def test_issue71(self): R = QQ['x,y'] x, y = R.gens() f = -x**5 + x + y**3 s = singular_points_infinite(f) s_actual = [(0, 1, 0)] self.assertEqual(s, s_actual)
def test_issue71(self): R = QQ['x,y'] x,y = R.gens() f = -x**5 + x + y**3 s = singular_points_infinite(f) s_actual = [(0,1,0)] self.assertEqual(s,s_actual)
def test_f3(self): s = singular_points_infinite(self.f3) s_actual = [] self.assertEqual(s, s_actual)
def test_f2(self): s = singular_points_infinite(self.f2) s_actual = [(0, 1, 0)] self.assertEqual(s, s_actual)
def test_f10(self): s = singular_points_infinite(self.f10) s_actual = [(1, 0, 0), (0, 1, 0)] self.assertEqual(s, s_actual)
def test_f3(self): s = singular_points_infinite(self.f3) s_actual = [] self.assertEqual(s,s_actual)
def test_f2(self): s = singular_points_infinite(self.f2) s_actual = [(0,1,0)] self.assertEqual(s,s_actual)
def test_f10(self): s = singular_points_infinite(self.f10) s_actual = [(1,0,0),(0,1,0)] self.assertEqual(s,s_actual)