def test_vis_2src_value(self):
vis = a.vis_sim(self.baseline, self.src_dir, self.src_int, self.src_index, self.freqs, self.mfreqs,
self.beam_arr, self.lmin, self.lmax, self.mmin, self.mmax, self.beamfqmin, self.beamfqmax)
vis_ans = vis_sim(self.baseline, self.src_dir, self.src_int, self.src_index, self.freqs, self.mfreqs,
self.beam_arr, self.lmin, self.lmax, self.mmin, self.mmax, self.beamfqmin, self.beamfqmax)
print abs(vis_ans - vis)
self.assertTrue(n.all(n.around(n.abs(vis - vis_ans), 2) == 0))
def test_vis_1src_value(self):
vis = a.vis_sim(self.baseline, self.src_dir[:1], self.src_int[:1], self.src_index[:1], self.freqs, self.mfreqs[:1],
self.beam_arr, self.lmin, self.lmax, self.mmin, self.mmax, self.beamfqmin, self.beamfqmax)
vis_ans = vis_sim(self.baseline, self.src_dir[:1], self.src_int[:1], self.src_index[:1], self.freqs, self.mfreqs[:1])
#print vis
#print vis_ans
self.assertTrue(n.all(n.around(n.abs(vis - vis_ans), 3) == 0))
def test_vis_sim_return(self):
vis = a.vis_sim(self.baseline, self.src_dir, self.src_int, self.src_index, self.freqs, self.mfreqs,
self.beam_arr, self.lmin, self.lmax, self.mmin, self.mmax, self.beamfqmin, self.beamfqmax)
self.assertEqual(vis.size, self.NFREQ)
self.assertEqual(vis.dtype, n.complex64)
