print ".....done"
print "math_classes, Lfunction"
from math_classes import ArtinRepresentation, NumberFieldGaloisGroup
from Lfunction import ArtinLfunction
print ".....done"
# a = ArtinRepresentation(1,"5",2)
# b = ArtinRepresentation.find_one({'Dim': 1, 'DBIndex': 1, 'Conductor': '5'})
# c = b.number_field_galois_group()
# d = c.artin_representations()
# l = ArtinLfunction(dimension = "1", conductor = "5", tim_index = "2")
k = 0
for x in ArtinRepresentation.find():
try:
tmp = [
x.local_factor(p) for p in [11, 13, 17, 19, 23]
if not self.is_bad_prime(p)
]
print tmp
print x
except:
pass
k += 1
if k > 100:
break
# nf = l.artin.number_field_galois_group()
print "initializing connection"
base._init(37010, "")
print ".....done"
print "math_classes, Lfunction"
from math_classes import ArtinRepresentation, NumberFieldGaloisGroup
from Lfunction import ArtinLfunction
print ".....done"
# a = ArtinRepresentation(1,"5",2)
# b = ArtinRepresentation.find_one({'Dim': 1, 'DBIndex': 1, 'Conductor': '5'})
# c = b.number_field_galois_group()
# d = c.artin_representations()
# l = ArtinLfunction("1","5","2")
k = 0
for x in ArtinRepresentation.find():
try:
tmp = [x.local_factor(p) for p in [11, 13, 17, 19, 23] if not self.is_bad_prime(p)]
print tmp
print x
except:
pass
k += 1
if k > 100:
break
# nf = l.artin.number_field_galois_group()
