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	NetworkSource
	Awaitable broadcast message stream for a network endpoint. 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	DelayContext : uint8_t {   NONE , SAMPLE_BASED , BUFFER_BASED , FRAME_BASED ,   EVENT_BASED , AWAIT }
	Discriminator for different temporal delay mechanisms. More...
enum class	ProcessingToken {   SAMPLE_ACCURATE , FRAME_ACCURATE , EVENT_DRIVEN , MULTI_RATE ,   ON_DEMAND , CUSTOM }

Functions
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.
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	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	frames_to_seconds (uint64_t frames, uint32_t frame_rate)
	Convert frames to seconds at a given frame rate.
uint64_t	samples_to_blocks (uint64_t samples, uint32_t block_size)
	Convert samples to number of processing blocks.
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	samples_to_seconds (uint64_t samples, uint32_t sample_rate)
	Convert samples to seconds at a given sample 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	seconds_to_frames (double seconds, uint32_t frame_rate)
	Convert seconds to frames at a given 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_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.