14 Royalty-Free Audio Tracks for "Reconstruction"

This piece is a reconstruction of the audio recorded outside of my fathers office.

Hps reconstruction.

The reconstruction of the harmonica1. Wav. This sound comes from freesound with license creative commons 0. I've analyzed it with the models_gui of the sms-tools repository of the audio signal processing for music applications course from the university pompeu fabra. They told me to use one sound for my week 7 assignment and to make some analysis and synthesis on it. I do not know where they took it. For more information ask xavier serra. Https://www. Freesound. Org/people/swapnil_gt/sounds/255115/.

I only use a triple osc and i took an advantage of the several asio bugs of my soundcard. I don't mix the sound. I've re-recorded that shape 17 times, after that, i applied massive echo and reverb filters. 3 osc, echo, reverb, compressor. For this record, i've deleted the major part of the notes. Some new settings of the echo filter, are applied.

Difference between original signal and reconstructed one. Original sound is presented here: http://freesound. Org/people/bremstocker/sounds/169577/.

Free to use sample of my street under reconstruction. Cars, heavy trucks, trams and occasional worker yelling. Time cca 2:30microphone lct540.

Chopped up a splice loop, added additional one-shots & tons of resampling, adding fx, then more resampling again. A study of construction, deconstruction, and reconstruction; rinse & repeat.

Coffee maker recorded with zoom h4n pro on tripod. Low-pass filter applied to remove some high pitch snaps. Roughly first 40 seconds reconstructed from clips to extend sound of water gurgling. Recorded for use as a sound effect for a play.

Construction site next to my apartment. Lots of noises of trucks and tractor clearing dirt and debris after taking down a building for a complete rebuild. Recorded with zoom h5 internal x-y mics.

Recording and edit of flag in wind. Reconstructed from recordings at wind tryst farm, pennsylvania. Present were dr. Martin leck, b. Z. Dahocken, and jon alexander esq. Memory stain recordings. Hope this works for your project. Would appreciate feedback. Cheers! 40°50'59. 5"n 77°52'11. 1"w.

This is not just an ordinary buzz, but is also an electromagnetic oracle that predicts a call. And so, this is just a reconstructed sound ever made on sunvox. ---------------------------------------------------------------. Used music: dj polkovnik - techno 2006 (from spaces. Ru)(c) cherryberd, 2023.

The reconstruction of the harmonica1. Wav. This sound comes from freesound with license creative commons 0. I've analyzed it with the models_gui of the sms-tools repository of the audio signal processing for music applications course from the university pompeu fabra. They told me to use one sound for my week 7 assignment and to make some analysis and synthesis on it. I do not know where they took it. For more information ask xavier serra. Https://www. Freesound. Org/people/swapnil_gt/sounds/255115/.

The reconstruction of the harmonica1. Wav. This sound comes from freesound with license creative commons 0. I've analyzed it with the models_gui of the sms-tools repository of the audio signal processing for music applications course from the university pompeu fabra. They told me to use one sound for my week 7 assignment and to make some analysis and synthesis on it. I do not know where they took it. For more information ask xavier serra. Https://www. Freesound. Org/people/swapnil_gt/sounds/255115/.

Reconstructed sound get from http://freesound. Org/people/cbeeching/sounds/116913/. Author cbeeching. The parameters used in the analysis are: window-type = hamming; window-size = 1024; fft-size = 2048; magnitude-threshold = -90; minimum-duration-of-harmonic-tracks = 0. 01; maximum-number-of-harmonics = 100; minimum-fundamental-frequency = 50; maximum-fundamental-frequency = 250; maximum-error-in-f0-detection-algorithm = 7; max-frequency-deviation-in-harmonic-tracks = 0. 01; stochastic approximation-factor = 0. 2.