Scilab is a powerful numerical software. It has different sound handling functions. The following code (as a demonstration) can generate a sine wave tone with different parameters that can be controlled (frequency, tone length, and amplitude). The code also enables you to save the sound file as a wave file.
As a concept, you can also use Scilab to generate noise waves like saw tooth, step, impulse, etc. and then you can say bye bye to all tone generator software.
Here you are the code
And this is apture for the toolbox
As a concept, you can also use Scilab to generate noise waves like saw tooth, step, impulse, etc. and then you can say bye bye to all tone generator software.
Here you are the code
//Generating sine wave tone toolbox txt=['Length in seconds';'Frequency';'Amplitude']; parameters=x_mdialog('Enter wave properties',txt,['10';'10000';'1']); frequency=evstr(parameters(2)); //tone frequency size_x=frequency*evstr(parameters(1)); //number of bits A=evstr(parameters(3)); //Wave amplitude x=1:size_x; y=A*[sin(x);sin(x)]; //sine wave for both left and right channels file_save=uiputfile("*.wav"); //Saving the wave file wavwrite(y,frequency, 8,file_save+'.wav') //Writing the wave file disp('done') |
And this is apture for the toolbox
