![]() ![]() 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. I'm trying to convert the object to a numerical array through the getaudiodata function however having I get an error saying "Unrecognized function or variable getaudiodata()". Our Experiments with MATLAB program vibratingstring provides a dynamic view. My issue is, I want to plot both the audio from speaker and the recorded audio. When I run this, it runs fine so I'm assuming that both speaker and microphone are working synchronously? ![]() MATLAB has several MAT-files that store for various. ![]() y,Fs audioread ( handel.wav ) Play the audio. In MATLAB, the discrete sound signal is represented by a vector and the frequency is measured in Hertz. filereader=dsp.AudioFileReader('chirp_2.wav') % This is the wave file on my laptopĪpr=audioPlayerRecorder('SampleRate',fs) If you look into documentation of soundsc: Fs: Sample rate, in hertz, of audio data y, is specified as a positive number from 1000 through 384000. Read the data back into MATLAB using audioread. I believe the audioPlayerRecorder function in Matlab Audio Toolbox does that sort of thing so this is what I've implemented so far, Im not sure if its correct. Hi guys, for my project I'm trying to play a chirp wav through my speaker and simultaneously record it while it's playing. ![]()
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