def __init__(self, A, X):
if not is_ProjectiveSpace(A):
raise TypeError("A (=%s) must be a projective space"%A)
Curve_generic_projective.__init__(self, A, X)
d = self.dimension()
if d != 1:
raise ValueError("defining equations (=%s) define a scheme of dimension %s != 1"%(X,d))
def __init__(self, A, X):
if not is_ProjectiveSpace(A):
raise TypeError, "A (=%s) must be a projective space" % A
Curve_generic_projective.__init__(self, A, X)
d = self.dimension()
if d != 1:
raise ValueError, "defining equations (=%s) define a scheme of dimension %s != 1" % (
X, d)
def __init__(self, A, f):
if not (is_ProjectiveSpace(A) and A.dimension != 2):
raise TypeError("Argument A (= %s) must be a projective plane."%A)
Curve_generic_projective.__init__(self, A, [f])
def __init__(self, A, f):
if not (is_ProjectiveSpace(A) and A.dimension != 2):
raise TypeError("Argument A (= %s) must be a projective plane." %
A)
Curve_generic_projective.__init__(self, A, [f])
