def test_dt_coherence():
"""
"""
params = parameters.get_default_params()
params.loc['dt', 'value'] = 0.1
params.loc['span', 'value'] = 2
params.loc['t_A', 'value'] = 2
meta = Metaphase(verbose=False, params=params)
meta.simul()
excepted_n_steps = (params.loc['span', 'value'] / params.loc['dt', 'value'])
assert meta.spindle.point_hist.shape[0] == excepted_n_steps
def test_dt_coherence():
"""
"""
params = parameters.get_default_params()
params.loc['dt', 'value'] = 0.1
params.loc['span', 'value'] = 2
params.loc['t_A', 'value'] = 2
meta = Metaphase(verbose=False, params=params)
meta.simul()
excepted_n_steps = (params.loc['span', 'value'] /
params.loc['dt', 'value'])
assert meta.spindle.point_hist.shape[0] == excepted_n_steps
def test_metaphase():
"""Only check wether basic spindle simulation end without exception
"""
params = parameters.get_default_params()
params.loc['dt', 'value'] = 1
params.loc['span', 'value'] = 10
params.loc['t_A', 'value'] = 10
measures = parameters.get_default_measures()
meta = Metaphase(verbose=False,
params=params,
measures=measures,
initial_plug='null',
keep_same_random_seed=False,
force_parameters=[])
meta.simul(progress=False)
meta.project(progress=False)
def test_metaphase():
"""Only check wether basic spindle simulation end without exception
"""
params = parameters.get_default_params()
params.loc['dt', 'value'] = 1
params.loc['span', 'value'] = 10
params.loc['t_A', 'value'] = 10
measures = parameters.get_default_measures()
meta = Metaphase(verbose=False,
params=params,
measures=measures,
initial_plug='null',
keep_same_random_seed=False,
force_parameters=[])
meta.simul(progress=False)
meta.project(progress=False)
