frame1.axhline(y=0, color='k', ls='--', alpha=.3) t_sample = np.linspace(min(x), max(x), num=10001, endpoint=True) # Planet 1 # Planet1 = Model(P1=P1 / 100, tau1=tau1 / 1000, k1=k1 / 100, w1=w1, e1=e1, P2=P2 / 100, tau2=tau2 / 1000, k2=0, w2=w2, e2=e2, offset1=offset1, offset2=0) y1 = Planet1.get_value(t_sample) plt.plot(t_sample, y1, 'b-.', alpha=.3, label='Planet1') # Planet 2 # Planet2 = Model(P1=P1 / 100, tau1=tau1 / 1000, k1=0, w1=w1, e1=e1, P2=P2 / 100, tau2=tau2 / 1000, k2=k2 / 100, w2=w2, e2=e2, offset1=0, offset2=offset2) y2 = Planet2.get_value(t_sample)
if 0: # Planet 1 # Planet1 = Model(P1=P1 / 100, tau1=tau1 / 1000, k1=k1 / 100, w1=w1, e1=e1, P2=P2 / 100, tau2=tau2 / 1000, k2=0, w2=w2, e2=e2, offset1=offset1, offset2=0) y1 = Planet1.get_value(t_sample) plt.plot(t_sample, y1, 'b-.', alpha=.3, label='Planet1') # Planet 2 # Planet2 = Model(P1=P1 / 100, tau1=tau1 / 1000, k1=0, w1=w1, e1=e1, P2=P2 / 100, tau2=tau2 / 1000, k2=k2 / 100, w2=w2, e2=e2, offset1=0, offset2=offset2) y2 = Planet2.get_value(t_sample)