Gのベクトル軌跡
：sをjωとおいてωを0→∞に飛ばした時のGの複素平面上での軌跡
微分要素
plot2d(real(horner(1/(1/%s),(0:0.01:100)*%i)),imag(horner(1/(1/%s),(0:0.01:100)*%i)),axesflag=1)
積分要素
plot2d(real(horner(1/%s,(0:0.01:100)*%i)),imag(horner(1/%s,(0:0.01:100)*%i)),axesflag=1)
1次遅れ系
plot2d(real(horner(1/(1+%s),(0:0.01:100)*%i)),imag(horner(1/(1+%s),(0:0.01:100)*%i)),axesflag=1)
1次遅れの微分要素
plot2d(real(horner(%s/(1+%s),(0:0.01:100)*%i)),imag(horner(%s/(1+%s),(0:0.01:100)*%i)),axesflag=1)
2次遅れ系
plot2d(real(horner(1/(%s^2+2*%s+1),(0:0.01:100)*%i)),imag(horner(1/(%s^2+2*%s+1),(0:0.01:100)*%i)),axesflag=1)
2次遅れ系の微分要素
plot2d(real(horner(%s/(%s^2+2*%s+1),(0:0.01:100)*%i)),imag(horner(%s/(%s^2+2*%s+1),(0:0.01:100)*%i)),axesflag=1)
位相進み要素
plot2d(real(horner((1+2*%s)/(1+%s),(0:0.01:100)*%i)),imag(horner((1+2*%s)/(1+%s),(0:0.01:100)*%i)),axesflag=1)
位相遅れ要素
plot2d(real(horner((1+%s)/(1+2*%s),(0:0.01:100)*%i)),imag(horner((1+%s)/(1+2*%s),(0:0.01:100)*%i)),axesflag=1)
一覧
clf() subplot(4,2,1) plot2d(real(horner(1/(1/%s),(0:0.01:100)*%i)),imag(horner(1/(1/%s),(0:0.01:100)*%i)),axesflag=1) subplot(4,2,2) plot2d(real(horner(1/%s,(0:0.01:100)*%i)),imag(horner(1/%s,(0:0.01:100)*%i)),axesflag=1) subplot(4,2,3) plot2d(real(horner(1/(1+%s),(0:0.01:100)*%i)),imag(horner(1/(1+%s),(0:0.01:100)*%i)),axesflag=1) subplot(4,2,4) plot2d(real(horner(%s/(1+%s),(0:0.01:100)*%i)),imag(horner(%s/(1+%s),(0:0.01:100)*%i)),axesflag=1) subplot(4,2,5) plot2d(real(horner(1/(%s^2+2*%s+1),(0:0.01:100)*%i)),imag(horner(1/(%s^2+2*%s+1),(0:0.01:100)*%i)),axesflag=1) subplot(4,2,6) plot2d(real(horner(%s/(%s^2+2*%s+1),(0:0.01:100)*%i)),imag(horner(%s/(%s^2+2*%s+1),(0:0.01:100)*%i)),axesflag=1) subplot(4,2,7) plot2d(real(horner((1+2*%s)/(1+%s),(0:0.01:100)*%i)),imag(horner((1+2*%s)/(1+%s),(0:0.01:100)*%i)),axesflag=1) subplot(4,2,8) plot2d(real(horner((1+%s)/(1+2*%s),(0:0.01:100)*%i)),imag(horner((1+%s)/(1+2*%s),(0:0.01:100)*%i)),axesflag=1)
