Le 24/02/2016 21:40, Serge Steer a écrit :
Le 24/02/2016 11:30, grivet a écrit :I appreciate your help; however, neither suggestion works: I still get the same error message.please can you save the hz value using the Scilab save function and send the file?The similar line [frq,repf]=repfreq(hz,0.01,0.49); has no problemSerge
Voila le code:
//filtre Butterworth
Order = 2; // The order of the filter
Fs = 1000; // The sampling frequency
Fcutoff = 40; // The cutoff frequency
// We design a low pass Butterworth filter
hz = iir(Order,'lp','butt',Fcutoff/Fs/2,[0.1 0.1]);
// We compute the frequency response of the filter
[frq,repf]=repfreq(hz,0,0.5);
[db_repf, phi_repf] = dbphi(repf);
// And plot the bode like representation of the digital filter
subplot(2,1,1);
plot2d(Fs*frq,db_repf);
xtitle('Obtained Frequency Response (Magnitude)');
subplot(2,1,2);
plot2d(Fs*frq,phi_repf);
xtitle('Obtained Frequency Response (Phase in degree)');
iir est sauvegardé dans "svgd_iir" joint (binaire).
Cordialement,
JP Grivet
svgd_iir
Description: Binary data
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