.
offset	The amount to offset each element by, or `std::nullopt` to apply no offset. The offset will be applied after normalization.
scale	The amount to scale each element by, or `std::nullopt` to apply no scale factor. The scale will be applied after normalization.

Returns: A normalized and transformed copy of the input array.

Definition at line 193 of file PropertyTransformations.h.

◆ transformValue()

template<typename T >

T CesiumGltf::transformValue	(	const T &	value,
		const std::optional< T > &	offset,
		const std::optional< T > &	scale )

Transforms the value by optional offset and scale factors.

Parameters

value	The value to transform.
offset	The amount to offset the value by, or `std::nullopt` to apply no offset.
scale	The amount to scale the value by, or `std::nullopt` to apply no scale. See applyScale.

Definition at line 98 of file PropertyTransformations.h.

◆ validateArrayPropertyType()

template<typename T >

PropertyViewStatusType CesiumGltf::validateArrayPropertyType ( const ClassProperty & classProperty )

Validates a ClassProperty representing an array, checking for any type mismatches.

Returns: A PropertyViewStatus value representing the error found while validating, or PropertyViewStatus::Valid if no errors were found.

Definition at line 157 of file PropertyView.h.

◆ validatePropertyType()

template<typename T >

PropertyViewStatusType CesiumGltf::validatePropertyType ( const ClassProperty & classProperty )

Validates a ClassProperty, checking for any type mismatches.

Returns: A PropertyViewStatus value representing the error found while validating, or PropertyViewStatus::Valid if no errors were found.

Definition at line 121 of file PropertyView.h.

Classes

Typedefs

Enumerations

Functions

Detailed Description

Typedef Documentation

◆ FeatureIdAccessorType

◆ IndexAccessorType

◆ NormalAccessorType

◆ PositionAccessorType

◆ PropertyValueCopyToView

◆ PropertyValueViewToCopy

◆ PropertyViewStatusType

◆ QuaternionAccessorType

◆ TexCoordAccessorType

Enumeration Type Documentation

◆ AccessorViewStatus

◆ FeatureIdTextureViewStatus

◆ GpuCompressedPixelFormat

◆ KhrTextureTransformStatus

◆ PropertyAttributeViewStatus

◆ PropertyComponentType

◆ PropertyTableViewStatus

◆ PropertyTextureViewStatus

◆ PropertyType

◆ TextureViewStatus

Function Documentation

◆ applySamplerWrapS()

◆ applySamplerWrapT()

◆ applyScale()

◆ assembleArrayValue()

◆ assembleScalarValue()

◆ assembleValueFromChannels()

◆ assembleVecNValue()

◆ convertAccessorComponentTypeToPropertyComponentType()

◆ convertArrayOffsetTypeStringToPropertyComponentType()

◆ convertPropertyComponentTypeToString()

◆ convertPropertyTypeToString()

◆ convertStringOffsetTypeStringToPropertyComponentType()

◆ convertStringToPropertyComponentType()

◆ convertStringToPropertyType()

◆ createAccessorView() [1/2]

◆ createAccessorView() [2/2]

◆ getAccessorComponentTypeAsPropertyComponentType()

◆ getAccessorTypeAsPropertyType()

◆ getComponentCountFromPropertyType()

◆ getCount()

◆ getDimensionsFromPropertyType()

◆ getFeatureIdAccessorView() [1/2]

◆ getFeatureIdAccessorView() [2/2]

◆ getIndexAccessorView()

◆ getNormalAccessorView()

◆ getPositionAccessorView()

◆ getQuaternionAccessorView() [1/2]

◆ getQuaternionAccessorView() [2/2]

◆ getSizeOfComponentType()

◆ getTexCoordAccessorView()

◆ isPropertyComponentTypeInteger()

◆ isPropertyTypeMatN()

◆ isPropertyTypeVecN()

◆ normalize() [1/3]

◆ normalize() [2/3]

◆ normalize() [3/3]

◆ operator!=() [1/4]

◆ operator!=() [2/4]

◆ operator!=() [3/4]

◆ operator!=() [4/4]

◆ operator==() [1/4]

◆ operator==() [2/4]

◆ operator==() [3/4]

◆ operator==() [4/4]

◆ transformArray()

◆ transformNormalizedArray()

◆ transformNormalizedMatNArray()

◆ transformNormalizedVecNArray()

◆ transformValue()

◆ validateArrayPropertyType()

◆ validatePropertyType()