def row(trclass, goodorbad, p, poly):
if isinstance(poly[0], list):
galois_pretty_factors = list_factored_to_factored_poly_otherorder
else:
galois_pretty_factors = list_to_factored_poly_otherorder
out = ""
try:
if L.coefficient_field == "CDF" or None in poly:
factors = r'\( %s \)' % pretty_poly(poly)
gal_groups = [[0,0]]
elif not display_galois:
factors = galois_pretty_factors(poly, galois=display_galois, p = p)
factors = make_bigint(r'\( %s \)' % factors)
else:
factors, gal_groups = galois_pretty_factors(poly, galois=display_galois, p = p)
factors = make_bigint(r'\( %s \)' % factors)
out += "<tr" + trclass + "><td>" + goodorbad + "</td><td>" + str(p) + "</td>"
if display_galois:
out += "<td class='galois'>"
if gal_groups[0]==[0,0]:
pass # do nothing, because the local factor is 1
else:
out += r"$\times$".join( [group_display_knowl_C1_as_trivial(n,k) for n, k in gal_groups] )
out += "</td>"
out += "<td> %s </td>" % factors
out += "</tr>\n"
except IndexError:
out += "<tr><td></td><td>" + str(j) + "</td><td>" + "not available" + "</td></tr>\n"
return out
def process_euler(f, p):
fG = list_to_factored_poly_otherorder(f, galois=galois, p=p)
if galois:
factors, gal_groups = fG
else:
factors, gal_groups = fG, ""
factors = make_bigint(r'\( %s \)' % factors)
if gal_groups:
if gal_groups[0] == [0,0]:
gal_groups = ""
else:
gal_groups = r"$\times$".join(
[group_display_knowl_C1_as_trivial(n, t)
for n, t in gal_groups])
return [gal_groups, factors, self.ordinary(f, p)]
