def test_decomposition():
ml = test_add_stressmodel()
ml.plots.decomposition(min_ylim_diff=0.1)
def test_compare():
ml = test_add_stressmodel()
ml2 = ml.copy()
ml2.name = "Test_Model2"
models = [ml, ml2]
compare(models)
def test_tracksolve():
ml = test_add_stressmodel()
track = TrackSolve(ml)
track.initialize_figure()
ml.solve(callback=track.update_figure)
def test_plot():
ml = test_add_stressmodel()
ml.plot()
def test_contributions_pie():
ml = test_add_stressmodel()
ml.plots.contributions_pie()
def test_diagnostics():
ml = test_add_stressmodel()
ml.plots.diagnostics()
def test_stresses():
ml = test_add_stressmodel()
ml.plots.stresses()
def test_step_response():
ml = test_add_stressmodel()
ml.plots.step_response()
def test_block_response():
ml = test_add_stressmodel()
ml.plots.block_response()
def test_stacked_results():
ml = test_add_stressmodel()
ml.plots.stacked_results()
def test_results():
ml = test_add_stressmodel()
ml.plots.results()
def test_diagnostics():
ml = test_add_stressmodel()
ml.plots.diagnostics(acf_options=dict(min_obs=10))