This yields the target of a map of a labeled module, as a labeled module.
i1 : S=ZZ/101[x,y,z]; |
i2 : F=labeledModule(S^2); o2 : free S-module with labeled basis |
i3 : G=symmetricPower(2,F); o3 : free S-module with labeled basis |
i4 : f=map(F,G,{{x,y,z},{y,z,x}})
o4 = | x y z |
| y z x |
2 3
o4 : Matrix S <--- S
|
i5 : target f
2
o5 = S
o5 : free S-module with labeled basis
|
i6 : basisList target f
o6 = {0, 1}
o6 : List
|