[-1, -1, -1, -1, 1, 1, 1, 1, 1, -1, 1, -1, -1, 1, 1, 1, 1, 1, -1, -1]
[-1, -1, -1, 1, 1, -1, -1, -1, 1, -1, 1, 1, -1, -1, 1, -1, -1, 1, -1, -1]
-1
  ***   at top-level: nfhilbert(nf,Mod(0,3),3,pr)
  ***                 ^---------------------------
  *** nfhilbert: domain error in nfhilbert: a = 0
  ***   at top-level: nfhilbert(nf,3,0.,pr)
  ***                 ^---------------------
  *** nfhilbert: domain error in nfhilbert: b = 0
1
1
-1
[1, 2]: 1
[1, 3]: 1
[1, 4]: error("precision too low in hilbert.")
[1, 5]: error("precision too low in hilbert.")
[1, 6]: 1
[1, 7]: 1
[1, 8]: 0
[1, 9]: error("precision too low in hilbert.")
[1, 10]: 1
[1, 11]: 1
[2, 3]: 1
[2, 4]: error("precision too low in hilbert.")
[2, 5]: error("precision too low in hilbert.")
[2, 6]: 1
[2, 7]: 1
[2, 8]: 0
[2, 9]: error("precision too low in hilbert.")
[2, 10]: 1
[2, 11]: 1
[3, 4]: error("forbidden hilbert t_REAL , t_INTMOD.")
[3, 5]: error("forbidden hilbert t_REAL , t_INTMOD.")
[3, 6]: error("forbidden hilbert t_REAL , t_INTMOD.")
[3, 7]: error("forbidden hilbert t_REAL , t_INTMOD.")
[3, 8]: error("forbidden hilbert t_REAL , t_INTMOD.")
[3, 9]: error("forbidden hilbert t_REAL , t_PADIC.")
[3, 10]: error("forbidden hilbert t_REAL , t_PADIC.")
[3, 11]: error("forbidden hilbert t_REAL , t_PADIC.")
[4, 5]: error("precision too low in hilbert.")
[4, 6]: error("precision too low in hilbert.")
[4, 7]: error("precision too low in hilbert.")
[4, 8]: error("precision too low in hilbert.")
[4, 9]: error("precision too low in hilbert.")
[4, 10]: error("precision too low in hilbert.")
[4, 11]: error("precision too low in hilbert.")
[5, 6]: error("precision too low in hilbert.")
[5, 7]: error("precision too low in hilbert.")
[5, 8]: error("precision too low in hilbert.")
[5, 9]: error("precision too low in hilbert.")
[5, 10]: error("precision too low in hilbert.")
[5, 11]: error("precision too low in hilbert.")
[6, 7]: error("inconsistent moduli in hilbert: 3 != 8")
[6, 8]: error("inconsistent moduli in hilbert: 5 != 8")
[6, 9]: error("inconsistent moduli in hilbert: 8 != 2")
[6, 10]: error("inconsistent moduli in hilbert: 8 != 2")
[6, 11]: error("inconsistent moduli in hilbert: 8 != 5")
[7, 8]: error("inconsistent moduli in hilbert: 5 != 3")
[7, 9]: error("inconsistent moduli in hilbert: 3 != 2")
[7, 10]: error("inconsistent moduli in hilbert: 3 != 2")
[7, 11]: error("inconsistent moduli in hilbert: 3 != 5")
[8, 9]: error("inconsistent moduli in hilbert: 5 != 2")
[8, 10]: error("inconsistent moduli in hilbert: 5 != 2")
[8, 11]: 0
[9, 10]: error("precision too low in hilbert.")
[9, 11]: error("precision too low in hilbert.")
[10, 11]: error("inconsistent moduli in hilbert: 2 != 5")
p = 0:
1: 1
2: 1
3: 1
4: error("inconsistent moduli in hilbert: 2 != \"oo\"")
5: error("inconsistent moduli in hilbert: 4 != \"oo\"")
6: error("inconsistent moduli in hilbert: 8 != \"oo\"")
7: error("inconsistent moduli in hilbert: 3 != \"oo\"")
8: error("inconsistent moduli in hilbert: 5 != \"oo\"")
9: error("inconsistent moduli in hilbert: 0 != 2")
10: error("inconsistent moduli in hilbert: 0 != 2")
11: error("inconsistent moduli in hilbert: 0 != 5")
p = 2:
1: 1
2: -1
3: error("inconsistent moduli in hilbert: 2 != \"oo\"")
4: error("precision too low in hilbert.")
5: error("precision too low in hilbert.")
6: 1
7: error("precision too low in hilbert.")
8: error("precision too low in hilbert.")
9: error("precision too low in hilbert.")
10: 1
11: error("inconsistent moduli in hilbert: 2 != 5")
p = 5:
1: 1
2: 1
3: error("inconsistent moduli in hilbert: 5 != \"oo\"")
4: error("inconsistent moduli in hilbert: 2 != 5")
5: error("inconsistent moduli in hilbert: 4 != 5")
6: error("inconsistent moduli in hilbert: 8 != 5")
7: error("inconsistent moduli in hilbert: 3 != 5")
8: error("precision too low in hilbert.")
9: error("inconsistent moduli in hilbert: 5 != 2")
10: error("inconsistent moduli in hilbert: 5 != 2")
11: 1
-1
-1
1
Total time spent: 344
