def test_tobject_formatter_tprofile(self):
"""Should successfully return a TProfile representation."""
rep = response_formatters.tobject_formatter(self.tprofile)
exp = dict(
success=True,
data=dict(
name='test_tprofile',
title='Test TProfile',
object_class='TProfile',
data=response_formatters.th1_formatter(self.tprofile)
)
)
self.assertEqual(rep, exp)
def test_tobject_formatter_tprofile(self):
"""Should successfully return a TProfile representation."""
rep = response_formatters.tobject_formatter(self.tprofile)
exp = dict(
success=True,
data=dict(
name='test_tprofile',
title='Test TProfile',
object_class='TProfile',
data=response_formatters.th1_formatter(self.tprofile)
)
)
self.assertEqual(rep, exp)
def test_th1_formatter(self):
"""Should correctly format a TH1 dictionary representation."""
rep = response_formatters.th1_formatter(self.th1)
exp = dict(
entries=self.th1.GetEntries(),
mean=self.th1.GetMean(),
rms=self.th1.GetRMS(),
underflow=1.0,
overflow=2.0,
binning=[(0.0, 0.5), (0.5, 1.0)],
values=[4.0, 9.0],
uncertainties=[(sqrt(4), sqrt(4)), (sqrt(9), sqrt(9))],
axis_titles=('Foo', 'Bar')
)
self.assertEqual(rep, exp)
def test_th1_formatter(self):
"""Should correctly format a TH1 dictionary representation."""
rep = response_formatters.th1_formatter(self.th1)
exp = dict(
entries=self.th1.GetEntries(),
mean=self.th1.GetMean(),
rms=self.th1.GetRMS(),
underflow=1.0,
overflow=2.0,
binning=[(0.0, 0.5), (0.5, 1.0)],
values=[4.0, 9.0],
uncertainties=[(sqrt(4), sqrt(4)), (sqrt(9), sqrt(9))],
axis_titles=('Foo', 'Bar')
)
self.assertEqual(rep, exp)