Prompt plans, input media, expected reference outputs, manifests, hashes, and controlled failures for exercising ingest, transform, validate, and export stages together.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, reference. The clean five-second excerpt every other file in this ladder is scored against. Delivered as flac at 24000 Hz mono. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, noise. Broadband noise mixed in at a measured signal-to-noise ratio, which is where a denoiser is either working or not. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, clipping. Samples driven past a fixed threshold and flattened, the damage a hot microphone does and the one no codec can undo. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, dropouts. Short spans silenced outright, as a packet-switched call drops them, so a transcriber must decide between a pause and a missing word. Delivered as flac at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 44100 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, resample. The same audio at a different sample rate, which is the step most speech pipelines get wrong silently by assuming their model's rate. Delivered as flac at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as mp3 at 24000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as opus at 48000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as gsm at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, codec. Encoded and decoded through a real speech codec, so the artefacts are the ones the format actually produces rather than a simulation of them. Delivered as adpcm_g722 at 16000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
A 5 second excerpt of this group's take, telephone chain. Band-limited, resampled and companded in one pass: the whole telephone path applied at once rather than one effect at a time. Delivered as pcm_mulaw at 8000 Hz mono. Scored against plate.flac in the same group, which is the same five seconds undamaged. The parameters in the specification are what the file MEASURED, not what was requested of it.
Synthetic dialogue waveform serving as the input-media in audio workflow 01; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-01-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 01; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-01-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 01; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-01-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 02; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-02-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 02; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-02-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 02; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-02-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 03; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-03-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 03; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-03-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 03; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-03-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 04; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-04-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 04; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-04-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 04; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-04-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 05; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-05-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 05; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-05-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 05; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-05-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 06; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-06-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 06; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-06-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 06; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-06-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 07; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-07-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 07; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-07-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 07; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-07-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 08; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-08-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 08; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-08-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 08; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-08-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 09; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-09-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 09; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-09-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 09; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-09-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 10; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-10-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 10; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-10-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 10; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-10-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 11; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-11-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 11; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-11-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 11; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-11-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 12; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-12-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 12; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-12-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 12; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-12-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 13; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-13-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 13; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-13-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 13; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-13-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 14; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-14-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 14; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-14-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 14; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-14-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 15; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-15-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 15; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-15-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 15; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-15-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 16; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-16-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 16; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-16-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 16; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-16-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 17; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-17-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 17; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-17-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 17; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-17-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 18; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-18-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 18; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-18-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 18; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-18-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 19; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-19-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 19; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-19-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 19; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-19-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 20; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-20-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 20; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-20-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 20; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-20-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 21; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-21-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 21; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-21-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 21; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-21-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 22; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-22-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 22; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-22-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 22; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-22-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 23; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-23-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 23; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-23-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 23; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-23-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 24; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-24-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 24; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-24-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 24; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-24-edge-case.
Synthetic dialogue waveform serving as the input-media in audio workflow 25; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-25-input-media.
Synthetic ambience waveform serving as the expected-output in audio workflow 25; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-25-expected-output.
Synthetic edge waveform serving as the edge-case in audio workflow 25; its short PCM payload makes the kit safe for repeatable local edits. Stable P8 artifact p8-audio-kit-25-edge-case.
Short deterministic foley waveform 001 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-001.
Short deterministic foley waveform 002 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-002.
Short deterministic foley waveform 003 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-003.
Short deterministic foley waveform 004 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-004.
Short deterministic foley waveform 005 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-005.
Short deterministic foley waveform 006 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-006.
Short deterministic foley waveform 007 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-007.
Short deterministic foley waveform 008 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-008.
Short deterministic foley waveform 009 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-009.
Short deterministic foley waveform 010 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-010.
Short deterministic foley waveform 011 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-011.
Short deterministic foley waveform 012 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-012.
Short deterministic foley waveform 013 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-013.
Short deterministic foley waveform 014 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-014.
Short deterministic foley waveform 015 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-015.
Short deterministic foley waveform 016 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-016.
Short deterministic foley waveform 017 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-017.
Short deterministic foley waveform 018 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-018.
Short deterministic foley waveform 019 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-019.
Short deterministic foley waveform 020 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-020.
Short deterministic foley waveform 021 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-021.
Short deterministic foley waveform 022 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-022.
Short deterministic foley waveform 023 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-023.
Short deterministic foley waveform 024 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-024.
Short deterministic foley waveform 025 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-025.
Short deterministic foley waveform 026 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-026.
Short deterministic foley waveform 027 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-027.
Short deterministic foley waveform 028 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-028.
Short deterministic foley waveform 029 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-029.
Short deterministic foley waveform 030 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-030.
Short deterministic foley waveform 031 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-031.
Short deterministic foley waveform 032 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-032.
Short deterministic foley waveform 033 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-033.
Short deterministic foley waveform 034 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-034.
Short deterministic foley waveform 035 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-035.
Short deterministic foley waveform 036 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-036.
Short deterministic foley waveform 037 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-037.
Short deterministic foley waveform 038 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-038.
Short deterministic foley waveform 039 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-039.
Short deterministic foley waveform 040 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-040.
Short deterministic foley waveform 041 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-041.
Short deterministic foley waveform 042 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-042.
Short deterministic foley waveform 043 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-043.
Short deterministic foley waveform 044 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-044.
Short deterministic foley waveform 045 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-045.
Short deterministic foley waveform 046 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-046.
Short deterministic foley waveform 047 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-047.
Short deterministic foley waveform 048 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-048.
Short deterministic foley waveform 049 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-049.
Short deterministic foley waveform 050 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-050.
Short deterministic foley waveform 051 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-051.
Short deterministic foley waveform 052 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-052.
Short deterministic foley waveform 053 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-053.
Short deterministic foley waveform 054 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-054.
Short deterministic foley waveform 055 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-055.
Short deterministic foley waveform 056 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-056.
Short deterministic foley waveform 057 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-057.
Short deterministic foley waveform 058 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-058.
Short deterministic foley waveform 059 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-059.
Short deterministic foley waveform 060 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-060.
Short deterministic foley waveform 061 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-061.
Short deterministic foley waveform 062 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-062.
Short deterministic foley waveform 063 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-063.
Short deterministic foley waveform 064 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-064.
Short deterministic foley waveform 065 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-065.
Short deterministic foley waveform 066 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-066.
Short deterministic foley waveform 067 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-067.
Short deterministic foley waveform 068 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-068.
Short deterministic foley waveform 069 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-069.
Short deterministic foley waveform 070 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-070.
Short deterministic foley waveform 071 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-071.
Short deterministic foley waveform 072 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-072.
Short deterministic foley waveform 073 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-073.
Short deterministic foley waveform 074 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-074.
Short deterministic foley waveform 075 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-075.
Short deterministic foley waveform 076 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-076.
Short deterministic foley waveform 077 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-077.
Short deterministic foley waveform 078 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-078.
Short deterministic foley waveform 079 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-079.
Short deterministic foley waveform 080 in the foley-sfx set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-080.
Short deterministic ambience waveform 001 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-081.
Short deterministic ambience waveform 002 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-082.
Short deterministic ambience waveform 003 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-083.
Short deterministic ambience waveform 004 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-084.
Short deterministic ambience waveform 005 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-085.
Short deterministic ambience waveform 006 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-086.
Short deterministic ambience waveform 007 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-087.
Short deterministic ambience waveform 008 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-088.
Short deterministic ambience waveform 009 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-089.
Short deterministic ambience waveform 010 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-090.
Short deterministic ambience waveform 011 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-091.
Short deterministic ambience waveform 012 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-092.
Short deterministic ambience waveform 013 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-093.
Short deterministic ambience waveform 014 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-094.
Short deterministic ambience waveform 015 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-095.
Short deterministic ambience waveform 016 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-096.
Short deterministic ambience waveform 017 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-097.
Short deterministic ambience waveform 018 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-098.
Short deterministic ambience waveform 019 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-099.
Short deterministic ambience waveform 020 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-100.
Short deterministic ambience waveform 021 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-101.
Short deterministic ambience waveform 022 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-102.
Short deterministic ambience waveform 023 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-103.
Short deterministic ambience waveform 024 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-104.
Short deterministic ambience waveform 025 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-105.
Short deterministic ambience waveform 026 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-106.
Short deterministic ambience waveform 027 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-107.
Short deterministic ambience waveform 028 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-108.
Short deterministic ambience waveform 029 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-109.
Short deterministic ambience waveform 030 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-110.
Short deterministic ambience waveform 031 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-111.
Short deterministic ambience waveform 032 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-112.
Short deterministic ambience waveform 033 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-113.
Short deterministic ambience waveform 034 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-114.
Short deterministic ambience waveform 035 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-115.
Short deterministic ambience waveform 036 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-116.
Short deterministic ambience waveform 037 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-117.
Short deterministic ambience waveform 038 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-118.
Short deterministic ambience waveform 039 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-119.
Short deterministic ambience waveform 040 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-120.
Short deterministic ambience waveform 041 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-121.
Short deterministic ambience waveform 042 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-122.
Short deterministic ambience waveform 043 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-123.
Short deterministic ambience waveform 044 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-124.
Short deterministic ambience waveform 045 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-125.
Short deterministic ambience waveform 046 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-126.
Short deterministic ambience waveform 047 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-127.
Short deterministic ambience waveform 048 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-128.
Short deterministic ambience waveform 049 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-129.
Short deterministic ambience waveform 050 in the ambience-room-tone set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-130.
Short deterministic dialogue waveform 001 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-131.
Short deterministic dialogue waveform 002 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-132.
Short deterministic dialogue waveform 003 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-133.
Short deterministic dialogue waveform 004 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-134.
Short deterministic dialogue waveform 005 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-135.
Short deterministic dialogue waveform 006 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-136.
Short deterministic dialogue waveform 007 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-137.
Short deterministic dialogue waveform 008 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-138.
Short deterministic dialogue waveform 009 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-139.
Short deterministic dialogue waveform 010 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-140.
Short deterministic dialogue waveform 011 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-141.
Short deterministic dialogue waveform 012 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-142.
Short deterministic dialogue waveform 013 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-143.
Short deterministic dialogue waveform 014 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-144.
Short deterministic dialogue waveform 015 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-145.
Short deterministic dialogue waveform 016 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-146.
Short deterministic dialogue waveform 017 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-147.
Short deterministic dialogue waveform 018 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-148.
Short deterministic dialogue waveform 019 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-149.
Short deterministic dialogue waveform 020 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-150.
Short deterministic dialogue waveform 021 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-151.
Short deterministic dialogue waveform 022 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-152.
Short deterministic dialogue waveform 023 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-153.
Short deterministic dialogue waveform 024 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-154.
Short deterministic dialogue waveform 025 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-155.
Short deterministic dialogue waveform 026 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-156.
Short deterministic dialogue waveform 027 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-157.
Short deterministic dialogue waveform 028 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-158.
Short deterministic dialogue waveform 029 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-159.
Short deterministic dialogue waveform 030 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-160.
Short deterministic dialogue waveform 031 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-161.
Short deterministic dialogue waveform 032 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-162.
Short deterministic dialogue waveform 033 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-163.
Short deterministic dialogue waveform 034 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-164.
Short deterministic dialogue waveform 035 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-165.
Short deterministic dialogue waveform 036 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-166.
Short deterministic dialogue waveform 037 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-167.
Short deterministic dialogue waveform 038 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-168.
Short deterministic dialogue waveform 039 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-169.
Short deterministic dialogue waveform 040 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-170.
Short deterministic dialogue waveform 041 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-171.
Short deterministic dialogue waveform 042 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-172.
Short deterministic dialogue waveform 043 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-173.
Short deterministic dialogue waveform 044 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-174.
Short deterministic dialogue waveform 045 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-175.
Short deterministic loop waveform 001 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-176.
Short deterministic loop waveform 002 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-177.
Short deterministic loop waveform 003 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-178.
Short deterministic loop waveform 004 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-179.
Short deterministic loop waveform 005 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-180.
Short deterministic loop waveform 006 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-181.
Short deterministic loop waveform 007 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-182.
Short deterministic loop waveform 008 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-183.
Short deterministic loop waveform 009 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-184.
Short deterministic loop waveform 010 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-185.
Short deterministic loop waveform 011 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-186.
Short deterministic loop waveform 012 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-187.
Short deterministic loop waveform 013 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-188.
Short deterministic loop waveform 014 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-189.
Short deterministic loop waveform 015 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-190.
Short deterministic loop waveform 016 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-191.
Short deterministic loop waveform 017 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-192.
Short deterministic loop waveform 018 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-193.
Short deterministic loop waveform 019 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-194.
Short deterministic loop waveform 020 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-195.
Short deterministic loop waveform 021 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-196.
Short deterministic loop waveform 022 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-197.
Short deterministic loop waveform 023 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-198.
Short deterministic loop waveform 024 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-199.
Short deterministic loop waveform 025 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-200.
Short deterministic loop waveform 026 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-201.
Short deterministic loop waveform 027 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-202.
Short deterministic loop waveform 028 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-203.
Short deterministic loop waveform 029 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-204.
Short deterministic loop waveform 030 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-205.
Short deterministic loop waveform 031 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-206.
Short deterministic loop waveform 032 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-207.
Short deterministic loop waveform 033 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-208.
Short deterministic loop waveform 034 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-209.
Short deterministic loop waveform 035 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-210.
Short deterministic loop waveform 036 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-211.
Short deterministic loop waveform 037 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-212.
Short deterministic loop waveform 038 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-213.
Short deterministic loop waveform 039 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-214.
Short deterministic loop waveform 040 in the music-loops-stems set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-215.
H.264 input-media clip for video workflow 01, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-01-input-media.
H.264 expected-output clip for video workflow 01, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-01-expected-output.
H.264 input-media clip for video workflow 02, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-02-input-media.
H.264 expected-output clip for video workflow 02, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-02-expected-output.
H.264 input-media clip for video workflow 03, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-03-input-media.
H.264 expected-output clip for video workflow 03, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-03-expected-output.
H.264 input-media clip for video workflow 04, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-04-input-media.
H.264 expected-output clip for video workflow 04, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-04-expected-output.
H.264 input-media clip for video workflow 05, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-05-input-media.
H.264 expected-output clip for video workflow 05, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-05-expected-output.
H.264 input-media clip for video workflow 06, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-06-input-media.
H.264 expected-output clip for video workflow 06, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-06-expected-output.
H.264 input-media clip for video workflow 07, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-07-input-media.
H.264 expected-output clip for video workflow 07, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-07-expected-output.
H.264 input-media clip for video workflow 08, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-08-input-media.
H.264 expected-output clip for video workflow 08, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-08-expected-output.
H.264 input-media clip for video workflow 09, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-09-input-media.
H.264 expected-output clip for video workflow 09, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-09-expected-output.
H.264 input-media clip for video workflow 10, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-10-input-media.
H.264 expected-output clip for video workflow 10, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-10-expected-output.
H.264 input-media clip for video workflow 11, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-11-input-media.
H.264 expected-output clip for video workflow 11, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-11-expected-output.
H.264 input-media clip for video workflow 12, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-12-input-media.
H.264 expected-output clip for video workflow 12, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-12-expected-output.
H.264 input-media clip for video workflow 13, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-13-input-media.
H.264 expected-output clip for video workflow 13, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-13-expected-output.
H.264 input-media clip for video workflow 14, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-14-input-media.
H.264 expected-output clip for video workflow 14, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-14-expected-output.
H.264 input-media clip for video workflow 15, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-15-input-media.
H.264 expected-output clip for video workflow 15, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-15-expected-output.
H.264 input-media clip for video workflow 16, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-16-input-media.
H.264 expected-output clip for video workflow 16, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-16-expected-output.
H.264 input-media clip for video workflow 17, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-17-input-media.
H.264 expected-output clip for video workflow 17, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-17-expected-output.
H.264 input-media clip for video workflow 18, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-18-input-media.
H.264 expected-output clip for video workflow 18, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-18-expected-output.
H.264 input-media clip for video workflow 19, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-19-input-media.
H.264 expected-output clip for video workflow 19, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-19-expected-output.
H.264 input-media clip for video workflow 20, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-20-input-media.
H.264 expected-output clip for video workflow 20, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-20-expected-output.
H.264 input-media clip for video workflow 21, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-21-input-media.
H.264 expected-output clip for video workflow 21, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-21-expected-output.
H.264 input-media clip for video workflow 22, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-22-input-media.
H.264 expected-output clip for video workflow 22, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-22-expected-output.
H.264 input-media clip for video workflow 23, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-23-input-media.
H.264 expected-output clip for video workflow 23, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-23-expected-output.
H.264 input-media clip for video workflow 24, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-24-input-media.
H.264 expected-output clip for video workflow 24, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-24-expected-output.
H.264 input-media clip for video workflow 25, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-25-input-media.
H.264 expected-output clip for video workflow 25, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-25-expected-output.
Compact H.264 b-roll action clip 001 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-001.
Compact H.264 b-roll action clip 002 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-002.
Compact H.264 b-roll action clip 003 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-003.
Compact H.264 b-roll action clip 004 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-004.
Compact H.264 b-roll action clip 005 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-005.
Compact H.264 b-roll action clip 006 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-006.
Compact H.264 b-roll action clip 007 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-007.
Compact H.264 b-roll action clip 008 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-008.
Compact H.264 b-roll action clip 009 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-009.
Compact H.264 b-roll action clip 010 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-010.
Compact H.264 b-roll action clip 011 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-011.
Compact H.264 b-roll action clip 012 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-012.
Compact H.264 b-roll action clip 013 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-013.
Compact H.264 b-roll action clip 014 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-014.
Compact H.264 b-roll action clip 015 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-015.
Compact H.264 b-roll action clip 016 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-016.
Compact H.264 b-roll action clip 017 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-017.
Compact H.264 b-roll action clip 018 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-018.
Compact H.264 b-roll action clip 019 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-019.
Compact H.264 b-roll action clip 020 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-020.
Compact H.264 b-roll action clip 021 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-021.
Compact H.264 b-roll action clip 022 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-022.
Compact H.264 b-roll action clip 023 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-023.
Compact H.264 b-roll action clip 024 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-024.
Compact H.264 b-roll action clip 025 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-025.
Compact H.264 b-roll action clip 026 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-026.
Compact H.264 b-roll action clip 027 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-027.
Compact H.264 b-roll action clip 028 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-028.
Compact H.264 b-roll action clip 029 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-029.
Compact H.264 b-roll action clip 030 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-030.
Compact H.264 b-roll action clip 031 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-031.
Compact H.264 b-roll action clip 032 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-032.
Compact H.264 b-roll action clip 033 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-033.
Compact H.264 b-roll action clip 034 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-034.
Compact H.264 b-roll action clip 035 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-035.
Compact H.264 b-roll action clip 036 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-036.
Compact H.264 b-roll action clip 037 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-037.
Compact H.264 b-roll action clip 038 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-038.
Compact H.264 b-roll action clip 039 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-039.
Compact H.264 b-roll action clip 040 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-040.
Compact H.264 b-roll action clip 041 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-041.
Compact H.264 b-roll action clip 042 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-042.
Compact H.264 b-roll action clip 043 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-043.
Compact H.264 b-roll action clip 044 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-044.
Compact H.264 b-roll action clip 045 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-045.
Compact H.264 b-roll action clip 046 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-046.
Compact H.264 b-roll action clip 047 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-047.
Compact H.264 b-roll action clip 048 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-048.
Compact H.264 b-roll action clip 049 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-049.
Compact H.264 b-roll action clip 050 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-050.
Compact H.264 b-roll action clip 051 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-051.
Compact H.264 b-roll action clip 052 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-052.
Compact H.264 b-roll action clip 053 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-053.
Compact H.264 b-roll action clip 054 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-054.
Compact H.264 b-roll action clip 055 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-055.
Compact H.264 b-roll action clip 056 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-056.
Compact H.264 b-roll action clip 057 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-057.
Compact H.264 b-roll action clip 058 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-058.
Compact H.264 b-roll action clip 059 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-059.
Compact H.264 b-roll action clip 060 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-060.
Compact H.264 b-roll action clip 061 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-061.
Compact H.264 b-roll action clip 062 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-062.
Compact H.264 b-roll action clip 063 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-063.
Compact H.264 b-roll action clip 064 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-064.
Compact H.264 b-roll action clip 065 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-065.
Compact H.264 b-roll action clip 066 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-066.
Compact H.264 b-roll action clip 067 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-067.
Compact H.264 b-roll action clip 068 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-068.
Compact H.264 b-roll action clip 069 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-069.
Compact H.264 b-roll action clip 070 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-070.
Browser-playable 1:1 social clip 001 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-001.
Browser-playable 16:9 social clip 002 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-002.
Browser-playable 9:16 social clip 003 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-003.
Browser-playable 1:1 social clip 004 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-004.
Browser-playable 16:9 social clip 005 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-005.
Browser-playable 9:16 social clip 006 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-006.
Browser-playable 1:1 social clip 007 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-007.
Browser-playable 16:9 social clip 008 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-008.
Browser-playable 9:16 social clip 009 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-009.
Browser-playable 1:1 social clip 010 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-010.
Browser-playable 16:9 social clip 011 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-011.
Browser-playable 9:16 social clip 012 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-012.
Browser-playable 1:1 social clip 013 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-013.
Browser-playable 16:9 social clip 014 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-014.
Browser-playable 9:16 social clip 015 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-015.
Browser-playable 1:1 social clip 016 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-016.
Browser-playable 16:9 social clip 017 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-017.
Browser-playable 9:16 social clip 018 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-018.
Browser-playable 1:1 social clip 019 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-019.
Browser-playable 16:9 social clip 020 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-020.
Browser-playable 9:16 social clip 021 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-021.
Browser-playable 1:1 social clip 022 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-022.
Browser-playable 16:9 social clip 023 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-023.
Browser-playable 9:16 social clip 024 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-024.
Browser-playable 1:1 social clip 025 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-025.
Browser-playable 16:9 social clip 026 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-026.
Browser-playable 9:16 social clip 027 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-027.
Browser-playable 1:1 social clip 028 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-028.
Browser-playable 16:9 social clip 029 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-029.
Browser-playable 9:16 social clip 030 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-030.
Browser-playable 1:1 social clip 031 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-031.
Browser-playable 16:9 social clip 032 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-032.
Browser-playable 9:16 social clip 033 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-033.
Browser-playable 1:1 social clip 034 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-034.
Browser-playable 16:9 social clip 035 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-035.
Browser-playable 9:16 social clip 036 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-036.
Browser-playable 1:1 social clip 037 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-037.
Browser-playable 16:9 social clip 038 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-038.
Browser-playable 9:16 social clip 039 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-039.
Browser-playable 1:1 social clip 040 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-040.
Browser-playable 16:9 social clip 041 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-041.
Browser-playable 9:16 social clip 042 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-042.
Browser-playable 1:1 social clip 043 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-043.
Browser-playable 16:9 social clip 044 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-044.
Browser-playable 9:16 social clip 045 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-045.
Browser-playable 1:1 social clip 046 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-046.
Browser-playable 16:9 social clip 047 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-047.
Browser-playable 9:16 social clip 048 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-048.
Browser-playable 1:1 social clip 049 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-049.
Browser-playable 16:9 social clip 050 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-050.
VP9 WebM overlay clip 001 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-001.
VP9 WebM overlay clip 002 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-002.
VP9 WebM overlay clip 003 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-003.
VP9 WebM overlay clip 004 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-004.
VP9 WebM overlay clip 005 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-005.
VP9 WebM overlay clip 006 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-006.
VP9 WebM overlay clip 007 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-007.
VP9 WebM overlay clip 008 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-008.
VP9 WebM overlay clip 009 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-009.
VP9 WebM overlay clip 010 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-010.
VP9 WebM overlay clip 011 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-011.
VP9 WebM overlay clip 012 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-012.
VP9 WebM overlay clip 013 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-013.
VP9 WebM overlay clip 014 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-014.
VP9 WebM overlay clip 015 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-015.
VP9 WebM overlay clip 016 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-016.
VP9 WebM overlay clip 017 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-017.
VP9 WebM overlay clip 018 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-018.
VP9 WebM overlay clip 019 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-019.
VP9 WebM overlay clip 020 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-020.
VP9 WebM overlay clip 021 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-021.
VP9 WebM overlay clip 022 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-022.
VP9 WebM overlay clip 023 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-023.
VP9 WebM overlay clip 024 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-024.
VP9 WebM overlay clip 025 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-025.
VP9 WebM overlay clip 026 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-026.
VP9 WebM overlay clip 027 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-027.
VP9 WebM overlay clip 028 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-028.
VP9 WebM overlay clip 029 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-029.
VP9 WebM overlay clip 030 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-030.
Download-only RGBA overlay still 001 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-001.
Download-only RGBA overlay still 002 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-002.
Download-only RGBA overlay still 003 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-003.
Download-only RGBA overlay still 004 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-004.
Download-only RGBA overlay still 005 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-005.
Download-only RGBA overlay still 006 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-006.
Download-only RGBA overlay still 007 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-007.
Download-only RGBA overlay still 008 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-008.
Download-only RGBA overlay still 009 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-009.
Download-only RGBA overlay still 010 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-010.
Download-only RGBA overlay still 011 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-011.
Download-only RGBA overlay still 012 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-012.
Download-only RGBA overlay still 013 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-013.
Download-only RGBA overlay still 014 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-014.
Download-only RGBA overlay still 015 with two known alpha levels for compositor and premultiplication comparisons. Stable P8 artifact p8-video-overlay-png-015.
Download-only PCM sync reference 01 with a controlled transient pattern for aligning an external video timeline. Stable P8 artifact p8-video-sync-wav-01.
Download-only PCM sync reference 02 with a controlled transient pattern for aligning an external video timeline. Stable P8 artifact p8-video-sync-wav-02.
Download-only PCM sync reference 03 with a controlled transient pattern for aligning an external video timeline. Stable P8 artifact p8-video-sync-wav-03.
Download-only PCM sync reference 04 with a controlled transient pattern for aligning an external video timeline. Stable P8 artifact p8-video-sync-wav-04.
Download-only PCM sync reference 05 with a controlled transient pattern for aligning an external video timeline. Stable P8 artifact p8-video-sync-wav-05.
Download-only PCM sync reference 06 with a controlled transient pattern for aligning an external video timeline. Stable P8 artifact p8-video-sync-wav-06.
Download-only PCM sync reference 07 with a controlled transient pattern for aligning an external video timeline. Stable P8 artifact p8-video-sync-wav-07.
Download-only PCM sync reference 08 with a controlled transient pattern for aligning an external video timeline. Stable P8 artifact p8-video-sync-wav-08.
Download-only PCM sync reference 09 with a controlled transient pattern for aligning an external video timeline. Stable P8 artifact p8-video-sync-wav-09.
Download-only PCM sync reference 10 with a controlled transient pattern for aligning an external video timeline. Stable P8 artifact p8-video-sync-wav-10.
