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Binaural

  • earplug~ earplug~ is a binaural filter based on KEMAR impulse measurement which allows you to spatialize a sound in realtime.
  • bin_ambi_reduced_decode_fir2 bin_ambi_reduced_decode_fir2 calculates a reduced set of HRIRs for higher-order Ambisonics binaural decoding by encoding real and optional phantom loudspeaker positions, computing a pseudoinverse decoder matrix, and combining its columns with left-ear HRIRs and a fadeout table.
  • sofalizer~ SOFAlizer~ is a low-cost, interactive binaural system using real-time HRTF processing with Pure Data, supporting SOFA files and low-latency head tracking..
  • ambi_reduced_decode_fft2 ambi_reduced_decode_fft2 calculates a reduced set of HRTF spectra for Ambisonic binaural decoding by forming a decoder matrix from real and phantom loudspeaker positions, computing its pseudoinverse, and applying its columns to left-ear HRIRs followed by a real FFT.
  • +binaural~ +binaural~ is a filter that places a sound at a specific angle for binaural positioning.
  • ambi_reduced_decode_fir2 ambi_reduced_decode_fir2 supports Ambisonic binaural decoding by calculating a reduced decoder from real and phantom loudspeaker positions, Ambisonic order weights, and left-ear HRIRs, using a pseudo-inverse.
  • hoa.3d.decoder~ hoa.3d.decoder~ decodes a 3D ambisonic soundfield from harmonic inputs to multiple loudspeaker outputs.
  • bin_ambi_reduced_decode_fft2 bin_ambi_reduced_decode_fft2 calculates a reduced set of HRTF spectra for higher-order ambisonic binaural decoding by combining HRIR data with columns of a pseudo-inverse decoder matrix and performing a real FFT.
  • ssr_brs~ ssr_brs~ is the binaural room synthesis (BRS) renderer of the SoundScape Renderer (SSR), using BRIR WAV files to render audio to dac~.
  • ssr_binaural~ ssr_binaural~ performs binaural spatial rendering, with the argument 2 indicating a two-source setup and the WAV file supplying head-related impulse responses (HRIRs).
  • hrtf~ hrtf~ is a real-time binaural audio object for Pure Data that converts an input signal into separate left- and right-channel binaural signals.