Results for “Std.Audio.Pcm”

Use module:Std.List, kind:fn, or is:exact. Put a Pudu type after ::.

• Std.Audio.Pcm

  Interleaved signed 16-bit PCM held as its little-endian bytes.

  type · Std.Audio
• Std.Audio.Device.play&Std.Audio.Device.Plan -> &Std.Audio.Pcm -> Result[Std.Audio.Device.Playback, Std.Audio.Device.DeviceError]

  Play one admitted interleaved signed-16 clip and await exact completion.

  fn · Std.Audio.Device
• Std.Audio.Device.write&Std.Audio.Device.Stream -> &Std.Audio.Pcm -> Result[Int, Std.Audio.Device.DeviceError]

  Enqueue one exact PCM chunk with bounded backpressure.

  fn · Std.Audio.Device
• Std.Audio.Graph.clipStd.Audio.Pcm -> Int -> Std.Audio.Graph.Node

  A clip of audio that begins at a frame of the output.

  fn · Std.Audio.Graph
• Std.Audio.Graph.render&Std.Audio.Graph.Node -> &Std.Audio.Format -> Int -> Int -> Result[Std.Audio.Pcm, Std.Audio.Graph.GraphError]

  Exactly frames frames of a graph starting at frame start.

  fn · Std.Audio.Graph
• Std.Audio.append&Std.Audio.Pcm -> &Std.Audio.Pcm -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  One stream followed by another of the same format.

  fn · Std.Audio
• Std.Audio.decodeWav&Bytes -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Audio from a 16-bit PCM WAV document, within the default sample budget.

  fn · Std.Audio
• Std.Audio.decodeWavWithin&Bytes -> Int -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Audio from a 16-bit PCM WAV document holding at most maxSamples samples.

  fn · Std.Audio
• Std.Audio.downmix&Std.Audio.Pcm -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Mono audio averaging every channel of each frame, rounded half away from zero.

  fn · Std.Audio
• Std.Audio.encodeWav&Std.Audio.Pcm -> Result[Bytes, Std.Audio.AudioError]

  A canonical 16-bit PCM WAV document.

  fn · Std.Audio
• Std.Audio.frameCount&Std.Audio.Pcm -> Int

  How many frames audio holds.

  fn · Std.Audio
• Std.Audio.fromSamples&Std.Audio.Format -> Array[Int] -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Audio from interleaved samples, refusing a partial frame or a sample that

  fn · Std.Audio
• Std.Audio.gain&Std.Audio.Pcm -> Int -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Audio scaled by a Q15 gain, where 32,768 is unity.

  fn · Std.Audio
• Std.Audio.mix&Std.Audio.Pcm -> &Std.Audio.Pcm -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Two streams summed sample by sample, saturating to 16 bits.

  fn · Std.Audio
• Std.Audio.remap&Std.Audio.Pcm -> &Array[Int] -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Audio whose channel k is the source's channel order[k], so channels are

  fn · Std.Audio
• Std.Audio.resample&Std.Audio.Pcm -> Int -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Audio at another sample rate by linear interpolation in exact arithmetic.

  fn · Std.Audio
• Std.Audio.sampleAt&Std.Audio.Pcm -> Int -> Int -> Option[Int]

  One sample, or nothing outside the audio.

  fn · Std.Audio
• Std.Audio.samples&Std.Audio.Pcm -> Array[Int]

  The interleaved samples of audio, one integer per sample.

  fn · Std.Audio
• Std.Audio.silence&Std.Audio.Format -> Int -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Silent audio of a whole number of frames.

  fn · Std.Audio
• Std.Audio.slice&Std.Audio.Pcm -> Int -> Int -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Exactly frames frames starting at start, silent past the end.

  fn · Std.Audio
• Std.Audio.upmix&Std.Audio.Pcm -> Int -> Result[Std.Audio.Pcm, Std.Audio.AudioError]

  Mono audio copied into every channel of a wider format.

  fn · Std.Audio