def test_positivearf_explicit(self):
elo, ehi, de = self.grid['arf1']
res = chart._get_chart_spectrum(elow=elo, ehigh=ehi,
ewidth=de, id='arf1')
# self.assertGreater(res['y'].sum(), 0.0)
self.assertTrue(np.all(res['y'] > 0))
def test_positivearf(self):
res = chart._get_chart_spectrum(id='arf1')
# self.assertGreater(res['y'].sum(), 0.0)
self.assertTrue(np.all(res['y'] > 0))
def test_positive1(self):
elo, ehi, de = self.grid[1]
res = chart._get_chart_spectrum(elow=elo, ehigh=ehi,
ewidth=de)
# self.assertGreater(res['y'].sum(), 0.0)
self.assertTrue(np.all(res['y'] > 0))
def test_gridarf_explicit(self):
elo, ehi, de = self.grid['arf1']
res = chart._get_chart_spectrum(elow=elo, ehigh=ehi,
ewidth=de, id='arf1')
self.check_spacing(res, self.nbins['arf1'], elo, ehi, de)
def test_gridarf(self):
elo, ehi, de = self.grid['arf1-arf']
res = chart._get_chart_spectrum(id='arf1')
self.check_spacing(res, self.nbins['arf1-arf'], elo, ehi, de)
def test_grid1(self):
elo, ehi, de = self.grid[1]
res = chart._get_chart_spectrum(elow=elo, ehigh=ehi,
ewidth=de)
self.check_spacing(res, self.nbins[1], elo, ehi, de)