def test_ptraj_t_column(self):
suppress_plotting()
df = self.sparse.copy()
cols = list(df.columns)
cols[cols.index('frame')] = 'arbitrary name'
df.columns = cols
plots.plot_traj(df, t_column='arbitrary name')
def test_ptraj_t_column(self):
suppress_plotting()
df = self.sparse.copy()
cols = list(df.columns)
cols[cols.index('frame')] = 'arbitrary name'
df.columns = cols
plots.plot_traj(df, t_column='arbitrary name')
def test_ptraj_unicode_labels(self):
# smoke test
plots.plot_traj(self.sparse, mpp=0.5)
def test_ptraj_empty(self):
suppress_plotting()
f = lambda: plots.plot_traj(DataFrame(columns=self.sparse.columns))
self.assertRaises(ValueError, f)
def test_labeling_sparse_trajectories(self):
suppress_plotting()
plots.plot_traj(self.sparse, label=True)
def test_labeling_sparse_trajectories(self):
suppress_plotting()
plots.plot_traj(self.sparse, label=True)
def test_ptraj_unicode_labels(self):
# smoke test
plots.plot_traj(self.sparse, mpp=0.5)
def test_ptraj_empty(self):
suppress_plotting()
f = lambda: plots.plot_traj(DataFrame(columns=self.sparse.columns))
self.assertRaises(ValueError, f)