def test_visualize_step_i(self):
step = 'AdaptiveMetropolis'
m1 = models.x_diagonal(step)
graphics.visualize_single_step(m1, 5, 0., step)
def test_x_diagonal_model(self):
m1 = models.x_diagonal(iters=100)
graphics.visualize_single_step(m1, 99)
def test_banana_model(self):
m1 = models.banana(iters=100)
graphics.visualize_single_step(m1, 99)
def test_uniform_model(self):
m1 = models.uniform(iters=100)
graphics.visualize_single_step(m1, 99)
def test_diagonal_model(self):
m1 = models.diagonal('Metropolis')
graphics.visualize_single_step(m1, 99)
def test_visualize_step_i(self):
step = 'AdaptiveMetropolis'
m1 = models.x_diagonal(step)
graphics.visualize_single_step(m1, 5, 0., step)
def test_banana_model(self):
m1 = models.banana(iters=100)
graphics.visualize_single_step(m1, 99)
def test_x_diagonal_model(self):
m1 = models.x_diagonal(iters=100)
graphics.visualize_single_step(m1, 99)
def test_diagonal_model(self):
m1 = models.diagonal('Metropolis')
graphics.visualize_single_step(m1, 99)
def test_uniform_model(self):
m1 = models.uniform(iters=100)
graphics.visualize_single_step(m1, 99)
