Mesh stores the geometry data for rendering Model3D nodes. More...
#include <kanzi/core.ui/graphics3d/mesh.hpp>
Inheritance diagram for kanzi::Mesh:
Classes | |
| struct | Bone |
| Definition of mesh bone that is used for mesh skinning. More... | |
| struct | Cluster |
| Cluster has a material, primitive type (currently always triangles), and handle for GPU memory buffer where primitive indices are stored. More... | |
| struct | CreateInfo |
| Use Mesh::CreateInfo to describe and create meshes. More... | |
| struct | MorphData |
| Morph data associated with deforming this mesh. More... | |
| struct | Skeleton |
| Skeleton is for animating mesh with bones. More... | |
| struct | VertexInputStateUsage |
Public Types | |
| using | BoneSharedPtr |
| Shared pointer type for Bone. | |
| using | SkeletonRuntime |
| Runtime for the skeleton. | |
| using | SkeletonRuntimeSharedPtr |
| SkeletonRuntime shared pointer type. | |
| using | VertexBufferContainer |
| using | VertexInputStateContainer |
| Mapping from shaders to vertex input states create info structures. | |
 Public Types inherited from kanzi::GPUResource | |
| enum | MemoryType { GpuOnly , GpuAndRam , RamOnly } |
| Memory upload and RAM preservation strategy for GPU resources. More... | |
| Public Types inherited from kanzi::PropertyObject | |
| using | PropertyObjectDestroyCallback |
| using | PropertyStorageConstIterator |
| using | PropertyStorageContainer |
| using | PropertyStorageIterator |
| using | PropertyStoragePtr |
| using | PropertyStorageReverseIterator |
Public Member Functions | |
| const vector< int > & | acquireAttributeMap (const ShaderProgram &shaderProgram) |
| Gets attribute map for given shader program. | |
| void | applySkeleton (RenderState &renderState, Node &baseNode, const ShaderProgram &shaderProgram) |
| Applies bone animation, updating matrix palette transformation uniforms. | |
| void | attachSkeleton (Model3D *model) |
| Attaches the mesh skeleton runtime to the node. | |
| void | buildClusterAccelerationStructure (size_t clusterIndex) |
| Builds the acceleration structure for the cluster. | |
| void | cleanupShaderReferences () |
| Cleans up obsolete shader references. | |
| gfx::BottomLevelAccelerationStructureHandleGuard | createClusterAccelerationStructure (size_t clusterIndex) |
| Creates the acceleration structure for the cluster. | |
| void | detachSkeleton (Model3D *model) |
| Detaches the mesh skeleton runtime from the node. | |
| const MeshVertexAttribute * | findMeshAttribute (const ShaderVertexAttribute &shaderAttribute) const |
| Finds a matching mesh vertex attribute for given shader attribute. | |
| const MeshVertexAttribute * | findMorphAttribute (const ShaderVertexAttribute &shaderAttribute) const |
| Finds a matching morph vertex attribute for given shader attribute. | |
| Box | getBoundingBox () const |
| Returns the bounding box of a mesh. | |
| gfx::BottomLevelAccelerationStructureHandleGuard | getClusterAccelerationStructureHandle (size_t clusterIndex) const |
| Gets the handle guard for the cluster acceleration structure. | |
| size_t | getClusterCount () const |
| Gets the number of clusters in the mesh. | |
| size_t | getClusterIndexCount (size_t clusterIndex) const |
| Gets the number of indices in a specified cluster. | |
| size_t | getClusterIndexOffset (size_t clusterIndex) const |
| Gets the index offset for the cluster. | |
| MaterialSharedPtr | getClusterMaterial (size_t clusterIndex) const |
| Gets the cluster material. | |
| GraphicsPrimitiveType | getClusterPrimitiveType (size_t clusterIndex) const |
| Gets the primitive type for the cluster. | |
| GPUBufferSharedPtr | getIndexBuffer () const |
| Gets the GPUBuffer for the index buffer. | |
| KZ_DEPRECATED gfx::BufferHandleGuard | getIndexBufferHandle () const |
| Gets the handle guard for the index buffer. | |
| span< const byte > | getIndexData () const |
| Gets index data for the mesh. | |
| IndexBufferType | getIndexType () const |
| Gets the index type for the mesh. | |
| GPUBufferSharedPtr | getInstanceBuffer () const |
| Gets the GPUBuffer for the instance buffer. | |
| KZ_DEPRECATED gfx::BufferHandleGuard | getInstanceBufferHandle () const |
| Gets the handle guard for the instance buffer. | |
| size_t | getInstanceCount () const |
| Returns the instance count of the mesh. | |
| span< const byte > | getInstanceData () const |
| Returns the raw instance data that you must cast to the proper format for reading. | |
| size_t | getInstanceSize () const |
| Returns the size of one mesh instance in bytes. | |
| const vector< Matrix4x4 > & | getInstanceTransforms () const |
| Returns the instance transforms. | |
| GPUBufferSharedPtr | getMorphBuffer () const |
| Gets the GPUBuffer for the morph buffer. | |
| KZ_DEPRECATED gfx::BufferHandleGuard | getMorphBufferHandle () const |
| Gets the handle guard for the morph buffer. | |
| MorphData * | getMorphData () const |
| Gets a pointer to the morph data. | |
| const Skeleton & | getSkeleton () const |
| Returns the skeleton of the mesh. | |
| const MeshVertexAttribute & | getVertexAttribute (uint32_t index) const |
| Gets a vertex attribute by its index. | |
| size_t | getVertexAttributeCount () const |
| Gets the number of the vertex attributes in the mesh. | |
| optional< uint32_t > | getVertexAttributeIndex (VertexAttribute::Semantic semantic) const |
| Gets a vertex attribute index by semantic. | |
| optional< uint32_t > | getVertexAttributeIndex (VertexAttribute::Semantic semantic, uint32_t index) const |
| Gets a vertex attribute index by semantic and semantic index. | |
| GPUBufferSharedPtr | getVertexBuffer (VertexAttribute::Semantic semantic) const |
| Gets the GPUBuffer for the vertex attribute semantic. | |
| GPUBufferSharedPtr | getVertexBuffer (VertexAttribute::SemanticKey attribute) const |
| Gets the GPUBuffer for the vertex attribute. | |
| KZ_DEPRECATED gfx::BufferHandleGuard | getVertexBufferHandle (VertexAttribute::SemanticKey attribute) const |
| Gets the handle guard for the vertex buffer. | |
| VertexBufferContainer & | getVertexBuffers () |
| size_t | getVertexCount () const |
| Returns the vertex count of the mesh. | |
| span< const byte > | getVertexData (VertexAttribute::SemanticKey key) const |
| Gets raw vertex data for a single attribute. | |
| VertexInputStateUsage | getVertexInputState (const ShaderProgramSharedPtr &shader) |
| Gets the vertex input configuration. | |
| size_t | getVertexSize () const |
| Gets size of one vertex in bytes. | |
| bool | hasClusterAccelerationStructure (size_t clusterIndex) const |
| Indicates whether or not the cluster acceleration structure exists. | |
| bool | hasMorphData () const |
| Indicates whether or not the mesh has morph data. | |
| bool | hasMorphDataVertexBuffer () const |
| Indicates whether or not the mesh has a vertex buffer to use with morph data. | |
| void | setClusterMaterial (size_t clusterIndex, MaterialSharedPtr material) |
| Sets the cluster material. | |
| void | setClusterPrimitiveType (size_t clusterIndex, GraphicsPrimitiveType primitiveType) |
| Sets the primitive type for the cluster. | |
| void | setIndexData (ConstByteSpan data) |
| Sets the index data of a cluster in the mesh. | |
| void | setIndexSubData (ConstByteSpan data, uint32_t offset) |
| Sets a section of the index data of a cluster in the mesh. | |
| void | setInstanceBuffer (GPUBufferSharedPtr buffer) |
| Sets the instance buffer to the given GPUBuffer. | |
| void | setInstanceCount (size_t count) |
| Sets the count of the instance buffer. | |
| void | setInstanceData (ConstByteSpan data) |
| Sets the instance data of the mesh. | |
| void | setInstanceSubData (ConstByteSpan data, uint32_t offset) |
| Sets a section of the instance data of the mesh. | |
| void | setInstanceTransforms (vector< Matrix4x4 > instanceTransforms) |
| Sets the instance transforms. | |
| void | setVertexData (ConstByteSpan data, VertexAttribute::SemanticKey attribute) |
| Sets the vertex data of the mesh. | |
| void | setVertexSubData (ConstByteSpan data, uint32_t offset, VertexAttribute::SemanticKey attribute) |
| Sets a section of the vertex data of the mesh. | |
| optional< Matrix4x4 > | updateSkeletonTransformation (Model3D &model) |
| Updates bounding box of mesh with bones from given model and root transformation of the skeleton. | |
| Public Member Functions inherited from kanzi::GPUResource | |
| void | destroy () |
| Destroys a GPU resource. | |
| size_t | getGPUMemoryUsage () const |
| Gets the amount of GPU memory used by the resource. | |
| Renderer * | getRenderer () const |
| void | invalidate () |
| Notify resource that graphics context was lost and all GPU resources are invalid. | |
| bool | isDeployed () const |
| ~GPUResource () override | |
| Public Member Functions inherited from kanzi::Resource | |
| size_t | getCPUMemoryUsage () const |
| Gets the amount of CPU memory used by the resource. | |
| const string & | getName () const |
| Gets the resource name. | |
| const string & | getUrl () const |
| Gets the resource URL. | |
| bool | isKeepAlive () const |
| Tells if the resource has keep alive flag set. | |
| void | reload () |
| void | reloadFromFile (string_view filePath) |
| void | reloadFromKzb (KzbFile &kzbFile, ReadOnlyMemoryFile &file, KzbMemoryParser &parser) |
| void | setKeepAlive (bool keepAlive) |
| Sets the keep alive flag. | |
| void | setUrl (string_view url) |
| Sets the resource URL. | |
| ~Resource () override | |
| Destructor. | |
| Public Member Functions inherited from kanzi::Object | |
| AppliedStyleEntrySharedPtr | applyObjectStyle (kanzi::StyleSharedPtr style) |
| Applies a style to an object. | |
| void | applyObjectStyles () |
| Apply all styles for an object node. | |
| Domain * | getDomain () const |
| Returns the domain the object belongs to. | |
| const Metaclass * | getDynamicMetaclass () const override |
| Returns the metaclass of the dynamic type of the object. | |
| MainLoopScheduler * | getMainLoopScheduler () const |
| Returns the MainLoopScheduler instance of the associated Domain. | |
| detail::MessageDispatcher * | getMessageDispatcher () const |
| Returns the message dispatcher of the object. | |
| ResourceManager * | getResourceManager () const |
| Returns the resource manager of the object. | |
| ScriptingContextSharedPtr | getScriptingContext () const |
| Gets the scripting context of the object. | |
| Object (Domain *domain) | |
| void | setScriptingContext (ScriptingContextSharedPtr context) |
| Sets the scripting context of the object. | |
| void | unapplyObjectStyle (AppliedStyleEntrySharedPtr appliedStyleEntry) |
| void | unapplyObjectStyles () |
| Unapplies and removes all applied styles. | |
| ~Object () override | |
| Public Member Functions inherited from kanzi::MetaObject | |
| bool | isTypeOf (const Metaclass *objectType) const |
| Determines if the type of this object is the given type or derived from it. | |
| virtual | ~MetaObject () |
| Public Member Functions inherited from kanzi::PropertyObject | |
| void | addDestroyCallback (PropertyObjectDestroyCallback cb) |
| Adds a destroy callback that is called when the object is being destroyed. | |
| template<typename DataType > | |
| void | addPropertyModifier (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Descriptor::ModifierCallback callback, void *owner) |
| Adds a property modifier. | |
| template<typename DataType > | |
| void | addPropertyModifierWithoutNotifyingHandlers (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Descriptor::ModifierCallback callback, void *owner) |
| Adds a property modifier without notifying handlers. | |
| template<typename DataType > | |
| void | addPropertyNotificationHandler (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Descriptor::NotificationCallback callback, void *owner) |
| template<typename DataType > | |
| void | addPropertyValueSource (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Descriptor::TypedValueSource *valueSource, PropertyValuePrecedence precedence, AbstractPropertyTypeDescriptor::ValueSourceOwner *owner) |
| template<typename DataType > | |
| void | addPropertyValueSource (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Descriptor::TypedValueSource *valueSource, PropertyValuePrecedence precedence, void *ownerPointer) |
| PropertyStorageContainer::iterator | beginPropertyStorage () |
| Returns the begin iterator to the internal property storage container. | |
| PropertyStorageContainer::const_iterator | beginPropertyStorage () const |
| Returns the begin iterator to the internal property storage container. | |
| void | clearPropertyFlag (AbstractPropertyType propertyType, uint32_t flag) |
| void | copyLocalValue (const PropertyObject &other, AbstractPropertyType propertyType) |
| Copies local value of single property from another object. | |
| void | copyLocalValues (const PropertyObject &other) |
| Copies all local values from another object. | |
| PropertyStorageContainer::iterator | endPropertyStorage () |
| Returns the end iterator to the internal property storage container. | |
| PropertyStorageContainer::const_iterator | endPropertyStorage () const |
| Returns the end iterator to the internal property storage container. | |
| template<typename DataType > | |
| PropertyType< DataType >::Traits::ReturnType | getAbstractProperty (AbstractPropertyType abstractPropertyType) const |
| template<typename DataType > | |
| PropertyType< DataType >::Traits::ReturnType | getAbstractPropertyBase (AbstractPropertyType abstractPropertyType) const |
| template<typename DataType > | |
| optional< typename PropertyType< DataType >::Traits::ReturnType > | getOptionalAbstractProperty (AbstractPropertyType abstractPropertyType) const |
| template<typename DataType > | |
| optional< typename PropertyType< DataType >::Traits::ReturnType > | getOptionalProperty (const PropertyType< DataType > &propertyType) const |
| Evaluates the property value in the same way as the overload above but does not default to the value in property metadata if there are no inputs to the property value. | |
| template<typename DataType > | |
| optional< typename PropertyType< DataType >::Traits::ReturnType > | getOptionalPropertyBase (const PropertyType< DataType > &propertyType) const |
| Returns the current value of a property disregarding modifiers, but does not default to the value in property metadata if there are no inputs to the property value. | |
| template<typename DataType > | |
| PropertyType< DataType >::Traits::ReturnType | getProperty (const PropertyType< DataType > &propertyType) const |
| Returns the current value of a property type. | |
| template<typename DataType > | |
| PropertyType< DataType >::Traits::ReturnType | getPropertyBase (const PropertyType< DataType > &propertyType) const |
| Returns the current value of a property disregarding modifiers. | |
| template<typename DataType > | |
| size_t | getPropertyNotificationHandlerCount (const PropertyType< DataType > &propertyType) const |
| Gets number of current notification handlers for given property type. | |
| bool | hasBaseValue (AbstractPropertyType propertyType) const |
| Evaluates whether there are any inputs into the property value, disregarding modifiers. | |
| bool | hasLocalValue (AbstractPropertyType propertyType) const |
| Evaluates whether there is a local value set for the property. | |
| bool | hasNonClassValue (AbstractPropertyType propertyType) const |
| Evaluates whether there is a value of any precedence higher than class default value set for the property. | |
| bool | hasValue (AbstractPropertyType propertyType) const |
| Evaluates whether there are any inputs into the property value. | |
| bool | isPropertyFlagSet (AbstractPropertyType propertyType, uint32_t flag) const |
| virtual void | onPropertyChanged (AbstractPropertyType propertyType, PropertyNotificationReason reason) |
| Virtual function to handle property change notifications. | |
| PropertyObject () | |
| void | removeKzbProperties () |
| Remove all KZB properties. | |
| void | removeKzbProperties (flat_set< AbstractPropertyType > *keepProperties) |
| Remove all KZB properties that are not included in a given set. | |
| template<typename DataType > | |
| void | removeLocalPropertyValueSource (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Descriptor::TypedValueSource *valueSource, void *ownerPointer) |
| void | removeLocalValue (AbstractPropertyType propertyType) |
| Removes the local value associated with the property. | |
| template<typename DataType > | |
| void | removePropertyModifier (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Descriptor::ModifierCallback callback, void *owner) |
| Removes a property modifier. | |
| template<typename DataType > | |
| void | removePropertyModifierWithoutNotifyingHandlers (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Descriptor::ModifierCallback callback, void *owner) |
| Removes a property modifier without notifying handlers. | |
| template<typename DataType > | |
| void | removePropertyNotificationHandler (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Descriptor::NotificationCallback callback, void *owner) |
| template<typename DataType > | |
| void | removePropertyValueSource (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Descriptor::TypedValueSource *valueSource, void *ownerPointer) |
| template<typename DataType > | |
| void | setAbstractProperty (AbstractPropertyType abstractPropertyType, typename PropertyType< DataType >::Traits::ParameterType value) |
| template<typename DataType > | |
| void | setProperty (const PropertyType< DataType > &propertyType, typename PropertyType< DataType >::Traits::ParameterType value) |
| Sets the local value of a property type. | |
| void | setPropertyFlag (AbstractPropertyType propertyType, uint32_t flag) |
| void | validatePropertyModifiersAndNotifyHandlers (AbstractPropertyType propertyType) |
| Validates property modifiers and notifies handlers. | |
| virtual | ~PropertyObject () |
Static Public Member Functions | |
| static MeshSharedPtr | create (Domain *domain, const CreateInfo &createInfo, string_view name) |
| Creates a mesh with specified mesh creation parameters. | |
| static MeshSharedPtr | createBox (Domain *domain, Vector3 size, uint32_t subdivisions, string_view name, MaterialSharedPtr material=MaterialSharedPtr()) |
| Creates a mesh with a box shape in a single cluster. | |
| static MeshSharedPtr | createIcosphere (Domain *domain, float radius, uint32_t subdivisions, string_view name, MaterialSharedPtr material=MaterialSharedPtr()) |
| Creates a mesh with a sphere shape in a single cluster. | |
| static ResourceManager::LoadTaskSharedPtr | createLoadTask (string_view name, KzbFile *kzbFile, ReadOnlyMemoryFilePtr file) |
| Creates a load task for loading a mesh from a KZB file. | |
| static MeshSharedPtr | createPlane (Domain *domain, float width, float height, uint32_t subdivisions, bool invertU, bool invertV, string_view name, MaterialSharedPtr material=MaterialSharedPtr()) |
| Creates a plane shape. | |
| static MeshSharedPtr | createQuadsphere (Domain *domain, float radius, uint32_t subdivisions, string_view name, MaterialSharedPtr material=MaterialSharedPtr()) |
| Creates a mesh with a sphere shape in a single cluster. | |
| static MeshSharedPtr | createSphere (Domain *domain, float radius, uint32_t segmentCount, uint32_t rowCount, string_view name, MaterialSharedPtr material=MaterialSharedPtr()) |
| Creates a mesh with a sphere shape in a single cluster. | |
| Static Public Member Functions inherited from kanzi::Object | |
| static const Metaclass * | getStaticMetaclass () |
| Returns the metaclass of Object class. | |
| static PropertyTypeEditorInfoSharedPtr | makeEditorInfo () |
| Default implementation that returns empty editor info. | |
| Static Public Member Functions inherited from kanzi::MetaObject | |
| static const Metaclass * | getStaticMetaclass () |
| Returns the metaclass of Object class. | |
| static PropertyTypeEditorInfoSharedPtr | makeEditorInfo () |
| Default implementation that returns empty editor info. | |
Protected Attributes | |
| vector< int > | m_attributeMap |
| Map from shader attribute location to mesh attribute index. | |
| Box | m_boundingBox |
| Bounding box for a mesh. | |
| vector< Cluster > | m_clusters |
| Array of clusters in mesh. | |
| GPUBufferSharedPtr | m_indexBuffer |
| Index buffer. | |
| size_t | m_indexCount |
| Index count for this index buffer. | |
| vector< byte > | m_indexData |
| Raw index data. | |
| IndexBufferType | m_indexType |
| Index buffer type. | |
| GPUBufferSharedPtr | m_instanceBuffer |
| Instance buffer. | |
| size_t | m_instanceCount |
| Instance count for this instance buffer. | |
| vector< byte > | m_instanceData |
| Raw instance data. | |
| vector< Matrix4x4 > | m_instanceTransforms |
| Instance transforms. | |
| bool | m_insufficientBoneCountLogged |
| Boolean specifying if insufficient bone count has already been logged. | |
| unique_ptr< MorphData > | m_morphData |
| Morph data. | |
| ShaderProgramToAttributeMapSet | m_shaderProgramAttributeMaps |
| ShaderProgram pointer -> (shader attribute location -> mesh vertex attribute index) | |
| Skeleton | m_skeleton |
| Skeleton (skinned meshes). | |
| VertexBufferContainer | m_vertexBuffer |
| Vertex buffer. | |
| size_t | m_vertexCount |
| Vertex count for this vertex buffer. | |
| MeshVertexFormat | m_vertexFormat |
| Mesh vertex attributes. | |
| VertexInputStateContainer | m_vertexInputStates |
| Mapping from shaders to vertex input states. | |
| size_t | m_vertexStride |
| Vertex attribute stride. | |
| Protected Attributes inherited from kanzi::Object | |
| AppliedStyleContainer | m_appliedStyles |
| Listing of applied styles applied to this object. | |
Friends | |
| void | swap (Mesh &mesh1, Mesh &mesh2) |
| Swaps two Mesh objects. | |
Additional Inherited Members | |
| Protected Types inherited from kanzi::Object | |
| typedef vector< AppliedStyleEntrySharedPtr > | AppliedStyleContainer |
| Applied style container. | |
Detailed Description
Mesh stores the geometry data for rendering Model3D nodes.
A mesh has one or more clusters. Each cluster has material and primitives. Primitives are typically triangles stored as vertex data and index data.
You can load a mesh resource from a kzb file or use the Mesh::create() function to create a mesh.
After you create a Mesh with the constructor, Kanzi uploads all primitive data to GPU memory instead of storing the data in CPU memory in the Mesh.
To upload data to a mesh's buffers, prefer to upload via kzgfx commands or the CommandRecorder. To map these buffers, use the Mesh::CreateInfo::cpuAccessFlag property to set their access to gfx::AccessFlag::Write and call gfx::mapBuffer().
- See also
- Mesh::CreateInfo
- Since
- Kanzi 4.1.0 removed Mesh::mapVertexData, Mesh::mapIndexData, Mesh::mapInstanceData, and Mesh::MappedBuffer.
Member Typedef Documentation
◆ VertexInputStateContainer
Mapping from shaders to vertex input states create info structures.
◆ VertexBufferContainer
◆ BoneSharedPtr
Shared pointer type for Bone.
◆ SkeletonRuntime
Runtime for the skeleton.
◆ SkeletonRuntimeSharedPtr
SkeletonRuntime shared pointer type.
Constructor & Destructor Documentation
◆ Mesh() [1/2]
|
explicitprotected |
◆ Mesh() [2/2]
Member Function Documentation
◆ create()
|
static |
Creates a mesh with specified mesh creation parameters.
To create a mesh, you need a Mesh::CreateInfo structure.
When you create a Mesh, Kanzi deploys the primitive vertex and index data to GPU memory.
- Precondition
- VertexCountZero: createInfo.vertexCount must be non-zero.
- VertexDataSizeMismatch: For each vertex attribute, initialData.size() must not exceed createInfo.vertexCount * gfx::getPixelStride(attribute.format). Smaller sizes are legal (partial upload; the remainder can be filled later via setVertexSubData).
- InstanceBufferWithoutInstances: If createInfo.instanceBufferHandle is valid, createInfo.instanceCount must be non-zero.
- InstanceDataSizeMismatch: The size of createInfo.instanceData must be less than or equal to createInfo.instanceCount * createInfo.vertexFormat.instanceSize.
- IndexBufferWithoutIndices: If createInfo.indexBufferHandle is valid, createInfo.indexCount must be non-zero.
- IndexDataSizeMismatch: The size of createInfo.indexData must be less than or equal to createInfo.indexCount * getIndexTypeStride(createInfo.indexType).
- ClusterExceedsIndexBounds: For each cluster, indexCount + indexOffset/stride must not exceed createInfo.indexCount.
- ClusterPrimitiveTypeInvalid: Each cluster's primitiveType must be a valid GraphicsPrimitiveType (not GraphicsPrimitiveTypeInvalid).
- IndexOffsetNotAligned: Each cluster's indexOffset must be aligned to getIndexTypeStride(createInfo.indexType).
- VertexFormatAttributeOutOfBounds: For each instance attribute (divisor != 0), offset + gfx::getPixelStride(format) must be less than or equal to vertexFormat.instanceSize.
- MorphVertexCountZero: If createInfo.morphData is on the vertex-buffer path (morphData.vertexData non-empty or morphData.vertexBufferHandle valid), morphData.vertexCount must be non-zero.
- MorphVertexFormatEmpty: If createInfo.morphData is on the vertex-buffer path, morphData.vertexFormat.attributes must be non-empty.
- MorphVertexDataSizeMismatch: If createInfo.morphData is on the vertex-buffer path, the size of morphData.vertexData must be less than or equal to morphData.vertexCount * morphData.vertexFormat.vertexSize.
- MorphVertexCountMismatch: If createInfo.morphData is on the vertex-buffer path, morphData.vertexCount must equal createInfo.vertexCount.
- InstanceAttributeWithoutInstanceSize: If any vertex attribute has a non-zero divisor, createInfo.vertexFormat.instanceSize must be non-zero.
- BufferSizeOverflow: All buffer size calculations (count * size) must not overflow or exceed the maximum value of uint32_t.
- ClusterCountZero: createInfo.clusters must not be empty.
- MaxVertexAttributesExceeded: The number of non-instance vertex attributes must not exceed the device maximum.
- MaxVertexAttributeStrideExceeded: createInfo.vertexFormat.vertexSize must not exceed the device maximum vertex attribute stride.
- MaxVertexAttributeOffsetExceeded: Each vertex attribute offset must not exceed the device maximum relative offset.
- VertexFormatNotSupported: Each vertex attribute format must support VertexAttribute usage as reported by gfx::getFormatFeatures().
- InstanceBufferSizeAdequate [not validated]: If createInfo.instanceBufferHandle is valid, it must have been created with a size greater or equal than createInfo.instanceCount * createInfo.vertexFormat.instanceSize.
- IndexBufferSizeAdequate [not validated]: If createInfo.indexBufferHandle is valid, it must have been created with a size greater or equal than createInfo.indexCount * getIndexTypeStride(createInfo.indexType).
- Postcondition
- VertexCountPreserved: getVertexCount() equals createInfo.vertexCount.
- VertexSizePreserved: getVertexSize() equals createInfo.vertexFormat.vertexSize.
- VertexAttributeCountPreserved: getVertexAttributeCount() equals createInfo.vertexFormat.attributes.size().
- VertexAttributePropertiesPreserved: Each vertex attribute's name and format are preserved from createInfo.
- VertexSemanticGuessed: Vertex attributes with SemanticInvalid or SemanticCount have their semantic guessed from the attribute name.
- VertexBufferCreated: One GPU buffer is created per vertex attribute, keyed by its SemanticKey.
- VertexBufferHasVertexUsage: Each per-attribute vertex buffer includes the VertexBuffer usage flag.
- VertexDataPreservedInRam: When createInfo.memoryType is not GpuOnly, getVertexData(key) for each attribute key returns the original initialData.
- VertexDataEmptyWhenGpuOnly: When createInfo.memoryType is GpuOnly, getVertexData(key) is empty for every attribute.
- InstanceCountPreserved: getInstanceCount() equals createInfo.instanceCount.
- InstanceSizePreserved: getInstanceSize() equals createInfo.vertexFormat.instanceSize.
- InstanceBufferCreated: When instanceSize and instanceCount are both non-zero, getInstanceBuffer() is non-null.
- InstanceBufferNullWhenUnused: When instanceSize or instanceCount is zero, getInstanceBuffer() is null.
- InstanceDataPreservedInRam: When createInfo.memoryType is not GpuOnly, getInstanceData() contains the original instance data.
- IndexTypePreserved: getIndexType() equals createInfo.indexType.
- IndexBufferCreated: When indexCount is non-zero, getIndexBuffer() is non-null with IndexBuffer usage flag.
- IndexBufferNullWhenUnused: When indexCount is zero, getIndexBuffer() is null.
- IndexBufferFormatMatchesType: The index buffer format is R16_UInt for UInt16 indices and R32_UInt for UInt32 indices.
- IndexBufferOmitsShaderResourceWhenUnsupported: When the index format does not support FormatFeatureFlag::ShaderResource, the index buffer's usage omits BufferUsageFlag::ShaderResource.
- IndexDataPreservedInRam: When createInfo.memoryType is not GpuOnly, getIndexData() contains the original index data.
- IndexDataEmptyWhenGpuOnly: When createInfo.memoryType is GpuOnly, getIndexData() is empty.
- ClusterCountPreserved: getClusterCount() equals createInfo.clusters.size().
- ClusterPropertiesPreserved: Each cluster's primitiveType, indexCount, and indexOffset are preserved from createInfo.
- ClusterMaterialPreserved: When a cluster's material is set in createInfo, getClusterMaterial() returns it.
- ClusterMaterialAcquiredFromUrl: When a cluster's materialURL is set (and material is null), the material is acquired from the URL.
- BoundingBoxPreserved: getBoundingBox() equals createInfo.boundingBox.
- SkeletonPreserved: getSkeleton() preserves the bones, bindShapeMatrix, and originalBoundingBox from createInfo.
- MorphDataAbsentWhenNotSet: When createInfo.morphData is not set, hasMorphData() returns false.
- MorphDataPreserved: When createInfo.morphData is set, hasMorphData() returns true and morph shape count, names, and weights are preserved.
- MorphBufferCreated: When morph data has vertex data, getMorphBuffer() is non-null.
- MorphDataPreservedInRam: When createInfo.memoryType is not GpuOnly and morph data is present, morph vertex data is preserved.
- Returns
- Mesh shared pointer.
◆ createSphere()
|
static |
Creates a mesh with a sphere shape in a single cluster.
- Parameters
-
domain The domain to which the mesh belongs. radius Radius of the sphere segmentCount Number of segments for the shape rowCount Number of rows for the shape name Name of the mesh. material Material pointer for the cluster.
- Returns
- Mesh shared pointer.
◆ createIcosphere()
|
static |
◆ createQuadsphere()
|
static |
◆ createBox()
|
static |
Creates a mesh with a box shape in a single cluster.
- Parameters
-
domain The domain to which the mesh belongs. size Size of the box. subdivisions Amount of subdivision to apply. name Name of the mesh. material Material pointer for the cluster. If set, leave the materialURL parameter empty.
- Returns
- Mesh shared pointer.
◆ createPlane()
|
static |
Creates a plane shape.
- Parameters
-
domain The domain to which the mesh belongs. width Width of the plane, that is, the size along the x axis. height Height of the plane, that is, the size along the y axis. subdivisions Amount of subdivision to apply. invertU Whether to invert the first texture coordinate. invertV Whether to invert the second texture coordinate. name Name of the mesh. material Material pointer for the cluster. If set, leave the materialURL parameter empty.
- Returns
- Mesh shared pointer.
◆ applySkeleton()
| void kanzi::Mesh::applySkeleton | ( | RenderState & | renderState, |
| Node & | baseNode, | ||
| const ShaderProgram & | shaderProgram ) |
Applies bone animation, updating matrix palette transformation uniforms.
- Parameters
-
renderState Render state to write the matrix palette to. baseNode Root node for bones. shaderProgram Shader program in use.
- Since
- Kanzi 4.0.0
- Removed the
rendererparameter. - Added the
renderStateparameter. - Changed the type of the
shaderProgramparameter to const ShaderProgram&.
- Removed the
◆ getVertexBufferHandle()
|
inline |
Gets the handle guard for the vertex buffer.
- Parameters
-
attribute Attribute to specify which attribute buffer handle to return.
- Returns
- Buffer handle guard for the vertex buffer.
- Since
- Kanzi 4.0.0
- Deprecated
- In Kanzi 4.1.0
◆ getIndexBufferHandle()
|
inline |
Gets the handle guard for the index buffer.
- Returns
- Buffer handle guard for the index buffer.
- Since
- Kanzi 4.0.0
- Deprecated
- In Kanzi 4.1.0
◆ getClusterAccelerationStructureHandle()
|
inline |
Gets the handle guard for the cluster acceleration structure.
- Parameters
-
clusterIndex The cluster to query.
- Returns
- Acceleration structure handle guard.
- Since
- Kanzi 4.1.0
◆ hasClusterAccelerationStructure()
|
inline |
Indicates whether or not the cluster acceleration structure exists.
- Parameters
-
clusterIndex The cluster to query.
- Returns
- If the cluster has an acceleration structure, returns true, otherwise false.
- Since
- Kanzi 4.1.0
◆ createClusterAccelerationStructure()
| gfx::BottomLevelAccelerationStructureHandleGuard kanzi::Mesh::createClusterAccelerationStructure | ( | size_t | clusterIndex | ) |
Creates the acceleration structure for the cluster.
- Parameters
-
clusterIndex The cluster to query.
- Returns
- Acceleration structure handle guard.
- Since
- Kanzi 4.1.0
◆ buildClusterAccelerationStructure()
| void kanzi::Mesh::buildClusterAccelerationStructure | ( | size_t | clusterIndex | ) |
Builds the acceleration structure for the cluster.
- Parameters
-
clusterIndex The cluster to query.
- Since
- Kanzi 4.1.0
◆ getInstanceBufferHandle()
|
inline |
Gets the handle guard for the instance buffer.
- Returns
- Buffer handle guard for the instance buffer.
- Since
- Kanzi 4.0.0
- Deprecated
- In Kanzi 4.1.0
◆ getMorphBufferHandle()
|
inline |
Gets the handle guard for the morph buffer.
- Returns
- Buffer handle guard for the morph buffer.
- Since
- Kanzi 4.0.0
- Deprecated
- In Kanzi 4.1.0
◆ getVertexBuffer() [1/2]
|
inline |
◆ getVertexBuffer() [2/2]
|
inline |
◆ getVertexBuffers()
|
inline |
◆ getIndexBuffer()
|
inline |
◆ getInstanceBuffer()
|
inline |
◆ getMorphBuffer()
|
inline |
◆ cleanupShaderReferences()
| void kanzi::Mesh::cleanupShaderReferences | ( | ) |
Cleans up obsolete shader references.
- Since
- Kanzi 4.0.0
◆ findMeshAttribute()
| const MeshVertexAttribute * kanzi::Mesh::findMeshAttribute | ( | const ShaderVertexAttribute & | shaderAttribute | ) | const |
Finds a matching mesh vertex attribute for given shader attribute.
- Parameters
-
shaderAttribute Shader attribute to match.
- Returns
- Matching vertex attribute or nullptr.
- Since
- Kanzi 4.0.0
◆ findMorphAttribute()
| const MeshVertexAttribute * kanzi::Mesh::findMorphAttribute | ( | const ShaderVertexAttribute & | shaderAttribute | ) | const |
Finds a matching morph vertex attribute for given shader attribute.
- Parameters
-
shaderAttribute Shader attribute to match.
- Returns
- Matching vertex attribute or nullptr.
- Since
- Kanzi 4.0.0
◆ getVertexInputState()
| VertexInputStateUsage kanzi::Mesh::getVertexInputState | ( | const ShaderProgramSharedPtr & | shader | ) |
Gets the vertex input configuration.
If the input state mapping is modified, obsolete shader references are also evicted.
- Parameters
-
shader Shader to create input state for.
- Returns
- Vertex input state handle.
- Since
- Kanzi 4.0.0
◆ getBoundingBox()
| Box kanzi::Mesh::getBoundingBox | ( | ) | const |
Returns the bounding box of a mesh.
- Returns
- Bounding box for the mesh.
◆ getVertexCount()
|
inline |
Returns the vertex count of the mesh.
- Returns
- Number of vertices in mesh.
◆ getVertexAttributeCount()
|
inline |
Gets the number of the vertex attributes in the mesh.
- Returns
- Number of vertex attributes in mesh.
◆ getVertexAttribute()
|
inline |
Gets a vertex attribute by its index.
The vertex attribute index must be valid.
- Parameters
-
index Index to access.
- Returns
- Vertex attribute
- Since
- Kanzi 3.9.7
◆ getVertexAttributeIndex() [1/2]
|
inline |
Gets a vertex attribute index by semantic.
- Parameters
-
semantic Semantic to use.
- Returns
- Vertex attribute index. If there is no matching semantic, returns nullopt.
- Since
- Kanzi 3.9.7
◆ getVertexAttributeIndex() [2/2]
|
inline |
Gets a vertex attribute index by semantic and semantic index.
- Parameters
-
semantic Semantic to use. index Semantic index to use.
- Returns
- Vertex attribute index. If there is no matching semantic and index, returns nullopt.
- Since
- Kanzi 3.9.7
◆ getVertexSize()
|
inline |
Gets size of one vertex in bytes.
- Returns
- Size of vertex in bytes.
◆ getVertexData()
|
inline |
Gets raw vertex data for a single attribute.
The data is preserved only when the mesh was created with memoryType != GpuOnly. User is responsible for casting the data to the attribute's format for reading.
- Parameters
-
key Semantic key identifying the attribute.
- Returns
- Raw vertex data for the attribute, or an empty span if the key is unknown or the data is not preserved.
- Since
- Kanzi 4.1.0 replaced the no-arg getVertexData() blob accessor.
◆ getInstanceCount()
|
inline |
Returns the instance count of the mesh.
- Returns
- Number of mesh instances.
- Since
- Kanzi 3.9.8
◆ setInstanceCount()
|
inline |
Sets the count of the instance buffer.
- Since
- Kanzi 4.1.0
◆ getInstanceSize()
|
inline |
Returns the size of one mesh instance in bytes.
- Returns
- Size of the mesh instance in bytes.
- Since
- Kanzi 3.9.8
◆ getInstanceData()
Returns the raw instance data that you must cast to the proper format for reading.
- Returns
- Raw instance data. If the data is not preserved in RAM, returns an empty span.
- Since
- Kanzi 3.9.8
◆ getInstanceTransforms()
Returns the instance transforms.
It should always be in sync with raw instance data.
- Returns
- Array of intance transfroms as matrix 4x4.
- Since
- Kanzi 4.1.0
- Attention
- This feature is experimental and is likely to change in future releases.
◆ getClusterCount()
|
inline |
Gets the number of clusters in the mesh.
- Returns
- Number of clusters in the mesh.
◆ getClusterIndexCount()
| size_t kanzi::Mesh::getClusterIndexCount | ( | size_t | clusterIndex | ) | const |
Gets the number of indices in a specified cluster.
- Parameters
-
clusterIndex The cluster to query.
- Returns
- Number of indices in the cluster.
◆ getClusterPrimitiveType()
| GraphicsPrimitiveType kanzi::Mesh::getClusterPrimitiveType | ( | size_t | clusterIndex | ) | const |
Gets the primitive type for the cluster.
- Parameters
-
clusterIndex The cluster to query.
- Returns
- The primitive type for the cluster.
◆ setClusterPrimitiveType()
| void kanzi::Mesh::setClusterPrimitiveType | ( | size_t | clusterIndex, |
| GraphicsPrimitiveType | primitiveType ) |
Sets the primitive type for the cluster.
- Parameters
-
clusterIndex The cluster to query. primitiveType The primitive type for the cluster.
- Since
- Kanzi 3.9.6
◆ getIndexType()
| IndexBufferType kanzi::Mesh::getIndexType | ( | ) | const |
Gets the index type for the mesh.
- Returns
- The index type for the mesh.
- Since
- Kanzi 4.0.0
◆ getClusterIndexOffset()
| size_t kanzi::Mesh::getClusterIndexOffset | ( | size_t | clusterIndex | ) | const |
Gets the index offset for the cluster.
- Parameters
-
clusterIndex The cluster to query.
- Returns
- The index offset for the cluster.
- Since
- Kanzi 4.0.0
◆ getClusterMaterial()
| MaterialSharedPtr kanzi::Mesh::getClusterMaterial | ( | size_t | clusterIndex | ) | const |
Gets the cluster material.
- Parameters
-
clusterIndex The cluster to query.
- Returns
- The material for the cluster.
◆ setClusterMaterial()
| void kanzi::Mesh::setClusterMaterial | ( | size_t | clusterIndex, |
| MaterialSharedPtr | material ) |
Sets the cluster material.
- Parameters
-
clusterIndex The cluster for which to set the material. material The material to apply to the cluster.
◆ getIndexData()
Gets index data for the mesh.
Make sure to cast the data to the correct format for reading. Use getIndexType() to get the correct format.
- Returns
- Raw index data. If data is not preserved in RAM, the returned span is empty.
- Since
- Kanzi 4.0.0
◆ updateSkeletonTransformation()
Updates bounding box of mesh with bones from given model and root transformation of the skeleton.
- Parameters
-
model Node to update.
- Returns
- If skinning is enabled for the mesh, armature root transform, otherwise empty optional.
◆ getSkeleton()
Returns the skeleton of the mesh.
- Returns
- The skeleton of the mesh. If the mesh is not skinned, the skeleton has zero bones.
◆ attachSkeleton()
Attaches the mesh skeleton runtime to the node.
- Parameters
-
model Root node for the bone lookups.
◆ detachSkeleton()
Detaches the mesh skeleton runtime from the node.
- Parameters
-
model Root node for the bone lookups.
◆ acquireAttributeMap()
| const vector< int > & kanzi::Mesh::acquireAttributeMap | ( | const ShaderProgram & | shaderProgram | ) |
Gets attribute map for given shader program.
In attribute map keys to are mesh attribute indices and values are shader attribute indices.
- Parameters
-
shaderProgram Shader program.
- Returns
- Attribute map (mesh attribute index -> shader attribute index).
- Since
- Kanzi 4.0.0 changed the type of the
shaderProgramparameter to const ShaderProgram&.
- Deprecated
- In Kanzi 4.0.0
◆ setVertexData()
| void kanzi::Mesh::setVertexData | ( | ConstByteSpan | data, |
| VertexAttribute::SemanticKey | attribute ) |
Sets the vertex data of the mesh.
- Parameters
-
data Data to set to as vertex buffer data for the specified attribute. attribute Attribute to specify the attribute the data is to be set to.
- Since
- Kanzi 4.1.0
- Added the
attributeparameter to identify the vertex attribute to modify.
- Added the
◆ setVertexSubData()
| void kanzi::Mesh::setVertexSubData | ( | ConstByteSpan | data, |
| uint32_t | offset, | ||
| VertexAttribute::SemanticKey | attribute ) |
Sets a section of the vertex data of the mesh.
- Parameters
-
data Data to set to as vertex buffer data for the specified attribute. offset Byte offset from the start of the vertex data where to start the newly set data. attribute Attribute to specify the attribute the data is to be set to.
- Since
- Kanzi 4.1.0
- Added the
attributeparameter to identify the vertex attribute to modify.
- Added the
◆ setIndexData()
| void kanzi::Mesh::setIndexData | ( | ConstByteSpan | data | ) |
Sets the index data of a cluster in the mesh.
This is a synchronous call to copy the data to the GPU.
- Parameters
-
data Data to set to set as a buffer index data.
- Since
- Kanzi 4.0.0 removed the clusterIndex parameter.
◆ setIndexSubData()
| void kanzi::Mesh::setIndexSubData | ( | ConstByteSpan | data, |
| uint32_t | offset ) |
Sets a section of the index data of a cluster in the mesh.
- Parameters
-
data Data to set to set as a buffer index data. offset Byte offset from the start of the index data where to start the newly set data.
- Since
- Kanzi 4.0.0 removed the clusterIndex parameter.
◆ setInstanceData()
| void kanzi::Mesh::setInstanceData | ( | ConstByteSpan | data | ) |
Sets the instance data of the mesh.
- Parameters
-
data Data to set as the instance buffer data.
- Since
- Kanzi 3.9.6
◆ setInstanceSubData()
| void kanzi::Mesh::setInstanceSubData | ( | ConstByteSpan | data, |
| uint32_t | offset ) |
Sets a section of the instance data of the mesh.
- Parameters
-
data Data to set as the instance buffer data. offset Byte offset from the start of the instance data where to start the newly set data.
- Since
- Kanzi 3.9.6
◆ setInstanceBuffer()
| void kanzi::Mesh::setInstanceBuffer | ( | GPUBufferSharedPtr | buffer | ) |
Sets the instance buffer to the given GPUBuffer.
- Parameters
-
buffer The buffer to assign.
- Since
- Kanzi 4.1.0
◆ setInstanceTransforms()
Sets the instance transforms.
Should be always in sync with raw instance data.
- Parameters
-
instanceTransforms The array of instance transforms.
- Since
- Kanzi 4.1.0
- Attention
- This feature is experimental and is likely to change in future releases.
◆ createLoadTask()
|
static |
Creates a load task for loading a mesh from a KZB file.
- Parameters
-
name Name of the mesh resource. kzbFile KZB file to load from. file Memory file containing mesh data.
- Returns
- Load task shared pointer.
◆ getMorphData()
|
inline |
Gets a pointer to the morph data.
- Returns
- Pointer to morph data or nullptr if no morph data is present.
- Since
- Kanzi 4.0.0
◆ hasMorphData()
|
inline |
Indicates whether or not the mesh has morph data.
This function indicates the existence of morph data information in general. The morph data may not have an associated vertex buffer if data textures are in use.
- Returns
- If the mesh has morph data, returns true, otherwise false.
- Since
- Kanzi 4.0.0
◆ hasMorphDataVertexBuffer()
|
inline |
Indicates whether or not the mesh has a vertex buffer to use with morph data.
- Returns
- If the mesh has morph data with a vertex buffer, returns true, otherwise false.
- Since
- Kanzi 4.0.0
◆ reloadOverride()
|
overrideprotectedvirtual |
Resource::reloadOverride() implementation.
Reimplemented from kanzi::Resource.
◆ reloadFromKzbOverride()
|
overrideprotectedvirtual |
Resource::reloadFromKzbOverride() implementation.
Reimplemented from kanzi::Resource.
◆ invalidateOverride()
|
overrideprotectedvirtual |
GPUResource::invalidateOverride() implementation.
Reimplemented from kanzi::GPUResource.
◆ destroyOverride()
|
overrideprotectedvirtual |
GPUResource::destroyOverride() implementation.
Reimplemented from kanzi::GPUResource.
◆ isDeployedOverride()
|
overrideprotectedvirtual |
GpuResource::isDeployed() implementation.
Implements kanzi::GPUResource.
◆ getGPUMemoryUsageOverride()
|
overrideprotectedvirtual |
GpuResource::getGPUMemoryUsageOverride() implementation.
Reimplemented from kanzi::GPUResource.
◆ getCPUMemoryUsageOverride()
|
overrideprotectedvirtual |
Resource::getCPUMemoryUsageOverride() implementation.
Reimplemented from kanzi::Resource.
◆ operator=()
Friends And Related Symbol Documentation
◆ swap
Swaps two Mesh objects.
- Parameters
-
mesh1 First mesh to swap. mesh2 Second mesh to swap.
Member Data Documentation
◆ m_clusters
|
protected |
Array of clusters in mesh.
◆ m_boundingBox
|
protected |
Bounding box for a mesh.
◆ m_skeleton
◆ m_insufficientBoneCountLogged
|
protected |
Boolean specifying if insufficient bone count has already been logged.
Intended to prevent performance drop caused by logging errors every frame.
◆ m_attributeMap
|
protected |
Map from shader attribute location to mesh attribute index.
◆ m_vertexFormat
|
protected |
Mesh vertex attributes.
◆ m_vertexCount
|
protected |
Vertex count for this vertex buffer.
- Since
- Kanzi 3.9.7 changed the type to uint32_t.
- Kanzi 4.0.0 changed the type to size_t.
◆ m_indexData
|
protected |
Raw index data.
◆ m_morphData
|
protected |
Morph data.
- Since
- Kanzi 4.0.0
◆ m_instanceCount
|
protected |
Instance count for this instance buffer.
- Since
- Kanzi 3.9.7 changed the type to uint32_t.
- Kanzi 4.1.0 changed the type to size_t.
◆ m_instanceData
|
protected |
Raw instance data.
◆ m_instanceTransforms
|
protected |
Instance transforms.
- Since
- Kanzi 4.1.0.
◆ m_shaderProgramAttributeMaps
|
protected |
ShaderProgram pointer -> (shader attribute location -> mesh vertex attribute index)
◆ m_vertexBuffer
|
protected |
Vertex buffer.
◆ m_instanceBuffer
|
protected |
Instance buffer.
◆ m_indexCount
|
protected |
Index count for this index buffer.
- Since
- Kanzi 4.0.0
◆ m_indexBuffer
|
protected |
Index buffer.
◆ m_indexType
|
protected |
Index buffer type.
◆ m_vertexStride
|
protected |
Vertex attribute stride.
◆ m_vertexInputStates
|
protected |
Mapping from shaders to vertex input states.
- Since
- Kanzi 4.0.0
The documentation for this class was generated from the following file:
- kanzi/core.ui/graphics3d/mesh.hpp