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EXAMPLE
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Rows form the initial coefficients of powers of e.g.f. of A100065:
G100065^0: [1,__0,0,0,0,0,0,0,0,...],
G100065^1: [1,1,__3,-3,-57,369,3861,-76617,-413775,...],
G100065^2: [1,2,8,__12,-84,-12,7200,-40716,-1301328,...],
G100065^3: [1,3,15,51,__27,-513,4077,33237,-1211895,...],
G100065^4: [1,4,24,120,408,__216,-3168,45576,-202176,...],
G100065^5: [1,5,35,225,1215,4365,__1485,-27765,440865,...],
G100065^6: [1,6,48,372,2628,15084,53856,__10908,-282960,...],
G100065^7: [1,7,63,567,4851,36603,216405,777609,__93177,...],
G100065^8: [1,8,80,816,8112,74352,585792,3558672,12810240,...],...
such that for each row n, Sum_{k=0..n} T(n,k)/k! = [exp(n)]:
[exp(0)] = 1 = 1
[exp(1)] = 1+1 = 2
[exp(2)] = 1+2+8/2! = 7
[exp(3)] = 1+3+15/2!+51/3! = 20
[exp(4)] = 1+4+24/2!+120/3!+408/4! = 54
[exp(5)] = 1+5+35/2!+225/3!+1215/4!+4365/5! = 148
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