Data About Abelian Varieties Af Attached to Modular Forms

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Enter a level (or list of levels) to obtain a list of the the following tuples: 
  < d, wq, L, T, winding, S, degphi, cplist, f, v, phidat >
There is one tuple for each newform of level N. The entries of the tuple are as follows: 

  d       = dimension
  wq      = Atkin-Lehner signs
  L       = odd part of L(A_f, 1)/Omega
  T       = odd part of upper bound on torsion, got using T_2, ..., T_17
  winding = odd part of order of (0)-(oo) in A_f(Q)
  S       = odd part of lower bound on the order of Sha(A_f)
  degphi  = odd part of modular degree
  cplist  = odd part of Tamagawa numbers at primes that exactly divide N
  f       = field generated by the Fourier coefficients
  v       = a_2, a_3, a_5, ..., a_997, as vectors NOT on a power basis
  phidat  = defines a map V ---> Q[x]/(f(x)), such that, e.g., v[1]
            maps to a_2, v[2] maps to a_3, and so on.




Output format:           HUMAN                MAGMA