by volltreffer » Sun Jan 09, 2005 11:37 pm
You might try to create your own waveforms with scilab... See the waveform thread. You can create any form you like, and then use the filters...
If you extend the scilab script by using sdomething like
// rounded square
ssi_10 = sin(sin(sin_10*%pi/2)*%pi/2);
ssi_20 = sin(sin(sin_20*%pi/2)*%pi/2);
ssi_50 = sin(sin(sin_50*%pi/2)*%pi/2);
ssi_100 = sin(sin(sin_100*%pi/2)*%pi/2);
ssi_200 = sin(sin(sin_200*%pi/2)*%pi/2);
ssi_500 = sin(sin(sin_500*%pi/2)*%pi/2);
ssi_1000 = sin(sin(sin_1000*%pi/2)*%pi/2);
ssi_2000 = sin(sin(sin_2000*%pi/2)*%pi/2);
ssi_5000 = sin(sin(sin_5000*%pi/2)*%pi/2);
ssi_10000 = sin(sin(sin_10000*%pi/2)*%pi/2);
wavwrite(ssi_10,Freq,16,'ssi_10');
wavwrite(ssi_20,Freq,16,'ssi_20');
wavwrite(ssi_50,Freq,16,'ssi_50');
wavwrite(ssi_100,Freq,16,'ssi_100');
wavwrite(ssi_200,Freq,16,'ssi_200');
wavwrite(ssi_500,Freq,16,'ssi_500');
wavwrite(ssi_1000,Freq,16,'ssi_1000');
wavwrite(ssi_2000,Freq,16,'ssi_2000');
wavwrite(ssi_5000,Freq,16,'ssi_5000');
wavwrite(ssi_10000,Freq,16,'ssi10000');
you're gonna get some 'distorted sine waves'. Might try them out..
@illinformed: tried the waves???
aXel
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imply depressed