Configurable timing system for custom processing domains. More...

#include <Clock.hpp>

Inheritance diagram for MayaFlux::Vruta::CustomClock:

Collaboration diagram for MayaFlux::Vruta::CustomClock:

Public Member Functions
	CustomClock (uint64_t processing_rate=1000, const std::string &unit_name="units")
	Constructs a CustomClock with configurable parameters.

void	tick (uint64_t units=1) override
	Advances the clock by the specified number of custom units.

uint64_t	current_position () const override
	Get current position in the domain's timeline.

double	current_time () const override
	Converts current position to seconds using custom rate.

uint32_t	rate () const override
	Get the processing rate for this timing domain.

const std::string &	unit_name () const
	Gets the name of the processing units.

void	reset () override
	Reset clock to initial state (position 0)

Public Member Functions inherited from MayaFlux::Vruta::IClock
virtual	~IClock ()=default

Private Attributes
uint64_t	m_processing_rate
	Custom processing rate in units per second.

uint64_t	m_current_position
	Current position in custom units.

std::string	m_unit_name
	Name describing the custom units.

Detailed Description

Configurable timing system for custom processing domains.

CustomClock provides a flexible timing implementation for arbitrary processing domains that don't fit standard audio/visual patterns. It can be configured with any processing rate and unit name for specialized scheduling needs.

Use Cases:

Custom processing pipelines with specific timing requirements
Integration with external systems that have unique timing patterns
Experimental processing domains during development
On-demand processing that doesn't follow regular timing patterns

Definition at line 323 of file Clock.hpp.

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

Public Member Functions

Private Attributes

Detailed Description