t := Cputime();
M := ModularSymbols("389E");
print "Compute 389E: ", Cputime(t);

t := Cputime();
L := LRatio(M,1);
print "LRatio of 389E: ", Cputime(t);

t := Cputime();
M := ModularSymbols("512F");
print "Compute 512F: ", Cputime(t);

t := Cputime();
M := ModularSymbols("997E");
print "Compute 997E: ", Cputime(t);

t := Cputime();
M := ModularSymbols("1284E",+1);
print "Compute 1284E/+: ", Cputime(t);

t := Cputime();
M := ModularSymbols("551H",+1);
print "Compute 551H/+: ", Cputime(t);

t := Cputime();
f := qEigenform(M,100);
print "Eigenform for 551H/+ to precision 100: ", Cputime(t);

t := Cputime();
M := ModularForms(389,2);
B := Basis(M);
print "Basis for M_2(389): ", Cputime(t);

t := Cputime();
M := ModularForms(Gamma1(30),2);
B := Basis(M);
print "Basis for M_2(Gamma1(30)): ", Cputime(t);

t := Cputime();
M := ModularForms(Gamma1(13),24);
B := Basis(M);
print "Basis for M_{24}(Gamma1(13)): ", Cputime(t);


