| ►mi | Common namespace for APIs of NVIDIA Advanced Rendering Center GmbH |
| ►base | Namespace for the Base API |
| Atom32 | A 32-bit unsigned counter with atomic arithmetic, increments, and decrements |
| Condition | Conditions allow threads to signal an event and to wait for such a signal, respectively |
| Default_allocator | A default allocator implementation based on global new and delete |
| Handle | Handle class template for interfaces, automatizing the lifetime control via reference counting |
| IAllocator | The IAllocator interface class supports allocating and releasing memory dynamically |
| IInterface | The basic extensible interface |
| ILogger | The ILogger interface class supports logging of messages |
| Interface_declare | Mixin class template for deriving new interface declarations |
| Interface_implement | Mixin class template for deriving interface implementations |
| Interface_implement_2 | Mixin class template for deriving interface implementations from two interfaces |
| Interface_implement_singleton | Mixin class template for deriving singleton interface implementations, where the reference count is fixed to one |
| Interface_merger | This mixin merges the implementation of one interface with a second interface |
| IPlugin_descriptor | Represents a plugin |
| ►Lock | Non-recursive lock class |
| Block | Utility class to acquire a lock that is released by the destructor |
| Log_stream | Adapts mi::base::ILogger to a standard streaming interface |
| Message_details | Structured details to log messages |
| numeric_traits | Helper class to deduce properties of numeric types defined in this API |
| numeric_traits<Float32> | Numeric traits specialization for mi::Float32 |
| numeric_traits<Float64> | Numeric traits specialization for mi::Float64 |
| numeric_traits<Sint16> | Numeric traits specialization for mi::Sint16 |
| numeric_traits<Sint32> | Numeric traits specialization for mi::Sint32 |
| numeric_traits<Sint64> | Numeric traits specialization for mi::Sint64 |
| numeric_traits<Sint8> | Numeric traits specialization for mi::Sint8 |
| numeric_traits<Uint16> | Numeric traits specialization for mi::Uint16 |
| numeric_traits<Uint32> | Numeric traits specialization for mi::Uint32 |
| numeric_traits<Uint64> | Numeric traits specialization for mi::Uint64 |
| numeric_traits<Uint8> | Numeric traits specialization for mi::Uint8 |
| numeric_traits_base | Base class for the helper class to deduce properties of numeric types defined in this API |
| Plugin | The abstract base class for plugins |
| ►Recursive_lock | Recursive lock class |
| Block | Utility class to acquire a lock that is released by the destructor |
| ►Std_allocator | An adaptor class template that implements a standard STL allocator |
| rebind | Rebind helper struct to define a new class instance of this allocator template instantiated for the new value type T1 |
| Uuid | A 128 bit representation of a universally unique identifier (UUID or GUID) |
| Uuid_t | Class template for a compile-time representation of universally unique identifiers (UUIDs or GUIDs) |
| ►bridge | Namespace for the Bridge functionality of the DiCE API |
| Client_job | This mixin class provides a default implementation for some of the methods needed by mi::bridge::IClient_job |
| IApplication | This class represents a Bridge application |
| IApplication_session_handler | Abstract interface that can be used to control which sessions to a Bridge application are established, based on credentials supplied by the client |
| IBridge_client | API component that serves as entry point for the client-side Bridge API |
| IBridge_server | API component that serves as entry point for the server-side Bridge API |
| IBridge_snapshot_context | Context to import, export, or remove snapshots |
| IClient_job | Represents the client-side part of a job that can be executed by the Bridge server |
| IClient_job_progress | Provides detailed information about the progress of a Bridge job |
| IClient_measure_bandwidth_callback | Abstract interface for bandwidth measurement events |
| IClient_session | Represents the client side of a Bridge session |
| IClient_session_state_callback | Abstract interface for callbacks for session state changes |
| IClient_video_context | Client-side video context that receives and decodes video frames from the corresponding server-side video context |
| IElement_set | Used to specify a set of elements by name |
| IIncremental_snapshot_context | Context for incremental snapshots |
| IServer_job | Represents the server-side part of a job that can be executed by the Bridge server |
| IServer_job_info | Provides additional information about a bridge job |
| IServer_job_list | A list of IServer_job instances |
| IServer_session | Represents the server side of a Bridge session |
| IServer_session_state_callback | Abstract interface for callbacks for session state changes |
| IServer_transaction | Database transactions started on the client will be automatically mirrored to the server and exposed as instances of this class to executing Bridge jobs |
| IServer_transaction_callback | Abstract interface for callbacks for transaction commit or abort events |
| IServer_transaction_list | A list of IServer_transaction instances |
| IServer_video_context | Server-side video context that generates and encodes video frames for the corresponding client-side video context |
| IVideo_frame | Represents the data for a single video frame |
| IVideo_sink | Abstract interface to receive video frames produced by the corresponding server-side video context |
| IVideo_source | Abstract interface to generate video frames that are transmitted to the corresponding client-side video context |
| Server_job | This mixin class provides a default implementation for some of the methods needed by mi::bridge::IServer_job |
| Update_job | Base class for Bridge jobs that only update elements without executing anything |
| ►http | Namespace for the HTTP server of the DiCE API |
| ICGIRequest_handler | CGI request handlers are responsible for handling HTTP requests |
| IConnection | The connection class represents a connection from a client to the server |
| IData_handler | A data handler may be added to a connection |
| IFactory | The factory can be used to instantiate the built-in HTTP classes |
| IRequest | This interface holds all the parameters of a request |
| IRequest_handler | Request handlers are responsible for handling HTTP requests |
| IResponse | This interface holds all the parameters of a response |
| IResponse_handler | Response handlers can be used to modify responses generated by request handlers |
| IServer | The server builds a framework for the handlers |
| IWeb_socket | The WebSocket connection class represents a connection that is built on top of an HTTP connection |
| IWeb_socket_data_handler | A WebSocket data handler that can be installed to a WebSocket connection to handle data arriving at the WebSocket |
| IWeb_socket_handler | WebSocket handlers are responsible for handling WebSocket requests |
| IWeb_socket_state_handler | A WebSocket state handler that can be installed to a WebSocket connection to handle events of the WebSocket |
| ►math | Namespace for the Math API |
| ►functor | Namespace for basic math functors in the Math API |
| Operator_and_and | Functor for the logical and operator, && |
| Operator_divide | Functor for the division operator, / |
| Operator_equal_equal | Functor for the equality comparison operator, == |
| Operator_greater | Functor for the greater-than comparison operator, > |
| Operator_greater_equal | Functor for the greater-than-or-equal comparison operator, >= |
| Operator_less | Functor for the less-than comparison operator, < |
| Operator_less_equal | Functor for the less-than-or-equal comparison operator, <= |
| Operator_minus | Functor for the minus operator, -, unary and binary |
| Operator_multiply | Functor for the multiplication operator, * |
| Operator_not | Functor for the logical not operator, ! |
| Operator_not_equal | Functor for the inequality comparison operator, != |
| Operator_or_or | Functor for the logical or operator, || |
| Operator_plus | Functor for the plus operator, + |
| Operator_post_decr | Functor for the post-decrement operator, -- |
| Operator_post_incr | Functor for the post-increment operator, ++ |
| Operator_pre_decr | Functor for the pre-decrement operator, -- |
| Operator_pre_incr | Functor for the pre-increment operator, ++ |
| Operator_xor | Functor for the xor operator, ^ |
| Bbox | Axis-aligned N-dimensional bounding box class template of fixed dimension |
| Bbox_struct | Storage class for an axis-aligned N-dimensional bounding box class template of fixed dimension |
| Color | Standard RGBA color class with floating point elements and operations |
| Color_struct | Generic storage class template for an RGBA color representation storing four floating points elements |
| Matrix | NxM-dimensional matrix class template of fixed dimensions |
| Matrix_struct | Storage class for a NxM-dimensional matrix class template of fixed dimensions |
| Matrix_struct<T, 1, 1> | Specialization for 1x1-matrix |
| Matrix_struct<T, 1, 2> | Specialization for 1x2-matrix |
| Matrix_struct<T, 1, 3> | Specialization for 1x3-matrix |
| Matrix_struct<T, 1, 4> | Specialization for 1x4-matrix |
| Matrix_struct<T, 2, 1> | Specialization for 2x1-matrix |
| Matrix_struct<T, 2, 2> | Specialization for 2x2-matrix |
| Matrix_struct<T, 2, 3> | Specialization for 2x3-matrix |
| Matrix_struct<T, 2, 4> | Specialization for 2x4-matrix |
| Matrix_struct<T, 3, 1> | Specialization for 3x1-matrix |
| Matrix_struct<T, 3, 2> | Specialization for 3x2-matrix |
| Matrix_struct<T, 3, 3> | Specialization for 3x3-matrix |
| Matrix_struct<T, 3, 4> | Specialization for 3x4-matrix |
| Matrix_struct<T, 4, 1> | Specialization for 4x1-matrix |
| Matrix_struct<T, 4, 2> | Specialization for 4x2-matrix |
| Matrix_struct<T, 4, 3> | Specialization for 4x3-matrix |
| Matrix_struct<T, 4, 4> | Specialization for 4x4-matrix |
| Spectrum | Spectrum with floating point elements and operations |
| Spectrum_struct | Generic storage class template for a Spectrum representation storing three floating point elements |
| Vector | Fixed-size math vector class template with generic operations |
| Vector_struct | Generic storage class template for math vector representations storing DIM elements of type T |
| Vector_struct<T, 1> | Specialization for dimension 1 to create x member |
| Vector_struct<T, 2> | Specialization for dimension 2 to create x and y member |
| Vector_struct<T, 3> | Specialization for dimension 3 to create x, y, and z members |
| Vector_struct<T, 4> | Specialization for dimension 4 to create x, y, z, and w members |
| ►neuraylib | Namespace for the DiCE API |
| Base | This mixin class can be used to implement the mi::base::IInterface interface |
| Element | This mixin class can be used to implement the mi::neuraylib::IElement interface |
| Fragmented_job | This mixin class can be used to implement the mi::neuraylib::IFragmented_job interface |
| IAllocator | The Allocator interface class supports allocating and releasing memory dynamically and querying the amount of extra memory used in the integrating application |
| ICache_manager | Represents an instance of the cache manager |
| ICache_manager_factory | This factory allows to create cache manager instances |
| ICanvas | Abstract interface for a canvas represented by a rectangular array of tiles |
| ICanvas_base | Abstract interface for a canvas (base class) |
| ICanvas_cuda | Abstract interface for a canvas with CUDA device memory storage |
| IChild_process_resolver | A filter used to decide if a command string to start a child process is eligible for execution |
| IClient_node_callback | Abstract interface for signaling changed cluster members |
| ICluster | This class represents an additional cluster to be used for storing data, communicating, and executing jobs |
| ICluster_descriptor | This interface describes a cluster and its properties |
| ICluster_factory | This API component is used to create additional clusters |
| ICluster_filter | A filter used to decide whether a cluster is eligible to be joined |
| ICluster_manager_cluster | Represents a cluster which was reserved through the cluster manager |
| ICluster_manager_configuration | An API component which can be used to create a connection to a cluster manager |
| ICluster_manager_connection | Represents a connection to a cluster manager |
| ICluster_manager_node | Provides information about a node which is part of a node pool or reserved cluster |
| ICluster_notification_callback | Abstract interface for giving notifications about errors and status changes |
| ICluster_pool_information | Represents a pool of nodes managed though the cluster manager |
| ICluster_property_callback | Abstract interface for signaling changed cluster properties |
| IDatabase | This interface is used to interact with the distributed database |
| IDatabase_configuration | This interface is used to query and change the database configuration |
| IDebug_configuration | This interface represents an interface to set debug options |
| IDeserializer | Source for deserializing objects from byte streams |
| IDice_configuration | This interface allows configuration of DiCE |
| IDice_transaction | A transaction provides a consistent view on the database |
| IDistributed_cache | The distributed cache service can be used to create temporary objects in a cluster |
| IElement | This interface represents the abstract base class for all database elements |
| IExecution_listener | A callback interface used for asynchronous execution of fragmented jobs |
| IExtension_api | This interface is used to extent the DiCE API |
| IFactory | This API component allows the creation, assignment, and cloning of instances of types |
| IFragmented_job | This interface represents the base class for all fragmented jobs |
| IGeneral_configuration | This interface is used to query and change the general configuration |
| IGpu_description | This interface describes a GPU |
| IHead_node_callback | Abstract interface for signaling a change of the cluster application head node |
| IHost_callback | Abstract interface to report cluster status changes |
| IHost_properties | This interface contains information about a local or remote host |
| IImage_api | This interface provides various utilities related to canvases and buffers |
| IJob | This interface represents the base class for all database jobs |
| IJob_execution_context | Provides information about the context in which a job is executed |
| ILibrary_authenticator | This interface is used for authenticating the application against the library |
| ILogging_configuration | This interface is used for configuring the logging for the DiCE library |
| INetwork_configuration | This interface is used to query and change the networking configuration |
| INetwork_statistics | This interface is used to inquire statistics about the network usage etc |
| INeuray | This is an object representing the DiCE library |
| INode_manager_client | The node manager client allows to start or join DiCE clusters built from worker nodes |
| INode_manager_cluster | The interface to a cluster created and managed by the node manager |
| INode_manager_factory | Factory to create node manager client and worker instances |
| INode_manager_worker | The node manager worker class allows to set properties and announce them to other nodes |
| IObject_receiver | The object receiver is responsible for creation and destruction of objects on the remote host |
| IPlugin | The basic interface to be implemented by DiCE API plugins |
| IPlugin_api | This abstract interface gives access to the DiCE API to plugins |
| IPlugin_configuration | This interface is used to load plugins and to query information about loaded plugins |
| IRDMA_buffer | An RDMA buffer represents a piece of pinned memory which can be used to transfer data over RDMA |
| IRDMA_context | The RDMA context works as a cache for RDMA buffers |
| IScheduler | The scheduler allows to execute fragmented jobs |
| IScheduling_configuration | This interface is used to query and change the scheduling configuration |
| IScope | A scope is the context which determines the visibility of database elements |
| ISerializable | All serializable objects have to be derived from this interface |
| ISerializer | Target for serializing objects to byte streams |
| IShutdown_cluster_callback | Abstract interface for signaling a request to shutdown a cluster |
| IShutdown_node_managers_callback | Abstract interface for signaling a request to shutdown all clients and workers |
| ISoftware_package | Represents a software package installed on the pool of nodes |
| ITag_set | Used to store a set of tags |
| ITile | Abstract interface for a tile |
| ITimer | This is an abstract interface class for a timer |
| ITimer_class_factory | The registration of a timer class requires a factory which constructs an instance during deserialization |
| ITimer_configuration | This class is used to start and stop timers |
| IUser_class | Abstract interface for user-defined classes |
| IUser_class_factory | Abstract interface for user class factories |
| IVersion | Abstract interface for accessing version information |
| IVideo_codec_factory | API component that allow creation of installed video encoders and decoders |
| IVideo_data | A buffer for video data representing a frame |
| IVideo_decoder | Abstract interface for video decoders |
| IVideo_encoder | Abstract interface for video encoders |
| IVideo_plugin | Abstract interface for video encoder plugins |
| IWorker_node_callback | Abstract interface for signaling changed cluster members |
| IWorker_node_descriptor | This interface describes a worker node and its properties |
| IWorker_node_filter | A filter used to decide whether a worker node is eligible to be included in a cluster |
| IWorker_node_property_callback | Abstract interface for signaling changed worker node properties |
| IWorker_process_started_callback | Abstract interface for indicating that a worker process has been fully started |
| Job | This mixin class can be used to implement the mi::neuraylib::IJob interface |
| Tag | A tag represents a unique identifier for database elements in the database |
| Tag_struct | A tag represents a unique identifier for database elements in the database |
| Timer_class_factory | This mixin class provides a default implementation of the mi::neuraylib::ITimer_class_factory interface |
| User_class | This mixin class should be used to implement the IUser_class interface |
| User_class_factory | This mixin class provides a default implementation of the IUser_class_factory interface |
| ►rtmp | Namespace for the RTMP server of the DiCE API |
| ICall_event_handler | Superclass of all handlers of call events |
| IConnect_event_handler | Superclass of all handlers of connect events |
| IConnection | The connection class represents a connection from a client to the server |
| IFactory | The factory can be used to instantiate the built-in RTMP server |
| IFrame_event_handler | Superclass of all handlers of frame events |
| IPause_event_handler | Superclass of all handlers of pause events |
| IPlay_event_handler | Superclass of all handlers of play events |
| IRender_event_handler | Superclass of all handlers of render events |
| IServer | The server builds a framework for the handlers |
| IStream | Representing an RTMP stream |
| IStream_event_handler | Superclass of all handlers of create stream events |
| IArray | This interface represents static arrays, i.e., arrays with a fixed number of elements |
| IBbox3 | This interface represents bounding boxes |
| IBoolean | This interface represents bool |
| IBoolean_2 | This interface represents a vector of two bool |
| IBoolean_2_2 | This interface represents a 2 x 2 matrix of bool |
| IBoolean_2_3 | This interface represents a 2 x 3 matrix of bool |
| IBoolean_2_4 | This interface represents a 2 x 4 matrix of bool |
| IBoolean_3 | This interface represents a vector of three bool |
| IBoolean_3_2 | This interface represents a 3 x 2 matrix of bool |
| IBoolean_3_3 | This interface represents a 3 x 3 matrix of bool |
| IBoolean_3_4 | This interface represents a 3 x 4 matrix of bool |
| IBoolean_4 | This interface represents a vector of four bool |
| IBoolean_4_2 | This interface represents a 4 x 2 matrix of bool |
| IBoolean_4_3 | This interface represents a 4 x 3 matrix of bool |
| IBoolean_4_4 | This interface represents a 4 x 4 matrix of bool |
| IColor | This interface represents RGBA colors |
| IColor3 | This interface represents RGB colors |
| ICompound | This interface represents compounds, i.e., vectors, matrices, colors, spectrums, and bounding boxes |
| IConst_pointer | This interface represents const pointers |
| IData | This interface is the base interface of all types |
| IData_collection | This interface represents collections |
| IData_simple | This interface represents simple types |
| IDifference | This interface represents mi::Difference |
| IDynamic_array | This interface represents dynamic arrays, i.e., arrays with a variable number of elements |
| IEnum | This interface represents enums |
| IEnum_decl | An enum declaration is used to describe enum types |
| IFloat32 | This interface represents mi::Float32 |
| IFloat32_2 | This interface represents a vector of two Float32 |
| IFloat32_2_2 | This interface represents a 2 x 2 matrix of Float32 |
| IFloat32_2_3 | This interface represents a 2 x 3 matrix of Float32 |
| IFloat32_2_4 | This interface represents a 2 x 4 matrix of Float32 |
| IFloat32_3 | This interface represents a vector of three Float32 |
| IFloat32_3_2 | This interface represents a 3 x 2 matrix of Float32 |
| IFloat32_3_3 | This interface represents a 3 x 3 matrix of Float32 |
| IFloat32_3_4 | This interface represents a 3 x 4 matrix of Float32 |
| IFloat32_4 | This interface represents a vector of four Float32 |
| IFloat32_4_2 | This interface represents a 4 x 2 matrix of Float32 |
| IFloat32_4_3 | This interface represents a 4 x 3 matrix of Float32 |
| IFloat32_4_4 | This interface represents a 4 x 4 matrix of Float32 |
| IFloat64 | This interface represents mi::Float64 |
| IFloat64_2 | This interface represents a vector of two Float64 |
| IFloat64_2_2 | This interface represents a 2 x 2 matrix of Float64 |
| IFloat64_2_3 | This interface represents a 2 x 3 matrix of Float64 |
| IFloat64_2_4 | This interface represents a 2 x 4 matrix of Float64 |
| IFloat64_3 | This interface represents a vector of three Float64 |
| IFloat64_3_2 | This interface represents a 3 x 2 matrix of Float64 |
| IFloat64_3_3 | This interface represents a 3 x 3 matrix of Float64 |
| IFloat64_3_4 | This interface represents a 3 x 4 matrix of Float64 |
| IFloat64_4 | This interface represents a vector of four Float64 |
| IFloat64_4_2 | This interface represents a 4 x 2 matrix of Float64 |
| IFloat64_4_3 | This interface represents a 4 x 3 matrix of Float64 |
| IFloat64_4_4 | This interface represents a 4 x 4 matrix of Float64 |
| IMap | This interface represents maps, i.e., a key-value based data structure |
| INumber | This interface represents simple numeric types |
| IPointer | This interface represents mutable pointers |
| IRef | A reference is an object that acts as a pointer to other database elements |
| ISint16 | This interface represents mi::Sint16 |
| ISint32 | This interface represents mi::Sint32 |
| ISint32_2 | This interface represents a vector of two Sint32 |
| ISint32_2_2 | This interface represents a 2 x 2 matrix of Sint32 |
| ISint32_2_3 | This interface represents a 2 x 3 matrix of Sint32 |
| ISint32_2_4 | This interface represents a 2 x 4 matrix of Sint32 |
| ISint32_3 | This interface represents a vector of three Sint32 |
| ISint32_3_2 | This interface represents a 3 x 2 matrix of Sint32 |
| ISint32_3_3 | This interface represents a 3 x 3 matrix of Sint32 |
| ISint32_3_4 | This interface represents a 3 x 4 matrix of Sint32 |
| ISint32_4 | This interface represents a vector of four Sint32 |
| ISint32_4_2 | This interface represents a 4 x 2 matrix of Sint32 |
| ISint32_4_3 | This interface represents a 4 x 3 matrix of Sint32 |
| ISint32_4_4 | This interface represents a 4 x 4 matrix of Sint32 |
| ISint64 | This interface represents mi::Sint64 |
| ISint8 | This interface represents mi::Sint8 |
| ISize | This interface represents mi::Size |
| ISpectrum | This interface represents spectrums |
| IString | A simple string class |
| IStructure | This interface represents structures, i.e., a key-value based data structure |
| IStructure_decl | A structure declaration is used to describe structure types |
| IUint16 | This interface represents mi::Uint16 |
| IUint32 | This interface represents mi::Uint32 |
| IUint32_2 | This interface represents a vector of two Uint32 |
| IUint32_2_2 | This interface represents a 2 x 2 matrix of Uint32 |
| IUint32_2_3 | This interface represents a 2 x 3 matrix of Uint32 |
| IUint32_2_4 | This interface represents a 2 x 4 matrix of Uint32 |
| IUint32_3 | This interface represents a vector of three Uint32 |
| IUint32_3_2 | This interface represents a 3 x 2 matrix of Uint32 |
| IUint32_3_3 | This interface represents a 3 x 3 matrix of Uint32 |
| IUint32_3_4 | This interface represents a 3 x 4 matrix of Uint32 |
| IUint32_4 | This interface represents a vector of four Uint32 |
| IUint32_4_2 | This interface represents a 4 x 2 matrix of Uint32 |
| IUint32_4_3 | This interface represents a 4 x 3 matrix of Uint32 |
| IUint32_4_4 | This interface represents a 4 x 4 matrix of Uint32 |
| IUint64 | This interface represents mi::Uint64 |
| IUint8 | This interface represents mi::Uint8 |
| IUuid | This interface represents UUIDs |
| IVoid | This interface represents the void type |
| Type_traits | Type traits relating interfaces, corresponding primitive types, and their type names |
