![]() Instead of play use playblocking as this should stop the loop until the sound is finished. When frequency at which your data was sampled doesn't match any of sampling frequencies supported by your sound card, you need to (up/down)sample it to have it played with the "correct" speed and pitch. 2 Answers Sorted by: 2 Regarding the code you posted, I think the issue is that you only pause (1) which I suspect is shorter than the sound so you try and play (voice) while it is still playing from the previous loop. y,Fs audioread ( handel.wav ) Play the audio. Available devices and sampling frequencies which they support can be checked using function audiodevinfo. Read the data back into MATLAB using audioread. Use one of the sampling frequencies supported by your sound card. This tutorial video teaches about reading and playing sound files using Matlab. ![]() It's not strange then that with sampling frequency of 256Hz you get the error. MATLAB has a hard restriction of 1000 Hz <= Fs <= 384000 Hz, although further hardware-dependent restrictions apply. Valid values depend on both the sample rates permitted by MATLAB® and the specific audio hardware on your system. The ratios in just intonation or equal temperament produce instruments with tunings that generate vibrations with these desired frequencies. Here is a snapshot showing the first nine modes and the resulting wave traveling along the string. ![]() If you look into documentation of soundsc:įs: Sample rate, in hertz, of audio data y, is specified as a positive number from 1000 through 384000. Our Experiments with MATLAB program vibratingstring provides a dynamic view.
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