Collaboration diagram for toast::TickScheduler:

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Classes
struct	DependencyGraph

Public Member Functions
auto	registerDependency (Node &from, Node &to) -> bool
	Records a tick ordering constraint between two nodes.
auto	unregisterDependency (Node &from, Node &to) -> bool
auto	registerInteraction (Node &first, Node &second) -> bool
	Records that the scripts of two nodes call each other.
void	compute (const std::vector< Box< Node > > &all_nodes)
	Rebuilds the tick schedule from the given node set.
void	run () const
	Runs the four frame phases (early_tick → tick → post_physics → late_tick) of the schedule.
void	runLifecycle (Node &root, TickFunctionList stage) const
	Runs a lifecycle stage on root and every node below it, parents before their children.
void	runPhaseSerial (const std::vector< _detail::TickSchedule::Wave > &phase, TickFunctionList func, std::string_view name) const
	Runs a phase wave by wave on the calling thread; for phases that touch thread-bound state like the physics simulator.
void	runPhase (const std::vector< _detail::TickSchedule::Wave > &phase, TickFunctionList func, std::string_view name) const
	Dispatches a single phase of the tick schedule.

Public Attributes
std::mutex	graph_mutex
	Scripts register dependencies from init().
DependencyGraph	graph
_detail::TickSchedule	schedule
_detail::Interactions	interactions
	The nodes that declared an interaction.

Member Function Documentation

◆ registerDependency()

auto toast::TickScheduler::registerDependency	(	Node &	from,
		Node &	to ) -> bool

Records a tick ordering constraint between two nodes.

Note: The schedule is NOT rebuilt automatically; the owner calls compute() when appropriate

void toast::TickScheduler::runLifecycle	(	Node &	root,
		TickFunctionList	stage ) const

Runs a lifecycle stage on root and every node below it, parents before their children.

Parameters

stage init, begin or on_enable

The documentation for this class was generated from the following files: