def conjstringideal(F,stridl,g):
"""Given a string representing an ideal of F and an automorpism g of F,
return the string representing the conjugate ideal.
"""
N,n,_,gen = str2ideal(F,stridl)
return '[' + str(N) + ',' + str(n) + ',' + str(g(gen)) + ']'
def make_conductor(ecnfdata, hfield):
_, _, I, _ = str2ideal(hfield.K(), ecnfdata['conductor_ideal'])
return I
def conjstringideal(F, stridl, g):
"""Given a string representing an ideal of F and an automorpism g of F,
return the string representing the conjugate ideal.
"""
N, n, _, gen = str2ideal(F, stridl)
return '[' + str(N) + ',' + str(n) + ',' + str(g(gen)) + ']'
def make_conductor(ecnfdata, hfield):
_, _, I, _ = str2ideal(hfield.K(), ecnfdata['conductor_ideal'])
return I
