Python, Matlab, LaTeX, VHDL.
t=-1:1/100:1;cc=['r','g','b'];w0=2*pi;desv_tmp=zeros(1,3);for k=1:3 theta=[-pi/2,-pi,-1.5*pi]; desv_tmp(k)=theta(k)/w0; z=8*cos(2*pi*t + theta(k)); plot(t,z,'LineWidth',2,'Color',cc(k)) hold on grid onendhold off
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