tracktion_Node.h File Reference

Classes
struct	tracktion::graph::NodeBuffer
	Holds a view over some data and optionally some storage for that data. More...
struct	tracktion::graph::NodeAndID
	A Node and its ID cached for quick lookup (without having to traverse the graph). More...
struct	tracktion::graph::NodeGraph
	Holds a graph in an order ready for processing and a sorted map for quick lookups. More...
struct	tracktion::graph::PlaybackInitialisationInfo
	Passed into Nodes when they are being initialised, to give them useful contextual information that they may need. More...
struct	tracktion::graph::NodeProperties
	Holds some really basic properties of a node. More...
struct	tracktion::graph::NodeOptimisations
	Holds some hints that might be used by the Node or players to improve efficiency. More...
class	tracktion::graph::TransformCache
class	tracktion::graph::Node
	Main graph Node processor class. More...
struct	tracktion::graph::Node::AudioAndMidiBuffer
	Contains the buffers for a processing operation. More...
struct	tracktion::graph::Node::ProcessContext
	Struct to describe a single iteration of a process call. More...
struct	tracktion::graph::detail::VisitNodesWithRecord
struct	tracktion::graph::detail::VisitNodesWithRecordBFS

Namespaces
namespace	tracktion
namespace	tracktion::graph
namespace	tracktion::graph::detail

Enumerations
enum class	tracktion::graph::TransformResult { tracktion::graph::none , tracktion::graph::connectionsMade , tracktion::graph::nodesDeleted }
	Enum to signify the result of the transform function. More...
enum class	tracktion::graph::ClearBuffers { tracktion::graph::no , tracktion::graph::yes }
enum class	tracktion::graph::AllocateAudioBuffer { tracktion::graph::no , tracktion::graph::yes }
enum class	tracktion::graph::VertexOrdering {   tracktion::graph::preordering , tracktion::graph::postordering , tracktion::graph::reversePreordering , tracktion::graph::reversePostordering ,   tracktion::graph::bfsPreordering , tracktion::graph::bfsReversePreordering }
	Specifies the ordering algorithm. More...

Functions
template<typename NodeType , typename... Args>
std::unique_ptr< Node >	tracktion::graph::makeNode (Args &&... args)
	Creates a node of the given type and returns it as the base Node class.
bool	tracktion::graph::operator< (NodeAndID n1, NodeAndID n2)
	Compares two NodeAndIDs.
bool	tracktion::graph::operator== (NodeAndID n1, NodeAndID n2)
	Compares two NodeAndIDs.
std::unique_ptr< NodeGraph >	tracktion::graph::createNodeGraph (std::unique_ptr< Node >)
	Transforms a Node and then returns a NodeGraph of it ready to be initialised.
template<typename Visitor >
void	tracktion::graph::visitNodes (Node &, Visitor &&, bool preordering)
	Should call the visitor for any direct inputs to the node exactly once.
template<typename Visitor >
void	tracktion::graph::visitNodesBFS (Node &node, Visitor &&visitor)
void	tracktion::graph::addNodesRecursive (std::vector< NodeAndID > &nodeMap, Node &n)
std::vector< NodeAndID >	tracktion::graph::createNodeMap (const std::vector< Node * > &nodes)