lib/stripe-clock
When a striped codec's frame can be taken as whole.
The striped paths composite partial-height stripes, so a frame is only known complete once the next frame id arrives — a capture period later. Presenting on socket quiet instead puts the frame on screen in the tick its stripes landed. A frame's stripes arrive in waves (the encoder's thread pool, then the event loop), so quiet shorter than the widest gap seen inside recent frames proves nothing; the clock tracks that gap and asks for it back, decaying it per frame so a one-off wave does not hold the stream back for long. Under a backlog the socket never goes quiet and the caller falls back to presenting at frame-id boundaries.
Functions
createStripeClock()
function createStripeClock(clock?): object;Defined in: lib/stripe-clock.js:31
Self-contained by design: the video worker embeds this factory by
toString(), so a reference to anything in module scope would arrive
there minified and unbound.
Parameters
| Parameter | Type | Description |
|---|---|---|
clock? | () => number | Millisecond clock; defaults to performance.now. |
Returns
object
note
note: (arg0) => void;Parameters
| Parameter | Type |
|---|---|
arg0 | number |
Returns
void
settled
settled: () => boolean;Returns
boolean
waveGapMs
waveGapMs: () => number;Returns
number
settleWaitMs
settleWaitMs: () => number;Returns
number
waveGapMs()
function waveGapMs(): number;Defined in: lib/stripe-clock.js:46
The gap a frame is currently allowed to leave between its stripes: the widest of recent frames, or of the one in flight.
Returns
number