| #### D.5.17.18 symmetricPowerSheaf Procedure from library `schubert.lib` (see schubert_lib). Usage: symmetricPowerSheaf(S,n); S sheaf, n int Return: sheaf Theory: This is the n-th symmetric power of a sheaf Example:
    LIB "schubert.lib";
    variety G = Grassmannian(2,4);
    def R = G.baseRing;
    setring R;
    sheaf S = makeSheaf(G,quotientBundle);
    sheaf B = symmetricPowerSheaf(S,3);
    B;
    ==> A sheaf of rank  4
    ==>
    sheaf A = S^3;
    A;
    ==> A sheaf of rank  4
    ==>
    A.ChernCharacter == B.ChernCharacter;
    ==> 1
See also: addSheaf; dualSheaf; quotSheaf; tensorSheaf.

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