def test_st_sig_lt_200(self):
desired = (
"stellar_kin_parameter.name == 'SIGMA' and stellar_kin.value < 200"
)
parsed_filter = ['st_sig', '<', '200']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_hbeta_flux_gt_1(self):
desired = (
"emline_type.name == 'Hb' and emline_type.rest_wavelength == 4862 and "
"emline_parameter.name == 'GFLUX' and emline.value > 1")
parsed_filter = ['Hb_flux', '>', '1']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_oiii5008_flux_mask_ne_0(self):
desired = (
"emline_type.name == 'OIII' and emline_type.rest_wavelength == 5008 and "
"emline_parameter.name == 'GFLUX' and emline.mask != 0")
parsed_filter = ['OIII5008_flux_mask', '!=', '0']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_halpha_gflux_ne_2(self):
desired = (
"emline_type.name == 'Ha' and emline_type.rest_wavelength == 6564 and "
"emline_parameter.name == 'GFLUX' and emline.value != 2")
parsed_filter = ['Ha_GFLUX', '!=', '2']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_halpha_vel_le_200(self):
desired = (
"emline_type.name == 'Ha' and emline_type.rest_wavelength == 6564 and "
"emline_parameter.name == 'GVEL' and emline.value <= 200")
parsed_filter = ['Ha_vel', '<=', '200']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_halpha_vel_ivar_eq_0(self):
desired = (
"emline_type.name == 'Ha' and emline_type.rest_wavelength == 6564 and "
"emline_parameter.name == 'GVEL' and emline.ivar = 0")
parsed_filter = ['Ha_vel_ivar', '=', '0']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_st_sigma_ivar_eq_0(self):
desired = (
"stellar_kin_parameter.name == 'SIGMA' and stellar_kin.ivar = 0")
parsed_filter = ['st_sigma_ivar', '=', '0']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_st_vel_lt_300(self):
desired = (
"stellar_kin_parameter.name == 'VEL' and stellar_kin.value < 300")
parsed_filter = ['st_vel', '<', '300']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_Hb_value_gt_1(self):
desired = ("specindex_type.name == 'Hb' and specindex.value > 1")
parsed_filter = ['Hb', '>', '1']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_caii0p86b_mask_gt_1(self):
desired = ("specindex_type.name == 'CaII0p86B' and specindex.mask > 1")
parsed_filter = ['caii0p86b_mask', '>', '1']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_CaII0p86B_value_gt_0(self):
desired = (
"specindex_type.name == 'CaII0p86B' and specindex.value > 0")
parsed_filter = ['CaII0p86B', '>', '0']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_D4000_mask_gt_0(self):
desired = ("specindex_type.name == 'D4000' and specindex.mask > 0")
parsed_filter = ['D4000_mask', '>', '0']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)
def test_D4000_ivar_ne_0(self):
desired = ("specindex_type.name == 'D4000' and specindex.ivar != 0")
parsed_filter = ['D4000_ivar', '!=', '0']
actual = query_utils.expand(*parsed_filter)
self.assertEqual(actual, desired)