MayaFlux::Vruta Namespace Reference

Classes
struct	audio_promise
	Coroutine promise type for audio processing tasks with sample-accurate timing. More...
struct	complex_promise
	Coroutine promise type for complex processing tasks with multi-rate scheduling. More...
class	ComplexRoutine
	Multi-domain coroutine that can handle multiple processing rates. More...
class	CustomClock
	Configurable timing system for custom processing domains. More...
class	Event
	Coroutine type for event-driven suspension. More...
struct	event_promise
struct	EventFilter
	Filter criteria for window events. More...
class	EventManager
class	EventSource
	Awaitable event stream for window events. More...
class	FrameClock
	Frame-accurate timing system for visual processing domain. More...
struct	graphics_promise
	Coroutine promise type for graphics processing tasks with frame-accurate timing. More...
class	GraphicsRoutine
	A C++20 coroutine-based graphics processing task with frame-accurate timing. More...
class	IClock
	Abstract base interface for all clock types in the multimodal scheduling system. More...
class	Routine
	Base class for all coroutine types in the MayaFlux engine. More...
struct	routine_promise
	Base coroutine promise type for audio processing tasks. More...
class	SampleClock
	Sample-accurate timing system for audio processing domain. More...
class	SoundRoutine
	A C++20 coroutine-based audio processing task with sample-accurate timing. More...
struct	TaskEntry
class	TaskScheduler
	Token-based multimodal task scheduling system for unified coroutine processing. More...

Typedefs
using	token_processing_func_t = std::function< void(const std::vector< std::shared_ptr< Routine > > &, uint64_t)>
	Function type for processing tasks in a specific token domain.

Enumerations
enum class	ProcessingToken {   SAMPLE_ACCURATE , FRAME_ACCURATE , EVENT_DRIVEN , MULTI_RATE ,   ON_DEMAND , CUSTOM }
enum class	DelayContext : uint8_t {   NONE , SAMPLE_BASED , BUFFER_BASED , FRAME_BASED ,   EVENT_BASED , AWAIT }
	Discriminator for different temporal delay mechanisms. More...

Functions
uint64_t	frames_to_seconds (uint64_t frames, uint32_t frame_rate)
	Convert frames to seconds at a given frame rate.
std::chrono::milliseconds	frame_duration_ms (uint32_t frame_rate)
	Get duration of a single frame at given frame rate.
std::chrono::microseconds	frame_duration_us (uint32_t frame_rate)
	Get duration of a single frame at given frame rate (high precision)
std::chrono::milliseconds	frames_duration_ms (uint64_t num_frames, uint32_t frame_rate)
	Get duration for N frames at given frame rate.
std::chrono::microseconds	frames_duration_us (uint64_t num_frames, uint32_t frame_rate)
	Get duration for N frames at given frame rate (high precision)
uint64_t	samples_to_seconds (uint64_t samples, uint32_t sample_rate)
	Convert samples to seconds at a given sample rate.
uint64_t	frames_to_samples (uint64_t frames, uint32_t sample_rate, uint32_t frame_rate)
	Convert frames to samples at a given sample rate and frame rate.
uint64_t	samples_to_frames (uint64_t samples, uint32_t sample_rate, uint32_t frame_rate)
	Convert samples to frames at a given sample rate and frame rate.
uint64_t	seconds_to_samples (double seconds, uint32_t sample_rate)
	Convert seconds to samples at a given sample rate.
uint64_t	seconds_to_frames (double seconds, uint32_t frame_rate)
	Convert seconds to frames at a given frame rate.
uint64_t	seconds_to_units (double seconds, uint32_t rate)
	Convert seconds to processing units for any rate.
double	units_to_seconds (uint64_t units, uint32_t rate)
	Convert processing units to seconds for any rate.
uint64_t	seconds_to_blocks (double seconds, uint32_t sample_rate, uint32_t block_size)
	Convert seconds to number of processing blocks.
uint64_t	samples_to_blocks (uint64_t samples, uint32_t block_size)
	Convert samples to number of processing blocks.
uint64_t	blocks_to_samples (uint64_t blocks, uint32_t block_size)
	Convert blocks to samples.
double	blocks_to_seconds (uint64_t blocks, uint32_t sample_rate, uint32_t block_size)
	Convert blocks to seconds.