基于事件触发机制的孤岛微电网二次电压与频率协同控制MATLAB仿真模型

len1=size(ETMU1.DATA,1); tk1=[]; for i=1:1:len1 if ETMU1.DATA(i,1) ~=0 tk1(size(tk1,1)+1,1)=ETMU1.DATA(i,1); end end len2=size(ETMU2.DATA,1); tk2=[]; for i=1:1:len2 if ETMU2.DATA(i,1)~=0; tk2(size(tk2,1)+1,1)=ETMU2.DATA(i,1); end end len3=size(ETMU3.DATA,1); tk3=[]; for i=1:1:len3 if ETMU3.DATA(i,1) ~=0 tk3(size(tk3,1)+1,1)=ETMU3.DATA(i,1); end end len4=size(ETMU4.DATA,1); tk4=[]; for i=1:1:len4 if ETMU4.DATA(i,1) ~=0 tk4(size(tk4,1)+1,1)=ETMU4.DATA(i,1); end end figure(1) plot(tk1,1,'o','color',[1,0,0]) hold on plot(tk2,2,'o','color',[0,1,0]) hold on plot(tk3,3,'o','color',[0,0,1]) hold on plot(tk4,4,'o','color',[1,1,0]) % plot(tk1,1,'ro',tk2,2,'go',tk3,3,'bo',tk4,4,'yo') xlabel('Time(s)'); % legend('V1','V2','V3','V4') ylabel('Voltage Events'); axis([0 5 0 5]); %saveas(gcf,'figure(99).eps','epsc')