def six_arm_plot():
pvec = sp.array([.04, .02, .03, .035, .045, .05])
priors, weights, champ_ind, days = simulate_convergence(pvec)
weights = sp.array(weights) / 50.
plt.figure()
plt.plot(weights)
plt.plot([0, days], [.95, .95], '--k')
plt.plot([0, days], [.05, .05], '--k')
plt.savefig('weights2.pdf')
def six_arm_plot():
pvec = np.array([.04, .02, .03, .035, .045, .05])
priors, weights, champ_ind, days = simulate_convergence(pvec)
weights = np.array(weights)/50.
plt.plot(weights)
plt.plot([0, days], [.95, .95], '--k')
plt.plot([0, days], [.05, .05], '--k')
plt.savefig('weights2.pdf')
plt.clf()
def two_arm_plot():
pvec = np.array([.04, .05])
priors, weights, champ_ind, days = simulate_convergence(pvec)
weights = np.array(weights) / 50.
plt.plot(weights)
plt.plot([0, days], [.95, .95], '--k')
plt.plot([0, days], [.05, .05], '--k')
plt.savefig('weights1.pdf')
plt.clf()
def two_arm_plot():
pvec = sp.array([.04, .05])
priors, weights, champ_ind, days = simulate_convergence(pvec)
weights = sp.array(weights)/50.
plt.figure()
plt.plot(weights)
plt.plot([0, days], [.95, .95], '--k')
plt.plot([0, days], [.05, .05], '--k')
plt.savefig('weights1.pdf')
