def test_vect(self) :
vect_arr = algebra.make_vect(self.data)
vect_mem = algebra.make_vect(self.memmap_data)
self.assertTrue(sp.allclose(vect_arr, vect_mem))
self.assertTrue(isinstance(vect_arr, algebra.info_array))
self.assertTrue(isinstance(vect_arr, algebra.vect))
self.assertTrue(isinstance(vect_mem, algebra.info_memmap))
self.assertTrue(isinstance(vect_mem, algebra.vect))
def test_vect(self):
vect_arr = algebra.make_vect(self.data)
vect_mem = algebra.make_vect(self.memmap_data)
self.assertTrue(sp.allclose(vect_arr, vect_mem))
self.assertTrue(isinstance(vect_arr, algebra.info_array))
self.assertTrue(isinstance(vect_arr, algebra.vect))
self.assertTrue(isinstance(vect_mem, algebra.info_memmap))
self.assertTrue(isinstance(vect_mem, algebra.vect))
def setUp(self) :
data = sp.arange(20)
data.shape = (5,4)
self.mat_arr = algebra.make_mat(data.copy(), axis_names=('ra', 'dec'))
self.vect_arr = algebra.make_vect(data.copy(), axis_names=('ra', 'dec'))
mem = npfor.open_memmap('temp.npy', mode='w+', shape=(5, 4))
mem[:] = data
self.vect_mem = algebra.make_vect(mem)
self.arr = data.copy()
def setUp(self):
data = sp.arange(20)
data.shape = (5, 4)
self.mat_arr = algebra.make_mat(data.copy(), axis_names=('ra', 'dec'))
self.vect_arr = algebra.make_vect(data.copy(),
axis_names=('ra', 'dec'))
mem = npfor.open_memmap('temp.npy', mode='w+', shape=(5, 4))
mem[:] = data
self.vect_mem = algebra.make_vect(mem)
self.arr = data.copy()
def test_from_info(self) :
arr = algebra.info_array(self.data)
mat_arr = algebra.make_mat(arr, (0,1), (0,2))
self.assertTrue(isinstance(mat_arr, algebra.mat))
mem = algebra.info_memmap(self.memmap_data)
vect_mem = algebra.make_vect(mem)
self.assertTrue(isinstance(vect_mem, algebra.vect))
def test_from_info(self):
arr = algebra.info_array(self.data)
mat_arr = algebra.make_mat(arr, (0, 1), (0, 2))
self.assertTrue(isinstance(mat_arr, algebra.mat))
mem = algebra.info_memmap(self.memmap_data)
vect_mem = algebra.make_vect(mem)
self.assertTrue(isinstance(vect_mem, algebra.vect))
