This MATLAB function reads data from the file named filename, and returns sampled data, y, and a sample rate for that data, Fs.
This MATLAB function reads data from the file named filename, and returns sampled data, y, and a sample rate for that data, Fs.
Whereyissingleordoubleand theBitsPerSampleis 32 or 64, values inymight exceed −1.0 or +1.0. Sample rate, in hertz, of audio datay, returned as a positive scalar. Limitations For MP3, MPEG-4 AAC, and AVI audio files onWindows 7or later and Linux platforms,audioreadmight read fewer samp...
Whereyissingleordoubleand theBitsPerSampleis 32 or 64, values inymight exceed −1.0 or +1.0. Sample rate, in hertz, of audio datay, returned as a positive scalar. Limitations For MP3, MPEG-4 AAC, and AVI audio files onWindows 7or later and Linux platforms,audioreadmight read fewer samp...
Create a WAVE (.wav) file in the current folder. loadhandel.matfilename ='handel.wav'; audiowrite(filename,y,Fs); clearyFs Read the data back into MATLAB usingaudioread. [y,Fs] = audioread('handel.wav'); Play the audio. sound(y,Fs); ...
Create a WAVE (.wav) file in the current folder. Get loadhandel.matfilename ='handel.wav'; audiowrite(filename,y,Fs); clearyFs Read the data back into MATLAB usingaudioread. [y,Fs] = audioread('handel.wav'); Play the audio.
Create a WAVE (.wav) file in the current folder. loadhandel.matfilename ='handel.wav'; audiowrite(filename,y,Fs); clearyFs Read the data back into MATLAB usingaudioread. [y,Fs] = audioread('handel.wav'); Play the audio. sound(y,Fs); ...
This MATLAB function reads data from the file named filename, and returns sampled data, y, and a sample rate for that data, Fs.
Create a WAVE (.wav) file in the current folder. loadhandel.matfilename ='handel.wav'; audiowrite(filename,y,Fs); clearyFs Read the data back into MATLAB usingaudioread. [y,Fs] = audioread('handel.wav'); Play the audio. sound(y,Fs); ...
This MATLAB function reads data from the file named filename, and returns sampled data, y, and a sample rate for that data, Fs.