From bc223da12e52bb60d8c9abd172d3bf2fa3d4e219 Mon Sep 17 00:00:00 2001
From: henbos
double totalSamplesDuration;
double echoReturnLoss;
double echoReturnLossEnhancement;
- double droppedSamplesDuration;
- unsigned long droppedSamplesEvents;
- double totalCaptureDelay;
- unsigned long long totalSamplesCaptured;
};
@@ -2636,11 +2632,6 @@
{{totalAudioEnergy}} to compute an average audio level over
different intervals.
- {{totalSamplesDuration}} does not include samples dropped - before reaching this media source, see - {{droppedSamplesDuration}}. -
- Only applicable if this media source is backed by an audio - capture device. The total duration, in seconds, of samples - produced by the device that got dropped before reaching the - media source. -
-- This metric is a feature at risk due to lack of consensus. -
-- The number of dropped samples events. This counter - increases every time a sample is dropped after a non-dropped - sample. That is, multiple consecutive dropped samples will - increase {{droppedSamplesDuration}} multiple times but is a - single dropped samples event. -
-- This metric is a feature at risk due to lack of consensus. -
-- Only applicable if the audio source represents an audio - capture device. This is the total delay, in seconds, for each - audio sample between the time the sample was emitted by the - capture device and the sample reaching the source. This can be - used together with {{totalSamplesCaptured}} to calculate the - average capture delay per sample. -
-- This metric is a feature at risk due to lack of consensus. -
-- Only applicable if the audio source represents an audio - capture device. This is the total number of captured samples - reaching the audio source, i.e. that were not dropped by the - capture pipeline. The frequency of the media source is not - necessarily the same as the frequency of encoders later in the - pipeline. -
-- This metric is a feature at risk due to lack of consensus. -
-